CN207508069U - A kind of power battery lug beveler - Google Patents
A kind of power battery lug beveler Download PDFInfo
- Publication number
- CN207508069U CN207508069U CN201721688838.XU CN201721688838U CN207508069U CN 207508069 U CN207508069 U CN 207508069U CN 201721688838 U CN201721688838 U CN 201721688838U CN 207508069 U CN207508069 U CN 207508069U
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- cylinder
- sensor
- traction
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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
The utility model discloses a kind of power battery lug bevelers, and including rack, the rack is equipped with the first deck plate and the second deck plate, and the first deck plate is equipped with unreeling structure, and the second deck plate is equipped with rounded corner mechanism, cutting mechanism and rewinding box.The utility model compared with prior art the advantages of be：The beveler of the utility model can handle the lug of 12mm wide to 60mm wide, only need a pair of of rose reamer that can complete, and battery pole ear chamfering, severing registration are easy to operate, can be high, efficient with more machines of one man operation, yield, and quality is good.
Description
Technical field
The utility model is related to more particularly to a kind of power battery lug beveler.
Background technology
Four angles of Soft Roll power battery lug technological requirement will change into fillet, traditional Soft Roll power lug chamfering, using hand
Work is completed, and is solicited orders a lug to machine knife chamfering is cut by artificial hand, is positioned by hand, efficiency is low, and consistency is poor, and quality can not
Ensure.Moreover, one one cutting die of model of traditional-handwork beveler, needs multiple cutting dies, there are the wasting of resources, operation difficulty is big.
Utility model content
The utility model provides a kind of power battery lug beveler to solve the above-mentioned deficiency of the prior art.
The above-mentioned purpose of the utility model is realized by following technical solution：A kind of power battery lug beveler,
Including rack, the rack be equipped with the first deck plate and the second deck plate, the first deck plate be equipped with unreeling structure, second
Panel is equipped with rounded corner mechanism, cutting mechanism and rewinding box；
The unreeling structure includes unreeling pedestal and mobile platform, and facade substrate, facade substrate are fixed on mobile platform
Side, which is sequentially installed with, to be unreeled disk, tension roller mechanism, corrected roller, crosses roll assembly and Pneumatic clamping jaw, is unreeled to be equipped on disk and be put
Friction plate is rolled up, roll assembly is crossed and includes first and cross roller, second cross roller and third and cross roller, it is described to cross between roll assembly and Pneumatic clamping jaw
Side is equipped with sensor stand of rectifying a deviation, and sensor of rectifying a deviation, and connecting bracket fine tuning micrometer are equipped on sensor stand of rectifying a deviation,
Jockey pulley includes upper tension roller, lower tension roller and upper tension roller compression cylinder, and upper tension roller compression cylinder compresses upper tension roller, under
Jockey pulley connects the magnetic powder tensioner of facade substrate opposite side；The pedestal that unreels is equipped with mobile platform sliding rail, mobile platform
Bottom is equipped with the mobile platform sliding block being mounted on mobile platform sliding rail；It is electric along correction is fixedly arranged in the middle of to unreel pedestal a side
Machine, correction motor connection rectifying screw, rectifying screw connect the threaded hole of mobile platform；
The rounded corner mechanism is put down including left rounded corner pedestal, right rounded corner pedestal, lower-left cutting die platform and bottom right cutting die
Platform, the left rounded corner pedestal, right rounded corner pedestal are separately installed with lower-left cutting die, bottom right cutting die, and are respectively equipped with left cylinder
Fixed frame, right cylinder fixed frame fix upper left cutting die lower air cylinder, upper right on left cylinder fixed frame, right cylinder fixed frame respectively
Cutting die lower air cylinder, upper left cutting die lower air cylinder, upper right cutting die lower air cylinder connect upper left cutting die, upper right cutting die respectively；It is described
Left sliding rail and right sliding rail, lower-left cutting die platform and bottom right cutting die platform are respectively equipped on left rounded corner pedestal, right rounded corner pedestal
Bottom is respectively equipped with the left cutting die platform sliding block being equipped on left sliding rail and right sliding rail and right cutting die platform sliding block；Left rounded corner base
Seat, right rounded corner pedestal outer side edges along middle part be respectively fixed with left mould tool seek while motor, right mould tool seek while motor, left mould tool seeks
When motor, right mould tool are sought, motor connects left mould tool and seeks the screw when screw, right mould tool are sought respectively, and left mould tool seeks side screw, the right side
Mold seeks side screw and connects left rounded corner pedestal, the left-hand thread hole of right rounded corner pedestal and right-hand thread hole respectively；The left cylinder
Rear side is equipped with pressure roll, pressure roll connection pressure roll cylinder between fixed frame, right cylinder fixed frame；Before the right cylinder fixed frame
Side is equipped with laser sensor stent, and laser sensor stent is extended between left cylinder fixed frame, right cylinder fixed frame, and is installed
There is laser sensor；It is separately installed with that left cutting die seeks marginal ray fiber sensor, right cutting die seeks side on the lower-left cutting die, bottom right cutting die
Fibre optical sensor；
The cutting mechanism includes fixed platform, and traction servo motor and origin photoelectric sensing are fixed in fixed platform
Device, traction servo motor connection traction screw, draws and mobile silk braid is equipped on screw, mobile silk braid connection traction compresses platform
Guide rail slide block, traction compress the connection traction of platform rail sliding block and compress platform air cylinder stent, and traction compresses platform air cylinder stent peace
Platform air cylinder is compressed equipped with traction, traction compresses platform air cylinder connection traction and compresses platform, and traction is compressed on platform air cylinder stent
Roller is crossed equipped with the traction platform compressed positioned at traction on front side of platform；The traction, which compresses, is equipped with optical fiber deflection correction sensor on rear side of platform
Stent, optical fiber deflection correction sensor stent are equipped with optical fiber deflection correction sensor, and connect deviation-rectifying bracket fine tuning Centigrade scale；Optical fiber is rectified a deviation
Correction is equipped on rear side of sensor stand and compresses platform, correction compresses platform connection correction compression cylinder, and correction compresses platform side
It is connected with and cuts rectifying screw, cut rectifying screw connection and cut correction motor；The correction, which compresses, is equipped with cutter on rear side of platform
Stent, cutter supporter are equipped with lower fixed cutting tool, upper moving cutting tool and upper moving cutting tool cylinder, and upper moving cutting tool connects upper cutter
Cylinder；Cutter supporter side, which is equipped with, cuts level sensor adjustment Centigrade scale, cuts level sensor adjustment Centigrade scale connection laser pair
Sensor is penetrated, laser-correlation sensor is located at lower fixed cutting tool, upper moving cutting tool front side；It is equipped with and leads on rear side of the lower fixed cutting tool
Hopper, deflector chute connection deflector chute cylinder, deflector chute discharge outlet are equipped with rewinding box.
The machine is continuously unreeled using disc type lug, rounded corner, cut.The machine is rectified a deviation with photoelectric sensor ensures that lug is straight
Line moves, and rounded corner position is to seek lug machine glue with laser sensor to position, and last severing lug position is produced with to penetrating laser sensor
Product consistency is high.
The utility model compared with prior art the advantages of be：The beveler of the utility model can handle 12mm wide extremely
The lug of 60mm wide only needs a pair of of a rose reamer that can complete, and battery pole ear chamfering, severing registration are easy to operate, can be with
More machines of one man operation, yield are high, efficient, and quality is good.
Description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the structure diagram one of unreeling structure in the utility model.
Fig. 3 is the structure diagram two of unreeling structure in the utility model.
Fig. 4 is the structure diagram one of rounded corner mechanism in the utility model.
Fig. 5 is the structure diagram two of rounded corner mechanism in the utility model.
Fig. 6 is the structure diagram one of cutting mechanism in the utility model.
Fig. 7 is the structure diagram two of cutting mechanism in the utility model.
Specific embodiment
The utility model is described in further detail with reference to embodiment.
As shown in Figure 1, a kind of power battery lug beveler, including rack A1, the rack A1 is equipped with the first table top
Plate A2 and the second deck plate A3, the first deck plate A2 are equipped with unreeling structure C, the second deck plate A3 be equipped with rounded corner mechanism D,
Cutting mechanism E and rewinding box B；
As shown in Figure 1, Figure 2 and Figure 3, the unreeling structure C includes unreeling pedestal C16 and mobile platform C17, mobile platform
Facade substrate C18 is fixed on C17, facade substrate C18 sides, which are sequentially installed with, to be unreeled disk C1, tension roller mechanism, corrected roller
C5, roll assembly and Pneumatic clamping jaw C9 are crossed, unreel to be equipped on disk C1 and unreel friction plate C15, cross roll assembly include first cross roller C6,
Second roller C7 and third excessively crosses roller C8, and the side crossed between roll assembly and Pneumatic clamping jaw C9 is equipped with sensor stand of rectifying a deviation
Sensor of rectifying a deviation is installed on C10, the sensor stand C10 that rectifies a deviation（Do not show in figure）, and connecting bracket fine tuning micrometer C16,
Power roller includes upper tension roller C3, lower tension roller C2 and upper tension roller compression cylinder C4, is opened in upper tension roller compression cylinder C4 compressions
The magnetic powder tensioner C14 of power roller C3, lower tension roller C2 connection facade substrate C18 opposite sides；The pedestal C16 that unreels is equipped with shifting
Moving platform sliding rail C19, mobile platform C17 bottoms are equipped with the mobile platform sliding block C13 being mounted on mobile platform sliding rail C19；It puts
Volume pedestal C16 a sides are along correction motor C11 is fixedly arranged in the middle of, and rectify a deviation motor C11 connections rectifying screw C12, rectifying screw C12
Connect the threaded hole C20 of mobile platform；
As shown in Fig. 1, Fig. 4 and Fig. 5, the rounded corner mechanism D includes left rounded corner pedestal D11-1, right rounded corner pedestal
D11-2, lower-left cutting die platform D12-1 and bottom right cutting die platform D12-2, the left rounded corner pedestal D11-1, right rounded corner pedestal
D11-2 is separately installed with lower-left cutting die D7-2, bottom right cutting die D7-1, and it is solid to be respectively equipped with left cylinder fixed frame D13-1, right cylinder
Determine frame D13-2, fixed respectively on left cylinder fixed frame D13-1, right cylinder fixed frame D13-2 upper left cutting die lower air cylinder D8-1,
Upper right cutting die lower air cylinder D8-2, upper left cutting die lower air cylinder D8-1, upper right cutting die lower air cylinder D8-2 connect upper left knife respectively
Mould D6-1, upper right cutting die D6-2；Left sliding rail is respectively equipped on the left rounded corner pedestal D11-1, right rounded corner pedestal D11-2
D14-1 and right sliding rail D14-2, lower-left cutting die platform D12-1 and bottom right cutting die platform D12-2 bottoms are respectively equipped with and are equipped with left cunning
Left cutting die platform sliding block D15-1 and right cutting die platform sliding block D15-2 on rail D14-1 and right sliding rail D14-2；Left rounded corner pedestal
D11-1, right rounded corner pedestal D11-2 outer side edges along middle part be respectively fixed with left mould tool seek while motor D4-1, right mould tool seek while
Motor D4-2, left mould tool, which seeks the motor D4-2 when motor D4-1, right mould tool are sought and connects left mould tool respectively, seeks side screw D5-1, right mould
Tool seeks side screw D5-2, and left mould tool seeks the screw D5-2 when screw D5-1, right mould tool are sought and connects left rounded corner pedestal D11- respectively
1st, the left-hand thread hole of right rounded corner pedestal D11-2（Do not show in figure）With right-hand thread hole（Do not show in figure）；The left cylinder fixed frame
Rear side is equipped with pressure roll D9, pressure roll D9 connection pressure roll cylinders D10 between D13-1, right cylinder fixed frame D13-2；The right side
Laser sensor stent D2 is equipped on front side of air cylinder supporting structure D13-2, laser sensor stent D2 extends to left cylinder fixed frame
Between D13-1, right cylinder fixed frame D13-2, and laser sensor D1 is installed；The lower-left cutting die D7-2, bottom right cutting die D7-
It is separately installed with that left cutting die seeks marginal ray fiber sensor D3-1, right cutting die seeks marginal ray fiber sensor D3-2 on 1；
As shown in Fig. 1, Fig. 6 and Fig. 7, the cutting mechanism E includes fixed platform E18, is fixed with and leads on fixed platform E18
Draw servo motor E6 and origin photoelectric sensor E19, installed on traction servo motor E6 connections traction screw E5, traction screw E5
There is mobile silk braid E20, mobile silk braid E20 connections traction compresses platform rail sliding block E4, and traction compresses platform rail sliding block E4 and connects
It connects traction and compresses platform air cylinder stent E21, traction compression platform air cylinder stent E21 is equipped with traction and compresses platform air cylinder E3, leads
The tight platform air cylinder E3 connections traction of impulse compresses platform E2, and traction compresses platform air cylinder stent E21 and compressed equipped with traction is located at
Traction platform on front side of platform E2 crosses roller E1；The traction, which compresses, is equipped with optical fiber deflection correction sensor stent E7, light on rear side of platform E2
Fine deflection correction sensor stent E7 is equipped with optical fiber deflection correction sensor, and connects deviation-rectifying bracket fine tuning Centigrade scale E22；Optical fiber correction passes
Correction is equipped on rear side of sensor bracket E7 and compresses platform E8, correction compresses platform E8 connections correction compression cylinder E9, and correction compresses flat
Platform E8 sides, which are connected with, cuts rectifying screw E10, cuts rectifying screw E10 connections and cuts correction motor E11；The correction compresses
Cutter supporter E23 is equipped on rear side of platform E8, cutter supporter E23 is equipped with lower fixed cutting tool E13, upper moving cutting tool E14 and upper work
Dynamic cutting knife cylinder E15, upper moving cutting tool E14 connections upper cutter cylinder E15；Cutter supporter E23 sides are equipped with and cut level sensor
Centigrade scale E24 is adjusted, cuts level sensor adjustment Centigrade scale E24 connection laser-correlation sensor E12, laser-correlation sensor
E12 is located on front side of lower fixed cutting tool E13, upper moving cutting tool E14；Deflector chute E17 is equipped on rear side of the lower fixed cutting tool E13, is led
Hopper E17 connection deflector chute cylinder E16, deflector chute E17 discharge outlet are equipped with rewinding box B.
The motion flow of the utility model：
Disc type lug, which is mounted on, unreels the lower tension roller C2 → upper of disk C1 → lug by connection electromagnetic powder tensioner C14
Power roller C3 → by upper tension roller compression cylinder C4 releases compression → corrected roller C5 excessively（Correct lug）→ mistake roller C6 → mistake roller
C7 → mistake roller C8 → Pneumatic clamping jaw C9 → deflection correction sensor stent（Deflection correction sensor）C10 → correction motor C11 → drive correction
Screw C12 pushes the laser sensor frame searching gel on entire unreeling structure → laser sensor frame D1 to determine chamfering position → left side
Cutting die seeks marginal ray fiber sensor D3-1, right cutting die seeks marginal ray fiber sensor D3-2 and seeks metal strip edge → left mould tool and seeks side motor
D4-1, right mould tool seek screw D5-1, right mould tool when motor D4-2 drives → left mould tool is sought and seek side screw D5-2 and push entire mould
Frame is walked fixed length → upper left cutting die D6-1, upper right cutting die D6-2 → lower-left cutting die D7-1, bottom right cutting die D7-2 → upper left cutting die and is pushed
Cylinder D8-1, upper right cutting die lower air cylinder D8-2 push upper cutter to be punched metal tape and change into fillet → pressure roll D9 → pressure roll
Cylinder D10 promotions pressure roll →
Traction platform crosses roller E1 → traction and compresses platform E2（Press lug）→ traction compresses platform air cylinder E3 → traction and compresses
Platform rail sliding block E4 → traction screw E5 → traction servo motor E6 draws lug Forward → optical fiber deflection correction sensor stent E7（Light
Fine deflection correction sensor）→ correction compresses platform E8, and → correction compression cylinder E9 → cutting rectifying screw E10 → cuts correction motor
E11 → laser-correlation sensor E12 finds severing notch → lower fixed cutting tool E13 → upper moving cutting tool E14 → upper moving cutting tool
Cylinder E15 pushes upper slitter cut-out lug → deflector chute cylinder E16 → deflector chute E17 → rewinding box B → completion.
Above-mentioned specific embodiment is only exemplary, and is to preferably make skilled artisans appreciate that originally
Patent, it is impossible to be not understood as the limitation for including range to this patent；As long as times made of spirit according to disclosed in this patent
How with change or modification, the range that this patent includes is each fallen within.
Claims (1)
1. a kind of power battery lug beveler, including rack（A1）, it is characterised in that：The rack（A1）It is equipped with First
Panel（A2）With the second deck plate（A3）, the first deck plate（A2）It is equipped with unreeling structure（C）, the second deck plate（A3）It is equipped with
Rounded corner mechanism（D）, cutting mechanism（E）And rewinding box（B）；
The unreeling structure（C）Including unreeling pedestal（C16）And mobile platform（C17）, mobile platform（C17）On be fixed with facade
Substrate（C18）, facade substrate（C18）Side, which is sequentially installed with, unreels disk（C1）, tension roller mechanism, corrected roller（C5）, cross roller
Component and Pneumatic clamping jaw（C9）, unreel disk（C1）On be equipped with and unreel friction plate（C15）, cross roll assembly and cross roller including first
（C6）, second cross roller（C7）Roller is crossed with third（C8）, it is described to cross roll assembly and Pneumatic clamping jaw（C9）Between side be equipped with rectify a deviation
Sensor stand（C10）, sensor stand of rectifying a deviation（C10）On sensor of rectifying a deviation is installed, and connecting bracket fine tuning micrometer
（C16）, jockey pulley include upper tension roller（C3）, lower tension roller（C2）With upper tension roller compression cylinder（C4）, upper tension roller compression
Cylinder（C4）Compress upper tension roller（C3）, lower tension roller（C2）Connect facade substrate（C18）The magnetic powder tensioner of opposite side
（C14）；It is described to unreel pedestal（C16）It is equipped with mobile platform sliding rail（C19）, mobile platform（C17）Bottom is equipped with to be mounted on and move
Moving platform sliding rail（C19）On mobile platform sliding block（C13）；Unreel pedestal（C16）A side edge is fixedly arranged in the middle of correction motor
（C11）, motor of rectifying a deviation（C11）Connect rectifying screw（C12）, rectifying screw（C12）Connect the threaded hole of mobile platform（C20）；
The rounded corner mechanism（D）Including left rounded corner pedestal（D11-1）, right rounded corner pedestal（D11-2）, lower-left cutting die platform
（D12-1）With bottom right cutting die platform（D12-2）, the left rounded corner pedestal（D11-1）, right rounded corner pedestal（D11-2）Respectively
Lower-left cutting die is installed（D7-2）, bottom right cutting die（D7-1）, and it is respectively equipped with left cylinder fixed frame（D13-1）, right cylinder fixes
Frame（D13-2）, left cylinder fixed frame（D13-1）, right cylinder fixed frame（D13-2）It is upper to fix upper left cutting die lower air cylinder respectively
（D8-1）, upper right cutting die lower air cylinder（D8-2）, upper left cutting die lower air cylinder（D8-1）, upper right cutting die lower air cylinder（D8-2）Point
It Lian Jie not upper left cutting die（D6-1）, upper right cutting die（D6-2）；The left rounded corner pedestal（D11-1）, right rounded corner pedestal（D11-
2）On be respectively equipped with left sliding rail（D14-1）With right sliding rail（D14-2）, lower-left cutting die platform（D12-1）With bottom right cutting die platform
（D12-2）Bottom, which is respectively equipped with, is equipped with left sliding rail（D14-1）With right sliding rail（D14-2）On left cutting die platform sliding block（D15-
1）With right cutting die platform sliding block（D15-2）；Left rounded corner pedestal（D11-1）, right rounded corner pedestal（D11-2）Outer side edges along in
Portion is respectively fixed with left mould tool and seeks side motor（D4-1）, right mould tool seek side motor（D4-2）, left mould, which has, seeks side motor（D4-1）, it is right
Mold seeks side motor（D4-2）Connection left mould tool seeks side screw respectively（D5-1）, right mould tool seek side screw（D5-2）, left mould, which has, seeks
Side screw（D5-1）, right mould tool seek side screw（D5-2）Left rounded corner pedestal is connected respectively（D11-1）, right rounded corner pedestal
（D11-2）Left-hand thread hole and right-hand thread hole；The left cylinder fixed frame（D13-1）, right cylinder fixed frame（D13-2）Between after
Side is equipped with pressure roll（D9）, pressure roll（D9）Connect pressure roll cylinder（D10）；The right cylinder fixed frame（D13-2）Front side is set
There is laser sensor stent（D2）, laser sensor stent（D2）Extend to left cylinder fixed frame（D13-1）, right cylinder fixed frame
（D13-2）Between, and laser sensor is installed（D1）；The lower-left cutting die（D7-2）, bottom right cutting die（D7-1）It is upper to pacify respectively
Marginal ray fiber sensor is sought equipped with left cutting die（D3-1）, right cutting die seek marginal ray fiber sensor（D3-2）；
The cutting mechanism（E）Including fixed platform（E18）, fixed platform（E18）On be fixed with traction servo motor（E6）With
Origin photoelectric sensor（E19）, draw servo motor（E6）Connection traction screw（E5）, draw screw（E5）On movement is installed
Silk braid（E20）, mobile silk braid（E20）Connection traction compresses platform rail sliding block（E4）, traction compression platform rail sliding block（E4）
Connection traction compresses platform air cylinder stent（E21）, traction compression platform air cylinder stent（E21）Traction is installed and compresses platform air cylinder
（E3）, traction compression platform air cylinder（E3）Connection traction compresses platform（E2）, traction compression platform air cylinder stent（E21）It is equipped with
Platform is compressed positioned at traction（E2）The traction platform of front side crosses roller（E1）；The traction compresses platform（E2）Rear side is entangled equipped with optical fiber
Inclined sensor stand（E7）, optical fiber deflection correction sensor stent（E7）Optical fiber deflection correction sensor is installed, and it is micro- to connect deviation-rectifying bracket
Adjust Centigrade scale（E22）；Optical fiber deflection correction sensor stent（E7）Rear side is equipped with correction and compresses platform（E8）, correction compression platform（E8）
Connection correction compression cylinder（E9）, correction compression platform（E8）Side, which is connected with, cuts rectifying screw（E10）, cut rectifying screw
（E10）Connection cuts correction motor（E11）；The correction compresses platform（E8）Rear side is equipped with cutter supporter（E23）, cutter supporter
（E23）Lower fixed cutting tool is installed（E13）, upper moving cutting tool（E14）With upper moving cutting tool cylinder（E15）, upper moving cutting tool
（E14）Connect upper cutter cylinder（E15）；Cutter supporter（E23）Side, which is equipped with, cuts level sensor adjustment Centigrade scale（E24）, cut out
Cut level sensor adjustment Centigrade scale（E24）Connect laser-correlation sensor（E12）, laser-correlation sensor（E12）Positioned at lower solid
Cutter（E13）, upper moving cutting tool（E14）Front side；The lower fixed cutting tool（E13）Rear side is equipped with deflector chute（E17）, deflector chute
（E17）Connect deflector chute cylinder（E16）, deflector chute（E17）Discharge outlet is equipped with rewinding box（B）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721688838.XU CN207508069U (en) | 2017-12-07 | 2017-12-07 | A kind of power battery lug beveler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721688838.XU CN207508069U (en) | 2017-12-07 | 2017-12-07 | A kind of power battery lug beveler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207508069U true CN207508069U (en) | 2018-06-19 |
Family
ID=62543201
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721688838.XU Expired - Fee Related CN207508069U (en) | 2017-12-07 | 2017-12-07 | A kind of power battery lug beveler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207508069U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109605484A (en) * | 2018-12-24 | 2019-04-12 | 深圳市中天和自动化设备有限公司 | A kind of hardware die-cutting machine pole piece punching mechanism |
-
2017
- 2017-12-07 CN CN201721688838.XU patent/CN207508069U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109605484A (en) * | 2018-12-24 | 2019-04-12 | 深圳市中天和自动化设备有限公司 | A kind of hardware die-cutting machine pole piece punching mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180619 Termination date: 20211207 |
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| CF01 | Termination of patent right due to non-payment of annual fee |