CN209544510U - A kind of capping mechanism for battery processing - Google Patents

Abstract

The utility model relates to a kind of capping mechanisms for battery processing, including base, capping lifting cylinder is provided on base, capping elevator is provided on covered lifting cylinder, capping feed inlet is offered on capping elevator, and capping passage is combined with below capping feed inlet, pressing device is provided with above capping feed inlet, side is provided with stacking feeding device engaged therewith, the top for stacking the stacking cylinder of feeding device is fixed with lifting connecting cylinder, cradle is additionally provided on base, mutually matched feeding vibration disk and feed device are provided on cradle, feed device is connected with the feeder moved towards vertically, feeder and lifting connecting cylinder pivot bush unit cooperation, and when capping elevator drops to lowest part, the lower part of feeder is still socketed in lifting connecting cylinder, the utility model is ensured by going up and down connecting cylinder It stacks feeding device to be connected to feed device holding always, the automation charging of capping may be implemented, improve the efficiency of battery processing capping.

Description

A kind of capping mechanism for battery processing

Technical field

The present invention relates to battery processing equipment field more particularly to a kind of capping mechanisms for battery processing.

Background technique

For battery as a kind of new energy, application is very extensive, and battery mainly includes lead-acid accumulator, lithium battery etc..

Lead-acid accumulator in the process of production and processing, needs to inject a certain amount of sulfuric acid, therefore its structure is mostly such as Fig. 3 institute Show, including be battery cavities in battery frame 12, battery frame, is provided with positive/negative plate in battery cavities, while battery cavities are communicated with fluid injection Interface 13, then need to cover fluid injection sealing joint by capping after being poured in sulfuric acid solution, battery cover board is then covered again, it is existing Capping be all to be compressed using artificial capping mostly, some Semi-automatic devices carry out blowing there is still a need for artificial, pass through pressure Clamping apparatus automatic impaction, but processing efficiency is not still high.

Summary of the invention

The object of the present invention is to provide a kind of capping mechanisms for battery processing, ensure that heap is put by going up and down connecting cylinder Material device is connected to feed device holding always, and then the automation charging of capping may be implemented, and greatly improves battery Process the efficiency of capping.

In order to achieve the goal above, the technical solution adopted by the present invention are as follows: a kind of capping mechanism for battery processing, packet Base is included, capping lifting cylinder is provided on the base, capping elevator, institute are provided on the capping lifting cylinder Capping feed inlet is offered on the capping elevator stated, and is covered and be combined with capping passage, the envelope below feed inlet Pressing device is provided with above lid feed inlet, side is provided with stacking feeding device engaged therewith, the stacking charging The top of the heap barrel of device is fixed with lifting connecting cylinder, is additionally provided with cradle on the base, on the cradle It is provided with mutually matched vibration feeding disc and feed device, the feed device is connected with the feeder moved towards vertically, institute The feeder and lifting connecting cylinder pivot bush unit cooperation stated, and when capping elevator drops to lowest part, the lower part of feeder It is still socketed in lifting connecting cylinder.

Preferably, the position that the capping elevator is located above capping feed inlet be provided with the capping of a side opening into Expect limitting casing, the heap barrel setting of the stacking feeding device offers on capping elevator and is only capable of sealing by one Blanking cover simultaneously feeds the push mouth that limitting casing docks with capping, and the capping being provided in heap barrel on the capping elevator is matched The charging driving means of conjunction.

Preferably, the capping charging symmetrical side plate of limitting casing is L shaped plate, and the opening of horizontal component and heap barrel is matched It closes, the top of vertical portion is provided with cover board, and the pressing device includes the capping press cylinder that cover board lower surface is arranged in, The capping binder set block that can be penetrated into capping passage, the capping pressure are connected with below the capping press cylinder Material set block and capping socket cooperate.

Preferably, the charging driving means includes the charging push cylinder being arranged on capping elevator, described Charging push cylinder is penetrated into heap barrel and is connect with the charging push block of its inner sidewall insertion cooperation, the charging push Block is right angle block, and the height of vertical portion is consistent with the height of single capping, and the top of vertical portion is arranged in horizontal component, And it is pierced by the side wall of heap barrel, it is embedded with above the charging push cylinder and the charging tangent cooperation of push block horizontal component Support ball block.

Preferably, the feed device includes the chute feeder with vibration feeding disc cooperation, and the feeder setting exists The end of chute feeder, the cradle are located at the position below chute feeder and are disposed with feeding interception cylinder against feed direction With feeding detent cylinder, the feeding, which intercepts to be connected on cylinder, may pass through sending for the interception mouth opened up on chute feeder lower plate Material intercepts inserted block, is connected with the feeding that may pass through the detent mouth opened up on chute feeder lower plate above the feeding detent cylinder Detent device, and the inner hole of detent mouth and capping is in the same size, after the feeding detent device and feeding interception inserted block interception The inner hole sleeve cooperation of second capping, the cradle is located above chute feeder to be provided with to be blocked with feeding interception inserted block The apparatus for feeding of first capping cooperation after cutting.

Preferably, the apparatus for feeding include be arranged on cradle with chute feeder with trend feeding to inlet casing, The feeding is connected with feed lifting cylinder to inlet casing, is connected with below the feed lifting cylinder and is socketed with capping The feed of cooperation covers block, is additionally provided on the cradle with feed lifting cylinder close to the cooperation of the side of vibration feeding disc It is fed limited block.

Preferably, the feeding detent device includes the feeding detent lifting seat connecting with feeding detent cylinder, described The feeding detent inserting column of feeding detent lifting seat being provided centrally with capping inner hole, the feeding detent lifting seat Upper surface be embedded with chute feeder cooperation the first contact induction device, the feeding detent inserting column upper surface is embedded with and seals Second contact induction device of blanking cover inner top panel cooperation, the position that the chute feeder lower plate touch feeding interception inserted block offer With the defective products feed opening of single plugging block dimensional fits, the defective products feed opening, which is combined with, can either realize normal conveying It can be realized the defective products discharging device of defective products blanking again.

Preferably, the defective products discharging device includes the defective products blow tank being arranged on cradle, it is described not Front and back is arranged side by side there are two defective products blanking cylinder in non-defective unit blow tank, and two defective products blanking cylinders are connected under defective products Block is expected, and the size of defective products blanking block is consistent with defective products feed opening, under the defective products blanking block and two defective products Expect that cylinder is hinged.

Preferably, the defective products blow tank, which is located on the outside of defective products blanking cylinder, is provided with blanking adjustment frame, institute The two blanking adjustment frames stated are respectively positioned on the underface of defective products blanking block, and the height of two blanking adjustment frames is consistent.

Preferably, the upper surface of the defective products blanking block is embedded with pressure inductor, the pressure inductor Size be greater than capping inner hole, the maximum fall of the feed lifting cylinder be make feed set block interior upper side and The upper surface of capping contacts.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of capping mechanism for battery processing.

Fig. 2 is the structural schematic diagram of cover portion.

Fig. 3 is the structural schematic diagram of battery product.

Fig. 4 is the partial enlarged view of A in Fig. 1.

Fig. 5 is the structural schematic diagram of feed device.

Fig. 6 is the structural schematic diagram of feeding detent device.

Fig. 7 is the structural schematic diagram of defective products discharging device.

Fig. 8 is the cross-sectional view of B-B in Fig. 7.

Label character as shown in the figure indicates are as follows: 1, base；2, product；3, lifting cylinder is covered；4, elevator is covered；5, it seals Lid passage；6, feeding device is stacked；7, connecting cylinder is gone up and down；8, feeder；9, cradle；10, vibration feeding disc；11, feeding Device；12, battery frame；13, fluid injection interface；14, capping；15, feed inlet is covered；16, capping charging limitting casing；17, it covers Press cylinder；18, capping binder covers block；19, heap barrel；20, push block is fed；21, push cylinder is fed；22, ball block is supported； 25, chute feeder；26, feeding intercepts cylinder；27, feeding intercepts inserted block；28, feeding detent cylinder；29, feeding detent device；30, it send Expect to inlet casing；31, it is fed lifting cylinder；32, feed set block；33, it is fed limited block；34, defective products discharging device；36, it send Expect detent lifting seat；37, feeding detent inserting column；38, the first contact induction device；39, the second contact induction device；41, defective products goes out Hopper；42, defective products blanking cylinder；43, defective products blanking block；44, pressure inductor；45, blanking block adjustment frame.

Specific embodiment

In order to make those skilled in the art more fully understand technical solution of the present invention, with reference to the accompanying drawing to the present invention into Row detailed description, the description of this part be only it is exemplary and explanatory, should not have any limitation to protection scope of the present invention Effect.

As shown in Figure 1, specific structure of the invention are as follows: a kind of capping mechanism for battery processing, including base 1, institute It is provided with capping lifting cylinder 3 on the base 1 stated, capping elevator 4 is provided on the capping lifting cylinder 3, it is described Capping feed inlet 15 is offered on capping elevator 4, and the lower section for covering feed inlet 15 is combined with capping passage 5, it is described The top of capping feed inlet 15 is provided with pressing device, side is provided with stacking feeding device 6 engaged therewith, the stacking The top of the heap barrel 19 of feeding device 6 is fixed with lifting connecting cylinder 7, is additionally provided with cradle 9 on the base 1, described Cradle 9 on be provided with mutually matched vibration feeding disc 10 and feed device 11, the feed device 11 is connected with perpendicular The feeder 8 directly moved towards, the feeder 8 and lifting 7 pivot bush unit of connecting cylinder cooperation, and when capping elevator 4 drops to When lowest part, the lower part of feeder 8 is still socketed in lifting connecting cylinder 7.

Ensure that stacking feeding device is connected to feed device holding always by going up and down connecting cylinder, and then may be implemented to block The automation of lid is fed, and greatly improves the efficiency of battery processing capping.

As shown in Fig. 2, the position that the capping elevator 4 is located at 15 top of capping feed inlet is provided with a side opening Capping charging limitting casing 16, the setting of heap barrel 19 of the stacking feeding device 6 offer only on capping elevator 4 The push mouth that limitting casing 16 docks can be fed by a capping 14 and with capping, be provided on the capping elevator 4 The charging driving means that capping 14 in heap barrel 19 cooperates.

The push mouth design of capping charging limitting casing cooperation heap barrel, the capping that can be realized in heap barrel are pushed away It send.

As shown in Fig. 2, the capping charging symmetrical side plate of limitting casing 16 is L shaped plate, horizontal component and heap barrel 19 Opening cooperation, the top of vertical portion is provided with cover board, and the pressing device includes the capping that cover board lower surface is arranged in Press cylinder 17, the lower section of the capping press cylinder 17 are connected with the capping binder set that can be penetrated into capping passage 5 Block 18, the capping binder set block 18 and the socket of capping 14 cooperate.

Capping charging limitting casing side plate shape cooperation cover board design, can either facilitate pressing device design and precisely Docking, while the push of capping is not interfered with again, will not occur going up and down connecting cylinder and capping charging limitting casing is done The case where relating to.

As shown in figure 4, the charging driving means includes the charging push cylinder 21 being arranged on capping elevator 4, The charging push cylinder 21 is penetrated into heap barrel 19 and is connect with the charging push block 20 of its inner sidewall insertion cooperation, institute The charging push block 20 stated is right angle block, and the height of vertical portion is consistent with the height of single capping 14, horizontal component setting On the top of vertical portion, and it is pierced by the side wall of heap barrel 19, the top of the charging push cylinder 21 is embedded with and feeds The support ball block 22 of the tangent cooperation of 20 horizontal component of push block.

The smart structural design for feeding driving means, can either realize good push effect, at the same can also by into Expect that the horizontal component of push block realizes the support of upper layer capping, support the design of ball block, it can be ensured that charging push block is horizontal At least there are two supporting points for part.

As shown in figure 5, the feed device 11 includes the chute feeder 25 cooperated with vibration feeding disc 10, the feeding The end of chute feeder 25 is arranged in cylinder 8, and the position that the cradle 9 is located at 25 lower section of chute feeder is set gradually against feed direction There is feeding to intercept cylinder 26 and feeding detent cylinder 28, the feeding is intercepted to be connected on cylinder 26 and be may pass through under chute feeder 25 The feeding of the interception mouth opened up on bottom plate intercepts inserted block 27, and being connected with above the feeding detent cylinder 28 may pass through chute feeder The feeding detent device 29 of the detent mouth opened up on 25 lower plates, and detent mouth and the inner hole of capping 14 are in the same size, it is described The inner hole sleeve that feeding detent device 29 and feeding intercept second capping 14 after inserted block 27 intercepts cooperates, the cradle 9 tops for being located at chute feeder 25 are provided with the feed dress that first capping 14 cooperation after inserted block 27 intercepts is intercepted with feeding It sets.

The structure design of feed device is very ingenious, makes chute feeder while feeding being cooperated to intercept inserted block and feeding detent device, While can be realized interception detent (intercepting again), cooperation feed will be carried out except the capping except first capping Device and feeding intercept block decline, can be realized the feeding one by one of single capping.

As shown in figure 5, the apparatus for feeding includes being arranged on cradle 9 to be fed with chute feeder 25 with the feeding of trend Cylinder 30, the feeding are connected with feed lifting cylinder 31 to inlet casing 30, connect below the feed lifting cylinder 31 Have and cover block 32 with the feed of the socket cooperation of capping 14, is additionally provided on the cradle 9 close with feed lifting cylinder 31 The feed limited block 33 of the side cooperation of vibration feeding disc 10.

The structure of apparatus for feeding is simple, easy to operate, by the design for being fed limited block, it can be ensured that feed covers block and send Material intercepts first capping Dock With Precision Position that inserted block intercepts.

As seen in figs. 5-6, the feeding detent device 29 includes the feeding detent lifting connecting with feeding detent cylinder 28 Seat 36, the feeding detent inserting column 37 of the feeding detent lifting seat 36 being provided centrally with 14 inner hole of capping, institute The upper surface for the feeding detent lifting seat 36 stated is embedded with the first contact induction device 38 cooperated with chute feeder 25, the feeding 37 upper surface of detent inserting column is embedded with the second contact induction device 39 with the cooperation of 14 inner top panel of capping, under the chute feeder 25 Bottom plate, which touch feeding and intercepts the position of inserted block 27, offers defective products feed opening with single plugging block dimensional fits, it is described not Non-defective unit feed opening is combined with the defective products discharging device 34 that can either be realized normal conveying and can be realized defective products blanking.

The structure of feeding detent device designs, and judges in capping by the way that whether two contact induction devices generate inductive signal Whether hole depth is qualified, such as can generate inductive signal, then proves that the depth of capping inner hole is qualified, if only the first contact sense It answers device to generate inductive signal, then proves that inner hole is too deep, such as only the second contact induction device generates inductive signal, then proves inner hole too Shallowly, either too deep still shallowly to realize very much good plugging effect.

As shown in Fig. 5 and 7-8, the defective products discharging device 34 includes the defective products discharging being arranged on cradle 9 Slot 41, the interior front and back of the defective products blow tank 41 is arranged side by side, and there are two defective products blanking cylinder 42, two defective products blankings Cylinder 42 is connected with defective products blanking block 43, and the size of defective products blanking block 43 is consistent with defective products feed opening, it is described not Non-defective unit blanking block 43 and two defective products blanking cylinders 42 are hinged.

The structure of defective products discharging device designs, and can make the normal feeding of qualified product, can also pass through defective products blanking gas The decline of cylinder and different elongations, make the inclination of defective products blanking block complete the discharging of defective products.

As Figure 7-8, the outside that the defective products blow tank 41 is located at defective products blanking cylinder 42 is provided with blanking Adjustment frame 45, two blanking adjustment frames 45 are respectively positioned on the underface of defective products blanking block 43, and two blanking adjustment frames 45 height is consistent.

The design of blanking adjustment frame, it can be ensured that two defective products blanking cylinders after the completion of blanking occur identical again Elongation, and then can ensure the level of defective products blanking block by synchronous elongation.

As Figure 7-8, the upper surface of the defective products blanking block 43 is embedded with pressure inductor 44, the pressure The size of inductor 44 is greater than the inner hole of capping 14, and the maximum fall of the feed lifting cylinder 31 is to cover feed The interior upper side of block 32 is contacted with the upper surface of capping 14.

The design of the heave amplitude of pressure inductor cooperation feed lifting cylinder, the flange thickness that can detecte capping are It is no excessively high, influence whether capping binder set block can be pressed onto the upper surface of capping if excessively high, and then influence whether to press The effect of lid plays capping and plays further detection effect.

Overall workflow of the invention is as follows: capping 14 being imported into vibration feeding disc 10 first, passes through vibration Feed table 10 enters capping 14 in chute feeder 25 according to form of the ring flange under is orderly, and feeding at this time intercepts inserted block 27 are inserted into chute feeder 25, and then can intercept the capping 14 successively brought, and then pass through feeding detent gas Cylinder 28 drives feeding detent lifting seat 36 to rise, and then is inserted into second intercepted capping by feeding detent inserting column 37 In 14 inner hole, judge whether capping is qualified by the signal condition of the first contact induction device and the second contact induction device, by It is not detected in first intercepted capping, therefore is assert into rejected product, pass through two defective products blankings Cylinder 42 drives the connection capping of defective products blanking block 43 to decline together, then controls two defective products blanking cylinders 42 and occurs not Same elongation, and then tilt defective products blanking block 45, and then enter defective products in defective products blow tank, then pass through Defective products product blanking cylinder 42 continues to decline, and then flattens defective products blanking block 43 by two blanking block adjustment frames 45, then It again resets two liftings of defective products blanking cylinder 42, completes the blanking of a defective products, make feeding detent cylinder 28 multiple later Position, the latter capping can be intercepted, and feeding detent device can detect next capping, if intercepted first Product is the qualification for being fed the detection of detent device, then drives feed to cover block 32 by feed lifting cylinder and entangle capping, and And judge that whether pressure inductor reaches induction numerical value during trapping, and such as reaches induction numerical value, is then rejected product, carries out not Qualified product blanking processing is then qualified product such as without generating inductive signal, so that feeding is intercepted inserted block 27 later and declines, then leads to It crosses feeding and drives this plugging block to be moved to the left to inlet casing 30, drop into feeder 8, dropped into after going up and down connecting cylinder 7 It is stacked in heap barrel 19, subsequent product repeats above-mentioned detection and feeding process；When needing to cover, first product 2 is put well, so It drives capping elevator 4 to decline by capping lifting cylinder 3 afterwards, and then is that the capping decline of passage 5 covers on fluid injection interface 13, It drives charging push block 20 to move by charging push cylinder 21 later, and then undermost capping is sent to capping charging It in limitting casing 16, later falls into capping passage 5, binder set block 18 is covered by capping press cylinder 17 later and entangles envelope Blanking cover 14, and then by capping pressing sleeve on fluid injection interface 13, then make to cover elevator 4 and cover binder set 18 return of block, The closure application of a product 2 is completed, it is subsequent to repeat the above steps.

It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row His property includes, so that the process, method, article or equipment for including a series of elements not only includes those elements, and And further include other elements that are not explicitly listed, or further include for this process, method, article or equipment institute it is intrinsic Element.

Used herein a specific example illustrates the principle and implementation of the invention, the explanation of above example It is merely used to help understand method and its core concept of the invention.The above is only a preferred embodiment of the present invention, it answers When pointing out due to the finiteness of literal expression, and objectively there is unlimited specific structure, for the common skill of the art For art personnel, without departing from the principle of the present invention, several improvement, retouching or variation can also be made, can also incited somebody to action Above-mentioned technical characteristic is combined in the right way；These improve retouching, variation or combination, or the not improved structure by invention Think and technical solution directly applies to other occasions, is regarded as protection scope of the present invention.

Claims (10)

1. a kind of capping mechanism for battery processing, including base (1), which is characterized in that be provided on the base (1) It covers lifting cylinder (3), capping elevator (4), the capping elevator is provided on the capping lifting cylinder (3) (4) capping feed inlet (15) is offered on, and is covered and be combined with capping passage (5), the envelope below feed inlet (15) Lid feed inlet is provided with pressing device above (15), side is provided with stacking feeding device (6) engaged therewith, the heap The top for putting the heap barrel (19) of feeding device (6) is fixed with lifting connecting cylinder (7), is additionally provided with and send on the base (1) Expect frame (9), is provided with mutually matched vibration feeding disc (10) and feed device (11) on the cradle (9), it is described Feed device (11) is connected with the feeder (8) moved towards vertically, the feeder (8) and lifting connecting cylinder (7) pivot bush unit Cooperation, and when capping elevator (4) drops to lowest part, the lower part of feeder (8) is still socketed in lifting connecting cylinder (7).

2. a kind of capping mechanism for battery processing according to claim 1, which is characterized in that the capping lifting The position that block (4) is located above capping feed inlet (15) is provided with capping charging limitting casing (16) of a side opening, the heap Heap barrel (19) setting of feeding device (6) is put in capping elevator (4), and offers and is only capable of through a capping (14) And the push mouth that limitting casing (16) are docked is fed with capping, it is provided in heap barrel (19) on the capping elevator (4) The charging driving means of capping (14) cooperation.

3. a kind of capping mechanism for battery processing according to claim 2, which is characterized in that the capping charging The symmetrical side plate of limitting casing (16) is L shaped plate, the opening cooperation of horizontal component and heap barrel (19), the top setting of vertical portion There is cover board, the pressing device includes the capping press cylinder (17) that cover board lower surface is arranged in, the capping binder gas Capping binder set block (18) that can be penetrated into capping passage (5), the capping binder set are connected with below cylinder (17) Block (18) and capping (14) socket cooperate.

4. a kind of capping mechanism for battery processing according to claim 2, which is characterized in that the charging push Device includes charging push cylinder (21) of the setting in capping elevator (4), and the charging push cylinder (21) penetrates into It is connect in heap barrel (19) and with the charging push block (20) of its inner sidewall insertion cooperation, the charging push block (20) is straight Hornblock, the height of vertical portion is consistent with the height of single capping (14), and the top of vertical portion is arranged in horizontal component, and It is pierced by the side wall of heap barrel (19), is embedded with above the charging push cylinder (21) and charging push block (20) horizontal part The support ball block (22) that split-phase cut distribution closes.

5. a kind of capping mechanism for battery processing according to claim 3, which is characterized in that the feed device It (11) include the chute feeder (25) cooperated with vibration feeding disc (10), the feeder (8) is arranged at the end of chute feeder (25) End, the cradle (9) are located at the position below chute feeder (25) and are disposed with feeding interception cylinder against feed direction (26) it intercepts to be connected on cylinder (26) and may pass through on chute feeder (25) lower plate with feeding detent cylinder (28), the feeding The feeding of the interception mouth opened up intercepts inserted block (27), and being connected with above the feeding detent cylinder (28) may pass through chute feeder (25) the feeding detent device (29) of the detent mouth opened up on lower plate, and detent mouth and the inner hole of capping (14) are in the same size, The inner hole sleeve that the feeding detent device (29) and feeding intercepts second capping (14) after inserted block (27) intercept cooperates, The cradle (9), which is located to be provided with above chute feeder (25), intercepts first closure after inserted block (27) intercept with feeding Cover the apparatus for feeding of (14) cooperation.

6. a kind of capping mechanism for battery processing according to claim 5, which is characterized in that the apparatus for feeding Inlet casing (30) are given with the feeding of trend with chute feeder (25) including being arranged on cradle (9), the feeding is to inlet casing (30) it is connected with feed lifting cylinder (31), is connected with below the feed lifting cylinder (31) and matches with capping (14) socket The feed of conjunction covers block (32), is additionally provided on the cradle (9) with feed lifting cylinder (31) close to vibration feeding disc (10) the feed limited block (33) of side cooperation.

7. a kind of capping mechanism for battery processing according to claim 6, which is characterized in that the feeding detent Device (29) includes the feeding detent lifting seat (36) connecting with feeding detent cylinder (28), the feeding detent lifting seat (36) Be provided centrally with the feeding detent inserting column (37) of capping (14) inner hole, the feeding detent lifting seat (36) Upper surface is embedded with the first contact induction device (38) with chute feeder (25) cooperation, described feeding detent inserting column (37) upper surface It is embedded with the second contact induction device (39) with the cooperation of capping (14) inner top panel, the chute feeder (25) lower plate, which touch, to be sent The position that material intercepts inserted block (27) offers the defective products feed opening with single plugging block dimensional fits, the defective products blanking Mouth is combined with the defective products discharging device (34) that can either be realized normal conveying and can be realized defective products blanking.

8. a kind of capping mechanism for battery processing according to claim 7, which is characterized in that the defective products goes out Expect that device (34) include the defective products blow tank (41) being arranged on cradle (9), before the defective products blow tank (41) is interior It is arranged side by side afterwards there are two defective products blanking cylinder (42), two defective products blanking cylinders (42) are connected with defective products blanking block (43), and the size of defective products blanking block (43) is consistent with defective products feed opening, the defective products blanking block (43) with two Defective products blanking cylinder (42) is hinged.

9. a kind of capping mechanism for battery processing according to claim 8, which is characterized in that the defective products goes out Hopper (41), which is located on the outside of defective products blanking cylinder (42), is provided with blanking adjustment frame (45), two blanking adjustment frames (45) it is respectively positioned on the underface of defective products blanking block (43), and the height of two blanking adjustment frames (45) is consistent.

10. a kind of capping mechanism for battery processing according to claim 8, which is characterized in that the defective products The upper surface of blanking block (43) is embedded with pressure inductor (44), and the size of the pressure inductor (44) is greater than capping (14) inner hole, the maximum fall of the feed lifting cylinder (31) are the interior upper side and envelope for making feed set block (32) The upper surface of blanking cover (14) contacts.