CN206774623U - A kind of rubberizing equipment - Google Patents

Abstract

The utility model discloses a gluing equipment, which belongs to the field of automation equipment. The gluing equipment includes a frame, a first conveyor belt, a separation positioning device, a first gluing device, a bottom surface gluing device, a side gluing device, and a front end gluing device. , Sticking the front device, adjusting device, second gluing device, second conveyor belt and material shifting device. The gluing equipment has a simple structure and is convenient for production and assembly. It automatically pastes the high-temperature adhesive paper on the battery cell, and bends the high-temperature adhesive paper to paste the battery cell firmly. The battery production line has a high battery yield rate, good battery quality consistency, and a large increase in enterprise production efficiency. As a result, the cost of producing batteries for enterprises is reduced.

Description

A kind of gluing equipment

technical field

The utility model relates to the field of gluing equipment, in particular to a gluing equipment applied to a battery production line.

Background technique

With the rapid development of electronic technology, the use of electronic products is becoming more and more extensive, and the battery industry is also developing rapidly. The demand for batteries is also increasing, and battery production equipment is thus produced. At present, when the existing battery production line pastes the high-temperature adhesive tape, the high-temperature adhesive tape is manually attached to the battery cell. This method causes the production efficiency of the battery to be low, requires more staff to operate, and the battery quality cannot be guaranteed. The battery yield rate is low, and the production cost of the enterprise increases.

Utility model content

In order to solve the above technical problems, the utility model discloses a gluing equipment, which includes a frame, a first conveyor belt, a separation positioning device, an adjustment device, a first gluing device, a bottom surface device, a front surface device, a Side device, front-applying device, second gluing device, second conveyor belt and material transfer device, one end of the first conveyor belt is set on the frame, and the separation and positioning device is set on the frame and is located on one side of the first conveyor belt , the adjustment device, the first glue application device, the bottom surface application device, the front surface application device, the side surface application device and the front surface application device are arranged on the frame, the adjustment device, the first glue application device, the bottom surface application device, the front surface application device, the application The side device and the front-applying device surround the separation and positioning device in sequence, the second gluing device is arranged on the frame, and is located on one side of the separation and positioning device, and one end of the second conveyor belt is arranged on the frame, and is located on the second gluing device. On one side, the material shifting device is arranged on the frame, and the material moving device corresponds to the first conveyor belt, the partition positioning device, the second gluing device and the second conveyor belt respectively.

According to an embodiment of the present utility model, the above-mentioned gluing equipment further includes a first overturning device, the first overturning device is arranged on the frame, and is located between the partition positioning device and the second gluing device.

According to an embodiment of the present utility model, the above-mentioned gluing equipment further includes a second overturning device, and the second overturning device is arranged on the frame, and is located between the second gluing device and the second conveyor belt.

According to one embodiment of the present utility model, the above-mentioned partition positioning device includes a partition mounting seat, a partition plate, a partition driving element and at least one partition positioning seat, the partition mounting seat is arranged on the frame, and is located on one side of the first conveyor belt, and the partition The disk is arranged on the frame and is located on one side of the partition mounting seat, the partition driving element is arranged on the partition mounting seat, the output end of the partition driving element is connected to the partition disk, at least one partition positioning seat is arranged on the partition disk, and is located on the partition drive element. side.

According to an embodiment of the present utility model, the adjustment device includes an adjustment mounting seat, an adjustment guide rail, an adjustment moving part, a first adjustment drive element, a second adjustment drive element, an adjustment lower pressure block, a third adjustment drive element, and an adjustment upper top block, the adjustment mounting seat is arranged on the frame, and is located on one side of the separation positioning device, the adjustment guide rail is laid on the adjustment installation seat, the adjustment moving part is arranged on the adjustment guide rail, the first adjustment driving element is arranged on the adjustment installation seat, and is located on the adjustment guide rail On one side, the output end of the first adjustment driving element is connected to the adjustment moving part, the second adjustment driving element is arranged on the adjustment moving part, the adjustment lower pressing block is arranged on the output end of the second adjustment driving element, and the third adjustment driving element is arranged on The adjusting moving part is located on one side of the second adjusting driving element, and the adjusting upper jacking block is arranged on the output end of the third adjusting driving element, and the lower pressing block is adjusted correspondingly.

According to an embodiment of the present utility model, the above-mentioned first gluing device includes a gluing installation seat, a glue supply turntable, a gluing power mechanism, and a gluing stripping mechanism. On one side of the device, the glue supply turntable is set on the glue application mounting seat, the glue application power mechanism is set on the glue application installation seat, the glue application power mechanism is located on one side of the glue supply turntable, the glue stripping mechanism is set on the glue application mounting seat, and the glue stripping mechanism is set on the glue application mounting seat. The mechanism is located on one side of the gluing power mechanism and corresponds to the separation and positioning device.

According to an embodiment of the present utility model, the above-mentioned bottom sticking device includes a bottom sticking mounting seat, two bottom sticking guide rails, a bottom sticking moving part, a first bottom sticking drive element, a bottom sticking roller mechanism and a second bottom sticking drive element, The bottom surface mounting seat is set on the frame and is located on one side of the separation positioning device. One end of the two bottom surface guide rails is set on the bottom surface mounting seat, and the bottom surface moving part is sleeved on the two bottom surface guide rails. The first bottom surface driving element It is installed on the moving part of the bottom surface, the bottom surface roller mechanism is set at the output end of the first bottom surface driving element, the second bottom surface driving element is set on the bottom surface mounting seat, and is located between two bottom surface guide rails, and the second bottom surface drive The output end of the component is connected to the moving part attached to the bottom surface.

According to an embodiment of the present utility model, the above-mentioned side-facing device includes a side-facing mounting seat, a side-facing fixed seat, a side-facing driving element, a side-facing moving part, and two side-facing rollers, and the side-facing mounting seat is arranged on the frame, and It is located on one side of the front-end surface device, the fixed seat of the side is set on the mounting seat of the side, the drive element of the side is set on the fixed seat of the side, the moving part of the side is set at the output end of the drive element of the side, and the two rollers of the side Set on the side moving parts.

According to an embodiment of the present utility model, the above-mentioned front-facing device includes a front-facing installation seat, a front-facing fixing seat, a first front-facing driving element, a front-facing lifting block, a second front-facing driving element, and a third front-facing driving element. And two front-facing rollers, the front-facing installation seat is set on the frame, the front-facing installation seat is located on one side of the side-facing device, the front-facing fixing seat is set on the front-facing installation seat, and the first front-facing driving element is set on the front-facing and fixed Seat, the driving element of the first sticker is located on one side of the mounting seat of the sticker, the lifting block of the sticker is set on the output end of the driver of the first sticker, the driving element of the second sticker is set on the fixed seat of the sticker, and the second sticker The front driving element is located on one side of the first pasting front driving element, the third pasting front driving element is arranged at the output end of the second pasting front driving element, and the two front pasting rollers are arranged at the output end of the third pasting front driving element.

According to an embodiment of the present utility model, the material shifting device includes a material shifting installation seat, a first material shifting guide rail, a first material shifting drive element, a moving mechanism, a first material suction mechanism, a second material suction mechanism, a third suction material The material transfer mechanism and the fourth material suction mechanism, the material transfer installation seat is set on the frame, and is located on the side separating the positioning device and the second gluing device, the first material transfer guide rail is set on the material transfer installation seat, and the moving mechanism is set on the second A material transfer guide rail, the first material transfer drive element is arranged on the material transfer installation seat, the output end of the first material transfer drive element is connected to the first material transfer guide rail, the first material suction mechanism, the second material suction mechanism, the third material suction mechanism The mechanism and the fourth suction mechanism are sequentially arranged on the moving mechanism.

Compared with the prior art, the gluing equipment of the utility model has a simple structure, convenient production and assembly, and automatically pastes high-temperature adhesive paper on the battery cell. The battery production line has a high battery yield rate and good battery quality consistency, and the production efficiency of the enterprise is greatly improved. , The cost of producing batteries for enterprises is reduced.

Description of drawings

Fig. 1 is a schematic diagram of a gluing device according to an embodiment of the present invention.

Fig. 2 is a schematic diagram of a first high temperature adhesive tape according to an embodiment of the present invention.

Fig. 3 is a schematic diagram of a second high temperature adhesive tape according to an embodiment of the present invention.

Fig. 4 is a schematic diagram of an overturning mechanism according to an embodiment of the present invention.

Fig. 5 is a schematic diagram of a partition positioning device according to an embodiment of the present invention.

FIG. 6 is a schematic diagram of an adjustment device according to an embodiment of the present invention.

Fig. 7 is a schematic diagram of a first gluing device according to an embodiment of the present invention.

Fig. 8 is another schematic diagram of the first gluing device according to an embodiment of the present invention.

Fig. 9 is a schematic diagram of a device for attaching a bottom surface according to an embodiment of the present invention.

Fig. 10 is a schematic diagram of a side sticking device according to an embodiment of the present invention.

Fig. 11 is a schematic diagram of a front-facing device according to an embodiment of the present invention.

Fig. 12 is a schematic diagram of a material transfer device according to an embodiment of the present invention.

Explanation of reference signs:

1. Gluing equipment; 101. Rack; 102. First conveyor belt; 103. Separation positioning device; 1031. Separation mounting seat; 1032. Separation plate; 1033. Separation drive element; 1034. At least one separation positioning seat; 104 , adjusting device; 1041, adjusting mounting seat; 1042, adjusting guide rail; 1043, adjusting moving part; 1044, first adjusting driving element; 1045, second adjusting driving element; 1046, adjusting lower pressure block; 1047, third adjusting driving Components; 1048. Adjusting the top block; 105. The first gluing device; 1051. The gluing installation seat; 1052. The gluing turntable; 1053. The gluing power mechanism; 10531. A plurality of gluing rollers; ; 10533, at least one synchronous wheel; 1054, stripping mechanism; 10541, the first stripping guide rail; 10542, the first stripping moving part; 10543, the first stripping driving element; The second stripping moving part; 10546, the second stripping driving element; 10547, the third stripping driving element; 10548, the stripping suction nozzle; 106, the sticking bottom surface device; 1061, sticking the bottom surface mounting seat; Bottom surface guide rail; 1063, bottom surface moving part; 1064, first bottom surface driving element; 1065, bottom surface roller mechanism; 10651, bottom surface fixed seat; 10652, bottom surface fixed rod; 10653, two bottom surface rollers; 107, paste the front surface device; 108, paste the side device; 1081, paste the side installation seat; 1082, paste the side fixed seat; 1083, paste the side driving element; 1084, paste the side moving part; Two rollers attached to the side; 109, the device for attaching the front; 1091, the mounting seat for attaching the front; 1092, the fixed seat for attaching the front; 1093, the driving element for the first attachment of the front; 1094, the lifting block for the attachment of the front; 1095, the drive for the second attachment of the front Components; 1096, the third front-facing driving element; 1097, two front-facing rollers; 110, the second glue-applying device; 111, the second conveyor belt; 112, the material-shifting device; One material shifting guide rail; 1123, the first material shifting drive element; 1124, the moving mechanism; 11241, the first material shifting moving part; 11242, the second material moving guide rail; 11243, the second material moving moving part; Material driving element; 11245, moving material fixing seat; 1125, the first material suction mechanism; 11251, the first material suction mounting seat; 11252, the first material suction manipulator; 1126, the second material suction mechanism; 1127, the third material suction mechanism; 11271, the third material suction mounting seat; 11272, the material suction rotating drive element; 11273, the third material suction manipulator; 1128, the fourth material suction mechanism; 113, the first turning device; first flip driver 1133, flip positioning seat; 1134, two flip mounting posts; 1135, the second flip drive element; 1136, the third flip drive element; 1137, two flip clips; 114, the second flip device; 2, the first High temperature adhesive tape; 3, the second high temperature adhesive tape.

detailed description

A number of embodiments of the present invention will be disclosed in the following diagrams. For the sake of clarity, many practical details will be described together in the following description. However, it should be understood that these practical details should not be used to limit the invention.

The terms "first", "second" and the like used herein do not specifically refer to a sequence or sequence, nor are they used to limit the present invention, but are only used to distinguish components or operations described with the same technical terms That's all.

Please refer to Fig. 1, Fig. 2 and Fig. 3, Fig. 1 is a schematic diagram of a gluing equipment 1 of an embodiment of the present invention, Fig. 2 is a schematic diagram of the first high temperature adhesive tape 2 of an embodiment of the present utility model, Fig. 3 is A schematic diagram of the second high-temperature adhesive tape 3 on the reverse side of an embodiment of the present invention. As shown in the figure, the utility model discloses a glue sticking equipment 1, which is used in the battery production line, and its main function is to stick the high-temperature glue paper to the battery cell, bend the high-temperature glue paper, and stick it firmly. The glue stick equipment 1 Transfer the processed cells to the next station of the battery production line. The gluing equipment 1 includes a frame 101, a first conveyor belt 102, a separation positioning device 103, an adjustment device 104, a first gluing device 105, a bottom surface device 106, a front surface device 107, a side device 108, and a front device 109 , the second gluing device 110 , the second conveyor belt 111 and the material transfer device 112 . One end of the first conveyor belt 102 is arranged on the frame 101 , and the other end of the first conveyor belt 102 is connected to the previous process of the cell production line. The separation and positioning device 103 is disposed on the frame 101 , and the separation and positioning device 103 is located on one side of the first conveyor belt 101 . The adjusting device 104, the first gluing device 105, the bottom surface device 106, the front surface device 107, the side device 108 and the front device 109 are arranged on the frame 101, the adjusting device 104, the first gluing device 105, the bottom surface The device 106 , the front-applying device 107 , the side-applying device 108 and the front-applying device 109 surround the partition positioning device 103 in sequence. The second gluing device 110 is disposed on the frame 101 , and the second gluing device 110 is located on a side separating the positioning device 103 . One end of the second conveyor belt 111 is arranged on the frame 101, and the other end of the second conveyor belt 111 is connected to the next process of the cell production line. The second conveyor belt 111 is located on one side of the second gluing device 110. Installed on the frame 101 , the material shifting device 112 corresponds to the first conveyor belt 102 , the partition positioning device 103 , the second gluing device 111 and the second conveyor belt 112 respectively. In the last process of the battery production line, the battery cells are placed on the first conveyor belt 102, and the first conveyor belt 102 transmits the battery cells into the gluing equipment 1; then, the material transfer device 112 transfers the battery cells located on the first conveyor belt 102 to the partition Positioning device 103, separating the positioning device 103 to drive the cell to rotate, and the cell sequentially passes through the adjustment device 104, the first gluing device 105, the bottom surface bonding device 106, the front surface bonding device 107, the side surface bonding device 108 and the front bonding device 109; The separation and positioning device 103 drives the battery cell to rotate to the position corresponding to the adjustment device 104, and the adjustment device 104 adjusts the position of the rubber case and the battery cell so that the rubber case is close to the battery cell; the separation and positioning device 103 continues to drive the battery cell to rotate to the corresponding position. The station of the first gluing device 105, the first gluing device 105 sticks the first high-temperature adhesive paper 2 to the front of the cell; then, the separation and positioning device 103 continues to drive the cell to rotate to the station corresponding to the bottom surface device 106 , the bottom surface sticking device 106 sticks the first part 21 of the first high temperature adhesive paper 2 attached to the battery cell to the bottom surface of the battery cell; then, the separation positioning device 103 continues to drive the battery core to rotate to the station corresponding to the front end surface sticking device 107, The front-end surface sticking device 107 sticks the second part 22 of the first high-temperature adhesive paper 2 attached to the battery cell to the bottom surface of the battery cell; then, the separation and positioning device 103 continues to drive the battery core to rotate to the station corresponding to the side sticking device 108, The side sticking device 108 sticks the third part 23 of the first high-temperature adhesive paper 2 attached to the battery cell to the two sides of the battery cell; then, the separation and positioning device 103 continues to drive the battery cell to rotate to the station corresponding to the front sticking device 109 , the front sticking device 109 sticks the fourth part 24 and the fifth part 25 of the first high-temperature adhesive paper 2 attached to the battery cell to the side and the bottom surface of the battery cell respectively; then, the separation and positioning device 103 continues to drive the battery cell to rotate to the corresponding The station of the material transfer device 112; the material transfer device 112 transmits the battery cell to the second gluing device 110, and the second gluing device 110 sticks the second high temperature adhesive paper 3 to the reverse side of the battery cell; then, the material transfer device 112 The cells with the reverse side are moved to the second conveyor belt 111, and the second conveyor belt 111 transfers the cells to the next process of the battery production line.

Continuing to refer to Fig. 1, the gluing equipment 1 also includes a first turning device 113 and a second turning device 114, the first turning device 113 is arranged on the frame 101, and the first turning device 113 is located at the separation positioning device 103 and the second gluing device 110 , the second turning device 114 is arranged on the frame 101 , and the second turning device 114 is located between the second gluing device 110 and the second conveyor belt 111 . The first overturning device 113 and the second overturning device 114 are used to overturn the battery cell, the first overturning device 113 overturns the battery cell, so that the second gluing device 110 can paste the high-temperature adhesive tape on the reverse side of the battery cell; the second overturning device 114 overturns The battery cell facilitates the next process of the battery production line and speeds up the work efficiency of the battery production line.

During specific application, the structure and operation principle of the first turning device 113 and the second turning device 114 are consistent. Below, the utility model will take the first turning device 113 as an example to illustrate the first turning device 113 and the second turning device 114. Structure and operating principle. Also refer to FIG. 4 , which is a schematic diagram of the first turning device 113 according to an embodiment of the present invention. As shown in the figure, the first turning device 113 includes a turning mounting base 1131, a first turning driving element 1132, a turning positioning seat 1133, two turning mounting posts 1134, a second turning driving element 1135, a third turning driving element 1136 and two 1137 flip clips. The material shifting device 112 transfers the electric core to the flipping positioning seat 1133, and the flipping positioning seat 1133 fixes and positions the electric cell; then, the third flipping drive element 1136 drives two flipping clips 1137 to clamp the cell, and at the same time, the first flipping drive The element 1132 drives the overturning positioning seat 1133 to move down, and the overturning positioning seat 1133 releases the electric core; then, the second overturning driving element 1135 drives the third overturning driving element 1136 to rotate, and the third overturning driving element 1136 drives the two overturning clips 1137 and the electric core. The core rotates to complete the work of flipping the battery core.

Also refer to FIG. 5 , which is a schematic diagram of a partition positioning device 103 according to an embodiment of the present invention. As shown in the figure, the partition positioning device 103 includes a partition mounting seat 1031 , a partition plate 1032 , a partition driving element 1033 and at least one partition positioning seat 1034 . The separation mounting seat 1031 is arranged on the frame 101, the separation mounting seat 1031 is located on one side of the first conveyor belt 102, the separation disk 1032 is arranged on the frame 101, the separation disk 1032 is located on one side of the separation installation seat 1031, and the separation drive element 1033 is arranged On the partition installation seat 1031 , the output end of the partition drive element 1033 is connected to the partition plate 1032 , at least one partition positioning seat 1034 is arranged on the partition plate 1032 , and at least one partition positioning seat 1034 is located on one side of the partition drive element 1033 . The material transfer device 112 transfers the battery cells located on the first conveyor belt 102 to the separation and positioning device 103, the separation drive element 1033 drives the separation disk 1032 to rotate, and the separation disk 1032 drives at least one separation positioning seat 1034 and the battery cells to rotate, and the battery cells are sequentially Rotate to the adjustment device 104, the first glue application device 105, the bottom surface application device 106, the front surface application device 107, the side surface application device 108 and the front surface application device 109. In a specific application, the number of at least one partition positioning seat 1034 is eight, and the eight partition positioning seats 1034 cooperate to speed up the work efficiency of the gluing equipment 1 and improve the production efficiency of the enterprise.

Also refer to FIG. 6 , which is a schematic diagram of an adjustment device 104 according to an embodiment of the present invention. As shown in the figure, the adjusting device 104 includes an adjusting mounting seat 1041, an adjusting guide rail 1042, an adjusting moving part 1043, a first adjusting driving element 1044, a second adjusting driving element 1045, an adjusting lower pressing block 1046, a third adjusting driving element 1047 and Adjust upper block 1048. The adjustment mounting base 1041 is disposed on the frame 101 , and the adjustment mounting base 1041 is located on one side separating the positioning device 103 . The adjustment guide rail 1042 is laid on the adjustment mounting seat 1041, the adjustment moving part 1043 is arranged on the adjustment guide rail 1042, the first adjustment drive element 1044 is arranged on the adjustment installation seat 1041, the first adjustment drive element 1044 is located on one side of the adjustment guide rail 1042, the first adjustment The output end of the driving element 1044 is connected to the adjustment moving part 1043, the second adjustment driving element 1045 is arranged on the adjustment moving part 1043, the adjustment pressing block 1046 is arranged on the output end of the second adjustment driving element 1045, and the third adjustment driving element 1047 is arranged on the Adjust the moving part 1043, the third adjustment drive element 1047 is located on one side of the second adjustment drive element 1045, the upper adjustment block 1048 is arranged at the output end of the third adjustment drive element 1047, the upper adjustment block 1048 corresponds to the adjustment lower pressure block 1046 . The separation and positioning device 103 drives the cell to rotate to the position corresponding to the adjustment device 104, and the second adjustment drive element 1045 drives the adjustment lower pressing block 1046 to move down to a predetermined position; then, the first adjustment drive element 1044 drives the adjustment moving part 1043 to adjust The guide rail 1042 moves to the predetermined position, and the adjustment moving part 1043 drives the second adjustment drive element 1045, the adjustment lower pressing block 1046, the third adjustment drive element 1047 and the adjustment upper block 1048 to move to the predetermined position along the adjustment guide rail 1042; The adjustment driving element 1047 drives the adjustment upper top block 1048 to move upwards, and the adjustment upper top block 1048 and the adjustment lower pressure block 1046 press the rubber shell on the battery cell so that the rubber shell is tightly attached to the battery cell.

During specific application, the structure and operating principle of the first gluing device 105 and the second gluing device 110 are consistent. Below, the utility model will take the first gluing device 105 as an example to illustrate the first gluing device 105 and the second The structure and operation principle of the gluing device 110. Referring to FIG. 7 and FIG. 8 together, they are two schematic diagrams of the first gluing device 105 according to an embodiment of the present invention. As shown in the figure, the first glue application device 105 includes a glue application mounting base 1051 , a glue supply turntable 1052 , a glue application power mechanism 1053 and a glue stripping mechanism 1054 . The glue mounting seat 1051 is disposed on the frame 101 , and the glue mounting seat 1051 is located on one side of the separating positioning device 103 . The glue supply turntable 1052 is disposed on the glue mounting base 1051 . The gluing power mechanism 1053 is arranged on the gluing installation seat 1051, the gluing power mechanism 1053 is located on one side of the gluing turntable 1052, the gluing mechanism 1054 is arranged on the gluing mounting seat 1051, and the gluing mechanism 1054 is located at the side of the gluing power mechanism 1053. One side, and the peeling mechanism 1054 corresponds to the partition positioning device 103 . The first high-temperature adhesive tape 2 of the roll material is placed on the glue supply turntable 1052, one end of the first high-temperature adhesive paper 2 of the roll material is sequentially connected to the glue sticking power mechanism 1053 and the peeling mechanism 1054, and one end of the first high-temperature adhesive paper 2 of the roll material is fixed In the gluing power mechanism 1053; the separation and positioning device 103 drives the cell to rotate to the position corresponding to the first gluing device 105, and the gluing power mechanism 1052 drives the first high-temperature adhesive paper 2 of the coil to move to the stripping mechanism 1054; The mechanism 1054 separates the single high-temperature adhesive paper 2 of the first high-temperature adhesive paper 2 of the roll material, and sticks the single high-temperature adhesive paper 2 to the predetermined position of the battery cell; Paper collection.

Continuing to refer to FIG. 7 and FIG. 8 , the gluing power mechanism 1053 includes a plurality of glue feeding rollers 10531 , a power driving element 10532 , at least one synchronous wheel 10533 and a synchronous belt 10534 . A plurality of glue feeding rollers 10531 are arranged on the glue application installation seat 1051 , and a plurality of glue feeding rollers 10531 are located on one side of the glue stripping mechanism 1054 . The power driving element 10532 is arranged on the gluing installation seat 1051 , and the power driving element 10532 is located on one side of the plurality of glue feeding rollers 10531 . At least one synchronous wheel 10533 is connected to the output ends of a plurality of rubber feeding rollers 10531 and the power driving element 10532 , and the synchronous belt 10534 is connected to at least one synchronous wheel 10533 . The power drive element 10532 drives at least one synchronous wheel 10533 to rotate, at least one synchronous wheel 10533 and the synchronous belt 10534 drive a plurality of rubber feeding rollers 10531 to rotate, and the plurality of rubber feeding rollers 10531 drives the first high-temperature adhesive paper 2 of the roll material to move to the stripping mechanism 1054, the single first high-temperature adhesive paper 2 of the roll material passes through the peeling mechanism 1054 in sequence, and a plurality of rubber feeding rollers 10531 collect the release paper of the first high-temperature adhesive paper 2 of the roll material.

Continue to refer to FIG. 7 and FIG. 8, the stripping mechanism 1054 includes a first stripping guide rail 10541, a first stripping moving part 10542, a first stripping driving element 10543, a second stripping guide rail 10544, and a second stripping moving part 10545 , the second stripping driving element 10546, the third stripping driving element 10547 and the stripping suction nozzle 10548. The first stripping guide rail 10541 is laid on the glue mounting seat 1051 , and the first stripping guide rail 10541 is located on one side of the glue application power mechanism 1053 . The first stripping moving part 10542 is arranged on the stripping guide rail 10541 . The first stripping driving element 10543 is arranged on the glue mounting seat 1051 , and the output end of the first stripping driving element 10543 is connected to the first stripping moving part 10542 . The second stripping guide rail 10544 is laid on the first stripping mobile member 10542 , and the second stripping guide rail 10544 is located on one side of the first stripping mobile unit 10542 . The second stripping moving part 10545 is arranged on the second stripping guide rail 10544 . The second stripping driving element 10546 is arranged on the first stripping moving part 10542, the second stripping driving element 10546 is located on one side of the second stripping guide rail 10544, and the output end of the second stripping driving element 10546 is connected to the second stripping Mobile 10545. The third stripping driving element 10547 is arranged on the second stripping moving part 10545, the third stripping driving element 10547 is located on the second stripping driving element 10546, and the stripping suction nozzle 10548 is arranged on the output end of the third stripping driving element 10547 . A plurality of rubber feeding rollers 10531 drives the high-temperature adhesive paper to move to the stripping mechanism 1054, the first stripping driving element 10543 drives the first stripping moving part 10542 to move along the first stripping guide rail 10541, and the first stripping moving part 10542 Drive the second stripping guide rail 10544, the second stripping moving part 10545, the second stripping driving element 10546, the third stripping driving element 10547 and the stripping nozzle 10548 to move to a predetermined position along the first stripping guide rail 10541; then , the second stripping driving element 10546 drives the second stripping moving part 10545 to move to a predetermined position along the second stripping guide rail 10544, and the second stripping moving part 10545 drives the third stripping driving element 10547 and the stripping suction nozzle 10548 along the The second stripping guide rail 10544 moves to a predetermined position; then, the third stripping driving element 10547 drives the stripping suction nozzle 10548 to move to a predetermined position, and the stripping suction nozzle 10548 sucks a single piece of the first high-temperature adhesive paper 2; then the third stripping The adhesive driving element 10547 drives the adhesive stripping nozzle 10548 and the single piece of the first high-temperature adhesive paper 2 to move to a predetermined position; then, the first adhesive stripping driving element 10543 drives the first adhesive stripping moving part 10542, the second adhesive stripping guide rail 10544, the The second stripping moving part 10545, the second stripping driving element 10546, the third stripping driving element 10547, the stripping suction nozzle 10548 and the single piece of first high-temperature adhesive paper 2 move to the separation positioning device 103 along the first stripping guide rail 10541 Thereafter, the second stripping driving element 10546 drives the second stripping moving part 10545, the third stripping driving element 10547, the stripping suction nozzle 10548 and the first single high-temperature adhesive paper 2 to move along the second stripping guide rail 10544 to Corresponding to the position of the electric core on the separation and positioning device 103; then, the third stripping driving element 10547 drives the stripping suction nozzle 10548 and the single piece of the first high-temperature adhesive paper 2 to move to the electric core, and the stripping suction nozzle 10548 moves the single piece of the first high-temperature adhesive paper 2 to the electric core. A high-temperature adhesive tape 2 is attached to the predetermined position of the battery cell.

During specific application, the structure and operation principle of the bottom surface sticking device 106 and the front surface sticking device 107 are consistent. Below, the utility model will take the bottom surface sticking device 106 as an example to illustrate the structure and operation of the bottom surface sticking device 106 and the front surface sticking device 107. principle. Also refer to FIG. 9 , which is a schematic diagram of a bottom surface attaching device 106 according to an embodiment of the present invention. As shown in the figure, the bottom sticking device 106 includes a bottom sticking installation seat 1061, two bottom sticking guide rails 1062, a bottom sticking moving part 1063, a first sticking surface driving element 1064, a sticking surface roller mechanism 1065 and a second sticking surface driving element 1066 . The bottom surface mounting seat 1061 is disposed on the frame 101 , and the bottom surface mounting seat 1061 is located on one side of the partition positioning device 103 . One end of the two bottom-facing guide rails 1062 is set on the bottom-facing mounting seat 1061, the bottom-facing moving part 1063 is sleeved on the two bottom-facing guide rails 1062, the first bottom-facing driving element 1064 is arranged on the bottom-facing moving part 1063, and the bottom-facing roller mechanism 1065 is set on the output end of the first bottom-sticking surface driving element 1064, the second bottom-sticking surface driving element 1066 is set on the bottom-sticking surface mounting base 1061, and the second bottom-sticking surface driving element 1066 is located between two bottom-sticking surface guide rails 1062, and the second bottom-sticking surface drives The output end of the element 1066 is connected to the moving part 1063 attached to the bottom surface. The separation and positioning device 103 drives the battery core to rotate to the station corresponding to the bottom sticking device 106, and the second bottom sticking drive element 1066 drives the bottom sticking moving part 1063, the first bottom sticking drive element 1064 and the bottom sticking roller mechanism 1065 along the two bottom sticking surfaces. The guide rail 1062 moves down to a predetermined position; then, the first bottom-sticking driving element 1064 drives the bottom-sticking roller mechanism 1065 to stick the first part 21 of the first high-temperature adhesive tape 2 to the bottom surface of the cell.

The bottom-sticking roller mechanism 1065 includes a bottom-sticking fixed seat 10651 , a bottom-sticking fixed rod 10652 and two bottom-sticking rollers 10653 . The bottom surface fixing seat 10651 is set on the output end of the first bottom surface driving element 1064, the bottom surface fixing rod 10652 is set on the bottom surface fixing seat 10651, two bottom surface rollers 10653 are sleeved on the bottom surface fixing rod 10652, and the two bottom surface The rollers 10653 respectively correspond to the first part 21 of the first high temperature adhesive paper 2 . The first bottom sticking surface driving element 1064 drives the bottom sticking surface fixing seat 10651 to move to a predetermined position. The bottom surface roller 10653 sticks the first part 21 of the first high temperature adhesive paper 2 to the predetermined position of the battery cell.

Also refer to FIG. 10 , which is a schematic diagram of a side-facing device 108 according to an embodiment of the present invention. As shown in the figure, the side-facing device 108 includes a side-facing mounting base 1081 , a side-facing fixing seat 1082 , a side-facing driving element 1083 , a side-facing moving part 1084 and two side-facing rollers 1085 . The mounting base 1081 for sticking the side is disposed on the frame 101 , and the mounting base 1081 for sticking the side is located on one side of the device 107 for sticking the front end. Sticking side fixing seat 1082 is arranged on sticking side installation seat 1081, sticking side driving element 1083 is arranged on sticking side fixing seat 1082, sticking side moving part 1084 is arranged on the output end of sticking side driving element 1083, two sticking side rollers 1085 are arranged on The sticking side moving part 1084, and the two sticking side rollers 1085 respectively correspond to the two sides of the cell. The separation and positioning device 103 drives the cell to rotate to the position corresponding to the side-applied device 108, and the side-applied driving element 1083 drives the side-applied moving part 1084 to move. A side-applying roller 1085 rolls the third part 23 of the first high-temperature adhesive tape 2 onto the two sides of the cell.

Also refer to FIG. 11 , which is a schematic diagram of a front-facing device 109 according to an embodiment of the present invention. As shown in the figure, the front-facing device 109 includes a front-facing installation seat 1091, a front-facing fixing seat 1092, a first front-facing driving element 1093, a front-facing lifting block 1094, a second front-facing driving element 1095, and a third front-facing driving element. Element 1096 and two facing rollers 1097. The front-facing installation seat 1091 is arranged on the frame 101, the front-facing installation seat 1091 is located on one side of the side-facing device 108, the front-facing fixing seat 1092 is arranged on the front-facing mounting seat 1091, and the first front-facing driving element 1093 is arranged on the front-facing and fixed Seat 1092, the first front-facing driving element 1093 is located on one side of the front-facing installation seat 1091, the front-facing lifting block 1094 is arranged at the output end of the first front-facing driving element 1093, and the second front-facing driving element 1095 is arranged on the front facing Fixing seat 1092, the second sticking front driving element 1095 is located at one side of the first sticking front driving element 1093, the third sticking front driving element 1096 is arranged on the output end of the second sticking front driving element 1095, and two sticking front rollers 1097 are arranged The output end of the drive element 1096 is on the third front side. The separation and positioning device 103 drives the cell to rotate to the position corresponding to the front-facing device 109, the first front-facing driving element 1093 drives the front-facing lifting block 1094 to move upward, and the front-facing lifting block 1094 lifts at least one separation positioning seat 1034, At least one separation positioning seat 1034 releases the electric core; then, the second sticking front driving element 1095 drives the third sticking front driving element 1096 and two sticking front rollers 1097 to move, and at the same time, the two sticking front rollers 1097 move the first The fourth part 24 of the high-temperature adhesive tape 2 is rolled onto the two sides of the battery cell; then, the third front-facing drive element 1096 drives the two front-facing rollers 1097 to move, and the two front-facing rollers 1097 continue to roll and paste the first The fourth part 24 of the high-temperature adhesive tape 2 is rolled onto the bottom surface of the battery cell.

Also refer to FIG. 12 , which is a schematic diagram of a material transfer device 112 according to an embodiment of the present invention. As shown in the figure, the material shifting device 112 includes a material shifting mounting base 1121, a first material shifting guide rail 1122, a first material shifting drive element 1123, a moving mechanism 1124, a first material suction mechanism 1125, a second material suction mechanism 1126, a Three material suction mechanism 1127 and the fourth material suction mechanism 1128 . The material shifting mounting seat 1121 is set on the frame 101, the material moving mounting seat 1121 is located on one side separating the positioning device 103 and the second gluing device 110, the first material moving guide rail 1122 is set on the material moving mounting seat 1121, and the moving mechanism 1123 is set On the first material transfer guide rail 1122, the first material transfer drive element 1124 is arranged on the material transfer installation seat 1121, the output end of the first material transfer drive element 1124 is connected to the first material transfer guide rail 1122, the first material suction mechanism 1125, the second The material suction mechanism 1126 , the third material suction mechanism 1127 and the fourth material suction mechanism 1128 are sequentially disposed on the moving mechanism 1124 . The first conveyor belt 102 transports the battery cells to the station corresponding to the material shifting device 112. At the same time, the first material shifting drive element 1123 drives the moving mechanism 1124 to move along the first material moving guide rail 1122, and the moving mechanism 1124 drives the first material suction. Mechanism 1125, the second material suction mechanism 1126, the third material suction mechanism 1127 and the fourth material suction mechanism 1128 move to a predetermined position along the first material moving guide rail 1122. At this time, the first material suction mechanism 1125, the second material suction mechanism 1126, the third material suction mechanism 1127 and the fourth material suction mechanism 1128 respectively correspond to the first conveyor belt 102, the separation positioning device 103, the first turning device 113 and the second turning device 114; thereafter, the moving mechanism 1124 drives the first material suction Mechanism 1125, the second suction mechanism 1126, the third suction mechanism 1127 and the fourth suction mechanism 1128 move down, and the first suction mechanism 1125, the second suction mechanism 1126, the third suction mechanism 1127 and the fourth suction mechanism The material mechanism 1128 respectively sucks the electric cores positioned at the first conveyor belt 102, the separation positioning device 103, the first turning device 113 and the second turning device 114; 1126, the third material suction mechanism 1127, the fourth material suction mechanism 1128 and the electric core move up; then, the first material-moving driving element 1123 drives the moving mechanism 1124 to move to a predetermined position along the first material-moving guide rail 1122, and the moving mechanism 1124 drives The first material suction mechanism 1125, the second material suction mechanism 1126, the third material suction mechanism 1127, the fourth material suction mechanism 1128 and the electric core move to a predetermined position along the first material moving guide rail 1122. At this time, the first material suction mechanism 1125, the second suction mechanism 1126, the third suction mechanism 1127 and the fourth suction mechanism 1128 respectively correspond to the separation positioning device 103, the first turning device 113, the second turning device 114 and the second conveyor belt 111; thereafter, move The mechanism 1124 drives the first material suction mechanism 1125, the second material suction mechanism 1126, the third material suction mechanism 1127, the fourth material suction mechanism 1128 and the electric core to move down, the first material suction mechanism 1125, the second material suction mechanism 1126, The third material suction mechanism 1127 and the fourth material suction mechanism 1128 respectively place the cells on the separation and positioning device 103 , the first turning device 113 , the second turning device 114 and the second conveyor belt 111 .

In a specific application, the above-mentioned moving mechanism 1124 includes a first material-shifting moving part 11241 , a second material-moving guide rail 11242 , a second material-moving moving part 11243 , a second material-moving driving element 11244 and a material-moving fixed seat 11245 . The first moving part 11241 is arranged on the first moving part 1122, the first moving part 11241 is located on one side of the first moving part 1123, and the second moving part 11242 is laid on the first moving part 11241 , the second material shifting moving part 11243 is set on the second material moving guide rail 11242, the second material moving driving element 11244 is set on the first material moving moving part 11241, and the second material moving driving element 11244 is located on one side of the second material moving guide rail 11242 side, the output end of the second shifting drive element 11244 is connected to the second shifting moving part 11243, the shifting fixed seat 11245 is arranged on the second shifting moving part 11243, and the shifting fixed seat 11245 is located at the second shifting driving element 11244 On one side, the material shifting and fixing seat 11245 is connected with the first material suction mechanism 1125 , the second material suction mechanism 1126 , the third material suction mechanism 1127 and the fourth material suction mechanism 1128 . The first material-moving driving element 1123 drives the first material-moving moving part 11241 to move to a predetermined position along the first material-moving guide rail 1122, and the first material-moving moving part 11241 drives the second material-moving guide rail 11242, the second material-moving moving part 11243, The second material shifting drive element 11244 and the material shifting fixed seat 11245 move to a predetermined position along the first material shifting guide rail 1122; then, the second material shifting driving element 11244 drives the second material shifting moving part 11243 to move along the second material shifting guide rail 11242 To the predetermined position, the second material shifting moving part 11243 drives the material shifting fixed seat 11245, the first material suction mechanism 1125, the second material suction mechanism 1126, the third material suction mechanism 1127 and the fourth material suction mechanism 1128 to move to the predetermined position.

During specific application, the above-mentioned first material suction mechanism 1125 and the second material suction mechanism 1126 have the same structure and operating principle. Below, the utility model will take the first material suction mechanism 1125 as an example to illustrate the first material suction mechanism 1125 and the second material suction mechanism 1126. The structure and operation principle of the second suction mechanism 1126. The first material suction mechanism 1125 includes a first material suction mounting base 11251 and a first material suction manipulator 11252 . The first material suction mounting base 11251 is set on the material transfer fixing base 11251 , the first material suction mounting base 11251 is located on one side of the third material suction mechanism 1127 , and the first material suction manipulator 11252 is set on the material suction mounting base 11251 . The material shifting fixed seat 11245 drives the first material suction mounting base 11251 to move, and the first material suction mounting base 11251 drives the first material suction manipulator 11252 to move, and the first material suction manipulator 11252 absorbs the electric core.

During specific application, the above-mentioned third material suction mechanism 1127 is consistent with the structure and operating principle of the fourth material suction mechanism 1128. Below, the utility model will take the third material suction mechanism 1127 as an example to illustrate the third material suction mechanism 1127. Structure and operating principle. The third material suction mechanism 1127 includes a third material suction mounting base 11271 , a material suction rotating drive element 11272 and a third material suction manipulator 11273 . The third material suction mounting seat 11271 is arranged on the material shifting fixed seat 11251, the third material suction mounting seat 11271 is located on one side of the second material suction mechanism 1126, the suction rotating drive element 11272 is arranged on the third material suction mounting seat 11271, the third material suction mounting seat 11271, The three material suction manipulators 11273 are arranged at the output end of the material suction rotary drive element 11272 . The material shifting fixed seat 11245 drives the third material suction mounting base 11271 to move, the third material suction mounting base 11271 drives the material suction rotating drive element 11272 and the third material suction manipulator 11273 to move, and the third material suction manipulator 11273 absorbs the electric core; thereafter, The suction rotating drive element 11272 drives the third suction manipulator 11273 and the electric core to rotate, so that the electric core maintains the correct position, which facilitates the work of the subsequent stations of the gluing equipment 1 and speeds up the working efficiency of the gluing equipment 1.

During specific application, the above-mentioned first conveyor belt 102, separation and positioning device 103, adjustment device 104, the first gluing device 105, the bottom surface device 106, the front surface device 107, the side device 108, the front device 109, the first The second gluing device 110 , the second conveyor belt 111 , the material transfer device 112 , the first overturning device 113 and the second overturning device 114 are all electrically connected to the control device of the gluing equipment 1 to achieve automatic control of the gluing equipment 1 .

In one or more embodiments of the present utility model, the gluing equipment of the present utility model has a simple structure, convenient production and assembly, and automatically pastes high-temperature adhesive paper on the battery cell. The battery production line has a high battery yield rate and good battery quality consistency. Production efficiency has been greatly improved, and the cost of producing batteries for enterprises has been reduced.

To sum up, among one or more implementations of the present utility model, the above descriptions are only implementations of the present utility model, and are not intended to limit the present utility model. For those skilled in the art, the utility model can have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model shall be included in the scope of claims of the present utility model.

Claims (10)

1. A gluing equipment, is characterized in that, comprises: frame (101), the first conveyor belt (102), separates positioning device (103), adjusting device (104), the first gluing device (105), Paste the bottom surface device (106), paste the front surface device (107), paste the side device (108), paste the front device (109), the second gluing device (110), the second conveyor belt (111) and the material transfer device ( 112), one end of the first conveyor belt (102) is set on the frame (101), the separation and positioning device (103) is set on the frame (101), and is located at the first One side of the conveyor belt (102), the adjusting device (104), the first gluing device (105), the bottom surface device (106), the front surface device (107), the side device (108) and the front surface The device (109) is arranged on the frame (101), the adjusting device (104), the first gluing device (105), the bottom surface device (106), the front surface device (107), the side device ( 108) and the front-applying device (109) surround the separation and positioning device (103) in sequence, and the second gluing device (110) is arranged on the frame (101) and is positioned at the separation and positioning device (103). ), one end of the second conveyor belt (111) is arranged on the frame (101), and is located on one side of the second gluing device (110), and the material shifting device (112) Set on the frame (101), the material shifting device (112) corresponds to the first conveyor belt (102), separation and positioning device (103), second gluing device (110) and second conveyor belt (111). 2. The gluing equipment according to claim 1, further comprising a first turning device (113), the first turning device (113) is arranged on the frame (101), and is located in the Separate the positioning device (103) and the second gluing device (110). 3. The gluing equipment according to claim 1, further comprising a second turning device (114), the second turning device (114) is arranged on the frame (101), and is located in the Between the second gluing device (110) and the second conveyor belt (111). 4. The gluing equipment according to claim 1, characterized in that, the separation positioning device (103) comprises a separation mounting seat (1031), a separation disc (1032), a separation driving element (1033) and at least one separation positioning seat (1034), the partition mounting seat (1031) is arranged on the frame (101), and is located on one side of the first conveyor belt (102), and the partition plate (1032) is arranged on the frame frame (101), and is located on one side of the partition mounting seat (1031), the partition driving element (1033) is arranged on the partition mounting seat (1031), and the output end of the partition driving element (1033) is connected to The partition plate (1032), the at least one partition positioning seat (1034) is arranged on the partition plate (1032), and is located on one side of the partition drive element (1033). 5. The gluing equipment according to claim 1, characterized in that, the adjustment device (104) comprises an adjustment mounting seat (1041), an adjustment guide rail (1042), an adjustment moving part (1043), a first adjustment drive element (1044), the second adjustment drive element (1045), the adjustment lower pressure block (1046), the third adjustment drive element (1047) and the adjustment upper block (1048), the adjustment mounting seat (1041) is set on the The frame (101) is located on one side of the separation and positioning device (103), the adjustment guide rail (1042) is laid on the adjustment mounting seat (1041), and the adjustment moving part (1043) is arranged on the Adjust the guide rail (1042), the first adjustment drive element (1044) is arranged on the adjustment mounting seat (1041), and is located on one side of the adjustment guide rail (1042), the first adjustment drive element (1044) The output end of the adjustment moving part (1043) is connected to the adjusting moving part (1043), the second adjusting driving element (1045) is set on the adjusting moving part (1043), and the adjusting lower pressing block (1046) is set on the second adjusting The output end of the driving element (1045), the third adjustment driving element (1047) is arranged on the adjustment moving part (1043), and is located on one side of the second adjustment driving element (1045), on the adjustment The top block (1048) is arranged at the output end of the third adjustment drive element (1047), and corresponds to the adjustment lower block (1046). 6. The gluing equipment according to claim 1, characterized in that, the first gluing device (105) comprises a gluing installation seat (1051), a gluing turntable (1052), a gluing power mechanism (1053) and a glue stripping mechanism (1054), the glue mounting seat (1051) is arranged on the frame (101), and the glue mounting seat (1051) is located on one side of the separation positioning device (103), so The gluing turntable (1052) is set on the gluing mounting seat (1051), the gluing power mechanism (1053) is set on the gluing mounting seat (1051), and the gluing power mechanism (1053) is located at On one side of the glue supply turntable (1052), the glue stripping mechanism (1054) is arranged on the glue application mounting seat (1051), and the glue stripping mechanism (1054) is located on the glue application power mechanism (1053) One side of and corresponds to the separation positioning device (103). 7. The glue sticking equipment according to claim 1, characterized in that, the bottom sticking device (106) comprises a bottom sticking mounting seat (1061), two bottom sticking guide rails (1062), a bottom sticking moving part (1063) , the first bottom sticking surface driving element (1064), the bottom sticking surface roller mechanism (1065) and the second bottom sticking surface driving element (1066), the bottom sticking surface mounting seat (1061) is arranged on the frame (101), and is located at On one side of the first gluing device (105), one end of the two bottom-sticking guide rails (1062) is arranged on the bottom-sticking mounting seat (1061), and the bottom-sticking moving part (1063) is sleeved on the The two bottom-sticking guide rails (1062), the first bottom-sticking drive element (1064) is set on the bottom-sticking moving part (1063), and the bottom-sticking roller mechanism (1065) is set on the first sticking surface The output end of the bottom surface driving element (1064), the second bottom surface driving element (1066) is arranged on the bottom surface mounting seat (1061), and is located between the two bottom surface guide rails (1062), the first The output ends of the two bottom-sticking surface driving elements (1066) are connected to the bottom-sticking surface moving part (1063). 8. The glue sticking equipment according to claim 1, characterized in that, the side sticking device (108) comprises a side sticking mounting seat (1081), a sticking side fixing seat (1082), a sticking side driving element (1083), The sticking side moving part (1084) and two sticking side rollers (1085), the sticking side mounting seat (1081) is arranged on the frame (101) and is located on one side of the sticking front face device (107) , the sticking side fixing seat (1082) is arranged on the sticking side mounting seat (1081), the sticking side driving element (1083) is set on the sticking side fixing seat (1082), and the sticking side moving part ( 1084) is arranged at the output end of the sticking side driving element (1083), and the two sticking side rollers (1085) are set at the sticking side moving member (1084). 9. The glue sticking equipment according to claim 1, characterized in that, the front sticking device (109) comprises a front sticking mounting seat (1091), a sticking front fixing seat (1092), a first sticking front driving element (1093) ), sticking the front lifting block (1094), the second sticking the front driving element (1095), the third sticking the front driving element (1096) and two sticking the front rollers (1097), and the sticking the front mounting seat (1091) is set In the frame (101), the front-facing installation seat (1091) is located on one side of the side-facing device (108), and the front-facing fixing seat (1092) is arranged on the front-facing installation seat (1091) ), the first front-facing drive element (1093) is arranged on the front-facing fixing seat (1092), and the first front-facing driving element (1093) is located on one side of the front-facing mounting seat (1091), The lifting block (1094) on the front side is set at the output end of the first front side driving element (1093), and the second front side driving element (1095) is set on the front side fixing seat (1092), The second pasting front driving element (1095) is located on one side of the first pasting front driving element (1093), and the third pasting front driving element (1096) is arranged on the second pasting front driving element (1095) ), the two front-facing rollers (1097) are arranged at the output end of the third front-facing driving element (1096). 10. The gluing equipment according to claim 1, characterized in that, the material shifting device (112) comprises a material shifting mounting seat (1121), a first material shifting guide rail (1122), a first material shifting drive element ( 1123), moving mechanism (1124), the first material suction mechanism (1125), the second material suction mechanism (1126), the third material suction mechanism (1127) and the fourth material suction mechanism (1128). The seat (1121) is arranged on the frame (101), and is located on one side of the partition positioning device (103) and the second gluing device (110), and the first moving guide rail (1122) is arranged on the The material shifting mounting seat (1121), the moving mechanism (1124) is arranged on the first material moving guide rail (1122), and the first material moving driving element (1123) is arranged on the material moving mounting seat (1121 ), the output end of the first shifting drive element (1123) is connected to the first shifting guide rail (1122), the first suction mechanism (1125), the second suction mechanism (1126), the third The material suction mechanism (1127) and the fourth material suction mechanism (1128) are sequentially arranged on the moving mechanism (1124).