CN2821881Y - Alkaline cell line press - Google Patents

Alkaline cell line press Download PDF

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Publication number
CN2821881Y
CN2821881Y CNU2005200352223U CN200520035222U CN2821881Y CN 2821881 Y CN2821881 Y CN 2821881Y CN U2005200352223 U CNU2005200352223 U CN U2005200352223U CN 200520035222 U CN200520035222 U CN 200520035222U CN 2821881 Y CN2821881 Y CN 2821881Y
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CN
China
Prior art keywords
line
bearing
slide bar
contained
hold
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CNU2005200352223U
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Chinese (zh)
Inventor
黄荣松
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CHENGDU YINENGDA HIGH-ENERGY CELL ENGINEERING LLC
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CHENGDU YINENGDA HIGH-ENERGY CELL ENGINEERING LLC
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Application filed by CHENGDU YINENGDA HIGH-ENERGY CELL ENGINEERING LLC filed Critical CHENGDU YINENGDA HIGH-ENERGY CELL ENGINEERING LLC
Priority to CNU2005200352223U priority Critical patent/CN2821881Y/en
Application granted granted Critical
Publication of CN2821881Y publication Critical patent/CN2821881Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
    • Y02P70/50—Manufacturing or production processes characterised by the final manufactured product

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  • Sealing Battery Cases Or Jackets (AREA)

Abstract

The utility model relates to an alkaline cell line-pressing machine, which belongs to a device for directly changing chemical energy into electric energy. The line-pressing machine comprises a deck plate arranged on a machine frame, a regulating and fixing supporting seat of a line-pressing knife and a main rotor rotating around a center shaft, wherein the line-pressing knife is arranged on the deck plate and is fixed on the regulating and fixing supporting seat. At least 12 upper and lower same cell positioning mechanisms are arranged on the main rotor; the upper and the lower positioning mechanisms are separately arranged in at least 12 equant through holes and staircase holes of an upper and a lower rotating disks. The alkaline cell line-pressing machine of the utility model takes the sickle-shaped single knife fixed in multiple working positions to press lines, and has the advantages of simple structure, low cost and high efficiency. The utility model can ensure that the line-pressing shapes and the line-pressing dimensions of cells produced by the line-pressing machine are completely same, and can ensure that the molding dimensions of the cells are consistent and the cells are sealed and do not leak.

Description

The alkaline battery line-pressing machine
Technical field:
The utility model belongs to and to be used for directly changing the device that chemical energy is an electric energy, particularly be a kind of alkaline battery line-pressing machine.
Background technology:
Usually, adopt the line-pressing machine of rotary plate-like cutter at package of alkaline battery mouth end line ball (or claiming slot rolling), battery rotation and dise knife feed reach returns original position after the line ball degree of depth and needs two power sources at least, i.e. dise knife rotating power source and battery rotation power source.Such line-pressing machine cost height, advance and retreat required precision height, the part processing difficulty is big.And the line-pressing machine of employing multistation rotator type, above-mentioned disk-shaped tool and delivering gear thereof must repeat to be provided with at each station, such equipment too complex, and cost is also high; In addition, the precision difference of the error of each station shape of tool, the depth of cut all will directly influence line ball shape and line ball size, can not guarantee battery compact dimensions unanimity, can not guarantee the cell sealing no leakage.On the multistation line-pressing machine, only at a station line ball cutter is set, the line ball of battery is all finished by same cutter on all stations, though can make the line ball shape and the line ball of battery measure-alike, but equipment just can only be intermittent duty, so its production efficiency is low.
The utility model content:
The purpose of this utility model is for overcoming the problem of above-mentioned existence, a kind of alkaline battery line-pressing machine being provided.
The technical solution of the utility model is achieved in that
Alkaline battery line-pressing machine of the present utility model, comprise the deck plate that is contained on the frame, live conductor cutter on the deck plate, the adjusting of line ball cutter, hold-down support, main rotor around the central shaft rotation, the line ball cutter is fixed on adjusting, on the hold-down support, its front end contacts with the case surface of battery, its rear end contacts with adjustment screw, regulate, hold-down support is by hold-down support, adjusting bearing and adjustment screw are formed, hold-down support is fixed on the deck plate, regulating bearing is fixed on the hold-down support, adjustment screw cooperates with screw on regulating bearing, the back end in contact of its end and line ball cutter, have at least on the main rotor on 12 identical batteries, following detent mechanism, last detent mechanism is contained in respectively in the through hole of 12 five equilibriums of top rotary table at least, the roller on its top contacts with cam on the central shaft, the last loose tool of its lower end inserts in the shell of battery, following detent mechanism is contained in respectively in the shoulder hole of 12 five equilibriums of lower rotary table at least, transverse plane contacts with the bottom surface of the carrier of battery on it, belt pulley is equipped with in its lower end, and belt pulley cooperates with belt.
The shape of above-mentioned line ball cutter is sickle shaped, is by three little line ball cuttves that hold-down screw and hold-down support are formed, and three little line ball cuttves become the relation of asymptote with the centre distance of main rotor, and hold-down screw is fixed on little line ball cutter on the hold-down support respectively.
Detent mechanism is made up of roller, slide bar head, locking nut, spring, slide bar, bearing, last loose tool on the above-mentioned battery, roller is contained in the groove of slide bar crown end, slide bar head and slide bar are threaded, locking nut and threaded engagement locking slide bar head and slide bar, spring is contained on the slide bar under the locking nut, slide bar is contained in the through hole of 12 five equilibriums of top rotary table at least, and bearing is contained in the hole of slide bar lower end, and last loose tool is contained in the inner ring of bearing.
Detent mechanism is made up of plunger tip, spring, bearing, pulley belt, following loose tool, back-up ring, belt bearing under the above-mentioned battery, spring housing is on plunger tip, plunger tip is contained in down in the shoulder hole of loose tool, bearing is contained in the shoulder hole of 12 five equilibriums of lower rotary table at least, following loose tool is packed in the inner ring of bearing, the lower end that belt pulley is fixed on down loose tool cooperates with belt, and belt is fixed on the belt bearing, and back-up ring is fixed on the lower end of plunger tip.
24 upper and lower detent mechanisms of identical battery are arranged on the above-mentioned main rotor.
The through hole that 24 five equilibriums are arranged on the above-mentioned top rotary table.
The shoulder hole that 24 five equilibriums are arranged on the above-mentioned lower rotary table.
Battery of the present utility model with the carrier of battery by sending on the lower rotary table that rotating disk is input to main rotor, belt pulley is rotated by the belt rubbing, the track distance that the cutting edge of line ball cutter and battery rotate on the following scratch diskette of main rotor is adjusted to ideal position by regulating bearing and adjustment screw, and the line ball cutter is fixed.Battery after the gradual roll extrusion through the line ball cutter, forms the endless groove that battery needs while the rotation of revolving round the sun, and battery is discharged by output panel and entered down operation afterwards.Adjustment screw is used to regulate the needed radius of curvature of line ball cutter line ball.Back-up ring pins plunger tip, and it is equal with following loose tool when no battery location that the lower end that spring is contained in plunger tip remains plunger tip.Bearing is contained on the lower rotary table, and following loose tool can easily rotate and not have the gap by bearing.Last loose tool is loaded under the slide bar in the stomidium by bearing, and slide bar can upper and lower slip in the hole of top rotary table, and spring housing is contained in the slide bar upper end, makes the roller of slide bar upper end be close to cam on the central shaft all the time.The length that locking nut and slide bar head are used to regulate slide bar is to satisfy the line ball height dimension.
Alkaline battery line-pressing machine of the present utility model, adopt the fixing sickle shaped hilted broadsword line ball of multistation, device structure tube list, cost is low, the efficient height, the energy assurance is identical with the line ball shape and the line ball size of the battery that this device fabrication goes out, and guarantees battery compact dimensions unanimity, guarantees the cell sealing no leakage.
Description of drawings:
Fig. 1 is the structural representation front view of alkaline battery line-pressing machine of the present utility model.
Fig. 2 is a station structure schematic diagram of alkaline battery line-pressing machine of the present utility model.
Fig. 3 is the battery line ball workflow structural representation of alkaline battery line-pressing machine of the present utility model.
Embodiment:
As Fig. 1,2, shown in 3, alkaline battery line-pressing machine of the present utility model, comprise the deck plate 1 that is contained on the frame, live conductor cutter 2 on the deck plate 1, the adjusting of line ball cutter 2, hold-down support 3, main rotor 5 around central shaft 4 rotations, line ball cutter 2 is fixed on adjusting, on the hold-down support 3, its front end contacts with the case surface of battery 6, its rear end contacts with adjustment screw 7, regulate, hold-down support 3 is by hold-down support 8, adjusting bearing 9 and adjustment screw 7 are formed, hold-down support 8 is fixed on the deck plate 1, regulating bearing 9 is fixed on the hold-down support 8, adjustment screw 7 cooperates with screw on regulating bearing 9, the back end in contact of its end and line ball cutter 2, have at least on the main rotor 5 on 12 identical batteries, following detent mechanism 10,11, last detent mechanism 10 is contained in respectively in the through hole of 24 five equilibriums of top rotary table 12, the roller 13 on its top contacts with cam 14 on the central shaft 4, the last loose tool 15 of its lower end inserts in the shell of battery 6, following detent mechanism 11 is contained in respectively in the shoulder hole of 24 five equilibriums of lower rotary table 16, transverse plane contacts with the bottom surface of the carrier 17 of battery 6 on it, and belt pulley 18 is equipped with in its lower end, and belt pulley 18 cooperates with belt 19.
The shape of above-mentioned line ball cutter 2 is sickle shapeds, is by three little line ball cuttves 20,21,22, hold-down screw 23,24,25,26,27,28 and hold-down support 8 are formed, three little line ball cuttves 20,21,22 become the relation of asymptote with the centre distance of main rotor 5, hold-down screw 23,24,25,26,27,28 is fixed on little line ball cutter 20,21,22 on the hold-down support 8 respectively.
Detent mechanism 10 is made up of roller 13, slide bar head 29, locking nut 30, spring 31, slide bar 32, bearing 33, last loose tool 15 on the above-mentioned battery, roller 13 is contained in the groove on slide bar head 29 tops, slide bar head 29 and slide bar 32 are threaded, locking nut 30 and threaded engagement locking slide bar head 29 and slide bar 32, spring 31 is contained on the slide bar 32 under the locking nut 30, slide bar 32 is contained in the through hole of 24 five equilibriums of top rotary table 12, bearing 33 is contained in the hole of slide bar 32 lower ends, and last loose tool 15 is contained in the inner ring of bearing 33.
Detent mechanism 11 is made up of plunger tip 34, spring 35, bearing 36, belt pulley 18 belts 19, following loose tool 37, back-up ring 38, belt bearing 39 under the above-mentioned battery, spring 35 is enclosed within on the plunger tip 34, plunger tip 34 is contained in down in the shoulder hole of loose tool 37, bearing 36 is contained in the shoulder hole of 24 five equilibriums of lower rotary table 16, following loose tool 37 is packed in the inner ring of bearing 36, the lower end that belt pulley 18 is fixed on down loose tool 37 cooperates with belt 19, belt 19 is fixed on the belt bearing 39, and back-up ring 38 is fixed on the lower end of plunger tip 34.
Battery 6 of the present utility model with the carrier 17 of battery by sending on the lower rotary table 16 that rotating disk 40 is input to main rotor 5, belt pulley 18 is rotated by belt 19 rubbings, the track distance that the cutting edge of line ball cutter 2 and battery 6 rotate on the following scratch diskette 16 of main rotor 5 is adjusted to ideal position by regulating bearing 9 and adjustment screw 7, and line ball cutter 2 is fixing.Battery 6 after the gradual roll extrusion through line ball cutter 2, forms the endless groove that battery 6 needs while the rotation of revolving round the sun, and battery 6 is discharged by output panel 41 and entered down operation afterwards.Adjustment screw 7 is used to regulate the needed radius of curvature of line ball cutter 2 line balls.Back-up ring 38 pins plunger tips 34, and it is equal with following loose tool 37 when no battery location that the lower end that spring 35 is contained in plunger tip 34 remains plunger tip 34.Bearing 36 is contained on the lower rotary table 16, and following loose tool 37 can easily rotate and not have the gap by bearing 36.Last loose tool 15 is loaded under the slide bar in the stomidium by bearing 33, and slide bar 32 can upper and lower slip in the hole of top rotary table 12, and spring 31 is sleeved on slide bar 32 upper ends, makes the roller 13 of slide bar 32 upper ends be close to cam 14 on the central shaft 4 all the time.The length that locking nut 30 and slide bar head 29 are used to regulate slide bar 32 is to satisfy the line ball height dimension.

Claims (7)

1, a kind of alkaline battery line-pressing machine, comprise the deck plate (1) that is contained on the frame, it is characterized in that upward live conductor cutter (2) of deck plate (1), the adjusting of line ball cutter (2), hold-down support (3), main rotor (5) around central shaft (4) rotation, line ball cutter (2) is fixed on adjusting, on the hold-down support (3), its front end contacts with the case surface of battery (6), its rear end contacts with adjustment screw (7), regulate, hold-down support (3) is by hold-down support (8), adjusting bearing (9) and adjustment screw (7) are formed, hold-down support (8) is fixed on the deck plate (1), regulating bearing (9) is fixed on the hold-down support (8), adjustment screw (7) cooperates with screw on regulating bearing (9), the back end in contact of its end and line ball cutter (2), have at least on 12 identical batteries on the main rotor (5), following detent mechanism (10,11), last detent mechanism (10) is contained in respectively in the through hole of 12 five equilibriums of top rotary table (12) at least, the roller on its top (13) contacts with cam (14) on the central shaft (4), the last loose tool (15) of its lower end inserts in the shell of battery (6), following detent mechanism (11) is contained in respectively in the shoulder hole of 12 five equilibriums of lower rotary table (16) at least, transverse plane contacts with the bottom surface of the carrier (17) of battery (6) on it, belt pulley (18) is equipped with in its lower end, and belt pulley (18) cooperates with belt (19).
2, alkaline battery line-pressing machine according to claim 1, the shape that it is characterized in that line ball cutter (2) is sickle shaped, is by three little line ball cuttves (20,21,22), hold-down screw (23,24,25,26,27,28) and hold-down support (8) are formed, three little line ball cuttves (20,21,22) become the relation of asymptote with the centre distance of main rotor (5), hold-down screw (23,24,25,26,27,28) is fixed on little line ball cutter (20,21,22) on the hold-down support (8) respectively.
3, alkaline battery line-pressing machine according to claim 1, it is characterized in that detent mechanism on the battery (10) is by roller (13), slide bar head (29), locking nut (30), spring (31), slide bar (32), bearing (33), last loose tool (15) is formed, roller (13) is contained in the groove on slide bar head (29) top, slide bar head (29) and slide bar (32) are threaded, locking nut (30) and threaded engagement locking slide bar head (29) and slide bar (32), spring (31) is contained on the slide bar (32) under the locking nut (30), slide bar (32) is contained in the through hole of 12 five equilibriums of top rotary table (12) at least, bearing (33) is contained in the hole of slide bar (32) lower end, and last loose tool (15) is contained in the inner ring of bearing (33).
4, alkaline battery line-pressing machine according to claim 1, it is characterized in that detent mechanism under the battery (11) is by plunger tip (34), spring (35), bearing (36), belt pulley (18) belt (19), following loose tool (37), back-up ring (38), belt bearing (39) is formed, spring (35) is enclosed within on the plunger tip (34), plunger tip (34) is contained in down in the shoulder hole of loose tool (37), bearing (36) is contained in the shoulder hole of 12 five equilibriums of lower rotary table (16) at least, following loose tool (37) is packed in the inner ring of bearing (36), the lower end that belt pulley (18) is fixed on down loose tool (37) cooperates with belt (19), belt (19) is fixed on the belt bearing (39), and back-up ring (38) is fixed on the lower end of plunger tip (34).
5, alkaline battery line-pressing machine according to claim 1 is characterized in that 24 upper and lower detent mechanisms of identical battery (10,11) are arranged on the main rotor (5).
6, alkaline battery line-pressing machine according to claim 5 is characterized in that having on the top rotary table (12) through hole of 24 five equilibriums.
7, alkaline battery line-pressing machine according to claim 5 is characterized in that having on the lower rotary table (16) shoulder hole of 24 five equilibriums.
CNU2005200352223U 2005-08-23 2005-08-23 Alkaline cell line press Expired - Fee Related CN2821881Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2005200352223U CN2821881Y (en) 2005-08-23 2005-08-23 Alkaline cell line press

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2005200352223U CN2821881Y (en) 2005-08-23 2005-08-23 Alkaline cell line press

Publications (1)

Publication Number Publication Date
CN2821881Y true CN2821881Y (en) 2006-09-27

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Family Applications (1)

Application Number Title Priority Date Filing Date
CNU2005200352223U Expired - Fee Related CN2821881Y (en) 2005-08-23 2005-08-23 Alkaline cell line press

Country Status (1)

Country Link
CN (1) CN2821881Y (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106910910A (en) * 2015-03-26 2017-06-30 吴国平 Battery machine for mfg. metal wire

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106910910A (en) * 2015-03-26 2017-06-30 吴国平 Battery machine for mfg. metal wire
CN106910909A (en) * 2015-03-26 2017-06-30 吴国平 Battery processing device
CN106910909B (en) * 2015-03-26 2020-04-17 吴国平 Battery processing device

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GR01 Patent grant
C19 Lapse of patent right due to non-payment of the annual fee
CF01 Termination of patent right due to non-payment of annual fee