CN104538665B - Internal battery production line - Google Patents
Internal battery production line Download PDFInfo
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- CN104538665B CN104538665B CN201410826133.4A CN201410826133A CN104538665B CN 104538665 B CN104538665 B CN 104538665B CN 201410826133 A CN201410826133 A CN 201410826133A CN 104538665 B CN104538665 B CN 104538665B
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/04—Construction or manufacture in general
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B11/00—Measuring arrangements characterised by the use of optical techniques
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/36—Arrangements for testing, measuring or monitoring the electrical condition of accumulators or electric batteries, e.g. capacity or state of charge [SoC]
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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- Manufacturing & Machinery (AREA)
- Chemical & Material Sciences (AREA)
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- Electrochemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Battery Electrode And Active Subsutance (AREA)
- Secondary Cells (AREA)
Abstract
The invention discloses a kind of internal battery production line, it is intended to provide that a kind of production efficiency is high, human cost is low, can ensure product consistency well and the internal battery production line of product quality.The present invention includes battery measured value arranged successively in the conveying direction and spot welding device, size detecting device and device for detecting performance, during production, product blank is introduced into described battery measured value and carries out measured value and spot welding with spot welding device, then carry out size detection at the described size detecting device of entrance, finally enter described device for detecting performance and carry out performance detection.The present invention is applied to produce the technical field of internal battery.
Description
Technical field
The present invention relates to a kind of production line, particularly to a kind of internal battery production line.
Background technology
Along with becoming increasingly popular of the digital products such as mobile phone, camera, computer, battery industry develops the most therewith.The quality of battery is the lifeline of enterprise, must have good technique in each link produced, could meet the requirement of consumer.The welding position of some battery is little at present, all cannot directly observe, thus bring very big inconvenience to point quality monitoring and detection, and to the measured value operation of battery also or by having been manually done, thus cause the quality of article of manufacture to differ, the series of problems such as production efficiency is low, production cost is low.
For mobile phone internal battery, it refers to the battery carried in mobile phone, and some battery is to be completely encapsulated in inside mobile phone, it is impossible to takes out and can not change.Embedded in mobile phone battery is in order at 3 considerations: one is to make mobile phone become thinner；Two is to make mobile phone be integrally forming, and is beneficial to optimize；Three is the purity that enterprise is not intended to battery oneself mobile phone of destruction of Fei Ben enterprise accreditation.Thus the demand of embedded in mobile phone battery is also equipped with stronger commercial viability, but if internal battery is problematic, one-dimensional does not repaiies trouble, and is easily damaged mobile phone, and therefore the size of embedded in mobile phone battery seems extremely important with performance detection.
The size detection of current battery measures frequently with staff hand-held measuring device, battery performance detection is the most also to pass through manual detection, this size detection and performance detect that not single-action rate is low, labour intensity is big, human cost is high, but also the phenomenon of missing inspection false retrieval easily occurs, once defective products comes into the market, and the reputation of enterprise will be affected by serious.
And each operation producing internal battery at present is all to be divided among different processing sites to be processed, one procedure completes to need afterwards to be transported to next processing site by process, handling time is long, labour intensity is big, and it is easily damaged battery during transport, therefore it is badly in need of at present developing the production line that can simultaneously complete the operations such as battery measured value, spot welding, the size of battery, performance detection, to solve the problems referred to above, improve the competitiveness of enterprise, constantly upgrade the efficiency, it is ensured that the quality of battery.
Summary of the invention
The technical problem to be solved is to overcome the deficiencies in the prior art, it is provided that a kind of production efficiency is high, human cost is low, can ensure product consistency well and the internal battery production line of product quality.
The technical solution adopted in the present invention is: the present invention includes battery measured value arranged successively in the conveying direction and spot welding device, size detecting device and device for detecting performance, during production, product blank is introduced into described battery measured value and carries out measured value and spot welding with spot welding device, then carry out size detection at the described size detecting device of entrance, finally enter described device for detecting performance and carry out performance detection.
Described battery measured value and spot welding device include support, is arranged on described support circulation pipeline and falsework, several fixtures suitable with battery it are provided with on described circulation pipeline, spot-welding mechanism, output mechanism and measured value mechanism it is provided with on described falsework, described battery measured value and spot welding device also include that controller, circulation pipeline, described spot-welding mechanism, output mechanism and measured value mechanism all electrically connect with described controller.
Described circulation pipeline includes horizontally disposed track and several clamping fixture seats being slidably matched with described track, and several described clamping fixture seats are provided with several described fixtures.
Described spot-welding mechanism includes that spot welding is fixed seat and described spot welding and fixed spot welding slide block II, the electrode being arranged in described spot welding slider I that the spot welding slider I that seat is slidably connected is slidably connected with described spot welding slider I and be arranged on the spot welding head on described spot welding slide block II, described spot-welding mechanism also includes the some welding cylinder being connected with described spot welding slider I, and described some welding cylinder electrically connects with described controller.
The motor that output pedestal that described output mechanism includes being arranged on described falsework, two belt pulleys that the line slideway being arranged on described output pedestal is rotationally connected with described output pedestal, the belt that is arranged on two described belt pulleys are connected with described pulley drive fix with described belt is connected and with described line slideway be slidably matched export slide, be arranged on described output slide export cylinder and be arranged on several first suction nozzles of described output cylinder output, described output cylinder electrically connects with described controller.
Described measured value mechanism includes that measured value is fixed seat and described measured value and fixed measured value slide block, the probe being arranged on described measured value slide block that seat is slidably connected and be fixedly installed on the measured value cylinder that described measured value is fixed on seat, the output of described measured value cylinder is connected with described measured value slide block, and described measured value cylinder electrically connects with described controller.
Described battery measured value also includes the transport establishment suitable with described output mechanism with spot welding device, is disposed with the first defective products output mechanism and processing tool in described transport establishment and along the direction transported；Described processing tool includes the paster frock, the bending fixture that set gradually along the direction of transport and twines glue frock.
Described paster frock includes paster seat, the paster fixture being inclined on described paster seat and is arranged on the paster baffle plate on described paster fixture.
Described bending fixture include bending seat, the bending clamp being inclined on described bending seat, the front bending cylinder being arranged on described bending clamp and after bend cylinder, described before bending cylinder and described after the output of bending cylinder be provided with bending pressure head.
Described twine glue frock include twining rubber base, be arranged on described in twine on rubber base twine glue motor, be arranged on described in twine the coiling fixture on glue machine shaft and twine described in being arranged on and twine lacquer disk(-sc) on rubber base, during work, described twining is wound with adhesive plaster on lacquer disk(-sc), battery is contained in described coiling fixture, then the one end at described adhesive plaster is pasted onto on battery, twine glue motor described in restarting, described in twine glue motor and drive described coiling fixture to rotate, thus complete the winding working procedure of battery.
Being additionally provided with code reader on described falsework, described code reader electrically connects with described controller；It is additionally provided with several on described falsework and puts charging tray；Described battery measured value and spot welding device also include that outer casing frame and the display being arranged on described outer casing frame, described display and described controller are arranged on affiliated outer casing frame, described display and the electrical connection of described controller.
Described size detecting device include projection measuring device suitable with described projection measuring device dimensional measurement input supply line and dimensional measurement output supply line；Described device for detecting performance includes rotating testing agency, being uniformly arranged on the described performance detecting clamp rotated in the testing agency detection output mechanism suitable with described performance detecting clamp and the detection suitable with described detection output mechanism output supply line；During work, battery is delivered to described projection measuring device by described dimensional measurement input supply line, it is delivered to described device for detecting performance by described dimensional measurement output supply line when described projection measuring device completes the measuring external appearance size of battery, battery is placed on described performance detecting clamp and detects by staff again, by described detection output mechanism, battery taking-up is placed on detection and exports output on supply line after having detected.
nullIt is provided with reshaping device on described dimensional measurement input supply line，Described reshaping device includes shaping support、It is arranged on the lateral shaping cylinder of the described shaping support left and right sides、It is arranged on the lateral dressing stick of described lateral shaping cylinder output、It is arranged on the motor of described shaping pedestal upper end、It is arranged on the nut on described motor output shaft、The screw rod suitable with described nut、The vertical shaping support being connected is fixed with described screw rod、It is arranged on upwards two, front and back on described vertical shaping support directly to shaping cylinder and be arranged on described straight straight to dressing stick to shaping cylinder output，Described lateral dressing stick is fixedly installed the first guide rod being slidably connected with the described shaping support left and right sides，It is fixedly installed, on described vertical shaping support, the second slide bar being slidably connected with described shaping pedestal upper end，It is provided with on described vertical shaping support and described the 3rd slide bar being directly slidably matched to dressing stick.
It is provided with, on described dimensional measurement output supply line, the size defective products output mechanism being connected with described projection measuring device signal, described size defective products output mechanism includes that size defective products exports pedestal, it is arranged on the size defective products line slideway on described size defective products output pedestal, the size defective products horizontal output cylinder being connected is fixed with described size defective products output pedestal, the size defective products output slide being slidably matched with described size defective products line slideway and be connected with described size defective products horizontal output cylinder output, the size defective products being arranged on described size defective products output slide vertically exports cylinder and is arranged on several size defective products suction nozzles of described size defective products output cylinder output.
It is provided with on described detection output supply line and rotates, with described including, the performance defective products output mechanism that testing agency's signal is connected, described detection output mechanism and described performance defective products output mechanism all include exporting pedestal, it is arranged on the line slideway on described output pedestal, two belt pulleys being rotationally connected with described output pedestal, it is arranged on the belt on two described belt pulleys, the motor being connected with described pulley drive, the output slide being connected and being slidably matched with described line slideway is fixed with described belt, the output cylinder being arranged on described output slide and several second suction nozzles being arranged on described output cylinder output.
Described rotation testing agency includes rotary test dish, several performance detecting clamp seats it are evenly arranged with on described rotary test dish, it is provided with several performance detecting clamps on described performance detecting clamp seat, described rotary test dish is additionally provided with the performance test pressure head suitable with described performance detecting clamp seat.
Described performance test pressure head includes performance test fixed block, the performance test cylinder being fixedly installed on described performance test fixed block, is arranged on the performance test needle stand of described performance test cylinder output and is arranged on the performance test testing needle on described performance test needle stand, being further fixedly arranged on performance test guide rod on described performance test needle stand, described performance test guide rod is slidably connected with described performance test fixed block.
Being provided with the claw suitable with described performance detecting clamp seat on described rotary test dish, when carrying out performance detection, described claw blocks the end of described performance detecting clamp seat；It is provided with handle on described performance detecting clamp seat.
The invention has the beneficial effects as follows: owing to the present invention includes battery measured value arranged successively in the conveying direction and spot welding device, size detecting device and device for detecting performance, during production, product blank is introduced into described battery measured value and carries out measured value and spot welding with spot welding device, then size detection is carried out at the described size detecting device of entrance, finally enter described device for detecting performance and carry out performance detection, so, when the present invention combines battery measured value, spot welding is processed, size detection and performance detection, multiple operation just can be completed inside a production line, and the composition that manually participates in is few, in whole production process, efficiency is high, human cost is low, can ensure product consistency well and product quality.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the overall structure schematic diagram of described battery measured value and spot welding device；
Fig. 3 is the structural representation of described circulation pipeline 2a；
Fig. 4 is the structural representation of described falsework 3a；
Fig. 5 is the structural representation of described falsework 3a other direction；
Fig. 6 is the structural representation of described output mechanism 6a；
Fig. 7 is the structural representation of described spot-welding mechanism 5a；
Fig. 8 is the structural representation of described measured value mechanism 7a；
Fig. 9 is the structural representation of described transport establishment 11a；
Figure 10 is the structural representation of described outer casing frame 17a；
Figure 11 is the structural representation of described paster frock 14a；
Figure 12 is the structural representation of described bending fixture 15a；
Figure 13 twines the structural representation of glue frock 16a described in being；
Figure 14 is the structural representation of described size detecting device；
Figure 15 is the structural representation of described device for detecting performance；
Figure 16 is the structural representation of described reshaping device 8b；
Figure 17 is the structural representation of described size defective products output mechanism 9b；
Figure 18 is the structural representation of described performance defective products output mechanism 10b；
Figure 19 is the structural representation of described rotation testing agency 4b.
Detailed description of the invention
As shown in Figure 1, in the present embodiment, the present invention includes battery measured value arranged successively in the conveying direction and spot welding device, size detecting device and device for detecting performance, during production, product blank is introduced into described battery measured value and carries out measured value and spot welding with spot welding device, then carry out size detection at the described size detecting device of entrance, finally enter described device for detecting performance and carry out performance detection.
As shown in Fig. 2, Fig. 4 and Fig. 5, in the present embodiment, described battery measured value and spot welding device include support 1a, is arranged on described support 1a circulation pipeline 2a and falsework 3a, several fixture 4as suitable with battery it are provided with on described circulation pipeline 2a, spot-welding mechanism 5a, output mechanism 6a and measured value mechanism 7a it is provided with on described falsework 3a, described battery measured value and spot welding device also include that controller 8a, circulation pipeline 2a, described spot-welding mechanism 5a, output mechanism 6a and measured value mechanism 7a all electrically connect with described controller 8a.
As it is shown on figure 3, in the present embodiment, described circulation pipeline 2a includes horizontally disposed track 21a and several clamping fixture seats 22a being slidably matched with described track 21a, and several described clamping fixture seat 22a are provided with several described fixture 4a.
As shown in Figure 7, in the present embodiment, described spot-welding mechanism 5a includes that spot welding is fixed seat 51a and described spot welding and fixed spot welding slide block II 53a, the electrode 54a being arranged in described spot welding slider I 52a that spot welding slider I 52a that seat 51a is slidably connected is slidably connected with described spot welding slider I 52a and be arranged on the spot welding head 55a on described spot welding slide block II 53a, described spot-welding mechanism 5a also includes that the some welding cylinder 56a being connected with described spot welding slider I 52a, described some welding cylinder 56a electrically connect with described controller 8a.
As shown in Figure 6, in the present embodiment, described output mechanism 6a includes the output pedestal 61a being arranged on described falsework 3a, it is arranged on the line slideway 62a on described output pedestal 61a, two the belt pulley 63a being rotationally connected with described output pedestal 61a, it is arranged on the belt 64a on two described belt pulley 63a, the motor 65a being in transmission connection with described belt pulley 63a, the output slide 66a being connected and being slidably matched with described line slideway 62a is fixed with described belt 64a, the output cylinder 67a being arranged on described output slide 66a and several the first suction nozzles 68a being arranged on described output cylinder 67a output, described output cylinder 67a electrically connects with described controller 8a.
As shown in Figure 8, in the present embodiment, described measured value mechanism 7a includes that measured value is fixed seat 71a and described measured value and fixed measured value slide block 72a, the probe 73a being arranged on described measured value slide block 72a that seat 71a is slidably connected and be fixedly installed on the measured value cylinder 74a that described measured value is fixed on seat 71a, the output of described measured value cylinder 74a is connected with described measured value slide block 72a, and described measured value cylinder 74a electrically connects with described controller 8a.
As shown in Figure 9, in the present embodiment, described battery measured value also includes with spot welding device and described transport establishment 11a suitable for output mechanism 6a, is disposed with the first defective products output mechanism 12a and processing tool 13a on described transport establishment 11a and along the direction transported；Described processing tool 13a includes paster frock 14a, the bending fixture 15a that set gradually along the direction of transport and twines glue frock 16a.
As shown in figure 11, in the present embodiment, described paster frock 14a includes paster seat 141a, the paster fixture 142a being inclined on described paster seat 141a and is arranged on the paster baffle plate 143a on described paster fixture 142a.
As shown in figure 12, in the present embodiment, described bending fixture 15a includes that bending seat 151a, the bending clamp 152a being inclined on described bending seat 151a, the front bending cylinder 153a being arranged on described bending clamp 152a and rear bending cylinder 154a, the output of described front bending cylinder 153a and described rear bending cylinder 154a are provided with bending pressure head 155a.
As shown in figure 13, in the present embodiment, described glue frock 16a that twines includes twining rubber base 161a, twine described in being arranged on and twine glue motor 162a on rubber base 161a, twine coiling fixture 163a in glue motor 162a rotating shaft described in being arranged on and twine described in being arranged on and twine lacquer disk(-sc) 164a on rubber base 161a, during work, described twining is wound with adhesive plaster 165a on lacquer disk(-sc) 164a, battery is contained in described coiling fixture 163a, then the one end at described adhesive plaster 165a is pasted onto on battery, glue motor 162a is twined described in restarting, the described glue motor 162a that twines drives described coiling fixture 163a to rotate, thus complete the winding working procedure of battery.
As shown in Figure 10, in the present embodiment, described falsework 3a being additionally provided with code reader 9a, described code reader 9a electrically connects with described controller 8a；It is additionally provided with several on described falsework 3a and puts charging tray 10a；Described battery measured value and spot welding device also include that outer casing frame 17a and the display 18a being arranged on described outer casing frame 17a, described display 18a and described controller 8a are arranged on affiliated outer casing frame 17a, described display 18a and described controller 8a electrical connection.
As shown in Figure 14 and Figure 15, in the present embodiment, described size detecting device includes projection measuring device 1b and described dimensional measurement input supply line 2b suitable for projection measuring device 1b and dimensional measurement output supply line 3b；Described device for detecting performance includes rotating testing agency 4b, the detection output mechanism 6b suitable with described performance detecting clamp 5b for performance detecting clamp 5b being uniformly arranged on described rotation testing agency 4b and exporting supply line 7b with described detection suitable for detection output mechanism 6b；During work, battery is delivered to described projection measuring device 1b by described dimensional measurement input supply line 2b, it is delivered to described device for detecting performance by described dimensional measurement output supply line 3b when described projection measuring device 1b completes the measuring external appearance size of battery, battery is placed on described performance detecting clamp 5b and detects by staff again, by described detection output mechanism 6b, battery taking-up is placed on detection and exports output on supply line 7b after having detected.
nullAs shown in figure 16，In the present embodiment，It is provided with reshaping device 8b on described dimensional measurement input supply line 2b，Described reshaping device 8b includes shaping support 81b、It is arranged on the lateral shaping cylinder 82b of the described shaping support 81b left and right sides、It is arranged on the lateral dressing stick 83b of described lateral shaping cylinder 82b output、It is arranged on the motor 84b of described shaping support 81b upper end、It is arranged on the nut 85b on described motor 84b output shaft、With described screw rod 86b suitable for nut 85b、The vertical shaping support 87b being connected is fixed with described screw rod 86b、It is arranged on upwards two, front and back on described vertical shaping support 87b directly to shaping cylinder 88b and be arranged on described straight straight to dressing stick 89b to shaping cylinder 88b output，Described lateral dressing stick 83b is fixedly installed the first guide rod 810b being slidably connected with the described shaping support 81b left and right sides，The the second slide bar 811b being slidably connected with described shaping support 81b upper end it is fixedly installed on described vertical shaping support 87b，It is provided with on described vertical shaping support 87b and described the 3rd slide bar 812b being directly slidably matched to dressing stick 89b.
nullAs shown in figure 17，In the present embodiment，It is provided with, on described dimensional measurement output supply line 3b, the size defective products output mechanism 9b being connected with described projection measuring device 1b signal，Described size defective products output mechanism 9b includes that size defective products exports pedestal 91b、It is arranged on the size defective products line slideway 92b on described size defective products output pedestal 91b、The size defective products horizontal output cylinder 93b being connected is fixed with described size defective products output pedestal 91b、The size defective products output slide 94b being slidably matched with described size defective products line slideway 92b and be connected with described size defective products horizontal output cylinder 93b output、The size defective products being arranged on described size defective products output slide 94b vertically exports cylinder and is arranged on several sizes defective products suction nozzle 95b of described size defective products output cylinder output.
nullAs shown in figure 18，In the present embodiment，It is provided with on described detection output supply line 7b and rotates, with described including, the performance defective products output mechanism 10b that testing agency's 4b signal is connected，Described detection output mechanism 6b and described performance defective products output mechanism 10b all includes exporting pedestal 101b、It is arranged on the line slideway 102b on described output pedestal 101b、Two the belt pulley 103b being rotationally connected with described output pedestal 101b、It is arranged on the belt 104b on two described belt pulley 103b、The motor being in transmission connection with described belt pulley 103b、The output slide 106b being connected and being slidably matched with described line slideway 102b is fixed with described belt 104b、The output cylinder 107b being arranged on described output slide 106b and several the second suction nozzles 108b being arranged on described output cylinder 107b output.
As shown in figure 19, in the present embodiment, described rotation testing agency 4b includes rotary test dish 41b, several performance detecting clamps seat 42b it is evenly arranged with on described rotary test dish 41b, it is provided with several performance detecting clamps 5b on described performance detecting clamp seat 42b, described rotary test dish 41b is additionally provided with and described performance test pressure head 43b suitable for performance detecting clamp seat 42b.
In the present embodiment, described performance test pressure head 43b includes performance test fixed block 431b, the performance test cylinder 432b being fixedly installed on described performance test fixed block 431b, is arranged on the performance test needle stand 433b of described performance test cylinder 432b output and is arranged on the performance test testing needle 434b on described performance test needle stand 433b, it is further fixedly arranged on performance test guide rod 435b, described performance test guide rod 435b on described performance test needle stand 433b to be slidably connected with described performance test fixed block 431b.
Being provided with on described rotary test dish 41b and described claw 44b suitable for performance detecting clamp seat 42b, when carrying out performance detection, described claw 44b blocks the end of described performance detecting clamp seat 42b；It is provided with handle 45b on described performance detecting clamp seat 42b.
The course of work of the present invention is as follows: first measured value battery to be processed is placed in described fixture 4a by staff, under the effect of described circulation pipeline 2a, it is delivered under described code reader 9a be scanned by measured value battery to be processed, then carry out spot welding and measured value being delivered to described spot-welding mechanism 5a and described measured value mechanism 7a, then transferred to carry out paster in described transport establishment 11, bend and twine glue by the battery completing spot welding and measured value by described output mechanism 6a；Battery is delivered to described projection measuring device 1b by the most described dimensional measurement input supply line 2b, it is delivered to described device for detecting performance by described dimensional measurement output supply line 3b when described projection measuring device 1b completes the measuring external appearance size of battery, battery is placed on described performance detecting clamp 5b and detects by staff again, by described detection output mechanism 6b, battery taking-up is placed on detection and exports output on supply line 7b after having detected.
The present invention is applied to produce the technical field of internal battery.
Although embodiments of the invention describe with practical solution, but it is not intended that the restriction to implication of the present invention, for those skilled in the art, will be apparent from according to this specification combination to the amendment of its embodiment and with other schemes.
Claims (9)
1. an internal battery production line, it is characterized in that: described internal battery production line includes battery measured value arranged successively in the conveying direction and spot welding device, size detecting device and device for detecting performance, during production, product blank is introduced into described battery measured value and carries out measured value and spot welding with spot welding device, then enter back into described size detecting device and carry out size detection, finally enter described device for detecting performance and carry out performance detection；Described battery measured value and spot welding device include support (1a), the circulation pipeline (2a) being arranged on described support (1a) and falsework (3a), several fixtures (4a) suitable with battery it are provided with on described circulation pipeline (2a), spot-welding mechanism (5a) it is provided with on described falsework (3a), output mechanism (6a) and measured value mechanism (7a), described battery measured value and spot welding device also include controller (8a), circulation pipeline (2a), described spot-welding mechanism (5a), output mechanism (6a) and measured value mechanism (7a) all electrically connect with described controller (8a).
Internal battery production line the most according to claim 1, it is characterised in that:
Described circulation pipeline (2a) includes horizontally disposed track (21a) and several clamping fixture seats (22a) being slidably matched with described track (21a), and several described clamping fixture seats (22a) are provided with several described fixtures (4a)；
Described spot-welding mechanism (5a) includes that seat (51a) is fixed in spot welding, the spot welding slider I (52a) that seat (51a) is slidably connected is fixed with described spot welding, the spot welding slide block II (53a) being slidably connected with described spot welding slider I (52a), it is arranged on the electrode (54a) on described spot welding slider I (52a) and is arranged on the spot welding head (55a) on described spot welding slide block II (53a), described spot-welding mechanism (5a) also includes some welding cylinder (56a) being connected with described spot welding slider I (52a), described some welding cylinder (56a) electrically connects with described controller (8a)；
nullDescribed output mechanism (6a) includes the output pedestal (61a) being arranged on described falsework (3a)、It is arranged on the line slideway (62a) on described output pedestal (61a)、Two belt pulleys (63a) being rotationally connected with described output pedestal (61a)、The belt (64a) being arranged on two described belt pulleys (63a)、The motor (65a) being in transmission connection with described belt pulley (63a)、The output slide (66a) that be connected and with described line slideway (62a) be slidably matched fixing with described belt (64a)、It is arranged on the output cylinder (67a) on described output slide (66a) and is arranged on several first suction nozzles (68a) of described output cylinder (67a) output，Described output cylinder (67a) electrically connects with described controller (8a)；
Described measured value mechanism (7a) includes that measured value fixes seat (71a) and described measured value is fixed measured value slide block (72a), the probe (73a) being arranged on described measured value slide block (72a) that seat (71a) is slidably connected and is fixedly installed on the measured value cylinder (74a) that described measured value is fixed on seat (71a), the output of described measured value cylinder (74a) is connected with described measured value slide block (72a), and described measured value cylinder (74a) electrically connects with described controller (8a).
Internal battery production line the most according to claim 2, it is characterized in that: described battery measured value and spot welding device also include the transport establishment (11a) suitable with described output mechanism (6a), upper and along transport the direction of described transport establishment (11a) is disposed with the first defective products output mechanism (12a) and processing tool (13a)；Described processing tool (13a) includes the paster frock (14a), the bending fixture (15a) that set gradually along the direction of transport and twines glue frock (16a).
Internal battery production line the most according to claim 3, it is characterised in that:
Described paster frock (14a) includes paster seat (141a), the paster fixture (142a) being inclined on described paster seat (141a) and is arranged on the paster baffle plate (143a) on described paster fixture (142a)；
Described bending fixture (15a) includes bending seat (151a), the bending clamp (152a) being inclined on described bending seat (151a), the front bending cylinder (153a) being arranged on described bending clamp (152a) and rear bending cylinder (154a), described before bending cylinder (153a) and described after bend the output of cylinder (154a) and be provided with and bend pressure head (155a)；
The described glue frock (16a) that twines includes twining rubber base (161a), twine described in being arranged on and twine glue motor (162a) on rubber base (161a), twine the coiling fixture (163a) in glue motor (162a) rotating shaft described in being arranged on and twine described in being arranged on and twine lacquer disk(-sc) (164a) on rubber base (161a), during work, described twining is wound with adhesive plaster (165a) on lacquer disk(-sc) (164a), battery is contained in described coiling fixture (163a), then the one end at described adhesive plaster (165a) is pasted onto on battery, glue motor (162a) is twined described in restarting, the described glue motor (162a) that twines drives described coiling fixture (163a) to rotate, thus complete the winding working procedure of battery.
Internal battery production line the most according to claim 1, it is characterised in that: being additionally provided with code reader (9a) on described falsework (3a), described code reader (9a) electrically connects with described controller (8a)；It is additionally provided with several on described falsework (3a) and puts charging tray (10a)；Described battery measured value and spot welding device also include outer casing frame (17a) and the display (18a) being arranged on described outer casing frame (17a), described display (18a) and described controller (8a) are arranged on affiliated outer casing frame (17a), described display (18a) and described controller (8a) electrical connection.
Internal battery production line the most according to claim 1, it is characterised in that: described size detecting device include projection measuring device (1b) and described projection measuring device (1b) suitable dimensional measurement input supply line (2b) and dimensional measurement export supply line (3b)；Described device for detecting performance includes rotating the suitable detection output mechanism (6b) of testing agency (4b), the performance detecting clamp (5b) being uniformly arranged on described rotation testing agency (4b) and described performance detecting clamp (5b) and the detection suitable with described detection output mechanism (6b) output supply line (7b)；During work, battery is delivered to described projection measuring device (1b) by described dimensional measurement input supply line (2b), it is delivered to described device for detecting performance by described dimensional measurement output supply line (3b) when described projection measuring device (1b) completes the measuring external appearance size of battery, battery is placed on described performance detecting clamp (5b) and detects by staff again, by described detection output mechanism (6b), battery taking-up is placed on detection output supply line (7b) and above exports after having detected.
nullInternal battery production line the most according to claim 6，It is characterized in that: in described dimensional measurement input supply line (2b), be provided with reshaping device (8b)，Described reshaping device (8b) includes shaping support (81b)、It is arranged on the lateral shaping cylinder (82b) of described shaping support (81b) left and right sides、It is arranged on the lateral dressing stick (83b) of described lateral shaping cylinder (82b) output、It is arranged on the motor (84b) of described shaping support (81b) upper end、The nut (85b) being arranged on described motor (84b) output shaft、The screw rod (86b) suitable with described nut (85b)、The vertical shaping support (87b) that be connected fixing with described screw rod (86b)、It is arranged on upwards two, the upper front and back of described vertical shaping support (87b) directly to shaping cylinder (88b) and be arranged on described straight straight to dressing stick (89b) to shaping cylinder (88b) output，Described lateral dressing stick (83b) is fixedly installed the first guide rod (810b) being slidably connected with described shaping support (81b) left and right sides，The second slide bar (811b) being slidably connected with described shaping support (81b) upper end it is fixedly installed on described vertical shaping support (87b)，It is provided with on described vertical shaping support (87b) and described the 3rd slide bar (812b) being directly slidably matched to dressing stick (89b).
nullInternal battery production line the most according to claim 6，It is characterized in that: be provided with, in described dimensional measurement output supply line (3b), size defective products output mechanism (9b) being connected with described projection measuring device (1b) signal，Described size defective products output mechanism (9b) includes size defective products output pedestal (91b)、It is arranged on size defective products line slideway (92b) on described size defective products output pedestal (91b)、Size defective products horizontal output cylinder (93b) that be connected fixing with described size defective products output pedestal (91b)、Size defective products output slide (94b) being slidably matched with described size defective products line slideway (92b) and be connected with described size defective products horizontal output cylinder (93b) output、The size defective products being arranged on described size defective products output slide (94b) vertically exports cylinder and is arranged on several sizes defective products suction nozzle (95b) of described size defective products output cylinder output；
nullIt is provided with on described detection output supply line (7b) and rotates, with described, performance defective products output mechanism (10b) that testing agency (4b) signal is connected，Described detection output mechanism (6b) and described performance defective products output mechanism (10b) all include exporting pedestal (101b)、It is arranged on the line slideway (102b) on described output pedestal (101b)、Two belt pulleys (103b) being rotationally connected with described output pedestal (101b)、The belt (104b) being arranged on two described belt pulleys (103b)、The motor being in transmission connection with described belt pulley (103b)、The output slide (106b) that be connected and with described line slideway (102b) be slidably matched fixing with described belt (104b)、It is arranged on the output cylinder (107b) on described output slide (106b) and is arranged on several second suction nozzles (108b) of described output cylinder (107b) output.
Internal battery production line the most according to claim 6, it is characterized in that: described rotation testing agency (4b) includes rotary test dish (41b), several performance detecting clamp seats (42b) it are evenly arranged with on described rotary test dish (41b), it is provided with several performance detecting clamps (5b) on described performance detecting clamp seat (42b), described rotary test dish (41b) is additionally provided with the performance test pressure head (43b) suitable with described performance detecting clamp seat (42b)；
Described performance test pressure head (43b) includes performance test fixed block (431b), it is fixedly installed on the performance test cylinder (432b) on described performance test fixed block (431b), it is arranged on the performance test needle stand (433b) of described performance test cylinder (432b) output and is arranged on the performance test testing needle (434b) on described performance test needle stand (433b), it is further fixedly arranged on performance test guide rod (435b) on described performance test needle stand (433b), described performance test guide rod (435b) is slidably connected with described performance test fixed block (431b)；
Being provided with the claw (44b) suitable with described performance detecting clamp seat (42b) on described rotary test dish (41b), when carrying out performance detection, described claw (44b) blocks the end of described performance detecting clamp seat (42b)；It is provided with handle (45b) on described performance detecting clamp seat (42b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410826133.4A CN104538665B (en) | 2014-12-26 | 2014-12-26 | Internal battery production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410826133.4A CN104538665B (en) | 2014-12-26 | 2014-12-26 | Internal battery production line |
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| CN104538665A CN104538665A (en) | 2015-04-22 |
| CN104538665B true CN104538665B (en) | 2016-08-17 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105428694B (en) * | 2015-11-12 | 2017-12-12 | 惠州金源精密自动化设备有限公司 | Battery formation system |
| CN108539247B (en) * | 2018-05-30 | 2023-08-01 | 广东飞新达智能设备股份有限公司 | Battery rotating device of battery chip mounter |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103474689A (en) * | 2012-06-06 | 2013-12-25 | 刘辉国 | Automatic assembly machine for mobile phone battery |
| CN203434243U (en) * | 2012-12-21 | 2014-02-12 | 尼克斯康技术株式会社 | Automatic production line of battery pack |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ITVR20050078A1 (en) * | 2005-06-14 | 2006-12-15 | Sovema Spa | LINE AND METHOD OF ASSEMBLING BATTERIES OF ACCUMULATORS |
| KR20130030890A (en) * | 2011-09-20 | 2013-03-28 | 넥스콘 테크놀러지 주식회사 | Manufacture line of polymer battery pack |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103474689A (en) * | 2012-06-06 | 2013-12-25 | 刘辉国 | Automatic assembly machine for mobile phone battery |
| CN203434243U (en) * | 2012-12-21 | 2014-02-12 | 尼克斯康技术株式会社 | Automatic production line of battery pack |
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Address after: 519180 third floor (workshop C), No. 209, Zhufeng Avenue, Jing'an Town, Doumen District, Zhuhai City, Guangdong Province Patentee after: Zhuhai Guanyu power supply Co., Ltd. Address before: 209 No. 519180 Guangdong province Zhuhai city Doumen District Xinqing Industrial Park Mount Everest Boulevard Patentee before: Zhuhai Kesite Power Supply Co., Ltd. |