CN206619653U - Streamline is repaired in a kind of battery cell case automation - Google Patents

Abstract

The utility model is related to a kind of battery cell case automation and repairs streamline, including mounting bracket, lateral transfer line, longitudinally fed line and transition changement, the lateral transfer line is used to the left and right sides of battery are carried out to play throwing processing automatically and is once played its top surface throwing processing；The longitudinally fed line transition is arranged on the end of lateral transfer line, and its direction of transfer and lateral transfer line are perpendicular, and it is used to carrying out the front and rear sides face of battery and bottom surface automatic to play throwing processing and its top surface is carried out secondary to play throwing and handle；The transition changement is arranged between lateral transfer line and longitudinally fed line, for battery to be switched into longitudinally fed line from lateral transfer line one by one.The utility model connects the lateral transfer line set by transition and longitudinally fed line coordinates transition changement, and the grinding and buffing action in its six faces is automatically performed when realizing battery output, is produced automatically beneficial to mass, automaticity is high, cost is low.

Description

Streamline is repaired in a kind of battery cell case automation

Technical field

The utility model is related to battery manufacturing technology field, more particularly to flowing water is repaired in a kind of automation of battery cell case Line.

Background technology

Easily there is the scratch of plastic casing or speckles with spot, due to mesh during assembling, transport and use in battery The requirement more and more higher of preceding battery industry, for because of the defective battery that market is returned goods and above-mentioned reason is produced, passing The way of system is by carrying out degradation processing to the not good battery of only outward appearance, using manual grinding mode by outside battery plastics Font, sign and trade mark on shell etc. are polished off, and then reduce battery waste, reduce companies losses, but traditional manual grinding Mode inefficiency, labor strength is big.

Chinese utility model patent 201420250014.4 discloses a kind of battery cell case and repairs polissoir, including beats Room, dirt pocket and the part of polishing area three are ground, the shell of battery is polished, then by cleaner by battery cell case On the impurity such as some particulate matters for leaving remove, then the shell of battery is polished again by polishing wheel again, whole process is logical Cross conveyer belt to be conveyed, without artificial operation, effectively the trade mark on battery cell case, mark etc. can be polished, beaten It is polished again after mill, production line flow process is set.

Although the more traditional manual grinding of above-mentioned technical proposal improves operating efficiency to a certain extent, one is still suffered from A little problems, the technical scheme is only capable of realizing carries out one side continous way grinding and buffing to the shell of battery, and grinding wheel is overall Fixed, buffed surface is limited, while can not realize that, to battery case top surface and the polishing of the automatically grinding of bottom surface, it is semi-automatic Change mechanically, operating efficiency is still relatively low.

In addition, the polishing in the technical scheme is separately carried out with polishing step, equipment occupation space is big, product transmission transport Path is longer, long processing time, further influences operating efficiency.

Therefore, it is to store that a kind of multiple faces to battery cell case of design, which synchronize, automated, continous way repairs production line Field of batteries technical problem in the urgent need to address.

Utility model content

The purpose of this utility model is to provide a kind of battery cell case automation and repairs streamline, is connected and set by transition Lateral transfer line and longitudinally fed line coordinate transition changement so that it is to be added that battery changes its automatically in transmit process Work face, is automatically performed the grinding and buffing action in its six faces, is produced automatically beneficial to mass, automatically when realizing battery output Change degree is high, and cost is low.

To achieve the above object, the utility model provides following technical scheme：

Streamline is repaired in a kind of battery cell case automation, it is characterised in that including：

Mounting bracket；

Lateral transfer line, the lateral transfer line is installed on the mounting bracket, and it is used for the left and right sides to battery Face carries out automatic beat and throws processing and play throwing processing to the progress of its top surface is once automatic；

Longitudinally fed line, the longitudinally fed line is installed on the mounting bracket and transition is arranged on the lateral transfer line End, the direction of transfer of its direction of transfer and the lateral transfer line is perpendicular, and it is used for the front and rear sides face to battery Carry out automatic playing throwing processing and its top surface being carried out secondary automatic to play throwing and handle with bottom surface；And

Transition changement, the transition changement is arranged between the lateral transfer line and longitudinally fed line, is used Switched to one by one from lateral transfer line on longitudinally fed line in by battery.

As an improvement, the transition changement includes being fixed on the fixed seat on mounting bracket, being installed in the fixed seat Guide rod component, the sliding seat being slidably located on the guide rod component and the Power Component for driving the sliding seat to move back and forth, The direction of transfer of the moving direction of the sliding seat and the longitudinally fed line is consistent, and is provided with one above the sliding seat Driving lever, the driving lever is set perpendicular to the moving direction of the sliding seat.

As an improvement, the horizontal stroke for offering and being available for battery to pass through is corresponded on the lateral transfer line and longitudinally fed line respectively To Transfer pipe and longitudinal Transfer pipe.

As an improvement, also including being arranged on the mounting bracket to the conveyer for transmitting battery, the transmission dress Put including：

First transport mechanism, first transport mechanism correspondence is installed in the cross drive passage；And

Second transport mechanism, the holding plane of second transport mechanism and the first transport mechanism is located in same level, And second transport mechanism correspondence is installed in longitudinal Transfer pipe.

As an improvement, the lateral transfer line includes first side Da Pao mechanisms and the top set gradually along its direction of transfer Mian Dapao mechanisms a, the first side Da Pao mechanism are arranged at the feed end of lateral transfer line, and top surface Da Pao mechanism a include dividing Beating for cross drive passage same side is not installed on along the direction of transfer of the lateral transfer line by support a and support b successively Emery wheel a and polishing wheel a.

As an improvement, the longitudinally fed line includes second side Da Pao mechanisms, the top set gradually along its direction of transfer It is defeated that Mian Dapao mechanisms b and bottom surface Da Pao mechanisms, second side Da Pao mechanisms and bottom surface Da Pao mechanisms are separately positioned on longitudinal direction At the feed end and discharge end of line sending, top surface Da Pao mechanism b include defeated along the longitudinal direction successively by support c and support d respectively The direction of transfer of line sending is installed on the grinding wheel b and polishing wheel b of longitudinal Transfer pipe same side.

As an improvement, the first side Da Pao mechanisms and second side Da Pao mechanisms include being fixed on mounting bracket Support base, two be symmetrically arranged on the support base beat throwing unit and driving two beat throw unit synchronously move up and down Drive component, beat for two and throw the both sides that unit is located at corresponding cross drive passage or longitudinal Transfer pipe respectively.

Wherein, the drive component include the power set that are fixed at the top of support base and both ends respectively with it is corresponding Beat and throw the drive rod that is fixedly connected of unit, the middle part of the drive rod is fixedly connected with the drive end of power set.

As an improvement, it is described beat throwing unit include the symmetrical guide rod being vertically arranged on support base, be slidably matched peace It is used to the side of battery is carried out to beat the sand for throwing processing loaded on the sliding panel on the guide rod, on the sliding panel medial surface Cotton piece buff a and the first motor for driving flap wheel a to rotate, the top of the sliding panel are fixedly connected with the drive component, sand Cotton piece buff a axis direction is parallel with the direction of transfer of battery.

As an improvement, the bottom surface Da Pao mechanisms include being installed on the end of second transport mechanism and smoothed with it The second motor for crossing the flap wheel b of connection and driving flap wheel b to rotate, flap wheel b upper surface is passed with described second The holding plane of mechanism is sent to be located in same level.

As an improvement, the both sides of the cross drive passage and longitudinal Transfer pipe are symmetrically arranged with cleaning unit and removed Dirt unit, the cleaning unit is correspondingly arranged at the discharge end of lateral transfer line or longitudinally fed line.

The beneficial effects of the utility model are：

(1) the utility model is by setting two orthogonal pipelines of direction of transfer, and two production lines are put down in cooperation The transition changement of slip so that battery automatically delivered side by side through the first transport mechanism and it is synchronous to its front and back sides and Top surface beat after throwing handles, and is transferred to it on longitudinal delivery mechanism through transition changement, by the one by one, automatic order Two transport mechanisms, which drive, synchronously realizes that the throwing of beating to its front and back sides, top surface and bottom surface is handled along its direction of transfer, whole flowing water Line automation degree is high, and battery is automatically performed when being sent to discharge pedestal by loading bay and the grinding and buffing in its six faces is moved Make, processed automatically beneficial to mass；

(2) the battery direction of transfer of lateral transfer line and longitudinally fed line is linear transmission in the utility model, is coordinated The Transfer pipe opened up is corresponded to thereon, it is ensured that linearity of multiple batteries in transmit process, improve battery and sequentially transmit To the corresponding accuracy for beating throwing mechanism position, the uniformity that more conducively Ge Dapao mechanisms are acted to each battery processing enters one Step ensures the continuity of production and the surface treatment quality of battery cell case；

(3) first side Da Pao mechanisms and second side Da Pao mechanisms use lift motion mode, and throwing is played with reference to each It is symmetrically arranged in mechanism to beat throwing unit, make it to two sides corresponding on the battery cell case that is transmitted along corresponding pipeline Synchronously move up and down formula and play throwing processing, while the design feature of cooperation flap wheel so that first side Da Pao mechanisms and the Two side faces Da Pao mechanisms integrate polishing, polished, and shorten transmission range, improve case surface processing quality and operating efficiency, And symmetrically arranged throwing unit of beating drives by same power set in Ge Dapao mechanisms, action synchronism is good, energy-conserving and environment-protective；

(4) by setting cleaning unit and dust removing units on lateral transfer line and longitudinally fed line, battery can be made Polishing, polishing and the cleaning dedusting action of shell are carried out simultaneously, greatly improve the operating efficiency of streamline, and battery plays throwing The cleannes on surface, improve surface treatment quality afterwards, optimize shopwork environment；

In a word, the utility model has continuous production good, and automaticity is high, and battery surface treatment quality is good, section Can be environmentally friendly, production efficiency is high, and low cost and other advantages are particularly suitable for use at the high-volume continous way streamline of battery cell case surface Reason.

Brief description of the drawings

For the technical scheme of clearer explanation the utility model embodiment, required in being described below to embodiment The accompanying drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the present utility model, For one of ordinary skill in the art, on the premise of not paying creative work, it can also be obtained according to these accompanying drawings Obtain other accompanying drawings.

Fig. 1 is the overall structure diagram of the utility model embodiment one；

Fig. 2 is the front view of lateral transfer line in the utility model；

Fig. 3 is the front view of longitudinally fed line in the utility model；

Fig. 4 is the structural representation of transition changement in the utility model；

Fig. 5 is integrally-built top view in the utility model embodiment one；

Fig. 6 is the integrated model of first side Da Pao mechanisms or second side Da Pao mechanisms in the utility model embodiment two Schematic diagram；

Fig. 7 is the front view of first side Da Pao mechanisms or second side Da Pao mechanisms in the utility model embodiment two；

Fig. 8 is the right view of first side Da Pao mechanisms or second side Da Pao mechanisms in the utility model embodiment two；

Fig. 9 is the top view of first side Da Pao mechanisms or second side Da Pao mechanisms in the utility model embodiment two；

Figure 10 is enlarged diagram at C in Fig. 6.

Embodiment

The technical scheme in the utility model embodiment is clearly and completely illustrated below in conjunction with the accompanying drawings.

Embodiment one

Embodiment of the present utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element or element with same or like function are represented to same or similar label eventually.Below by ginseng The embodiment for examining accompanying drawing description is exemplary, it is intended to for explaining the utility model, and it is not intended that to the utility model Limitation.

Below with reference to the accompanying drawings stream is repaired in a kind of 1 to Fig. 5 battery cell case automation for describing the utility model embodiment one Waterline.

As shown in figure 1, streamline, including mounting bracket 1, lateral transfer line 2, longitudinal direction are repaired in a kind of battery cell case automation Pipeline 3 and transition changement 4, the lateral transfer line 2 and longitudinally fed line 3 are mounted on the mounting bracket 1, its In, the lateral transfer line 2 is used to the left and right sides of battery are carried out to play throwing processing automatically and its top surface is carried out once Automatic to play throwing processing, the longitudinally fed transition of line 3 is arranged on the end of the lateral transfer line 2, its direction of transfer and the transverse direction The direction of transfer of pipeline 2 is perpendicular, its be used to carrying out the front and rear sides face of battery and bottom surface it is automatic beat throwing handle and To its top surface carry out it is secondary it is automatic beat throwing processing；The transition changement 4 be arranged at the lateral transfer line 2 with it is longitudinally fed Between line 3, for battery to be switched into longitudinally fed line 3 from lateral transfer line 2 one by one.

Further, the linearity transmitted for raising battery on horizontal line pipeline and longitudinally fed line 3, the transverse direction Corresponded to respectively on pipeline 2 and longitudinally fed line 3 and offer the cross drive passage 21 for being available for battery to pass through and longitudinal direction transmission Passage 31, good position-limiting action is played to the linear transmission of battery, is improved battery and is transferred to one by one by lateral transfer line 2 Accuracy on longitudinally fed line 3, it is ensured that the surface treatment quality of follow-up battery.

It should be noted that as shown in Figures 2 and 3, the present embodiment also includes being arranged on the mounting bracket 1 to transmit The conveyer 5 of battery, the conveyer 5 includes the first transport mechanism 51 and the second transport mechanism 52, first transmission The transport mechanism 52 of mechanism 51 and second is corresponded to respectively to be installed in the cross drive passage 21 and longitudinal Transfer pipe 31, and is put Horizontalization face is located in same level so that battery is able to ensure that when being transferred to from lateral transfer line 2 on longitudinally fed line 3 It is seamlessly transitted, and improves transfer efficiency.

Wherein, first transport mechanism 51 includes being fixedly installed at the feed end of lateral transfer line 2 and discharge end Chain wheel set a511, be connected chain a512 on chain wheel set a511 and the drive that drives chain wheel set a511 to rotate Dynamic motor a513；Second transport mechanism 52 includes being fixedly installed in the chain at the feed end of longitudinally fed line 3 and discharge end Wheel group b521, be connected chain b522 on chain wheel set b521 and the driving that drives chain wheel set b521 to rotate Motor b523.The first transport mechanism 51 and the second transport mechanism 52 in the present embodiment use chain sprocket transmission mode, and defeated It is multiple rows of chain structure, chain a512 width dimensions and the length of battery to send chain a512 and chain b522 Size is adapted, and chain b522 width dimensions are adapted with the width dimensions of battery, chain a512 and Chain b522 support strength is high, and transmission stability is good.

Specifically, as shown in figure 4, the transition changement 4 includes fixed seat 41, the installation being fixed on mounting bracket 1 In the guide rod component 42 in the fixed seat 41, the sliding seat 43 being slidably located on the guide rod component 42 and drive the sliding seat 43 Power Components 44 moved back and forth, wherein, the fixed seat 41 is arranged on the feed end and lateral transfer line 2 of longitudinally fed line 3 Discharge end at, it is located at the top of first transport mechanism 51；The moving direction of the sliding seat 43 with it is described longitudinally fed The direction of transfer of line 3 is consistent, and the top of the sliding seat 43 is provided with one and is used for the electric power storage in the first transport mechanism 51 Pond is transferred to the driving lever 431 in the second transport mechanism 52, and the driving lever 431 is set perpendicular to the moving direction of the sliding seat 43, Its length for stretching out the edge of sliding seat 43 is adapted with the width dimensions of the battery so that the driving lever 431 can be proper Good draw the battery on chain a512 one by one delivers on chain b522 the grinding and buffing for carrying out other faces processing.

As shown in figure 5, the lateral transfer line 2 includes the first side Da Pao mechanisms 22 set gradually along its direction of transfer And top surface Da Pao mechanism a23, first side Da Pao mechanisms 22 are arranged at the feed end of lateral transfer line 2, top surface makes throwing machine Structure a23 includes being installed on described first along the direction of transfer of the lateral transfer line 2 successively by support a23 and support b24 respectively The grinding wheel a231 and polishing wheel a241 of the same side of transport mechanism 51.Wherein, grinding wheel a231 and polishing wheel a241 axis Direction and the conveying direction of the first transport mechanism 51 are perpendicular, the top of the least significant end of its periphery all the time with battery cell case Relevant position is in contact so that battery synchronously realizes the once polishing and throwing of its top surface under the drive of the first transport mechanism 51 Light processing.

The longitudinally fed line 3 includes the second side Da Pao mechanisms 32 that are set gradually along its direction of transfer, top surface and plays throwing Mechanism b33 and bottom surface Da Pao mechanisms 34, second side Da Pao mechanisms 32 and bottom surface Da Pao mechanisms 34 are separately positioned on longitudinal direction At the feed end and discharge end of pipeline 3, top surface Da Pao mechanism b33 include passing through support c35 and support d36 successively edge respectively The direction of transfer of the longitudinally fed line 3 is installed on the grinding wheel b331 and polishing wheel of the same side of the second transport mechanism 52 B332, wherein, grinding wheel b331 and polishing wheel b332 axis direction and the conveying direction of the second transport mechanism 52 are perpendicular, its The least significant end of periphery is in contact with the top relevant position of battery cell case all the time so that passed after battery commutation second Send the secondary grinding and buffing processing that its top surface is synchronously realized under the drive of mechanism 52.

First side Da Pao mechanisms 22 and second side Da Pao mechanisms 32 in the utility model are the applicant according to this Production line carries out independent research design, and the part in Liang Ge mechanisms is identical, mechanism highly versatile, and only needs to according to be processed Battery size is adjusted corresponding installation dimension and two are beaten the radial distances thrown between unit, it is simple to operate and Beat and throw unit to move up and down stability good.

It should be noted that the bottom surface Da Pao mechanisms 34 include be installed on second transport mechanism 52 end and with Its flap wheel b being connected smoothly and the second motor for driving flap wheel b to rotate, flap wheel b upper surface and institute The holding plane for stating the second transport mechanism 52 is located in same level so that the battery exported by longitudinally fed line 3, in warp Discharge end is synchronously completed when exporting plays throwing processing to its bottom, realizes that automation, continous way are processed in order, the time is short, efficiency It is high.

In addition, in the present embodiment, the both sides of the cross drive passage 21 and longitudinal Transfer pipe 31 are symmetrical arranged clearly Unit 9 and dust removing units are swept, the cleaning unit 9 is correspondingly arranged at the discharge end of lateral transfer line 2 or longitudinally fed line 3, its For the clast remained on battery cell case quickly to be cleaned out, battery cell case crudy is improved, wherein, this practicality Dedusting mechanism in new is preferably that automatic water cleaning way carries out dedusting, and the dedusting method had both solved battery cell case through playing throwing The dust and clast being stained with afterwards on surface, while dozen airborne dust for throwing generation is also efficiently solved the problems, such as, Optimization Work environment, And water for cleaning can carry out cycling and reutilization, energy-conserving and environment-protective；Certainly needed also to be not excluded for other dedusting methods according to actual processing, Such as vacuum suction mode, wherein, dedusting mechanism includes water supply installation and the nozzle of the water supply installation is connected by feed pipe, The nozzle is correspondingly arranged at corresponding Da Pao mechanisms respectively, is known to the skilled person due to the dedusting mechanism, Therefore not to repeat here for its concrete structure present specification.

Embodiment two

Flowing water is repaired in a kind of refer to the attached drawing 6 to Figure 10 battery cell case automations for describing the utility model embodiment two Line；

Fig. 6 is a kind of structural representation of the automatic packaged equipment embodiment two of battery electrode group of the utility model；Wherein with reality Apply identical in example one or corresponding part use with the corresponding reference of embodiment one, for simplicity, hereafter only description with The distinctive points of embodiment one.The difference of the embodiment two and embodiment one is：In the present embodiment, such as Fig. 6 and Fig. 7 institutes Show, the first side Da Pao mechanisms 22 and the support including being fixed on the mounting bracket 1 of second side Da Pao mechanisms 32 Seat 6, two be symmetrically arranged on the support base 6 beating throwing unit 7 and driving two is beaten and throws unit 7 and synchronously move up and down Drive component 8, beat for two and throw the both sides that unit 7 is located at corresponding cross drive passage 21 or longitudinal Transfer pipe 31 respectively.

Wherein, as shown in Figure 8 and Figure 9, the drive component 8 include being fixed on the power set 81 at the top of support base 6 with And the drive rod 82 that unit 7 is fixedly connected, the middle part of the drive rod 82 and power set are thrown in both ends with corresponding beating respectively 81 drive end 811 is fixedly connected.

Further, as shown in Figure 10, it is described beat throw unit 7 include it is symmetrical be vertically arranged on support base 6 lead Bar 71, be slidably installed in the sliding panel 72 on the guide rod 71, on the medial surface of sliding panel 72 be used for battery Side carry out beat throw processing flap wheel a73 and drive the flap wheel a73 rotation the first motor 74, the sliding panel 72 Lateral surface is provided with the sliding block 75 of sliding connection corresponding with the guide rod 71, the top of sliding panel 72 and the drive rod 82 It is fixedly connected, flap wheel a73 axis direction is parallel with the direction of transfer of battery.Wherein, the inner side of the sliding panel 72 A bearing 721 is fixed with face, flap wheel a73 is horizontally installed on the bearing 721, and the first motor 74 is fixedly installed in the cunning On the lateral surface of dynamic plate 72, it drives the flap wheel a73 to be rotated around its axis by belt transmissioning mode so that this One motor 74 realizes that synchronization lifting motion carries out grinding and buffing processing, two to battery cell case with corresponding flap wheel a73 Formation battery beats throwing passage between beating the flap wheel a73 in throwing unit 7.

Above-mentioned first side Da Pao mechanisms 22 and second side Da Pao mechanisms 32 use lift motion mode, with reference to it It is symmetrically arranged to beat throwing unit 7, make it to two sides synchronization corresponding on the battery cell case that transmit along corresponding pipeline The formula of moving up and down plays throwing processing, and symmetrically arranged throwing unit 7 of beating drives by same power set 81, acts synchronism It is good, simplify device structure, optimization equipment is installed, reduce the overall space-consuming of equipment, energy-conserving and environment-protective.

Wherein, flap wheel a73 surface is placed with some groups of emery cloth strips, the granularity of emery cloth strip successively along its axis direction Increase successively along the direction of transfer of battery so that this dozen throws unit 7 and integrate grinding and buffing, and flap wheel a73 is by power Device 81 synchronously realizes the grinding and buffing action to battery cell case left and right side or front and back sides when driving it to move up and down, The design feature of the flap wheel so that first side Da Pao mechanisms 22 and second side Da Pao mechanisms 32 collect polishing, polished in one Body, shortens transmission range, improves case surface processing quality and operating efficiency.

The course of work is as follows：

Multiple batteries in the first transport mechanism 51 placed side by side on lateral transfer line 2 are by first transport mechanism 51 synchronous drive are moved along its direction of transfer, sequentially pass through first side Da Pao mechanisms 22, top surface Da Pao mechanism a23 respectively to this The left and right sides of battery carry out automatic beat and throw processing and carry out an automatically grinding and polishing to its top surface；Then The battery is sent at the discharge end of lateral transfer line 2 to be transferred in the second transport mechanism 52 one by one by transition changement 4, Its side converts 90 °, and multiple batteries are transformed to head and the tail and are arranged side by side successively, and the battery is synchronous by the second transport mechanism 52 Drive is moved along its direction of transfer, sequentially passes through second side Da Pao mechanisms 32, top surface Da Pao mechanism b33 and bottom surface Da Pao mechanisms 34 front and rear sides faces respectively to battery, bottom surface carry out it is automatic play throwing processing and to the secondary automatically grinding of its top surface progress and After polishing, realization is exported one by one automatically.Wherein, flap wheel a73, grinding wheel a231, polishing wheel a241, grinding wheel b331, It is synchronous during polishing wheel b332 and flap wheel b work that electric power storage pool surface is cleaned, beneficial to Optimization Work environment, improve electric power storage Pond case surface processing quality.

The foregoing description of the disclosed embodiments, make those skilled in the art do not depart from it is of the present utility model spirit and In the case of scope, various changes or equivalence replacement can be carried out to these features and embodiment.In addition, of the present utility model Under teaching, these features and embodiment can be modified new without departing from this practicality to adapt to particular situation and material The spirit and scope of type.Therefore, the utility model is not limited to the particular embodiment disclosed, and falls with the application Right in embodiment belong to protection domain of the present utility model.

Claims (10)

1. streamline is repaired in a kind of battery cell case automation, it is characterised in that including：

Mounting bracket (1)；

Lateral transfer line (2), the lateral transfer line (2) is installed on the mounting bracket (1), and it is used for the left and right to battery Two sides carry out automatic beat and throw processing and play throwing processing to the progress of its top surface is once automatic；

Longitudinally fed line (3), the longitudinally fed line (3) is installed on the mounting bracket (1) and transition is arranged on the transverse direction The end of pipeline (2), its direction of transfer and the direction of transfer of the lateral transfer line (2) are perpendicular, and it is used for battery Front and rear sides face and bottom surface automatic play throwing processing and its top surface is carried out secondary automatic to play throwing and handle；And

Transition changement (4), the transition changement (4) is arranged at the lateral transfer line (2) and longitudinally fed line (3) Between, for battery to be switched into longitudinally fed line (3) from lateral transfer line (2) one by one.

2. streamline is repaired in a kind of battery cell case automation as claimed in claim 1, it is characterised in that the transition commutation Mechanism (4) include be fixed on mounting bracket (1) fixed seat (41), be installed in the fixed seat (41) guide rod component (42), The sliding seat (43) being slidably located on the guide rod component (42) and the Power Component for driving the sliding seat (43) to move back and forth (44), the moving direction of the sliding seat (43) and the direction of transfer of the longitudinally fed line (3) are consistent, and the sliding seat (43) driving lever (431) is installed, the driving lever (431) is set perpendicular to the moving direction of the sliding seat (43) above.

3. streamline is repaired in a kind of battery cell case automation as claimed in claim 1, it is characterised in that the lateral transfer Corresponded to respectively on line (2) and longitudinally fed line (3) and offer the cross drive passage (21) for being available for battery to pass through and longitudinal direction biography Send passage (31).

4. streamline is repaired in a kind of battery cell case automation as claimed in claim 3, it is characterised in that also including installed in To transmit the conveyer (5) of battery on the mounting bracket (1), the conveyer (5) includes：

First transport mechanism (51), first transport mechanism (51) correspondence is installed in the cross drive passage (21)；And

Second transport mechanism (52), the holding plane of second transport mechanism (52) and the first transport mechanism (51) is located at same water In plane, and second transport mechanism (52) correspondence is installed in longitudinal Transfer pipe (31).

5. streamline is repaired in a kind of battery cell case automation as claimed in claim 4, it is characterised in that the lateral transfer Line (2) includes first side Da Pao mechanisms (22) and the top surface Da Pao mechanism a (23) set gradually along its direction of transfer, and this first Side Da Pao mechanisms (22) are arranged at the feed end of lateral transfer line (2), and top surface Da Pao mechanism a (23) are included respectively by branch Frame a (24) and support b (25) are installed on cross drive passage (21) the same side along the direction of transfer of the lateral transfer line (2) successively The grinding wheel a (231) and polishing wheel a (232) in face.

6. streamline is repaired in a kind of battery cell case automation as claimed in claim 5, it is characterised in that described longitudinally fed Line (3) includes second side Da Pao mechanisms (32), top surface Da Pao mechanism b (33) and the bottom surface set gradually along its direction of transfer Da Pao mechanisms (34), second side Da Pao mechanisms (32) and bottom surface Da Pao mechanisms (34) are separately positioned on longitudinally fed line (3) Feed end and discharge end at, top surface Da Pao mechanism b (33) include pass through support c (35) and support d (36) successively edge respectively The direction of transfer of the longitudinally fed line (3) is installed on the grinding wheel b (331) and polishing wheel of longitudinal Transfer pipe (31) same side b(332)。

7. streamline is repaired in a kind of battery cell case automation as claimed in claim 6, it is characterised in that the first side Da Pao mechanisms (22) and second side Da Pao mechanisms (32) include be fixed on mounting bracket (1) support base (6), two difference Beating on the support base (6) is symmetricly set on to throw unit (7) and drive two to play the driving that throwing unit (7) is synchronously moved up and down Component (8), beats for two and throws unit (7) is located at corresponding cross drive passage (21) or longitudinal Transfer pipe (31) respectively two Side.

8. streamline is repaired in a kind of battery cell case automation as claimed in claim 7, it is characterised in that described to beat throwing unit (7) include the symmetrical guide rod (71) being vertically arranged on support base (6), be slidably installed in the cunning on the guide rod (71) Dynamic plate (72), the flap wheel a (73) on sliding panel (72) medial surface and drive that flap wheel a (73) rotates the One motor (74), the top of the sliding panel (72) is fixedly connected with the drive component (8), flap wheel a (73) axis direction It is parallel with the direction of transfer of battery.

9. streamline is repaired in a kind of battery cell case automation as claimed in claim 6, it is characterised in that throwing is played in the bottom surface Mechanism (34) includes the flap wheel b (341) for being installed on the end of second transport mechanism (52) and being connected smoothly with it And the second motor (342) for driving flap wheel b (341) to rotate, flap wheel b (341) upper surface is passed with described second The holding plane of mechanism (52) is sent to be located in same level.

10. streamline is repaired in a kind of battery cell case automation as claimed in claim 3, it is characterised in that described laterally to pass Passage (21) and the both sides of longitudinal Transfer pipe (31) are sent to be symmetrically arranged with cleaning unit (9) and dust removing units, the cleaning list First (9) are correspondingly arranged at the discharge end of lateral transfer line (2) or longitudinally fed line (3).