CN202155702U - Battery metal cover plate manufacturing device - Google Patents
Battery metal cover plate manufacturing device Download PDFInfo
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- CN202155702U CN202155702U CN2011201847568U CN201120184756U CN202155702U CN 202155702 U CN202155702 U CN 202155702U CN 2011201847568 U CN2011201847568 U CN 2011201847568U CN 201120184756 U CN201120184756 U CN 201120184756U CN 202155702 U CN202155702 U CN 202155702U
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Abstract
The utility model relates to a device for manufacturing a battery metal cover plate. The battery metal cover plate comprises metal supports, insulating adhesive and nickel sheets which are connected through rivets. The device for manufacturing the battery metal cover plate comprises a first punch provided with a support punch die, an injection machine equipped with an injection die, a second punch equipped with a composite progressive die, material tape clamping conveyors and a rivet conveyor. The rivet conveyor comprises a cylinder assembly having a rivet push rod and a rotating conveyor having a rivet conveying channel. The rivet conveying channel is connected with the cylinder assembly which is also connected with the composite progressive die. The rivets on the rivet conveying channel are conveyed to the composite progressive die through the rivet push rod of the cylinder assembly. The manufacturing device in the utility model mainly solves the problems existing in the prior art and characterized by relatively low production efficiency and low product qualified rate. The device for manufacturing the battery metal cover plate achieves aims of significantly improving the production efficiency and the qualified rate of products.
Description
Technical field
The utility model embodiment relates to the manufacturing equipment of a cover battery metal cover plate.
Background technology
The battery metal cover plate is used for capping battery metal shell; Metal-back is widely used in the battery external packing of electronic communication series products such as mobile phone, computer, electrical equipment as the shell of battery; The battery metal cover plate comprises metallic support, insulating cement, nickel sheet and the rivet that this three is riveted together, and the battery metal cover plate making method generally is: the one, and punching press generates metallic support, and the 2nd, injection moulding generates insulating cement; The 3rd, punching press generates the nickel sheet; The 4th, manual work is enclosed within rivet in the rivet hole of metal shell, and the 5th, manual work is enclosed within the nickel sheet on the rivet of metallic support, and the nail that presses is at last riveted the three and is formed the battery metal cover plate.The equipment that need use in the process for making comprises metallic support punch die, insulating cement injection mould, nickel sheet punch die, punch press, injection moulding lathe etc.; Owing to do not have to install automatically rivet, the nickel sheet be installed to metallic support and the mould of automatic riveting automatically; Need manual work all to be installed to each rivet and every nickel sheet on the every metallic support in the later stage technology; Manual work is riveted then, and its production efficiency is lower; And because the error that exists big artificial factor to cause in artificial installation and the riveted joint process, the qualification rate of its product is also lower.
The utility model content
The utility model embodiment technical problem to be solved is: the manufacturing equipment of a cover battery metal cover plate is provided, significantly to improve production efficiency of products and product percent of pass.
For solving the problems of the technologies described above, the utility model embodiment adopts following technical scheme: the manufacturing equipment of a cover battery metal cover plate, and this battery metal cover plate comprises metallic support, insulating cement and the nickel sheet that connects with rivet, said manufacturing equipment comprises:
First punch press which is provided with the support punch die, is used for the metallic support of stamping-out battery metal cover plate;
Injection machine which is provided with injection mould, is used for the injection mo(u)lding insulating cement;
The rivet conveyer is used for rivet is carried the rivet hole of each metallic support of the secondary supporting band of packing into;
Second punch press which is provided with compound progressive die, is used to generate nickel sheet, installation rivet and nickel sheet at metallic support, and riveted joint and blanking generate the battery metal cover plate; And
The strip pinch machine; One cover carries secondary support to take in the said compound progressive die and the supporting band pinch machine that links to each other with compound progressive die for being used to, and a cover takes the nickel sheet band pinch machine to generate the nickel sheet and to link to each other with compound progressive die in the said compound progressive die to for being used for defeated nickel sending plate;
Said rivet conveyer comprises cylinder assembly that contains the rivet push rod and the Rotatruder that contains the rivet transfer passage; This rivet transfer passage is connected with cylinder assembly; Cylinder assembly is connected with said compound progressive die, utilizes the rivet push rod of this cylinder assembly to be transported to the rivet on the rivet transfer passage in the compound progressive die.
Further, said compound progressive die comprises upper die and lower die, be provided with rivet set & snap, nickel sheet punch die on the upper die and lower die respectively successively accordingly, be used to fall the nickel sheet first blanking die, dolly set and be used to fall second blanking die of cover plate presses.
Further, said patrix comprises cope match-plate pattern, backing plate, fixed head and guide pillar, and cope match-plate pattern, backing plate and fixed head are connected to a fixed successively, and guide pillar is fixed on the fixed head; The said rivet set & snap of going up comprises and is located at the distance rod of putting on the patrix, and is arranged on the rivet lifting structure on the counterdie, this rivet lifting structure by means of the active force of said distance rod the rivet setting of coming by the rivet conveyor delivery on said metallic support.
Further; Said rivet mechanism comprises drive link, lever, elevating lever and elastic component; Said drive link and elevating lever are hinged on the two ends of lever respectively; And the middle part of lever is hinged on the counterdie, and said elastic component is fixed on the counterdie and with lever and connects, and places the below of lever and is positioned at an end of drive link.
Further; Also be provided with the rivet chute and the rivet lift span that are used to carry rivet on the said counterdie; This rivet chute one end is connected with said rivet conveyer mutually, and the other end then is connected with said rivet lift span, and said rivet elevating mechanism is connected with said rivet lift span mutually.
Further, said counterdie also comprises the fovea superior template and contains first half and latter half of recessed template, and this recessed template is fixed on the said lower bolster, and the fovea superior template is positioned at recessed template top and is fixed on recessed template first half; Fovea superior template and recessed template first half are overlapping; Accordingly; Directly over the fovea superior template, be positioned on the guide pillar of patrix first half and be slidingly equipped with nickel sheet stripper, and recessed template latter half of directly over; Be positioned at and then be slidingly equipped with the cover plate stripper on the latter half of guide pillar of patrix and place the accessory plate directly over this cover plate stripper, nickel sheet stripper and cover plate stripper stagger and mutually noninterfere each other.
Further; Be fixed with rivet hole drift, nickel sheet trimming punch, nickel sheet blanking drift on the said fixed head; Accordingly, said fovea superior template is provided with rivet hole die, nickel sheet trim die, nickel sheet blanking die, and correspondence position is provided with corresponding bore of the punch on the said nickel sheet stripper; Said nickel sheet punch die comprises nickel sheet trimming punch and nickel sheet trim die, and said first blanking die comprises nickel sheet blanking drift and nickel sheet blanking die.
Further, be provided with the supporting band guiding groove that transmits along the confession supporting band of supporting band throughput direction setting between said fovea superior template and the recessed template, and this supporting band guiding groove position and said nickel sheet blanking perpendicular connection of die.
Further; Also be provided with rivet flange drift, rivet pound flat punch, cover plate blanking die on the said fixed head; Accordingly, correspondence position is provided with corresponding bore of the punch on said cover plate stripper and the accessory plate, and said recessed template is provided with and the corresponding cover plate blanking die of cover plate blanking die; The said dolly set that presses comprises rivet flange drift and the rivet flat punch of pounding, and said second blanking die comprises cover plate blanking die and cover plate blanking die.
Further, also be provided with several nickel sheet band guide posts that are provided with along nickel sheet tape feeding direction on the said fovea superior template; And also be provided with on the said recessed template along the supporting band guide post more than a group of supporting band throughput direction setting.
The beneficial effect of the utility model embodiment is: the manufacturing equipment that comprises this cover battery metal cover plate of first punch press that is provided with the support punch die, the injection machine that is provided with injection mould, second punch press that is provided with compound progressive die, strip pinch machine and rivet conveyer through employing; Do not need artificial upward rivet and last nickel sheet to metallic support; By second punch press that is provided with compound progressive die automatic riveting and last nickel sheet under the cooperation of strip pinch machine and rivet conveyer; Install and rivet accurately, significantly improved the production efficiency and the product percent of pass of battery metal cover plate.
Below in conjunction with accompanying drawing the utility model embodiment is made further detailed description.
Description of drawings
Fig. 1 is the manufacturing process flow diagram of battery metal cover plate.
Fig. 2 is the stereogram of battery metal cover plate.
Fig. 3 is the explosive view of battery metal cover plate.
Fig. 4 is the cutaway view of battery metal cover plate.
Fig. 5 is the sketch map of the elementary supporting band of band metallic support.
Fig. 6 is the sketch map of the secondary supporting band of band metallic support.
Fig. 7 be band nickel sheet the sketch map of nickel sheet band.
Fig. 8 is that the utility model embodiment support punch die is installed in the sketch map on first punch press.
Fig. 9 is that the utility model embodiment injection mould is installed in the sketch map on the injection moulding lathe.
Figure 10 is that the compound progressive die of the utility model embodiment is installed in the sketch map on second punch press.
Figure 11 is the installation site sketch map of the utility model embodiment rivet conveyer, pinch machine and compound progressive die.
Figure 12 is the stereogram of the utility model embodiment cylinder assembly.
Figure 13 is the left view of the compound progressive die of the utility model embodiment.
Figure 14 is the explosive view of the compound progressive die of the utility model embodiment.
Figure 15 is the explosive view of the patrix of the compound progressive die of the utility model embodiment.
Figure 16 is the explosive view of the counterdie of the compound progressive die of the utility model embodiment.
Figure 17 is the sectional view in the A-A cross section of the compound progressive die of the utility model embodiment.
Figure 18 is the sectional view in the B-B cross section of the compound progressive die of the utility model embodiment.
Figure 19 is the sectional view in the C-C cross section of the compound progressive die of the utility model embodiment.
The specific embodiment
The utility model embodiment provides the manufacturing equipment of a cover battery metal cover plate 1.
With reference to Fig. 2 to Fig. 4; This battery metal cover plate 1 comprises metallic support 11, insulating cement 12, nickel sheet 13 and rivet 14; Said metallic support 11 is provided with rivet hole 111 and insulating cement hole 112; Accordingly, also be provided with rivet hole 121 and rivet hole 131 on insulating cement 12 and the nickel sheet 13, the undersized of the rivet hole 121 on the insulating cement 12 is in the diameter of rivet 14.
With reference to Fig. 5 to Figure 11, the manufacturing approach of said battery metal cover plate 1 comprises the steps:
Gold-attempt belongs to the support step: 3 pairs of raw metal bands of first punch press L with being provided with support punch die 2 carries out punching press, must mold rivet hole 111 and insulating cement hole 112 on the metallic support 11 with the elementary supporting band M of metallic support 11;
Annotate the insulating cement step: the metallic support 11 with on the 5 couples of elementary supporting band M of injection machine that are provided with injection mould 4 carries out injection moulding, be distributed in after insulating cement 12 injection mo(u)ldings insulating cement hole 112 around, obtain being attached with on the metallic support 11 the secondary supporting band N of insulating cement 12;
Towards nickel sheet step: 7 pairs of nickel tablet raw materials of second punch press band P with being provided with nickel sheet punch die carries out punching press, must be with the nickel sheet band Q of nickel sheet;
Last rivet step: secondary supporting band is transplanted on second punch press, sets up rivet 14 for the metallic support 11 on the secondary supporting band N with second punch press 7 that is provided with rivet set & snap and rivet conveyer 8;
Nickel sheet step falls: with second punch press 7 of first blanking die that is provided with the nickel sheet nickel sheet 14 stamping and blankings on the nickel sheet band Q and it is sheathed on the rivet 14 on the secondary supporting band N;
The nail step presses: it is flat so that nickel sheet 13 is fixed on the metallic support 11 to pound rivet 14 punching presses on the secondary supporting band N with second punch press 7 that is provided with the dolly set that presses, and obtains attached to the semi-finished product battery metal cover board 1 on the secondary supporting band N;
The cover plate step falls: 7 of second punch presses with second blanking die that is provided with cover plate carry out stamping and blanking attached to the semi-finished product battery metal cover board 1 on the secondary supporting band N, obtain finished product battery metal cover plate 1.
Wherein, said towards nickel sheet step, go up rivet step, the nickel sheet step that falls, the nail step that presses and the cover plate step that falls be a cover compound nickel sheet punch die, on completion in the compound progressive die 6 of rivet set & snap, first blanking die, the press dolly set and second blanking die.The said nail step that presses includes a rivet flange step and the rivet flat step of pounding; Rivet flange step be with the dolly set that presses earlier rivet 14 openings ambassador's open circumferential flange that rises, the rivet flat step of pounding is to pound the dolly set punching press that presses of 14 usefulness of the rivet behind the flange to put down nickel sheet 13 is fixed on the metallic support 11.Saidly on compound progressive die 6, carry out simultaneously towards nickel sheet step and last rivet step.
Extremely shown in Figure 180 like Fig. 8; The manufacturing equipment of the utility model embodiment battery metal cover plate comprises first punch press 3, the injection machine 5 that is provided with injection mould 4 that are provided with support punch die 2, is provided with second lathe 7, rivet conveyer 8 and the strip pinch machine 9 of compound progressive die 6.
With reference to Fig. 8; Said support punch die 2 is installed on said first punch press 3; Support punch die 2 is used for metal material belt L punching press is formed the elementary supporting band M of band metallic support 11, and before gold-attempt belonged to the support step, each volume metal material belt L was twisted on the reel; After gold-attempt belonged to the support step, the elementary supporting band M of band metallic support 11 also twisted on the reel so that the subsequent step use.
With reference to Fig. 9; Said injection mould 4 is installed on the said injection moulding lathe 5; Injection mould 4 is used for elementary supporting band M punching press is formed the secondary supporting band N of subsidiary insulating cement 12 on the metallic support 11, and before the notes insulating cement step, each rolls up elementary supporting band M quilt towards twisting on the reel; After annotating the insulating cement step, subsidiary have the secondary supporting band N of insulating cement 12 on metallic support 11 also to twist on the reel so that the subsequent step use.
With reference to Figure 10, Figure 11, Figure 12, said compound progressive die 6 is installed on said second punch press 3, and said rivet conveyer 8 is arranged on by the side of compound progressive die 6, and is connected to carry rivet in compound progressive die 6 with compound progressive die 6; Rivet conveyer 8 comprises the control module of Rotatruder 81, cylinder assembly 82 and the work of control cylinder assembly; Said Rotatruder 81 is formed by rotatable shake bucket 811 with rivet conveyer belt 812, and shake bucket 811 is transported to rivet 14 in the rivet conveyer belt 812 through rotatablely moving; Cylinder assembly 82 comprises linking part 824, rivet push rod 825, the gag lever post 826 of cylinder 821, cylinder saddle 822, slide block 823, band rivet chute; The rivet chute of said linking part 824 comprises horizontal rivet chute and vertical rivet chute; Laterally the rivet chute intersects with vertical rivet chute and links to each other; Said cylinder 821 is fixed on the cylinder saddle 822; Cylinder saddle 822 is fixed on the compound progressive die 6 by being connected part 824; Slide block 823 links to each other with cylinder 821 and can on cylinder saddle 822, slide, and rivet push rod 825 then is fixed on the slide block 823 and can in the rivet chute that is connected part 824, slides, and is transported in the compound progressive die 6 in the rivet chute with the rivet 14 that promotes in rivet conveyer belt 812, to send; Be connected part 824 cylinder assembly 82, Rotatruder 81 are connected with compound progressive die 6 mutually, the vertical rivet chute and the rivet conveyer belt 812 that are connected part connect.Be transported to after Rotatruder 81 is transported to rivet 14 on the rivet conveyer belt 812 in the vertical rivet chute that is connected part 824, cylinder assembly 82 utilizes rivet push rod 825 that rivet 14 is transported in the compound progressive die 6.
Said strip pinch machine 9 is pneumatic pinch machine; Be arranged on the below of compound progressive die 6; One cover is used for pinching secondary supporting band L goes up rivet and subsequent step to compound progressive die 6 supporting band pinch machine 91; One cover is used for pinching nickel sheet band P to carry out towards the nickel sheet band pinch machine 92 of nickel sheet step with the nickel sheet step that falls to compound progressive die 6; Strip pinch machine 9 pinches the distance that strip advances at every turn and can set as required so that when falling nickel sheet step, nickel sheet 13 can be exactly by blanking on the metallic support 11 and be enclosed within on the rivet 14.
With reference to Figure 13, Figure 14, said compound progressive die 6 comprises patrix 61 and counterdie 62.Said patrix 61 is fixed on the slide block of second lathe 7, and counterdie 62 then is fixed on the board of second lathe 7.
With reference to Figure 13 to Figure 15, Figure 18 and Figure 19; Said patrix 61 comprises cope match-plate pattern 611, backing plate 612, fixed head 613, guided plate 614, cover plate stripper 615, nickel sheet stripper 616, guide pillar 617, distance rod 618 and drift group 619; Wherein punch-head assembly 619 comprises rivet hole drift 6191, pilot pin 6192, nickel sheet trimming punch 6193, nickel sheet blanking drift 6194, compresses drift 6195, rivet flange drift 6196, the nail punch 6197 that presses, aligning punch 6198 and cover plate blanking die 6199; Said rivet hole drift 6191, pilot pin 6192, nickel sheet trimming punch 6193, nickel sheet blanking drift 6194 and compress drift 6195 and arrange from right to left successively are to be used for progressive completion towards the nickel sheet and the nickel sheet step that falls.Cope match-plate pattern 611, backing plate 612 and fixed head 613 these threes are linked in sequence and are fixed together; Guide pillar 617 is installed on the fixed head 613; Punch-head assembly 619 is except that pilot pin 6192 is fixed on the nickel sheet stripper 616; Other all are fixed on the fixed head 613, and nickel sheet stripper 616 is slidingly installed on the patrix 61, by means of discharging screw and discharging spring (not showing discharging screw and discharging spring among the figure) can along guide pillar about in the of 617 translation to carry out discharging; Said fixed head 613 is provided with discharging screw hole 6131; Accordingly, be provided with discharging screw hole 6141 on the guided plate 614, also be provided with discharging screw hole 6151 on the cover plate stripper 615, on nickel sheet stripper 616, also be provided with discharging screw hole 6161, said nickel sheet stripper 616 is positioned at compound progressive die 6 the place aheads; Guided plate 614 also is slidingly installed on the patrix 62 with cover plate stripper 615; Also can translation be carrying out discharging about in the of 617 along guide pillar by means of discharging screw and discharging spring (not showing discharging screw and discharging spring among the figure), and guided plate 614 is positioned at compound progressive die 6 rears with cover plate stripper 615.
With reference to Figure 13, Figure 14 and Figure 16, Figure 17, said counterdie 62 comprises lower bolster 621, recessed template 622, fovea superior template 623 and rivet elevating mechanism 624; Said fovea superior template 623 is fixed on the recessed template 622; Fovea superior template 623 is positioned under the nickel sheet stripper 616; Said fovea superior template 623 is provided with supporting band guiding groove 6231, nickel sheet band guide post 6232 and material-dropping hole 6233; This material-dropping hole 6233 is corresponding with said nickel sheet blanking drift 6194, and material-dropping hole 6233 is positioned at directly over the said supporting band guiding groove 6231 and perpendicular connection; Said recessed template 622 is fixed on the lower bolster 621; This lower bolster 622 is provided with supporting band guide post 6221, rivet chute 6222, drive link lift span 6223, rivet lift span 6224 and guiding groove 6225, and said drive link lift span 6223 and rivet chute 6222 are adjacent and communicate; Said lower bolster 621 is provided with installing hole 6211, shaft hole 6212; Said rivet elevating mechanism 624 comprises drive link 6241, spring 6242, lever 6243, rivet elevating lever 6244, rotating shaft 6245 and pins 6246; This rivet elevating mechanism 624 is installed in the said installing hole 6211 by means of its lever 6243, and particularly, said rotating shaft 6245 is arranged in the lever hole at lever 6243 middle parts; And be installed in the said shaft hole 6212; Lever 6243 middle parts are set in the rotating shaft 6245, and the end utilization pin 6246 of lever 6243 is hinged with rivet elevating lever 6244, and the other end utilizes another pin 6246 to be hinged with drive link 6241; Said rivet elevating lever 6244 is slidedly arranged in the said rivet lift span 6224, is used to go up and down rivet 14; Said drive link 6241 is slidedly arranged in the said drive link lift span 6223, its just in time be positioned at said distance rod 618 under; Said spring 6242 places the below of drive link 6241, is fixed on the diapire of installing hole 6211.Said linking part 824 is fixed on the left side of lower bolster 621 and is connected with recessed template 622, and rivet chute in the linking part 824 and the rivet chute 6222 on the recessed template 622 connect; Said supporting band pinch machine 91 is arranged on the front end of lower bolster 621 and is connected with recessed template 622, and nickel sheet band pinch machine 92 is arranged on the right side of lower bolster 621 and be connected with fovea superior template 623.
Wherein, The said rivet set & snap of going up comprises distance rod 618 and rivet elevating mechanism 624; Said nickel sheet punch die comprises nickel sheet trimming punch 6193 and nickel sheet trim die 6234; Said first blanking die comprises nickel sheet blanking drift 6194 and nickel sheet blanking die 6233, and said second blanking die comprises cover plate blanking die 6199 and cover plate blanking die 6226, and the said dolly set that presses comprises the rivet flange drift 6196 that is used for rivet flange step and is used for the rivet rivet of the flat step flat punch 6197 of pounding of pounding.
During work; The shake bucket 811 of Rotatruder 81 is transported to rivet 14 in the rivet conveyer belt 812; In the time of in rivet 14 is sent to the horizontal rivet chute that is connected part 824; Automatically control slide block 823 behind the control module acknowledge(ment) signal of cylinder assembly 82 and on cylinder saddle 822, slide, rivet 14 is pushed the rivet chute 6222 of recessed template 622 and rivet 14 is placed on the upper surface of rivet elevating lever 6244 from the rivet chute that is connected part 824 to drive rivet push rod 825; Meanwhile, the secondary supporting band N that supporting band pinch machine 91 will pre-set automatically pinches the distance of a station forward, and make the rivet hole 111 of metallic support 11 be in rivet 14 directly over.Subsequently; Move downward on the slide block of patrix 61 with second lathe 7 and drive distance rod 618; Drive link 6241 receives the downward extrusion spring 6242 of active force of distance rod 618 and makes the other end of lever 6243 be upturned and promotes rivet elevating lever 6244 and rise; Rivet elevating lever 6244 upwards pushes rivet 14 in the rivet hole 111 of frame 11 of metal; Because the diameter of the rivet hole on the insulating cement 12 is slightly less than the diameter of rivet 14, rivet 14 is clamped in the rivet hole of insulating cement 12 and can break away from metallic support 11 because of self gravitation, and rivet 14 is contained on the metallic support 11 so that subsequent step.Subsequently, patrix 61 upwards drives distance rod 618 and resets, and distance rod 618 is removed the active force to drive link 6241, and spring 6242 is because self spring return deformation makes drive link 6241 and lever 6243 all reset with rivet elevating lever 6244.On the other hand; Nickel sheet band pinch machine 92 pinches nickel tablet raw material band P automatically from right to left; Nickel tablet raw material band P passes from the below of nickel sheet band guide post 6232, utilizes nickel sheet trimming punch 6193 to generate the nickel sheet band Q of band nickel sheet 13 through overshoot nickel sheet step, and make nickel sheet 13 be parked in material-dropping hole 6233 directly over; Meanwhile, the metallic support 11 of having set up rivet 14 also by supporting band pinch machine 91 via supporting band guiding groove 6231 be sent to material-dropping hole 6233 under.Aforesaidly go up the rivet step and be in compound progressive die 6, to carry out simultaneously towards nickel sheet step; Promptly go up the rivet step and pinch secondary supporting band N by going to the back to carry, pinch nickel tablet raw material band P towards nickel sheet step by nickel sheet band pinch machine 92 and carry from right to left by supporting band pinch machine 91.After the nickel sheet step that falls, nickel sheet 13 is dropped on the metallic support 11 by nickel sheet blanking drift 6194 stamping-outs and utilizes the rivet hole on it to be enclosed within on the rivet 14.Subsequently; The secondary supporting band N of band rivet 14 continues to be carried backward with the nail step that presses; The opening that utilizes rivet flange drift 6196 to insert rivet 14 upper surfaces earlier carries out the spreading opening so that the rivet flange; Utilize rivet punch 6197 tight again, make rivet 14 metallic support 11, insulating cement 12 and 13 lockings of nickel sheet and be integrated and form semi-finished product battery metal cover board 1 the rivet of the flange concora crush of pounding.At last, the secondary supporting band N of band semi-finished product battery metal cover board 1 continues to be carried backward with the cover plate step that falls, and utilizes cover plate blanking die 6199 stamping-out semi-finished product battery metal cover boards 1, gets finished product battery metal cover plate 1 behind the blanking.In the generative process; Utilize compound progressive die 6 and combine the use of second lathe 7, rivet conveyer 8 and strip pinch machine 9; Need not use manual work to set up rivet 14 and urgent rivet 14; Be installed on the metallic support 11 to rivet nickel sheet 12 without the manual calibration location; But be provided with second punch press of compound progressive die 6 and cooperate the rivet conveyer of this second punch press work and strip pinch machine to accomplish automatically by described, practiced thrift the plenty of time, significantly improved the formation efficiency and the product percent of pass of battery metal cover plate 1.
The above is the specific embodiment of the utility model; Should be pointed out that general expression technical staff, under the prerequisite that does not break away from the utility model principle for the present technique field; Can also make some improvement and retouching, these improvement and retouching also are regarded as the protection domain of the utility model.
Claims (10)
1. the manufacturing equipment of a cover battery metal cover plate, this battery metal cover plate comprises metallic support, insulating cement and the nickel sheet that connects with rivet, said manufacturing equipment comprises:
First punch press which is provided with the support punch die, is used for the metallic support of stamping-out battery metal cover plate;
Injection machine which is provided with injection mould, is used for the injection mo(u)lding insulating cement;
The rivet conveyer is used for rivet is carried the rivet hole of each metallic support of the secondary supporting band of packing into;
Second punch press which is provided with compound progressive die, is used to generate nickel sheet, installation rivet and nickel sheet at metallic support, and riveted joint and blanking generate the battery metal cover plate; And
The strip pinch machine; One cover carries secondary support to take in the said compound progressive die and the supporting band pinch machine that links to each other with compound progressive die for being used to, and a cover takes the nickel sheet band pinch machine to generate the nickel sheet and to link to each other with compound progressive die in the said compound progressive die to for being used for defeated nickel sending plate;
It is characterized in that; Said rivet conveyer comprises cylinder assembly that contains the rivet push rod and the Rotatruder that contains the rivet transfer passage; This rivet transfer passage is connected with cylinder assembly; Cylinder assembly is connected with said compound progressive die, utilizes the rivet push rod of this cylinder assembly to be transported to the rivet on the rivet transfer passage in the compound progressive die.
2. the manufacturing equipment of battery metal cover plate as claimed in claim 1; It is characterized in that: said compound progressive die comprises upper die and lower die, be provided with rivet set & snap, nickel sheet punch die on the upper die and lower die respectively successively accordingly, be used to fall the nickel sheet first blanking die, dolly set and be used to fall second blanking die of cover plate presses.
3. the manufacturing equipment of battery metal cover plate as claimed in claim 2 is characterized in that: said patrix comprises cope match-plate pattern, backing plate, fixed head and guide pillar, and cope match-plate pattern, backing plate and fixed head are connected to a fixed successively, and guide pillar is fixed on the fixed head; The said rivet set & snap of going up comprises and is located at the distance rod of putting on the patrix, and is arranged on the rivet lifting structure on the counterdie, this rivet lifting structure by means of the active force of said distance rod the rivet setting of coming by the rivet conveyor delivery on said metallic support.
4. the manufacturing equipment of battery metal cover plate as claimed in claim 3; It is characterized in that: said rivet mechanism comprises drive link, lever, elevating lever and elastic component; Said drive link and elevating lever are hinged on the two ends of lever respectively; And the middle part of lever is hinged on the counterdie, and said elastic component is fixed on the counterdie and with lever and connects, and places the below of lever and is positioned at an end of drive link.
5. the manufacturing equipment of battery metal cover plate as claimed in claim 3; It is characterized in that: also be provided with the rivet chute and the rivet lift span that are used to carry rivet on the said counterdie; This rivet chute one end is connected with said rivet conveyer mutually; The other end then is connected with said rivet lift span, and said rivet elevating mechanism is connected with said rivet lift span mutually.
6. the manufacturing equipment of battery metal cover plate as claimed in claim 3; It is characterized in that: said counterdie also comprises the fovea superior template and contains first half and latter half of recessed template; This recessed template is fixed on the said lower bolster, and the fovea superior template is positioned at recessed template top and is fixed on recessed template first half; Fovea superior template and recessed template first half are overlapping; Accordingly; Directly over the fovea superior template, be positioned on the guide pillar of patrix first half and be slidingly equipped with nickel sheet stripper, and recessed template latter half of directly over; Be positioned at and then be slidingly equipped with the cover plate stripper on the latter half of guide pillar of patrix and place the accessory plate directly over this cover plate stripper, nickel sheet stripper and cover plate stripper stagger and mutually noninterfere each other.
7. the manufacturing equipment of battery metal cover plate as claimed in claim 6; It is characterized in that: be fixed with rivet hole drift, nickel sheet trimming punch, nickel sheet blanking drift on the said fixed head; Accordingly; Said fovea superior template is provided with rivet hole die, nickel sheet trim die, nickel sheet blanking die, and correspondence position is provided with corresponding bore of the punch on the said nickel sheet stripper; Said nickel sheet punch die comprises nickel sheet trimming punch and nickel sheet trim die, and said first blanking die comprises nickel sheet blanking drift and nickel sheet blanking die.
8. the manufacturing equipment of battery metal cover plate as claimed in claim 7; It is characterized in that: be provided with the supporting band guiding groove that transmits along the confession supporting band of supporting band throughput direction setting between said fovea superior template and the recessed template, and this supporting band guiding groove position and said nickel sheet blanking perpendicular connection of die.
9. the manufacturing equipment of battery metal cover plate as claimed in claim 6; It is characterized in that: also be provided with rivet flange drift, rivet pound flat punch, cover plate blanking die on the said fixed head; Accordingly; Correspondence position is provided with corresponding bore of the punch on said cover plate stripper and the accessory plate; And said recessed template is provided with and the corresponding cover plate blanking die of cover plate blanking die, and the said dolly set that presses comprises rivet flange drift and the rivet flat punch of pounding, and said second blanking die comprises cover plate blanking die and cover plate blanking die.
10. the manufacturing equipment of battery metal cover plate as claimed in claim 6 is characterized in that: also be provided with several nickel sheet band guide posts that are provided with along nickel sheet tape feeding direction on the said fovea superior template; And also be provided with on the said recessed template along the supporting band guide post more than a group of supporting band throughput direction setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201847568U CN202155702U (en) | 2011-06-02 | 2011-06-02 | Battery metal cover plate manufacturing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201847568U CN202155702U (en) | 2011-06-02 | 2011-06-02 | Battery metal cover plate manufacturing device |
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| Publication Number | Publication Date |
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| CN202155702U true CN202155702U (en) | 2012-03-07 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011201847568U Expired - Fee Related CN202155702U (en) | 2011-06-02 | 2011-06-02 | Battery metal cover plate manufacturing device |
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| Country | Link |
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| CN (1) | CN202155702U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104438887A (en) * | 2013-09-20 | 2015-03-25 | 天津中电华利电器科技集团有限公司 | Automatic riveting mechanism |
| CN104924082A (en) * | 2014-03-20 | 2015-09-23 | 上海拜骋电器有限公司 | Molding machining tool |
| CN109475925A (en) * | 2016-08-08 | 2019-03-15 | 科斯博股份有限公司 | For assembling the assembly line of the manufactory of multi-part article |
-
2011
- 2011-06-02 CN CN2011201847568U patent/CN202155702U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104438887A (en) * | 2013-09-20 | 2015-03-25 | 天津中电华利电器科技集团有限公司 | Automatic riveting mechanism |
| CN104924082A (en) * | 2014-03-20 | 2015-09-23 | 上海拜骋电器有限公司 | Molding machining tool |
| CN104924082B (en) * | 2014-03-20 | 2018-05-15 | 上海拜骋电器有限公司 | Processing and forming frock |
| CN109475925A (en) * | 2016-08-08 | 2019-03-15 | 科斯博股份有限公司 | For assembling the assembly line of the manufactory of multi-part article |
| CN109475925B (en) * | 2016-08-08 | 2021-08-20 | 科斯博股份有限公司 | Assembly line for a manufacturing plant for assembling multi-component articles |
| US11370074B2 (en) | 2016-08-08 | 2022-06-28 | Cosberg S.P.A. | Line of a manufacturing plant for assembling of multicomponent articles |
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