CN112690653A - Hand drinking and cooking machine - Google Patents

Abstract

Translated fromChinese

本发明涉及一种手摇饮调理机，包含箱体、冰块桶、果糖桶、冷水口、热水口、多个茶饮口、搅拌槽、置杯架、灌注阀、第一驱动装置、多个第二驱动装置、第三驱动装置以及操作面板。搅拌槽具有多个入口及一出口，入口分别连通冷水口、热水口、茶饮口、冰块桶以及果糖桶。灌注阀连通搅拌槽的出口。第一驱动装置驱动搅拌槽内的搅拌叶片进行搅拌。多个第二驱动装置驱动冷水、热水、茶饮及果糖至搅拌槽内。第三驱动装置驱动冰块桶内的冰块至搅拌槽内。操作面板控制电性连接的第一驱动装置、第二驱动装置及第三驱动装置及灌注阀，以灌注饮料至饮料杯内。

The present invention relates to a hand-cranked beverage mixer, comprising a box, an ice bucket, a fructose bucket, a cold water inlet, a hot water inlet, a plurality of tea drinking inlets, a stirring tank, a cup holder, a filling valve, a first driving device, a plurality of second driving devices, a third driving device and an operation panel. The stirring tank has a plurality of inlets and an outlet, and the inlets are respectively connected to the cold water inlet, the hot water inlet, the tea drinking inlet, the ice bucket and the fructose bucket. The filling valve is connected to the outlet of the stirring tank. The first driving device drives the stirring blades in the stirring tank to stir. The plurality of second driving devices drive cold water, hot water, tea and fructose into the stirring tank. The third driving device drives the ice in the ice bucket into the stirring tank. The operation panel controls the electrically connected first driving device, the second driving device and the third driving device and the filling valve to fill the beverage into the beverage cup.

Description

Hand drinking and cooking machine

Technical Field

The invention relates to a hand-operated drinking and conditioning machine, in particular to a hand-operated drinking and conditioning machine without a sealing machine and a cup dropping machine.

Background

The conventional beverage dispenser, as described in taiwan patent application M563262, comprises a cup dropping machine, an ice maker, a fructose machine, a plurality of containers, a first transmission module, a second transmission module, and a sealing machine, and particularly, the cup dropping machine and the sealing machine are integrated on thebeverage dispenser 1 to achieve full automation of beverage making.

The cup falling machine is provided with a plurality of cups, the ice maker is provided with ice making and outputting devices, the fructose machine is provided with fructose, each container is provided with a beverage, the first transmission module is arranged below the cup falling machine, the ice maker and the fructose machine, the second transmission module is arranged below each container, a predetermined amount of ice cubes, a predetermined amount of fructose and a predetermined volume of beverage are injected into the cups in sequence through various control signals, and the cups are sealed by the sealing machine 17.

As described above, even if the cup dropping machine and the capper are integrated into the beverage dispenser, the beverage dispenser can actually save the overall beverage production time of about 2-3 seconds, however, in order to achieve the full-automatic beverage production, the beverage dispenser integrated with the cup dropping machine and the capper must be equipped with not only the cup dropping machine and the capper, which are expensive, but also the first transmission module and the second transmission module, which occupy a lot of usage space, so that the beverage dispenser is expensive in overall cost and occupies a lot of usage space.

Accordingly, how to provide an automatic beverage dispenser to solve the above problems has become an urgent issue to be studied.

Disclosure of Invention

In view of the above problems, the present invention discloses a hand-operated drinking and conditioning machine, which comprises a box body, an ice barrel, a fructose barrel, a cold water port, a hot water port, a plurality of tea drinking ports, a stirring tank, a cup placing frame, a filling valve, a first driving device, a plurality of second driving devices, a third driving device and an operation panel. The ice cube barrel is arranged in the box body and is provided with a first conveying opening. The fructose barrel is arranged in the box body and is provided with a second conveying opening. The cold water port is arranged on the box body and is connected with a cold water source. The hot water port is arranged on the box body and is connected with a hot water source. The plurality of tea drinking ports are arranged on the box body and connected with a plurality of tea drinking sources. The stirring tank is arranged in the box body and is provided with a plurality of inlets and an outlet, and the inlets are respectively communicated with the cold water port, the hot water port, the tea drinking ports, the first conveying port and the second conveying port. The cup holding rack is arranged on the box body and is used for arranging a beverage cup. The filling valve is arranged above the beverage cup on the box body and is provided with an injection port and an output port, the injection port is communicated with the outlet of the stirring tank, and the output port is aligned above the beverage cup so as to fill the beverage into the beverage cup. The first driving device is arranged on the stirring tank and connected with the stirring blades arranged in the stirring tank so as to drive the stirring blades to stir in the stirring tank. The second driving devices are arranged in the box body and connected with the cold water source, the hot water source, the tea drink sources and the fructose barrel so as to drive the cold water, the hot water, the tea drink and the fructose into the stirring tank. The third driving device is arranged in the box body and drives the ice blocks in the ice block barrel to the stirring tank. The operation panel is arranged on the box body and provided with an operation interface which is electrically connected with the first driving device, the second driving device, the third driving device and the filling valve, wherein the first driving device, the second driving device, the third driving device and the filling valve are driven according to instructions of the operation interface.

As described above, the hand-operated drink preparation machine according to the present invention can be directly poured into a cup after being stirred by filling liquid raw materials in the stirring tank, so that a cup dropping machine and a sealing machine are not required, and the cost for installing the hand-operated drink preparation machine as a whole can be significantly reduced. In addition, because the cup falling machine and the sealing machine do not need to be arranged, and the transmission module does not need to be arranged, the use space occupied by the hand-operated drinking and conditioning machine can be greatly reduced.

Drawings

Fig. 1 and 2 are front and back perspective views of the hand-operated drinking and conditioning machine of the present invention;

fig. 3 to 4 are exploded views of the hand-operated drinking and cooking machine of the present invention;

FIG. 5 is a top view of the hand operated drink blending machine of the present invention;

FIG. 6 is an enlarged view of a portion of the mixing tank and fill valve of FIG. 4;

FIG. 7 is a schematic view of the ice inlet of the agitation tank, the first delivery port of the ice bucket, and the agitation blade of the hand cranking beverage maker of the present invention; and

fig. 8 is a front sectional view of the hand-operated drinking and cooking machine of the invention.

Detailed Description

For the sake of simplicity, only the main structure of the hand-operated drinking and conditioning machine is illustrated in the attached drawings, and in fact, each inlet and outlet, the barrel and the driving device of the hand-operated drinking and conditioning machine include pipeline connections so that the driving device drives to convey cold water, hot water, tea, fructose, milk and ice blocks. In addition, the cold water source, the hot water source and the tea source which are externally connected with the hand-operated drinking and conditioning machine are connected to the inlets of the hand-operated drinking and conditioning machine through pipelines, and are not shown in the attached drawings.

Referring to fig. 1 to 8 together, fig. 1 and 2 are front and back perspective views of a hand-operated drinking and cooking machine of the present invention, fig. 3 to 4 are exploded views of the hand-operated drinking and cooking machine of the present invention, fig. 5 is a top view of the hand-operated drinking and cooking machine of the present invention, fig. 6 is a partially enlarged view of a stirring tank and a filling valve of fig. 4, fig. 7 is a schematic view of an ice inlet of the stirring tank, a first delivery port of the ice bucket, and a stirring blade of the hand-operated drinking and cooking machine of the present invention, and fig. 8 is a front sectional view of the hand-operated drinking and cooking machine of the present invention. As shown in fig. 1 to 3, the hand-operated drinking and conditioning machine 2 includes abox 21, anice cube bucket 22, afructose bucket 23, acold water outlet 24, ahot water outlet 25, and a plurality oftea outlets 26, and as shown in fig. 4 and 5, the hand-operated drinking and conditioning machine 2 includes astirring tank 27, acup holder 28, afilling valve 29, afirst driving device 30, a plurality ofsecond driving devices 31, athird driving device 32, and anoperation panel 33. As shown in fig. 7, the ice cube bin 22 is disposed in thecase 21 and has afirst delivery port 221. As shown in fig. 3, thefructose receptacle 23 is provided in thecase 21 and has asecond delivery port 231. Thecold water port 24 is disposed on thetank 21 and connected to a cold water source. Thehot water port 25 is disposed on thetank 21 and connected to a hot water source. The plurality oftea drinking ports 26 are disposed on thebox body 21 and connected to a plurality of tea drinking sources. As shown in fig. 6 and 7, theagitation tank 27 is disposed in thetank 21 and has a plurality ofliquid inlets 271, anice inlet 272 and anoutlet 273, theinlets 271 are respectively communicated with thecold water port 24, thehot water port 25, thetea ports 26 and thesecond delivery port 231, and theice inlet 272 is communicated with thefirst delivery port 221. As shown in fig. 6 and 8, thecup holder 28 is provided on thehousing 21 for holding a beverage cup. Thefilling valve 29 is disposed above the beverage cup on thebox body 21 and has aninlet 291 and anoutlet 292, theinlet 291 communicates with theoutlet 273 of thestirring tank 27, and theoutlet 292 is aligned above the beverage cup to fill the beverage into the beverage cup. As shown in fig. 6 and 7, thefirst driving device 30 is disposed on thestirring tank 27, and is connected to the stirringblade 301 disposed in thestirring tank 27 to drive the stirringblade 301 to stir in thestirring tank 27. As shown in fig. 4, thesecond driving devices 31 are disposed in thebox 21 and connected to the cold water source, the hot water source, the tea drink sources and thefructose barrel 23 to drive the cold water, the hot water, the tea drink and the fructose into the stirringtank 27. In an embodiment of the present invention, thesecond driving device 31 includes a pump connected to the cold water source, the hot water source, the plurality of tea drink sources and thefructose barrel 23, and drives the cold water, the hot water, the tea drink and the fructose into the stirringtank 27 by the pressure generated by the pump during actual operation. As shown in fig. 5, thethird driving unit 32 is disposed in thecase 21 to drive the ice cubes in theice cube container 22 into theagitation tank 27. Theoperation panel 33 is disposed on thebox 21 and has an operation interface electrically connected to thefilling valve 29, thefirst driving device 30, thesecond driving device 31, and thethird driving device 32, wherein thefilling valve 29, thefirst driving device 30, thesecond driving device 31, and thethird driving device 32 are driven according to instructions of the operation interface.

As shown in fig. 4, 5 and 7, theice bucket 22 has a trapezoidal bottom with a narrow bottom and a wide top to accommodate ice. Thefirst delivery port 221 is provided at the side of the tapered bottom and pushes the ice cubes to theice cube inlet 272 communicated with theagitation tank 27 by the third driving means 32 so that the ice cubes can be smoothly dropped into theagitation tank 27.

As shown in fig. 6, thecup holder 28 comprises amicro switch 281 electrically connected to thefilling valve 29 for sensing when the beverage cup touches themicro switch 281, and opening thefilling valve 29 to fill the beverage into the beverage cup. In addition, thecup holder 28 includes a sensor (not shown) electrically connected to thefill valve 29 for closing thefill valve 29 when the beverage level reaches a predetermined height to stop the injection of the beverage into the cup.

As shown in fig. 6, thefilling valve 29 includes a normally open type plunger control valve or a normally closed type plunger control valve, which is not limited in the present invention. In addition, a normally open type plunger control valve or a normally closed type plunger control valve is used in the present invention. Only when the control valve does not close the output port, the tea drink can flow through, so that compared with the traditional electromagnetic control valve with a right-angle structure, thefilling valve 29 used in the invention has the advantage of being not easy to block the tea drink and accumulate dirt, and is more convenient for a user to clean.

As shown in fig. 5, thethird driving device 32 includes ascrew blade 321, alead screw 322 and adriving motor 323, thedriving motor 323 is disposed outside theice cube container 22, thescrew blade 321 is disposed on thelead screw 322, thelead screw 322 passes through a hole of theice cube container 22 and is disposed in theice cube container 22 together with thescrew blade 321, and thedriving motor 323 drives thescrew blade 321 to further drive the ice cubes to be transported from thefirst transporting port 221 of theice cube container 22 to thestirring tank 27. Further, thedrive motor 323 comprises a stepper motor, which may further control the volume of delivered ice by controlling the rotational speed thereof. For example, by controlling the rotation speed of the drivingmotor 323 driving thelead screw 322 to rotate one turn, the amount of the ice cubes delivered by one turn of theblade 321 of the screw can be further controlled.

The instructions of the operation interface of theoperation panel 33 include instructions of a cleaning function, and the operations of cleaning theagitation tank 27 and thefilling valve 29 are performed every time the filling of the beverage is completed.

As shown in fig. 3, the hand-operated drink-making machine 2 further includes amilk barrel 34 disposed in thebox 21, wherein themilk barrel 34 is connected to one of theliquid inlets 271 of thestirring tank 27 and driven into thestirring tank 27 by thesecond driving device 31. In addition, themilk bucket 34 is provided in a refrigerator of thecabinet 21, thereby preserving milk.

The hand-operated drinking and conditioning machine 2 further includes a material shortage warning device (not shown) for detecting the consumption of cold water, hot water, tea, fructose and milk, and sending a prompt message on the operation interface of theoperation panel 33 when the consumption reaches a critical value. For example, the user can set the liquid level warning critical values of cold water, hot water, tea drink, fructose and milk on the operation interface, taking the tea drink as an example, the total quantity of the filled tea drink is 10 liters when the business is started, but when the tea drink reaches the critical value of 3 liters, a prompt message is sent to remind a salesperson to replenish the tea drink.

The hand-operated drinking and conditioning machine 2 further comprises a database (not shown) stored in a storage device such as a memory card, a USB flash drive, a random access memory or a hard disk, but the invention is not limited thereto. The storage device is electrically connected with the operation panel and stores various types and proportions of tea drinks, fructose and milk in the database. The operation interface of the operation panel comprises various instructions corresponding to the types, proportions and quantities of various tea drinks, fructose and milk in the database. The storage device is further electrically connected to a wireless signal transmission module or a wired signal transmission module, so as to transmit the types and proportions of the various tea drinks, fructose and milk blending stored in the database to an intelligent device, a cloud network or a computer device in a wireless or wired manner, that is, a user can download or update the types and proportions of the various tea drinks, fructose and milk blending stored in the database, and upload the types and proportions to the storage device after downloading and updating, and further update various instructions corresponding to the operation interface of theoperation panel 33.

In an embodiment of the present invention, for example, when a shop clerk wants to make a big cup of half-sugar ice-less pearl milk tea, the shop clerk first selects a drink cup with a big cup amount, adds about 50mol of pearls into the drink cup, places the drink cup on thecup holder 28, and inputs instructions of sweetness, ice cubes and a big and small cup amount of the pearl milk tea on the operation interface of theoperation panel 33. When a salesperson inputs a command to set a large-cup pearl milk tea with little half sugar and ice, places a beverage cup on thecup holder 28, and touches themicro switch 281 on thecup holder 28, theoperation panel 33 transmits a driving signal to thefirst driving device 30, thesecond driving device 31, thethird driving device 32, and the fillingvalve 29, thesecond driving device 31 drives cold water, milk, fructose, and black tea to flow through thecold water port 24, themilk tank 34, thefructose tank 23, thetea outlet 26, and theliquid inlet 271 of the stirringtank 27 into the stirringtank 27, thethird driving device 32 drives ice in theice tank 22 to flow through thefirst delivery port 221, theice inlet 272 of the stirringtank 27 into the stirringtank 27, thefirst driving device 30 drives thestirring blade 301 to stir in the stirringtank 27, and after stirring, the ice is delivered through theoutlet 273 of the stirringtank 27 and the fillingport 291 of the fillingvalve 29, and upon opening of thefill valve 29, the beverage is output to the beverage cup through theoutput port 292 of thefill valve 29. Furthermore, the size and the amount of the beverage are determined by the rotational speed of the drive. For example, a driving motor is used as thesecond driving device 31, a capacity of 60 mol/sec is set as the driving motor, and if the amount of the large cup beverage is 700mol, the driving motor is controlled to operate for 10 seconds to drive the cold water, milk, fructose, and black tea to produce 600mol portions, and thethird driving device 32 drives the ice cubes of about 50mol portions into the stirringtank 27, thereby completing the preparation of the beverage, and finally the prepared beverage is sealed by the shop assistant. After the beverage is outputted from theoutput port 292 of the fillingvalve 29 to the beverage cup, thefirst driving device 30, thesecond driving device 31 and thethird driving device 32 are stopped, and thesecond driving device 31 drives the hot water from thehot water port 25 into the fillingvalve 29 before the driving is stopped, so as to clean the fillingvalve 29, and then thesecond driving device 31 stops driving, and the fillingvalve 29 returns to the closed state.

In summary, the hand-operated drink-conditioning machine of the present invention can directly inject the liquid raw material into the cup after the liquid raw material is filled into the stirring tank for stirring, so that a cup dropping machine and a sealing machine are not required, and the cost of installing the hand-operated drink-conditioning machine as a whole can be greatly reduced. In addition, because the cup falling machine and the sealing machine do not need to be arranged, and the transmission module does not need to be arranged, the use space occupied by the hand-operated drinking and conditioning machine can be greatly reduced.

Claims (10)

Translated fromChinese

1.一种手摇饮调理机，包含：1. A hand shaker, comprising:一箱体；a box;一冰块桶，设置于该箱体内，且具有一第一输送口；an ice cube bucket, which is arranged in the box and has a first delivery port;一果糖桶，设置于该箱体内，具有一第二输送口；a fructose bucket, which is arranged in the box and has a second delivery port;一冷水口，设置于该箱体上且连接一冷水来源；a cold water port, arranged on the box body and connected to a cold water source;一热水口，设置于该箱体上且连接一热水来源；a hot water port, arranged on the box body and connected to a hot water source;多个茶饮口，设置于该箱体上且连接多个茶饮来源；a plurality of tea drinking ports, arranged on the box body and connected to a plurality of tea drinking sources;一搅拌槽，设置于该箱体内，具有多个入口及一出口，该多个入口分别连通该冷水口、该热水口、该多个茶饮口、该第一输送口以及该第二输送口；A stirring tank, disposed in the box, has a plurality of inlets and an outlet, and the plurality of inlets are respectively connected to the cold water port, the hot water port, the plurality of tea drinking ports, the first conveying port and the second conveying port mouth;一置杯架，设置于该箱体上，用于设置一饮料杯；a cup holder, arranged on the box body, for setting a drink cup;一灌注阀，设置于该箱体上的该饮料杯上方，具有一注入口及一输出口，该注入口连通该搅拌槽的该出口，该输出口对准该饮料杯上方，以灌注饮料至该饮料杯内；a filling valve, disposed above the beverage cup on the box body, has an injection port and an output port, the injection port is connected to the outlet of the stirring tank, and the output port is aligned above the beverage cup to pour the beverage to in the drink cup;一第一驱动装置，设置于该搅拌槽上，且连接设置于该搅拌槽内的一搅拌叶片，以驱动该搅拌叶片于该搅拌槽内进行搅拌；a first driving device, arranged on the stirring tank, and connected to a stirring blade arranged in the stirring tank, so as to drive the stirring blade to stir in the stirring tank;多个第二驱动装置，设置于该箱体内且连接该冷水来源、该热水来源、该多个茶饮来源及该果糖桶，以驱动冷水、热水、茶饮及果糖至该搅拌槽内；A plurality of second driving devices are arranged in the box and connected to the cold water source, the hot water source, the plurality of tea sources and the fructose bucket, so as to drive the cold water, hot water, tea and fructose into the stirring tank ;一第三驱动装置，设置于该箱体内，驱动该冰块桶内的冰块至该搅拌槽内；以及A third driving device, disposed in the box, drives the ice cubes in the ice cube bucket to the stirring tank; and一操作面板，设置于该箱体上且具有一操作界面，电性连接该第一驱动装置、该第二驱动装置及该第三驱动装置及该灌注阀；an operation panel, disposed on the box body and having an operation interface, electrically connected to the first driving device, the second driving device, the third driving device and the filling valve;其中该第一驱动装置、该第二驱动装置、该第三驱动装置及该灌注阀根据该操作界面的一指令驱动。Wherein the first driving device, the second driving device, the third driving device and the filling valve are driven according to an instruction of the operation interface.2.如权利要求1所述的手摇饮调理机，其中该置杯架还包含一微动开关，电性连接该灌注阀，用于感应当该饮料杯碰触该微动开关时，开启该灌注阀以注入饮料至该饮料杯。2 . The hand-cranked beverage conditioner as claimed in claim 1 , wherein the cup holder further comprises a micro switch, which is electrically connected to the filling valve and used to sense when the beverage cup touches the micro switch and turns on. 3 . The filling valve is used to inject beverage into the beverage cup.3.如权利要求1所述的手摇饮调理机，其中该灌注阀包含一常开式柱塞控制阀或一常闭式柱塞控制阀。3. The hand-cranked beverage conditioner as claimed in claim 1, wherein the filling valve comprises a normally open plunger control valve or a normally closed plunger control valve.4.如权利要求1所述的手摇饮调理机，还包含一牛奶桶，设置于该箱体内，且连通该搅拌槽的该入口，并通过该第二驱动装置驱动至该搅拌槽内。4 . The hand-cranked beverage conditioner as claimed in claim 1 , further comprising a milk bucket disposed in the box, connected to the inlet of the stirring tank, and driven into the stirring tank by the second driving device. 5 .5.如权利要求4所述的手摇饮调理机，还包含一缺料警示装置，用于侦测该冷水、该热水、该茶饮、该果糖及该牛奶的一用量，并于当该用量达到一临界值时，在该操作界面上发出一提示信息。5. The hand-cranked beverage processor as claimed in claim 4, further comprising a material shortage warning device for detecting an amount of the cold water, the hot water, the tea, the fructose and the milk, and when When the dosage reaches a critical value, a prompt message is issued on the operation interface.6.如权利要求4所述的手摇饮调理机，还包含一数据库，对应该操作界面的该指令，并储存多种该茶饮、该果糖及该牛奶调配的种类、比例及份量多寡。6. The hand-cranked beverage preparation machine as claimed in claim 4, further comprising a database, corresponding to the instruction on the operation interface, and storing a variety of types, proportions and amounts of the tea, the fructose and the milk to be prepared.7.如权利要求6所述的手摇饮调理机，其中该操作界面的该指令对应该种类及该比例。7 . The hand-cranked beverage conditioner as claimed in claim 6 , wherein the instruction of the operation interface corresponds to the type and the ratio. 8 .8.如权利要求6所述的手摇饮调理机，其中该数据库能够下载或更新至一智能型装置或一云端网络。8. The hand shaker as claimed in claim 6, wherein the database can be downloaded or updated to a smart device or a cloud network.9.如权利要求1所述的手摇饮调理机，其中该第三驱动装置包含一螺蜁叶片、一导螺杆及一驱动马达，该螺蜁叶片设置于该导螺杆上，该驱动马达驱动该导螺杆，以驱动冰块自该第一输送口输送至该搅拌槽内。9. The hand-cranked beverage conditioner as claimed in claim 1, wherein the third driving device comprises a screw blade, a lead screw and a driving motor, the screw blade is disposed on the lead screw, and the driving motor drives The lead screw drives the ice cubes to be transported from the first delivery port into the stirring tank.10.如权利要求1所述的手摇饮调理机，还包含一感应器，电性连接该灌注阀且设置于该置杯架上，用于感应一饮料液面达到一预设高度时关闭该灌注阀。10. The hand-cranked beverage conditioner as claimed in claim 1, further comprising a sensor electrically connected to the filling valve and disposed on the cup holder for sensing that a beverage liquid level reaches a preset height and closes the priming valve.

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