CN209410987U - A kind of novel battery transport mechanism - Google Patents
A kind of novel battery transport mechanism Download PDFInfo
- Publication number
- CN209410987U CN209410987U CN201821523976.7U CN201821523976U CN209410987U CN 209410987 U CN209410987 U CN 209410987U CN 201821523976 U CN201821523976 U CN 201821523976U CN 209410987 U CN209410987 U CN 209410987U
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- battery
- fixing seat
- chain
- carrier chain
- transport mechanism
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Abstract
The utility model discloses a kind of novel battery transport mechanisms.Battery transport mechanism includes carrier chain, battery clamp, power mechanism and supporting mechanism, the battery folders are for clamping battery, the power mechanism is for driving carrier chain closed circuit to move, the supporting mechanism is used to support carrier chain, keep the stabilization of carrier chain, the battery clamp is spill, and interior recess is arc-shaped, is matched with battery semi-circumference size.Transport mechanism is transported using chain-type, battery clamp is installed to be used to fix battery on chain, chain is held using supporting mechanism in conveyor chain middle section, ensure the stationarity in battery transmission process, specific battery clamp shape can be fixture and more accurately clamp battery, optical inductor is by the interval of fixture by controlling the rhythm of conveying and speed to judge data to send a signal to stepper motor, conveying mechanism structure is simple, conveying is stablized, and ensure that the stability and high efficiency of battery assembly line production.
Description
Technical field
The utility model relates to battery technical field of processing equipment, more particularly, to a kind of novel battery transport mechanism.
Background technique
The big multistability of battery transmission equipment in existing battery production assembly line is not high, and transmission process is unstable, defeated
Supplied materials battery location and the position deviation of former station are larger when being sent to end, lead to fault in production and stop producing, there are also
Using the mode of movement of belt form, after long-time use, belt can be worn the stability for also resulting in battery conveying
It is impacted.
Therefore it provides a kind of transmission equipment that can stablize transmission battery has important meaning for battery assembly line production
Justice.
Utility model content
The technical problems to be solved in the utility model is that existing battery is overcome to transmit unstable defect and deficiency, provides one
Kind novel battery transport mechanism.
The utility model above-mentioned purpose is achieved through the following technical solutions:
A kind of novel battery transport mechanism, the battery transport mechanism include carrier chain, battery clamp, power mechanism and branch
Support mechanism, the battery clamp are connected to the upper surface of carrier chain, and the both ends of the carrier chain are connect with the supporting mechanism, institute
The both ends that power mechanism is connected to carrier chain are stated, wherein the battery clamp is used for band for clamping battery, the power mechanism
Dynamic carrier chain closed circuit movement, the supporting mechanism are used to support carrier chain, keep the stabilization of carrier chain, the battery clamp
For spill, interior recess is arc-shaped, is matched with battery semi-circumference size.
The utility model battery transport mechanism carries out improvement design for existing battery transportation technology, is transported using chain-type,
Battery clamp is installed to be used to fix battery on chain, holds chain using supporting mechanism in conveyor chain middle section, really
The stationarity in battery transmission process is protected, specific battery clamp shape can be fixture and more accurately clamp battery.
Preferably, optical sensor is connected on the outside of the supporting mechanism.It is logical by the interval of fixture using optical inductor
Come over to judge data to send a signal to stepper motor to control the rhythm of conveying and speed.
Preferably, the power mechanism includes driving mechanism and transmission mechanism, the transmission mechanism include active rotating shaft, from
Turn axis, sprocket wheel, the active rotating shaft and the driving mechanism axis connection, the sprocket wheel and active rotating shaft and driven spindle key connect
It connects, the active rotating shaft, driven spindle are connected to the both ends of the carrier chain, and the carrier chain is linked in the sprocket wheel
On, conveying chain movement is driven by the sprocket wheel.
Preferably, the active rotating shaft is connect with the driving mechanism by shaft coupling, the left and right axis hole of the shaft coupling
It is respectively cooperating with the shaft end in driving mechanism and the shaft end of active rotating shaft.The axis of the shaft end and active rotating shaft of shaft coupling and driving mechanism
End is screwed, and the middle position of active rotating shaft is provided with sprocket wheel, and passes through key and screw locking.Driving mechanism can be
Stepper motor
Preferably, the supporting mechanism includes bottom plate, driving mechanism fixing seat, main fixing seat, secondary fixing seat, support, institute
It states bottom plate, driving mechanism fixing seat, main fixing seat, secondary fixing seat, support to be both connected on bottom plate, the driving mechanism fixing seat
For fixed drive mechanism, the main fixing seat and secondary fixing seat are respectively corresponded and are connect with the both ends of carrier chain, for fixed master
Turn axis and driven spindle, the support are located between main fixing seat and secondary fixing seat, the upper and lower of support be equipped with upper pallet and
Lower pallet is used for rest battery clamp.
Bottom plate is set in table plane, for installing the connecting elements for fastening basic driving member part.
The design of driving mechanism fixing seat has motor shaft through hole and mounting hole, is set to the upper left side of plate upper surface, matches
It gets togather mounting hole and is bolted, driving mechanism is set to the installation vacancy of driving mechanism fixing seat, the plane with bottom plate
Level, and be bolted.
The structure of secondary fixing seat is similar to main fixing seat, but width is wider than main fixing seat.
The support quantity is 2, is all set between the main fixing seat of plate upper surface and secondary fixing seat, for installing
Supporting plate and lower pallet, upper pallet quantity are 2, are respectively arranged at the left and right inside above support, working good mounting hole and passes through spiral shell
It tethers and connects, the wing plate for rest carrier chain upper fixture；Lower pallet quantity is 2, is respectively arranged at the left side below support
Right Inboard, working good mounting hole and is bolted, the wing plate for rest carrier chain beneath portions fixture.
Optical sensor bracket is set to the outside of one side upper pallet and mounting hole of working good is bolted, optical sensor
The inside that pedestal lower end design has transverse slat to extend to upper pallet is used to install optical sensor, and optical sensor is set to optical sensor bracket
Installation hole location on and by nut check, for detect carrier chain upper fixture by information, then send model
Next step movement is carried out to stepper motor.
Preferably, the bottom plate is equipped with the installation site that circular groove is used to adjust main fixing seat and secondary fixing seat.
Preferably, the secondary fixing seat is connected with screw pulling plate below carrier chain direction of motion side, and screw draws
Tensioned screw is removably connected on plate, the other end of tensioned screw is connected with adjustment fixed plate, and the adjustment fixed plate is removable
It unloads and is connected on bottom plate, the tensioned screw passes through adjustment fixed plate and is connected to screw pulling plate.
The lower right face that screw pulling plate is set to secondary fixing seat, which is worked good, mounting hole and to be bolted, screw pulling plate
Design has the threaded hole of tensioned screw, and for cooperating tensioned screw, adjustment fixed plate is set to the right of plate upper surface, cooperation
Good mounting hole is simultaneously bolted, and tensioned screw passes through adjustment fixed plate and is connected to screw pulling plate, and it is adjustable to adjust tensioned screw
Screw pulling plate and adjustment the distance between fixed plate are saved, main fixes the distance between 7 and secondary fixing seat to be adjusted.
Adjust tensioned screw adjustable screw pulling plate and adjustment the distance between fixed plate, thus be adjusted main fixing seat and
The distance between secondary fixing seat.
Preferably, the main fixing seat, secondary fixing seat include left and right vertical plate, and bearing block, bearing block are provided on vertical plate
It is inside equipped with bearing, the active rotating shaft and driven spindle level are plugged in bearing.
Main fixed bottom design has the hole location being coupled with bottom plate, respectively designs the peace for having bearing block on the vertical plate of top left and right
Fill hole, main fixing seat is set to the lower left of plate upper surface, and working good mounting hole and is bolted, main fixing seat it is upper
A bearing block is each provided on square left and right vertical plate, working good mounting hole and is bolted, and in each bearing block
It is equipped with bearing, active rotating shaft level is plugged in two bearings installed on the vertical plate of left and right above main fixing seat, and actively turning can
Be freely rotated and with the same axis of the axis of driving mechanism.A bearing is also each provided on the top left and right vertical plate of secondary fixing seat
Seat, working good mounting hole and is bolted, and bearing is each equipped in each bearing block, and driven spindle level is plugged in
In two bearings installed on the vertical plate of left and right above secondary fixing seat, driven spindle is free to rotate；The centre of the driven spindle
Position is equally also equipped with sprocket wheel, and passes through key and screw locking.
Preferably, it includes battery, fixture, chain A, chain B, chain A and chain B that the carrier chain, which is conveying chain part described in endless chain,
Mutually matched combined is connected into an endless chain, fixture is set to the upper surface chain A, the mounting hole and by screw connection of working good,
Battery is workpiece, and when production, which is placed in respectively on fixture, transmits.
Preferably, described to be connected as being detachably connected.Detachable connection method can be to be bolted or screw connection.
The installation cooperation of all components is completed as above, and conveying chain part can be sleeved on basic driving member part
Two sprocket wheels on, sprocket wheel rotation fixture can be driven to convey forward, stepper motor starting can drive active rotating shaft by shaft coupling
Rotation, sprocket wheel are connected by key with active rotating shaft, and sprocket wheel is rotated synchronously with active rotating shaft, and it is adjustable secondary fixed to adjust tensioned screw
So that the elasticity of carrier chain part carrier chain be adjusted, optical sensor can pass through fixture for the distance between seat and main fixing seat
Come to send signal to stepper motor by state, to regulate and control the movement schedule of battery.
Compared with prior art, the utility model has the beneficial effects that
The utility model provides a kind of novel battery transport mechanism, and transport mechanism is transported using chain-type, on chain
Battery clamp is installed to be used to fix battery, chain is held using supporting mechanism in conveyor chain middle section, it is ensured that battery
Stationarity in transmission process, specific battery clamp shape can be fixture and more accurately clamp battery, and optical inductor passes through
The interval of fixture is by controlling the rhythm of conveying and speed, conveying mechanism to judge data to send a signal to stepper motor
Structure is simple, and conveying is stablized, and ensure that the stability and high efficiency of battery assembly line production.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the battery transport mechanism of embodiment 1.
Fig. 2 is the main view of the battery transport mechanism of embodiment 1.
Fig. 3 is the schematic perspective view of the battery transport mechanism of embodiment 2.
Fig. 4 is the main view of the battery transport mechanism of embodiment 3.
Specific embodiment
The attached figures are only used for illustrative purposes and cannot be understood as limitating the patent；In order to better illustrate this embodiment, attached
Scheme certain components to have omission, zoom in or out, does not represent the size of actual product；To those skilled in the art,
The omitting of some known structures and their instructions in the attached drawings are understandable.Being given for example only property of positional relationship is described in attached drawing
Illustrate, should not be understood as the limitation to this patent.
Embodiment 1
A kind of novel battery transport mechanism, as depicted in figs. 1 and 2, battery transport mechanism include carrier chain 1, battery clamp
2, power mechanism 3 and supporting mechanism 4, battery clamp 2 are spill, and interior recess is arc-shaped, are matched with battery semi-circumference size,
Power mechanism 3 includes progress motor 301 and transmission mechanism 302, transmission mechanism 302 include active rotating shaft 3021, from
Turn axis 3022, sprocket wheel 3023, active rotating shaft 3021 are connect with progress motor 301 by shaft coupling 3024, shaft coupling 3024
Left and right axis hole is respectively cooperating with the shaft end in progress motor 301 and the shaft end of active rotating shaft, the shaft end of shaft coupling and progress motor 301
It is screwed with the shaft end of active rotating shaft 3021, the middle position of active rotating shaft 3021 is provided with sprocket wheel 3023, and passes through
Key and screw locking, carrier chain 1 are linked on the sprocket wheel 3023, drive carrier chain 1 to move by the sprocket wheel 3023；
Supporting mechanism 4 includes bottom plate 401, motor fixing seat 402, main fixing seat 403, secondary fixing seat 404, support 405, bottom
Plate 401 is set in table plane, for installing the connecting elements for fastening basic driving member part, motor fixing seat 402
Design have motor shaft through hole and mounting hole, be set to the upper left side of plate upper surface, work good mounting hole and by bolt company
It connecing, motor 301 is set to the installation vacancy of motor fixing seat 402, the planar horizontal with bottom plate, and is bolted,
Main 403 bottom of fixing seat design has the hole location being coupled with bottom plate, and main fixing seat 403 is set to plate upper surface
Lower left, working good mounting hole and is bolted, and top of main fixing seat or so is equipped with vertical plate 4031, on vertical plate 4031
It is each provided with the mounting hole of a bearing block 4032, working good mounting hole and is bolted, and each bearing block 4032
It is inside each equipped with bearing 4033,3021 level of active rotating shaft is plugged in two bearings 4033, and active rotating shaft 3021 can freely turn
It is dynamic and with the same axis of the axis of motor 301, left and right also is provided with vertical plate above secondary fixing seat 404, is also each provided with one on vertical plate
Bearing block, working good mounting hole and is bolted, and bearing is each equipped in each bearing block, 3022 water of driven spindle
Plug flat is loaded in two bearings installed on the vertical plate of left and right above secondary fixing seat, and driven spindle 3022 is free to rotate, from turn
The middle position of axis is equally also equipped with sprocket wheel, and passes through key and screw locking；
405 quantity of support is 2, is all set between the main fixing seat 403 of plate upper surface and secondary fixing seat 404, is used for
Upper pallet 4051 and lower pallet 4052 are installed, 4054 quantity of upper pallet is 2, is respectively arranged at the left and right inside above support, matches
It gets togather mounting hole and is bolted, the wing plate for rest carrier chain upper fixture；4052 quantity of lower pallet is 2,
It is respectively arranged at the left and right inside below support, working good mounting hole and is bolted, under rest conveying chain part
The wing plate of square fixture；
Bottom plate 401 is equipped with the installation site that circular groove is used to adjust main fixing seat and secondary fixing seat, under secondary fixing seat 404
Square right side is provided with screw pulling plate 4041, and working good mounting hole and is bolted, and the design of screw pulling plate 4041 has tension
The threaded hole of screw 4042, for cooperating tensioned screw, adjustment fixed plate 4043 is set to the right of 401 upper surface of bottom plate, matches
It gets togather mounting hole and is bolted, tensioned screw 4042 passes through adjustment fixed plate 4043 and is connected to screw pulling plate 4041, adjusts
Tensioned screw adjustable screw pulling plate and adjustment the distance between fixed plate are saved, so that main fixing seat 403 is adjusted and pair is fixed
The distance between seat 404；
Carrier chain is that conveying chain part described in endless chain includes battery, fixture, chain A, chain B, and chain A is mutually connected with chain B and taken
With an endless chain is combined into, fixture is set to the upper surface chain A, and the mounting hole and by screw connection of working good, battery is workpiece,
It is placed on fixture and transmits respectively when production.
The installation cooperation of all components is completed as above, and conveying chain part can be sleeved on basic driving member part
Two sprocket wheels on, sprocket wheel rotation fixture can be driven to convey forward, stepper motor starting can drive active rotating shaft by shaft coupling
Rotation, sprocket wheel are connected by key with active rotating shaft, and sprocket wheel is rotated synchronously with active rotating shaft, and it is adjustable secondary fixed to adjust tensioned screw
The distance between seat and main fixing seat are to be adjusted the elasticity of carrier chain part carrier chain.
Embodiment 2
A kind of novel battery transport mechanism, as shown in Figure 3 and Figure 4, battery transport mechanism include carrier chain 1, battery clamp
2, power mechanism 3 and supporting mechanism 4, battery clamp 2 are spill, and interior recess is arc-shaped, are matched with battery semi-circumference size,
Power mechanism 3 includes progress motor 301 and transmission mechanism 302, transmission mechanism 302 include active rotating shaft 3021, from
Turn axis 3022, sprocket wheel 3023, active rotating shaft 3021 are connect with progress motor 301 by shaft coupling, the left and right axis hole of shaft coupling
It is respectively cooperating with the shaft end in progress motor 301 and the shaft end of active rotating shaft, the shaft end and active of shaft coupling and progress motor 301 turn
The shaft end of axis 3021 is screwed, and the middle position of active rotating shaft 3021 is provided with sprocket wheel 3023, and passes through key and screw
Locking, carrier chain 1 are linked on the sprocket wheel 3023, drive carrier chain (1) movement by the sprocket wheel 3023；
Supporting mechanism 4 includes bottom plate 401, motor fixing seat 402, main fixing seat 403, secondary fixing seat 404, support 405, bottom
Plate 401 is set in table plane, for installing the connecting elements for fastening basic driving member part, motor fixing seat 402
Design have motor shaft through hole and mounting hole, be set to the upper left side of plate upper surface, work good mounting hole and by bolt company
It connecing, motor 301 is set to the installation vacancy of motor fixing seat 402, the planar horizontal with bottom plate, and is bolted,
Main 403 bottom of fixing seat design has the hole location being coupled with bottom plate, and main fixing seat 403 is set to plate upper surface
Lower left, working good mounting hole and is bolted, and top of main fixing seat or so is equipped with vertical plate 4031, on vertical plate 4031
It is each provided with the mounting hole of a bearing block 4032, working good mounting hole and is bolted, and each bearing block 4032
It is inside each equipped with bearing 4033,3021 level of active rotating shaft is plugged in two bearings 4033, and active rotating shaft 3021 can freely turn
It is dynamic and with the same axis of the axis of motor 301, left and right also is provided with vertical plate above secondary fixing seat 404, is also each provided with one on vertical plate
Bearing block, working good mounting hole and is bolted, and bearing is each equipped in each bearing block, 3022 water of driven spindle
Plug flat is loaded in two bearings installed on the vertical plate of left and right above secondary fixing seat, and driven spindle 3022 is free to rotate, from turn
The middle position of axis is equally also equipped with sprocket wheel, and passes through key and screw locking；
405 quantity of support is 2, is all set between the main fixing seat 403 of plate upper surface and secondary fixing seat 404, is used for
Upper pallet 4051 and lower pallet 4052 are installed, 4054 quantity of upper pallet is 2, is respectively arranged at the left and right inside above support, matches
It gets togather mounting hole and is bolted, the wing plate for rest carrier chain upper fixture；4052 quantity of lower pallet is 2,
It is respectively arranged at the left and right inside below support, working good mounting hole and is bolted, under rest conveying chain part
The wing plate of square fixture；
Bottom plate 401 is equipped with the installation site that circular groove is used to adjust main fixing seat and secondary fixing seat, under secondary fixing seat 404
Square right side is provided with screw pulling plate 4041, and working good mounting hole and is bolted, and the design of screw pulling plate 4041 has tension
The threaded hole of screw 4042, for cooperating tensioned screw, adjustment fixed plate 4043 is set to the right of 401 upper surface of bottom plate, matches
It gets togather mounting hole and is bolted, tensioned screw 4042 passes through adjustment fixed plate 4043 and is connected to screw pulling plate 4041, adjusts
Tensioned screw adjustable screw pulling plate and adjustment the distance between fixed plate are saved, so that main fixing seat 403 is adjusted and pair is fixed
The distance between seat 404；
Carrier chain is that conveying chain part described in endless chain includes battery, fixture, chain A, chain B, and chain A is mutually connected with chain B and taken
With an endless chain is combined into, fixture is set to the upper surface chain A, and the mounting hole and by screw connection of working good, battery is workpiece,
It is placed on fixture and transmits respectively when production,
The outside of upper pallet 4051 is provided with optical sensor 5, optical sensor bracket is provided on the outside of upper pallet and is matched
It gets togather mounting hole to be bolted, the design of optical sensor pedestal lower end has transverse slat to extend to the inside of upper pallet for installing light biography
Sensor, optical sensor is set in the installation hole location of optical sensor bracket and by nut check, for detecting conveying chain part
Top fixture by information, then send model to stepper motor and carry out next step movement.
The installation cooperation of all components is completed as above, and conveying chain part can be sleeved on basic driving member part
Two sprocket wheels on, sprocket wheel rotation fixture can be driven to convey forward, stepper motor starting can drive active rotating shaft by shaft coupling
Rotation, sprocket wheel are connected by key with active rotating shaft, and sprocket wheel is rotated synchronously with active rotating shaft, and it is adjustable secondary fixed to adjust tensioned screw
So that the elasticity of carrier chain part carrier chain be adjusted, optical sensor can pass through fixture for the distance between seat and main fixing seat
Come to send signal to stepper motor by state, to regulate and control the movement schedule of battery.
Obviously, the above embodiments of the present invention is merely examples for clearly illustrating the present invention, and
It is not limitations of the embodiments of the present invention.For those of ordinary skill in the art, in above description
On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments
Exhaustion.Any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention etc., should be included in
Within the protection scope of the utility model claims.
Claims (10)
1. a kind of novel battery transport mechanism, which is characterized in that the battery transport mechanism includes carrier chain (1), battery clamp
(2), power mechanism (3) and supporting mechanism (4), the battery clamp (2) are connected to the upper surface of carrier chain (1), the conveying
The both ends of chain (1) are connect with the supporting mechanism (4), and the power mechanism (3) is connected to the both ends of carrier chain (1), wherein institute
Battery clamp (2) are stated for clamping battery, the power mechanism (3) is for driving carrier chain (1) closed circuit to move, the branch
Support mechanism (4) is used to support carrier chain (1), keeps the stabilization of carrier chain, and the battery clamp is spill, and interior recess is circular arc
Shape is matched with battery semi-circumference size.
2. novel battery transport mechanism as described in claim 1, which is characterized in that be connected on the outside of the supporting mechanism (4)
Optical sensor (5).
3. novel battery transport mechanism as described in claim 1, which is characterized in that the power mechanism (3) includes driving mechanism
(301) and transmission mechanism (302), the transmission mechanism (302) include active rotating shaft (3021), driven spindle (3022), sprocket wheel
(3023), the active rotating shaft (3021) and the driving mechanism (301) axis connection, the sprocket wheel (3023) and active rotating shaft
(3021) and driven spindle (3022) key connection, the active rotating shaft (3021), driven spindle (3022) are connected to described
The both ends of carrier chain (1), the carrier chain (1) are linked on the sprocket wheel (3023), are driven by the sprocket wheel (3023) defeated
Chain (1) is sent to move.
4. novel battery transport mechanism as claimed in claim 3, which is characterized in that the active rotating shaft (3021) and the driving
Mechanism (301) is connected by shaft coupling (3024), and the left and right axis hole of the shaft coupling (3024) is respectively cooperating in driving mechanism
(301) shaft end of shaft end and active rotating shaft (3021).
5. novel battery transport mechanism as claimed in claim 3, which is characterized in that the supporting mechanism (4) includes bottom plate
(401), driving mechanism fixing seat (402), main fixing seat (403), secondary fixing seat (404), support (405), the bottom plate
(401), driving mechanism fixing seat (402), main fixing seat (403), secondary fixing seat (404), support (405) are both connected to bottom plate
(401) on, the driving mechanism fixing seat (402) is used for fixed drive mechanism, the main fixing seat (403) and secondary fixing seat
(404) it respectively corresponds and is connect with the both ends of carrier chain, for fixing active rotating shaft (3021) and driven spindle (3022), the branch
Seat (405) is located between main fixing seat (403) and pair fixing seat (404), the upper and lower of support equipped with upper pallet (4051) and under
Supporting plate (4052) is used for rest battery clamp.
6. novel battery transport mechanism as claimed in claim 5, which is characterized in that the bottom plate (401) is used for equipped with circular groove
Adjust the installation site of main fixing seat (403) and secondary fixing seat (404).
7. novel battery transport mechanism as claimed in claim 6, which is characterized in that it is described pair fixing seat (404) along carrier chain
It is connected with below the direction of motion side screw pulling plate (4041), screw pulling plate is removably connected with tensioned screw on (4041)
(4042), the other end of tensioned screw is connected with adjustment fixed plate (4043), and the adjustment fixed plate (4043) is detachably connected
On bottom plate (401), the tensioned screw (4042) passes through adjustment fixed plate (4043) and is connected to screw pulling plate (4041).
8. novel battery transport mechanism as claimed in claim 5, which is characterized in that the main fixing seat (403), secondary fixing seat
It (404) include left and right vertical plate (4031) being provided with bearing block (4032) on vertical plate, bearing (4033) being equipped in bearing block,
The active rotating shaft and driven spindle level are plugged in bearing.
9. the novel battery transport mechanism as described in any one of claim 1~7, which is characterized in that the carrier chain (1) is annular
Chain.
10. the novel battery transport mechanism as described in any one of claim 1~7, which is characterized in that described to be connected as detachably connecting
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821523976.7U CN209410987U (en) | 2018-09-18 | 2018-09-18 | A kind of novel battery transport mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821523976.7U CN209410987U (en) | 2018-09-18 | 2018-09-18 | A kind of novel battery transport mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209410987U true CN209410987U (en) | 2019-09-20 |
Family
ID=67930731
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821523976.7U Expired - Fee Related CN209410987U (en) | 2018-09-18 | 2018-09-18 | A kind of novel battery transport mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209410987U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110980126A (en) * | 2019-11-04 | 2020-04-10 | 三峡大学 | Conveying device for automatic production of cylindrical batteries and using method |
-
2018
- 2018-09-18 CN CN201821523976.7U patent/CN209410987U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110980126A (en) * | 2019-11-04 | 2020-04-10 | 三峡大学 | Conveying device for automatic production of cylindrical batteries and using method |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190920 Termination date: 20200918 |
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| CF01 | Termination of patent right due to non-payment of annual fee |