CN115324471A - A flipping mechanism for shutters and a hollow shutter glass window using the flipping mechanism - Google Patents

Abstract

The invention discloses a turnover mechanism for a louver and a hollow louver glass window using the turnover mechanism, wherein the turnover mechanism comprises hollow glass, and a louver formed by a plurality of louver sheets is arranged in the inner cavity of the hollow glass; the traction mechanism is arranged in the hollow glass inner cavity and is used for driving the curtain sheet to ascend or descend; and the non-contact turnover mechanism comprises a turnover component and an outward pushing component, the turnover component is arranged in the inner cavity of the hollow glass, the outward pushing component is arranged outside the hollow glass, and the outward pushing component controls the turnover component to drive the curtain sheet to turn over in a magnetic attraction non-contact mode. Driven gear passes through the clamping commentaries on classics piece and drives the curtain piece and carry out the forward and reverse upset, realizes the upset to the curtain piece on the tripe, does benefit to on the tripe contactless tilting mechanism and uses under airtight state, and the frame shape shields the area of box board and only needs to cover smooth box, need not to cover transmission gear portion, has shortened the width size that the box board was shielded to the frame shape, has improved cavity glass's visual scope.

Description

Translated fromChinese

一种百叶用翻转机构及使用该翻转机构的中空百叶玻璃窗Turning mechanism for louvers and hollow louvered glass window using the turning mechanism

技术领域technical field

本发明属于中空百叶玻璃窗技术领域，具体涉及一种百叶用翻转机构及使用该翻转机构的中空百叶玻璃窗。The invention belongs to the technical field of hollow louvered glass windows, and in particular relates to an overturning mechanism for louvers and a hollow louvered glass window using the overturning mechanism.

背景技术Background technique

内置百叶中空玻璃系统简称中空百叶，是将百叶安装在中空玻璃内的一种新型节能产品，把传统的百叶窗帘与中空玻璃结合为一体，即节省了使用空间与不便，又实现中空玻璃保温和百叶窗帘遮阳综合性能，百叶中帘片的翻转功能一般通过翻转绳带动翻转轮和翻转轴的转动来实现，但是翻转绳在操控上不够精准和便利，而且长时间使用后，由于翻转绳和翻转轮之间的摩擦、错位等因素，因此需要对百叶的翻转机构进行改进；The built-in louver hollow glass system is referred to as hollow louver for short. It is a new type of energy-saving product that installs the louver in the hollow glass. It combines the traditional venetian curtain with the hollow glass, which saves the use of space and inconvenience, and realizes the insulating glass. The sunshade comprehensive performance of blinds, the flipping function of the blinds in the blinds is generally realized by turning the flipping rope to drive the flipping wheel and the flipping shaft, but the flipping rope is not precise and convenient in operation, and after a long time of use, due to the flipping rope and flipping The factors such as friction and misalignment between the wheels, so it is necessary to improve the turning mechanism of the louvers;

如公告号为CN112196445A的中国专利，其公开了一种双层玻璃内置百叶窗用帘片翻转机构，包括转角接头、操控器组件、传动组件、转向组件和帘片翻转组件，所述操控器组件包括外操控器和跟随器，所述外操控器包括第一滑座、第一磁吸组件和第一转盘，所述第一滑座上可转动的设有第一转盘，所述第一转盘上靠近跟随器的一侧安装有多块扇形磁铁拼接成整圆形的第一磁铁组合，所述跟随器包括第二滑座、第二磁吸组件、第二转盘和牵引绳轮，所述第二滑座上可转动的设有第二转盘，所述第二转盘上靠近第一转盘的一侧安装有多块扇形磁铁拼接成整圆形的第二磁铁组合，该第二转盘的周身侧壁上设有第一斜齿，所述传动组件包括支架、转动轮和传动杆，所述支架固定于第二滑座的一侧，其内可转动的设有转动轮，所述转动轮周身侧壁设有与第一斜齿向啮合的第二斜齿，该转动轮沿其中轴线方向设有非圆形通孔，所述传动杆具有与通孔相匹配的截面，且嵌套于通孔内，所述转向组件设置于转角接头内，其两端分别与传动杆和帘片翻转组件相连，所述传动杆通过转向组件将其自身竖直轴线上的转动转换为帘片翻转组件水平轴线上的转动；在拨动第一转盘转动时，第二转盘跟随转动，配合第二转盘周身第一斜齿与传动杆第二斜齿的传啮合动作用，通过传动杆带动转向组件实现翻转轴转动，带动帘片开启或闭合。For example, the Chinese patent with the notification number CN112196445A discloses a curtain turning mechanism for double-layer glass built-in blinds, including corner joints, manipulator components, transmission components, steering components and curtain turning components, and the manipulator components include An outer manipulator and a follower, the outer manipulator includes a first slide seat, a first magnetic attraction assembly and a first turntable, a first turntable is rotatably arranged on the first slide seat, and a first turntable is arranged on the first turntable One side of the follower is installed with a plurality of fan-shaped magnets spliced into a complete circle of the first magnet assembly, the follower includes a second slide seat, a second magnetic attraction assembly, a second turntable and a traction sheave, the first A second turntable is rotatably provided on the two sliding seats, and the side of the second turntable close to the first turntable is installed with a plurality of fan-shaped magnets spliced into a second magnet assembly of a full circle. The wall is provided with a first helical tooth, and the transmission assembly includes a bracket, a rotating wheel and a transmission rod. The bracket is fixed on one side of the second sliding seat, and a rotating wheel is rotatably arranged inside. The side wall is provided with a second helical tooth meshing with the first helical tooth, and the rotating wheel is provided with a non-circular through hole along the central axis direction, and the transmission rod has a section matching the through hole, and is nested in the through hole. In the hole, the steering assembly is arranged in the corner joint, and its two ends are respectively connected with the transmission rod and the curtain flipping assembly, and the transmission rod converts the rotation on its own vertical axis through the steering assembly to the level Rotation on the axis; when the first turntable is driven to rotate, the second turntable will follow the rotation, and cooperate with the transmission and meshing action of the first helical teeth around the second turntable and the second helical teeth of the transmission rod, and the steering assembly is driven by the transmission rod to realize the overturn The shaft rotates to drive the curtain to open or close.

但是上述方案存在以下不足：上述翻转机构的安装位置通常在中空玻璃的两个位置，第一种：设置在中空玻璃内部，由于操控器、传动组件等零件需要占据中空玻璃一定的面积，需要在中空玻璃四个边部位置固定框形遮蔽板，框形遮蔽板也便于第一滚轮的运动，当中空玻璃横向宽度尺寸较小时，遮蔽框板的设置不利于中空玻璃整体的美观度，同时框形遮蔽板的放置减少了中空玻璃的可视面积；第二种：设置在中空玻璃的外窗框内，这一方式只需在中空玻璃上设置极窄的框形遮蔽板用于对百叶的帘片端部进行遮蔽和限位，但是需要在中空玻璃内顶壁和窗框之间设有绳孔，牵引绳穿过绳孔用于对百叶上的帘片进行控制，这一方式容易在窗框密封不严的情况下，外界水汽通过绳孔进入到中空玻璃内部并形成水雾，影响中空玻璃的可视度，现有的处理方式是在窗框内部预置干燥剂，但是，干燥剂的吸湿效果不具备可持续性，如何缩短遮蔽框板宽度尺寸的同时，利于百叶翻转机构在气密状态下放置使用是当下需要解决的问题。However, the above-mentioned solution has the following disadvantages: the installation position of the above-mentioned turning mechanism is usually at two positions of the insulating glass. The first one: it is installed inside the insulating glass. The frame-shaped shielding plates are fixed at the four sides of the insulating glass. The frame-shaped shielding plate is also convenient for the movement of the first roller. When the horizontal width of the insulating glass is small, the setting of the shielding frame plate is not conducive to the overall aesthetics of the insulating glass. At the same time, the frame The placement of the shaped shielding plate reduces the viewing area of the insulating glass; the second type: set it in the outer window frame of the insulating glass, this method only needs to set a very narrow frame-shaped shielding plate on the insulating glass for the blinds. The end of the curtain is shielded and limited, but a rope hole needs to be provided between the inner top wall of the insulating glass and the window frame, and the traction rope passes through the rope hole to control the curtain on the louver. When the frame is not tightly sealed, outside water vapor enters the interior of the insulating glass through the rope hole and forms water mist, which affects the visibility of the insulating glass. The existing treatment method is to preset a desiccant inside the window frame. However, the desiccant The moisture absorption effect is not sustainable. How to shorten the width of the shielding frame and at the same time facilitate the placement and use of the louver turning mechanism in an airtight state is a problem that needs to be solved at present.

为此，我们提出一种百叶用翻转机构及使用该翻转机构的中空百叶玻璃窗，以解决上述背景技术中提到的问题。Therefore, we propose a turning mechanism for louvers and a hollow shutter glass window using the turning mechanism to solve the problems mentioned in the above-mentioned background technology.

发明内容Contents of the invention

本发明的目的在于提供一种百叶用翻转机构及使用该翻转机构的中空百叶玻璃窗，以解决上述背景技术中存在的问题。The object of the present invention is to provide a reversing mechanism for louvers and a hollow louvered glass window using the reversing mechanism, so as to solve the problems existing in the above-mentioned background technology.

为实现上述目的，本发明提供如下技术方案：To achieve the above object, the present invention provides the following technical solutions:

一种百叶用翻转机构，包括：A flipping mechanism for shutters, comprising:

中空玻璃，所述中空玻璃内腔中设置有通过多块帘片组成的百叶；Insulating glass, the inner cavity of the insulating glass is provided with louvers composed of a plurality of curtains;

牵引机构，所述牵引机构设置于所述中空玻璃内腔中并用于带动所述帘片进行上升或下降；以及a traction mechanism, the traction mechanism is arranged in the inner cavity of the hollow glass and is used to drive the curtain to rise or fall; and

无接触翻转机构，所述无接触翻转机构包括翻转组件和外推组件，所述翻转组件设置于中空玻璃内腔中，所述外推组件设置于中空玻璃外部，外推组件通过磁吸的非接触方式控制翻转组件带动帘片进行翻转。A non-contact turning mechanism, the non-contact turning mechanism includes a turning component and an extrapolating component, the turning component is set in the inner cavity of the insulating glass, the extrapolating component is set outside the insulating glass, and the extrapolating component is non-magnetically attracted The contact mode controls the turning component to drive the curtain to turn over.

优选的，所述翻转组件包括框形遮蔽盒板以及可拆卸固定设置在所述帘片两端部的夹固转块，所述框形遮蔽盒板内部两侧壁上均设有滑槽口，滑槽口内滑动配合有若干个滑盒，且所述夹固转块转动连接在所述滑盒侧部。Preferably, the overturning assembly includes a frame-shaped shielding box plate and clamping blocks that are detachably fixed at both ends of the curtain, and slide slots are provided on both side walls of the frame-shaped shielding box plate , several sliding boxes are slidably fitted in the opening of the sliding slot, and the clamping rotary block is rotatably connected to the side of the sliding box.

优选的，所述翻转组件还包括活动设置在所述框形遮蔽盒板内部一侧的推板，外推组件通过磁吸方式使推板间接带动所述夹固转块进行旋转并用于对百叶上帘片进行翻转，所述滑槽口内部设置有限位绳并用于对滑盒之间距离进行限定，所述牵引机构包括可旋转设置在框形遮蔽盒板内侧顶部的双头绳轮架，双头绳轮架上两侧均缠绕套设有牵引绳并分别用于对帘片两侧进行牵引。Preferably, the overturning assembly further includes a push plate movably arranged on one side inside the frame-shaped shielding box plate, and the push plate indirectly drives the clamping rotary block to rotate by means of magnetic attraction, and is used to adjust the louver The upper curtain is flipped over, and a limit rope is arranged inside the chute opening to limit the distance between the slide boxes. Both sides of the head rope wheel frame are wrapped with traction ropes and are respectively used for traction on both sides of the curtain.

优选的，所述滑盒内侧部设置有第一孔块，第一孔块侧部设置有滚轮并与所述框形遮蔽盒板内侧壁滚动接触，所述牵引绳滑动贯穿于第一孔块上预设孔，且牵引绳底端设置有挡块，挡块用于对远离所述双头绳轮架最下端的滑盒上第一孔块进行防脱限定。Preferably, the inner side of the sliding box is provided with a first hole block, the side of the first hole block is provided with rollers and is in rolling contact with the inner side wall of the frame-shaped shielding box plate, and the traction rope slides through the first hole block There is a preset hole on the top, and the bottom end of the traction rope is provided with a stopper, which is used to prevent the first hole block on the sliding box away from the lowermost end of the double-ended sheave frame from falling off.

优选的，所述滑盒外侧壁为敞口设计，且所述夹固转块通过轴承圈转动设置在滑盒敞口部内侧，所述滑盒前后壁上均设有限位滑道，且限位滑道和所述滑槽口端部配合限位滑动，所述限位绳上布置有若干个限位托杆架，所述限位滑道内侧壁上均设置有第二孔块，且所述限位托杆架滑动贯穿于第二孔块并用于对滑盒位置高度进行限定。Preferably, the outer side wall of the sliding box is designed with an open opening, and the clamping rotary block is rotated and arranged inside the opening of the sliding box through a bearing ring, and limit slides are provided on the front and rear walls of the sliding box, and limit The position slideway and the end of the chute mouth cooperate to limit sliding, and several limit brackets are arranged on the limit rope, and the inner wall of the limit slideway is provided with a second hole block, and The limiting bracket slides through the second hole block and is used to limit the position and height of the sliding box.

优选的，所述框形遮蔽盒板内部靠近所述推板侧对称设置有双耳块，双耳块内部沿水平纵向设置有双头弹簧杆，所述推板上下端均设置有第三孔块，且所述双头弹簧杆中部段滑动贯穿于第三孔块上预设孔，双头弹簧杆用于第三孔块前后推移后的复位。Preferably, the inside of the frame-shaped shielding box plate is symmetrically provided with double-eared blocks close to the side of the push plate, and double-headed spring rods are arranged horizontally and longitudinally inside the double-eared block, and the upper and lower ends of the push plate are provided with third holes. block, and the middle section of the double-headed spring rod slides through the preset hole on the third hole block, and the double-headed spring rod is used for reset after the third hole block moves back and forth.

优选的，所述翻转组件还包括设置在靠近所述推板侧并固定设置在所述夹固转块内侧部的从动齿轮，对应所述滑盒内侧前后壁上均设有开口，开口上滑动贯穿有和从动齿轮啮合连接的齿条板，且齿条板后端设置有和推板外表面相接触的顶块；Preferably, the overturn assembly further includes a driven gear arranged on the side close to the push plate and fixedly arranged on the inner side of the clamping rotary block, openings are provided on the front and rear walls corresponding to the inner side of the sliding box, and the openings are The rack plate is slid through and meshed with the driven gear, and the rear end of the rack plate is provided with a top block in contact with the outer surface of the push plate;

所述滑盒前端面设有活动孔，所述顶块前端设置有滑动贯穿于活动孔的复位弹簧套杆，所述复位弹簧套杆推动顶块始终和推板外表面相接触，所述推板的前后运动间接通过顶块使齿条板带动从动齿轮进行正反向转动，使所述帘片进行正反向翻转。The front end of the sliding box is provided with a movable hole, and the front end of the top block is provided with a return spring sleeve rod sliding through the movable hole, and the return spring sleeve rod pushes the top block to always contact with the outer surface of the push plate, and the push plate The forward and backward movement of the rack plate drives the driven gear to rotate positively and negatively through the top block indirectly, so that the curtains are reversed positively and negatively.

优选的，所述翻转组件还包括对称设置在推板侧部的第一主磁块，所述外推组件包括通过轴承座转动设置在窗框体两侧中部的调节螺杆，且窗框体内部两侧均对称设置有定位杆，所述调节螺杆上螺纹配合套入有内螺纹孔块，内螺纹孔块两端均设置有滑动套设在对应所述定位杆上的第一副磁孔块，第一副磁孔块和所述第一主磁块磁吸连接，调节螺杆的正反向转动分别带动内螺纹孔块和第一副磁孔块沿着平行于所述齿条板运动方向移动，进而带动所述推板进行前后推移；Preferably, the turning assembly further includes a first main magnetic block symmetrically arranged on the side of the push plate, and the pushing assembly includes an adjusting screw arranged in the middle of both sides of the window frame through the rotation of the bearing seat, and the inside of the window frame Positioning rods are arranged symmetrically on both sides, and the thread on the adjusting screw rod fits into an internally threaded hole block, and both ends of the internally threaded hole block are provided with a first auxiliary magnetic hole block that is slidingly sleeved on the corresponding positioning rod , the first auxiliary magnetic hole block and the first main magnetic block are magnetically connected, and the forward and reverse rotation of the adjusting screw respectively drives the internal thread hole block and the first auxiliary magnetic hole block along the direction parallel to the movement of the rack plate move, and then drive the push plate to move back and forth;

所述牵引机构还包括对称设置在双头绳轮架侧部的第二主磁块，所述窗框体一侧均通过轴承座对称转动设置有传动齿轮部，传动齿轮部之间通过齿条皮带进行啮合连接，且上部所述传动齿轮部侧部设置有和第二主磁块磁吸配合的第二副磁块，齿条皮带外表面设置有固定磁块，所述窗框体外表面预设有滑槽部并滑动配合有滑动磁块，且滑动磁块和固定磁块磁吸配合，所述滑动磁块在滑槽部的滑动依次通过固定磁块、齿条皮带、传动齿轮部、第二副磁块和第二主磁块的配合带动双头绳轮架进行转动，使牵引绳对百叶进行提升或下降。The traction mechanism also includes a second main magnetic block symmetrically arranged on the side of the double-headed sheave frame, and a transmission gear part is arranged on one side of the window frame through a symmetrical rotation of the bearing seat, and a rack belt is passed between the transmission gear parts. The meshing connection is carried out, and the side of the upper transmission gear part is provided with a second secondary magnetic block magnetically matched with the second main magnetic block, the outer surface of the rack belt is provided with a fixed magnetic block, and the outer surface of the window frame is preset. There is a chute part and slidingly fitted with a sliding magnetic block, and the sliding magnetic block is magnetically matched with the fixed magnetic block. The cooperation of the second auxiliary magnetic block and the second main magnetic block drives the double-headed sheave frame to rotate, so that the traction rope can lift or lower the louvers.

一种中空百叶玻璃窗，包括窗框体，还包括所述的百叶用翻转机构。A hollow louvered glass window, comprising a window frame, and also includes the louver turning mechanism.

与现有技术相比，本发明的有益效果是：通过对调节螺杆进行正反向转动，调节螺杆依次带动内螺纹孔块和第一副磁孔块进行前后运动，进而使第一副磁孔块带动推板上的第一主磁块进行前后运动，使推板克服双头弹簧杆推动顶块进行前后运动，顶块的前后推移会使齿条板带动从动齿轮进行正反向转动，从动齿轮通过夹固转块带动帘片进行正反向翻转，无需在中空玻璃上开孔便可实现对百叶上帘片的翻转，利于百叶上无接触翻转机构在气密状态下放置使用，同时框形遮蔽盒板的遮蔽面积只需覆盖滑盒，无需对传动齿轮部进行覆盖，缩短了框形遮蔽盒板的宽度尺寸，提高了中空玻璃的可视范围。Compared with the prior art, the beneficial effect of the present invention is: by rotating the adjusting screw in the forward and reverse directions, the adjusting screw drives the internally threaded hole block and the first auxiliary magnetic hole block to move back and forth in turn, thereby making the first auxiliary magnetic hole The block drives the first main magnetic block on the push plate to move back and forth, so that the push plate overcomes the double-headed spring rod and pushes the top block to move back and forth. The back and forth movement of the top block will make the rack plate drive the driven gear to rotate forward and reverse. The driven gear drives the curtains to flip forward and reverse through the clamping rotary block. The flipping of the curtains on the louvers can be realized without opening holes in the insulating glass, which is beneficial to the non-contact turning mechanism on the louvers to be placed and used in an airtight state. At the same time, the shielding area of the frame-shaped shielding box plate only needs to cover the sliding box, without covering the transmission gear part, which shortens the width of the frame-shaped shielding box plate and improves the visual range of the insulating glass.

附图说明Description of drawings

图1为本发明的整体结构剖视示意图；Fig. 1 is a schematic cross-sectional view of the overall structure of the present invention;

图2为图1的双头绳轮架区域局部示意图；Fig. 2 is a partial schematic diagram of the area of the double-ended rope sheave frame in Fig. 1;

图3为图1的局部示意图；Fig. 3 is a partial schematic diagram of Fig. 1;

图4为图3的第一副磁孔块区域左视剖视示意图；Fig. 4 is a schematic cross-sectional left view of the first auxiliary magnetic hole block area in Fig. 3;

图5为图3的齿条皮带区域左视剖视示意图；Fig. 5 is a left side sectional schematic diagram of the rack belt area in Fig. 3;

图6为本发明的滑盒、夹固转块、齿条板、推板和双耳块右视局部剖视示意图；Fig. 6 is a partial cross-sectional schematic view of the slide box, the clamping rotary block, the rack plate, the push plate and the double ear block according to the present invention;

图7为图6的齿条板区域剖视结构示意图；Fig. 7 is a schematic cross-sectional structure diagram of the rack plate area in Fig. 6;

图8为图6的限位托杆架区域剖视示意图；Fig. 8 is a schematic cross-sectional view of the area of the limit bracket bracket in Fig. 6;

图9为图8的俯视局部示意图；Fig. 9 is a partial top view schematic diagram of Fig. 8;

图10为本发明的夹固转块、滑盒与帘片配合结构示意图；Fig. 10 is a schematic diagram of the cooperation structure of the clamping rotary block, the sliding box and the curtain of the present invention;

图11为本发明的滑盒、推板、内螺纹孔块、第一副磁孔块区域配合结构示意图；Fig. 11 is a schematic diagram of the cooperative structure of the sliding box, the push plate, the internally threaded hole block, and the first secondary magnetic hole block of the present invention;

图12为图11的滑盒剖视状态结构示意图；Fig. 12 is a schematic structural diagram of the cross-sectional state of the slide box in Fig. 11;

图13为图12的从动齿轮、齿条板、顶块和复位弹簧套杆配合结构示意图。Fig. 13 is a schematic diagram of the cooperation structure of the driven gear, the rack plate, the top block and the return spring sleeve rod in Fig. 12 .

图中：1、框形遮蔽盒板；2、帘片；3、夹固转块；4、滑槽口；5、滑盒；6、限位绳；7、推板；8、双头绳轮架；9、牵引绳；10、第一孔块；11、滚轮；12、挡块；13、限位滑道；14、限位托杆架；15、第二孔块；16、双耳块；17、双头弹簧杆；18、第三孔块；19、从动齿轮；20、开口；21、齿条板；22、顶块；23、活动孔；24、复位弹簧套杆；25、第一主磁块；26、第二主磁块；27、调节螺杆；28、定位杆；29、内螺纹孔块；30、第一副磁孔块；31、传动齿轮部；32、齿条皮带；33、第二副磁块；34、固定磁块；35、滑动磁块；101、窗框体；201、中空玻璃。In the figure: 1. Frame-shaped shielding box plate; 2. Curtain piece; 3. Clamping and turning block; 4. Slide slot opening; 5. Slide box; 6. Limiting rope; 7. Push plate; 8. Double-ended rope wheel frame; 9, traction rope; 10, first hole block; 11, roller; 12, block; 13, limit slideway; 14, limit bracket; 15, second hole block; 16, double ear block ; 17, double-headed spring rod; 18, the third hole block; 19, driven gear; 20, opening; 21, rack plate; 22, top block; 23, movable hole; The first main magnetic block; 26, the second main magnetic block; 27, the adjustment screw; 28, the positioning rod; 29, the internal thread hole block; 30, the first auxiliary magnetic hole block; 31, the transmission gear part; Belt; 33, second auxiliary magnetic block; 34, fixed magnetic block; 35, sliding magnetic block; 101, window frame body; 201, insulating glass.

具体实施方式Detailed ways

下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述。The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention.

请参阅图1-13，本发明提供一种技术方案：Please refer to Figure 1-13, the present invention provides a technical solution:

实施例一：Embodiment one:

一种百叶用翻转机构，包括：A flipping mechanism for shutters, comprising:

中空玻璃201，中空玻璃201内腔中设置有通过多块帘片2组成的百叶；且中空玻璃201内部具有放置框形遮蔽盒板1的空腔，当帘片2为竖向设置时，具有最大的遮蔽面积，若帘片2翻转到水平状态时，遮蔽面积最小；Insulatingglass 201, the inner cavity of insulatingglass 201 is provided with a louver composed of a plurality ofcurtains 2; and thehollow glass 201 has a cavity for placing a frame-shapedshielding box plate 1, when thecurtain 2 is vertically arranged, it has The largest shading area, if thecurtain 2 is flipped to the horizontal state, the shading area is the smallest;

牵引机构，牵引机构设置于中空玻璃201内腔中并用于带动帘片2进行上升或下降；以及a traction mechanism, the traction mechanism is arranged in the inner cavity of thehollow glass 201 and is used to drive thecurtain 2 to rise or fall; and

无接触翻转机构，无接触翻转机构包括翻转组件和外推组件，翻转组件设置于中空玻璃201内腔中，外推组件设置于中空玻璃201外部，外推组件通过磁吸的非接触方式控制翻转组件带动帘片2进行翻转。Non-contact turning mechanism. The non-contact turning mechanism includes a turning component and an extrapolating component. The turning component is set in the inner cavity of the insulatingglass 201, and the extrapolating component is set outside the insulatingglass 201. The extrapolating component controls the turning through a non-contact method of magnetic attraction. The component drives thecurtain 2 to turn over.

实施例二：Embodiment two:

在实施例一的基础上进一步说明，翻转组件包括框形遮蔽盒板1以及可拆卸固定设置在帘片2两端部的夹固转块3，夹固转块3内侧为同心圆柱结构，外侧为和帘片2配套的夹块形结构，夹固转块3和帘片2之间通过卡接又或者螺接方式进行固定，便于在帘片2故障时进行拆卸更换，框形遮蔽盒板1内部两侧壁上均设有滑槽口4，滑槽口4内滑动配合有若干个滑盒5，单侧滑盒5的个数和帘片2个数相同设置，且夹固转块3转动连接在滑盒5侧部，翻转组件还包括活动设置在框形遮蔽盒板1内部一侧的推板7，外推组件通过磁吸方式使推板7间接带动夹固转块3进行旋转并用于对百叶上帘片2进行翻转，滑槽口4内部设置有限位绳6并用于对滑盒5之间距离进行限定，牵引机构和滑盒5连接，通过牵引机构便于对滑盒5进行竖向提升或者下降，滑槽口4内部设置有限位绳6并用于对滑盒5位置高度进行限定，利于帘片2之间等距间隔设置；On the basis ofEmbodiment 1, the overturn assembly includes a frame-shapedshielding box plate 1 and clampingrotary blocks 3 that are detachably fixed at both ends of thecurtain 2. The inner side of the clampingrotary block 3 is a concentric cylindrical structure, and the outer side For the clamping block structure matched with thecurtain 2, the clampingrotating block 3 and thecurtain 2 are fixed by clamping or screwing, which is convenient for disassembly and replacement when thecurtain 2 fails, and the frame shields thebox plate 1 There arechute openings 4 on both sides of the interior, and several slidingboxes 5 are slidingly fitted in thechute openings 4. The number of unilateral slidingboxes 5 is set to be the same as that of thecurtains 2, and the rotating block is clamped 3 Rotationally connected to the side of the slidingbox 5, the flipping assembly also includes apush plate 7 that is movably arranged on one side inside the frame-shapedshielding box plate 1, and thepush plate 7 indirectly drives the clampingrotary block 3 through the magnetic attraction method of the external pushing assembly. It rotates and is used to turn over theupper curtain 2 of the louver. Thelimit rope 6 is arranged inside thechute opening 4 and is used to limit the distance between theslide boxes 5. The traction mechanism is connected with theslide box 5, and theslide box 5 is conveniently adjusted by the traction mechanism. To carry out vertical lifting or lowering, alimit rope 6 is arranged inside thechute opening 4 and is used to limit the position height of the slidingbox 5, which is beneficial to equidistant setting between thecurtains 2;

牵引机构包括可旋转设置在框形遮蔽盒板1内侧顶部的双头绳轮架8，双头绳轮架8由两个绕线轮并列构成，且两个绕线轮之间通过连接轴进行同步转动，双头绳轮架8通过固定在框形遮蔽盒板1内侧的外置轴承座能够进行自由转动，双头绳轮架8上两侧均缠绕套设有牵引绳9并分别用于对帘片2两侧进行牵引，对于牵引右侧的牵引绳9，在框形遮蔽盒板1内部定距固定有导绳U型架，导绳U型架对牵引绳9起到张紧和导向的作用；The traction mechanism includes a double-endedsheave frame 8 that can be rotatably arranged on the inner top of the frame-shapedshielding box plate 1. The double-endedsheave frame 8 is composed of two winding wheels arranged side by side, and the two winding wheels are rotated synchronously through a connecting shaft. , the double-endedrope wheel frame 8 can freely rotate through the external bearing seat fixed on the inside of the frame-shapedshielding box plate 1, and both sides of the double-endedrope wheel frame 8 are wrapped withtraction ropes 9 and are respectively used to align thecurtains 2 Both sides carry out traction, and for thetraction rope 9 on the right side of the traction, a guide rope U-shaped frame is fixed at a fixed distance inside the frame-shapedshielding box plate 1, and the guide rope U-shaped frame plays the role of tensioning and guiding thetraction rope 9;

滑盒5内侧部设置有第一孔块10，第一孔块10侧部设置有滚轮11并与框形遮蔽盒板1内侧壁滚动接触，滚轮11的设置便于滑盒5的运动，牵引绳9滑动贯穿于第一孔块10上预设孔，且牵引绳9底端设置有挡块12，挡块12截面宽度大于第一孔块10上的预设孔，挡块12用于对远离双头绳轮架8最下端的滑盒5上第一孔块10进行防脱限定，进而能够在牵引绳9进行竖向提升时，通过挡块12依次带动上方的多个滑盒5进行收纳；The inner side of theslide box 5 is provided with afirst hole block 10, the side of thefirst hole block 10 is provided with aroller 11 and is in rolling contact with the inner side wall of the frame-shapedshielding box plate 1, the setting of theroller 11 facilitates the movement of theslide box 5, and thetraction rope 9 slides through the preset hole on thefirst hole block 10, and the bottom end of thetraction rope 9 is provided with astopper 12, the cross-sectional width of thestopper 12 is larger than the preset hole on thefirst hole block 10, and thestopper 12 is used for keeping away from the Thefirst hole block 10 on the slidingbox 5 at the lowermost end of the double-endedsheave frame 8 is limited by the anti-off, so that when thetraction rope 9 is lifted vertically, theblock 12 can sequentially drive a plurality of slidingboxes 5 above for storage;

实施例三：Embodiment three:

在实施例二的基础上进一步说明，滑盒5外侧壁为敞口设计，且夹固转块3通过轴承圈转动设置在滑盒5敞口部内侧，滑盒5前后壁上均设有限位滑道13，且限位滑道13和滑槽口4端部配合限位滑动，使滑盒5限定在滑槽口4内滑动；On the basis ofEmbodiment 2, it is further explained that the outer side wall of the slidingbox 5 is designed to be open, and the clampingrotary block 3 is arranged on the inner side of the opening of the slidingbox 5 through the rotation of the bearing ring, and the front and rear walls of the slidingbox 5 are provided with limit positions.Slideway 13, and limit slideway 13 andchute mouth 4 end cooperate limit sliding, makeslide box 5 limit and slide inchute mouth 4;

限位绳6上布置有若干个限位托杆架14，限位托杆架14个数和滑盒5个数相同，本实施例中的滑盒5个数可以为二十个，限位滑道13内侧壁上均设置有第二孔块15，第二孔块15截面宽度小于限位滑道13截面宽度，且限位托杆架14滑动贯穿于第二孔块15并用于对滑盒5位置高度进行限定，限位托杆架14由上下部的两个横杆和固定在其之间的竖杆构成，限位绳6固定在横杆外端，竖杆贯穿于第二孔块15，且相邻限位托杆架14之间的距离为定值，从而使相邻滑盒5之间的距离进行限定，便于对帘片2的使用高度进行限定。Several limit brackets 14 are arranged on thelimit rope 6, and the 14 numbers of the limit brackets are the same as the number of 5 slide boxes, and the number of 5 slide boxes in the present embodiment can be twenty. Asecond hole block 15 is provided on the inner wall of theslideway 13, and the cross-sectional width of thesecond hole block 15 is smaller than the cross-sectional width of thelimit slideway 13, and thelimit bracket bracket 14 slides through thesecond hole block 15 and is used for sliding The height of the position of thebox 5 is limited. Thelimit bracket bracket 14 is composed of two horizontal bars on the upper and lower parts and a vertical bar fixed between them. Thelimit rope 6 is fixed on the outer end of the horizontal bar, and the vertical bar runs through the second hole.Block 15, and the distance betweenadjacent limit brackets 14 is a fixed value, so that the distance between adjacent slidingboxes 5 is limited, which is convenient for limiting the use height of thecurtain sheet 2.

实施例四：Embodiment four:

在实施例二的基础上进一步说明，框形遮蔽盒板1内部靠近推板7侧对称设置有双耳块16，双耳块16内部沿水平纵向设置有双头弹簧杆17，推板7上下端均设置有第三孔块18，且双头弹簧杆17中部段滑动贯穿于第三孔块18上预设孔，双头弹簧杆17中部两侧均套入有弹簧，且两侧的弹簧产生的弹簧力相对设置，双头弹簧杆17用于第三孔块18前后推移后的复位；On the basis ofEmbodiment 2, it is further explained that double-headedspring rods 17 are arranged horizontally and vertically inside the frame-shapedshielding box plate 1, and thepush plate 7 is up and down. Both ends are provided with athird hole block 18, and the middle section of the double-headedspring rod 17 slides through the preset hole on thethird hole block 18, and both sides of the middle part of the double-headedspring rod 17 are sleeved with springs, and the springs on both sides The generated spring force is relatively set, and the double-endedspring rod 17 is used for the reset after thethird hole block 18 moves back and forth;

推移翻转组件包括设置在靠近推板7侧并固定设置在夹固转块3内侧部的从动齿轮19，对应滑盒5内侧前后壁上均设有开口20，开口20上滑动贯穿有和从动齿轮19啮合连接的齿条板21，且齿条板21后端设置有和推板7外表面相接触的顶块22，顶块22为半球体结构，推板7能够推动顶块22进行前后移动；The push and flip assembly includes a drivengear 19 that is arranged on the side close to thepush plate 7 and is fixedly arranged on the inside of the clampingrotary block 3. Anopening 20 is provided on the inside and rear walls of the corresponding slidingbox 5, and theopening 20 slides through and passes through Therack plate 21 that is meshed with the movinggear 19 is connected, and the rear end of therack plate 21 is provided with atop block 22 that is in contact with the outer surface of thepush plate 7. Thetop block 22 is a hemispherical structure, and thepush plate 7 can push thetop block 22 forward and backward. move;

滑盒5前端面设有活动孔23，顶块22前端设置有滑动贯穿于活动孔23的复位弹簧套杆24，复位弹簧套杆24推动顶块22始终和推板7外表面相接触，推板7的前后运动间接通过顶块22使齿条板21带动从动齿轮19进行正反向转动，使帘片2进行正反向翻转，且推板7上第三孔块18在双头弹簧杆17作用下移动到初始位置，此时齿条板21中部齿牙和从动齿轮19啮合连接，同时帘片2为竖向遮蔽状态，随着推板7的前后运动，进而带动齿条板21使从动齿轮19进行正反向转动，从而使帘片2在不同角度上进行翻转。Slide box 5 front end face is provided withmovable hole 23, andtop block 22 front end is provided with the resetspring cover bar 24 that slides throughmovable hole 23, and returnspring cover bar 24 promotestop block 22 and contacts withpush plate 7 outer surfaces all the time, and push plate The forward and backward movement of 7 indirectly makes therack plate 21 drive the drivengear 19 to rotate positively and negatively through thetop block 22, so that thecurtain sheet 2 is reversed positively and negatively, and thethird hole block 18 on thepush plate 7 is on the double-headed spring rod. 17 moves to the initial position. At this time, the teeth in the middle of therack plate 21 are meshed with the drivengear 19. At the same time, thecurtain sheet 2 is in a vertical shielding state. With the forward and backward movement of thepush plate 7, therack plate 21 is driven. The drivengear 19 is rotated forward and reverse, so that thecurtain sheet 2 is turned over at different angles.

实施例五：Embodiment five:

在实施例二的基础上进一步说明，翻转组件还包括对称设置在推板7侧部的第一主磁块25，中空玻璃使用高强度高气密性复合粘结剂，将玻璃片与内含干燥剂的铝合金框架粘结，制成的高效能隔音隔热玻璃，窗框体101内侧框面和中空玻璃的铝合金框架贴合接触，框形遮蔽盒板1设置在中空玻璃铝合金框架内侧部，外推组件包括通过轴承座转动设置并插入在窗框体101两侧中部的调节螺杆27，在窗框体101外表面上预设有调节孔，调节螺杆27穿出于调节孔，且在调节螺杆27和调节孔端口部之间塞入橡胶套进行水密封，便于调节螺杆27的转动同时，有效避免外界水流通过调节孔进入到窗框体101内，且窗框体101内部两侧均对称设置有定位杆28，调节螺杆27上螺纹配合套入有内螺纹孔块29，内螺纹孔块29位于窗框体101内侧，内螺纹孔块29两端均设置有滑动套设在对应定位杆28上的第一副磁孔块30，内螺纹孔块29和第一副磁孔块30之间通过衔接杆进行固定，第一副磁孔块30和第一主磁块25磁吸连接，调节螺杆27的正反向转动分别带动内螺纹孔块29和第一副磁孔块30沿着平行于齿条板21运动方向移动，进而带动推板7进行前后推移，实现外推组件的功能，使中空玻璃无需开孔便可对推板7的推移进行控制；On the basis ofEmbodiment 2, it is further explained that the turning assembly also includes the first mainmagnetic block 25 symmetrically arranged on the side of thepush plate 7, and the hollow glass uses a high-strength and high-air-tight composite adhesive to connect the glass sheet with the contained The aluminum alloy frame of the desiccant is bonded to produce high-performance sound-insulating and heat-insulating glass. The inner frame surface of thewindow frame body 101 is in contact with the aluminum alloy frame of the insulating glass, and the frame-shapedshielding box plate 1 is arranged on the aluminum alloy frame of the insulating glass. In the inner part, the extrapolation assembly includes an adjustingscrew 27 that is rotated through the bearing seat and inserted into the middle of both sides of thewindow frame body 101. An adjusting hole is preset on the outer surface of thewindow frame body 101, and the adjustingscrew rod 27 passes through the adjusting hole. And between theadjustment screw rod 27 and the port of the adjustment hole, a rubber sleeve is inserted for water sealing, which is convenient for the rotation of theadjustment screw rod 27, and effectively prevents the external water flow from entering thewindow frame body 101 through the adjustment hole, and the inside of thewindow frame body 101. Both sides are symmetrically provided with apositioning rod 28, and the screw thread on the adjustingscrew 27 is fitted with an internally threadedhole block 29. Corresponding to the first auxiliarymagnetic hole block 30 on thepositioning rod 28, the internalthread hole block 29 and the first auxiliarymagnetic hole block 30 are fixed by connecting rods, and the first auxiliarymagnetic hole block 30 and the first mainmagnetic block 25 are magnetically connected. suction connection, the forward and reverse rotation of the adjustingscrew 27 respectively drives the inner threadedhole block 29 and the first secondarymagnetic hole block 30 to move along the direction parallel to the movement of therack plate 21, and then drives thepush plate 7 to move back and forth to realize external push The function of the component enables the insulating glass to control the movement of thepush plate 7 without opening holes;

牵引机构还包括对称设置在双头绳轮架8侧部的第二主磁块26，窗框体101左侧均通过轴承座对称转动设置有传动齿轮部31，传动齿轮部31由旋转柱并套入在其上的传动齿轮套构成，传动齿轮部31之间通过齿条皮带32进行啮合连接，且上部传动齿轮部31侧部设置有和第二主磁块26磁吸配合的第二副磁块33，第二副磁块33为对称的两个设置，且窗框体101内侧壁位于第二主磁块26和第二副磁块33之间进行窄边设计，使第二主磁块26和第二副磁块33之间的磁吸距离控制在三毫米，提高了上述之间的磁吸效果，上端传动齿轮部31的转动能够带动第二副磁块33进行转动，由于第二主磁块26和第二副磁块33之间的磁吸配合，进而使中空玻璃的铝合金框架在未开孔状态下对双头绳轮架8进行转动，齿条皮带32外表面设置有固定磁块34，窗框体101外表面预设有滑槽部并滑动配合有滑动磁块35，滑动磁块35外部套入滚轮套，滚轮套的滚轮端滚动连接在滑槽部内，从而便于对滑动磁块35的滑移运动，且滑槽部位于固定磁块34的滑移方向上方，且滑动磁块35和固定磁块34磁吸配合，滑动磁块35在滑槽部的滑动依次通过固定磁块34、齿条皮带32、传动齿轮部31、第二副磁块33和第二主磁块26的配合带动双头绳轮架8进行转动，使牵引绳9对百叶进行提升或下降。The traction mechanism also includes a second mainmagnetic block 26 symmetrically arranged on the side of the double-endedsheave frame 8. The left side of thewindow frame body 101 is equipped with atransmission gear part 31 symmetrically rotated through the bearing seat, and thetransmission gear part 31 is set by the rotating column. The transmission gear sleeve inserted thereon constitutes, thetransmission gear parts 31 are meshed and connected by therack belt 32, and the side part of the uppertransmission gear part 31 is provided with a second auxiliary magnetic block magnetically matched with the second mainmagnetic block 26.Block 33, the second auxiliarymagnetic block 33 is two symmetrical settings, and the inner wall of thewindow frame body 101 is located between the second mainmagnetic block 26 and the second auxiliarymagnetic block 33 to carry out narrow side design, so that the second mainmagnetic block 26 and the magnetic attraction distance between the second auxiliarymagnetic block 33 is controlled at three millimeters, which improves the magnetic attraction effect between the above-mentioned, and the rotation of the upper endtransmission gear part 31 can drive the second auxiliarymagnetic block 33 to rotate, because the second The magnetic cooperation between the mainmagnetic block 26 and the second auxiliarymagnetic block 33 makes the aluminum alloy frame of the hollow glass rotate the double-headedsheave frame 8 in the state of not opening holes, and the outer surface of therack belt 32 is provided with a fixed Themagnetic block 34, the outer surface of thewindow frame body 101 is preset with a chute portion and is slidably fitted with a slidingmagnetic block 35. The outer surface of the slidingmagnetic block 35 is inserted into a roller sleeve, and the roller end of the roller sleeve is rollingly connected in the chute portion, thereby facilitating alignment. The sliding movement of the slidingmagnetic block 35, and the chute part is located above the sliding direction of the fixedmagnetic block 34, and the slidingmagnetic block 35 and the fixedmagnetic block 34 magnetically cooperate, and the sliding of the slidingmagnetic block 35 in the chute part passes through The cooperation of the fixedmagnetic block 34, therack belt 32, thetransmission gear part 31, the second secondarymagnetic block 33 and the second mainmagnetic block 26 drives the double-endedsheave frame 8 to rotate, so that thetraction rope 9 lifts or descends the louvers.

工作原理如下：无接触翻转机构在中空玻璃201的装配过程中，操作人员首先根据中空玻璃201的规格选取对应规格和数量的帘片2、滑盒5，滑盒5个数为帘片2个数的两倍，同时使滑盒5预置固定在滑槽口4上，将帘片2与滑盒5上的夹固转块3进行固定，构成百叶整体，并将安装好的框形遮蔽盒板1放入到中空玻璃201之间的夹层，使框形遮蔽盒板1边部和中空玻璃201的铝合金框架进行贴合连接，最后在中空玻璃201内部注入氩气将湿润空气排出，起到内部干燥作用，将窗框体101卡接套入在中空玻璃201外部进行固定，使上端传动齿轮部31对应的第二副磁块33和第二主磁块26相对设置，而第一副磁孔块30和第一主磁块25相对设置；The working principle is as follows: during the assembly process of the insulatingglass 201 by the non-contact turning mechanism, the operator first selects the corresponding specifications and quantities of thecurtain 2 and the slidingbox 5 according to the specifications of the insulatingglass 201, and the number of 5 sliding boxes is 2 curtains At the same time, theslide box 5 is pre-set and fixed on theslide slot 4, and thecurtain sheet 2 and theclamping block 3 on theslide box 5 are fixed to form the whole louver, and the installed frame is covered. Thebox plate 1 is put into the interlayer between the insulatingglass 201, so that the edge of the frame-shapedshielding box plate 1 and the aluminum alloy frame of the insulatingglass 201 are bonded and connected, and finally argon gas is injected into the insulatingglass 201 to discharge the humid air. To play the role of internal drying, thewindow frame body 101 is clamped and sleeved on the outside of the insulatingglass 201 for fixing, so that the second secondarymagnetic block 33 corresponding to the upper endtransmission gear part 31 and the second mainmagnetic block 26 are arranged oppositely, while the first The auxiliarymagnetic hole block 30 and the first mainmagnetic block 25 are arranged oppositely;

在对百叶进行提升或者下降时，操作人员只需握住滑动磁块35在滑槽部进行竖向滑动，滑动磁块35通过固定磁块34带动齿条皮带32和传动齿轮部31之间啮合转动，上端的传动齿轮部31带动第二副磁块33和第二主磁块26之间进行正反向转动，进而使双头绳轮架8带动牵引绳9进行提升或者下降，位于牵引绳9底端的挡块12在上移或者下降过程中，由下至上依次对滑槽口4内的滑盒5进行提升或者下降，位于限位绳6上的限位托杆架14能够在舒展状态时，对滑盒5的位置高度进行限定，进而对帘片2进行提升折叠或者下降舒展，固定磁块34和滑动磁块35之间磁吸固定时，有效避免齿条皮带32和传动齿轮部31之间啮合转动，从而间接对帘片2高度进行固定。When lifting or lowering the louvers, the operator only needs to hold the slidingmagnetic block 35 to slide vertically on the chute part, and the slidingmagnetic block 35 drives therack belt 32 and thetransmission gear part 31 through the fixedmagnetic block 34 to mesh Rotate, thetransmission gear portion 31 at the upper end drives the second secondarymagnetic block 33 and the second mainmagnetic block 26 to rotate in the forward and reverse directions, and then the double-endedsheave frame 8 drives thetraction rope 9 to lift or descend, and is positioned at thetraction rope 9. When thestopper 12 at the bottom is moving up or down, theslide box 5 in thechute opening 4 is lifted or lowered sequentially from bottom to top. , the position height of the slidingbox 5 is limited, and then thecurtain 2 is lifted, folded or lowered to stretch. When the fixedmagnetic block 34 and the slidingmagnetic block 35 are fixed by magnetic attraction, therack belt 32 and thetransmission gear part 31 are effectively avoided. Engage and rotate between them, thereby indirectly fixing the height of thecurtain sheet 2.

在对帘片2进行翻转使用时，操作人员只需对调节螺杆27进行正反向转动，调节螺杆27依次带动内螺纹孔块29和第一副磁孔块30进行前后运动，进而使第一副磁孔块30带动推板7上的第一主磁块25进行前后运动，使推板7克服双头弹簧杆17推动顶块22进行前后运动，顶块22的前后推移会使齿条板21带动从动齿轮19进行正反向转动，从动齿轮19通过夹固转块3带动帘片2进行正反向翻转，无需在中空玻璃201上开孔便可实现对百叶上帘片2的翻转，利于百叶翻转机构在气密状态下放置使用，同时框形遮蔽盒板1的遮蔽面积只需覆盖滑盒5，无需对传动齿轮部31进行覆盖，缩短了框形遮蔽盒板1的宽度尺寸，提高了中空玻璃201的可视范围。When flipping thecurtain 2, the operator only needs to rotate the adjustingscrew 27 in the forward and reverse directions, and the adjustingscrew 27 drives the internally threadedhole block 29 and the first secondarymagnetic hole block 30 to move back and forth in turn, thereby making the first The auxiliarymagnetic hole block 30 drives the first mainmagnetic block 25 on thepush plate 7 to move back and forth, so that thepush plate 7 overcomes the double-headedspring rod 17 to push thetop block 22 to move back and forth, and the forward and backward movement of thetop block 22 will make therack plate 21 drives the drivengear 19 to rotate forward and reverse, and the drivengear 19 drives thecurtain 2 to reverse forward and reverse through the clampingrotary block 3, and thecurtain 2 on the louver can be realized without opening holes in thehollow glass 201. Turning over is beneficial for the louver turning mechanism to be placed and used in an airtight state. At the same time, the shielding area of the frame-shapedshielding box plate 1 only needs to cover the slidingbox 5, and there is no need to cover thetransmission gear part 31, which shortens the width of the frame-shapedshielding box plate 1. The size improves the visual range of the insulatingglass 201.

实施例六：Embodiment six:

一种中空百叶玻璃窗，包括窗框体101，还包括的百叶用翻转机构。A hollow louvered glass window, comprising awindow frame body 101, and a turning mechanism for the louvers.

最后应说明的是：以上所述仅为本发明的优选实施例而已，并不用于限制本发明，尽管参照前述实施例对本发明进行了详细的说明，对于本领域的技术人员来说，其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分技术特征进行等同替换，凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。Finally, it should be noted that: the above is only a preferred embodiment of the present invention, and is not intended to limit the present invention. Although the present invention has been described in detail with reference to the foregoing embodiments, for those skilled in the art, it still It is possible to modify the technical solutions recorded in the foregoing embodiments, or to perform equivalent replacements on some of the technical features. Any modifications, equivalent replacements, improvements, etc. within the spirit and principles of the present invention shall be included in the within the protection scope of the present invention.

Claims (10)

Translated fromChinese

1.一种百叶用翻转机构，其特征在于，包括：1. A flipping mechanism for louvers, characterized in that it comprises:中空玻璃(201)，所述中空玻璃(201)内腔中设置有通过多块帘片(2)组成的百叶；Hollow glass (201), the cavity of the hollow glass (201) is provided with louvers composed of multiple curtains (2);牵引机构，所述牵引机构设置于所述中空玻璃(201)内腔中并用于带动所述帘片(2)进行上升或下降；以及a traction mechanism, the traction mechanism is arranged in the inner cavity of the hollow glass (201) and is used to drive the curtain (2) to rise or fall; and无接触翻转机构，所述无接触翻转机构包括翻转组件和外推组件，所述翻转组件设置于中空玻璃(201)内腔中，所述外推组件设置于中空玻璃(201)外部，外推组件通过磁吸的非接触方式控制翻转组件带动帘片(2)进行翻转。A non-contact turning mechanism. The non-contact turning mechanism includes a turning component and an extrapolation component. The component controls the overturn component through a non-contact method of magnetic attraction to drive the curtain (2) to overturn.2.根据权利要求1所述的一种百叶用翻转机构，其特征在于：所述翻转组件包括框形遮蔽盒板(1)以及可拆卸固定设置在所述帘片(2)两端部的夹固转块(3)，所述框形遮蔽盒板(1)内部两侧壁上均设有滑槽口(4)，滑槽口(4)内滑动配合有若干个滑盒(5)，且所述夹固转块(3)转动连接在所述滑盒(5)侧部。2. A flipping mechanism for louvers according to claim 1, characterized in that: the flipping assembly includes a frame-shaped shielding box plate (1) and detachable and fixedly arranged at both ends of the blind (2) The rotary block (3) is clamped, and the inner side walls of the frame-shaped shielding box plate (1) are provided with chute openings (4), and several sliding boxes (5) are slidably fitted in the chute openings (4) , and the clamping rotary block (3) is rotatably connected to the side of the sliding box (5).3.根据权利要求2所述的一种百叶用翻转机构，其特征在于：所述翻转组件还包括活动设置在所述框形遮蔽盒板(1)内部一侧的推板(7)，外推组件通过磁吸方式使推板(7)间接带动所述夹固转块(3)进行旋转并用于对百叶上帘片(2)进行翻转，所述滑槽口(4)内部设置有限位绳(6)并用于对滑盒(5)之间距离进行限定，所述牵引机构包括可旋转设置在框形遮蔽盒板(1)内侧顶部的双头绳轮架(8)，双头绳轮架(8)上两侧均缠绕套设有牵引绳(9)并分别用于对帘片(2)两侧进行牵引。3. A flipping mechanism for louvers according to claim 2, characterized in that: the flipping assembly also includes a push plate (7) movably arranged on the inner side of the frame-shaped shielding box plate (1), and the outer The push assembly makes the push plate (7) indirectly drive the clamping block (3) to rotate through magnetic attraction and is used to turn over the upper curtain (2) of the louver. The rope (6) is also used to limit the distance between the sliding boxes (5), and the traction mechanism includes a double-ended sheave frame (8) that is rotatably arranged on the inside top of the frame-shaped shielding box plate (1), and the double-ended sheave frame (8) Both sides of the upper side are wound with traction ropes (9) and are respectively used for traction on both sides of the curtain (2).4.根据权利要求3所述的一种百叶用翻转机构，其特征在于：所述滑盒(5)内侧部设置有第一孔块(10)，第一孔块(10)侧部设置有滚轮(11)并与所述框形遮蔽盒板(1)内侧壁滚动接触，所述牵引绳(9)滑动贯穿于第一孔块(10)上预设孔，且牵引绳(9)底端设置有挡块(12)，挡块(12)用于对远离所述双头绳轮架(8)最下端的滑盒(5)上第一孔块(10)进行防脱限定。4. A flipping mechanism for louvers according to claim 3, characterized in that: a first hole block (10) is provided on the inner side of the sliding box (5), and a side part of the first hole block (10) is provided with The roller (11) is in rolling contact with the inner side wall of the frame-shaped shielding box plate (1), the traction rope (9) slides through the preset hole on the first hole block (10), and the bottom of the traction rope (9) A block (12) is provided at the end, and the block (12) is used to prevent the first hole block (10) on the sliding box (5) far away from the lowermost end of the double-ended sheave frame (8) from falling off.5.根据权利要求3所述的一种百叶用翻转机构，其特征在于：所述滑盒(5)外侧壁为敞口设计，且所述夹固转块(3)通过轴承圈转动设置在滑盒(5)敞口部内侧，所述滑盒(5)前后壁上均设有限位滑道(13)，且限位滑道(13)和所述滑槽口(4)端部配合限位滑动，所述限位绳(6)上布置有若干个限位托杆架(14)，所述限位滑道(13)内侧壁上均设置有第二孔块(15)，且所述限位托杆架(14)滑动贯穿于第二孔块(15)并用于对滑盒(5)位置高度进行限定。5. A flipping mechanism for louvers according to claim 3, characterized in that: the outer side wall of the sliding box (5) is designed to be open, and the clamping rotary block (3) is rotated by a bearing ring and arranged on the On the inside of the opening of the slide box (5), limit slides (13) are provided on the front and rear walls of the slide box (5), and the limit slides (13) cooperate with the ends of the slide slots (4) limit sliding, several limit brackets (14) are arranged on the limit rope (6), and second hole blocks (15) are arranged on the inner side walls of the limit slides (13), and The limiting bracket (14) slides through the second hole block (15) and is used to limit the position and height of the sliding box (5).6.根据权利要求3所述的一种百叶用翻转机构，其特征在于：所述框形遮蔽盒板(1)内部靠近所述推板(7)侧对称设置有双耳块(16)，双耳块(16)内部沿水平纵向设置有双头弹簧杆(17)，所述推板(7)上下端均设置有第三孔块(18)，且所述双头弹簧杆(17)中部段滑动贯穿于第三孔块(18)上预设孔，双头弹簧杆(17)用于第三孔块(18)前后推移后的复位。6. A flipping mechanism for louvers according to claim 3, characterized in that: the inside of the frame-shaped shielding box (1) is symmetrically provided with double ear blocks (16) close to the side of the push plate (7), A double-headed spring rod (17) is arranged horizontally and vertically inside the double-ear block (16), and a third hole block (18) is provided at the upper and lower ends of the push plate (7), and the double-headed spring rod (17) The middle section slides through the preset hole on the third hole block (18), and the double-ended spring rod (17) is used for reset after the third hole block (18) moves back and forth.7.根据权利要求3所述的一种百叶用翻转机构，其特征在于：所述翻转组件还包括设置在靠近所述推板(7)侧并固定设置在所述夹固转块(3)内侧部的从动齿轮(19)，对应所述滑盒(5)内侧前后壁上均设有开口(20)，开口(20)上滑动贯穿有和从动齿轮(19)啮合连接的齿条板(21)，且齿条板(21)后端设置有和推板(7)外表面相接触的顶块(22)；7. A flipping mechanism for louvers according to claim 3, characterized in that: the flipping assembly further includes a side close to the push plate (7) and fixed on the clamping rotary block (3) The driven gear (19) on the inner side is provided with openings (20) on the front and rear walls corresponding to the inner side of the sliding box (5), and the opening (20) slides through a rack that meshes with the driven gear (19) plate (21), and the rear end of the rack plate (21) is provided with a top block (22) in contact with the outer surface of the push plate (7);所述滑盒(5)前端面设有活动孔(23)，所述顶块(22)前端设置有滑动贯穿于活动孔(23)的复位弹簧套杆(24)，所述复位弹簧套杆(24)推动顶块(22)始终和推板(7)外表面相接触，所述推板(7)的前后运动间接通过顶块(22)使齿条板(21)带动从动齿轮(19)进行正反向转动，使所述帘片(2)进行正反向翻转。The front end of the sliding box (5) is provided with a movable hole (23), and the front end of the top block (22) is provided with a reset spring sleeve rod (24) that slides through the movable hole (23). (24) Pushing the top block (22) is always in contact with the outer surface of the push plate (7), and the forward and backward movement of the push plate (7) indirectly makes the rack plate (21) drive the driven gear (19) through the top block (22) ) to rotate forward and reverse, so that the curtain (2) is reversed forward and reverse.8.根据权利要求7所述的一种百叶用翻转机构，其特征在于：所述翻转组件还包括对称设置在推板(7)侧部的第一主磁块(25)，所述外推组件包括通过轴承座转动设置在窗框体(101)两侧中部的调节螺杆(27)，且窗框体(101)内部两侧均对称设置有定位杆(28)，所述调节螺杆(27)上螺纹配合套入有内螺纹孔块(29)，内螺纹孔块(29)两端均设置有滑动套设在对应所述定位杆(28)上的第一副磁孔块(30)，第一副磁孔块(30)和所述第一主磁块(25)磁吸连接，调节螺杆(27)的正反向转动分别带动内螺纹孔块(29)和第一副磁孔块(30)沿着平行于所述齿条板(21)运动方向移动，进而带动所述推板(7)进行前后推移。8. A flipping mechanism for louvers according to claim 7, characterized in that: the flipping assembly further includes a first main magnetic block (25) symmetrically arranged on the side of the push plate (7), and the pushing The assembly includes an adjusting screw (27) arranged in the middle of both sides of the window frame (101) through the rotation of the bearing seat, and positioning rods (28) are arranged symmetrically on both sides inside the window frame (101), and the adjusting screw (27) ) is fitted with an internally threaded hole block (29), and both ends of the internally threaded hole block (29) are provided with a first auxiliary magnetic hole block (30) that is slidingly sleeved on the corresponding positioning rod (28). , the first auxiliary magnetic hole block (30) is magnetically connected to the first main magnetic block (25), and the forward and reverse rotation of the adjusting screw (27) drives the internally threaded hole block (29) and the first auxiliary magnetic hole respectively. The block (30) moves along a direction parallel to the movement of the rack plate (21), and then drives the push plate (7) to move back and forth.9.根据权利要求3所述的一种百叶用翻转机构，其特征在于：所述牵引机构还包括对称设置在双头绳轮架(8)侧部的第二主磁块(26)，所述窗框体(101)一侧均通过轴承座对称转动设置有传动齿轮部(31)，传动齿轮部(31)之间通过齿条皮带(32)进行啮合连接，且上部所述传动齿轮部(31)侧部设置有和第二主磁块(26)磁吸配合的第二副磁块(33)，齿条皮带(32)外表面设置有固定磁块(34)，所述窗框体(101)外表面预设有滑槽部并滑动配合有滑动磁块(35)，且滑动磁块(35)和固定磁块(34)磁吸配合，所述滑动磁块(35)在滑槽部的滑动依次通过固定磁块(34)、齿条皮带(32)、传动齿轮部(31)、第二副磁块(33)和第二主磁块(26)的配合带动双头绳轮架(8)进行转动，使牵引绳(9)对百叶进行提升或下降。9. A flipping mechanism for louvers according to claim 3, characterized in that: the traction mechanism also includes a second main magnet (26) symmetrically arranged on the side of the double-ended sheave frame (8), the One side of the window frame body (101) is provided with a transmission gear part (31) through the symmetrical rotation of the bearing seat, and the transmission gear part (31) is meshed and connected by a rack belt (32), and the transmission gear part ( 31) The side is provided with a second sub-magnet (33) magnetically cooperating with the second main magnet (26), and the outer surface of the rack belt (32) is provided with a fixed magnet (34). The window frame (101) The outer surface is preset with a chute portion and is slidably fitted with a sliding magnetic block (35), and the sliding magnetic block (35) and the fixed magnetic block (34) are magnetically matched, and the sliding magnetic block (35) is sliding The sliding of the groove part drives the double-ended sheave through the cooperation of the fixed magnetic block (34), the rack belt (32), the transmission gear part (31), the second secondary magnetic block (33) and the second main magnetic block (26). Frame (8) is rotated, and traction rope (9) is promoted or descended to shutter.10.一种中空百叶玻璃窗，包括窗框体(101)，其特征在于：还包括上述权利要求1-9任意一项所述的百叶用翻转机构。10. A hollow louvered glass window, comprising a window frame (101), characterized in that it further comprises the louver turning mechanism according to any one of claims 1-9.

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