技术领域Technical Field
本发明涉及智能制造及智能服务技术领域，尤其涉及一种带阀门式瓶盖的辅料瓶、辅料装置、炒锅装置以及炒菜机。The present invention relates to the technical field of intelligent manufacturing and intelligent service, and in particular to an auxiliary material bottle with a valve type bottle cap, an auxiliary material device, a frying pan device and a cooking machine.
背景技术Background Art
随着社会经济和科学技术的飞速发展，居民的生活水平不断提高，对于生活智能化的追求也越来越高，炒菜机作为现代家庭必备的生活电器之一，也逐步朝着多功能智能化的方向发展。如今的炒菜机不仅能实现炒、煎、烹、炸、爆、焖、蒸、煮、烙、炖、煲等功能，还集合了自动翻炒、自动清洗和远程操控等功能，实现了炒菜机的自动烹饪。With the rapid development of social economy and science and technology, the living standards of residents are constantly improving, and the pursuit of intelligent life is getting higher and higher. As one of the essential household appliances in modern families, cooking machines are also gradually developing in the direction of multi-functional intelligence. Today's cooking machines can not only realize the functions of stir-frying, frying, cooking, deep-frying, frying, braising, steaming, boiling, baking, stewing, and boiling, but also integrate the functions of automatic stir-frying, automatic cleaning and remote control, realizing the automatic cooking of cooking machines.
目前市场上的炒菜机已具有自动添加辅料（调味料）的功能，带有辅料装置能够实现向锅内自动添加辅料的功能，以提高用户使用炒菜机的便利性。例如，专利申请号为CN201310065109.9的中国发明公开了一种适用于全自动炒菜机的自动加调味料装置，该自动加调味料装置通过泵料组件，泵料组件包括多个蠕动泵，每个蠕动泵的输入端通过输入管道连接装有液态调味料的包装瓶，且每个蠕动泵的输出端通过输出管道与锅盖连通。通过控制每个蠕动泵工作以将包装瓶内的液态调味料泵出而加入到炒锅内。但是，该自动加调味料装置存在以下缺陷：当包装瓶内装有的液态调味料用完需要往对应的包装瓶内添加液态调味料或者直接更换整个包装瓶时，将包装瓶从自动加调味料装置拆除存在困难和不便，而且在拆除包装瓶时会导致泵出到蠕动泵的软管中的调味料在真空负压作用下回流漏出而影响清洁。At present, the cooking machines on the market have the function of automatically adding auxiliary materials (seasonings). The auxiliary material device can realize the function of automatically adding auxiliary materials to the pot to improve the convenience of users using the cooking machine. For example, the Chinese invention patent application number CN201310065109.9 discloses an automatic seasoning device suitable for a fully automatic cooking machine. The automatic seasoning device uses a pumping assembly, and the pumping assembly includes a plurality of peristaltic pumps. The input end of each peristaltic pump is connected to a packaging bottle containing liquid seasonings through an input pipe, and the output end of each peristaltic pump is connected to the pot cover through an output pipe. Each peristaltic pump is controlled to work to pump out the liquid seasoning in the packaging bottle and add it to the wok. However, the automatic seasoning adding device has the following defects: when the liquid seasoning in the packaging bottle is used up and it is necessary to add liquid seasoning to the corresponding packaging bottle or directly replace the entire packaging bottle, it is difficult and inconvenient to remove the packaging bottle from the automatic seasoning adding device. In addition, when the packaging bottle is removed, the seasoning pumped into the hose of the peristaltic pump will flow back and leak under the action of vacuum negative pressure, affecting cleaning.
另外，本发明人在实施本发明的时候发现，目前智能炒菜机采用的辅料装置均无法实现辅料瓶的快速拆除和安装以实现辅料的有效快速添加。因此，有必要提供一种改进型的辅料装置来克服上述缺陷。In addition, the inventors found during the implementation of the present invention that the auxiliary material devices currently used in intelligent cooking machines cannot realize the rapid removal and installation of auxiliary material bottles to achieve effective and rapid addition of auxiliary materials. Therefore, it is necessary to provide an improved auxiliary material device to overcome the above defects.
发明内容Summary of the invention
本发明的目的是提供一种辅料瓶、辅料装置、炒锅装置以及炒菜机，以有效解决现有的辅料装置无法实现辅料瓶的快速拆除更换以及辅料瓶更换时容易外漏的技术问题，能够实现辅料瓶的快速拆开和快速连接以进行更换或添加辅料，实现防漏、辅料瓶快速独立更换。The purpose of the present invention is to provide an auxiliary material bottle, an auxiliary material device, a wok device and a cooking machine, so as to effectively solve the technical problems that the existing auxiliary material device cannot realize the rapid removal and replacement of the auxiliary material bottle and the auxiliary material bottle is easy to leak when replaced. The auxiliary material bottle can be quickly disassembled and quickly connected to replace or add auxiliary materials, and leak-proof and auxiliary material bottles can be quickly and independently replaced.
为了解决上述技术问题，本发明提供一种带阀门式瓶盖的辅料瓶，所述辅料瓶包括辅料瓶本体和辅料瓶瓶盖, 所述辅料瓶本体的底部设有通口，所述辅料瓶瓶盖用于闭合或打开所述通口；所述辅料瓶瓶盖包括盖体和按压机构，所述盖体设有连通所述盖体内外侧的阀口以及用于连接所述按压机构的底座；所述底座上设有通孔，所述按压机构包括穿过所述通孔的推杆，所述推杆外露在所述盖体外侧的一端设有按压部，所述推杆穿过所述通孔以进入所述盖体内侧的一端设有用于闭合或打开所述阀口的瓶盖阀门，所述推杆上套有弹性元件，且所述弹性元件置于所述按压部和所述底座之间；当所述辅料瓶瓶盖闭合所述通口时，所述按压部在外力作用下压缩所述弹性元件并推动所述瓶盖阀门打开所述阀口，从而使得所述辅料瓶内的液体辅料能够从所述阀口流出；当所述外力作用消失，所述按压部在所述弹性元件的作用下复位，从而带动所述瓶盖阀门闭合所述阀口。In order to solve the above technical problems, the present invention provides an auxiliary material bottle with a valve-type bottle cap, the auxiliary material bottle comprising an auxiliary material bottle body and an auxiliary material bottle cap. The bottom of the auxiliary material bottle body is provided with a through opening, and the auxiliary material bottle cap is used to close or open the through opening; the auxiliary material bottle cap comprises a cover body and a pressing mechanism, the cover body is provided with a valve port communicating with the inside and outside of the cover body and a base for connecting the pressing mechanism; the base is provided with a through hole, the pressing mechanism comprises a push rod passing through the through hole, one end of the push rod exposed outside the cover body is provided with a pressing portion, one end of the push rod passing through the through hole to enter the inside of the cover body is provided with a bottle cap valve for closing or opening the valve port, an elastic element is sleeved on the push rod, and the elastic element is placed between the pressing portion and the base; when the auxiliary material bottle cap closes the through opening, the pressing portion compresses the elastic element under the action of an external force and pushes the bottle cap valve to open the valve port, so that the liquid auxiliary material in the auxiliary material bottle can flow out from the valve port; when the external force disappears, the pressing portion is reset under the action of the elastic element, thereby driving the bottle cap valve to close the valve port.
与现有技术相比，本实施例提供的辅料瓶包括辅料瓶本体和辅料瓶瓶盖，通过在辅料瓶本体的底部设置通口，并将用于闭合或打开所述通口的辅料瓶瓶盖采用带阀门式瓶盖，包括盖体和按压机构，盖体设有连通所述盖体内外侧的阀口以及用于连接所述按压机构的底座；所述底座上设有通孔，所述按压机构包括穿过所述通孔的推杆，所述推杆外露在所述盖体外侧的一端设有按压部，所述推杆穿过所述通孔以进入所述盖体内侧的一端设有用于闭合或打开所述阀口的瓶盖阀门，所述推杆上套有弹性元件，且所述弹性元件置于所述按压部和所述底座之间，这样，当需要连接所述辅料瓶以使用辅料时，所述辅料瓶瓶盖闭合所述通口,使辅料瓶的通口与外部装置的作用部件（例如辅料瓶底座的销柱等）正对，使辅料瓶瓶盖的按压部在销柱作用下压缩弹性元件并推动所述瓶盖阀门打开所述阀口，从而使所述辅料瓶内的液体辅料能够从所述阀口流出，实现辅料瓶的快速连接及使用。当辅料瓶内的辅料用完需要添加辅料或者更换辅料瓶时，只需要将辅料瓶向外抽出使辅料瓶瓶盖的按压部与外部装置的作用部件脱离，即可实现辅料瓶的快速拆开，且所述按压部脱离所述外部装置的作用部件的同时在所述弹性元件的作用下复位，从而带动所述瓶盖阀门闭合所述阀口，有效防止换取辅料瓶过程中辅料瓶中残余辅料漏出现象，并实现快速更换。因此，本实施例提供的辅料瓶能够实现辅料瓶的可徒手快速拆开和快速连接以进行更换或添加辅料，实现辅料瓶更换过程中的防漏，提高使用的便利性和安全性。Compared with the prior art, the auxiliary material bottle provided in this embodiment includes an auxiliary material bottle body and an auxiliary material bottle cap, by arranging a through opening at the bottom of the auxiliary material bottle body, and adopting a valve-type bottle cap for closing or opening the through opening, including a cover body and a pressing mechanism, the cover body is provided with a valve port communicating with the inside and outside of the cover body and a base for connecting the pressing mechanism; the base is provided with a through hole, the pressing mechanism includes a push rod passing through the through hole, the push rod is provided with a pressing portion at one end exposed to the outside of the cover body, and the push rod is provided with a valve at one end passing through the through hole to enter the inside of the cover body The bottle cap valve is used to close or open the valve port, and the push rod is covered with an elastic element, and the elastic element is placed between the pressing part and the base. In this way, when the auxiliary material bottle needs to be connected to use the auxiliary material, the bottle cap of the auxiliary material bottle closes the through port, so that the through port of the auxiliary material bottle is directly opposite to the working part of the external device (such as the pin of the base of the auxiliary material bottle), so that the pressing part of the bottle cap of the auxiliary material bottle compresses the elastic element under the action of the pin and pushes the bottle cap valve to open the valve port, so that the liquid auxiliary material in the auxiliary material bottle can flow out from the valve port, thereby realizing the quick connection and use of the auxiliary material bottle. When the auxiliary material in the auxiliary material bottle is used up and it is necessary to add auxiliary material or replace the auxiliary material bottle, it is only necessary to pull the auxiliary material bottle outward to separate the pressing part of the auxiliary material bottle cap from the working part of the external device, so as to realize the rapid disassembly of the auxiliary material bottle, and the pressing part is reset under the action of the elastic element while separating from the working part of the external device, thereby driving the bottle cap valve to close the valve port, effectively preventing the residual auxiliary material in the auxiliary material bottle from leaking out during the replacement of the auxiliary material bottle, and realizing rapid replacement. Therefore, the auxiliary material bottle provided in this embodiment can realize the auxiliary material bottle that can be quickly disassembled and quickly connected by bare hands for replacement or addition of auxiliary materials, realize leakage prevention during the replacement of the auxiliary material bottle, and improve the convenience and safety of use.
作为优选方案，所述盖体的中部为中空腔体，所述中空腔体连通所述盖体内外侧；所述底座通过连接件固定在所述中空腔体内，所述底座与构成所述中空腔体的盖体内壁之间的开槽构成所述阀口。As a preferred embodiment, the middle part of the cover body is a hollow cavity, which connects the inside and outside of the cover body; the base is fixed in the hollow cavity by a connecting piece, and the groove between the base and the inner wall of the cover body constituting the hollow cavity constitutes the valve port.
作为优选方案，所述中空腔体与所述盖体内侧连接的一端构成内侧开口，所述底座靠近所述内侧开口，且所述底座与所述内侧开口的空间构成用于收容所述瓶盖阀门的阀门收容腔；当所述瓶盖阀门在所述弹性元件的作用下复位收容到所述阀门收容腔内，所述瓶盖阀门完全闭合所述内侧开口，从而闭合所述阀口。采用上述优选设计方案，能够保证瓶盖阀门在复位时能够完全闭合所述阀口，有效防止发生外溢或外漏现象。As a preferred solution, one end of the hollow cavity connected to the inner side of the cover body forms an inner opening, the base is close to the inner opening, and the space between the base and the inner opening forms a valve receiving chamber for receiving the bottle cap valve; when the bottle cap valve is reset and received in the valve receiving chamber under the action of the elastic element, the bottle cap valve completely closes the inner opening, thereby closing the valve port. The above preferred design solution can ensure that the bottle cap valve can completely close the valve port when reset, effectively preventing overflow or leakage.
作为上述优选方案，所述中空腔体呈圆柱状，所述底座呈中心带所述通孔的圆环片状。As the above preferred solution, the hollow cavity is cylindrical, and the base is in the shape of a circular ring with the through hole in the center.
作为上述优选方案，所述瓶盖阀门为碟状，且所述瓶盖阀门的中心与所述推杆连接。As the above preferred solution, the bottle cap valve is disc-shaped, and the center of the bottle cap valve is connected to the push rod.
作为上述优选方案，所述连接件设有多个，且每一所述连接件作为导流臂，所述连接件的一端始于与所述底座的连接处，所述连接件的另一端沿所述构成所述中空腔体的盖体内壁延伸至与所述盖体外侧连接。As the above preferred solution, there are multiple connecting parts, and each connecting part serves as a guide arm, one end of the connecting part starts from the connection with the base, and the other end of the connecting part extends along the inner wall of the cover constituting the hollow cavity to connect with the outside of the cover.
采用该改进方案，将每个连接件作为引导辅料瓶内的辅料流出的导流臂，一端始于与所述底座的连接处，所述连接件的另一端沿所述构成所述中空腔体的盖体内壁延伸至与所述盖体外侧连接，从而利于辅料瓶内的辅料快速流出。By adopting this improved solution, each connecting piece is used as a guide arm to guide the auxiliary material in the auxiliary material bottle to flow out, one end of which starts from the connection with the base, and the other end of the connecting piece extends along the inner wall of the cover constituting the hollow cavity to connect with the outside of the cover body, thereby facilitating the rapid outflow of the auxiliary material in the auxiliary material bottle.
作为上述优选方案，所述中空腔体与所述盖体外侧连接的一端构成外侧开口，从外侧开口边缘向外延伸一环状的保护壳，所述按压部置于所述保护壳构成的腔体内。在该改进方案中，通过设计保护壳能够有效保护辅料瓶瓶盖上突出的按压部，避免辅料瓶在移动过程中发生碰撞导致按压部被作用而推动门阀打开使辅料瓶内的液体漏出。As the above preferred solution, one end of the hollow cavity connected to the outside of the cover body forms an outer opening, and an annular protective shell extends outward from the edge of the outer opening, and the pressing part is placed in the cavity formed by the protective shell. In this improved solution, the design of the protective shell can effectively protect the protruding pressing part on the bottle cap of the auxiliary material bottle, so as to prevent the auxiliary material bottle from colliding during movement, causing the pressing part to be affected and push the gate valve to open, causing the liquid in the auxiliary material bottle to leak out.
作为上述优选方案，所述辅料瓶瓶盖与所述辅料瓶本体为可拆卸连接；所述辅料瓶本体在构成所述通口的出料腔的外壁设有外螺纹，所述辅料瓶瓶盖的盖体的内侧表面设有与所述外螺纹匹配连接的内螺纹。As the above preferred scheme, the auxiliary material bottle cap is detachably connected to the auxiliary material bottle body; the auxiliary material bottle body is provided with an external thread on the outer wall of the discharge cavity constituting the through opening, and the inner surface of the cover body of the auxiliary material bottle cap is provided with an internal thread matching and connected with the external thread.
本发明实施例设计的辅料瓶通口既是进料口，又是出料口。当作为出料口时，将辅料瓶瓶盖闭合辅料瓶本体，通过在外力作用下压缩辅料瓶瓶盖的弹性元件并推动所述瓶盖阀门打开阀口以实现辅料的流出；当作为进料口使用，将辅料瓶瓶盖从辅料瓶本体拆卸出来，即可通过该辅料瓶通口往辅料瓶本体的腔体添加辅料。通过螺纹连接的设置利于辅料瓶瓶盖与辅料瓶本体之间的快速拆卸和连接。The auxiliary material bottle opening designed in the embodiment of the present invention is both a feed port and a discharge port. When used as a discharge port, the auxiliary material bottle cap is closed to the auxiliary material bottle body, and the auxiliary material can be discharged by compressing the elastic element of the auxiliary material bottle cap under the action of external force and pushing the bottle cap valve to open the valve port; when used as a feed port, the auxiliary material bottle cap is removed from the auxiliary material bottle body, and the auxiliary material can be added to the cavity of the auxiliary material bottle body through the auxiliary material bottle opening. The threaded connection is convenient for quick disassembly and connection between the auxiliary material bottle cap and the auxiliary material bottle body.
作为上述优选方案，所述辅料瓶本体主要由顶壁、底壁以及四个侧壁构成，所述通口设于所述底壁或所述侧壁的底部且贴近所述底壁的位置。As the above preferred solution, the auxiliary material bottle body is mainly composed of a top wall, a bottom wall and four side walls, and the through opening is arranged at the bottom of the bottom wall or the side wall and close to the bottom wall.
作为上述优选方案，所述辅料瓶本体的底壁或/和相对的两侧壁设有辅料瓶凹槽/凸边，所述辅料瓶本体通过所述辅料瓶凹槽/凸边与一辅料瓶底座上对应设置的凸边/凹槽的匹配实现与所述辅料瓶底座的密封固定连接。As the above-mentioned preferred scheme, the bottom wall and/or the opposite side walls of the auxiliary material bottle body are provided with an auxiliary material bottle groove/convex edge, and the auxiliary material bottle body is sealed and fixedly connected with the auxiliary material bottle base by matching the auxiliary material bottle groove/convex edge with a corresponding convex edge/groove arranged on an auxiliary material bottle base.
作为上述优选方案，所述辅料瓶本体沿自身长度方向上的相对的两侧壁设有的所述辅料瓶凹槽还构成斜导向槽，通过所述斜导向槽与所述辅料瓶底座上对应设置的斜导向轨的相互匹配以引导所述辅料瓶本体推入到所述辅料瓶底座上并实现密封固定连接。As the above-mentioned preferred scheme, the auxiliary material bottle groove provided on the opposite side walls of the auxiliary material bottle body along its own length direction also constitutes an oblique guide groove, through which the oblique guide groove and the corresponding oblique guide rail provided on the auxiliary material bottle base match each other to guide the auxiliary material bottle body to be pushed onto the auxiliary material bottle base and realize a sealed and fixed connection.
作为上述优选方案，所述中空腔体与所述盖体外侧连接的一端构成外侧开口，从外侧开口边缘向外延伸一环状的保护壳，所述按压部置于所述保护壳构成的腔体内；所述保护壳在所述辅料瓶本体的长度方向上的后壁设有一缺口；或，所述保护壳在所述辅料瓶本体的长度方向上设有相对的两缺口。在该改进方案中，通过设计保护壳能够有效保护辅料瓶瓶盖上突出的按压部，避免辅料瓶在移动过程中发生碰撞导致按压部被作用而推动门阀打开使辅料瓶内的液体漏出。而设计缺口为配合外部装置的作用部件（例如辅料瓶底座的销柱等）使用，当辅料瓶与外部装置（例如辅料瓶底座）为水平推入/推出实现连接/分离时，通过缺口能够避免保护壳与销柱发生干涉。As the above preferred solution, one end of the hollow cavity connected to the outside of the cover body forms an outer opening, and an annular protective shell extends outward from the edge of the outer opening, and the pressing part is placed in the cavity formed by the protective shell; the protective shell is provided with a notch on the rear wall in the length direction of the auxiliary material bottle body; or, the protective shell is provided with two opposite notches in the length direction of the auxiliary material bottle body. In this improved solution, the protruding pressing part on the auxiliary material bottle cap can be effectively protected by designing the protective shell to prevent the auxiliary material bottle from colliding during movement, causing the pressing part to be acted on and push the gate valve to open, causing the liquid in the auxiliary material bottle to leak out. The notch is designed to cooperate with the working parts of the external device (such as the pin of the auxiliary material bottle base, etc.). When the auxiliary material bottle and the external device (such as the auxiliary material bottle base) are horizontally pushed in/pushed out to achieve connection/separation, the notch can prevent the interference between the protective shell and the pin.
作为上述优选方案，所述辅料瓶本体的一侧壁上设有拉手，所述拉手与所述本体一体成型。采用该改进方案，通过在辅料瓶本体的一侧壁（优选为前侧壁）上设有拉手，方便进行辅料瓶的更换。As the above preferred solution, a handle is provided on one side wall of the auxiliary material bottle body, and the handle is integrally formed with the body. With this improved solution, by providing a handle on one side wall (preferably the front side wall) of the auxiliary material bottle body, it is convenient to replace the auxiliary material bottle.
作为上述优选方案，所述拉手为内嵌式凹槽设计或凸起式手把设计。As the above preferred solution, the handle is designed as an embedded groove or a raised handle.
作为上述优选方案，所述辅料瓶本体的底壁内表面上设有往所述通口方向倾斜的倾斜引导部。该优选方案通过在辅料瓶本体的底壁内表面上设有往所述通口方向倾斜的倾斜引导部（具体为一个实体倾斜面），利于辅料瓶内的辅料快速通过所述通口方向流出，相对采用底壁内表面为平面的方案，能够有效避免辅料瓶内的辅料遗留问题。As the above preferred solution, an inclined guide portion inclined toward the through-port direction is provided on the inner surface of the bottom wall of the auxiliary material bottle body. This preferred solution facilitates the auxiliary material in the auxiliary material bottle to quickly flow out through the through-port direction by providing an inclined guide portion (specifically a solid inclined surface) inclined toward the through-port direction on the inner surface of the bottom wall of the auxiliary material bottle body. Compared with the solution in which the inner surface of the bottom wall is a plane, the problem of residual auxiliary material in the auxiliary material bottle can be effectively avoided.
作为上述优选方案，所述弹性元件为弹簧，所述弹簧的一端抵顶或连接所述底座，所述弹簧的另一端抵顶或连接所述按压部。As the above preferred solution, the elastic element is a spring, one end of the spring abuts against or is connected to the base, and the other end of the spring abuts against or is connected to the pressing portion.
本发明实施例对应提供一种辅料装置，该辅料装置包括辅料瓶底座以及如上任一实施例所述的辅料瓶，所述辅料瓶底座的腔体底部设有连通所述辅料瓶底座的腔体内外的辅料出口，所述辅料出口用于连接辅料泵；所述辅料瓶底座的腔体内还设有一凸起的销柱，当所述辅料瓶连接在所述辅料瓶底座上时，所述辅料瓶瓶盖的所述按压部在所述销柱的作用下压缩所述弹性元件并推动所述瓶盖阀门打开所述阀口，所述辅料瓶内的液体辅料从所述阀口流出并进入所述辅料瓶底座的腔体内，然后通过所述辅料出口流出到所述辅料泵中；当所述辅料瓶从所述辅料瓶底座上脱离时，所述辅料瓶瓶盖的所述按压部离开所述销柱，所述按压部在所述弹性元件的作用下复位，从而带动所述瓶盖阀门闭合所述阀口。The embodiment of the present invention correspondingly provides an auxiliary material device, which includes an auxiliary material bottle base and an auxiliary material bottle as described in any of the above embodiments, wherein the bottom of the cavity of the auxiliary material bottle base is provided with an auxiliary material outlet connected to the inside and outside of the cavity of the auxiliary material bottle base, and the auxiliary material outlet is used to connect an auxiliary material pump; a protruding pin is also provided in the cavity of the auxiliary material bottle base, and when the auxiliary material bottle is connected to the auxiliary material bottle base, the pressing part of the auxiliary material bottle cap compresses the elastic element under the action of the pin and pushes the bottle cap valve to open the valve port, and the liquid auxiliary material in the auxiliary material bottle flows out from the valve port and enters the cavity of the auxiliary material bottle base, and then flows out to the auxiliary material pump through the auxiliary material outlet; when the auxiliary material bottle is detached from the auxiliary material bottle base, the pressing part of the auxiliary material bottle cap leaves the pin, and the pressing part is reset under the action of the elastic element, thereby driving the bottle cap valve to close the valve port.
与现有技术相比，本实施例提供的辅料装置通过设置包含上述任一实施例的辅料瓶以及对应设置的辅料瓶底座，通过在辅料瓶底座腔体底部设有连通所述辅料瓶底座的腔体内外的辅料出口，所述辅料出口用于连接辅料泵；所述辅料瓶底座的腔体内还设有一凸起的销柱，当所述辅料瓶连接在所述辅料瓶底座上时，所述辅料瓶瓶盖的所述按压部在所述销柱的作用下压缩所述弹性元件并推动所述瓶盖阀门打开所述阀口，所述辅料瓶内的液体辅料从所述阀口流出并进入所述辅料瓶底座的腔体内，然后通过所述辅料出口流出到所述辅料泵中，实现辅料瓶的快速连接及使用；当辅料瓶内的辅料用完需要添加辅料或者更换辅料瓶时，只需要用力将辅料瓶向外抽出即可将辅料瓶瓶盖的按压部离开所述销柱，从而实现辅料瓶的快速拆开，且所述按压部脱离所述销柱的同时在所述弹性元件的作用下复位，从而带动所述瓶盖阀门闭合所述阀口，有效防止换取辅料瓶过程中辅料瓶中残余辅料漏出现象，并实现快速更换。另外，在完全抽出辅料瓶之前，由于辅料瓶瓶盖仍处于辅料瓶底座内或与所述辅料瓶底座相对，因此在辅料瓶瓶盖关闭瞬间滴落出来的辅料仍然落在辅料瓶底座内，更进一步防止了辅料外漏现象。因此，本实施例提供的辅料瓶装置能够实现辅料瓶的可徒手快速拆开和快速连接以进行更换或添加辅料，实现辅料瓶更换过程中的防漏，提高使用的便利性和安全性。Compared with the prior art, the auxiliary material device provided in this embodiment is provided with an auxiliary material bottle including any of the above embodiments and a corresponding auxiliary material bottle base, and an auxiliary material outlet is provided at the bottom of the auxiliary material bottle base cavity, which is connected to the inside and outside of the cavity of the auxiliary material bottle base, and the auxiliary material outlet is used to connect an auxiliary material pump; a raised pin is also provided in the cavity of the auxiliary material bottle base, and when the auxiliary material bottle is connected to the auxiliary material bottle base, the pressing part of the auxiliary material bottle cap compresses the elastic element under the action of the pin and pushes the bottle cap valve to open the valve port, and the liquid auxiliary material in the auxiliary material bottle is discharged from the valve port It flows out and enters the cavity of the auxiliary material bottle base, and then flows out to the auxiliary material pump through the auxiliary material outlet, so as to realize the quick connection and use of the auxiliary material bottle; when the auxiliary material in the auxiliary material bottle is used up and it is necessary to add auxiliary material or replace the auxiliary material bottle, it is only necessary to forcefully pull the auxiliary material bottle outward to separate the pressing part of the auxiliary material bottle cap from the pin, so as to realize the quick disassembly of the auxiliary material bottle, and the pressing part is reset under the action of the elastic element while separating from the pin, so as to drive the bottle cap valve to close the valve port, effectively preventing the residual auxiliary material in the auxiliary material bottle from leaking out during the process of replacing the auxiliary material bottle, and realizing quick replacement. In addition, before the auxiliary material bottle is completely pulled out, since the auxiliary material bottle cap is still in the auxiliary material bottle base or opposite to the auxiliary material bottle base, the auxiliary material dripping out at the moment when the auxiliary material bottle cap is closed still falls into the auxiliary material bottle base, which further prevents the leakage of the auxiliary material. Therefore, the auxiliary material bottle device provided in this embodiment can realize the auxiliary material bottle can be quickly disassembled and quickly connected by hand to replace or add auxiliary materials, realize leakage prevention during the replacement process of the auxiliary material bottle, and improve the convenience and safety of use.
作为上述优选方案，当所述辅料瓶连接在所述辅料瓶底座上时，所述辅料瓶瓶盖的外侧开口所在的水平面低于所述辅料瓶底座的腔体内的顶部边缘。采用该改进方案，当所述辅料瓶连接在所述辅料瓶底座上且所述阀口被顶开后，所述辅料瓶内的液体辅料从所述阀口流出并进入所述辅料瓶底座的腔体内，当进入辅料瓶底座中辅料液面达到辅料瓶盖口（具体为辅料瓶瓶盖的外侧开口）所在高度（水平面）时，辅料瓶内没有空气进入，此时辅料瓶内辅料将停止流出，液面达到平衡状态，而将所述辅料瓶瓶盖的外侧开口所在的水平面设置为低于所述辅料瓶底座的腔体内的顶部边缘，可以保证所述辅料瓶底座的腔体内的辅料高度不会超过辅料瓶底座的腔体内的顶部边缘，从而有效防止辅料从辅料瓶底座的腔体内溢出。As the above preferred solution, when the auxiliary material bottle is connected to the auxiliary material bottle base, the horizontal plane where the outer opening of the auxiliary material bottle cap is located is lower than the top edge of the cavity of the auxiliary material bottle base. With this improved solution, when the auxiliary material bottle is connected to the auxiliary material bottle base and the valve port is pushed open, the liquid auxiliary material in the auxiliary material bottle flows out from the valve port and enters the cavity of the auxiliary material bottle base. When the auxiliary material liquid level in the auxiliary material bottle base reaches the height (horizontal plane) of the auxiliary material bottle cap opening (specifically the outer opening of the auxiliary material bottle cap), no air enters the auxiliary material bottle. At this time, the auxiliary material in the auxiliary material bottle will stop flowing out, and the liquid level reaches a balanced state. The horizontal plane where the outer opening of the auxiliary material bottle cap is located is set to be lower than the top edge of the cavity of the auxiliary material bottle base, which can ensure that the height of the auxiliary material in the cavity of the auxiliary material bottle base will not exceed the top edge of the cavity of the auxiliary material bottle base, thereby effectively preventing the auxiliary material from overflowing from the cavity of the auxiliary material bottle base.
作为上述优选方案，所述辅料瓶底座的顶部边缘与辅料瓶的辅料瓶本体对应连接所述辅料瓶底座的顶部边缘的连接边切合以实现密封连接；和/或，As the above preferred solution, the top edge of the auxiliary material bottle base is cut with the connecting edge of the auxiliary material bottle body of the auxiliary material bottle corresponding to the top edge of the auxiliary material bottle base to achieve a sealed connection; and/or,
所述辅料瓶本体的底壁或/和相对的两侧壁设有辅料瓶凹槽/凸边，所述辅料瓶底座的顶部边缘还设有匹配的凸边/凹槽，所述辅料瓶本体通过所述辅料瓶凹槽/凸边与所述辅料瓶底座上的顶部边缘上设置的凸边/凹槽的匹配实现与所述辅料瓶底座的密封固定连接。The bottom wall and/or the opposite side walls of the auxiliary material bottle body are provided with an auxiliary material bottle groove/convex edge, and the top edge of the auxiliary material bottle base is also provided with a matching convex edge/groove. The auxiliary material bottle body is sealed and fixedly connected to the auxiliary material bottle base by matching the auxiliary material bottle groove/convex edge with the convex edge/groove provided on the top edge of the auxiliary material bottle base.
采用该改进方案，使辅料瓶连接在所述辅料瓶底座上时，辅料瓶底座与辅料瓶相切合，两者之间形成相对密闭空间，防止蚊虫进入，并有效减少细菌滋生。进一步的，辅料瓶底座的顶部边缘还设有凸边/凹槽与辅料瓶本体设置的辅料瓶凹槽/凸边匹配连接，从而进一步实现辅料瓶底座与辅料瓶之间的密封固定连接。With this improved solution, when the auxiliary material bottle is connected to the auxiliary material bottle base, the auxiliary material bottle base fits with the auxiliary material bottle, forming a relatively closed space between the two, preventing mosquitoes from entering and effectively reducing the breeding of bacteria. Furthermore, the top edge of the auxiliary material bottle base is also provided with a convex edge/groove that matches and connects with the auxiliary material bottle groove/convex edge provided on the auxiliary material bottle body, thereby further achieving a sealed and fixed connection between the auxiliary material bottle base and the auxiliary material bottle.
作为上述优选方案，所述辅料瓶底座主要由底板、后板、左侧板、右侧板和前板连接构成；所述销柱设于所述底板的内表面。该改进方案可根据通口开设位置的辅料瓶而设置，从而利于销柱作用于辅料瓶的按压部以推动所述瓶盖阀门打开所述阀口。As the above preferred solution, the auxiliary material bottle base is mainly composed of a bottom plate, a rear plate, a left plate, a right plate and a front plate; the pin is arranged on the inner surface of the bottom plate. This improved solution can be arranged according to the auxiliary material bottle at the opening position, so that the pin acts on the pressing part of the auxiliary material bottle to push the bottle cap valve to open the valve port.
作为上述优选方案，所述辅料瓶底座的顶部边缘包括所述后板、左侧板以及右侧板的顶部边缘；所述左侧板以及右侧板的顶部边缘均包括顶部后段边缘、顶部中段边缘以及顶部前段边缘，所述左侧板以及右侧板的顶部后段边缘与所述后板的顶部边缘连接且处于同一水平面上；所述左侧板以及右侧板的前段边缘所在的水平面高于所述左侧板以及右侧板的顶部后段边缘所在的水平面，所述顶部中段边缘倾斜设置以过渡连接所述顶部后段边缘和顶部前段边缘。As the above preferred scheme, the top edge of the auxiliary material bottle base includes the top edges of the rear plate, the left plate and the right plate; the top edges of the left plate and the right plate each include a top rear edge, a top middle edge and a top front edge, the top rear edges of the left plate and the right plate are connected to the top edge of the rear plate and are on the same horizontal plane; the horizontal plane where the front edges of the left plate and the right plate are located is higher than the horizontal plane where the top rear edges of the left plate and the right plate are located, and the top middle edge is inclined to transitionally connect the top rear edge and the top front edge.
作为上述优选方案，所述辅料瓶底座的顶部边缘为平面，所述左侧板以及右侧板的顶部中段边缘、顶部前段边缘的宽度相同，且所述左侧板以及右侧板的顶部中段边缘、顶部前段边缘的宽度小于所述左侧板以及右侧板的顶部后段边缘的宽度，使所述左侧板以及右侧板的顶部中段边缘、顶部前段边缘构成辅料瓶底座导向轨，所述辅料瓶本体上相对的两侧壁设有的辅料瓶凹槽作为与所述辅料瓶底座导向轨匹配的辅料瓶导向槽；As the above preferred solution, the top edge of the auxiliary material bottle base is a plane, the widths of the top middle edge and the top front edge of the left and right panels are the same, and the widths of the top middle edge and the top front edge of the left and right panels are smaller than the widths of the top rear edge of the left and right panels, so that the top middle edge and the top front edge of the left and right panels constitute the auxiliary material bottle base guide rail, and the auxiliary material bottle grooves provided on the opposite side walls of the auxiliary material bottle body serve as auxiliary material bottle guide grooves matching the auxiliary material bottle base guide rail;
当所述辅料瓶以扣入式从上往下扣入到所述辅料瓶底座上时，通过所述辅料瓶底座导向轨与所述辅料瓶导向槽的相互匹配以实现所述辅料瓶与所述辅料瓶底座的密封固定连接；When the auxiliary material bottle is buckled into the auxiliary material bottle base from top to bottom in a buckled-in manner, the auxiliary material bottle and the auxiliary material bottle base are sealed and fixedly connected by matching the auxiliary material bottle base guide rail with the auxiliary material bottle guide groove;
当所述辅料瓶以推入式从前往后推入到所述辅料瓶底座上时，通过所述辅料瓶底座导向轨与所述辅料瓶导向槽的相互匹配以引导所述辅料瓶推入到所述辅料瓶底座上。When the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push-in manner, the auxiliary material bottle is guided to be pushed into the auxiliary material bottle base through the mutual matching of the auxiliary material bottle base guide rail and the auxiliary material bottle guide groove.
作为上述优选方案，所述辅料瓶底座的顶部边缘还包括前板的顶面边缘，所述前板的顶面边缘所在的水平面低于所述左侧板以及右侧板的前段边缘所在的水平面，使所述左侧板、右侧板与所述前板之间构成一缺口；As the above preferred solution, the top edge of the auxiliary material bottle base also includes the top edge of the front plate, and the horizontal plane where the top edge of the front plate is located is lower than the horizontal plane where the front edges of the left plate and the right plate are located, so that a gap is formed between the left plate, the right plate and the front plate;
当所述辅料瓶以推入式从前往后推入到所述辅料瓶底座上时，所述缺口作为辅料瓶出入口。When the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push-in manner, the notch serves as an inlet and outlet for the auxiliary material bottle.
采用上述改进方案，对于辅料瓶采用推入式从前往后推入到所述辅料瓶底座的设计，通过在辅料瓶两边设计一定斜度的辅料瓶导向槽，与辅料瓶底座的辅料瓶底座导向轨相对应设计，辅料瓶底座导向轨的设计具有定位导向作用，在更换辅料瓶过程中，将辅料瓶瓶口朝下，从辅料瓶底座中辅料瓶出入口处推入辅料瓶底座中，辅料瓶在辅料瓶导向槽和辅料瓶底座导向轨的匹配作用下沿辅料瓶底座导轨顺势下滑到位，此时起到助推作用，拉出辅料瓶的过程中，在辅料瓶底座导轨与辅料瓶导向槽的配合作用下，辅料瓶盖随辅料瓶上拉脱离辅料瓶底座销柱，辅料瓶瓶盖阀门在弹性元件的作用下自动关闭，同时辅料瓶在辅料瓶导向槽和辅料瓶底座导向轨的上下配合作用下，运动轨迹不变，在完全抽出辅料瓶之前，使得辅料瓶瓶盖一直处于辅料瓶底座内，因此在辅料瓶瓶盖关闭瞬间滴落出来的辅料仍然落在辅料瓶底座内，有效防止了辅料外漏现象。By adopting the above-mentioned improved scheme, the auxiliary material bottle is pushed into the auxiliary material bottle base from the front to the back in a push-in manner. By designing auxiliary material bottle guide grooves with a certain slope on both sides of the auxiliary material bottle, which are designed correspondingly to the auxiliary material bottle base guide rails of the auxiliary material bottle base, the design of the auxiliary material bottle base guide rails has a positioning and guiding function. In the process of replacing the auxiliary material bottle, the auxiliary material bottle is placed with the bottle mouth facing downward and pushed into the auxiliary material bottle base from the auxiliary material bottle entrance and exit in the auxiliary material bottle base. The auxiliary material bottle slides down along the auxiliary material bottle base guide rails into place under the matching effect of the auxiliary material bottle guide grooves and the auxiliary material bottle base guide rails. At this time, it plays a role in positioning and guiding. With the boosting effect, during the process of pulling out the auxiliary material bottle, under the cooperation of the guide rail of the auxiliary material bottle base and the guide groove of the auxiliary material bottle, the auxiliary material bottle cap is pulled up with the auxiliary material bottle and separated from the pin of the auxiliary material bottle base, and the valve of the auxiliary material bottle cap is automatically closed under the action of the elastic element. At the same time, under the upper and lower cooperation of the auxiliary material bottle guide groove and the guide rail of the auxiliary material bottle base, the motion trajectory of the auxiliary material bottle remains unchanged. Before the auxiliary material bottle is completely pulled out, the auxiliary material bottle cap is always in the auxiliary material bottle base. Therefore, the auxiliary material dripping out at the moment the auxiliary material bottle cap is closed still falls into the auxiliary material bottle base, which effectively prevents the leakage of the auxiliary material.
作为上述优选方案，所述前板的顶面边缘构成辅料瓶底座固定凸边，所述辅料瓶的底壁靠近前侧壁的位置设有的辅料瓶凹槽与所述辅料瓶底座固定凸边匹配，当所述辅料瓶连接到所述辅料瓶底座时，所述辅料瓶的底壁上的所述辅料瓶凹槽卡入所述辅料瓶底座固定凸边上以将所述辅料瓶固定在所述辅料瓶底座上。As the above preferred scheme, the top edge of the front plate constitutes a fixing convex edge of the auxiliary material bottle base, and the auxiliary material bottle groove provided on the bottom wall of the auxiliary material bottle near the front side wall matches the fixing convex edge of the auxiliary material bottle base, and when the auxiliary material bottle is connected to the auxiliary material bottle base, the auxiliary material bottle groove on the bottom wall of the auxiliary material bottle is inserted into the fixing convex edge of the auxiliary material bottle base to fix the auxiliary material bottle on the auxiliary material bottle base.
作为上述优选方案，所述辅料泵的辅料输入口通过内接管道连接所述辅料出口，所述辅料泵的辅料输出口通过连接外接管道以向外输出辅料；所述辅料泵固定在所述辅料泵底座的底板外表面。As the above preferred scheme, the auxiliary material input port of the auxiliary material pump is connected to the auxiliary material outlet through an internal pipe, and the auxiliary material output port of the auxiliary material pump is connected to an external pipe to output the auxiliary material to the outside; the auxiliary material pump is fixed on the outer surface of the bottom plate of the auxiliary material pump base.
作为上述优选方案，所述辅料泵通过辅料泵卡扣固定在所述辅料泵底座的底板外表面。As the above preferred solution, the auxiliary material pump is fixed to the outer surface of the bottom plate of the auxiliary material pump base through an auxiliary material pump buckle.
作为上述优选方案，所述辅料瓶底座的底板内表面包括邻接所述后板的底板第一内表面、邻接所述前板的底板第二内表面以及连接所述底板第一内表面和底板第二内表面的底板第三内表面，且所述底板第二内表面所在的水平面低于所述底板第一内表面所在的水平面；所述销柱设于所述底板第一内表面，所述辅料出口设于所述底板第二内表面并连通所述辅料瓶底座的底板内外表面。As the above-mentioned preferred scheme, the inner surface of the bottom plate of the auxiliary material bottle base includes a first inner surface of the bottom plate adjacent to the rear plate, a second inner surface of the bottom plate adjacent to the front plate, and a third inner surface of the bottom plate connecting the first inner surface of the bottom plate and the second inner surface of the bottom plate, and the horizontal plane where the second inner surface of the bottom plate is located is lower than the horizontal plane where the first inner surface of the bottom plate is located; the pin is arranged on the first inner surface of the bottom plate, and the auxiliary material outlet is arranged on the second inner surface of the bottom plate and connected to the inner and outer surfaces of the bottom plate of the auxiliary material bottle base.
采用该改进方案，通过将销柱设于底板第一内表面，通过将辅料出口设于所在水平面低于底板第一内表面的底板第二内表面，这样，在所述销柱作用下通过阀口流出并进入辅料瓶底座的腔体内的辅料会从底板第一内表面流入底板第二内表面，并最后通过辅料出口流出，从而利于辅料瓶底座内的辅料的泵出。By adopting this improved scheme, the pin is arranged on the first inner surface of the bottom plate, and the auxiliary material outlet is arranged on the second inner surface of the bottom plate whose horizontal plane is lower than the first inner surface of the bottom plate. In this way, the auxiliary material that flows out through the valve port and enters the cavity of the auxiliary material bottle base under the action of the pin will flow from the first inner surface of the bottom plate into the second inner surface of the bottom plate, and finally flow out through the auxiliary material outlet, thereby facilitating the pumping out of the auxiliary material in the auxiliary material bottle base.
作为上述优选方案，所述辅料瓶底座的底板外表面包括与所述底板第一内表面相对的底板第一外表面、与所述底板第二内表面相对的底板第二外表面以及连接所述底板第一外表面和底板第二外表面的底板第三外表面，且所述底板第二外表面所在的水平面低于所述底板第一外表面所在的水平面；所述辅料泵固定在所述底板第一外表面。As the above-mentioned preferred scheme, the outer surface of the bottom plate of the auxiliary material bottle base includes a first outer surface of the bottom plate opposite to the first inner surface of the bottom plate, a second outer surface of the bottom plate opposite to the second inner surface of the bottom plate, and a third outer surface of the bottom plate connecting the first outer surface of the bottom plate and the second outer surface of the bottom plate, and the horizontal plane where the second outer surface of the bottom plate is located is lower than the horizontal plane where the first outer surface of the bottom plate is located; the auxiliary material pump is fixed on the first outer surface of the bottom plate.
采用该改进方案，通过设计在辅料瓶底座的底板外形成能够收容用于安置辅料泵的空间（底板第一外表面和底板第二外表面之间的高度差所构成的空间），能够有效利用空间及节约空间成本。By adopting this improved solution, a space capable of accommodating an auxiliary material pump is formed outside the bottom plate of the auxiliary material bottle base (the space formed by the height difference between the first outer surface of the bottom plate and the second outer surface of the bottom plate), which can effectively utilize the space and save space costs.
作为上述优选方案，当所述辅料瓶以推入式从前往后推入到所述辅料瓶底座上且所述辅料瓶的保护壳在所述辅料瓶本体的长度方向上设有相对的两缺口时，所述辅料瓶底座的腔体内还设有与所述销柱过渡连接的倾斜臂，所述倾斜臂沿所述底板第一内表面与所述底板第三内表面的连接端向所述销柱逐渐向上倾斜。As the above-mentioned preferred scheme, when the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back and the protective shell of the auxiliary material bottle is provided with two opposite notches in the length direction of the auxiliary material bottle body, an inclined arm transitionally connected to the pin is also provided in the cavity of the auxiliary material bottle base, and the inclined arm gradually tilts upward toward the pin along the connecting end between the first inner surface of the bottom plate and the third inner surface of the bottom plate.
采用该改进方案，利用与所述销柱过渡连接的倾斜臂，所述倾斜臂沿所述底板第一内表面与所述底板第三内表面的连接端向所述销柱逐渐向上倾斜，从而能够使得更换辅料瓶时推入辅料瓶时，利用倾斜臂和销柱逐渐加大对辅料瓶瓶盖上的按压部的作用，使得瓶盖阀门是逐渐打开阀口的，从而避免辅料瓶的阀口瞬间打开最大导致辅料突然流出可能带来的外溢等问题。By adopting this improved scheme, an inclined arm is utilized which is transitionally connected to the pin, and the inclined arm gradually inclines upward toward the pin along the connecting end between the first inner surface of the bottom plate and the third inner surface of the bottom plate. Thus, when the auxiliary material bottle is pushed in when the auxiliary material bottle is replaced, the inclined arm and the pin are utilized to gradually increase the effect of the pressing part on the bottle cap of the auxiliary material bottle, so that the valve of the bottle cap gradually opens the valve mouth, thereby avoiding the problem of overflow caused by the sudden outflow of the auxiliary material due to the valve mouth of the auxiliary material bottle being opened instantly.
作为上述优选方案，所述辅料瓶底座的腔体内还设有液位传感器，所述液位传感器为非接触式液位传感器；所述液位传感器靠近所述前板。As the above preferred solution, a liquid level sensor is further provided in the cavity of the auxiliary material bottle base, and the liquid level sensor is a non-contact liquid level sensor; the liquid level sensor is close to the front plate.
作为上述优选方案，所述液位传感器包括浮块定位柱和带磁体浮块，所述带磁体浮块能够被置于所述前板外侧的霍尔接近开关所检测。As the above preferred solution, the liquid level sensor includes a float block positioning column and a float block with a magnet, and the float block with a magnet can be detected by a Hall proximity switch disposed on the outer side of the front plate.
作为上述优选方案，本实施例通过采用包括浮块定位柱和带磁体浮块的非接触式液位传感器，在无需与置于辅料瓶底座外部的霍尔接近开关接触的情况下，也可以将辅料瓶底座（相当于辅料瓶）内的辅料液位情况有效传递给霍尔接近开关，相比采用接触式液位传感器能够有效避免因密封问题导致的辅料外溢的情况发生。As the above-mentioned preferred scheme, this embodiment adopts a non-contact liquid level sensor including a float positioning column and a float with a magnet. Without contacting the Hall proximity switch placed on the outside of the auxiliary material bottle base, the auxiliary material liquid level in the auxiliary material bottle base (equivalent to the auxiliary material bottle) can be effectively transmitted to the Hall proximity switch. Compared with the use of a contact liquid level sensor, it can effectively avoid the overflow of auxiliary materials caused by sealing problems.
作为上述优选方案，所述浮块定位柱的下端与所述辅料瓶底座的腔体底部连接，所述浮块定位柱的上端悬空，所述带磁体浮块在所述辅料瓶底座内的辅料作用下，在所述浮块定位柱的两端之间移动。As the above preferred scheme, the lower end of the floating block positioning column is connected to the bottom of the cavity of the auxiliary material bottle base, and the upper end of the floating block positioning column is suspended in the air. The magnetic floating block moves between the two ends of the floating block positioning column under the action of the auxiliary material in the auxiliary material bottle base.
作为上述优选方案，所述浮块定位柱的两端之间的一特定位置与所述浮块定位柱的下端之间构成低液位检测区域，当所述带磁体浮块位于所述低液位检测区域时能够被置于所述前板外侧的霍尔接近开关所检测。As the above preferred solution, a specific position between the two ends of the float positioning column and the lower end of the float positioning column constitute a low liquid level detection area, and when the magnetic float is located in the low liquid level detection area, it can be detected by the Hall proximity switch placed on the outside of the front plate.
作为上述改进方案，本实施例通过在辅料瓶底座内的非接触式液位传感器上设置低液位检测区域，当辅料瓶中辅料用尽且辅料瓶底座内的辅料也快被抽取完时时，带磁体浮块会随时辅料瓶中的辅料液位下降至低液位检测区域（到达或低于低液位提醒位置），从而能够被辅料瓶底座腔体外的低液位霍尔接近开关检测到，并通过低液位霍尔接近开关向控制器发出信号以提示用户添加辅料或更换辅料瓶。As an improvement scheme mentioned above, this embodiment sets a low liquid level detection area on the non-contact liquid level sensor in the auxiliary material bottle base. When the auxiliary material in the auxiliary material bottle is used up and the auxiliary material in the auxiliary material bottle base is almost extracted, the magnetic float will at any time when the auxiliary material level in the auxiliary material bottle drops to the low liquid level detection area (reaching or falling below the low liquid level reminder position), so that it can be detected by the low liquid level Hall proximity switch outside the auxiliary material bottle base cavity, and send a signal to the controller through the low liquid level Hall proximity switch to prompt the user to add auxiliary materials or replace the auxiliary material bottle.
作为上述优选方案，所述辅料装置还包括辅料瓶底座支架，所述辅料瓶底座支架设有收容所述辅料瓶底座的辅料瓶底座收容腔。As the above preferred solution, the auxiliary material device further comprises an auxiliary material bottle base bracket, and the auxiliary material bottle base bracket is provided with an auxiliary material bottle base accommodating cavity for accommodating the auxiliary material bottle base.
作为上述优选方案，所述辅料瓶底座的顶部边缘分别向外延伸并弯折构成辅料瓶底座凹槽，所述辅料瓶底座支架在所述辅料瓶底座收容腔的顶部边缘对应设有辅料瓶底座支架凸边以卡入所述辅料瓶底座凹槽中，从而将辅料瓶底座收容固定在所述辅料瓶底座支架的辅料瓶底座收容腔内。As the above preferred scheme, the top edges of the auxiliary material bottle base extend outward and bend to form auxiliary material bottle base grooves, and the auxiliary material bottle base bracket is provided with auxiliary material bottle base bracket convex edges corresponding to the top edges of the auxiliary material bottle base accommodating cavity to be inserted into the auxiliary material bottle base groove, thereby accommodating and fixing the auxiliary material bottle base in the auxiliary material bottle base accommodating cavity of the auxiliary material bottle base bracket.
采用该改进方案，通过在辅料瓶底座支架对应每个辅料瓶底座收容腔的顶部边缘上设计凸边，并在辅料瓶底座上设计凹槽，将辅料瓶底座嵌入于辅料瓶底座支架中，凸边卡入凹槽中，形成自动锁住状态，使得辅料瓶底座能够固定在辅料瓶底座支架上。By adopting this improved solution, a convex edge is designed on the top edge of each auxiliary material bottle base accommodating cavity of the auxiliary material bottle base bracket, and a groove is designed on the auxiliary material bottle base. The auxiliary material bottle base is embedded in the auxiliary material bottle base bracket, and the convex edge is stuck in the groove to form an automatic locking state, so that the auxiliary material bottle base can be fixed on the auxiliary material bottle base bracket.
作为上述优选方案，多个所述辅料瓶底座支架一体成型构成辅料瓶机架，每一所述辅料瓶底座支架的辅料瓶底座收容腔用于对应收容一个所述辅料瓶底座。As the above preferred solution, a plurality of the auxiliary material bottle base brackets are integrally formed to form an auxiliary material bottle rack, and the auxiliary material bottle base accommodating cavity of each of the auxiliary material bottle base brackets is used to correspondingly accommodate one of the auxiliary material bottle bases.
采用上述改进方案，通过进一步设置能够收容辅料瓶底座的辅料瓶底座支架，且多个辅料瓶底座支架一体成型并通过设计设置多个用于分别收容辅料瓶底座的辅料瓶底座收容腔，这样既可以保护对每个辅料瓶底座进行收容保护外（可以有效避免辅料泵等部件外露），还可以实现承载多个辅料瓶的辅料装置的整体移动和放置。By adopting the above-mentioned improvement scheme, an auxiliary material bottle base bracket capable of accommodating the auxiliary material bottle base is further provided, and multiple auxiliary material bottle base brackets are integrally formed and multiple auxiliary material bottle base accommodating cavities are designed to respectively accommodate the auxiliary material bottle bases. This can not only protect each auxiliary material bottle base (effectively preventing the auxiliary material pump and other components from being exposed), but also realize the overall movement and placement of the auxiliary material device carrying multiple auxiliary material bottles.
作为上述优选方案，每一所述辅料瓶底座收容腔的宽度相同；或，至少两个辅料瓶底座收容腔的宽度不同。As the above preferred solution, the width of each of the auxiliary material bottle base receiving cavities is the same; or, the widths of at least two auxiliary material bottle base receiving cavities are different.
作为上述优选方案，所述辅料瓶底座支架包括上层支架和下层支架，所述上层支架通过支架固定板固定在所述下层支架上，所述上层支架和下层支架均设有若干个所述辅料瓶底座收容腔。As the above preferred solution, the auxiliary material bottle base bracket includes an upper bracket and a lower bracket, the upper bracket is fixed to the lower bracket through a bracket fixing plate, and the upper bracket and the lower bracket are both provided with a plurality of auxiliary material bottle base accommodating cavities.
作为上述优选方案，所述上层支架通过支架固定板固定在所述下层支架的一侧。As the above preferred solution, the upper bracket is fixed to one side of the lower bracket through a bracket fixing plate.
在一个优选的实施例中，所述下层支架设有的所述辅料瓶底座收容腔对应收容用于固定第一类辅料瓶的辅料瓶底座，所述上层支架设有的所述辅料瓶底座收容腔对应收容用于固定第二类辅料瓶的辅料瓶底座；其中，所述第一类辅料瓶的高度为H1，所述第二类辅料瓶的高度为H2，且H1不等于H2。In a preferred embodiment, the auxiliary material bottle base receiving cavity provided on the lower bracket corresponds to receiving an auxiliary material bottle base for fixing a first type of auxiliary material bottle, and the auxiliary material bottle base receiving cavity provided on the upper bracket corresponds to receiving an auxiliary material bottle base for fixing a second type of auxiliary material bottle; wherein, the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, and H1 is not equal to H2.
在另一个优选的实施例中，设于所述上层支架的辅料瓶底座收容腔以及所述下层支架中与所述上层支架相对的辅料瓶底座收容腔对应收容用于固定第一类辅料瓶的辅料瓶底座，所述下层支架中其余的辅料瓶底座收容腔对应收容用于固定第二类辅料瓶的辅料瓶底座；其中，所述第一类辅料瓶的高度为H1，所述第二类辅料瓶的高度为H2，且2H1＜H2。In another preferred embodiment, the auxiliary material bottle base receiving cavity provided in the upper bracket and the auxiliary material bottle base receiving cavity in the lower bracket opposite to the upper bracket correspond to receiving auxiliary material bottle bases for fixing the first type of auxiliary material bottles, and the remaining auxiliary material bottle base receiving cavities in the lower bracket correspond to receiving auxiliary material bottle bases for fixing the second type of auxiliary material bottles; wherein the height of the first type of auxiliary material bottles is H1, the height of the second type of auxiliary material bottles is H2, and 2H1＜H2.
在又一个优选的实施例中，设于所述上层支架的辅料瓶底座收容腔对应收容用于固定第一类辅料瓶的辅料瓶底座，所述下层支架中与所述上层支架相对的辅料瓶底座收容腔对应收容用于固定第二类辅料瓶的辅料瓶底座，所述下层支架中其余的辅料瓶底座收容腔对应收容用于固定第三类辅料瓶的辅料瓶底座；其中，所述第一类辅料瓶的高度为H1，所述第二类辅料瓶的高度为H2，所述第三类辅料瓶的高度为H3，且H1+ H2＜H3。In another preferred embodiment, the auxiliary material bottle base receiving cavity provided in the upper bracket corresponds to receiving the auxiliary material bottle base for fixing the first type of auxiliary material bottle, the auxiliary material bottle base receiving cavity in the lower bracket opposite to the upper bracket corresponds to receiving the auxiliary material bottle base for fixing the second type of auxiliary material bottle, and the remaining auxiliary material bottle base receiving cavities in the lower bracket correspond to receiving the auxiliary material bottle base for fixing the third type of auxiliary material bottle; wherein, the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, the height of the third type of auxiliary material bottle is H3, and H1+H2＜H3.
本发明实施例通过将辅料瓶底座支架设计成两层（或多层），并基于两层结构设计不同大小或数量的辅料瓶（对应辅料瓶底座），能够合理利用空间，大大节省整个辅料装置的空间成本，而且能够满足用户在烹饪过程中对不同辅料的常用少用需求的大小瓶设计，提高用户的使用体验。The embodiment of the present invention designs the auxiliary material bottle base bracket into two layers (or multiple layers), and designs auxiliary material bottles of different sizes or quantities (corresponding to auxiliary material bottle bases) based on the two-layer structure, so as to reasonably utilize space and greatly save the space cost of the entire auxiliary material device. It can also meet the user's needs for the design of large and small bottles of different auxiliary materials that are frequently used and rarely used during the cooking process, thereby improving the user's experience.
作为上述改进方案，每一所述辅料瓶底座收容腔的宽度一致。As an improved solution, the width of each auxiliary material bottle base receiving cavity is consistent.
作为上述改进方案，所述辅料瓶底座机架的前板外表面上对应每个所述辅料瓶底座收容腔设有一个霍尔接近开关，每一所述霍尔接近开关用于检测收容到对应所述辅料瓶底座收容腔的辅料瓶底座内的液位传感器。As an improved solution, a Hall proximity switch is provided on the outer surface of the front plate of the auxiliary material bottle base frame corresponding to each auxiliary material bottle base receiving cavity, and each Hall proximity switch is used to detect the liquid level sensor in the auxiliary material bottle base received in the corresponding auxiliary material bottle base receiving cavity.
作为上述改进方案，所述辅料装置还包括控制器和液位提示器，所述控制器分别连接每一所述霍尔接近开关以及所述液位提示器，所述液位提示器设于所述辅料瓶底座机架的前板外表面；所述液位提示器为灯光显示组件、音频设备或者显示器。As an improved solution to the above, the auxiliary material device also includes a controller and a liquid level indicator, the controller is respectively connected to each of the Hall proximity switches and the liquid level indicator, and the liquid level indicator is arranged on the outer surface of the front panel of the auxiliary material bottle base frame; the liquid level indicator is a light display component, an audio device or a display.
本发明实施例对应提供一种炒锅装置，包括炒锅以及如上任一实施例所述的辅料装置，每一所述辅料泵的辅料输出口通过辅料管与所述炒锅的内部连通。An embodiment of the present invention provides a wok device, comprising a wok and an auxiliary material device as described in any of the above embodiments, wherein an auxiliary material output port of each auxiliary material pump is connected to the interior of the wok through an auxiliary material pipe.
作为上述改进方案，所述炒锅包括锅体和锅盖，所述锅盖上设有通孔，每一所述辅料泵的辅料输出口通过辅料管与所述通孔连通。As an improved solution of the above, the frying pan comprises a pan body and a pan cover, the pan cover is provided with a through hole, and the auxiliary material output port of each auxiliary material pump is connected with the through hole through an auxiliary material pipe.
可见，由于本实施例提供的炒锅装置包含上述辅料装置，其包含上述辅料装置的所有改进效果，在此不赘述。It can be seen that since the frying pan device provided in this embodiment includes the above-mentioned auxiliary material device, it includes all the improved effects of the above-mentioned auxiliary material device, which will not be repeated here.
本发明实施例对应提供一种炒菜机，包括机架，所述机架内设有炒锅以及如上任一实施例所述的辅料装置，每一所述辅料泵的辅料输出口通过辅料管与所述炒锅的内部连通。An embodiment of the present invention provides a cooking machine, including a frame, in which a frying pan and an auxiliary material device as described in any of the above embodiments are arranged, and the auxiliary material output port of each auxiliary material pump is connected to the interior of the frying pan through an auxiliary material pipe.
作为上述改进方案，所述炒锅包括锅体和锅盖，所述锅盖上设有通孔，每一所述辅料泵的辅料输出口通过辅料管与所述通孔连通。As an improved solution of the above, the frying pan comprises a pan body and a pan cover, the pan cover is provided with a through hole, and the auxiliary material output port of each auxiliary material pump is connected with the through hole through an auxiliary material pipe.
作为一个优选实施例，所述辅料装置整体置于所述机架内的底部；所述辅料瓶底座支架通过固定件固定于所述机架内的底部内表面；所述辅料瓶以推入式从前往后推入到所述辅料瓶底座上。As a preferred embodiment, the auxiliary material device is placed as a whole at the bottom of the frame; the auxiliary material bottle base bracket is fixed to the bottom inner surface of the frame through a fixing member; the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back.
作为另一个优选实施例，所述辅料装置整体置于所述机架内的底部；所述辅料装置的辅料瓶底座支架呈抽屉式结构以推入所述机架内或从所述机架内抽出。作为该优选实施例，采用抽屉式结构的辅料瓶底座支架利于将辅料装置整体从所述机架内或从所述机架内抽出，从而利于将辅料瓶放入辅料瓶底座中或从辅料瓶底座中抽出，由于适用于所述辅料瓶以扣入式从上往下扣入到所述辅料瓶底座上的设计。As another preferred embodiment, the auxiliary material device is placed as a whole at the bottom of the frame; the auxiliary material bottle base support of the auxiliary material device is in a drawer-type structure to be pushed into or pulled out of the frame. As this preferred embodiment, the auxiliary material bottle base support with a drawer-type structure facilitates the auxiliary material device to be pulled out of or into the frame as a whole, thereby facilitating the placement of the auxiliary material bottle into or out of the auxiliary material bottle base, because it is suitable for the design that the auxiliary material bottle is buckled into the auxiliary material bottle base from top to bottom in a buckled-in manner.
作为上述改进方案，所述辅料装置的辅料瓶底座支架的外表面与机架的内表面之间设置滑动配合的部件，以利于将所述辅料瓶底座支架推入所述机架内或从所述机架内抽出。As an improved solution, a sliding fitting component is provided between the outer surface of the auxiliary material bottle base bracket of the auxiliary material device and the inner surface of the frame to facilitate pushing the auxiliary material bottle base bracket into or pulling it out of the frame.
作为上述改进方案，所述机架前端面对应所述辅料装置设有能够开合的辅料门板。As an improvement to the above, an auxiliary material door panel that can be opened and closed is provided on the front end surface of the frame corresponding to the auxiliary material device.
作为上述改进方案，所述辅料门板上对应所述辅料装置上设置的液位提示器设有液位显示窗口。As an improvement to the above, a liquid level display window is provided on the auxiliary material door panel corresponding to the liquid level indicator provided on the auxiliary material device.
同样的，本实施例提供的炒菜机包含上述辅料装置，其包含上述辅料装置的所有改进效果，在此不赘述。Similarly, the cooking machine provided in this embodiment includes the above-mentioned auxiliary material device, which includes all the improved effects of the above-mentioned auxiliary material device, which will not be repeated here.
附图说明BRIEF DESCRIPTION OF THE DRAWINGS
图1~图3a是本发明一个优选实施例中的炒菜机的结构示意图。1 to 3a are schematic diagrams of the structure of a cooking machine in a preferred embodiment of the present invention.
图3b是本发明另一个优选实施例中的炒菜机的结构示意图。FIG. 3 b is a schematic structural diagram of a cooking machine in another preferred embodiment of the present invention.
图4是本发明一实施例中的辅料装置的结构示意图，显示了辅料机架的辅料瓶收容腔上放满了辅料瓶的状态。4 is a schematic structural diagram of an auxiliary material device in an embodiment of the present invention, showing a state in which the auxiliary material bottle receiving chamber of the auxiliary material rack is filled with auxiliary material bottles.
图5a是图4所示的辅料装置的正面图。FIG. 5 a is a front view of the auxiliary material device shown in FIG. 4 .
图5b是图4所示的辅料装置的右视图。FIG. 5 b is a right side view of the auxiliary material device shown in FIG. 4 .
图6a显示了图4所示的辅料装置的辅料瓶和辅料底座之间的连接关系。FIG. 6 a shows the connection relationship between the auxiliary material bottle and the auxiliary material base of the auxiliary material device shown in FIG. 4 .
图6b~图6d显示了图4所示的辅料装置的辅料底座的各个不同角度的结构示意图。6b to 6d show schematic structural diagrams of the auxiliary material base of the auxiliary material device shown in FIG. 4 at different angles.
图7a~图7g是本发明提供的一种辅料瓶的第一实施例的结构示意图。7a to 7g are schematic structural diagrams of a first embodiment of an auxiliary material bottle provided by the present invention.
图8a~图8e是本发明提供的一种辅料瓶的第二实施例的结构示意图。8a to 8e are schematic structural diagrams of a second embodiment of an auxiliary material bottle provided by the present invention.
图9a~图9e是本发明提供的一种辅料瓶的第三实施例的结构示意图。9a to 9e are schematic structural diagrams of a third embodiment of an auxiliary material bottle provided by the present invention.
图10a~图10e是本发明提供的一种辅料瓶的第四实施例的结构示意图。10a to 10e are schematic structural diagrams of a fourth embodiment of an auxiliary material bottle provided by the present invention.
图11是本发明一实施例中的辅料装置的结构示意图。FIG. 11 is a schematic structural diagram of an auxiliary material device in one embodiment of the present invention.
图12为图11所示的辅料装置中的辅料底座和辅料底座支架之间的连接关系示意图，显示了辅料底座和辅料底座支架连接前的结构。FIG. 12 is a schematic diagram of the connection relationship between the auxiliary material base and the auxiliary material base bracket in the auxiliary material device shown in FIG. 11 , showing the structure before the auxiliary material base and the auxiliary material base bracket are connected.
图13为图11所示的辅料装置中的辅料底座和辅料底座支架之间的连接关系示意图，显示了辅料底座和辅料底座支架连接后的结构。FIG13 is a schematic diagram of the connection relationship between the auxiliary material base and the auxiliary material base bracket in the auxiliary material device shown in FIG11 , showing the structure after the auxiliary material base and the auxiliary material base bracket are connected.
图14为图11所示的辅料装置中的辅料瓶、辅料底座和辅料底座支架之间的连接关系示意图。FIG. 14 is a schematic diagram of the connection relationship between the auxiliary material bottle, the auxiliary material base and the auxiliary material base bracket in the auxiliary material device shown in FIG. 11 .
图15为图14所示的标记A部分的放大示意图。FIG. 15 is an enlarged schematic diagram of the portion marked A shown in FIG. 14 .
图16a~16c为本发明一个优选实施例的辅料装置的结构示意图，显示了辅料瓶通过扣入式从上往下扣入到所述辅料瓶底座上。16a to 16c are schematic structural diagrams of an auxiliary material device according to a preferred embodiment of the present invention, showing that the auxiliary material bottle is buckled into the auxiliary material bottle base from top to bottom in a buckling manner.
图17a~17c为本发明另一个优选实施例的辅料装置的结构示意图，显示了辅料瓶采用推入式式从前往后推入到所述辅料瓶底座上。17a to 17c are schematic structural diagrams of an auxiliary material device according to another preferred embodiment of the present invention, showing that the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push-in manner.
图18为本发明又一优选实施例的辅料装置的结构示意图。FIG. 18 is a schematic structural diagram of an auxiliary material device according to another preferred embodiment of the present invention.
图19为本发明再一优选实施例的辅料装置的结构示意图。FIG. 19 is a schematic structural diagram of an auxiliary material device according to another preferred embodiment of the present invention.
图20为是本发明提供的一种辅料瓶的优选实施例的结构示意图。FIG. 20 is a schematic structural diagram of a preferred embodiment of an auxiliary material bottle provided by the present invention.
具体实施方式DETAILED DESCRIPTION
下面结合附图和实施例，对本发明的具体实施方式作进一步详细描述。以下实施例用于说明本发明，但不用来限制本发明的范围。The specific implementation of the present invention is further described in detail below in conjunction with the accompanying drawings and examples. The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention.
如图1~图3a所示，本实施例公开了一种全自动智能炒菜机，包括机架200以及设于机架内的炉体装置100、下料机构300、油烟处理装置（图未示）、炉体控制装置（图未示）、辅料装置10及控制系统（图未示），所述炉体装置100包括锅体（包括炉芯102、炉体103）及锅盖101，所述下料机构300设置于所述炉芯102的锅口上方，所述油烟处理装置与所述锅盖101连通，所述炉芯102设于所述炉体103内，所述炉体103设置于所述机架200内，所述炉体控制装置与所述炉体103连接，以带动炉体103移动，从而控制所述炉芯102的锅口与所述锅盖101盖合或打开；所述辅料装置10设置于所述炒锅100的下方，所述辅料装置10的辅料泵的辅料输出口通过辅料管1001与所述锅盖101连通（所述锅盖上设置与所述辅料管连通的通孔）。所述控制系统控制所述炉体装置100、下料机构300、油烟处理装置、炉体控制装置、辅料装置10协同工作。As shown in Fig. 1 to Fig. 3a, this embodiment discloses a fully automatic intelligent cooking machine, comprising a frame 200 and a furnace body device 100, a feeding mechanism 300, an oil fume treatment device (not shown), a furnace body control device (not shown), an auxiliary material device 10 and a control system (not shown), the furnace body device 100 comprises a pot body (including a furnace core 102, a furnace body 103) and a pot cover 101, the feeding mechanism 300 is arranged above the pot mouth of the furnace core 102, the oil fume treatment device is connected to the pot cover 101, and the furnace body device 100 comprises a pot body (including a furnace core 102, a furnace body 103) and a pot cover 101. The furnace core 102 is arranged in the furnace body 103, the furnace body 103 is arranged in the frame 200, the furnace body control device is connected to the furnace body 103 to drive the furnace body 103 to move, so as to control the pot mouth of the furnace core 102 and the pot cover 101 to cover or open; the auxiliary material device 10 is arranged below the wok 100, and the auxiliary material output port of the auxiliary material pump of the auxiliary material device 10 is connected to the pot cover 101 through the auxiliary material pipe 1001 (the pot cover is provided with a through hole connected to the auxiliary material pipe). The control system controls the furnace body device 100, the feeding mechanism 300, the oil fume treatment device, the furnace body control device, and the auxiliary material device 10 to work in coordination.
作为本实施例的优选设计，本实施例的全自动智能炒菜机的机架200内通过设置构成密闭的烹饪空间，所述密闭的烹饪空间自上而下包括连通的下料区、炒菜和出菜区，在机架的前端面设有炒菜机出菜门板201以闭合/打开该烹饪空间，在炒菜过程中关闭该炒菜机出菜门板201以保证密封烹饪，在炒菜完成后通过打开该炒菜机出菜门板201实现出菜。本实施例的全自动智能炒菜机的机架200还在所述密闭的烹饪空间下方设置与所述密闭的烹饪空间独立开来的辅料容置空间，并在机架的前端面设置辅料门板202以闭合/打开该辅料容置空间，从而方便辅料的添加或辅料瓶的更换。另外，所述辅料门板上对应所述辅料装置上设置的液位提示器（后面描述）设有透明的液位显示窗口203。As a preferred design of this embodiment, the frame 200 of the fully automatic intelligent cooking machine of this embodiment is provided with a closed cooking space, and the closed cooking space includes a material feeding area, a cooking area and a dish serving area connected from top to bottom. A dish serving door panel 201 is provided on the front face of the frame to close/open the cooking space. The dish serving door panel 201 is closed during the cooking process to ensure sealed cooking. After the cooking is completed, the dish serving door panel 201 is opened to serve the dish. The frame 200 of the fully automatic intelligent cooking machine of this embodiment is also provided with an auxiliary material storage space independent of the closed cooking space below the closed cooking space, and an auxiliary material door panel 202 is provided on the front face of the frame to close/open the auxiliary material storage space, so as to facilitate the addition of auxiliary materials or the replacement of auxiliary material bottles. In addition, a transparent liquid level display window 203 is provided on the auxiliary material door panel corresponding to the liquid level indicator (described later) provided on the auxiliary material device.
在本实施例中，所述辅料装置10 包括辅料瓶机架11和辅料瓶12，所述辅料瓶机架11通过固定件固定于所述机架200内的底部内表面，所述辅料瓶12以推入式从前往后推入到所述辅料瓶机架11内。In this embodiment, the auxiliary material device 10 includes an auxiliary material bottle rack 11 and an auxiliary material bottle 12. The auxiliary material bottle rack 11 is fixed to the bottom inner surface of the rack 200 by a fixing member, and the auxiliary material bottle 12 is pushed into the auxiliary material bottle rack 11 from front to back.
参考图3b，图3b显示的为本发明另一实施例提供的全自动智能炒菜机的结构示意图。图3b提供的全自动智能炒菜机的结构与前一实施例提供的全自动智能炒菜机的结构一致，不同的是，图3b提供的全自动智能炒菜机的辅料装置10整体呈抽屉式结构以推入所述机架200内或从所述机架200内抽出。具体的，所述辅料装置10的辅料瓶机架11的外表面与机架200的内表面之间设置滑动配合的部件，以利于将所述辅料瓶机架11推入所述机架200内或从所述机架200内抽出。本实施例提供的所述全自动智能炒菜机尤其适用于辅料装置的辅料瓶12以扣入式从上往下扣入到所述辅料瓶机架11上的使用。Referring to FIG3b, FIG3b shows a schematic diagram of the structure of a fully automatic intelligent cooking machine provided by another embodiment of the present invention. The structure of the fully automatic intelligent cooking machine provided by FIG3b is consistent with the structure of the fully automatic intelligent cooking machine provided by the previous embodiment, except that the auxiliary material device 10 of the fully automatic intelligent cooking machine provided by FIG3b is in a drawer-type structure as a whole so as to be pushed into or pulled out of the frame 200. Specifically, a sliding fitting component is provided between the outer surface of the auxiliary material bottle frame 11 of the auxiliary material device 10 and the inner surface of the frame 200, so as to facilitate pushing the auxiliary material bottle frame 11 into or pulling it out of the frame 200. The fully automatic intelligent cooking machine provided by this embodiment is particularly suitable for use in which the auxiliary material bottle 12 of the auxiliary material device is buckled into the auxiliary material bottle frame 11 from top to bottom in a buckled-in manner.
上述两个实施例提供的全自动智能炒菜机通过控制系统控制辅料装置10的辅料泵工作，从而实现辅料装置10向炒锅100内添加辅料，进而使得炒菜机具备自动添加辅料的功能，以提高用户使用炒菜机的便利性。下面将结合附图详细介绍其中的辅料装置10可以采用的实施例的具体结构。The fully automatic intelligent cooking machines provided in the above two embodiments control the auxiliary material pump of the auxiliary material device 10 through the control system, so that the auxiliary material device 10 adds auxiliary materials into the wok 100, thereby enabling the cooking machine to have the function of automatically adding auxiliary materials, thereby improving the convenience of users using the cooking machine. The specific structure of the embodiments that the auxiliary material device 10 can adopt will be described in detail below in conjunction with the accompanying drawings.
参考图4、图5a和图5b，是本发明优选实施例提供的一种辅料装置10的结构示意图。该实施例提供的辅料装置10包括辅料瓶机架11和辅料瓶12，所述辅料瓶机架11设有至少一个辅料瓶收容腔。每一所述辅料瓶收容腔用于对应收容一个辅料瓶12，每个辅料瓶12用于装入不同的液态辅料。可以理解的，本实施例及后面实施例提及的液态辅料包括水体状或粘稠状的液体辅料。Referring to Figures 4, 5a and 5b, it is a schematic diagram of the structure of an auxiliary material device 10 provided in a preferred embodiment of the present invention. The auxiliary material device 10 provided in this embodiment includes an auxiliary material bottle rack 11 and an auxiliary material bottle 12, and the auxiliary material bottle rack 11 is provided with at least one auxiliary material bottle receiving cavity. Each of the auxiliary material bottle receiving cavities is used to receive a corresponding auxiliary material bottle 12, and each auxiliary material bottle 12 is used to load different liquid auxiliary materials. It can be understood that the liquid auxiliary materials mentioned in this embodiment and the following embodiments include liquid auxiliary materials in water or viscous form.
具体的，如图6a~6d所示，本实施例提供的辅料瓶机架11包括至少一个辅料瓶底座111，所述辅料瓶底座111的腔体构成所述辅料瓶收容腔110，所述辅料瓶底座111的腔体底部设有连通所述辅料瓶底座的腔体内外的辅料出口112，所述辅料出口112用于连接辅料泵116。所述辅料瓶底座111的腔体内还对应收容到该腔体内的辅料瓶（设有阀门式瓶盖，阀门式瓶盖包括阀口以及用于闭合或打开所述阀口的瓶盖阀门）设有一凸起的销柱113，当设有阀门式瓶盖的辅料瓶12收容到对应的所述辅料瓶收容腔110时，所述辅料瓶收容腔110内设置的所述销柱113与所述辅料瓶的阀门式瓶盖正对并作用于所述阀门式瓶盖的瓶盖阀门使其打开所述阀口，所述辅料瓶内的液体辅料在所述阀口打开的状态下通过所述阀口流出并进入所述辅料瓶底座的腔体内，然后通过所述辅料出口流出到所述辅料泵中；当所述辅料瓶从所述辅料瓶底座的辅料瓶收容腔110脱离时，所述阀门式瓶盖的瓶盖阀门离开所述销柱的同时自动复位以闭合所述阀口从而实现辅料瓶12的闭合。Specifically, as shown in Figures 6a~6d, the auxiliary material bottle rack 11 provided in this embodiment includes at least one auxiliary material bottle base 111, the cavity of the auxiliary material bottle base 111 constitutes the auxiliary material bottle accommodating cavity 110, and the bottom of the cavity of the auxiliary material bottle base 111 is provided with an auxiliary material outlet 112 connecting the inside and outside of the cavity of the auxiliary material bottle base, and the auxiliary material outlet 112 is used to connect an auxiliary material pump 116. The cavity of the auxiliary material bottle base 111 is also provided with a protruding pin 113 corresponding to the auxiliary material bottle (provided with a valve-type bottle cap, the valve-type bottle cap includes a valve port and a bottle cap valve for closing or opening the valve port) received in the cavity. When the auxiliary material bottle 12 provided with a valve-type bottle cap is received in the corresponding auxiliary material bottle receiving cavity 110, the pin 113 provided in the auxiliary material bottle receiving cavity 110 is directly opposite to the valve-type bottle cap of the auxiliary material bottle and acts on the bottle cap valve of the valve-type bottle cap to open the valve port. When the valve port is opened, the liquid auxiliary material in the auxiliary material bottle flows out through the valve port and enters the cavity of the auxiliary material bottle base, and then flows out into the auxiliary material pump through the auxiliary material outlet. When the auxiliary material bottle is detached from the auxiliary material bottle receiving cavity 110 of the auxiliary material bottle base, the bottle cap valve of the valve-type bottle cap automatically resets while leaving the pin to close the valve port, thereby realizing the closure of the auxiliary material bottle 12.
作为本实施例的创新之处，本实施例公开的辅料装置10通过采用阀门式瓶盖的辅料瓶12，并通过在辅料瓶机架11上设置的用于收容辅料瓶12的辅料瓶收容腔110上设有销柱113，该销柱113能够作用于收容到该辅料瓶收容腔110的辅料瓶12的阀门式瓶盖，使得辅料瓶收容到辅料瓶收容腔时阀口打开及从辅料瓶收容腔离开时阀口自动闭合，从而实现辅料瓶从辅料瓶机架11上快速安装或拆除，以实现辅料的添加或辅料瓶的替换。As the innovation of this embodiment, the auxiliary material device 10 disclosed in this embodiment adopts an auxiliary material bottle 12 with a valve-type bottle cap, and is provided with a pin 113 on an auxiliary material bottle receiving cavity 110 for receiving the auxiliary material bottle 12 arranged on the auxiliary material bottle rack 11. The pin 113 can act on the valve-type bottle cap of the auxiliary material bottle 12 received in the auxiliary material bottle receiving cavity 110, so that the valve port opens when the auxiliary material bottle is received in the auxiliary material bottle receiving cavity and the valve port automatically closes when the auxiliary material bottle leaves the auxiliary material bottle receiving cavity, thereby realizing the rapid installation or removal of the auxiliary material bottle from the auxiliary material bottle rack 11 to realize the addition of auxiliary materials or the replacement of auxiliary material bottles.
下面，将通过多个实施例详细描述本发明实施例可以采用的辅料瓶的详细结构。The detailed structure of the auxiliary material bottle that can be used in the embodiments of the present invention will be described in detail below through multiple embodiments.
参考图7a~图7g，为本发明提供的一种辅料瓶的第一实施例的具体结构。该实施例提供的辅料瓶12包括辅料瓶本体121和辅料瓶瓶盖122, 所述辅料瓶本体121的底部设有通口(图未示)，所述辅料瓶瓶盖122用于闭合或打开所述通口。所述辅料瓶瓶盖122采用阀门式瓶盖，具体包括盖体1221和按压机构1222，所述盖体1221设有连通所述盖体内外侧的阀口1220以及用于连接所述按压机构1222的底座12211。所述底座12211上设有通孔12210，所述按压机构1222包括穿过所述通孔12210的推杆12221，所述推杆12221外露在所述盖体外侧的一端设有按压部12220，所述推杆12221穿过所述通孔12210以进入所述盖体内侧的一端设有用于闭合或打开所述阀口1220的瓶盖阀门12222，所述推杆12221上套有弹性元件12223，且所述弹性元件12223置于所述按压部12220和所述底座12211之间。其中，当所述辅料瓶瓶盖122闭合所述通口时，当所述按压部12220在外力作用下会压缩所述弹性元件12223并推动所述瓶盖阀门12222以打开所述阀口1220，从而使得所述辅料瓶12内的液体辅料能够从所述阀口1220流出；当所述外力作用消失，所述按压部12220在所述弹性元件12223的作用下复位，从而带动所述瓶盖阀门12222闭合所述阀口1220。Referring to Figures 7a to 7g, the specific structure of the first embodiment of an auxiliary material bottle provided by the present invention is shown. The auxiliary material bottle 12 provided in this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122. The bottom of the auxiliary material bottle body 121 is provided with a through opening (not shown), and the auxiliary material bottle cap 122 is used to close or open the through opening. The auxiliary material bottle cap 122 adopts a valve-type bottle cap, specifically including a cover body 1221 and a pressing mechanism 1222. The cover body 1221 is provided with a valve port 1220 connecting the inside and outside of the cover body and a base 12211 for connecting the pressing mechanism 1222. The base 12211 is provided with a through hole 12210, and the pressing mechanism 1222 includes a push rod 12221 passing through the through hole 12210, and the end of the push rod 12221 exposed outside the cover body is provided with a pressing portion 12220, and the end of the push rod 12221 passing through the through hole 12210 to enter the inner side of the cover body is provided with a bottle cap valve 12222 for closing or opening the valve port 1220, and an elastic element 12223 is sleeved on the push rod 12221, and the elastic element 12223 is placed between the pressing portion 12220 and the base 12211. Among them, when the auxiliary material bottle cap 122 closes the through opening, the pressing part 12220 will compress the elastic element 12223 and push the bottle cap valve 12222 to open the valve port 1220 under the action of external force, so that the liquid auxiliary material in the auxiliary material bottle 12 can flow out from the valve port 1220; when the external force disappears, the pressing part 12220 is reset under the action of the elastic element 12223, thereby driving the bottle cap valve 12222 to close the valve port 1220.
可见，本实施例提供的辅料瓶12通过采用上述阀门式瓶盖结构实现辅料瓶的快速连接和拆除，当需要连接该辅料瓶12以使用辅料时，所述辅料瓶瓶盖闭合所述通口,使辅料瓶12的通口与外部装置的作用部件（例如辅料瓶底座的销柱等）正对，使辅料瓶瓶盖122的按压部12220在销柱作用下压缩弹性元件12223并推动所述瓶盖阀门12222打开所述阀口1220，使所述辅料瓶12内的液体辅料能够从所述阀口1220流出，从而实现辅料瓶的快速连接及使用。当辅料瓶12内的辅料用完需要添加辅料或者更换辅料瓶时，只需要将辅料瓶12向外抽出使辅料瓶瓶盖122的按压部12220与外部装置的作用部件脱离，即可实现辅料瓶12的快速拆开，且所述按压部12220脱离所述外部装置的作用部件的同时在所述弹性元件12223的作用下复位，从而带动所述瓶盖阀门12222闭合所述阀口1220，有效防止换取辅料瓶12过程中辅料瓶中残余辅料漏出现象，并实现快速更换。因此，本实施例提供的辅料瓶能够实现辅料瓶的可徒手快速拆开和快速连接以进行更换或添加辅料，实现辅料瓶更换过程中的防漏，提高使用的便利性和安全性。It can be seen that the auxiliary material bottle 12 provided in this embodiment realizes the quick connection and removal of the auxiliary material bottle by adopting the above-mentioned valve type bottle cap structure. When the auxiliary material bottle 12 needs to be connected to use the auxiliary material, the auxiliary material bottle cap closes the through port so that the through port of the auxiliary material bottle 12 is directly opposite to the working part of the external device (such as the pin of the auxiliary material bottle base, etc.), so that the pressing part 12220 of the auxiliary material bottle cap 122 compresses the elastic element 12223 under the action of the pin and pushes the bottle cap valve 12222 to open the valve port 1220, so that the liquid auxiliary material in the auxiliary material bottle 12 can flow out from the valve port 1220, thereby realizing the quick connection and use of the auxiliary material bottle. When the auxiliary material in the auxiliary material bottle 12 is used up and it is necessary to add auxiliary material or replace the auxiliary material bottle, it is only necessary to pull the auxiliary material bottle 12 outward to disengage the pressing portion 12220 of the auxiliary material bottle cap 122 from the action part of the external device, so as to realize the rapid disassembly of the auxiliary material bottle 12, and the pressing portion 12220 is reset under the action of the elastic element 12223 while being disengaged from the action part of the external device, thereby driving the bottle cap valve 12222 to close the valve port 1220, effectively preventing the residual auxiliary material in the auxiliary material bottle from leaking out during the exchange of the auxiliary material bottle 12, and realizing rapid replacement. Therefore, the auxiliary material bottle provided in this embodiment can realize the rapid disassembly and rapid connection of the auxiliary material bottle by bare hands for replacement or addition of auxiliary materials, realize leakage prevention during the replacement of the auxiliary material bottle, and improve the convenience and safety of use.
具体的，本实施例提供的辅料瓶本体121主要由顶壁1211、底壁1212以及四个侧壁（包括前侧壁1213a、后侧壁1213b、左侧壁1213c以及右侧壁1213d构成的方体结构。在本实施例中，所述通口设于所述底壁1212且靠近所述后侧壁1213b的位置。Specifically, the auxiliary material bottle body 121 provided in this embodiment is mainly composed of a top wall 1211, a bottom wall 1212 and four side walls (including a front side wall 1213a, a rear side wall 1213b, a left side wall 1213c and a right side wall 1213d. In this embodiment, the through port is arranged on the bottom wall 1212 and close to the rear side wall 1213b.
所述辅料瓶本体121的前侧壁1213a上设有拉手12130，所述拉手12130优选为与所述料瓶本体121一体成型。本实施例通过在辅料瓶本体121的前侧壁1213a上设有拉手12130，利于手握该拉手12130方便进行辅料瓶的更换。其中，所述拉手12130为内嵌式凹槽设计（参考图11）或凸起式手把设计。A handle 12130 is provided on the front side wall 1213a of the auxiliary material bottle body 121, and the handle 12130 is preferably formed integrally with the bottle body 121. In this embodiment, the handle 12130 is provided on the front side wall 1213a of the auxiliary material bottle body 121, so that the auxiliary material bottle can be replaced conveniently by holding the handle 12130. The handle 12130 is designed as an embedded groove (refer to FIG. 11 ) or a raised handle design.
所述辅料瓶瓶盖122的盖体1221的中部为中空腔体12210，所述中空腔体12210连通所述盖体内侧1223和盖体外侧1224。所述底座12211通过连接件12213固定在所述中空腔体12210内，所述底座12211与构成所述中空腔体12210的盖体内壁12214之间的开槽构成所述阀口1220。所述中空腔体12210与所述盖体内侧1223连接的一端构成内侧开口12230，所述底座12211靠近所述内侧开口12230，且所述底座12211与所述内侧开口12230之间的空间构成用于收容所述瓶盖阀门12222的阀门收容腔。当所述瓶盖阀门12222在所述弹性元件12223的作用下复位收容到所述阀门收容腔内，所述瓶盖阀门12222完全闭合所述内侧开口12230，从而闭合所述阀口1220。本实施例通过采用该阀门式门盖结构，能够保证瓶盖阀门12222在复位时完全闭合所述阀口1220，有效防止发生外溢或外漏现象。其中，所述中空腔体12210呈圆柱状，所述底座呈中心带所述通孔的圆环片状。所述瓶盖阀门为碟状的塑料/硅胶材料制成，且所述瓶盖阀门12222的中心与所述推杆12221连接。所述弹性元件12223为弹簧，所述弹簧12223的一端抵顶或连接所述底座12211，所述弹簧12223的另一端抵顶或连接所述按压部12220。The middle part of the cover body 1221 of the auxiliary material bottle cap 122 is a hollow cavity 12210, and the hollow cavity 12210 communicates with the inner side 1223 of the cover body and the outer side 1224 of the cover body. The base 12211 is fixed in the hollow cavity 12210 by a connector 12213, and the groove between the base 12211 and the inner wall 12214 of the cover body constituting the hollow cavity 12210 constitutes the valve port 1220. One end of the hollow cavity 12210 connected to the inner side 1223 of the cover body constitutes an inner opening 12230, the base 12211 is close to the inner opening 12230, and the space between the base 12211 and the inner opening 12230 constitutes a valve receiving chamber for accommodating the bottle cap valve 12222. When the bottle cap valve 12222 is reset and accommodated in the valve accommodating cavity under the action of the elastic element 12223, the bottle cap valve 12222 completely closes the inner opening 12230, thereby closing the valve port 1220. By adopting the valve-type door cover structure, this embodiment can ensure that the bottle cap valve 12222 completely closes the valve port 1220 when resetting, effectively preventing overflow or leakage. Among them, the hollow cavity 12210 is cylindrical, and the base is in the shape of a circular ring with the through hole in the center. The bottle cap valve is made of a disc-shaped plastic/silicone material, and the center of the bottle cap valve 12222 is connected to the push rod 12221. The elastic element 12223 is a spring, one end of the spring 12223 abuts against or connects to the base 12211, and the other end of the spring 12223 abuts against or connects to the pressing portion 12220.
作为本实施例的优选设计，所述连接件12213设有多个，且每一所述连接件12213作为导流臂，每一所述连接件12213的一端始于与所述底座12211的连接处，另一端沿所述构成所述中空腔体12210的盖体内壁12214延伸至与所述盖体外侧1224连接。本实施例优选设计通过将每个连接件12213作为引导辅料瓶内的辅料流出的导流臂，一端始于与所述底座12211的连接处，所述连接件的另一端沿所述构成所述中空腔体12210的盖体内壁12214延伸至与所述盖体外侧1224连接，从而利于辅料瓶内的辅料快速流出。As a preferred design of this embodiment, a plurality of the connecting members 12213 are provided, and each of the connecting members 12213 serves as a flow guide arm, and one end of each of the connecting members 12213 starts from the connection with the base 12211, and the other end extends along the inner wall 12214 of the cover constituting the hollow cavity 12210 to connect with the outer side 1224 of the cover. The preferred design of this embodiment is to use each connecting member 12213 as a flow guide arm to guide the auxiliary material in the auxiliary material bottle to flow out, with one end starting from the connection with the base 12211, and the other end of the connecting member extending along the inner wall 12214 of the cover constituting the hollow cavity 12210 to connect with the outer side 1224 of the cover, thereby facilitating the rapid outflow of the auxiliary material in the auxiliary material bottle.
作为本实施例的优选设计，所述辅料瓶瓶盖122与所述辅料瓶本体121为可拆卸连接；所述辅料瓶本体121在构成所述通口的出料腔的外壁设有外螺纹，所述辅料瓶瓶盖122的盖体1221的内侧表面设有与所述外螺纹匹配连接的内螺纹。可见，本发明实施例的辅料瓶12的通口既是进料口，又是出料口。当作为进料口使用时，将辅料瓶瓶盖122从辅料瓶本体121拆卸出来，即可通过该辅料瓶通口往辅料瓶本体121的腔体添加辅料（在往辅料瓶本体的腔体添加辅料时可将通口朝上）。当作为出料口时，将辅料瓶瓶盖122闭合辅料瓶本体121，通过外力作用推动所述瓶盖阀门12222并压缩弹性元件12223以打开阀口1220从而实现辅料的流出(当作为出料口使用时将辅料瓶翻转以使通口处于下方或朝下）。通过螺纹连接的设置利于辅料瓶瓶盖与辅料瓶本体之间的快速拆卸和连接。As a preferred design of this embodiment, the auxiliary material bottle cap 122 is detachably connected to the auxiliary material bottle body 121; the auxiliary material bottle body 121 is provided with an external thread on the outer wall of the material discharge cavity constituting the through port, and the inner surface of the cover body 1221 of the auxiliary material bottle cap 122 is provided with an internal thread matched with the external thread. It can be seen that the through port of the auxiliary material bottle 12 in the embodiment of the present invention is both a feed port and a discharge port. When used as a feed port, the auxiliary material bottle cap 122 is removed from the auxiliary material bottle body 121, and auxiliary materials can be added to the cavity of the auxiliary material bottle body 121 through the auxiliary material bottle through port (the through port can be facing upward when adding auxiliary materials to the cavity of the auxiliary material bottle body). When used as a discharge port, the auxiliary material bottle cap 122 closes the auxiliary material bottle body 121, and the bottle cap valve 12222 is pushed by external force to compress the elastic element 12223 to open the valve port 1220 so as to achieve the outflow of the auxiliary material (when used as a discharge port, the auxiliary material bottle is turned over so that the through port is at the bottom or facing downward). The setting of the threaded connection is conducive to the quick disassembly and connection between the auxiliary material bottle cap and the auxiliary material bottle body.
参考图8a~图8e，为本发明提供的一种辅料瓶的第二实施例的具体结构。与第一实施例提供的辅料瓶结构一样，本实施例提供的辅料瓶12包括辅料瓶本体121和辅料瓶瓶盖122, 不同的是，本实施例提供的所述辅料瓶瓶盖122的盖体1221的中空腔体12210与所述盖体外侧1224连接的一端构成外侧开口12240，从外侧开口12240边缘向外（远离内侧开口12230的方向）延伸一环状的保护壳1228，所述按压部12220置于所述保护壳1228构成的腔体内。在该改进方案中，通过设计保护壳1228能够有效保护辅料瓶瓶盖上突出的按压部，避免辅料瓶在移动过程中发生碰撞导致按压部被作用而推动门阀打开使辅料瓶内的液体漏出。Referring to Figures 8a to 8e, the specific structure of the second embodiment of an auxiliary material bottle provided by the present invention is shown. Like the auxiliary material bottle structure provided in the first embodiment, the auxiliary material bottle 12 provided in this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122. The difference is that the hollow cavity 12210 of the cover body 1221 of the auxiliary material bottle cap 122 provided in this embodiment is connected to the outer side 1224 of the cover body to form an outer opening 12240, and an annular protective shell 1228 extends outward from the edge of the outer opening 12240 (away from the inner opening 12230), and the pressing part 12220 is placed in the cavity formed by the protective shell 1228. In this improved scheme, the protruding pressing part on the auxiliary material bottle cap can be effectively protected by designing the protective shell 1228, so as to prevent the auxiliary material bottle from colliding during movement, causing the pressing part to be acted on and push the gate valve to open, causing the liquid in the auxiliary material bottle to leak out.
参考图9a~图9e，为本发明提供的一种辅料瓶的第三实施例的具体结构。与第二实施例提供的辅料瓶结构一样，本实施例提供的辅料瓶12包括辅料瓶本体121和辅料瓶瓶盖122, 且所述辅料瓶瓶盖122上设有保护壳1228，不同的是，所述保护壳1228在所述辅料瓶本体121的长度方向（即从所述辅料瓶本体121的前侧壁1213a往后侧壁1213b的方向）上的后壁设有一缺口1228a。在该改进方案中，通过设计保护壳能够有效保护辅料瓶瓶盖上突出的按压部，避免辅料瓶在移动过程中发生碰撞导致按压部被作用而推动门阀打开使辅料瓶内的液体漏出，而设计缺口为配合外部装置的作用部件（例如辅料瓶底座的销柱等）使用，当辅料瓶与外部装置（例如辅料瓶底座）为水平推入/推出实现连接/分离时，通过设计缺口1228a能够避免保护壳与销柱发生干涉。Referring to Figures 9a to 9e, the specific structure of the third embodiment of an auxiliary material bottle provided by the present invention is shown. Like the auxiliary material bottle structure provided by the second embodiment, the auxiliary material bottle 12 provided in this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122, and the auxiliary material bottle cap 122 is provided with a protective shell 1228, but the difference is that the protective shell 1228 is provided with a notch 1228a on the rear wall of the auxiliary material bottle body 121 in the length direction (i.e., from the front side wall 1213a of the auxiliary material bottle body 121 to the rear side wall 1213b). In this improved scheme, the protruding pressing part on the bottle cap of the auxiliary material bottle can be effectively protected by designing a protective shell to prevent the auxiliary material bottle from colliding during movement, which may cause the pressing part to be acted on and push the gate valve open to cause the liquid in the auxiliary material bottle to leak out. The designed notch is used to cooperate with the working parts of the external device (such as the pin of the base of the auxiliary material bottle, etc.). When the auxiliary material bottle and the external device (such as the base of the auxiliary material bottle) are pushed in/out horizontally to achieve connection/separation, the designed notch 1228a can prevent interference between the protective shell and the pin.
参考图10a~图10e，为本发明提供的一种辅料瓶的第四实施例的具体结构。与第二实施例提供的辅料瓶结构一样，本实施例提供的辅料瓶12包括辅料瓶本体121和辅料瓶瓶盖122, 且所述辅料瓶瓶盖122上设有保护壳1228，不同的是，所述保护壳1228在所述辅料瓶本体121的长度方向（即从所述辅料瓶本体121的前侧壁1213a往后侧壁1213b的方向）上设有相对的两缺口1228b。在该改进方案中，通过设计保护壳能够有效保护辅料瓶瓶盖上突出的按压部，避免辅料瓶在移动过程中发生碰撞导致按压部被作用而推动门阀打开使辅料瓶内的液体漏出，而设计两缺口1228b为配合外部装置的作用部件（例如辅料瓶底座的销柱，且销柱设有销柱过渡连接的倾斜臂）使用，当辅料瓶与外部装置（例如辅料瓶底座）为水平推入/推出实现连接/分离时，通过设计缺口1228b能够避免保护壳与销柱及倾斜壁发生干涉。Referring to Figures 10a to 10e, the specific structure of the fourth embodiment of an auxiliary material bottle provided by the present invention is shown. Like the auxiliary material bottle structure provided by the second embodiment, the auxiliary material bottle 12 provided in this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122, and the auxiliary material bottle cap 122 is provided with a protective shell 1228, but the difference is that the protective shell 1228 is provided with two opposite notches 1228b in the length direction of the auxiliary material bottle body 121 (i.e., from the front side wall 1213a of the auxiliary material bottle body 121 to the rear side wall 1213b). In this improved scheme, the protruding pressing part on the bottle cap of the auxiliary material bottle can be effectively protected by designing a protective shell to prevent the auxiliary material bottle from colliding during movement, which may cause the pressing part to be acted upon and push the gate valve to open, causing the liquid in the auxiliary material bottle to leak out. The two notches 1228b are designed to cooperate with the working parts of the external device (such as the pin of the base of the auxiliary material bottle, and the pin is provided with an inclined arm for pin transition connection). When the auxiliary material bottle and the external device (such as the base of the auxiliary material bottle) are horizontally pushed in/out to achieve connection/separation, the notch 1228b can be designed to prevent interference between the protective shell and the pin and the inclined wall.
作为进一步的优选设计，在上述四个实施例所示的辅料瓶的基础上，如图20所示，在所述辅料瓶本体121的底壁内表面上设有往所述通口方向倾斜的倾斜引导部12100。该优选方案通过在辅料瓶本体121的底壁内表面上设有往所述通口方向倾斜的倾斜引导部12100（具体为一个实体倾斜面），利于辅料瓶内的辅料快速通过所述通口方向流出，相对采用底壁内表面为平面的方案，能够有效避免辅料瓶内的辅料遗留问题。As a further preferred design, based on the auxiliary material bottles shown in the above four embodiments, as shown in FIG20, an inclined guide portion 12100 inclined toward the through-port direction is provided on the inner surface of the bottom wall of the auxiliary material bottle body 121. This preferred solution is conducive to the auxiliary material in the auxiliary material bottle to quickly flow out through the through-port direction by providing an inclined guide portion 12100 (specifically a solid inclined surface) inclined toward the through-port direction on the inner surface of the bottom wall of the auxiliary material bottle body 121. Compared with the solution in which the inner surface of the bottom wall is a plane, the problem of auxiliary material remaining in the auxiliary material bottle can be effectively avoided.
返回参考图6a~图6d，进一步的，本实施例提供的辅料瓶底座111主要由底板1111、后板1112、左侧板1113、右侧板1114和前板1115连接构成。所述销柱113设于所述底板的内表面。优选的，当所述辅料瓶11连接在所述辅料瓶底座111上时，所述辅料瓶瓶盖122的外侧开口12240所在的水平面A1-A1低于所述辅料瓶底座111的腔体内的顶部边缘B1-B1（参考图17c）。采用该优选方案，当所述辅料瓶12连接在所述辅料瓶底座111上且所述阀口1220被顶开后，所述辅料瓶内的液体辅料从所述阀口流出并进入所述辅料瓶底座111的腔体内，当进入辅料瓶底座111中辅料液面达到辅料瓶盖口（具体为辅料瓶瓶盖的外侧开口）所在高度（水平面）A1-A1时，辅料瓶内没有空气进入，此时辅料瓶内辅料将停止流出，液面达到平衡状态，而将所述辅料瓶瓶盖的外侧开口所在的水平面A1-A1设置为低于所述辅料瓶底座的腔体内的顶部边缘B1-B1，可以保证所述辅料瓶底座111的腔体内的辅料高度不会超过辅料瓶底座111的腔体内的顶部边缘，从而有效防止辅料从辅料瓶底座111的腔体内溢出。Referring back to Figures 6a to 6d, further, the auxiliary material bottle base 111 provided in this embodiment is mainly composed of a bottom plate 1111, a rear plate 1112, a left plate 1113, a right plate 1114 and a front plate 1115. The pin 113 is arranged on the inner surface of the bottom plate. Preferably, when the auxiliary material bottle 11 is connected to the auxiliary material bottle base 111, the horizontal plane A1-A1 where the outer opening 12240 of the auxiliary material bottle cap 122 is located is lower than the top edge B1-B1 in the cavity of the auxiliary material bottle base 111 (refer to Figure 17c). By adopting this preferred scheme, when the auxiliary material bottle 12 is connected to the auxiliary material bottle base 111 and the valve port 1220 is pushed open, the liquid auxiliary material in the auxiliary material bottle flows out from the valve port and enters the cavity of the auxiliary material bottle base 111. When the auxiliary material liquid level entering the auxiliary material bottle base 111 reaches the height (horizontal plane) A1-A1 where the auxiliary material bottle cap opening (specifically the outer opening of the auxiliary material bottle cap) is located, no air enters the auxiliary material bottle. At this time, the auxiliary material in the auxiliary material bottle will stop flowing out, and the liquid level reaches a balanced state. The horizontal plane A1-A1 where the outer opening of the auxiliary material bottle cap is located is set to be lower than the top edge B1-B1 in the cavity of the auxiliary material bottle base, which can ensure that the height of the auxiliary material in the cavity of the auxiliary material bottle base 111 will not exceed the top edge in the cavity of the auxiliary material bottle base 111, thereby effectively preventing the auxiliary material from overflowing from the cavity of the auxiliary material bottle base 111.
优选的，在本实施例中，所述辅料瓶底座111的顶部边缘111b与辅料瓶本体对应连接所述辅料瓶底座111的顶部边缘111b的连接边111a切合以实现密封连接。通过设置辅料瓶底座111与辅料瓶的辅料瓶本体121相切合，两者之间形成相对密闭空间，防止蚊虫进入，并有效减少细菌滋生，使辅料瓶12中辅料流入辅料底座111中，在辅料瓶底座111下方设计辅料泵及辅料出口，将辅料泵连接辅料出口抽取辅料，从而实现辅料瓶与管道的快速连接。Preferably, in this embodiment, the top edge 111b of the auxiliary material bottle base 111 is matched with the connecting edge 111a of the auxiliary material bottle body corresponding to the top edge 111b of the auxiliary material bottle base 111 to achieve a sealed connection. By setting the auxiliary material bottle base 111 to be matched with the auxiliary material bottle body 121 of the auxiliary material bottle, a relatively closed space is formed between the two to prevent mosquitoes from entering and effectively reduce bacterial breeding, so that the auxiliary material in the auxiliary material bottle 12 flows into the auxiliary material base 111, and an auxiliary material pump and an auxiliary material outlet are designed below the auxiliary material bottle base 111, and the auxiliary material pump is connected to the auxiliary material outlet to extract the auxiliary material, thereby realizing a quick connection between the auxiliary material bottle and the pipeline.
在另一优选实施中，如图11所示，可以在所述辅料瓶底座111的顶部边缘与辅料瓶本体121的两侧壁的设有的连接边切合的基础上，或另单独设置，在所述辅料瓶本体121的底壁或/和相对的两侧壁设有辅料瓶凹槽/凸边1110a，所述辅料瓶底座111的顶部边缘还设有匹配的凸边/凹槽1110b，所述辅料瓶本体121通过所述辅料瓶凹槽/凸边1110a与所述辅料瓶底座上的顶部边缘上设置的凸边/凹槽1110b的匹配实现与所述辅料瓶底座111的密封固定连接。采用本实施例提供的优选方案，使辅料瓶12连接在所述辅料瓶底座111上时，辅料瓶底座111与辅料瓶12相切合，两者之间形成相对密闭空间，防止蚊虫进入，并有效减少细菌滋生。进一步的，辅料瓶底座111的顶部边缘还可设有凸边/凹槽1110b与辅料瓶本体121设置的辅料瓶凹槽/凸边1110a匹配连接，从而进一步实现辅料瓶底座111与辅料瓶12之间的密封固定连接。In another preferred implementation, as shown in FIG11 , on the basis of the top edge of the auxiliary material bottle base 111 being matched with the connecting edge provided on the two side walls of the auxiliary material bottle body 121, or separately provided, an auxiliary material bottle groove/convex edge 1110a can be provided on the bottom wall or/and the opposite two side walls of the auxiliary material bottle body 121, and a matching convex edge/groove 1110b can also be provided on the top edge of the auxiliary material bottle base 111, and the auxiliary material bottle body 121 can be sealed and fixedly connected with the auxiliary material bottle base 111 through the matching of the auxiliary material bottle groove/convex edge 1110a and the convex edge/groove 1110b provided on the top edge of the auxiliary material bottle base. By adopting the preferred solution provided in this embodiment, when the auxiliary material bottle 12 is connected to the auxiliary material bottle base 111, the auxiliary material bottle base 111 and the auxiliary material bottle 12 are matched, and a relatively closed space is formed between the two, which prevents mosquitoes from entering and effectively reduces the breeding of bacteria. Furthermore, the top edge of the auxiliary material bottle base 111 may also be provided with a convex edge/groove 1110b that matches and connects with the auxiliary material bottle groove/convex edge 1110a provided on the auxiliary material bottle body 121, thereby further realizing a sealed and fixed connection between the auxiliary material bottle base 111 and the auxiliary material bottle 12.
具体的，在前述两个实施例中，所述辅料瓶底座111的顶部边缘111b的表面为平面，所述辅料瓶底座111的顶部边缘111b包括所述后板1112、左侧板1113以及右侧板1114的顶部边缘。所述左侧板1113以及右侧板1114的顶部边缘均包括顶部后段边缘(1113a、1114a)、顶部中段边缘(1113b、1114b)以及顶部前段边缘(1113c、1114c)，所述左侧板1113以及右侧板1114的顶部后段边缘(1113a、1114a)与所述后板1112的顶部边缘1112a连接且处于同一水平面上。所述左侧板1113以及右侧板1114的顶部前段边缘(1113c、1114c)所在的水平面高于所述左侧板1113以及右侧板1114的顶部后段边缘(1113a、1114a)所在的水平面，所述顶部中段边缘(1113b、1114b)倾斜设置以分别过渡连接所述顶部后段边缘(1113a、1114a)和顶部前段边缘(1113c、1114c)。Specifically, in the above two embodiments, the surface of the top edge 111b of the auxiliary material bottle base 111 is a plane, and the top edge 111b of the auxiliary material bottle base 111 includes the top edges of the rear plate 1112, the left plate 1113, and the right plate 1114. The top edges of the left plate 1113 and the right plate 1114 each include a top rear edge (1113a, 1114a), a top middle edge (1113b, 1114b), and a top front edge (1113c, 1114c), and the top rear edges (1113a, 1114a) of the left plate 1113 and the right plate 1114 are connected to the top edge 1112a of the rear plate 1112 and are on the same horizontal plane. The horizontal plane where the top front edges (1113c, 1114c) of the left side panel 1113 and the right side panel 1114 are located is higher than the horizontal plane where the top rear edges (1113a, 1114a) of the left side panel 1113 and the right side panel 1114 are located, and the top middle edges (1113b, 1114b) are inclined to transitionally connect the top rear edges (1113a, 1114a) and the top front edges (1113c, 1114c), respectively.
进一步的，在图11所示的实施例中，所述左侧板1113以及右侧板1114的顶部中段边缘(1113b、1114b)、顶部前段边缘(1113c、1114c)的宽度相同，且所述左侧板1113以及右侧板1114的顶部中段边缘(1113b、1114b)、顶部前段边缘(1113c、1114c)的宽度小于所述左侧板1113以及右侧板1114的顶部后段边缘(1113a、1114a)的宽度，使所述左侧板1113以及右侧板1114的顶部中段边缘(1113b、1114b)、顶部前段边缘(1113c、1114c)构成辅料瓶底座导向轨11101，所述辅料瓶本体121上相对的两侧壁（左侧壁1213c以及右侧壁1213d）设有的辅料瓶凹槽作为与所述辅料瓶底座导向轨匹配的辅料瓶导向槽11102，通过所述辅料瓶底座导向轨11101与所述辅料瓶导向槽11102的相互匹配以使所述辅料瓶12连接到所述辅料瓶底座111上。Further, in the embodiment shown in FIG. 11 , the widths of the top middle edge (1113b, 1114b) and the top front edge (1113c, 1114c) of the left side plate 1113 and the right side plate 1114 are the same, and the widths of the top middle edge (1113b, 1114b) and the top front edge (1113c, 1114c) of the left side plate 1113 and the right side plate 1114 are smaller than the widths of the top rear edge (1113a, 1114a) of the left side plate 1113 and the right side plate 1114, so that the left side plate 1113 The top middle edge (1113b, 1114b) and the top front edge (1113c, 1114c) of the right side plate 1114 constitute the auxiliary material bottle base guide rail 11101, and the auxiliary material bottle grooves provided on the two opposite side walls (the left side wall 1213c and the right side wall 1213d) of the auxiliary material bottle body 121 serve as the auxiliary material bottle guide groove 11102 matching the auxiliary material bottle base guide rail, and the auxiliary material bottle 12 is connected to the auxiliary material bottle base 111 through the mutual matching of the auxiliary material bottle base guide rail 11101 and the auxiliary material bottle guide groove 11102.
在一个优选的实施例中（参考图16b），当所述辅料瓶12以扣入式从上往下扣入到所述辅料瓶底座111上时，通过所述辅料瓶底座导向轨11101与所述辅料瓶导向槽11102的相互匹配以实现所述辅料瓶12与所述辅料瓶底座111的密封固定连接。In a preferred embodiment (refer to Figure 16b), when the auxiliary material bottle 12 is buckled into the auxiliary material bottle base 111 from top to bottom, the auxiliary material bottle base guide rail 11101 and the auxiliary material bottle guide groove 11102 are matched with each other to achieve a sealed and fixed connection between the auxiliary material bottle 12 and the auxiliary material bottle base 111.
在另一个优选的实施例中（参考图17c），当所述辅料瓶12以推入式从前往后推入到所述辅料瓶底座111上时，通过所述辅料瓶底座导向轨11101与所述辅料瓶导向槽11102的相互匹配以引导所述辅料瓶12推入到所述辅料瓶底座111上。In another preferred embodiment (refer to Figure 17c), when the auxiliary material bottle 12 is pushed into the auxiliary material bottle base 111 from front to back, the auxiliary material bottle base guide rail 11101 and the auxiliary material bottle guide groove 11102 are matched with each other to guide the auxiliary material bottle 12 to be pushed into the auxiliary material bottle base 111.
更进一步的，所述辅料瓶底座111的顶部边缘还包括前板1115的顶面边缘1115a，所述前板1115的顶面边缘1115a所在的水平面低于所述左侧板1113以及右侧板1114的顶部前段边缘(1113c、1114c)所在的水平面，使所述左侧板1113、右侧板1114与所述前板之间构成一缺口11103。当所述辅料瓶12以推入式从前往后推入到所述辅料瓶底座111上时，所述缺口11103作为辅料瓶出入口。Furthermore, the top edge of the auxiliary material bottle base 111 also includes the top edge 1115a of the front plate 1115, and the horizontal plane where the top edge 1115a of the front plate 1115 is located is lower than the horizontal plane where the top front edges (1113c, 1114c) of the left plate 1113 and the right plate 1114 are located, so that a gap 11103 is formed between the left plate 1113, the right plate 1114 and the front plate. When the auxiliary material bottle 12 is pushed into the auxiliary material bottle base 111 from front to back in a push-in manner, the gap 11103 serves as an entrance and exit for the auxiliary material bottle.
作为进一步的设计，如图11所示，所述前板1115的顶面边缘1115a构成辅料瓶底座固定凸边11104，所述辅料瓶12的底壁靠近前侧壁的位置设有的辅料瓶凹槽11105与所述辅料瓶底座固定凸边11104匹配，当所述辅料瓶12在所述辅料瓶底座导向轨11101与辅料瓶导向槽11102的匹配作用下卡入到所述辅料瓶底座111时，所述辅料瓶的底壁上的所述辅料瓶凹槽11105卡入所述辅料瓶底座固定凸边11104上以将进一步所述辅料瓶12固定在所述辅料瓶底座111上以及达到更密封的连接状态。As a further design, as shown in Figure 11, the top surface edge 1115a of the front plate 1115 constitutes a fixing convex edge 11104 of the auxiliary material bottle base, and the auxiliary material bottle groove 11105 provided on the bottom wall of the auxiliary material bottle 12 near the front side wall matches the fixing convex edge 11104 of the auxiliary material bottle base, and when the auxiliary material bottle 12 is inserted into the auxiliary material bottle base 111 under the matching action of the auxiliary material bottle base guide rail 11101 and the auxiliary material bottle guide groove 11102, the auxiliary material bottle groove 11105 on the bottom wall of the auxiliary material bottle is inserted into the fixing convex edge 11104 of the auxiliary material bottle base to further fix the auxiliary material bottle 12 on the auxiliary material bottle base 111 and achieve a more sealed connection state.
进一步的，用于连接所述辅料瓶底座的腔体内外的辅料出口112的所述辅料泵116，其辅料输入口1161通过内接管道1162连接所述辅料出口112，所述辅料泵116的辅料输出口1163通过连接外接管道（相当于图2中的辅料管1001）以向外输出辅料。所述辅料泵116固定在所述辅料泵底座111的底板外表面，具体通过辅料泵卡扣117固定在所述辅料泵底座111的底板外表面11112。Furthermore, the auxiliary material pump 116 used to connect the auxiliary material outlet 112 inside and outside the cavity of the auxiliary material bottle base has an auxiliary material input port 1161 connected to the auxiliary material outlet 112 through an internal pipe 1162, and an auxiliary material output port 1163 of the auxiliary material pump 116 is connected to an external pipe (equivalent to the auxiliary material pipe 1001 in FIG. 2 ) to output auxiliary materials to the outside. The auxiliary material pump 116 is fixed to the outer surface of the bottom plate of the auxiliary material pump base 111, and is specifically fixed to the outer surface 11112 of the bottom plate of the auxiliary material pump base 111 through an auxiliary material pump buckle 117.
具体的，所述辅料瓶底座111的底板内表面11111包括邻接所述后板1112的底板第一内表面11111a、邻接所述前板1115的底板第二内表面11111b以及连接所述底板第一内表面11111a和底板第二内表面11111b的底板第三内表面11111c，且所述底板第二内表面11111b所在的水平面低于所述底板第一内表面11111a所在的水平面。所述销柱113设于所述底板第一内表面11111a，所述辅料出口112设于所述底板第二内表面11111b并连通所述辅料瓶底座111的底板内外表面。本实施例通过将销柱113设于底板第一内表面11111a，通过将辅料出口112设于所在水平面低于底板第一内表面11111a的底板第二内表面11111b，这样，在所述销柱113作用下通过阀口流出并进入辅料瓶底座111的腔体内的辅料会从底板第一内表面11111a流入底板第二内表面11111b，并最后通过辅料出口112流出，从而利于辅料瓶底座111内的辅料的泵出。Specifically, the bottom plate inner surface 11111 of the auxiliary material bottle base 111 includes a bottom plate first inner surface 11111a adjacent to the rear plate 1112, a bottom plate second inner surface 11111b adjacent to the front plate 1115, and a bottom plate third inner surface 11111c connecting the bottom plate first inner surface 11111a and the bottom plate second inner surface 11111b, and the horizontal plane where the bottom plate second inner surface 11111b is located is lower than the horizontal plane where the bottom plate first inner surface 11111a is located. The pin 113 is provided on the bottom plate first inner surface 11111a, and the auxiliary material outlet 112 is provided on the bottom plate second inner surface 11111b and is connected to the bottom plate inner and outer surfaces of the auxiliary material bottle base 111. In this embodiment, the pin 113 is arranged on the first inner surface 11111a of the bottom plate, and the auxiliary material outlet 112 is arranged on the second inner surface 11111b of the bottom plate whose horizontal plane is lower than the first inner surface 11111a of the bottom plate. In this way, the auxiliary material that flows out through the valve port and enters the cavity of the auxiliary material bottle base 111 under the action of the pin 113 will flow from the first inner surface 11111a of the bottom plate into the second inner surface 11111b of the bottom plate, and finally flow out through the auxiliary material outlet 112, thereby facilitating the pumping out of the auxiliary material in the auxiliary material bottle base 111.
进一步的，所述辅料瓶底座111的底板外表面11112包括与所述底板第一内表面11111a相对的底板第一外表面11112a、与所述底板第二内表面11111b相对的底板第二外表面11112b以及连接所述底板第一外表面11112a和底板第二外表面11112b的底板第三外表面11112c，且所述底板第二外表面11112b所在的水平面低于所述底板第一外表面11112a所在的水平面，所述辅料泵113通过辅料泵卡扣117固定在所述辅料泵底座111的所述底板第一外表面11112a。本实施例通过设计在辅料瓶底座111的底板外形成能够收容用于安置辅料泵的空间（底板第一外表面11112a和底板第二外表面11112b之间的高度差所构成的空间），能够有效利用空间及节约空间成本。Furthermore, the outer surface 11112 of the bottom plate of the auxiliary material bottle base 111 includes a first outer surface 11112a of the bottom plate opposite to the first inner surface 11111a of the bottom plate, a second outer surface 11112b of the bottom plate opposite to the second inner surface 11111b of the bottom plate, and a third outer surface 11112c of the bottom plate connecting the first outer surface 11112a of the bottom plate and the second outer surface 11112b of the bottom plate, and the horizontal plane where the second outer surface 11112b of the bottom plate is located is lower than the horizontal plane where the first outer surface 11112a of the bottom plate is located, and the auxiliary material pump 113 is fixed to the first outer surface 11112a of the bottom plate of the auxiliary material pump base 111 through an auxiliary material pump buckle 117. This embodiment is designed to form a space outside the bottom plate of the auxiliary material bottle base 111 for accommodating an auxiliary material pump (the space formed by the height difference between the first outer surface 11112a of the bottom plate and the second outer surface 11112b of the bottom plate), which can effectively utilize space and save space costs.
更进一步的，所述辅料瓶底座111的腔体内还设有液位传感器118，所述液位传感器118为非接触式液位传感器，所述液位传感器118靠近所述前板1115。具体的，所述液位传感器118包括浮块定位柱和带磁体浮块，所述带磁体浮块能够被置于所述前板外侧的霍尔接近开关所检测。所述浮块定位柱的下端与所述辅料瓶底座的腔体底部连接，所述浮块定位柱的上端悬空，所述带磁体浮块在所述辅料瓶底座内的辅料作用下，在所述浮块定位柱的两端之间移动。所述浮块定位柱的两端之间的一特定位置与所述浮块定位柱的下端之间构成低液位检测区域，当所述带磁体浮块位于所述低液位检测区域时能够被置于所述前板1115外侧的霍尔接近开关119所检测，其中所述霍尔接近开关119与液位指示灯120连接以提示用户添加辅料或更换辅料瓶。本实施例通过在辅料瓶底座111内的非接触式液位传感器118上设置低液位检测区域，当辅料瓶中辅料用尽且辅料瓶底座内的辅料也快被抽取完时时，带磁体浮块会随时辅料瓶中的辅料液位下降至低液位检测区域（到达或低于低液位提醒位置），从而能够被辅料瓶底座腔体外的低液位霍尔接近开关检测到，并通过低液位霍尔接近开关向控制器发出信号（通过对应的液位指示灯120）以提示用户添加辅料或更换辅料瓶。Furthermore, a liquid level sensor 118 is also provided in the cavity of the auxiliary material bottle base 111. The liquid level sensor 118 is a non-contact liquid level sensor and is close to the front plate 1115. Specifically, the liquid level sensor 118 includes a float block positioning column and a magnetic float block. The magnetic float block can be detected by a Hall proximity switch placed on the outside of the front plate. The lower end of the float block positioning column is connected to the bottom of the cavity of the auxiliary material bottle base, and the upper end of the float block positioning column is suspended. The magnetic float block moves between the two ends of the float block positioning column under the action of the auxiliary material in the auxiliary material bottle base. A specific position between the two ends of the float block positioning column and the lower end of the float block positioning column constitute a low liquid level detection area. When the magnetic float block is located in the low liquid level detection area, it can be detected by the Hall proximity switch 119 placed on the outside of the front plate 1115, wherein the Hall proximity switch 119 is connected to the liquid level indicator 120 to prompt the user to add auxiliary materials or replace the auxiliary material bottle. In this embodiment, by setting a low liquid level detection area on the non-contact liquid level sensor 118 in the auxiliary material bottle base 111, when the auxiliary material in the auxiliary material bottle is exhausted and the auxiliary material in the auxiliary material bottle base is almost completely drawn out, the magnetic float block will drop the auxiliary material liquid level in the auxiliary material bottle to the low liquid level detection area (reaching or below the low liquid level reminder position) at any time, so that it can be detected by the low liquid level Hall proximity switch outside the auxiliary material bottle base cavity, and send a signal to the controller through the low liquid level Hall proximity switch (through the corresponding liquid level indicator 120) to prompt the user to add auxiliary materials or replace the auxiliary material bottle.
参考图11~图13，作为对本实施例提供的辅料装置的进一步改进，所述辅料瓶机架11还包括承载每一所述辅料瓶底座111的至少一个辅料瓶底座支架114，每一所述辅料瓶底座支架114设有收容所述辅料瓶底座111的辅料瓶底座收容腔1140。作为优选方案，本实施例提供的所述辅料瓶机架11包括多个所述辅料瓶底座支架114且多个所述辅料瓶底座支架114一体成型。每一所述辅料瓶底座收容腔1140的宽度相同；或，至少两个辅料瓶底座收容腔1140的宽度不同。With reference to FIGS. 11 to 13 , as a further improvement to the auxiliary material device provided in this embodiment, the auxiliary material bottle rack 11 further includes at least one auxiliary material bottle base support 114 for supporting each auxiliary material bottle base 111, and each auxiliary material bottle base support 114 is provided with an auxiliary material bottle base receiving cavity 1140 for receiving the auxiliary material bottle base 111. As a preferred solution, the auxiliary material bottle rack 11 provided in this embodiment includes a plurality of auxiliary material bottle base supports 114, and the plurality of auxiliary material bottle base supports 114 are integrally formed. The width of each auxiliary material bottle base receiving cavity 1140 is the same; or, the widths of at least two auxiliary material bottle base receiving cavities 1140 are different.
具体的，结合图14~图15，每一所述辅料瓶底座111的顶部边缘分别向外延伸并弯折构成辅料瓶底座凹槽11106，每一所述辅料瓶底座支架114在所述辅料瓶底座收容腔1140的顶部边缘对应设有辅料瓶底座支架凸边11107以卡入所述辅料瓶底座凹槽11106中，从而将辅料瓶底座111收容固定在所述辅料瓶底座支架114的辅料瓶底座收容腔1140内。Specifically, in combination with Figures 14 and 15, the top edge of each of the auxiliary material bottle bases 111 extends outward and bends to form an auxiliary material bottle base groove 11106, and each of the auxiliary material bottle base brackets 114 is provided with an auxiliary material bottle base bracket convex edge 11107 at the top edge of the auxiliary material bottle base accommodating cavity 1140 to be inserted into the auxiliary material bottle base groove 11106, thereby accommodating and fixing the auxiliary material bottle base 111 in the auxiliary material bottle base accommodating cavity 1140 of the auxiliary material bottle base bracket 114.
可见，本实施例通过进一步设置能够收容辅料瓶底座111的辅料瓶底座支架114，且多个辅料瓶底座支架一体成型并通过设计设置多个用于分别收容辅料瓶底座的辅料瓶底座收容腔1140，这样既可以保护对每个辅料瓶底座111进行收容保护外（可以有效避免辅料泵等部件外露），还可以实现承载多个辅料瓶的辅料装置的整体移动和放置。另外，通过在每个辅料瓶底座支架114对应每个辅料瓶底座收容腔的顶部边缘上设计凸边11107，并在辅料瓶底座111上对应设计凹槽11106，将辅料瓶底座111嵌入于辅料瓶底座支架114中时，凸边11107卡入凹槽11106中，形成自动锁住状态，使得辅料瓶底座111能够固定在辅料瓶底座支架114上。It can be seen that in this embodiment, by further providing an auxiliary material bottle base support 114 capable of accommodating the auxiliary material bottle base 111, and multiple auxiliary material bottle base supports are integrally formed and multiple auxiliary material bottle base accommodating cavities 1140 for accommodating the auxiliary material bottle bases are respectively provided by design, so that each auxiliary material bottle base 111 can be protected and accommodated (it can effectively prevent the auxiliary material pump and other components from being exposed), and the overall movement and placement of the auxiliary material device carrying multiple auxiliary material bottles can be realized. In addition, by designing a convex edge 11107 on the top edge of each auxiliary material bottle base accommodating cavity corresponding to each auxiliary material bottle base support 114, and designing a corresponding groove 11106 on the auxiliary material bottle base 111, when the auxiliary material bottle base 111 is embedded in the auxiliary material bottle base support 114, the convex edge 11107 is stuck in the groove 11106, forming an automatic locking state, so that the auxiliary material bottle base 111 can be fixed on the auxiliary material bottle base support 114.
可见，本实施例提供的辅料装置包括辅料瓶12、辅料瓶底座111以及辅料瓶底座支架114，其中，通过辅料瓶12和辅料瓶底座111之间的匹配连接，以及辅料瓶底座111与辅料瓶底座支架114之间的匹配连接，以形成相对密封的辅料装置整体。在安装时，将辅料瓶底座111嵌入辅料瓶底座支架114后，辅料瓶底座支架凸边11107卡入辅料瓶底座凹槽11106中，然后将辅料瓶嵌入到辅料瓶底座111后，辅料瓶底座凸边11104嵌入辅料瓶凹槽11105中，辅料瓶斜导向槽11105具有导向与定位功能，使得辅料瓶底座支架114、辅料瓶底座111和辅料瓶12形成相对密封结构。It can be seen that the auxiliary material device provided in this embodiment includes an auxiliary material bottle 12, an auxiliary material bottle base 111 and an auxiliary material bottle base bracket 114, wherein a relatively sealed auxiliary material device as a whole is formed by matching the auxiliary material bottle 12 and the auxiliary material bottle base 111, and matching the auxiliary material bottle base 111 and the auxiliary material bottle base bracket 114. During installation, after the auxiliary material bottle base 111 is embedded in the auxiliary material bottle base bracket 114, the convex edge 11107 of the auxiliary material bottle base bracket is inserted into the auxiliary material bottle base groove 11106, and then after the auxiliary material bottle is embedded in the auxiliary material bottle base 111, the convex edge 11104 of the auxiliary material bottle base is embedded in the auxiliary material bottle groove 11105, and the auxiliary material bottle oblique guide groove 11105 has a guiding and positioning function, so that the auxiliary material bottle base bracket 114, the auxiliary material bottle base 111 and the auxiliary material bottle 12 form a relatively sealed structure.
作为本实施例的改进设计，所述辅料瓶底座机架114的前板外表面上对应每个所述辅料瓶底座收容腔设有一个霍尔接近开关119，每一所述霍尔接近开关119用于检测收容到对应所述辅料瓶底座收容腔的辅料瓶底座111内的液位传感器118。所述辅料装置还包括控制器（图未示）和液位提示器120，所述控制器分别连接每一所述霍尔接近开关119以及所述液位提示器120，所述液位提示器设于所述辅料瓶底座机架114的前板外表面；所述液位提示器120为灯光显示组件、音频设备或者显示器。本实施例通过在辅料瓶底座机架114的前板外表面上设置低液位霍尔接近开关检测到，并通过低液位霍尔接近开关119检测收容到对应所述辅料瓶底座收容腔的辅料瓶底座111内的液位传感器118，当辅料瓶底座111内的液位低于预设值时，通过低液位霍尔接近开关119向控制器发出信号（通过对应的液位指示器120）以提示用户添加辅料或更换辅料瓶。As an improved design of this embodiment, a Hall proximity switch 119 is provided on the front plate outer surface of the auxiliary material bottle base frame 114 corresponding to each auxiliary material bottle base receiving cavity, and each Hall proximity switch 119 is used to detect the liquid level sensor 118 in the auxiliary material bottle base 111 received in the corresponding auxiliary material bottle base receiving cavity. The auxiliary material device also includes a controller (not shown) and a liquid level indicator 120, and the controller is respectively connected to each Hall proximity switch 119 and the liquid level indicator 120, and the liquid level indicator is provided on the front plate outer surface of the auxiliary material bottle base frame 114; the liquid level indicator 120 is a light display component, an audio device or a display. In this embodiment, a low liquid level Hall proximity switch is arranged on the outer surface of the front plate of the auxiliary material bottle base frame 114 to detect, and the liquid level sensor 118 in the auxiliary material bottle base 111 accommodated in the corresponding auxiliary material bottle base accommodating cavity is detected by the low liquid level Hall proximity switch 119. When the liquid level in the auxiliary material bottle base 111 is lower than the preset value, the low liquid level Hall proximity switch 119 sends a signal to the controller (through the corresponding liquid level indicator 120) to prompt the user to add auxiliary materials or replace the auxiliary material bottle.
参考图16a~图16c, 作为本实施例的优选方案，本实施例提供的所述辅料瓶12通过扣入式从上往下扣入到所述辅料瓶底座111。对于辅料瓶采用扣入式从上往下扣入到所述辅料瓶底座的设计，通过辅料瓶与辅料瓶底座上下相对（辅料瓶的阀门式瓶盖122正对辅料瓶底座上的销柱113），并利用辅料瓶的辅料瓶凸槽，与辅料瓶底座的辅料瓶底座凸边相对应设计，辅料瓶底座凸边的设计具有定位导向作用以实现辅料瓶和辅料瓶底座的密封连接，且在所述辅料瓶和辅料瓶底座的密封连接同时，所述辅料瓶底座111内设置的所述销柱113与所述辅料瓶12的阀门式瓶盖122正对并作用于所述阀门式瓶盖122的瓶盖阀门使其打开所述阀口，所述辅料瓶内的液体辅料在所述阀口打开的状态下通过所述阀口流出并进入所述辅料瓶底座的腔体内。当需要拉出辅料瓶时，反向用力将所述辅料瓶从下往上抽出脱离，辅料瓶盖随辅料瓶抽出脱离辅料瓶底座销柱，辅料瓶瓶盖阀门在弹性元件的作用下自动关闭，在辅料瓶抽出过程中，由于辅料瓶瓶盖一直处于正对辅料瓶底座的腔体110内的销柱113，因此在辅料瓶瓶盖关闭瞬间滴落出来的辅料仍然落在辅料瓶底座内，有效防止了辅料外漏现象。16a to 16c, as a preferred embodiment of the present invention, the auxiliary material bottle 12 provided in the present invention is buckled into the auxiliary material bottle base 111 from top to bottom in a buckled manner. The auxiliary material bottle is designed to be snapped into the auxiliary material bottle base from top to bottom, with the auxiliary material bottle and the auxiliary material bottle base facing each other up and down (the valve-type bottle cap 122 of the auxiliary material bottle faces the pin 113 on the auxiliary material bottle base), and the auxiliary material bottle convex groove of the auxiliary material bottle is designed to correspond to the convex edge of the auxiliary material bottle base. The design of the convex edge of the auxiliary material bottle base has a positioning and guiding function to achieve a sealed connection between the auxiliary material bottle and the auxiliary material bottle base, and at the same time as the sealed connection between the auxiliary material bottle and the auxiliary material bottle base, the pin 113 arranged in the auxiliary material bottle base 111 faces the valve-type bottle cap 122 of the auxiliary material bottle 12 and acts on the bottle cap valve of the valve-type bottle cap 122 to open the valve port, and the liquid auxiliary material in the auxiliary material bottle flows out through the valve port and enters the cavity of the auxiliary material bottle base when the valve port is open. When the auxiliary material bottle needs to be pulled out, the auxiliary material bottle is pulled out from the bottom to the top with reverse force, and the auxiliary material bottle cap is separated from the pin of the auxiliary material bottle base as the auxiliary material bottle is pulled out, and the auxiliary material bottle cap valve is automatically closed under the action of the elastic element. During the auxiliary material bottle pulling out process, since the auxiliary material bottle cap is always in the cavity 110 facing the pin 113 of the auxiliary material bottle base, the auxiliary material dripping out at the moment the auxiliary material bottle cap is closed still falls into the auxiliary material bottle base, which effectively prevents the auxiliary material from leaking out.
可以理解的，在该实施例提供的辅料装置中，所述辅料瓶可以采用上述四个实施例提供的辅料瓶中的任一实施例结构，优选采用第二实施例提供的辅料瓶结构。It can be understood that in the auxiliary material device provided in this embodiment, the auxiliary material bottle can adopt the structure of any embodiment of the auxiliary material bottles provided in the above four embodiments, and preferably adopts the auxiliary material bottle structure provided in the second embodiment.
参考图17a~图17c, 作为本实施例的优选方案，本实施例提供的所述辅料瓶12通过推入式式从前往后推入到所述辅料瓶底座111。对于辅料瓶采用推入式从前往后推入到所述辅料瓶底座的设计，通过在辅料瓶两边设计一定斜度的辅料瓶导向槽，与辅料瓶底座的辅料瓶底座导向轨相对应设计，辅料瓶底座导向轨11101的设计具有定位导向作用，在更换辅料瓶过程中，将辅料瓶瓶口朝下，从辅料瓶底座111的中辅料瓶出入口11103处推入辅料瓶底座111中，辅料瓶12在辅料瓶导向槽11102和辅料瓶底座导向轨11101的匹配作用下沿辅料瓶底座导轨顺势下滑到位，此时起到助推作用，拉出辅料瓶12的过程中，在辅料瓶底座导轨11101与辅料瓶导向槽11102的配合作用下，辅料瓶盖122随辅料瓶上拉脱离辅料瓶底座销柱113，辅料瓶瓶盖阀门12222在弹性元件12223的作用下自动关闭阀口1220，同时辅料瓶在辅料瓶导向槽11102和辅料瓶底座导向轨11101的上下配合作用下，运动轨迹不变，在完全抽出辅料瓶之前，使得辅料瓶瓶盖122一直处于辅料瓶底座111内，因此在辅料瓶瓶盖122关闭阀口1220瞬间滴落出来的辅料仍然落在辅料瓶底座111内，有效防止了辅料外漏现象。Referring to Figures 17a to 17c, as a preferred embodiment of the present invention, the auxiliary material bottle 12 provided in the present invention is pushed into the auxiliary material bottle base 111 from the front to the back by a push-in method. For the design of the auxiliary material bottle being pushed into the auxiliary material bottle base from the front to the back by a push-in method, auxiliary material bottle guide grooves with a certain slope are designed on both sides of the auxiliary material bottle, and the auxiliary material bottle base guide rails are designed correspondingly to the auxiliary material bottle base guide rails. The design of the auxiliary material bottle base guide rails 11101 has a positioning and guiding function. During the replacement of the auxiliary material bottle, the auxiliary material bottle is placed with the bottle mouth facing downward and pushed into the auxiliary material bottle base 111 from the auxiliary material bottle entrance 11103 of the auxiliary material bottle base 111. The auxiliary material bottle 12 slides down along the auxiliary material bottle base guide rails into place under the matching effect of the auxiliary material bottle guide grooves 11102 and the auxiliary material bottle base guide rails 11101. At this time, it plays a boosting role. During the process of pulling out the auxiliary material bottle 12, the auxiliary material bottle 12 is pulled out of the auxiliary material bottle 12. Under the cooperation of the base guide rail 11101 and the auxiliary material bottle guide groove 11102, the auxiliary material bottle cap 122 is pulled up with the auxiliary material bottle and separated from the auxiliary material bottle base pin 113, and the auxiliary material bottle cap valve 12222 automatically closes the valve port 1220 under the action of the elastic element 12223. At the same time, the auxiliary material bottle does not move in the unchanged trajectory under the cooperation of the auxiliary material bottle guide groove 11102 and the auxiliary material bottle base guide rail 11101. Before the auxiliary material bottle is completely pulled out, the auxiliary material bottle cap 122 is always in the auxiliary material bottle base 111. Therefore, the auxiliary material that drips out at the moment the auxiliary material bottle cap 122 closes the valve port 1220 still falls into the auxiliary material bottle base 111, effectively preventing the auxiliary material from leaking out.
可以理解的，本实施例提供的辅料装置中，所述辅料瓶12可以采用上述四个实施例提供的辅料瓶中的第一实施例、第三实施例及第四实施例的结构。It can be understood that in the auxiliary material device provided in this embodiment, the auxiliary material bottle 12 can adopt the structure of the first embodiment, the third embodiment and the fourth embodiment of the auxiliary material bottles provided in the above four embodiments.
作为本实施例的改进方案，所述辅料瓶底座的腔体内还设有与所述销柱113过渡连接的倾斜臂1130，所述倾斜臂1130沿所述底板第一内表面与所述底板第三内表面的连接端向所述销柱113逐渐向上倾斜。可以理解的，作为该改进方案的辅料装置中，所述辅料瓶12可以采用上述四个实施例提供的辅料瓶中的第一实施例和第四实施例的结构，从而避免所述辅料瓶的瓶盖122与所述销柱113以及倾斜臂1130发生干涉。As an improved solution of this embodiment, an inclined arm 1130 transitionally connected to the pin 113 is further provided in the cavity of the auxiliary material bottle base, and the inclined arm 1130 gradually tilts upward toward the pin 113 along the connection end between the first inner surface of the bottom plate and the third inner surface of the bottom plate. It can be understood that in the auxiliary material device as this improved solution, the auxiliary material bottle 12 can adopt the structure of the first embodiment and the fourth embodiment of the auxiliary material bottle provided in the above four embodiments, so as to avoid the interference between the bottle cap 122 of the auxiliary material bottle and the pin 113 and the inclined arm 1130.
返回参考图4，图5a~图5b, 作为上述辅料瓶12通过推入式式从前往后推入到所述辅料瓶底座111的方案的进一步改进，所述辅料瓶底座支架114包括上层支架1141和下层支架1142，所述上层支架1141通过支架固定板1144固定在所述下层支架1142上，所述上层支架1141和下层支架1142均设有若干个所述辅料瓶底座收容腔1140。所述支架固定板1144的上端设有上层螺丝锁口11441以实现与所述上层支架1141固定连接，所述支架固定板1144的下端设有下层螺丝锁口11442以实现与所述下层支架1142固定连接。Referring back to FIG. 4 and FIG. 5a to FIG. 5b, as a further improvement of the solution in which the auxiliary material bottle 12 is pushed into the auxiliary material bottle base 111 from front to back by a push-in method, the auxiliary material bottle base bracket 114 includes an upper bracket 1141 and a lower bracket 1142, wherein the upper bracket 1141 is fixed to the lower bracket 1142 by a bracket fixing plate 1144, and the upper bracket 1141 and the lower bracket 1142 are both provided with a plurality of auxiliary material bottle base accommodating cavities 1140. The upper end of the bracket fixing plate 1144 is provided with an upper screw locking port 11441 to achieve a fixed connection with the upper bracket 1141, and the lower end of the bracket fixing plate 1144 is provided with a lower screw locking port 11442 to achieve a fixed connection with the lower bracket 1142.
优选的，所述上层支架1141通过支架固定板1144固定在所述下层支架1142的一侧，设于所述上层支架1141的辅料瓶底座收容腔以及所述下层支架1142中与所述上层支架1141相对的辅料瓶底座收容腔对应收容用于固定第一类辅料瓶的辅料瓶底座，所述下层支架1142中其余的辅料瓶底座收容腔对应收容用于固定第二类辅料瓶的辅料瓶底座；其中，所述第一类辅料瓶的高度为H1，所述第二类辅料瓶的高度为H2，且2H1＜H2。Preferably, the upper bracket 1141 is fixed to one side of the lower bracket 1142 by a bracket fixing plate 1144, and the auxiliary material bottle base accommodating cavity provided in the upper bracket 1141 and the auxiliary material bottle base accommodating cavity in the lower bracket 1142 opposite to the upper bracket 1141 correspond to accommodating auxiliary material bottle bases for fixing the first type of auxiliary material bottles, and the remaining auxiliary material bottle base accommodating cavities in the lower bracket 1142 correspond to accommodating auxiliary material bottle bases for fixing the second type of auxiliary material bottles; wherein, the height of the first type of auxiliary material bottles is H1, the height of the second type of auxiliary material bottles is H2, and 2H1＜H2.
在另一个可选的实施例中，参考图18，所述下层支架1142设有的所述辅料瓶底座收容腔对应收容用于固定第一类辅料瓶的辅料瓶底座，所述上层支架1141设有的所述辅料瓶底座收容腔对应收容用于固定第二类辅料瓶的辅料瓶底座；其中，所述第一类辅料瓶的高度为H1，所述第二类辅料瓶的高度为H2，且H1不等于H2。In another optional embodiment, referring to Figure 18, the auxiliary material bottle base receiving cavity provided in the lower bracket 1142 corresponds to receiving an auxiliary material bottle base for fixing a first type of auxiliary material bottle, and the auxiliary material bottle base receiving cavity provided in the upper bracket 1141 corresponds to receiving an auxiliary material bottle base for fixing a second type of auxiliary material bottle; wherein, the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, and H1 is not equal to H2.
在又一个可选的实施例中，参考图19，所述上层支架1141通过支架固定板1144固定在所述下层支架1142的一侧，设于所述上层支架1141的辅料瓶底座收容腔对应收容用于固定第一类辅料瓶的辅料瓶底座，所述下层支架1142中与所述上层支架1141相对的辅料瓶底座收容腔对应收容用于固定第二类辅料瓶的辅料瓶底座，所述下层支架1142中其余的辅料瓶底座收容腔对应收容用于固定第三类辅料瓶的辅料瓶底座；其中，所述第一类辅料瓶的高度为H1，所述第二类辅料瓶的高度为H2，所述第三类辅料瓶的高度为H3，且H1+ H2＜H3。In another optional embodiment, referring to Figure 19, the upper bracket 1141 is fixed to one side of the lower bracket 1142 by a bracket fixing plate 1144, the auxiliary material bottle base receiving cavity provided in the upper bracket 1141 corresponds to receiving an auxiliary material bottle base for fixing a first type of auxiliary material bottle, the auxiliary material bottle base receiving cavity in the lower bracket 1142 opposite to the upper bracket 1141 corresponds to receiving an auxiliary material bottle base for fixing a second type of auxiliary material bottle, and the remaining auxiliary material bottle base receiving cavities in the lower bracket 1142 correspond to receiving an auxiliary material bottle base for fixing a third type of auxiliary material bottle; wherein, the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, the height of the third type of auxiliary material bottle is H3, and H1+H2＜H3.
在图5a、图18和图19的任一实施例中，可设置每一所述辅料瓶底座收容腔的宽度一致。In any of the embodiments of FIG. 5a , FIG. 18 and FIG. 19 , the width of each auxiliary material bottle base receiving cavity can be set to be consistent.
可见，图5a、图18和图19提供的任一实施例通过将辅料瓶底座支架设计成两层（或多层），并基于两层结构设计不同大小或数量的辅料瓶（对应辅料瓶底座），能够合理利用空间，大大节省整个辅料装置的空间成本，而且能够满足用户在烹饪过程中对不同辅料的常用少用需求的大小瓶设计，提高用户的使用体验。It can be seen that any of the embodiments provided in Figures 5a, 18 and 19 can reasonably utilize space and greatly save the space cost of the entire auxiliary material device by designing the auxiliary material bottle base bracket into two layers (or multiple layers) and designing auxiliary material bottles of different sizes or quantities (corresponding to auxiliary material bottle bases) based on the two-layer structure. It can also meet the user's needs for the large and small bottles of different auxiliary materials that are commonly used and rarely used during the cooking process, thereby improving the user's experience.
以上所述仅是本发明的优选实施方式，应当指出，对于本技术领域的普通技术人员来说，在不脱离本发明技术原理的前提下，还可以做出若干改进和替换，这些改进和替换也应视为本发明的保护范围。The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and substitutions can be made without departing from the technical principles of the present invention. These improvements and substitutions should also be regarded as the scope of protection of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910760505.0ACN111772464B (en) | 2019-08-16 | 2019-08-16 | Auxiliary material bottle with valve type bottle cap, auxiliary material device, frying pan device and cooking machine |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910760505.0ACN111772464B (en) | 2019-08-16 | 2019-08-16 | Auxiliary material bottle with valve type bottle cap, auxiliary material device, frying pan device and cooking machine |
| Publication Number | Publication Date |
|---|---|
| CN111772464A CN111772464A (en) | 2020-10-16 |
| CN111772464Btrue CN111772464B (en) | 2024-09-03 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910760505.0AActiveCN111772464B (en) | 2019-08-16 | 2019-08-16 | Auxiliary material bottle with valve type bottle cap, auxiliary material device, frying pan device and cooking machine |
| Country | Link |
|---|---|
| CN (1) | CN111772464B (en) |
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| CN211511398U (en)* | 2019-08-16 | 2020-09-18 | 上海爱餐机器人(集团)有限公司 | Auxiliary material bottle with valve type bottle cap, auxiliary material device, frying pan device and cooking machine |
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