CN203574018U - Automatic sole attaching machine for batteries - Google Patents
Automatic sole attaching machine for batteries Download PDFInfo
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- CN203574018U CN203574018U CN201320616128.1U CN201320616128U CN203574018U CN 203574018 U CN203574018 U CN 203574018U CN 201320616128 U CN201320616128 U CN 201320616128U CN 203574018 U CN203574018 U CN 203574018U
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- battery
- rotating disk
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- egative film
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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Abstract
(b) The utility model provides an automatic sole attaching machine for batteries, which belongs to the technical field of mechanical equipment and solves the problem that the working efficiency of the current automatic sole attaching machine for the battery is lower. The automatic sole attaching machine for the batteries is characterized in that a feeding turnplate, a discharging turnplate and a storing turnplate are horizontally and rotatably connected onto a rectangular workbench respectively, and the storing turnplate is rotatably connected with the feeding turnplate and the discharging turnplate respectively; a conveying structure which is used for conveying the batteries and is connected with the feeding turnplate is arranged at one side of the workbench; a plurality of rows of arrangement devices used for placing battery soles are also arranged on the workbench; a sole attaching device which is used for conveying the battery soles to the upper part of a mounting slot of the feeding turnplate and can cause the battery soles to fall to the bottoms of the batteries positioned in the mounting slot is arranged between the arrangement devices and the feeding turnplate; a sole ironing device used for heat-sealing the battery soles is also arranged above the edge of the discharging turnplate. The production efficiency of the automatic sole attaching machine for the batteries is higher and conforms to the need of modern production. (/b).
Description
Technical field
the utility model belongs to mechanical equipment technical field, relates to the automatic bottom bonding machine of a kind of battery.
Background technology
after naked cell is produced, the iron plate (being battery egative film) that most of batteries all need the surface to be coated with anti-oxidation materials is attached to the negative pole bottom of battery, make the color cover of plastic film being enclosed within outside naked cell and battery egative film tightly simultaneously, make battery seem attractive in appearance and can be anti-oxidation, most factory is all by manually one by one battery egative film being attached to battery bottom, labor intensive and production efficiency are very low, can not form streamline production with automatic color cover machine and heat shrink wrapping machine simultaneously, cannot meet the needs of modern production.
for above-mentioned this situation, on market, occurred now a kind of can be to the device of the upper false end automatically of the battery of battery egative film on naked cell, as China Patent No. is: the device of the upper false end automatically of a kind of battery as described in " 200620105696.5 ", comprise battery transmission apparatus and feed arrangement part of the false end, wherein battery transmission apparatus is comprised of charging rotating disk, main turntable, transition rotating disk one and the transition rotating disk two of tangent connection; Described feed arrangement of the false end is arranged on main turntable side, it comprises that one is fixedly installed on the support in frame, on support, be fixedly installed separator of the false end and a sliding rail rack, after described separator, connect a plurality of storing slideways, before be provided with the discharging opening being connected with storing slideway, on sliding rail rack, be provided with a plurality of slide rails, the position of slide rail and number are corresponding one by one with the discharging opening of separator respectively; Support front end arranges a workbench, on workbench, be provided with a plurality of slideways, the rear end of slideway is corresponding one by one with the slide rail end on sliding rail rack, and each slideway front end respectively arranges a fairlead, the position of fairlead and the outer edge surface of main turntable is tangent and corresponding one by one with teeth groove; In the middle of support and on the slide rail of rear end, a push rod slide block and soup stick slide block are set respectively, wherein the bottom of push rod slide block is connected with a reciprocating motion power device by a connecting rod, slide block top arranges a plurality of push rods that are positioned in workbench slideway, and the bottom of soup stick slide block is connected with the connecting rod of push rod slider bottom by connecting rod, its top is connected by a connecting rod and soup stick frame, on soup stick frame, be provided with a plurality of soup sticks, each soup stick is all through a guide hole corresponding one by one with the discharging opening of separator on sliding rail rack; Described main turntable center arranges one can upper and lower axially movable lifting shaft, and the lifting shaft top pressure surface plate that is connected, presses down panel and be provided with a plurality of vacuum guides, and the position of guide rod is corresponding one by one with the pilot hole on feed arrangement workbench of the false end with number.
in above-mentioned structure, although can be on naked cell automatically on the effect of battery egative film, but the bend pipe that this storing slideway is circular arc, battery egative film is placed in this storing slideway, the efficiency gliding is slower, affects this operating efficiency of device of the upper false end automatically, is by the mode of pushing, automatically to enter main turntable by naked cell in charging rotating disk, the speed of entering naked cell is slower, affects equally this operating efficiency of device of the upper false end automatically.
Summary of the invention
the purpose of this utility model is to have the problems referred to above for existing technology, has proposed the automatic bottom bonding machine of battery that a kind of operating efficiency is higher.
the purpose of this utility model can realize by following technical proposal: the automatic bottom bonding machine of a kind of battery, comprise rectangular table, on rectangular table, horizontally rotate respectively and be connected with charging rotating disk and discharging rotating disk, between described charging rotating disk and discharging rotating disk, be also provided with respectively and charging rotating disk, the storing rotating disk that discharging rotating disk is tangent, this storing rotating disk respectively with above-mentioned charging rotating disk, discharging dial rotation is connected, a side at workbench is provided with the structure for conveying of carrying battery and being connected with above-mentioned charging rotating disk for having, it is characterized in that, on workbench, be also provided with some row for the collating unit of placing battery egative film, between described collating unit and charging rotating disk, arrange battery egative film is transported to the feed track top of charging rotating disk and can makes battery floor slabbing to the device of winding the film that is arranged in the above feed track battery bottom, above discharging disk edge, be also provided with for sealing the device of the boiling hot end of battery egative film.
the automatic bottom bonding machine of this battery is mainly by the improvement to collating unit, wind the film device and structure for conveying, improves the operating efficiency of the automatic bottom bonding machine of this battery.
in the above-mentioned automatic bottom bonding machine of a kind of battery, on the edge of described charging rotating disk, be provided with half slot one, on the edge of discharging rotating disk, be provided with half slot two, on the edge of storing rotating disk, be provided with half slot three, in the outer rim of charging rotating disk, be provided with one section of arc that forms feed track with half slot one against plate one, in the outer rim of discharging rotating disk, be provided with one section of arc that forms feed track with half slot two against plate two, in the outer rim of storing rotating disk, be provided with one section of arc that forms feed track with half slot three against plate three, this arc is tangent against plate three with above-mentioned arc respectively against plate two against plate one and arc.
in the above-mentioned automatic bottom bonding machine of a kind of battery, described collating unit comprises the bearing being installed on workbench, on bearing, level is installed with mounting panel, on mounting panel, be installed with and be three-dimensional block separator, on separator, offer battery egative film passage, the separator that is positioned at battery egative film passage is provided with the magnetic iron block that makes battery egative film be spaced at battery egative film passage, also tilts to be installed with to be connected with separator battery egative film channel entrance and for the straight shape barrel of placing battery egative film on described mounting panel.Between this straight shape barrel and mounting panel, form inclination angle, this inclination angle is preferably with 30 degree, this inclination angle can make the battery egative film being placed in straight shape barrel glide rapidly, and the object of selecting straight shape barrel is the speed that battery egative film is glided in straight shape barrel, can enhance productivity.
in the above-mentioned automatic bottom bonding machine of a kind of battery, the described device of winding the film is included in level on bearing and is installed with the guiding road that outer end extends to above-mentioned charging rotating disk feed track top, the outer end in described guiding road be installed with above-mentioned feed track over against fairlead, in this fairlead, be provided with magnet, at the edge of fairlead, offer the breach that the centre bore that makes in fairlead is connected with above-mentioned guiding road, on guiding road, be also provided with for battery egative film being pushed to the push rod of above-mentioned fairlead centre bore, between described guiding road and above-mentioned separator, be provided with inclined ramp, the upper end of this inclined ramp offers the via hole relative with above-mentioned separator battery egative film passage, the lower end of this inclined ramp is connected with above-mentioned guiding road, on bearing, be also provided with and can take the battery egative film on separator to soup stick in inclined ramp, one end of described soup stick is installed with magnet through via hole with the described battery egative film passage end end of passing relative and this soup stick, the other end of described soup stick is connected mutually by support and above-mentioned push rod, above fairlead, be also provided with the jumper bar that can be located in above-mentioned fairlead centre bore, described jumper bar is connected with power set by total support.
in the above-mentioned automatic bottom bonding machine of a kind of battery, described jumper bar is a hollow stem, and the upper end of described jumper bar is connected with negative pressure device by flexible pipe.
in the above-mentioned automatic bottom bonding machine of a kind of battery, described structure for conveying comprises runner and transfer passage, in the tangential direction of described transfer passage in runner, between described transfer passage and runner, be provided with for battery and do the steering gear one that 180 degree axially turn to, in the outer rim of runner, be provided with the arc that one section of energy and runner form feed track, this arc and tangent connection of above-mentioned charging rotating disk feed track, length direction along arc on arc offers arc port, on workbench, be also provided with the bristle brush wheel advancing along feed track for promoting battery, hairbrush in this bristle brush wheel puts in above-mentioned arc port.
in the above-mentioned automatic bottom bonding machine of a kind of battery, described device of the boiling hot end comprises the preheating cabinet being fixed on workbench, above discharging rotating disk feed track, being provided with heat meets and discusses, described heat is met and discussed and is connected with above-mentioned preheating cabinet by heat conducting bar, working position be positioned at above discharging rotating disk feed track and be also provided with and make battery external packing in the push pedal of the location of sustained height before heat is met and discussed, described location push pedal and above-mentioned total stent strut are connected.
in the above-mentioned automatic bottom bonding machine of a kind of battery, on workbench, be also provided with output track, in the tangential direction of described output track in above-mentioned discharging rotating disk, between this output track and discharging rotating disk, be also provided with steering gear two.
compared with prior art, on mounting panel in the automatic bottom bonding machine collating unit of this battery, also tilt to be installed with and be connected with separator battery egative film channel entrance and for the straight shape barrel of placing battery egative film, by the slant setting of straight shape barrel, also by separator, the separation energy of battery egative film is improved greatly the upper dress efficiency of battery egative film, to the improvement of the device of winding the film, can further improve again production efficiency of the present utility model in addition, meet the needs of modern production.
Accompanying drawing explanation
fig. 1 is the perspective view of the automatic bottom bonding machine of this battery.
fig. 2 is the part perspective view of the automatic bottom bonding machine of this battery.
fig. 3 is the sectional structure schematic diagram of separator in the automatic bottom bonding machine of this battery.
in figure, 1, workbench; 2, charging rotating disk; 2a, half slot one; 3, discharging rotating disk; 3a, half slot two; 4, storing rotating disk; 4a, half slot three; 5, arc is against plate one; 6, arc is against plate two; 7, arc is against plate three; 8, bearing; 9, mounting panel; 10, separator; 10a, battery egative film passage; 11, magnetic iron block; 12, straight shape barrel; 13, guiding road; 14, fairlead; 15, breach; 16, push rod; 17, inclined ramp; 17a, via hole; 18, soup stick; 19, jumper bar; 20, total support; 21, flexible pipe; 22, runner; 23, transfer passage; 24, steering gear one; 25, arc; 25a arc port; 26, bristle brush wheel; 27, preheating cabinet; 28, heat is met and discussed; 29, heat conducting bar; 30, location push pedal; 31, output track; 32, steering gear two.
Embodiment
be below specific embodiment of the utility model by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
as Fig. 1, shown in Fig. 2 or Fig. 3, the automatic bottom bonding machine of this battery is mainly comprised of rectangular table 1, on rectangular table 1, horizontally rotate respectively and be connected with charging rotating disk 2 and discharging rotating disk 3, between charging rotating disk 2 and discharging rotating disk 3, be also provided with respectively and charging rotating disk 2, the storing rotating disk 4 that discharging rotating disk 3 is tangent, this storing rotating disk 4 respectively with charging rotating disk 2, discharging rotating disk 3 is rotatedly connected, on the edge of charging rotating disk 2, be provided with half slot one 2a, on the edge of discharging rotating disk 3, be provided with half slot two 3a, on the edge of storing rotating disk 4, be provided with half slot three 4a, in the outer rim of charging rotating disk 2, be provided with one section of arc that forms feed track with half slot one 2a against plate 1, in the outer rim of discharging rotating disk 3, be provided with one section of arc that forms feed track with half slot two 3a against plate 26, in the outer rim of storing rotating disk 4, be provided with one section of arc that forms feed track with half slot three 4a against plate 37, this arc is tangent against plate 37 with above-mentioned arc respectively against plate 26 against plate 1 and arc.
a side at workbench 1 is provided with the structure for conveying of carrying battery and being connected with above-mentioned charging rotating disk 2 for having, when Practical manufacturing, this structure for conveying is mainly comprised of runner 22 and transfer passage 23, in the tangential direction of transfer passage 23 in runner 22, between transfer passage 23 and runner 22, be provided with for battery and do the steering gear 1 that 180 degree axially turn to, in the outer rim of runner 22, be provided with the arc 25 that one section of energy and runner 22 form feed tracks, this arc 25 and tangent connection of charging rotating disk 2 feed tracks, length direction along arc 25 on arc 25 offers arc port 25a, on workbench 1, be also provided with the bristle brush wheel 26 advancing along feed track for promoting battery, hairbrush in this bristle brush wheel 26 puts in above-mentioned arc port 25a.When work, the direction of rotation of this bristle brush wheel 26 and runner 22, when naked cell is entered by feed track and enters into charging rotating disk 2 by runner 22, this bristle brush wheel 26 promotes naked cell and enters in charging rotating disk 2, can improve the efficiency that enters of naked cell.On workbench, be also provided with some row for the collating unit of placing battery egative film, when Practical manufacturing, this collating unit is mainly comprised of the bearing 8 being installed on workbench 1, on bearing, 8 levels are installed with mounting panel 9, on mounting panel 9, be installed with and be three-dimensional block separator 10, on separator 10, offer battery egative film path 10 a, the separator 10 that is positioned at battery egative film path 10 a is provided with the magnetic iron block 11 that makes battery egative film be spaced at battery egative film passage, on mounting panel 9, also tilt to be installed with and be connected with separator 10 battery egative film path 10 a imports and for the straight shape barrel 12 of placing battery egative film, the object arranging is like this to make battery egative film at the speed of straight shape barrel 12 interior downslides, can enhance productivity.
between collating unit and charging rotating disk 2, arrange battery egative film is transported to the feed track top of charging rotating disk 2 and can makes battery floor slabbing to the device of winding the film that is arranged in feed track battery bottom, this wind the film device mainly on bearing 8 level be installed with outer end and extend to the guiding road 13 above charging rotating disk 2 feed tracks, guiding road 13 outer end be installed with charging rotating disk 2 feed tracks over against fairlead 14, in this fairlead 14, be provided with magnet, at the edge of fairlead 14, offer the breach 15 that the centre bore that makes in fairlead 14 is connected with guiding road 14, on guiding road 13, be also provided with for battery egative film being pushed to the push rod 16 of above-mentioned fairlead 14 centre bores, between guiding road 13 and separator 10, be provided with inclined ramp 17, the upper end of this inclined ramp 17 offers the via hole 17a relative with separator 10 battery egative film path 10 a, the lower end of this inclined ramp 17 is connected with guiding road 13, on bearing 8, be also provided with and can take the battery egative film on separator 10 to soup stick 18 in inclined ramp 17, the end end of passing relative with battery egative film path 10 a through via hole 17a and this soup stick 18, one end of soup stick 18 is installed with magnet, the other end of soup stick 18 is connected mutually by support and above-mentioned push rod 16, above fairlead 14, be also provided with the jumper bar 19 that can be located in above-mentioned fairlead 14 centre bores, jumper bar 19 is connected with power set by total support 20.These power set are selected cylinder, and this cylinder can directly be bought and install and use on market, and the cylinder rod of this cylinder is connected mutually with total support 20.When actual selecting, this jumper bar 19 is a hollow stem, and the upper end of jumper bar 19 is connected with negative pressure device by flexible pipe 21.This negative pressure device is selected vacuum pump, and this vacuum pump also can directly be bought on market, after purchase, directly installs and uses.
Above discharging rotating disk 3 edges, be also provided with for sealing the device of the boiling hot end of battery egative film, this device of boiling hot end is mainly comprised of the preheating cabinet 27 being fixed on workbench 1, above discharging rotating disk 3 feed tracks, be provided with heat and meet and discuss 28, heat is met and discussed and 28 is connected with above-mentioned preheating cabinet 27 by heat conducting bar 29, at meet and discuss 28 front working positions be positioned at above discharging rotating disk 3 feed tracks and be also provided with and make battery external packing in the location of sustained height push pedal 30 of heat, location push pedal 30 is connected with total support 20 poles; On workbench 1, be also provided with output track 31, in the tangential direction of output track 31 in discharging rotating disk 3, between this output track 31 and discharging rotating disk 3, be also provided with steering gear 2 32.
Claims (8)
1. the automatic bottom bonding machine of battery, comprise rectangular table (1), on rectangular table (1), horizontally rotate respectively and be connected with charging rotating disk (2) and discharging rotating disk (3), between described charging rotating disk (2) and discharging rotating disk (3), be also provided with respectively and charging rotating disk (2), the storing rotating disk (4) that discharging rotating disk (3) is tangent, this storing rotating disk (4) respectively with above-mentioned charging rotating disk (2), discharging rotating disk (3) is rotatedly connected, a side at workbench (1) is provided with the structure for conveying of carrying battery and being connected with above-mentioned charging rotating disk (2) for having, it is characterized in that, on workbench (1), be also provided with some row for the collating unit of placing battery egative film, between described collating unit and charging rotating disk (2), arrange battery egative film is transported to the feed track top of charging rotating disk (2) and can makes battery floor slabbing to the device of winding the film that is arranged in the above feed track battery bottom, in top, discharging rotating disk (3) edge, be also provided with for sealing the device of the boiling hot end of battery egative film.
2. the automatic bottom bonding machine of a kind of battery according to claim 1, it is characterized in that, on the edge of described charging rotating disk (2), be provided with half slot one (2a), on the edge of discharging rotating disk (3), be provided with half slot two (3a), on the edge of storing rotating disk (4), be provided with half slot three (4a), in the outer rim of charging rotating disk (2), be provided with one section of arc that forms feed track with half slot one (2a) against plate one (5), in the outer rim of discharging rotating disk (3), be provided with one section of arc that forms feed track with half slot two (3a) against plate two (6), in the outer rim of storing rotating disk (4), be provided with one section of arc that forms feed track with half slot three (4a) against plate three (7), this arc is tangent against plate three (7) with above-mentioned arc respectively against plate two (6) against plate one (5) and arc.
3. the automatic bottom bonding machine of a kind of battery according to claim 2, it is characterized in that, described collating unit comprises the bearing (8) being installed on workbench (1), in the upper level of bearing (8), be installed with mounting panel (9), on mounting panel (9), be installed with and be three-dimensional block separator (10), on separator (10), offer battery egative film passage (10a), the separator (10) that is positioned at battery egative film passage (10a) is provided with the magnetic iron block (11) that makes battery egative film be spaced at battery egative film passage (10a), on described mounting panel (9), also tilt to be installed with and be connected with separator (10) battery egative film passage (10a) import and for the straight shape barrel (12) of placing battery egative film.
4. the automatic bottom bonding machine of a kind of battery according to claim 3, it is characterized in that, the described device of winding the film is included in the upper level of bearing (8) and is installed with the guiding road (13) that outer end extends to above-mentioned charging rotating disk (2) feed track top, the outer end in described guiding road (13) be installed with above-mentioned feed track over against fairlead (14), this fairlead is provided with magnet in (14), at the edge of fairlead (14), offer the breach (15) that the centre bore that makes in fairlead (14) is connected with above-mentioned guiding road (13), on guiding road (13), be also provided with for battery egative film being pushed to the push rod (16) of above-mentioned fairlead (14) centre bore, between described guiding road (13) and above-mentioned separator (10), be provided with inclined ramp (17), the upper end of this inclined ramp (17) offers the via hole (17a) relative with above-mentioned separator (10) battery egative film passage (10a), the lower end of this inclined ramp (17) is connected with above-mentioned guiding road (13), on bearing (8), be also provided with and the battery egative film on separator (10) can be taken to the soup stick (18) in inclined ramp (17), one end of described soup stick (18) is installed with magnet through via hole (17a) with described battery egative film passage (10a) the end end of passing relative and this soup stick (18), the other end of described soup stick (18) is connected mutually by support and above-mentioned push rod (16), in the top of fairlead (14), be also provided with the jumper bar (19) that can be located in above-mentioned fairlead (14) centre bore, described jumper bar (19) is connected with power set by total support (20).
5. the automatic bottom bonding machine of a kind of battery according to claim 4, is characterized in that, described jumper bar (19) is a hollow stem, and the upper end of described jumper bar (19) is connected with negative pressure device by flexible pipe (21).
6. the automatic bottom bonding machine of a kind of battery according to claim 2, it is characterized in that, described structure for conveying comprises runner (22) and transfer passage (23), in the tangential direction of described transfer passage (23) in runner (22), between described transfer passage (23) and runner (22), be provided with for battery and do the steering gear one (24) that 180 degree axially turn to, in the outer rim of runner (22), be provided with the arc (25) that one section of energy and runner (22) form feed track, this arc (25) and above-mentioned charging rotating disk (2) tangent connection of feed track, at the upper length direction along arc (25) of arc (25), offer arc port (25a), on workbench (1), be also provided with the bristle brush wheel (26) advancing along feed track for promoting battery, hairbrush in this bristle brush wheel (26) puts in above-mentioned arc port (25a).
7. the automatic bottom bonding machine of a kind of battery according to claim 4, it is characterized in that, described device of the boiling hot end comprises the preheating cabinet (27) being fixed on workbench (1), in discharging rotating disk (3) feed track top, be provided with heat meet and discuss (28), described heat meet and discuss (28) be connected with above-mentioned preheating cabinet (27) by heat conducting bar (29), meet and discuss in heat (28) front working position be positioned at discharging rotating disk (3) feed track top and be also provided with and make battery external packing in the push pedal of the location of sustained height (30), described location push pedal (30) is connected with above-mentioned total support (20) pole.
8. the automatic bottom bonding machine of a kind of battery according to claim 1, it is characterized in that, on workbench (1), be also provided with output track (31), in the tangential direction of described output track (31) in above-mentioned discharging rotating disk (3), between this output track (31) and discharging rotating disk (3), be also provided with steering gear two (32).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320616128.1U CN203574018U (en) | 2013-10-08 | 2013-10-08 | Automatic sole attaching machine for batteries |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320616128.1U CN203574018U (en) | 2013-10-08 | 2013-10-08 | Automatic sole attaching machine for batteries |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203574018U true CN203574018U (en) | 2014-04-30 |
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ID=50541732
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320616128.1U Expired - Fee Related CN203574018U (en) | 2013-10-08 | 2013-10-08 | Automatic sole attaching machine for batteries |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203574018U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108550716A (en) * | 2018-04-19 | 2018-09-18 | 贵州鸿兴时代动力新能源科技有限公司 | A kind of battery cauda attaching apparatus |
| CN110380104A (en) * | 2019-08-06 | 2019-10-25 | 力聚电池(湖北)有限公司 | A kind of double disk machines out of button cell |
-
2013
- 2013-10-08 CN CN201320616128.1U patent/CN203574018U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108550716A (en) * | 2018-04-19 | 2018-09-18 | 贵州鸿兴时代动力新能源科技有限公司 | A kind of battery cauda attaching apparatus |
| CN108550716B (en) * | 2018-04-19 | 2024-05-28 | 新疆聚格新能源科技有限公司 | Battery tail piece pasting equipment |
| CN110380104A (en) * | 2019-08-06 | 2019-10-25 | 力聚电池(湖北)有限公司 | A kind of double disk machines out of button cell |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140430 Termination date: 20151008 |
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| EXPY | Termination of patent right or utility model |