CN204361737U - Button cell Electrical Discharge Machine - Google Patents
Button cell Electrical Discharge Machine Download PDFInfo
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- CN204361737U CN204361737U CN201520010339.XU CN201520010339U CN204361737U CN 204361737 U CN204361737 U CN 204361737U CN 201520010339 U CN201520010339 U CN 201520010339U CN 204361737 U CN204361737 U CN 204361737U
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- battery
- blanking
- discharge
- material loading
- flitch
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Abstract
The utility model discloses a kind of button cell Electrical Discharge Machine, comprise the discharge system for making battery discharge, and be arranged on feeding system and the blanking system of described discharge system both sides, described discharge system has the discharge tank that can discharge to battery in batches, described feeding system comprises for the material loading transfer frame to described discharge tank batch supply battery, described material loading transfer frame is arranged near described discharge system, described blanking system comprises the blanking transfer frame for taking out battery from described discharge tank batch, and described blanking transfer frame is arranged near described discharge system.This programme, by arranging discharge tank, realizes batch and discharges to battery, enhance productivity, can the feeding system of batch feed and feeding and blanking system by arranging, and realizes the automatic charging to battery and blanking, ensures the high-efficiency operation of discharge tank.
Description
Technical field
The utility model relates to technical field of battery production, particularly relates to a kind of button cell Electrical Discharge Machine.
Background technology
Current various electronic equipment is more and more diversified, but they have a common trend to be lightweight and convenient mobile, just because of the moveable feature of these equipment, these equipment cannot be connected on fixing external power source for a long time, and the battery of therefore convenient movement plays more and more important role.Current battery is widely used in the fields such as radio communication, portable computer, Video Camera, medicine equipment, model plane power and remote control, instrument and meter, household small-size electrical equipment, toy and power assist vehicle power supply, and market demand amount is very large.
The production efficiency of market demand to enterprise of battery proposes higher requirement, the input of battery production enterprise to automated production equipment is increasing, progressively achieve that multiple workpiece on same station synchronously processes, different station works simultaneously and automatic charging, automatic blanking full-automatic production process.
Battery discharge is an important procedure in cell production process, and the electrical property that it affects battery is good and bad, and we are necessary the battery discharge equipment designing a kind of full automatic treatment.
Utility model content
An object of the present utility model is: provide a kind of button cell Electrical Discharge Machine, by arranging discharge tank, realize batch to discharge to battery, enhance productivity, can the feeding system of batch feed and feeding and blanking system by arranging, realize the automatic charging to battery and blanking, ensure the high-efficiency operation of discharge tank.
For reaching this object, the utility model by the following technical solutions:
A kind of button cell Electrical Discharge Machine, comprise the discharge system for making battery discharge, and be arranged on feeding system and the blanking system of described discharge system both sides, described discharge system has the discharge tank that can discharge to battery in batches, described feeding system comprises for the material loading transfer frame to described discharge tank batch supply battery, described material loading transfer frame is arranged near described discharge system, described blanking system comprises the blanking transfer frame for taking out battery from described discharge tank batch, and described blanking transfer frame is arranged near described discharge system.
Preferably, the arranged outside of described discharge system has protective cover, and further, described protective cover is insulating protective cover.
Preferably, the battery flitch being placed with multiple battery is delivered in described discharge tank by described feeding system selectivity; The battery flitch being placed with multiple discharge battery is taken out described discharge tank by described blanking system selectivity.
As the preferred technical scheme of one, described discharge system comprise discharging rack and some can along the described discharge tank of described discharging rack gyration, the side of described discharging rack is provided with for driving described discharge tank to realize the star t-up discharge mechanism of electric discharge to battery, and the opposite side of described discharging rack is provided with for driving described discharge tank to stop the termination electric discharge mechanism of electric discharge to battery.
As the preferred technical scheme of one, described discharge tank comprises the discharging shell be arranged on described discharging rack and the flitch slot to make way for placing battery flitch be opened in described discharging shell, in described discharge tank and the both sides being positioned at described flitch slot to make way are relatively set with fixing conduction panel for turn-on battery and movable conduction panel, described fixing conduction panel is positioned at the top of described flitch slot to make way, described movable conduction panel is positioned at the below of described flitch slot to make way, and described movable conduction panel and described discharging shell are slidably connected.
As the preferred technical scheme of one, the bottom of described discharging shell be provided with selectivity drive described movable conduction panel along near or away from the conducting supporting mechanism of described fixing conduction panel direction movement.
As the preferred technical scheme of one, described conducting supporting mechanism comprises the slip bottom bar be arranged on bottom described discharging shell and the conducting drive rod being fixedly installed on described slip bottom bar two ends, described slip bottom bar and described discharging shell are slidably connected, and described slip bottom bar are provided with at least one for holding up the conducting ladder block in wedge shape of described movable conduction panel.
As the preferred technical scheme of one, near the side of described conducting supporting mechanism, corresponding described conducting ladder block is provided with conduction panel roller to described movable conduction panel, and the top of described conducting ladder block is provided with the detent for fixing described conduction panel roller.
As the preferred technical scheme of one, described feeding system comprises for carrying the material loading connecting line of battery charging tray and the described material loading transfer frame being arranged on described material loading connecting line one end, described material loading transfer frame is provided with the battery flitch can placing some described battery charging trays, described material loading transfer frame is provided with the charging tray feeding manipulator for shifting described battery charging tray near the side of described material loading connecting line, the side of described material loading transfer frame is provided with the material loading flitch transfer device for described battery flitch being drawn in or pushed away described material loading transfer frame.
As the preferred technical scheme of one, described material loading flitch transfer device comprises the material loading flitch horizontal air cylinder that can move horizontally, and the top of described material loading flitch horizontal air cylinder is fixedly installed the material loading flitch fastening cylinder of battery flitch described in selective fastening.
As the preferred technical scheme of one, described blanking system comprises for carrying the blanking connecting line of battery charging tray and the described blanking transfer frame being arranged on described blanking connecting line one end, described blanking transfer frame is provided with the battery flitch can placing some described battery charging trays, described blanking transfer frame is provided with the charging tray blanking mechanical hand for shifting described battery charging tray near the side of described blanking connecting line, described blanking connecting line is distributed with the testing apparatus for detecting battery performance successively along its feed direction, blanking for substandard products blanking and polishing non-defective unit is filled a vacancy manipulator, the feed supplement line manipulator of selectivity transfer non-defective unit battery and the stack device for storing described battery charging tray.
As the preferred technical scheme of one, side in the middle part of described blanking connecting line is provided with the non-defective unit feed supplement line providing non-defective unit battery for manipulator of filling a vacancy to described blanking, one end of described non-defective unit feed supplement line is positioned at the below of described feed supplement line manipulator, and the other end of described non-defective unit feed supplement line is positioned at described blanking and fills a vacancy the below of manipulator.
The beneficial effects of the utility model are: provide a kind of button cell Electrical Discharge Machine, by arranging discharge tank, realize batch to discharge to battery, enhance productivity, can the feeding system of batch feed and feeding and blanking system by arranging, realize the automatic charging to battery and blanking, ensure the high-efficiency operation of discharge tank.
Accompanying drawing explanation
According to drawings and embodiments the utility model is described in further detail below.
Fig. 1 is the structural representation of the button cell Electrical Discharge Machine described in embodiment;
Fig. 2 is the three-dimensional structure diagram of the discharge system described in embodiment;
Fig. 3 is the three-dimensional structure diagram of the discharging rack described in embodiment;
Fig. 4 is the three-dimensional structure diagram of the discharge tank described in embodiment;
Fig. 5 is the front view of the discharge tank described in embodiment;
Fig. 6 is the three-dimensional structure diagram of the feeding system described in embodiment;
Fig. 7 is the vertical view of the feeding system described in embodiment;
Fig. 8 is the partial enlarged drawing of the position of A shown in Fig. 6;
Fig. 9 is the three-dimensional structure diagram of the blanking system described in embodiment;
Figure 10 is the vertical view of the blanking system described in embodiment.
In Fig. 1 to Figure 10:
1, discharge system;
11, discharging rack; 111, chain drive-belt; 112, driving arm; 113, discharge level slide rail;
12, discharge tank; 121, discharging shell; 122, fixing conduction panel; 1221, fixing discharge column; 123, movable conduction panel; 1231, active discharge post; 1232, conduction panel roller; 124, slip bottom bar; 125, conducting drive rod; 126, conducting ladder block; 1261, detent; 127, electric discharge installation shaft; 128, discharge level roller;
13, star t-up discharge mechanism;
14, electric discharge mechanism is stopped;
2, feeding system;
21, material loading connecting line; 211, feeding line over cap; 212, feeding line block;
22, material loading transfer frame; 221, material loading slot to make way; 222, material loading fixed block;
23, material loading flitch transfer device; 231, material loading flitch horizontal air cylinder; 232, material loading flitch fastening cylinder; 233, material loading clip;
24, charging tray feeding manipulator; 241, the first charging tray material loading slide rail; 242, the first material loading horizontal motor; 243, the second charging tray material loading slide rail; 244, the second material loading horizontal motor; 245, material clamp on charging tray; 246, material loading fixture mount; 247, the vertical cylinder of charging tray material loading;
3, blanking system;
31, blanking connecting line; 311, testing apparatus; 312, substandard products recycling box; 313, charging tray recycling box;
32, blanking transfer frame;
33, blanking flitch transfer device;
34, charging tray blanking mechanical hand; 341, the first charging tray blanking slide rail; 342, the second charging tray blanking slide rail; 343, charging tray blanking clamp;
35, blanking is filled a vacancy manipulator; 351, non-defective unit is filled a vacancy tool; 352, substandard products blanking tool;
36, feed supplement line manipulator; 361, non-defective unit turns line tool; 362, charging tray reclaims tool;
37, non-defective unit feed supplement line;
38, stack device; 381, cylinder is supported; 382, stacking limiting plate;
4, battery charging tray;
5, battery flitch.
Embodiment
The technical solution of the utility model is further illustrated by embodiment below in conjunction with accompanying drawing.
As shown in Fig. 1 ~ 10, in the present embodiment, a kind of button cell Electrical Discharge Machine, comprise the discharge system 1 for making battery discharge, and be arranged on feeding system 2 and the blanking system 3 of discharge system 1 both sides, the arranged outside of discharge system 1 has insulating protective cover, discharge system 1 has the discharge tank 12 that can discharge to battery in batches, feeding system 2 comprises for the material loading transfer frame 22 to discharge tank 12 batch supply battery, material loading transfer frame 22 is arranged near discharge system 1, blanking system 3 comprises the blanking transfer frame 32 for taking out battery from discharge tank 12 batch, blanking transfer frame 32 is arranged near discharge system 1.Particularly, the battery flitch 5 being placed with multiple battery is delivered in discharge tank 12 by feeding system 2 selectivity; The battery flitch 5 being placed with multiple discharge battery is taken out discharge tank 12 by blanking system 3 selectivity.
As shown in Fig. 2 to 5, discharge system 1 comprise discharging rack 11 and some can along the discharge tank 12 of discharging rack 11 gyration, the side of discharging rack 11 is provided with the star t-up discharge mechanism 13 for driving discharge tank 12 pairs of batteries to realize electric discharge, and the opposite side of discharging rack 11 is provided with the termination electric discharge mechanism 14 for driving discharge tank 12 pairs of batteries to stop electric discharge.Star t-up discharge mechanism 13 corresponding material loading transfer frame 22 is arranged, and stops electric discharge mechanism 14 corresponding blanking transfer frame 32 and arranges.Star t-up discharge mechanism 13 has the electric discharge that selectivity abuts with conducting drive rod 125 and starts tool, stops electric discharge mechanism 14 and has the electric discharge that selectivity abuts with conducting drive rod 125 and stop tool.
Discharge tank 12 comprises the discharging shell 121 be arranged on discharging rack 11 and the flitch slot to make way for placing battery flitch 5 be opened in discharging shell 121, in the discharge tank 12 and both sides being positioned at flitch slot to make way are relatively set with fixing conduction panel 122 for turn-on battery and movable conduction panel 123, fixing conduction panel 122 is positioned at the top of flitch slot to make way, movable conduction panel 123 is positioned at the below of flitch slot to make way, and movable conduction panel 123 is slidably connected with discharging shell 121.On fixing conduction panel 122, corresponding battery flitch 5 is provided with the fixing discharge column 1221 of some selectivity and battery conducting, and on movable conduction panel 123, corresponding battery flitch 5 is provided with the active discharge post 1231 of some selectivity and battery conducting.In the course of work, movable conduction panel 123 upward sliding in discharging shell 121, promotes battery flitch 5 and moves upward, the battery on battery flitch 5 is abutted with fixing conduction panel 122, thus realizes conducting and the electric discharge of battery positive and negative electrode.
The bottom of discharging shell 121 be provided with selectivity driving activity conduction panel 123 along near or away from the conducting supporting mechanism of fixing conduction panel 122 direction movement, conducting supporting mechanism comprises the slip bottom bar 124 be arranged on bottom discharging shell 121 and the conducting drive rod 125 being fixedly installed on slip bottom bar 124 two ends, slip bottom bar 124 and discharging shell 121 are slidably connected, and slip bottom bar 124 are provided with two for holding up the conducting ladder block 126 in wedge shape of movable conduction panel 123.Near the side of conducting supporting mechanism, corresponding conducting ladder block 126 is provided with conduction panel roller 1232 to movable conduction panel 123, and the top of conducting ladder block 126 is provided with the detent 1261 for fixing conduction panel roller 1232.Particularly, electric discharge starts tool selectivity and abuts with conducting drive rod 125, conducting ladder block 126 is driven to move, conduction panel roller 1232 is made to rise to detent 1261 position along the tapered ramp of conducting ladder block 126, thus make movable conduction panel 123 by battery flitch 5 jack-up, and make it abut with fixing conduction panel 122, realize conducting and the electric discharge of battery positive and negative electrode.Electric discharge stops tool selectivity and abuts with conducting drive rod 125, conducting ladder block 126 is driven to move, conduction panel roller 1232 is made to drop to slip bottom bar 124 position from detent 1261 along the tapered ramp of conducting ladder block 126, fixing conduction panel 122, movable conduction panel 123 and battery are disconnected, thus stops the electric discharge to battery.
Discharging rack 11 being provided with the chain drive-belt 111 for driving discharge tank 12 to move, chain drive-belt 111 being provided with some driving arms 112 for fixing discharge tank 12.The both sides of discharging shell 121 are respectively arranged with electric discharge installation shaft 127, and one end of electric discharge installation shaft 127 is fixedly connected with discharging shell 121, and the other end and the driving arm 112 of electric discharge installation shaft 127 are rotatably connected.Electric discharge installation shaft 127 is provided with the discharge level roller 128 for making discharge tank 12 maintenance level away from one end of discharging shell 121, on discharging rack 11, corresponding discharge level roller 128 is provided with discharge level slide rail 113, and discharge level roller 128 slides in discharge level slide rail 113.
As shown in Fig. 6 to 8, feeding system 2 comprises for carrying the material loading connecting line 21 of battery charging tray 4 and the material loading transfer frame 22 being arranged on material loading connecting line 21 one end, material loading transfer frame 22 is provided with the battery flitch 5 can placing some battery charging trays 4, material loading transfer frame 22 is provided with the charging tray feeding manipulator 24 for shifting battery charging tray 4 near the side of material loading connecting line 21, the side of material loading transfer frame 22 is provided with the material loading flitch transfer device 23 for battery flitch 5 being drawn in or pushed away material loading transfer frame 22.
Material loading flitch transfer device 23 comprises the material loading flitch horizontal air cylinder 231 that can move horizontally, and the top of material loading flitch horizontal air cylinder 231 is fixedly installed the material loading flitch fastening cylinder 232 of selective fastening battery flitch 5.The middle part of material loading transfer frame 22 offers material loading slot to make way 221, material loading fixed block 222 is installed in material loading slot to make way 221, material loading flitch transfer device 23 is arranged in material loading slot to make way 221, the movable end of material loading flitch horizontal air cylinder 231 is fixedly connected with material loading fixed block 222, and material loading flitch horizontal air cylinder 231 and material loading slot to make way 221 are slidably connected.The movable end of material loading flitch fastening cylinder 232 is provided with the material loading clip 233 of the selectivity fastening that two are oppositely arranged, and on battery flitch 5, corresponding material loading clip 233 offers clip through hole.The top of material loading transfer frame 22 both sides being positioned at material loading slot to make way 221 are provided with material loading flitch guide rail.
The middle part of material loading connecting line 21 is covered with the feeding line over cap 211 for preventing battery charging tray 4 from departing from material loading connecting line 21.Material loading connecting line 21 is belt conveyor lines, and the two ends of material loading connecting line 21 are respectively arranged with the feeding line block 212 for limiting battery charging tray 4 movement.
Charging tray feeding manipulator 24 comprises the first charging tray material loading slide rail 241 be fixedly installed on material loading transfer frame 22, first charging tray material loading slide rail 241 is provided with second charging tray material loading slide rail 243, the second charging tray material loading slide rail 243 that can slide on the first charging tray material loading slide rail 241 is provided with can material clamp 245 on the charging tray of gripping battery charging tray 4.Second charging tray material loading slide rail 243 is provided with the material loading fixture mount 246 that can move horizontally thereon, the top of material loading fixture mount 246 is provided with and drives the vertical cylinder 247 of charging tray material loading that on charging tray, material clamp 245 vertically moves up and down, and the movable end of the vertical cylinder 247 of charging tray material loading is fixedly connected with material clamp on charging tray 245.One end that one end of first charging tray material loading slide rail 241 is provided with the first material loading horizontal motor 242, second charging tray material loading slide rail 243 of driving second charging tray material loading slide rail 243 movement is provided with the second material loading horizontal motor 244 driving the movement of material loading fixture mount 246.
As Fig. 9, shown in 10, blanking system 3 comprises for carrying the blanking connecting line 31 of battery charging tray 4 and the blanking transfer frame 32 being arranged on blanking connecting line 31 one end, blanking transfer frame 32 is provided with the battery flitch 5 can placing some battery charging trays 4, blanking transfer frame 32 is provided with the charging tray blanking mechanical hand 34 for shifting battery charging tray 4 near the side of blanking connecting line 31, blanking connecting line 31 is distributed with the testing apparatus 311 for detecting battery performance successively along its feed direction, blanking for substandard products blanking and polishing non-defective unit is filled a vacancy manipulator 35, the feed supplement line manipulator 36 of selectivity transfer non-defective unit battery and the stack device 38 for storage battery charging tray 4.The side of blanking transfer frame 32 is provided with the blanking flitch transfer device 33 for battery flitch 5 being drawn in or pushed away blanking transfer frame 32.Charging tray blanking mechanical hand 34 comprises the first charging tray blanking slide rail 341 be fixedly installed on blanking transfer frame 32, first charging tray blanking slide rail 341 is provided with second charging tray blanking slide rail 342, the second charging tray blanking slide rail 342 that can slide on the first charging tray blanking slide rail 341 is provided with can the charging tray blanking clamp 343 of gripping battery charging tray 4.
Side in the middle part of blanking connecting line 31 is provided with the non-defective unit feed supplement line 37 providing non-defective unit battery for manipulator 35 of filling a vacancy to blanking, one end of non-defective unit feed supplement line 37 is positioned at the below of feed supplement line manipulator 36, and the other end of non-defective unit feed supplement line 37 is positioned at blanking and fills a vacancy the below of manipulator 35.The side of blanking connecting line 31 is also provided with substandard products recycling box 312 for collecting substandard products battery near blanking manipulator 35 of filling a vacancy.Blanking manipulator 35 of filling a vacancy comprises substandard products blanking tool 352 for being transferred to by the substandard products battery on blanking connecting line 31 in substandard products recycling box 312, and to fill a vacancy tool 351 for the non-defective unit of the vacant locations be transferred in the battery charging tray 4 of blanking connecting line 31 by the non-defective unit battery on non-defective unit feed supplement line 37.
The side of blanking connecting line 31 is also provided with the charging tray recycling box 313 for collecting unloaded battery charging tray 4 near feed supplement line manipulator 36.The non-defective unit that feed supplement line manipulator 36 comprises for being transferred on non-defective unit feed supplement line 37 by the non-defective unit battery on blanking connecting line 31 turns line tool 361, and reclaims tool 362 for the charging tray be transferred to by the battery charging tray 4 of the zero load on blanking connecting line 31 in charging tray recycling box 313.
Stack device 38 comprise be arranged on stack device 38 away from blanking transfer frame 32 side the stacking baffle plate for stopping battery charging tray 4, and the stacking cylinder for battery charging tray 4 is upwards pushed be arranged on bottom stack device 38, the both sides of blanking connecting line 31 corresponding stacking cylinder are provided with the support cylinder 381 of two selectivity support cells charging trays 4, and the top of stack device 38 is provided with the stacking limiting plate 382 for preventing battery charging tray 4 from tilting.
" first ", " second " is herein only used to be distinguished in description, not special implication.
It is to be understood that; above-mentioned embodiment is only preferred embodiment of the present utility model and institute's application technology principle; in technical scope disclosed in the utility model; the change that any those skilled in the art of being familiar with easily expect or replacement, all should be encompassed in protection range of the present utility model.
Claims (10)
1. a button cell Electrical Discharge Machine, it is characterized in that, comprise the discharge system for making battery discharge, and be arranged on feeding system and the blanking system of described discharge system both sides, described discharge system has the discharge tank that can discharge to battery in batches, described feeding system comprises for the material loading transfer frame to described discharge tank batch supply battery, described material loading transfer frame is arranged near described discharge system, described blanking system comprises the blanking transfer frame for taking out battery from described discharge tank batch, and described blanking transfer frame is arranged near described discharge system.
2. button cell Electrical Discharge Machine according to claim 1, it is characterized in that, described discharge system comprise discharging rack and some can along the described discharge tank of described discharging rack gyration, the side of described discharging rack is provided with for driving described discharge tank to realize the star t-up discharge mechanism of electric discharge to battery, and the opposite side of described discharging rack is provided with for driving described discharge tank to stop the termination electric discharge mechanism of electric discharge to battery.
3. button cell Electrical Discharge Machine according to claim 2, it is characterized in that, described discharge tank comprises the discharging shell be arranged on described discharging rack and the flitch slot to make way for placing battery flitch be opened in described discharging shell, in described discharge tank and the both sides being positioned at described flitch slot to make way are relatively set with fixing conduction panel for turn-on battery and movable conduction panel, described fixing conduction panel is positioned at the top of described flitch slot to make way, described movable conduction panel is positioned at the below of described flitch slot to make way, described movable conduction panel and described discharging shell are slidably connected.
4. button cell Electrical Discharge Machine according to claim 3, is characterized in that, the bottom of described discharging shell be provided with selectivity drive described movable conduction panel along near or away from the conducting supporting mechanism of described fixing conduction panel direction movement.
5. button cell Electrical Discharge Machine according to claim 4, it is characterized in that, described conducting supporting mechanism comprises the slip bottom bar be arranged on bottom described discharging shell and the conducting drive rod being fixedly installed on described slip bottom bar two ends, described slip bottom bar and described discharging shell are slidably connected, and described slip bottom bar are provided with at least one for holding up the conducting ladder block in wedge shape of described movable conduction panel.
6. button cell Electrical Discharge Machine according to claim 5, it is characterized in that, near the side of described conducting supporting mechanism, corresponding described conducting ladder block is provided with conduction panel roller to described movable conduction panel, and the top of described conducting ladder block is provided with the detent for fixing described conduction panel roller.
7. button cell Electrical Discharge Machine according to claim 6, it is characterized in that, described feeding system comprises for carrying the material loading connecting line of battery charging tray and the described material loading transfer frame being arranged on described material loading connecting line one end, described material loading transfer frame is provided with the battery flitch can placing some described battery charging trays, described material loading transfer frame is provided with the charging tray feeding manipulator for shifting described battery charging tray near the side of described material loading connecting line, the side of described material loading transfer frame is provided with the material loading flitch transfer device for described battery flitch being drawn in or pushed away described material loading transfer frame.
8. button cell Electrical Discharge Machine according to claim 7, it is characterized in that, described material loading flitch transfer device comprises the material loading flitch horizontal air cylinder that can move horizontally, and the top of described material loading flitch horizontal air cylinder is fixedly installed the material loading flitch fastening cylinder of battery flitch described in selective fastening.
9. button cell Electrical Discharge Machine according to claim 8, it is characterized in that, described blanking system comprises for carrying the blanking connecting line of battery charging tray and the described blanking transfer frame being arranged on described blanking connecting line one end, described blanking transfer frame is provided with the battery flitch can placing some described battery charging trays, described blanking transfer frame is provided with the charging tray blanking mechanical hand for shifting described battery charging tray near the side of described blanking connecting line, described blanking connecting line is distributed with the testing apparatus for detecting battery performance successively along its feed direction, blanking for substandard products blanking and polishing non-defective unit is filled a vacancy manipulator, the feed supplement line manipulator of selectivity transfer non-defective unit battery and the stack device for storing described battery charging tray.
10. button cell Electrical Discharge Machine according to claim 9, it is characterized in that, side in the middle part of described blanking connecting line is provided with the non-defective unit feed supplement line providing non-defective unit battery for manipulator of filling a vacancy to described blanking, one end of described non-defective unit feed supplement line is positioned at the below of described feed supplement line manipulator, and the other end of described non-defective unit feed supplement line is positioned at described blanking and fills a vacancy the below of manipulator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520010339.XU CN204361737U (en) | 2015-01-05 | 2015-01-05 | Button cell Electrical Discharge Machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520010339.XU CN204361737U (en) | 2015-01-05 | 2015-01-05 | Button cell Electrical Discharge Machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204361737U true CN204361737U (en) | 2015-05-27 |
Family
ID=53263184
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520010339.XU Withdrawn - After Issue CN204361737U (en) | 2015-01-05 | 2015-01-05 | Button cell Electrical Discharge Machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204361737U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104578298A (en) * | 2015-01-05 | 2015-04-29 | 惠州金源精密自动化设备有限公司 | Button battery electric discharging machine |
-
2015
- 2015-01-05 CN CN201520010339.XU patent/CN204361737U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104578298A (en) * | 2015-01-05 | 2015-04-29 | 惠州金源精密自动化设备有限公司 | Button battery electric discharging machine |
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Legal Events
| 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: 20150527 Termination date: 20160105 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150527 Effective date of abandoning: 20170613 |