CN207046579U - Disk device is repaiied in a kind of photovoltaic copper strips drum alignment - Google Patents

Disk device is repaiied in a kind of photovoltaic copper strips drum alignment Download PDF

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Publication number
CN207046579U
CN207046579U CN201720862342.3U CN201720862342U CN207046579U CN 207046579 U CN207046579 U CN 207046579U CN 201720862342 U CN201720862342 U CN 201720862342U CN 207046579 U CN207046579 U CN 207046579U
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China
Prior art keywords
copper strips
rotating shaft
workbench
fixed
support
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CN201720862342.3U
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Chinese (zh)
Inventor
程中广
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WUXI SVECK TECHNOLOGY Co Ltd
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WUXI SVECK TECHNOLOGY Co Ltd
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Abstract

It the utility model is related to photovoltaic winding copper strips technical field,More particularly to disk device is repaiied in a kind of photovoltaic copper strips drum alignment,Including workbench,Active rolling-up mechanism and driven relieving mechanism are arranged on workbench,Motor is arranged on workbench,Copper strips realizes automatic winding and the release of copper strips between active rolling-up mechanism and driven relieving mechanism and by the rotation of motor driven active rolling-up mechanism,The zone face vertical of copper strips,Position-limit mechanism is set on the walking path of copper strips between active rolling-up mechanism and driven relieving mechanism,Position-limit mechanism includes limited roller,The wheel face of limited roller sets stopper slot in one week,Copper strips walk when from stopper slot spacing process,Motor driven active rolling-up mechanism is operated to drive copper strips to rewind on active rolling-up mechanism,Automaticity is higher,Efficiency is higher and easy to operate,Limited roller avoids the sideslip of copper strips during winding,Disk quality is repaiied in guarantee.

Description

Disk device is repaiied in a kind of photovoltaic copper strips drum alignment
Technical field
Photovoltaic winding copper strips technical field is the utility model is related to, more particularly to a kind of alignment of photovoltaic copper strips drum is repaiied Disk device.
Background technology
Solar energy is the generally acknowledged green clean environment firendly energy, and the photovoltaic industry based on solar energy is at home in recent years Outer development is swift and violent.It is the critical component in photovoltaic industry solar cell to apply tin copper strips (also known as welding), for solar cell Energy efficiency and service life it is most important, current industry development is constantly lifted, technology is kept reforming, cost is constantly compressed Under conditions of, increasing producer is produced using automation equipment, and corresponding painting tin copper strips type requirements are also more and more, During production, copper strips generally winding on drum, but if the side of copper strips can not align on drum, is then needed the copper on drum Band breaks up winding again and repaiies disk, avoids influenceing quality and the use in later stage of copper strips, currently, the winding again of copper strips is typically Manual operation, less efficient, troublesome in poeration, under long-time operation, operator is easily tired, it is impossible to ensures quality.
Utility model content
The purpose of this utility model is to overcome efficiency existing for prior art is low, troublesome in poeration, quality can not ensure to lack Fall into, there is provided a kind of efficiency high, the alignment of easy to operate photovoltaic copper strips drum repair disk device, and can guarantee that and repair disk quality.
Technical scheme is used by the utility model solves its technical problem:Disk is repaiied in a kind of photovoltaic copper strips drum alignment Device, including workbench, active rolling-up mechanism and driven relieving mechanism are arranged on workbench, motor, copper strips are arranged on workbench Oneself of copper strips is realized between active rolling-up mechanism and driven relieving mechanism and by the rotation of motor driven active rolling-up mechanism Dynamic winding and release, the zone face vertical of copper strips, the row of the copper strips between active rolling-up mechanism and driven relieving mechanism Walk and position-limit mechanism is set on path, position-limit mechanism includes limited roller, and the wheel face of limited roller sets stopper slot, copper strips row in one week When walking from stopper slot spacing process.
The active rolling-up mechanism includes the first rotating shaft of vertical, and the lower end of first rotating shaft is consolidated by first bearing seat To determine on the table and the end is connected with the output shaft of motor, the axle body of first rotating shaft sets the first support convex of annular, the The first support plate is arranged in one support convex, the first spool of annular, the upper end connection of first rotating shaft are arranged in the first support plate First clamping sleeve, the first support plate and the first spool, which are set on the axle body of first rotating shaft and be pressed, is fixed on the first compression Between set and the first support convex, periphery of the copper strips along the first spool is wound, and the table top of the first support convex and workbench is put down Line space arranges that motor is fixed on by mounting bracket below the table top of workbench.
The driven relieving mechanism includes the second rotating shaft of vertical, and the lower end of the second rotating shaft is consolidated by second bearing seat Fixed the axle body of the second rotating shaft sets the second support convex of annular on the table, arranges that second supports in the second support convex Disk, arranges the second spool of annular in the second support plate, and the upper end of the second rotating shaft connects the second clamping sleeve, the second support plate and the Two spools are set on the axle body of the second rotating shaft and are pressed and are fixed between the second clamping sleeve and the second support convex, copper strips Wound along the periphery of the second spool, the table top parallel spacing arrangement of the second support convex and workbench.
Frictiona damping mechanism is set on the workbench, frictiona damping mechanism includes fixed block, elastic steel strip and friction plate, Fixed block is fixed on the table, and one end of elastic steel strip is connected with fixed block, the other end is connected with friction plate, the side of friction plate Face and the outer peripheral face CONTACT WITH FRICTION of the second support plate.
The position-limit mechanism includes the 3rd rotating shaft of vertical, and the lower end of the 3rd rotating shaft is fixed on by 3rd bearing seat On workbench, the upper end of the 3rd rotating shaft is vertically connected with connecting rod, and the shaft of connecting rod passes through from the 3rd rotating shaft and passes through lock Tight screw is fixed, and one end of connecting rod is extended with annular sleeve and the inner ring center line of annular sleeve is arranged vertically, the inner ring of annular sleeve In through have adjusting set and the two be connected by screw fixation, adjusting set is cylinder channel-shaped and notch is set downwards, in the middle part of bottom land Set at through hole, notch to the flattened flange of surrounding, flange is located at the lower section of connecting rod, and running through in adjusting set has adjusting rod, adjusts Through being connected afterwards with bulb in the through hole of the bottom land of the upper end self-regulation set of pole, the bottom connection rolling wheel support of adjusting rod, limit Position roller is fixed on rolling wheel support, be arranged with spring on the shaft of adjusting rod and spring be limited in flange and rolling wheel support it Between.
Beneficial effect:When carrying out repairing disk using the utility model, will appear from quality problems needs to repair the copper strips of disk again Drum is placed on driven relieving mechanism, is then guided on the copper strips head on the drum on active rolling-up mechanism, recycles motor Drive the operating of active rolling-up mechanism to drive copper strips to rewind on active rolling-up mechanism, automaticity is higher, efficiency compared with It is high and easy to operate, during winding, when copper strips is walked between active rolling-up mechanism and driven relieving mechanism, position-limit mechanism Limited roller in walking of the stopper slot to copper strips carry out it is spacing, when avoiding winding the sideslip of copper strips, guarantee repair disk quality.
Brief description of the drawings
Fig. 1 is dimensional structure diagram of the present utility model;
Fig. 2 is the enlarged drawing of C portion in Fig. 1;
Fig. 3 is A-A sectional views in Fig. 1;
Fig. 4 is B-B sectional views in Fig. 1.
In figure:10- workbench;20- motors;30- copper strips;40- limited rollers;51- first rotating shafts, 52- first bearing seats, The support convex of 53- first, the rotating disks of 54- first, the spools of 55- first, the clamping sleeves of 56- first;The rotating shafts of 61- second, 62- second bearings Seat, the support convex of 63- second, the rotating disks of 64- second, the spools of 65- second, the clamping sleeves of 66- second;71- fixed blocks, 72- Elastic Steels Bar, 73- friction plates;The rotating shafts of 81- the 3rd, 82- 3rd bearings seat, 83- connecting rods, 84- lock-screws, 85- annular sleeves, 86- are adjusted Save set, 861- flanges, 87- adjusting rods, 88- bulbs, 89- rolling wheel supports, 90- springs.
Embodiment
With reference to Fig. 1-4, the utility model will be further described.
Disk device, including workbench 10 are repaiied in a kind of photovoltaic copper strips drum alignment, and active winder is arranged on workbench 10 Structure and driven relieving mechanism, motor 20 is arranged on workbench 10, copper strips 30 is wound on active rolling-up mechanism and driven relieving mechanism Between and drive active rolling-up mechanism to rotate by motor 20 to realize automatic winding and the release of copper strips 30, the zone face of copper strips 30 is vertical Arrange, position-limit mechanism is set on the walking path of the copper strips 30 between active rolling-up mechanism and driven relieving mechanism, it is spacing Mechanism includes limited roller 40, and the wheel face of limited roller 40 sets stopper slot for one week, and copper strips 30 is spacing from stopper slot when walking By.
When carrying out repairing disk using the utility model, the drum that will appear from quality problems needs to repair the copper strips 30 of disk again is placed on On driven relieving mechanism, then the head of copper strips 30 on the drum is guided on active rolling-up mechanism, recycles motor 20 to drive Active rolling-up mechanism is operated to drive copper strips 30 to rewind on active rolling-up mechanism, and automaticity is higher, and efficiency is higher And it is easy to operate, during winding, when copper strips 30 is walked between active rolling-up mechanism and driven relieving mechanism, position-limit mechanism Limited roller in walking of the stopper slot to copper strips 30 carry out it is spacing, when avoiding winding the sideslip of copper strips 30, guarantee repair disk matter Amount.
Further, the active rolling-up mechanism includes the first rotating shaft 51 of vertical, and the lower end of first rotating shaft 51 leads to Cross that first bearing seat 52 is fixed on workbench 10 and the end is connected with the output shaft of motor 20, the axle body of first rotating shaft 51 is set First support convex 53 of annular, the first support plate 54 is arranged in the first support convex 53, annular is arranged in the first support plate 54 The first spool 55, the upper end of first rotating shaft 51 connects the first clamping sleeve 56, and the first support plate 54 and the first spool 55 are arranged On the axle body of first rotating shaft 51 and be pressed and be fixed between the first clamping sleeve 56 and the first support convex 53, copper strips 30 along The table top parallel spacing arrangement of the periphery winding of first spool 55, the first support convex 53 and workbench 10, motor 20 pass through peace Dress support 57 is fixed on below the table top of workbench 10.When motor 20 starts, the output shaft of motor 20 drives 51 turns of first rotating shaft Dynamic, so as to which the first support plate 54 and the first spool 55 follow first rotating shaft 51 to rotate together, the rotation of the first spool 55 is used for receiving The copper strips 30 for rolling up copper strips 30 and winding is placed in the first support plate 54, and the first support plate 54 is propped up the copper strips 30 of winding Support, align it is spacing, guarantee repair disk quality.
Further, the driven relieving mechanism includes the second rotating shaft 61 of vertical, and the lower end of the second rotating shaft 61 leads to Cross second bearing seat 62 to be fixed on workbench 10, the second support convex 63 of the axle body setting annular of the second rotating shaft 61, second The second support plate 64 is arranged in support convex 63, the second spool 65 of annular is arranged in the second support plate 64, the second rotating shaft 61 Upper end connects the second clamping sleeve 66, and the second support plate 64 and the second spool 65 are set on the axle body of the second rotating shaft 61 and pressed System is fixed between the second clamping sleeve 66 and the second support convex 63, periphery winding of the copper strips 30 along the second spool 65, and second Support convex 63 and the table top parallel spacing of workbench 10 arrangement.While the rotation of active rolling-up mechanism is wound to copper strips 30 The second rotating shaft 61 can be driven to rotate to discharge copper strips 30.In addition, the first spool 55 and the second spool 65 are equivalent to described Drum directly takes away the first clamping sleeve 56 and the second clamping sleeve 66, it is necessary to when changing the drum of copper strips 30.
Further, frictiona damping mechanism is set on the workbench 10, and frictiona damping mechanism includes fixed block 71, elasticity Steel bar 72 and friction plate 73, fixed block 71 are fixed on workbench 10, and one end of elastic steel strip 72 is connected with fixed block 71, is another End is connected with friction plate 73, the outer peripheral face CONTACT WITH FRICTION of the side of friction plate 73 and the second support plate 64, wherein, friction plate 73 can To be made of quality of rubber materials, the friction between the support plate 64 of friction plate 73 and second is equivalent to a kind of pulling force so that actively receives The winding for rolling up copper strips 30 in mechanism is more compact.
Preferably, the position-limit mechanism includes the 3rd rotating shaft 81 of vertical, and the lower end of the 3rd rotating shaft 81 passes through the 3rd Bearing block 82 is fixed on workbench 10, and the upper end of the 3rd rotating shaft 81 is vertically connected with connecting rod 83, and the shaft of connecting rod 83 is certainly Pass through in 3rd rotating shaft 81 and fixed by lock-screw 84, one end of connecting rod 83 is extended with annular sleeve 85 and annular sleeve 85 Inner ring center line arranges vertically, in the inner ring of annular sleeve 85 through have adjusting set 86 and the two be connected by screw fixation, adjust Set 86 is cylinder channel-shaped and notch is set to the flattened flange 861 of surrounding, flange downwards, at bottom land middle part setting through hole, notch 861 are located at the lower section of connecting rod 83, and running through in adjusting set 86 has adjusting rod 87, the bottom land of the upper end self-regulation set 86 of adjusting rod 87 Through hole in through being connected afterwards with bulb 88, the bottom of adjusting rod 87 connects rolling wheel support 89, and limited roller 40 is fixed on roller On support 89, spring 90 is arranged with the shaft of adjusting rod 87 and spring 90 is limited between flange 861 and rolling wheel support 89. When use, to be adjusted by regulation position limiting mechanism limited roller 40 to suitable height suitably to be rolled to copper strips 30 Kinetic force of friction carries out spacing come preferably to copper strips 30, and specific operation is first to turn adjusting set 86 tentatively to adjust limited roller 40 height, the elastic force of spring 90 is pulled up or adjusted down by pressure ball head 88 upward.In addition, whole position-limit mechanism passes through 3rd bearing seat 82 is turnable to be fixed on workbench 10 so that copper strips 30 is in the walking path change because of winding radius change During change, limited roller 40 is remained to play position-limiting action immediately following copper strips 30, and disk quality is repaiied in guarantee.The setting of pinning screw 84 to connect The pendulum arm length of extension bar 83 can adjust to ensure that limited roller 40 can be engaged with copper strips 30.
It should be appreciated that specific embodiment described above is only used for explaining the utility model, it is not used to limit this reality With new.By the obvious changes or variations that spirit of the present utility model is extended out still in protection of the present utility model Among scope.

Claims (5)

1. disk device is repaiied in a kind of photovoltaic copper strips drum alignment, it is characterised in that:Including workbench (10), cloth on workbench (10) Active rolling-up mechanism and driven relieving mechanism are put, motor (20) is arranged on workbench (10), copper strips (30) is wound wound on active Rotate between mechanism and driven relieving mechanism and by motor (20) drive active rolling-up mechanism the automatic winding for realizing copper strips (30) And release, the zone face vertical of copper strips (30), copper strips (30) between active rolling-up mechanism and driven relieving mechanism Position-limit mechanism is set on walking path, and position-limit mechanism includes limited roller (40), and the wheel face of limited roller (40) sets limit in one week Position groove, copper strips (30) walk when from stopper slot spacing process.
2. disk device is repaiied in photovoltaic copper strips drum alignment according to claim 1, it is characterised in that:The active winder Structure includes the first rotating shaft (51) of vertical, and the lower end of first rotating shaft (51) is fixed on workbench by first bearing seat (52) (10) on the and end is connected with the output shaft of motor (20), and the axle body of first rotating shaft (51) sets the first support convex of annular (53) the first support plate (54), is arranged in the first support convex (53), the first spool of annular is arranged in the first support plate (54) (55), the upper end of first rotating shaft (51) connects the first clamping sleeve (56), and the first support plate (54) and the first spool (55) are arranged On the axle body of first rotating shaft (51) and it is pressed and is fixed between the first clamping sleeve (56) and the first support convex (53), copper strips (30) wound along the periphery of the first spool (55), the table top parallel spacing cloth of the first support convex (53) and workbench (10) Put, motor (20) is fixed on by mounting bracket (57) below the table top of workbench (10).
3. disk device is repaiied in photovoltaic copper strips drum alignment according to claim 2, it is characterised in that:The driven machine for releasing Structure includes the second rotating shaft (61) of vertical, and the lower end of the second rotating shaft (61) is fixed on workbench by second bearing seat (62) (10) on, the axle body of the second rotating shaft (61) sets the second support convex (63) of annular, and the is arranged in the second support convex (63) Two support plates (64), arrange the second spool (65) of annular in the second support plate (64), the upper end connection of the second rotating shaft (61) the Two clamping sleeves (66), the second support plate (64) and the second spool (65) are set on the axle body of the second rotating shaft (61) and are pressed It is fixed between the second clamping sleeve (66) and the second support convex (63), periphery volume of the copper strips (30) along the second spool (65) Around the table top parallel spacing arrangement of the second support convex (63) and workbench (10).
4. disk device is repaiied in photovoltaic copper strips drum alignment according to claim 3, it is characterised in that:The workbench (10) Upper setting frictiona damping mechanism, frictiona damping mechanism include fixed block (71), elastic steel strip (72) and friction plate (73), fixed block (71) it is fixed on workbench (10), one end of elastic steel strip (72) is connected with fixed block (71), the other end and friction plate (73) It is connected, the side of friction plate (73) and the outer peripheral face CONTACT WITH FRICTION of the second support plate (64).
5. disk device is repaiied in photovoltaic copper strips drum alignment according to claim 4, it is characterised in that:The position-limit mechanism bag The 3rd rotating shaft (81) of vertical is included, the lower end of the 3rd rotating shaft (81) is fixed on workbench (10) by 3rd bearing seat (82) On, the upper end of the 3rd rotating shaft (81) is vertically connected with connecting rod (83), and the shaft of connecting rod (83) is worn from the 3rd rotating shaft (81) Cross and fixed by lock-screw (84), one end of connecting rod (83) is extended with the inner ring of annular sleeve (85) and annular sleeve (85) Heart line arranges vertically, in the inner ring of annular sleeve (85) through have adjusting set (86) and the two be connected by screw fixation, adjusting set (86) set for cylinder channel-shaped and notch to the flattened flange of surrounding (861) downwards, at bottom land middle part setting through hole, notch, it is convex Edge (861) is located at the lower section of connecting rod (83), and running through in adjusting set (86) has adjusting rod (87), the upper end self-regulated of adjusting rod (87) Through being connected afterwards with bulb (88) in the through hole of the bottom land of section set (86), the bottom of adjusting rod (87) connects rolling wheel support (89), Limited roller (40) is fixed on rolling wheel support (89), and spring (90) and spring (90) quilt are arranged with the shaft of adjusting rod (87) It is limited between flange (861) and rolling wheel support (89).
CN201720862342.3U 2017-07-14 2017-07-14 Disk device is repaiied in a kind of photovoltaic copper strips drum alignment Active CN207046579U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720862342.3U CN207046579U (en) 2017-07-14 2017-07-14 Disk device is repaiied in a kind of photovoltaic copper strips drum alignment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720862342.3U CN207046579U (en) 2017-07-14 2017-07-14 Disk device is repaiied in a kind of photovoltaic copper strips drum alignment

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CN207046579U true CN207046579U (en) 2018-02-27

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107215714A (en) * 2017-07-14 2017-09-29 无锡市斯威克科技有限公司 Disk device is repaiied in a kind of photovoltaic copper strips drum alignment
CN113460764A (en) * 2021-07-27 2021-10-01 赣州市中金高能电池材料股份有限公司 Coiling mechanism of nickel plating steel band punches a hole
CN115818345A (en) * 2023-02-24 2023-03-21 济南邦德激光股份有限公司 Laser fiber coiling device

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107215714A (en) * 2017-07-14 2017-09-29 无锡市斯威克科技有限公司 Disk device is repaiied in a kind of photovoltaic copper strips drum alignment
CN113460764A (en) * 2021-07-27 2021-10-01 赣州市中金高能电池材料股份有限公司 Coiling mechanism of nickel plating steel band punches a hole
CN113460764B (en) * 2021-07-27 2023-04-07 赣州市中金高能电池材料股份有限公司 Coiling mechanism of nickel plating steel band punches a hole
CN115818345A (en) * 2023-02-24 2023-03-21 济南邦德激光股份有限公司 Laser fiber coiling device
CN115818345B (en) * 2023-02-24 2023-10-03 济南邦德激光股份有限公司 Optical fiber coiling device of laser

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