CN214608263U - False end and PVC membrane thermal contraction integrated device adorn - Google Patents
False end and PVC membrane thermal contraction integrated device adorn Download PDFInfo
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- CN214608263U CN214608263U CN202022779791.6U CN202022779791U CN214608263U CN 214608263 U CN214608263 U CN 214608263U CN 202022779791 U CN202022779791 U CN 202022779791U CN 214608263 U CN214608263 U CN 214608263U
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- false bottom
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- thermal contraction
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Abstract
The utility model discloses a false end of dress and PVC membrane thermal contraction integrated device includes thermal contraction device, false end of dress device and battery transmission device, characterized by: the battery transmission device comprises a belt type battery transport groove and a driving assembly used for driving a battery to move on the belt type battery transport groove, a battery feeding mechanism, a false bottom mounting station, a thermal contraction station and a battery discharging mechanism are sequentially arranged on the belt type battery transport groove, the false bottom mounting station is installed on the false bottom mounting station, and the thermal contraction station is installed on the thermal contraction station. The utility model discloses a set up drive assembly on belt battery transport tank, remove on belt battery transport tank through drive assembly drive battery, battery transport mode when having changed the false end of dress has greatly simplified equipment, makes the utility model discloses the structure is more succinct, reduces the cost of making and maintaining effectively, promotes production efficiency.
Description
Technical Field
The utility model belongs to the technical field of the battery packing, concretely relates to dress false end and PVC membrane thermal contraction integrated device.
Background
In the traditional process, the two working procedures of false bottom on the battery and PVC trademark film thermal shrinkage are respectively carried out through two devices, the two devices are connected through a conveying belt, the production line is long, the occupied space is large, the cost is high, the space utilization rate is low, and the production efficiency is low.
Prior art 201922062178.X, what this scheme adopted is including preceding pay-off transmission, dress battery false bottom transmission, three heart pay-off transmission, PVC trade mark membrane pyrocondensation transmission, battery dress false bottom device and PVC trade mark membrane heating device, preceding pay-off transmission is tangent with dress battery false bottom transmission, dress battery false bottom transmission is tangent with three heart pay-off transmission, three heart pay-off transmission is tangent with PVC trade mark membrane pyrocondensation transmission, dress battery dress false bottom device that is used for adorning battery false bottom is installed to transport route one side of battery false bottom transmission, PVC trade mark membrane heating device is installed to transport route one side of PVC trade mark membrane pyrocondensation transmission, characterized by: the driving motor drives the front feeding transmission device, the battery-mounted false bottom transmission device, the three-core feeding transmission device and the PVC trademark film thermal shrinkage transmission device through the synchronous belt transmission mechanism. Although the scheme solves the problems, the scheme is extremely complex, the cost is greatly increased in the manufacturing and maintenance processes, the debugging is also extremely difficult, the cost is greatly increased, and the production efficiency is influenced.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a dress false end and PVC membrane thermal contraction integrated device, simple structure easily makes and uses, reduces manufacturing cost and cost of maintenance, promotes production efficiency.
In order to achieve the above purpose, the utility model adopts the following technical scheme: the utility model provides a false end of dress and PVC membrane thermal contraction integrated device, includes the thermal contraction device, false end of dress device and battery transmission device, characterized by: the battery transmission device comprises a belt type battery transport groove and a driving assembly used for driving a battery to move on the belt type battery transport groove, a battery feeding mechanism, a false bottom mounting station, a thermal contraction station and a battery discharging mechanism are sequentially arranged on the belt type battery transport groove, the false bottom mounting station is installed on the false bottom mounting station, and the thermal contraction station is installed on the thermal contraction station.
Furthermore, the driving assembly comprises a brush wheel, a brush wheel driving motor, a traction gear and a traction gear driving motor, wherein the brush wheel and the traction gear are respectively arranged on two sides of the belt-type battery transportation groove, the brush wheel is connected with the brush wheel driving motor, and the traction gear is connected with the traction gear driving motor.
Furthermore, the brush wheel is arranged on the rear side of the battery feeding mechanism and used for providing feeding power, and the traction gear is arranged on the front side of the false bottom mounting station and used for feeding 5 batteries into the false bottom mounting station in a group.
Further, the side wall of the belt type battery transport groove is also provided with a hollow part for the brush to enter.
Furthermore, the belt type battery transport groove and the part of the traction gear close to the belt type battery transport groove are provided with arc bending parts, so that the traction gear can convey 5 batteries backwards once when rotating.
Further, the battery feeding mechanism and the battery discharging mechanism are both 45-degree rotating battery tanks.
Furthermore, the false bottom installing device comprises a base, a false bottom blanking assembly, a false bottom distributing assembly and a false bottom sucking assembly, wherein the false bottom distributing assembly is arranged on the base through a support, the false bottom blanking assembly is arranged on two sides of the false bottom distributing assembly, a false bottom feeding port and a false bottom discharging port are respectively arranged at two ends of the false bottom blanking assembly, the false bottom sucking assembly is arranged on the base located on one side of the false bottom discharging port, and the false bottom sucking assembly can reciprocate horizontally on the base.
Furthermore, the false bottom blanking assembly comprises a false bottom material receiving pipe and a false bottom material leaking sliding plate, the false bottom material receiving pipe and the false bottom material leaking sliding plate are respectively arranged on two sides of the false bottom material distributing assembly, and a false bottom material receiving nozzle is arranged on the false bottom material receiving pipe at the joint of the false bottom material receiving pipe and the false bottom material distributing assembly.
Furthermore, the false bottom material distributing assembly comprises a false bottom material receiving seat and a material pressing sheet, one side of the false bottom material receiving seat is connected with a false bottom material receiving nozzle, the material pressing sheet is arranged at the joint of the false bottom material receiving seat and the false bottom material receiving nozzle, the material pressing sheet can move up and down at the joint of the false bottom material receiving seat and the false bottom material receiving nozzle, and a material distributing cylinder used for driving the material pressing sheet to move is arranged at the top of the false bottom material receiving seat.
Further, the material subassembly is inhaled at false end includes that the false end inhales the material pole, inhale the material cylinder, support and false end leak the silo clamp plate, the material pole setting is inhaled at false end on the support, the base both sides are provided with the spout, support bottom both sides are established can spout cooperation gliding slider, inhale the material cylinder and fix on the support, inhale material cylinder one end and connect the support, false end leaks the silo clamp plate and fixes on false end connects the material seat, false end leaks and has seted up the through-hole on the silo clamp plate, false end is inhaled the material pole accessible and is inhaled the material cylinder cooperation and insert in the through-hole.
Compared with the prior art, the utility model discloses following beneficial effect has: the utility model discloses a set up drive assembly on belt battery transport tank, remove on belt battery transport tank through drive assembly drive battery, battery transport mode when having changed the false end of dress has greatly simplified equipment, makes the utility model discloses the structure is more succinct, reduces the cost of making and maintaining effectively, promotes production efficiency.
Drawings
FIG. 1 is a schematic view of the overall structure of the present invention;
fig. 2 is a schematic structural view of the battery transmission assembly of the present invention;
FIG. 3 is a schematic view of the false bottom installation device of the present invention;
FIG. 4 is a left side view of the false bottom installing device of the present invention;
in the figure: 1. heating and shrinking device, 2, false bottom loading device, 21, base, 22, false bottom blanking assembly, 221, false bottom receiving pipe, 222, false bottom leaking slide plate, 223, false bottom receiving nozzle, 23, false bottom distributing assembly, 231, false bottom receiving seat, 232, material pressing sheet, 233, distributing cylinder, 24, false bottom absorbing assembly, 241 absorbing rod, 242, absorbing cylinder, 243, support, 244, false bottom leaking groove press plate, 245, chute, 246. the battery feeding device comprises a sliding block, a through hole 247, a battery transmission device 3, a belt type battery transportation groove 31, a driving assembly 32, a brush wheel 321, a traction gear 322, a traction gear 323, a brush wheel driving motor 324, a traction gear driving motor 4, a battery feeding mechanism 5, a false bottom mounting station 6, a thermal shrinkage station 7, a battery discharging mechanism 8, a support 8, a hollow notch 9, a bending part 10 and a battery rotating groove 11.45 degrees.
Detailed Description
Referring to fig. 1-4, a false bottom filling and PVC film thermal shrinkage integrated device comprises a thermal shrinkage device 1, a false bottom filling device 2 and a battery transmission device 3, and is characterized in that: the battery transmission device 3 comprises a belt type battery transport groove 31 and a driving assembly 32 used for driving a battery to move on the belt type battery transport groove 31, a battery feeding mechanism 4, a false bottom mounting station 5, a thermal contraction station 6 and a battery discharging mechanism 7 are sequentially arranged on the belt type battery transport groove 31, the false bottom mounting station 5 is provided with a false bottom mounting device 2, and the thermal contraction station 6 is provided with a heating contraction device 1. The battery with the trademark PVC film enters the battery feeding mechanism 4, the battery with the trademark PVC film is sequentially conveyed by the battery conveying assembly to pass through the false bottom mounting station 5 and the thermal contraction station 6, the thermal contraction of the false bottom of the battery and the trademark PVC film is completed, and then the battery is discharged by the battery discharging mechanism 7, so that the false bottom mounting of the battery and the thermal contraction of the PVC film are integrally carried out.
The driving assembly 32 includes a brush wheel 321, a brush wheel driving motor 323, a traction gear 322 and a traction gear driving motor 324, the brush wheel 321 and the traction gear 322 are respectively disposed at two sides of the belt-type battery transportation groove 31, the brush wheel 321 is connected to the brush wheel driving motor 323, and the traction gear 322 is connected to the traction gear driving motor 324. The batch battery shells enter the belt type battery transport groove 31 through the battery feeding mechanism, and then the brush wheel 321 rotates, so that the subsequently entered batteries continue to move forwards along the belt type battery transport groove 31. When the battery moves forward for a certain distance, the battery is contacted with the traction gear 322, the traction gear 322 can continuously drive the battery to enter the false bottom mounting station 5 and then the thermal shrinkage station 6 is discharged from the battery discharging mechanism 7, and all the working procedures are completed.
The brush wheel 321 is arranged at the rear side of the battery feeding mechanism 4 and used for providing feeding power, and the traction gear 322 is arranged at the front side of the false bottom mounting station 5 and used for feeding 5 batteries into the false bottom mounting station 5 in a group.
Wherein, the side wall of the belt-type battery transport groove 31 is also provided with a hollow notch 9 for the brush to enter. The brush can enter conveniently, and the transmission effect of the brush wheel 321 is improved.
Wherein, the arc bending part 10 is arranged at the adjacent position of the belt type battery transport groove 31 and the traction gear 322. Make traction gear 322 can once only be close to 5 batteries, once send into false end station 5 of dress with 5 batteries, promote transmission efficiency.
Wherein, the battery feeding mechanism 4 and the battery discharging mechanism 7 are both 45-degree rotating battery slots 11. The 45-degree rotation of the battery jar 11 can change the angle of the battery during feeding and discharging, so that the subsequent process can be continued conveniently.
The false bottom installing device 2 comprises a base 21, a false bottom blanking assembly 22, a false bottom distributing assembly 23 and a false bottom sucking assembly 24, wherein the false bottom distributing assembly 23 is arranged on the base 21 through a support 8, the false bottom blanking assembly 22 is arranged on two sides of the false bottom distributing assembly 23, two ends of the false bottom blanking assembly 22 are respectively provided with a false bottom feeding hole and a false bottom discharging hole, the false bottom sucking assembly 24 is arranged on the base 21 on one side of the false bottom discharging hole, and the false bottom sucking assembly 24 can reciprocate on the base 21 in the horizontal direction. When the false bottom loading device 2 is used, a plurality of false bottoms can be loaded to the false bottom distributing assembly 23 through the false bottom loading assembly 22, then the false bottoms which are adhered together are separated through the false bottom distributing assembly 23, then the single false bottom is transported to the false bottom loading assembly 22 on the other side of the false bottom distributing assembly 23 through the false bottom sucking assembly 24, and then the false bottom is loaded to the battery transporting assembly through the false bottom loading assembly 22.
The dummy bottom blanking assembly 22 includes a dummy bottom receiving tube 221 and a dummy bottom leakage sliding plate 222, the dummy bottom receiving tube 221 and the dummy bottom leakage sliding plate 222 are respectively disposed at two sides of the dummy bottom distributing assembly 23, and a dummy bottom receiving nozzle 223 is disposed on the dummy bottom receiving tube 221 at the joint of the dummy bottom receiving tube 221 and the dummy bottom distributing assembly 23. The dummy bottom receiving tube 221 is convenient for blanking dummy bottoms to the dummy bottom distributing assembly 23 in batch, the dummy bottom receiving nozzle 223 stores the dummy bottoms after the dummy bottoms enter the dummy bottom receiving tube 221 in batch, and the dummy bottom discharge sliding plate 222 is capable of sliding single dummy bottoms onto the batteries of the battery conveying assembly.
The false bottom distributing assembly 23 comprises a false bottom receiving seat 231 and a material pressing sheet 232, one side of the false bottom receiving seat 231 is connected with the false bottom receiving nozzle 223, the material pressing sheet 232 is arranged at the connection position of the false bottom receiving seat 231 and the false bottom receiving nozzle 223, the material pressing sheet 232 can move up and down at the connection position of the false bottom receiving seat 231 and the false bottom receiving nozzle 223, and the top of the false bottom receiving seat 231 is provided with a distributing cylinder 233 used for driving the material pressing sheet 232 to move. After the dummy bottom is stored in the dummy bottom receiving nozzle 223, the pressing piece 232 is driven by the material distributing cylinder 233 to move downward to press the dummy bottom into the dummy bottom receiving seat 231.
The false bottom material sucking assembly 24 comprises a false bottom material sucking rod 241, a material sucking air cylinder 242, a support 243 and a false bottom material leaking groove pressing plate 244, the false bottom material sucking rod 241 is arranged on the support 243, sliding grooves 245 are formed in two sides of the base 21, sliding blocks 246 which can slide in a matched mode through the sliding grooves 245 are arranged on two sides of the bottom of the support 243, the material sucking air cylinder 242 is fixed on the support 243, one end of the material sucking air cylinder 242 is connected with the support 243, the false bottom material leaking groove pressing plate 244 is fixed on the false bottom material receiving seat 231, a through hole 247 is formed in the false bottom material leaking groove pressing plate 244, and the false bottom material sucking rod 241 can be inserted into the through hole 247 in a matched mode through the material sucking air cylinder 242. When a single false bottom is pressed into the false bottom receiving seat 231, the material suction cylinder 242 drives the support 243 to move towards the direction of the false bottom distribution assembly 23, the material suction rod 241 passes through the through hole 247 on the false bottom leaking trough pressing plate 244 and is sucked to the false bottom in the false bottom receiving seat 231, then the material suction cylinder 242 drives the support 243 to move towards the direction opposite to the false bottom distribution assembly 23, the false bottom leaking trough pressing plate 244 supports the false bottom, so that the material suction rod 241 cannot suck the false bottom, and the false bottom falls onto the false bottom leaking sliding plate 222.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described in the foregoing embodiments, or equivalents may be substituted for elements thereof. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. The utility model provides a false end of dress and PVC membrane thermal contraction integrated device, includes the thermal contraction device, false end of dress device and battery transmission device, characterized by: the battery transmission device comprises a belt type battery transport groove and a driving assembly used for driving a battery to move on the belt type battery transport groove, a battery feeding mechanism, a false bottom mounting station, a thermal contraction station and a battery discharging mechanism are sequentially arranged on the belt type battery transport groove, the false bottom mounting station is installed on the false bottom mounting station, and the thermal contraction station is installed on the thermal contraction station.
2. The integrated false bottom and PVC film heat-shrinking device of claim 1, which is characterized in that: the driving assembly comprises a brush wheel, a brush wheel driving motor, a traction gear and a traction gear driving motor, the brush wheel and the traction gear are respectively arranged on two sides of the belt-type battery transportation groove, the brush wheel is connected with the brush wheel driving motor, and the traction gear is connected with the traction gear driving motor.
3. The integrated false bottom and PVC film heat-shrinking device of claim 2, which is characterized in that: the brush wheel is arranged at the rear side of the battery feeding mechanism, and the traction gear is arranged at the front side of the false bottom mounting station.
4. The integrated false bottom and PVC film heat-shrinking device of claim 2, which is characterized in that: the side wall of the belt type battery transport groove is also provided with a hollow notch for the brush to contact with the battery.
5. The integrated false bottom and PVC film heat-shrinking device of claim 2, which is characterized in that: the close part of the belt type battery transport groove and the traction gear is provided with an arc bending part.
6. The integrated false bottom and PVC film heat-shrinking device of claim 1, which is characterized in that: the battery feeding mechanism and the battery discharging mechanism are both 45-degree rotating battery tanks.
7. The integrated false bottom and PVC film heat-shrinking device of claim 1, which is characterized in that: the false bottom loading device comprises a base, a false bottom blanking assembly, a false bottom distributing assembly and a false bottom sucking assembly, wherein the false bottom distributing assembly is arranged on the base through a support, the false bottom blanking assembly is arranged on two sides of the false bottom distributing assembly, a false bottom feeding port and a false bottom discharging port are respectively arranged at two ends of the false bottom blanking assembly, the false bottom sucking assembly is arranged on the base located on one side of the false bottom discharging port, and the false bottom sucking assembly can reciprocate on the base in the horizontal direction.
8. The integrated false bottom and PVC film heat-shrinking device of claim 7, wherein: the false bottom blanking assembly comprises a false bottom material receiving pipe and a false bottom material leaking sliding plate, the false bottom material receiving pipe and the false bottom material leaking sliding plate are respectively arranged on two sides of the false bottom material distributing assembly, and a false bottom material receiving nozzle is arranged on the false bottom material receiving pipe at the joint of the false bottom material receiving pipe and the false bottom material distributing assembly.
9. The integrated false bottom and PVC film heat-shrinking device of claim 8, wherein: the false bottom material distributing assembly comprises a false bottom material receiving seat and a material pressing sheet, one side of the false bottom material receiving seat is connected with a false bottom material receiving nozzle, the material pressing sheet is arranged at the joint of the false bottom material receiving seat and the false bottom material receiving nozzle, the material pressing sheet can move up and down at the joint of the false bottom material receiving seat and the false bottom material receiving nozzle, and a material distributing cylinder used for driving the material pressing sheet to move is arranged at the top of the false bottom material receiving seat.
10. The integrated device for false bottom installation and PVC film heat shrinkage as claimed in claim 9, wherein: the material subassembly is inhaled at false end includes that the false end inhales the material pole, inhales the material cylinder, support and false end hourglass silo clamp plate, and the material pole setting is inhaled at false end on the support, and the base both sides are provided with the spout, and support bottom both sides are established and can be spout cooperation gliding slider, inhale the material cylinder and fix on the support, inhale material cylinder one end and connect the support, and false end hourglass silo clamp plate is fixed on false end connects the material seat, has seted up the through-hole on the false end hourglass silo clamp plate, and false end is inhaled the material pole accessible and is inhaled the material cylinder cooperation and insert in the through-hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022779791.6U CN214608263U (en) | 2020-11-26 | 2020-11-26 | False end and PVC membrane thermal contraction integrated device adorn |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022779791.6U CN214608263U (en) | 2020-11-26 | 2020-11-26 | False end and PVC membrane thermal contraction integrated device adorn |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214608263U true CN214608263U (en) | 2021-11-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202022779791.6U Active CN214608263U (en) | 2020-11-26 | 2020-11-26 | False end and PVC membrane thermal contraction integrated device adorn |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214608263U (en) |
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2020
- 2020-11-26 CN CN202022779791.6U patent/CN214608263U/en active Active
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