CN107128718B - Copper foil produces continuous winding device - Google Patents

Copper foil produces continuous winding device Download PDF

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Publication number
CN107128718B
CN107128718B CN201710502519.3A CN201710502519A CN107128718B CN 107128718 B CN107128718 B CN 107128718B CN 201710502519 A CN201710502519 A CN 201710502519A CN 107128718 B CN107128718 B CN 107128718B
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CN
China
Prior art keywords
winding
copper foil
deceleration
swivel mount
shaft
Prior art date
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Active
Application number
CN201710502519.3A
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Chinese (zh)
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CN107128718A (en
Inventor
郭丽平
刘少华
张小玲
廖平元
王崇华
王俊锋
李建国
林远钦
陈权新
陈优昌
温秋霞
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
GUANGDONG JIAYUAN TECHNOLOGY Co Ltd
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GUANGDONG JIAYUAN TECHNOLOGY Co Ltd
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Application filed by GUANGDONG JIAYUAN TECHNOLOGY Co Ltd filed Critical GUANGDONG JIAYUAN TECHNOLOGY Co Ltd
Priority to CN201710502519.3A priority Critical patent/CN107128718B/en
Publication of CN107128718A publication Critical patent/CN107128718A/en
Application granted granted Critical
Publication of CN107128718B publication Critical patent/CN107128718B/en
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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H18/00Winding webs
    • B65H18/08Web-winding mechanisms
    • B65H18/10Mechanisms in which power is applied to web-roll spindle
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H19/00Changing the web roll
    • B65H19/22Changing the web roll in winding mechanisms or in connection with winding operations
    • B65H19/30Lifting, transporting, or removing the web roll; Inserting core
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H75/00Storing webs, tapes, or filamentary material, e.g. on reels
    • B65H75/02Cores, formers, supports, or holders for coiled, wound, or folded material, e.g. reels, spindles, bobbins, cop tubes, cans
    • B65H75/18Constructional details
    • B65H75/24Constructional details adjustable in configuration, e.g. expansible
    • B65H75/242Expansible spindles, mandrels or chucks, e.g. for securing or releasing cores, holders or packages
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2701/00Handled material; Storage means
    • B65H2701/10Handled articles or webs
    • B65H2701/19Specific article or web

Abstract

The invention discloses a kind of copper foils to produce continuous winding device;Belong to copper foil production equipment technology;Technical points include rack, wherein both sides are respectively equipped with support to the rack, support shaft is connected with by bearing on the support, swivel mount is equipped in support shaft, it is distributed along the circumference with several winding roller units on swivel mount, winding rotary drive mechanism is equipped in the rack of wind-up roll unit side;Swivel mount is equipped with change of lap rotary drive mechanism along an axial wherein end face, and deceleration mechanism is equipped on swivel mount other end;Copper foil buffer storage is equipped in the rack on the upside of swivel mount, outside is wait wind copper foil after copper foil buffer storage by the coiled shape of winding roller unit;The winding rotary drive mechanism, change of lap rotary drive mechanism, deceleration mechanism and copper foil buffer storage are connect with main control unit;The present invention is intended to provide a kind of copper foil easy to use, working well produces continuous winding device;For winding copper foil.

Description

Copper foil produces continuous winding device
Technical field
The present invention relates to a kind of copper foil winding devices, and more specifically more particularly to a kind of production of copper foil is wound with continuous Equipment.
Background technique
Electrolytic copper foil is the important materials of copper-clad plate and printed circuit board manufacture, in current electronics and information industry high speed development In, electrolytic copper foil is referred to as " neural network " of electronic product signal and power transmission, communication, therefore the quality of production of copper foil is outstanding It is important.
Copper foil in process of production, mainly has three process, molten copper, electrolysis, surface treatment, copper foil carries out to treated Winding, and copper foil is wound into according to weight by copper foil volume according to production requirement.In wrapup procedure, the stability of device, device The factors such as winding tension determine the winding effect of copper foil volume.The copper foil for having reached requirement is rolled up and carries out change of lap, existing life The method that stop reel-changing is usually used in equipment is produced, during change of lap, the requirement for operation is more stringent, slightly not Careful, most probably there is series reaction in copper foil, causes waste product, causes heavy losses to production, improves copper foil production cost, drop Low copper foil yield rate.
Summary of the invention
It is an object of the invention in view of the above shortcomings of the prior art, provide the copper that one kind is easy to use, works well Foil produces continuous winding device.
The technical scheme of the present invention is realized as follows: a kind of copper foil production continuous winding device, including rack, described Wherein both sides are respectively equipped with support to rack, are connected with support shaft by bearing on the support, and swivel mount is equipped in support shaft, It is distributed along the circumference with several winding roller units on swivel mount, winding rotation driving is equipped in the rack of wind-up roll unit side Mechanism;The swivel mount is equipped with change of lap rotary drive mechanism along an axial wherein end face, sets on swivel mount other end There is deceleration mechanism;Copper foil buffer storage is equipped in the rack on the upside of swivel mount, external copper foil to be wound is by copper foil caching dress It postpones by the coiled shape of winding roller unit;The winding rotary drive mechanism, change of lap rotary drive mechanism, deceleration mechanism and copper foil Buffer storage is connect with main control unit.
Above-mentioned copper foil production in continuous winding device, the swivel mount by be arranged in support shaft fixed ring, edge Circumferentially-spaced the first linking arm being evenly arranged on fixed ring outer wall, the work being movably arranged on by width adjustment mechanism in support shaft It rotating ring and circumferentially spaced be evenly arranged on loose collar outer wall and formed with one-to-one second linking arm of the first linking arm;It is each to receive Winding up roller unit is erected between one-to-one first and second linking arm by bearing.
Above-mentioned copper foil is produced in continuous winding device, and support shaft one side corresponding with loose collar is circumferentially set Have an annular notch, the width adjustment mechanism by be sequentially set in annular notch from the inside to the outside air expansion sleeve, positioning sleeve and The sliding sleeve composition being folded between air expansion sleeve and loose collar;Circumferentially arranged with two positioning rings, positioning on sliding sleeve outer wall Ring is fixedly connected with loose collar;Counterbore is equipped on positioning sleeve outer wall, the corresponding support shaft of counterbore is equipped with inner bolt hole, positions spiral shell Silk passes through counterbore and is fixedly connected with inner bolt hole;It is connect by positioning sleeve with bearing close to support shaft one end of loose collar.
Above-mentioned copper foil production in continuous winding device, the winding roller unit by winding inflatable shaft, be set in winding The rigidized cover on air-expanding shaft both sides and the winding paper tube composition for being set in rigidized cover outer wall;If the rigidized cover is reinforced by dry plate arc Piece and at least two ring springs composition for being set in arc stiffening piece outer wall;In the initial state, each arc stiffening piece cooperation In hollow cylinder, the mounting groove being adapted with ring spring is radially equipped on each arc stiffening piece outer wall.
With in continuous winding device, the section of the winding inflatable shaft both ends radially is four sides for above-mentioned copper foil production Shape, the winding rotary drive mechanism by be set in winding inflatable shaft wherein the connecting column of one end, be arranged in connecting column free end Connecting shaft, connecting shaft free end is set driven friction disk, be arranged on driven friction disk side frame winding driving Frame, the guide rail being arranged on winding bogie, the winding driving slide being slidably arranged on guide rail, setting drive slide in winding On winding driving motor, winding drive motor power output shaft free end is set and the active opposite with driven friction disk rubs The horizontal drive cylinder composition for wiping disk and being horizontally set on winding bogie and being connect with winding driving slide;Winding driving Motor and horizontal drive cylinder and main control unit circuit connection;The connecting column is cylindrical structure, in connecting column and winding gas The opposite end face of swelling shaft be equipped with winding inflatable end end be adapted quadrangle Blind locating holes, connecting column by bearing with Swivel mount connection.
With in continuous winding device, the swivel mount of the connecting column side is equipped with photoelectric sensing for above-mentioned copper foil production Device is equipped with tablet corresponding with photoelectric sensor on winding driving slide;The photoelectric sensor and main control unit electricity Road connection.
Above-mentioned copper foil is produced in continuous winding device, and the change of lap rotary drive mechanism is by gear ring and gear ring The driving gear of engagement and the change of lap driving motor connecting with driving gear form;Change of lap driving motor and main control unit circuit connect It connects;The gear ring is fixedly connected with the outer wall of each first linking arm and the central axes of gear ring and the central axes of support shaft are located at On same straight line;It is equipped with the change of lap support being adapted with change of lap driving motor on the rack.
Above-mentioned copper foil is produced in continuous winding device, and the deceleration mechanism is by being arranged in the second linking arm side frame On annular deceleration support, be arranged in parallel in annular deceleration support outer annular linkage board, be oppositely arranged and be separately connected ring Annular linkage board medial surface is arranged in the two deceleration cylinders and two the first guide posts of shape deceleration support and annular linkage board Connecting rod, the deceleration blade mounting plate being fixedly connected with each connecting rod free end, the annular deceleration that deceleration blade mounting plate outer end face is set Piece and the speed reducer composition for being connected to each second linking arm outer wall and being matched with annular deceleration blade;Two deceleration cylinders and two The arrangement of first guide post is in cross, and two deceleration cylinders are connect with main control unit respectively.
Above-mentioned copper foil production is in continuous winding device, and the copper foil buffer storage is by the copper foil that connect with frame upper end In cache shelf, parallel and two guide rollers being arranged at intervals in copper foil cache shelf, the copper foil that is arranged between two guide rollers The gravity-roller on surface and the copper foil clamp system that guide roller is arranged in and winds in the copper foil cache shelf between roller unit form;Institute Copper foil clamp system is stated by the lower pinch roll being arranged in copper foil cache shelf, the copper foil cache shelf being arranged in above lower pinch roll Clamping mounting plate, to be arranged vertically at the clamping cylinder clamped on mounting plate, setting free in clamping cylinder piston rod The clamping lifting seat at end, by bearing with clamp lifting seat horizontal connection and the upper pinch roll that is matched with lower pinch roll and set It sets and is clamping mounting plate and clamping the second guide post composition between lifting seat;Clamping cylinder is connect with main control unit.
The present invention with the above structure, copper foil is wound by winding roller unit, winding is stablized, and is preferably provided with and is added Gu set can further enhance the firmness of winding inflatable shaft, paper tube is avoided to skid;Wind rotary drive mechanism driving winding gas Swelling shaft rotation, by the cooperation of main driven friction disk, can cause motor load excessive to avoid Hard link, so that winding can be put down Srr promoter.
Preferably, by the way that deceleration mechanism is arranged, both driving motor can wound not with winding rotary drive mechanism cooperation In the state of shutdown, realizes the quick stalling of winding roller unit, allow equipment in time to copper foil exception or safety accident Quick response is carried out, which has the effect of highly significant for keeping operator's personal safety, copper foil product quality. Meanwhile deceleration mechanism, when can greatly reduce change of lap, swivel mount because of inertia bring quick rotation, swivel mount can be made It is rotated in change of lap by predetermined speed average rate, which can effectively ensure the normal work of change of lap driving motor, avoid revolving Since inertia causes to damage to motor when pivoted frame rotates, the service life of change of lap driving motor is improved.
Further, copper foil is cached by the way that copper foil buffer storage is arranged, staff there can be more operations Time, so that the continuity of copper foil winding becomes more stable, better quality.
Detailed description of the invention
The present invention is described in further detail for embodiment in reference to the accompanying drawing, but does not constitute to of the invention Any restrictions.
Fig. 1 is structural schematic diagram of the invention;
Fig. 2 is the schematic cross-sectional view in Fig. 1 at A-A;
Fig. 3 is the partial enlargement structural representation in Fig. 2 at B.
In figure: rack 1, support 2, support shaft 3, swivel mount 4, fixed ring 4a, the first linking arm 4b, width adjustment mechanism 4c, loose collar 4d, the second linking arm 4e, air expansion sleeve 4f, positioning sleeve 4g, sliding sleeve 4h, positioning ring 4i, winding roller unit 5, winding Air-expanding shaft 5a, rigidized cover 5b, winding paper tube 5c, arc stiffening piece 5d, ring spring 5e, winding rotary drive mechanism 6, connecting column 6a, connecting shaft 6b, driven friction disk 6c, winding bogie 6d, guide rail 6e, winding driving slide 6f, winding driving motor 6g, master Dynamic friction disk 6h, horizontal drive cylinder 6i, change of lap rotary drive mechanism 7, gear ring 7a, driving gear 7b, change of lap driving motor 7c, change of lap support 7d, deceleration mechanism 8, annular deceleration support 8a, annular linkage board 8b, deceleration cylinder 8c, the first guide post 8d, Connecting rod 8e, deceleration blade mounting plate 8f, annular deceleration blade 8g, speed reducer 8h, copper foil buffer storage 9, copper foil cache shelf 9a, guide roller 9b, gravity-roller 9c, copper foil clamp system 9d, lower pinch roll 9e, clamp mounting plate 9f, clamping cylinder 9g, clamp lifting seat 9h, on Pinch roll 9i, the second guide post 9j, photoelectric sensor 10, tablet 11.
Specific embodiment
Referring to FIG. 1 to 3, a kind of copper foil of the invention produces continuous winding device, including rack 1, the machine Wherein both sides are respectively equipped with support 2 to frame 1, are connected with support shaft 3 by bearing on support 2, and swivel mount is equipped in support shaft 3 4, several winding roller units 5 are distributed along the circumference on swivel mount 4.Preferably, the swivel mount 4 is by being arranged in support shaft 3 On fixed ring 4a, circumferentially spaced the first linking arm 4b being evenly arranged on fixed ring 4a outer wall, pass through width adjustment mechanism 4c The loose collar 4d that is movably arranged in support shaft 3 and it is circumferentially spaced be evenly arranged on loose collar 4d outer wall and with the first linking arm 4b One-to-one second linking arm 4e composition;The support shaft 3 one side corresponding with loose collar 4d is lacked circumferentially arranged with annular Mouthful, each roller unit 5 that winds is erected between one-to-one first and second linking arm 4b, 4e by bearing.
Preferably, the width adjustment mechanism 4c is by the air expansion sleeve 4f, fixed that is sequentially set in annular notch from the inside to the outside Position set 4g and the sliding sleeve 4h composition being folded between air expansion sleeve 4f and loose collar 4d;It is circumferentially set on sliding sleeve 4h outer wall There are two positioning ring 4i, positioning ring 4i to be fixedly connected with loose collar 4d;Counterbore is equipped on positioning sleeve 4g outer wall, counterbore is corresponding Support shaft 3 is equipped with inner bolt hole, and set screw passes through counterbore and is fixedly connected with inner bolt hole;Close to the support shaft 3 one of loose collar 4d End is connect by positioning sleeve 4g with bearing.Using this structure, in actual production, can be led to according to the copper foil of different wide cuts It crosses positioning sleeve 4g and air expansion sleeve 4f cooperation loose collar 4d is fixed, when needed, air expansion sleeve 4f deflation passes through Mobile sliding sleeve 4h adjusts the position of loose collar 4d, is inflated swelling to air expansion sleeve 4f after determining good position, then installs again Adaptable winding roller unit.
In the present embodiment, it is described winding roller unit 5 by winding inflatable shaft 5a, be set in the both sides winding inflatable shaft 5a plus Admittedly set 5b and the winding paper tube 5c composition for being set in rigidized cover 5b outer wall;If the rigidized cover 5b by dry plate arc stiffening piece 5d and It is set in at least two ring spring 5e composition of arc stiffening piece 5d outer wall;Section of the both ends the winding inflatable shaft 5a radially Face is quadrangle.In the initial state, each arc stiffening piece 5d cooperation is in hollow cylinder, in each arc stiffening piece 5d outer wall On radially be equipped with ring spring 5e be adapted mounting groove.In the present embodiment, the block number of reinforcing annular piece is 3 pieces.It adopts With this structure, cooperated by arc stiffening piece 5d and ring spring 5e, in the case where not influencing winding inflatable shaft 5a and receiving swollen, The intensity for improving winding inflatable shaft 5a prevents copper foil from licking damage winding inflatable shaft 5a again, and can also play prevents winding paper tube The effect that 5c skids.
Winding rotary drive mechanism 6, the winding rotary drive mechanism 6 are equipped in the rack 1 of winding 5 side of roller unit It is connect with main control unit.The winding rotary drive mechanism 6 by be set in winding inflatable shaft 5a wherein the connecting column 6a of one end, set It sets and rubs in the connecting shaft 6b of the free end connecting column 6a, the driven friction disk 6c that the free end connecting shaft 6b is arranged in, setting driven It wipes the winding bogie 6d on disk 6c side frame 1, the guide rail 6e being arranged on winding bogie 6d, be slidably arranged in guide rail 6e On winding driving slide 6f, be arranged in winding driving slide 6f on winding driving motor 6g, setting winding driving motor 6g power output shaft free end and the active friction disk 6h opposite with driven friction disk 6c and it is horizontally set on winding bogie 6d is upper and forms with the winding driving slide 6f horizontal drive cylinder 6i connecting;Driving and driven frictional disk is made of wear-resistant material, It is smooth to drive winding inflatable shaft rotation by friction.Wind driving motor 6g and horizontal drive cylinder 6i and main control unit circuit Connection;The connecting column 6a is cylindrical structure, is equipped with and winding on the end face opposite with winding inflatable shaft 5a connecting column 6a The Blind locating holes of the adaptable quadrangle in inflatable end end, connecting column 6a are connect by bearing with swivel mount 4.In the present embodiment In, winding inflatable shaft end is quadrilateral structure, naturally it is also possible to other shapes is used, as long as anti-skidding effect can be played i.e. It can.Winding driving slide 6f is pushed to move back and forth along guide rail 6e by horizontal drive cylinder 6i, on control winding driving motor 6g Active friction disk 6h and driven friction disk 6c between contact and separate, so that controlling winding inflatable shaft 5a carries out winding copper Foil.
The moving distance of driving slide 6f is wound in order to facilitate control, the swivel mount 4 of the side the connecting column 6a is equipped with Photoelectric sensor 10 is equipped with tablet 11 corresponding with photoelectric sensor 10 on winding driving slide 6f;The photoelectric transfer Sensor 10 and main control unit circuit connection.When photoelectric sensor detects tablet 11, after delay predetermined time, winding is driven The cylinder 6g that takes offence slowly rises from, at the same wind driving motor starting, winding driving cylinder drive active friction disk 6h slowly with it is driven Frictional disk 6c contact causes motor overload and damages so that winding driving motor will not instantaneously bear biggish resistance.
In order to carry out change of lap work easily and fast, the swivel mount 4 is revolved along an axial wherein end face equipped with change of lap Turn driving mechanism 7, the change of lap rotary drive mechanism 7 is connect with main control unit.The change of lap rotary drive mechanism 7 is by gear ring 7a, it is formed with the driving gear 7b of gear ring 7a engagement and with the driving gear 7b change of lap driving motor 7c connecting;Change of lap driving Motor 7c and main control unit circuit connection;The gear ring 7a is fixedly connected with the outer wall of each first linking arm 4b and gear ring 7a Central axes and the central axes of support shaft 3 be located on the same line;It is equipped in rack 1 and is adapted with change of lap driving motor 7c Change of lap support 7d.Using this structure, the amount of spin of change of lap driving motor 7c is controlled to pass through driving by main control unit Gear 7b control gear ring 7a rotates certain angle, makes to wind the rotation of roller unit 5, carries out lower a roll of copper foil winding.Master control list Member rotates angle by receiving the signal control of photoelectric sensor.
In order to improve the stability of the rotation of swivel mount 4, avoids occurring the variation of instantaneous velocity because of gravity, turning swivel mount Average rate is kept during dynamic, deceleration mechanism 8 is equipped on 4 other end of swivel mount, and the deceleration mechanism 8 connects with main control unit It connects.The deceleration mechanism 8 by be arranged on the second linking arm 4e side frame 1 annular deceleration support 8a, be arranged in parallel in ring Annular linkage board 8b on the outside of shape deceleration support 8a, it is oppositely arranged and is separately connected annular deceleration support 8a and annular linkage board 8b Two deceleration cylinder 8c and two the first guide post 8d, annular linkage board 8b medial surface is set connecting rod 8e, with each connecting rod Deceleration blade mounting plate 8f that the free end 8e is fixedly connected, the annular deceleration blade 8g that deceleration blade mounting plate 8f outer end face is set and company Connect each second linking arm 4e outer wall and matched with annular deceleration blade 8g speed reducer 8h composition;Two deceleration cylinder 8c and two A first guide post 8d arrangement is in cross, and two deceleration cylinder 8c are connect with main control unit respectively.Using this structure, pass through Main control unit control deceleration cylinder 8c driving annular deceleration blade 8g moved along the first direction guide post 8d, make annular deceleration blade 8g with Speed reducer 8h cooperation slows down to swivel mount 4.
Meanwhile copper foil buffer storage 9 is equipped in the rack 1 of 4 upside of swivel mount, external copper foil to be wound is slow by copper foil By 5 harvest web-like of winding roller unit after cryopreservation device 9, the copper foil buffer storage 9 is connect with main control unit.The copper foil caching Device 9 by connected with 1 upper end of rack copper foil cache shelf 9a, parallel and be arranged at intervals on copper foil cache shelf 9a two guiding Roller 9b, the gravity-roller 9c for the copper foil upper surface being arranged between two guide roller 9b and setting are in guide roller 9b and winding roller unit Copper foil clamp system 9d composition on copper foil cache shelf 9a between 5;The copper foil clamp system 9d is by being arranged in copper foil caching Lower pinch roll 9e on frame 9a, the clamping mounting plate 9f on the copper foil cache shelf 9a being arranged in above lower pinch roll 9e, along vertical The clamping cylinder 9g clamped on mounting plate 9f, the clamping lifting seat that clamping cylinder 9g piston rod free end is arranged in is arranged in direction 9h, it is being pressed from both sides by bearing with clamping lifting seat 9h horizontal connection and with the lower pinch roll 9e upper pinch roll 9i matched and setting Tight mounting plate 9f and the second guide post 9j clamped between lifting seat 9h are constituted;Clamping cylinder 9g is connect with main control unit.Using This structure controls clamping cylinder 9g by main control unit and moves down when copper foil, which is rolled up, reaches length, is matched for clamping tightly upper and lower pinch roll Copper foil, the copper foil exported from let off roll then pass through guide roller 9b and gravity-roller 9c cooperation and cache out a segment length, provide for change of lap Enough operating times guarantee the continuity and stability of equipment operation.
In use, the copper foil come out from let off roll is passed through copper foil buffer storage 9 first, then equipment is powered, rotation Frame 4 rotates, and when the corresponding upper tablet 11 of one of photoelectric sensor 10, swivel mount 4 stops operating.Initial adjustment positioning is completed Afterwards, copper foil is fixed therein at a winding roller unit 5 by ultrathin double-face glue, after extending time arrival, winding rotation Winding driving motor 6g and horizontal drive cylinder 6i cooperation driving active friction disk 6h in driving mechanism 6 drive driven friction disk 6c rotation, winding roller unit 5, which rotates with it, to be started to be wound.When the copper foil of winding volume, which is up to, requires length, winding Driving motor decelerating operation, when reaching predetermined length, winding driving motor is shut down, and horizontal drive cylinder 6i is moved back.Change of lap rotation Turning driving mechanism 7 drives swivel mount 4 to be rotated, and by photoelectric sensor 10 and 11 feedback signal of tablet, makes next Stop after wind-up roll unit rotational to the position opposite with winding rotary drive mechanism 6, operator is cut using crop tool Copper foil, and copper foil close end is labelled on winding paper tube by ultrathin double-face gluing, while by the copper foil end of out-of-flatness along double It is removed after doubling at the glue of face, the timing since when photoelectric sensor 10 detects tablet 11, extends the time as needed.Prolonging When the time limit, staff complete cut and copper foil work.After delay reaches, winding rotary drive mechanism starts work Make, is wound.While winding, the copper foil of collected roll is dismantled, the winding roller unit 5 more renewed, and paste ultra-thin Double-sided adhesive.It so repeats, realizes that copper foil is continuously wound.The length of winding, the length detection mechanism by unreeling roller segment carry out Detection, Real-time Feedback is to main control unit, when that will reach predetermined length, staff is reminded to prepare change of lap.Above-mentioned cutting and The time of copper foil, about 5-15 second, copper foil buffer storage can cache the length of copper foil, according to the time, in conjunction with unreeling Speed set.Within this time, the speed unreeled can also slow down therewith.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.

Claims (8)

1. a kind of copper foil produces continuous winding device, including rack (1), which is characterized in that the rack (1) wherein divide by both sides Not She You support (2), support shaft (3) are connected with by bearing on support (2), on support shaft (3) be equipped with swivel mount (4), It is distributed along the circumference with several windings roller unit (5) on swivel mount (4), is set in the rack (1) of winding roller unit (5) side There are winding rotary drive mechanism (6);The swivel mount (4) is equipped with change of lap rotary drive mechanism along an axial wherein end face (7), deceleration mechanism (8) are equipped on swivel mount (4) other end;Copper foil is equipped in the rack (1) of swivel mount (4) upstream side Buffer storage (9), outside is wait wind copper foil after copper foil buffer storage (9) by winding roller unit (5) harvest web-like;The receipts Roll up rotary drive mechanism (6), change of lap rotary drive mechanism (7), deceleration mechanism (8) and copper foil buffer storage (9) with master control list Member connection;
The swivel mount (4) by be arranged on support shaft (3) fixed ring (4a), circumferentially spaced be evenly arranged on fixed ring (4a) outside The first linking arm (4b) on wall, be movably arranged on by width adjustment mechanism (4c) loose collar (4d) on support shaft (3) and It is circumferentially spaced be evenly arranged on loose collar (4d) outer wall and with one-to-one second linking arm (4e) group of the first linking arm (4b) At;Each winding roller unit (5) is erected between one-to-one first and second linking arm (4b, 4e) by bearing.
2. copper foil according to claim 1 produces continuous winding device, which is characterized in that the support shaft (3) and work The corresponding one side of rotating ring (4d) is circumferentially arranged with annular notch, and the width adjustment mechanism (4c) by being sequentially arranged from the inside to the outside In air expansion sleeve (4f), positioning sleeve (4g) and the sliding being folded between air expansion sleeve (4f) and loose collar (4d) in annular notch Cover (4h) composition;Circumferentially arranged with two positioning rings (4i) on sliding sleeve (4h) outer wall, positioning ring (4i) and loose collar (4d) It is fixedly connected;Counterbore is equipped on positioning sleeve (4g) outer wall, the corresponding support shaft of counterbore (3) is equipped with inner bolt hole, set screw It is fixedly connected across counterbore with inner bolt hole;Connected close to support shaft (3) one end of loose collar (4d) by positioning sleeve (4g) and bearing It connects.
3. copper foil according to claim 1 produces continuous winding device, which is characterized in that the winding roller unit (5) By winding inflatable shaft (5a), it is set in the rigidized cover (5b) on the both sides winding inflatable shaft (5a) and is set in rigidized cover (5b) outer wall Wind paper tube (5c) composition;The rigidized cover (5b) is if by dry plate arc stiffening piece (5d) and be set in arc stiffening piece (5d) outside At least two ring springs (5e) of wall form;In the initial state, each arc stiffening piece (5d) cooperation is in hollow cylinder, The mounting groove adaptable with ring spring (5e) is radially equipped on each arc stiffening piece (5d) outer wall.
4. copper foil according to claim 3 produces continuous winding device, which is characterized in that the winding inflatable shaft (5a) The section of both ends radially is quadrangle, and the winding rotary drive mechanism (6) is by being set in winding inflatable shaft (5a) wherein one The connecting column (6a) at end, setting the connecting shaft (6b) of the free end connecting column (6a), setting the free end connecting shaft (6b) from Dynamic friction disk (6c), the winding bogie (6d) being arranged on driven friction disk (6c) side frame (1), setting drive in winding Guide rail (6e) on frame (6d), the winding being slidably arranged on guide rail (6e) driving slide (6f), setting drive slide in winding Winding driving motor (6g), setting on (6f) is in winding driving motor (6g) power output shaft free end and and driven friction disk (6c) opposite active friction disk (6h) and be horizontally set in winding bogie (6d) and with winding driving slide (6f) even Horizontal drive cylinder (6i) composition connect;It winds driving motor (6g) and horizontal drive cylinder (6i) and main control unit circuit connects It connects;The connecting column (6a) is cylindrical structure, be equipped on connecting column (6a) and winding inflatable shaft (5a) opposite end face with The Blind locating holes of the adaptable quadrangle in winding inflatable shaft end, connecting column (6a) are connect by bearing with swivel mount (4).
5. copper foil according to claim 4 produces continuous winding device, which is characterized in that connecting column (6a) side Swivel mount (4) be equipped with photoelectric sensor (10), be equipped in winding driving slide (6f) opposite with photoelectric sensor (10) The tablet (11) answered;The photoelectric sensor (10) and main control unit circuit connection.
6. copper foil according to claim 1 produces continuous winding device, which is characterized in that the change of lap rotary driving machine Structure (7) drives by gear ring (7a), with the driving gear (7b) of gear ring (7a) engagement and the change of lap connecting with driving gear (7b) Dynamic motor (7c) composition;Change of lap driving motor (7c) and main control unit circuit connection;The gear ring (7a) connect with each first The outer wall of arm (4b) is fixedly connected and the central axes of gear ring (7a) and the central axes of support shaft (3) are located on the same line; The change of lap support (7d) adaptable with change of lap driving motor (7c) is equipped on rack (1).
7. copper foil according to claim 1 produces continuous winding device, which is characterized in that the deceleration mechanism (8) by The annular deceleration support (8a) that is arranged on the second linking arm (4e) side frame (1) is arranged in parallel in annular deceleration support Annular linkage board (8b) on the outside of (8a) is oppositely arranged and is separately connected annular deceleration support (8a) and annular linkage board (8b) Two deceleration cylinders (8c) and two the first guide posts (8d), setting annular linkage board (8b) medial surface connecting rod (8e), with Deceleration blade mounting plate (8f) that each connecting rod (8e) free end is fixedly connected, setting deceleration blade mounting plate (8f) outer end face annular Deceleration blade (8g) and speed reducer (8h) group for being connected to each second linking arm (4e) outer wall and being matched with annular deceleration blade (8g) At;Two deceleration cylinders (8c) and two the first guide posts (8d) arrangements are in cross, two deceleration cylinders (8c) respectively with master Control unit connection.
8. copper foil according to claim 1 produces continuous winding device, which is characterized in that the copper foil buffer storage (9) by connected with rack (1) upper end copper foil cache shelf (9a), parallel and be arranged at intervals on copper foil cache shelf (9a) two Guide roller (9b), the gravity-roller (9c) for the copper foil upper surface being arranged between two guide rollers (9b) and setting are at guide roller (9b) The copper foil clamp system (9d) in copper foil cache shelf (9a) between winding roller unit (5) forms;The copper foil clamp system (9d) is by the lower pinch roll (9e) being arranged on copper foil cache shelf (9a), the copper foil cache shelf being arranged above lower pinch roll (9e) Clamping mounting plate (9f) on (9a), be arranged vertically at the clamping cylinder (9g) clamped on mounting plate (9f), setting exists The clamping lifting seat (9h) of clamping cylinder (9g) piston rod free end, by bearing and clamp lifting seat (9h) horizontal connection and with The upper pinch roll (9i) and setting that lower pinch roll (9e) matches are clamping mounting plate (9f) and are clamping between lifting seat (9h) The second guide post (9j) constitute;Clamping cylinder (9g) is connect with main control unit.
CN201710502519.3A 2017-06-27 2017-06-27 Copper foil produces continuous winding device Active CN107128718B (en)

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CN109112685B (en) * 2018-09-07 2019-11-12 苏州涵轩信息科技有限公司 A kind of ball-type tensioner
CN110890232A (en) * 2019-11-25 2020-03-17 陈强 Aluminum foil winding equipment for aluminum electrolytic capacitor
CN111020645B (en) * 2020-01-14 2020-07-28 广东嘉元科技股份有限公司 Electrolytic copper foil forming machine, online monitoring method and control device

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US4682929A (en) * 1986-02-03 1987-07-28 Hiroshi Kataoka Device for taking out sheet rolls and mounting sheet roll cores
JP3504251B2 (en) * 2002-05-14 2004-03-08 株式会社西村製作所 Slitter winding device
CN203833319U (en) * 2014-01-29 2014-09-17 广德大金机械有限公司 Winding and roll replacing device of polyurethane synthetic leather production line or PVC artificial leather production line
CN204702276U (en) * 2015-03-23 2015-10-14 浙江搏洲机械有限公司 A kind of four station automatic roll-changing devices
CN206827734U (en) * 2017-06-27 2018-01-02 广东嘉元科技股份有限公司 A kind of continuous winding device of copper foil production

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