CN201871931U - Lithium battery top cover membrane press-in machine - Google Patents
Lithium battery top cover membrane press-in machine Download PDFInfo
- Publication number
- CN201871931U CN201871931U CN2010205968069U CN201020596806U CN201871931U CN 201871931 U CN201871931 U CN 201871931U CN 2010205968069 U CN2010205968069 U CN 2010205968069U CN 201020596806 U CN201020596806 U CN 201020596806U CN 201871931 U CN201871931 U CN 201871931U
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- cylinder
- tectorial membrane
- holder
- feed
- battery steel
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Abstract
The utility model relates to a lithium battery top cover membrane press-in machine, which comprises a workbench. A top cover membrane feed mechanism, a battery steel casing component feed mechanism, a punching mechanism and a press-in mechanism are sequentially arranged on the workbench, the top cover membrane feed mechanism is used for conveying top cover membranes into a press-in station, the battery steel casing component feed mechanism is used for conveying battery steel casing components to the press-in station, the punching mechanism punches the top cover membrane, the press-in mechanism presses the top cover membranes into the battery steel casing components, and the mechanisms are connected with a main control circuit. The lithium battery top cover membrane press-in machine is reasonable in structural design, realizes automatic feeding and press-in of the top cover membranes and the battery steel casing components, solves the problems that conventional top cover membrane assembly is high in product reject ratio, low in production efficiency, incapable of monitoring quality and the like due to working procedures such as manual cutting, static electricity removal, shaping after battery assembly and the like, has the advantages of high assembly speed and fine quality, greatly saves production cost, improves operating environment of workers and enhances production efficiency.
Description
Technical field
The utility model relates to a kind of machining set-up, is meant especially a kind ofly to be used for realizing that tectorial membrane and box hat are pressed into battery steel shell assembly self-feeding of counterdie, limit film, tetrafluoro, carbon pearl and the automation equipment that is pressed into.
Background technology
Pillar lithium thionyl chloride cell (hereinafter to be referred as the inferior battery of lithium) is widely used in a plurality of fields such as electric tool, electric automobile, military equipment, Aero-Space because operating voltage height, volume are little, light weight, energy height, pollution-free, advantages such as self discharge is little, long service life.Along with the growth of social demand and the increase of the inferior battery manufacturing process difficulty of lithium, enterprise has higher requirement to the production of the inferior battery of lithium.The inferior battery structure of lithium comprises battery cap assembly and battery steel shell assembly, the battery steel shell assembly comprises box hat and is pressed into the interior counterdie of box hat, limit film, tetrafluoro, carbon pearl, tectorial membrane etc., the tectorial membrane material softness has very little weight and thickness, and it is very big that tectorial membrane is assembled in the box hat difficulty.
At present, the feeding of tectorial membrane mainly is the staff feeding, has potential safety hazard and inefficient shortcoming; Mainly by aritificial cut-off, production efficiency is low in the moulding of tectorial membrane, and defective products is higher; And being pressed into of tectorial membrane mainly is manual operations, causes poor product quality, enterprise's labour cost height, and production efficiency is low, has reduced the market competitiveness of enterprise.
The utility model content
The purpose of this utility model provides the inferior battery cap mould of a kind of lithium and goes into machine, to realize tectorial membrane and the self-feeding of battery steel shell assembly and to be pressed into and to enhance productivity, reduce production costs and labour's intensity.
For solving the problems of the technologies described above, the utility model by the following technical solutions:
The inferior battery cap mould of a kind of lithium is gone into machine, comprise workbench, be provided with in regular turn on the described workbench tectorial membrane is delivered to the tectorial membrane feed mechanism that is pressed into station, the battery steel shell component transfer is pressed into pressing mechanism in the battery steel shell assembly to the punching mechanism that is pressed into the battery steel shell assembly feed mechanism of station, die-cut tectorial membrane with tectorial membrane, said mechanism is connected with governor circuit.
Described tectorial membrane feed mechanism comprises feed table holder and the feed back dish holder that is installed on the workbench, on the feed table holder feed table is installed, feeding roller that is connected with feed table and the feeding motor that is connected with the feeding roller, be wound with the tectorial membrane band on the feed table, on the feed back dish holder feed back dish is installed, the feed back that is connected with the feed back dish rolls material and rolls the feed back motor that material is connected with feed back, the tectorial membrane band is connected on feed table and the feed back dish, feeding motor-driven feeding roller drives the feed table rotation and realizes fixed length feeding campaign, and feed back motor-driven feed back roller drives the feed back disc spins and realizes the feed back motion;
Described battery steel shell assembly feed mechanism comprises the delivery track of carrying the box hat anchor clamps that are placed with the battery steel shell assembly and the promotion cylinder one that the box hat anchor clamps are fed forward, delivery track is pressed into the positioning cylinder that the station place also is provided with location box hat anchor clamps on workbench between feed table holder and feed back dish holder.
Described punching mechanism is located at the top of delivery track, this punching mechanism comprises the punching mechanism holder that is installed on the workbench and is installed on the die-cut cylinder on punching mechanism holder top, stamping knife fixed head and die-cut seat board are installed in the punching mechanism holder, the tectorial membrane band is through between stamping knife fixed head and the die-cut seat board, the stamping knife fixed head is connected with die-cut cylinder, is equipped with the tectorial membrane band is carried out the first die-cut stamping knife and second stamping knife successively on the stamping knife fixed head.
Be provided with the blanking hole of tectorial membrane on die-cut seat board, the diameter of blanking hole is slightly less than the tectorial membrane external diameter.
Described pressing mechanism comprise be installed on punching mechanism holder top be pressed into cylinder and connecting rod, connecting rod is movably installed in second stamping knife, and air intake duct is installed in the connecting rod, connecting rod by drive link be pressed into cylinder and be connected; Below the battery steel shell assembly, be provided with jacking block, jacking block withstands the battery steel shell assembly, the jacking block bottom is connected with pulley, below workbench, be equipped with and promote cylinder two, promote to be connected with the inclination slide block on the cylinder two, promote cylinder two work pulley is moved on the inclination slide block, pulley drives jacking block and the battery steel shell assembly moves up and down, and is pressed into cylinder and drives connecting rod by drive link and draw the tectorial membrane after die-cut and tectorial membrane is pressed in the box hat of battery steel shell assembly.
End at delivery track is provided with the promotion cylinder three of the box hat anchor clamps being released delivery track.
Front end at delivery track also is provided with the testing agency that whether is placed with the carbon pearl in the box hat that detects the battery steel shell assembly, this testing agency comprises testing agency's holder and the sliding seat that is installed on testing agency's holder, on testing agency holder top the detection cylinder is installed, detect cylinder and be connected, probe is installed on sliding seat with sliding seat; In testing agency holder back the release cylinder is installed, is provided with a block, below workbench, be provided with position, top cylinder and be connected with block at box hat anchor clamps front end.
The utility model reasonable in design, the battery steel shell assembly that is pressed into counterdie, limit film, tetrafluoro, carbon pearl in tectorial membrane and the box hat is delivered to the station that is pressed into of pressing mechanism respectively by feed mechanism, after punching mechanism punches out tectorial membrane, pressing mechanism is pressed into tectorial membrane in the box hat of battery steel shell assembly, thereby realize the self-feeding of tectorial membrane and battery steel shell assembly and be pressed into, solved tectorial membrane when assembling because of people's hand cutting, remove static, operation such as shaping behind the battery of packing into, product fraction defective height, problem such as production efficiency is low, quality can't be monitored.The utlity model has that assembling speed is fast, the measured characteristics of matter, saved production cost greatly, improved workman's operating environment and improved production efficiency.
Description of drawings
Accompanying drawing 1 is the utility model perspective view;
Accompanying drawing 2 is the utility model internal structure side-looking view;
Accompanying drawing 3 is the utility model testing agency perspective view.
The specific embodiment
For the ease of those skilled in the art's understanding, the utility model structural principle is further described in detail below in conjunction with specific embodiment and accompanying drawing:
Shown in accompanying drawing 1-3, the inferior battery cap mould of a kind of lithium is gone into machine, comprise workbench 1, on workbench 1, be provided with tectorial membrane feed mechanism 2 in regular turn, battery steel shell assembly feed mechanism 3, testing agency 9 and punching mechanism 4 and pressing mechanism 5, tectorial membrane feed mechanism 2 is delivered to tectorial membrane the station that is pressed into of pressing mechanism 5, battery steel shell assembly feed mechanism 3 is delivered to battery steel shell assembly 7 station that is pressed into of pressing mechanism 5, battery steel shell assembly 7 is by box hat, counterdie, the limit film, tetrafluoro, the carbon pearl is formed, be pressed into counterdie in the box hat, the limit film, tetrafluoro, the carbon pearl, tectorial membrane is pressed in the box hat of battery steel shell assembly 7 by pressing mechanism 5 after punching mechanism 4 is die-cut, and said mechanism is connected with governor circuit.
Wherein, above-mentioned tectorial membrane feed mechanism 2 comprises feed table holder 21 and the feed back dish holder 22 that is installed on the workbench 1, feed table 23, feeding roller and feeding motor 25 are installed on feed table holder 21, the feeding roller is connected with feed table 23, feeding motor 25 is connected with the feeding roller, is wound with the tectorial membrane band on the feed table 23; Feed back dish 26, feed back are installed on feed back dish holder 22 roll material 27 and feed back motor 28, feed back rolls material 27 and is connected with feed back dish 26, feed back motor 28 rolls material 27 with feed back and is connected, the tectorial membrane band is connected on feed table 23 and the feed back dish 26, feeding motor 25 drives the feeding roller and drives feed table 23 rotation realization fixed length feeding campaigns, and feed back motor 28 driving feed back rollers 27 drive 26 rotations of feed back dish and realize that feed back moves.
Above-mentioned battery steel shell assembly feed mechanism 3 comprises delivery track 32 and promotes cylinder 1, delivery track 32 is between feed table holder 21 and feed back dish holder 23, be placed with box hat anchor clamps 31 in delivery track 32 porch, device has battery steel shell assembly 8 on the box hat anchor clamps 31, promote cylinder 1 box hat anchor clamps 31 are advanced delivery track 32, and box hat anchor clamps 31 are fed forward on delivery track 32.On workbench 1, be pressed into the station place and also be provided with positioning cylinder 34, when box hat anchor clamps 31 be delivered to pressing mechanism 5 be pressed into station the time, positioning cylinder 34 is released the location and is lived box hat anchor clamps 31.End at delivery track 32 is provided with promotion cylinder 38, and promoting cylinder 38 will carry the box hat anchor clamps 31 of coming to release delivery tracks 32 from delivery track 32.
Above-mentioned punching mechanism 4 is located at the top of delivery track 32, this punching mechanism 4 comprises punching mechanism holder 41 that is installed on the workbench 1 and the die-cut cylinder 42 that is installed on punching mechanism holder 41 tops, stamping knife fixed head 43 and die-cut seat board 44 are installed in punching mechanism holder 41, the tectorial membrane band is through between stamping knife fixed head 43 and the die-cut seat board 44, stamping knife fixed head 43 is connected with die-cut cylinder 42, on stamping knife fixed head 43, be equipped with the tectorial membrane band is carried out the first die-cut stamping knife 45 and second stamping knife 46 successively, first stamping knife, 45 die-cut tectorial membrane apertures, second stamping knife 46 is die-cut to tectorial membrane on the die-cut seat board 44 from the tectorial membrane band, on die-cut seat board 44, be provided with the blanking hole of tectorial membrane, the diameter of blanking hole is slightly less than the tectorial membrane external diameter, and tectorial membrane is thrust by second stamping knife 46 and is placed on the die-cut seat board 44.
Above-mentioned pressing mechanism 5 comprises and is pressed into cylinder 51 and connecting rod 52, be pressed into the top that cylinder 51 is installed on punching mechanism holder 41, connecting rod 52 is movably installed in second stamping knife 46, in connecting rod 52 air intake duct is installed, connecting rod 52 by drive link 53 be pressed into cylinder 51 and be connected; Below battery steel shell assembly 7, be provided with jacking block 54, battery steel shell assembly 7 is withstood in jacking block 54 upper ends, jacking block 54 bottoms are connected with pulley 55, below workbench 1, be equipped with and promote cylinder 2 56, promote to be connected with inclination slide block 57 on the cylinder 2 56, promoting cylinder 2 56 work moves pulley 55 on inclination slide block 57, pulley 55 drives jacking blocks 54 and battery steel shell assembly 7 moves up and down, and is pressed into cylinder 51 and drives connecting rods 52 by drive link 53 and draw the tectorial membrane after die-cut and tectorial membrane is pressed in the box hat of battery steel shell assembly 7.
In addition, in the testing agency 9 that the front end of delivery track 32 also is provided with, this testing agency 9 comprises testing agency's holder 91 that is installed on the workbench 1 and the sliding seat 92 that is installed on testing agency's holder 91, detection cylinder 93 is installed on the top of testing agency's holder 91, detecting cylinder 93 is connected with sliding seat 92, probe 94 is installed on sliding seat 92, probe 94 be positioned at battery steel shell assembly 7 directly over, detection cylinder 93 task driven sliding seat 92 drive probes 94 move down the carbon pearl in contact battery steel shell assembly 7, detect cylinder 93 then and upwards reply the position; Release cylinder 95 is installed in the back of testing agency's holder 91, be provided with a block 96 at box hat anchor clamps 31 front ends, being provided with position, top cylinder 97 below workbench 1 is connected with block 96, in testing agency 10 detects battery steel shell assembly 7 during carbon-free pearl, cylinder 97 work downwards in position, top drive block 96 and draw toward workbench 1 below, simultaneously, release box hat anchor clamps 31 releases that cylinder 95 will contain defective battery steel shell assembly 7.
For the better linking work of each mechanism of control, can in each mechanism, inductor be set.
Concrete operation process of the present utility model is described in the back: at first, start governor circuit, tectorial membrane feed mechanism 2 feeding motors 25 drive the feeding roller and drive feed table 23 rotation realization fixed length feeding campaigns, and tectorial membrane feed mechanism 2 feed back motors 28 driving feed back rollers 27 drive 26 rotations of feed back dish and realize that feed back moves; In the tectorial membrane feeding, battery steel shell assembly feed mechanism 3 promotes cylinder 1 box hat anchor clamps 31 is advanced delivery track 32, and box hat anchor clamps 31 are fed forward on delivery track 32.When box hat anchor clamps 31 are delivered to testing agency 9 on delivery track 32, detect cylinder 93 promotion probes 94 and move down the carbon pearl that contacts in the battery steel shell assembly 7, detect cylinder 93 then and upwards reply the position; If testing agency 9 detects when all containing the carbon pearl in all batteries steel casing assembly 7, box hat anchor clamps 31 continue to carry on delivery track 32; If when testing agency 9 had detected at least one battery steel shell assembly 7 carbon-free pearl, cylinder 97 work downwards in position, top drove blocks 96 and draw toward workbench 1 belows, simultaneously, release the box hat anchor clamps 31 that cylinder 95 will contain defective battery steel shell assembly 7 and release.
Box hat anchor clamps 31 continue to carry on delivery track 32, and when box hat anchor clamps 31 are delivered to when being pressed into station, positioning cylinder 34 is released the location and lived box hat anchor clamps 31; Then, punching mechanism 4 die-cut cylinder 42 task driven, first stamping knives 45 and second stamping knife 46 carry out die-cut successively to the tectorial membrane band, and tectorial membrane is thrust by second stamping knife 46 and is placed on the die-cut seat board 44; Pressing mechanism 6 is pressed into cylinder 51 driving connecting rods 52 and moves downward, simultaneously, promotion cylinder 2 56 work of workbench 1 below are moved pulley 55 on inclination slide block 57, pulley 55 drive jacking blocks 54 withstand battery steel shell assembly 7 and move up, tectorial membrane after connecting rod 52 absorptions are die-cut also is pressed into tectorial membrane in the box hat of battery steel shell assembly 7, thereby the assembling of finishing tectorial membrane is pressed into; At last, promote cylinder 2 56 and positioning cylinder 34 answer positions, battery steel shell assembly 7 is also replied the position downwards, promotes cylinder 1 and continues to advance box hat anchor clamps 31, when box hat anchor clamps 31 are delivered to delivery track 32 ends, promote cylinder 38 box hat anchor clamps 31 are released delivery tracks 32.
So move in circles, realized the self-feeding of tectorial membrane and battery steel shell assembly and be pressed into, assembling speed is fast, quality good, has saved production cost greatly, has improved workman's operating environment and has improved production efficiency.
The foregoing description only is a preferred implementation of the present utility model, and in addition, the utility model can also have other implementations.That is to say that under the prerequisite that does not break away from the present utility model design, any conspicuous replacement all should fall within the protection domain of the present utility model.
Claims (7)
1. the inferior battery cap mould of lithium is gone into machine, comprise workbench (1), it is characterized in that: be provided with in regular turn on the described workbench tectorial membrane is delivered to the tectorial membrane feed mechanism (2) that is pressed into station, battery steel shell assembly (7) is delivered to the punching mechanism (4) of the battery steel shell assembly feed mechanism (3) that is pressed into station, die-cut tectorial membrane and tectorial membrane is pressed into pressing mechanism (5) in the battery steel shell assembly, said mechanism is connected with governor circuit.
2. the inferior battery cap mould of lithium according to claim 1 is gone into machine, it is characterized in that: described tectorial membrane feed mechanism comprises feed table holder (21) and the feed back dish holder (22) that is installed on the workbench, feed table (23) is installed on the feed table holder, feeding roller that is connected with feed table and the feeding motor (25) that is connected with the feeding roller, be wound with the tectorial membrane band on the feed table, feed back dish (26) is installed on the feed back dish holder, the feed back that is connected with the feed back dish rolls material (27) and rolls the feed back motor (28) that material is connected with feed back, the tectorial membrane band is connected on feed table and the feed back dish, feeding motor-driven feeding roller drives the feed table rotation and realizes fixed length feeding campaign, and feed back motor-driven feed back roller drives the feed back disc spins and realizes the feed back motion;
Described battery steel shell assembly feed mechanism comprises the delivery track (32) of carrying the box hat anchor clamps (31) that are placed with the battery steel shell assembly and the promotion cylinder one (33) that the box hat anchor clamps are fed forward, delivery track is pressed into the positioning cylinder (34) that the station place also is provided with location box hat anchor clamps on workbench between feed table holder and feed back dish holder.
3. the inferior battery cap mould of lithium according to claim 2 is gone into machine, it is characterized in that: described punching mechanism is located at the top of delivery track, this punching mechanism comprises punching mechanism holder (41) that is installed on the workbench and the die-cut cylinder (42) that is installed on punching mechanism holder top, stamping knife fixed head (43) and die-cut seat board (44) are installed in the punching mechanism holder, the tectorial membrane band is through between stamping knife fixed head and the die-cut seat board, the stamping knife fixed head is connected with die-cut cylinder, is equipped with the tectorial membrane band is carried out die-cut first stamping knife (45) and second stamping knife (46) successively on the stamping knife fixed head.
4. the inferior battery cap mould of lithium according to claim 3 is gone into machine, and it is characterized in that: be provided with the blanking hole of tectorial membrane on die-cut seat board, the diameter of blanking hole is slightly less than the tectorial membrane external diameter.
5. the inferior battery cap mould of lithium according to claim 3 is gone into machine, it is characterized in that: described pressing mechanism comprise be installed on punching mechanism holder top be pressed into cylinder (51) and connecting rod (52), connecting rod is movably installed in second stamping knife, air intake duct is installed in the connecting rod, connecting rod by drive link (53) be pressed into cylinder and be connected; Below the battery steel shell assembly, be provided with jacking block (54), jacking block withstands the battery steel shell assembly, the jacking block bottom is connected with pulley (55), below workbench, be equipped with and promote cylinder two (56), promote to be connected with inclination slide block (57) on the cylinder two, promoting cylinder two work moves pulley on the inclination slide block, pulley drives jacking block and the battery steel shell assembly moves up and down, and is pressed into cylinder and drives connecting rod by drive link and draw the tectorial membrane after die-cut and tectorial membrane is pressed in the box hat of battery steel shell assembly.
6. the inferior battery cap mould of lithium according to claim 5 is gone into machine, it is characterized in that: the end at delivery track is provided with the promotion cylinder three (8) of the box hat anchor clamps being released delivery track.
7. go into machine according to the inferior battery cap mould of each described lithium in the claim 1～6, it is characterized in that: the front end at delivery track also is provided with the testing agency (9) that whether is placed with the carbon pearl in the box hat that detects the battery steel shell assembly, this testing agency comprises testing agency's holder (91) and is installed on sliding seat (92) on testing agency's holder, detection cylinder (93) is installed on testing agency holder top, detect cylinder and be connected, probe (94) is installed on sliding seat with sliding seat; Release cylinder (95) is installed in testing agency holder back, is provided with a block (96), below workbench, be provided with a top position cylinder (97) and be connected with block at box hat anchor clamps front end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205968069U CN201871931U (en) | 2010-11-04 | 2010-11-04 | Lithium battery top cover membrane press-in machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205968069U CN201871931U (en) | 2010-11-04 | 2010-11-04 | Lithium battery top cover membrane press-in machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201871931U true CN201871931U (en) | 2011-06-22 |
Family
ID=44159865
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205968069U Expired - Lifetime CN201871931U (en) | 2010-11-04 | 2010-11-04 | Lithium battery top cover membrane press-in machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201871931U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102059551A (en) * | 2010-11-04 | 2011-05-18 | 周俊雄 | Roof membrane pressing machine of lithium thionyl chloride battery |
| CN102527857A (en) * | 2011-12-13 | 2012-07-04 | 浙江海洋学院 | General cop assembly device |
-
2010
- 2010-11-04 CN CN2010205968069U patent/CN201871931U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102059551A (en) * | 2010-11-04 | 2011-05-18 | 周俊雄 | Roof membrane pressing machine of lithium thionyl chloride battery |
| CN102059551B (en) * | 2010-11-04 | 2013-01-09 | 周俊雄 | Roof membrane pressing machine of lithium thionyl chloride battery |
| CN102527857A (en) * | 2011-12-13 | 2012-07-04 | 浙江海洋学院 | General cop assembly device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110622 Effective date of abandoning: 20130306 |
|
| RGAV | Abandon patent right to avoid regrant |