CN203600179U

CN203600179U - Photovoltaic module dismounting device

Info

Publication number: CN203600179U
Application number: CN201320714135.5U
Authority: CN
Inventors: 陆恺民; 郑玄宗; 杨维刚
Original assignee: Fuyu Energy Technology Kunshan Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Fuyu Energy Technology Kunshan Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2013-11-14
Filing date: 2013-11-14
Publication date: 2014-05-21
Anticipated expiration: 2023-11-14

Abstract

A photovoltaic module dismounting device is used for dismounting a frame of a photovoltaic module and comprises a fixing part, a clamping part and an operating part, wherein the clamping part comprise a body plate, a top plate formed by one vertically extending side of the body plate and a boss formed by the other vertically extending side of the body plate. The operating part comprises an operating head and an operating rod connected with the operating head, the operating head is provided with a through hole, the fixing part penetrates the through hole of the operating part to be rotatably installed on the body plate of the clamping part, the body plate of the clamping part is arranged on one side of the frame of the photovoltaic module, a side plate of the clamping part is close to the outer side of the frame, the boss is clamped on the inner side of the frame, one end of the operating head away from the operating rod is in butt connection with the inner side of the frame of the photovoltaic module, and the operating rod is operated to enable the operating head to rotatably exert force onto the frame so as to dismount the frame. The operating rod and the operating head of the operating part can conveniently exert the force on the photovoltaic module so as to dismount the photovoltaic module, and the dismounting process is simple and convenient.

Description

The provision for disengagement of photovoltaic module

Technical field

The utility model relates to a kind of provision for disengagement, particularly a kind of for dismantling the photovoltaic module provision for disengagement of photovoltaic module.

Background technology

The cell panel of existing photovoltaic module is combined comparatively tight with frame, be inconvenient to dismantle in the time that cell panel goes wrong.

Utility model content

In view of this, be necessary to provide a kind of photovoltaic module provision for disengagement that can photovoltaic module for convenience detach.

The provision for disengagement of a kind of photovoltaic module, for dismantling the frame of a photovoltaic module, this provision for disengagement comprises a fixture, a holding firmware and an operating parts, this holding firmware comprises the boss that the opposite side bottom vertical of side plate that a side of a main board, autonomous agent plate extends to form vertically downward and autonomous agent plate extends to form, operating parts comprises that an operating head and connects the action bars of this operating head, operating head is offered a through hole, and fixture passes the through hole of operating parts this operating parts is rotatably installed on to the main board of holding firmware.

Preferably, this operating head comprises a cambered surface and vertically connects following two relative end faces in this cambered surface, through hole vertically runs through these both ends of the surface, and this cambered surface comprises a first end and one second end, and cambered surface is transitioned into increasing gradually to the distance of the center line of through hole of the second end everywhere from first end.

Preferably, this operating head also comprises facing directly of vertical connection both ends of the surface, and this is faced directly with the first end of this cambered surface and joins, and the second end of cambered surface is positioned at away from facing place directly, and through hole is opened in contiguous this and faces place directly.

Preferably, this fixture comprises a bolt and a nut, this bolt comprises a screw rod, the two ends of this screw rod form respectively a threaded portion and a head, holding firmware is offered a fixing hole, screw flight portion locks nut through the fixing hole of holding firmware and the through hole of operating parts successively, and the main board block of holding firmware is in the head of bolt, and operating parts block is in nut.

Preferably, fixing hole runs through boss and is vertically opened in main board, the side plate of holding firmware is offered some screwed holes that run through this side plate, this holding firmware also comprises some locking members, and each locking member comprises that a screw rod and that is used for the frame to be pressed in boss that is provided with some screw threads is arranged at the termination of screw rod one end.

Preferably, boss face is offered a draw-in groove that is used for accommodating scuncheon to a side of side plate.

Preferably, this provision for disengagement also comprises an adjustment part, this adjustment part comprises that a main part and runs through the perforation of main part, the screw rod of fixture passes the fixing hole of holding firmware successively, after the perforation of adjustment part and the through hole of operating parts, lock nut, the two ends difference block of adjustment part is in holding firmware and operating parts.

Compare prior art, the provision for disengagement of the utility model photovoltaic module can be passed through the action bars of rotation operating parts with by photovoltaic module frame detaching, easy to operate.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of the module provision for disengagement of the utility model photovoltaic and a photovoltaic module and workbench.

Fig. 2 is the three-dimensional exploded view of photovoltaic module.

Fig. 3 is the enlarged drawing at III place in Fig. 2.

Fig. 4 is the three-dimensional exploded view of the utility model provision for disengagement.

Fig. 5 is the use state diagram at another visual angle of Fig. 1.

Fig. 6 is the use state diagram of Fig. 1.

Main element symbol description

Workbench	300
		Operating desk	310
Locating piece	320
		Photovoltaic module	200
Provision for disengagement	100
		Frame	210
Cell panel	220
		Long limit	212
Top board	2121
		Side plate	2122
Installation portion	2123
		Connector	216
Connecting portion	2161
		Minor face	214
Fixture	10
		Bolt	11
Screw rod	111
		Head	113
Threaded portion	112
		Pad	12
Nut	13
		Holding firmware	20
Main board	21
		Side plate	22
Boss	23
		Draw-in groove	231
Fixing hole	211
		Screwed hole	221
Locking member	24
		Screw rod	241
Termination	242
		Adjustment part	30
Body	31
		Perforation	32
Operating parts	40
		Operating head	41
End face	413
		Face directly	411
Cambered surface	412
		First end	4121
The second end	4122
		Through hole	414
Action bars	42

The following specific embodiment further illustrates the utility model in connection with above-mentioned accompanying drawing.

The specific embodiment

Please refer to Fig. 1, the preferred embodiments of the utility model provision for disengagement 100 is for dismantling a photovoltaic module 200 being fixed on workbench 300.

Please refer to Fig. 2, this photovoltaic module 200 comprises a cell panel 220 and is located in the frame 210 of cell panel 220 surroundings.This frame 210 comprises two relative long limits 212, two relative minor face 214 and four L shaped connectors 216 that are connected between adjacent long edges 212 and minor face 214.Please refer to Fig. 3, the side plate 2122 and that each long limit 212 and minor face 214 include a top board 2121, be vertically installed in two intervals of top board 2,121 one sides be vertically installed in this biside plate 2122 one-tenth without exception " U " shape away from top board 2121 one end for accommodating the installation portion 2123 of corresponding sides of cell panel 220.Between this top board 2121, biside plate 2122 and installation portion 2123, surround the general orthogonal cavity in a cross section.

Connector 216 comprises two vertically disposed tabular connecting portions 2161.The four side of cell panel 220 snaps in the installation portion 2123 of corresponding long limit 212 and minor face 214 along equal correspondence.Two connecting portions 2161 of every a connection piece 216 insert respectively and are placed in the cavity of adjacent long edges 212 and minor face 214.

Workbench 300 comprises an operating desk 310 and is arranged at some locating pieces 320 of operating desk 310 end face both sides.

Please refer to Fig. 4, provision for disengagement 100 comprises a fixture 10, a holding firmware 20, an adjustment part 30 and an operating parts 40.

This fixture 10 comprises a bolt 11, two pads 12 and a nut 13.This bolt 11 comprises that diameter that a columniform screw rod 111, a threaded portion 112 and that is formed at one end of screw rod 111 are formed at the other end of screw rod 111 is greater than the head 113 of this screw rod 111.

This holding firmware 20 comprises a boss 23 and the some locking members 24 that the opposite side of side plate 22, an autonomous agent plate 21 of the rectangle that a side of main board 21, an autonomous agent plate 21 of a rectangle extends to form vertically downward extends to form vertically downward.Boss 23 is offered a draw-in groove 231 that is parallel to main board 21 towards a side of side plate 22.Main board 21 is offered a fixing hole 211 that runs through boss 23.The diameter of this fixing hole 211 is greater than the diameter of the screw rod 111 of bolt 11.This side plate 22 is offered some screwed holes 221 that run through this side plate 22.Locking member 24 comprises that a screw rod 241 and is arranged at the termination 242 of one end of screw rod 241.

This adjustment part 30 comprises a body 31.This body 31 is offered a perforation 32 that runs through body 31, and the diameter of this perforation 32 is greater than the diameter of the screw rod 111 of bolt 11, so that adjustment part 30 can be placed on screw rod 111.In the present embodiment, adjustment part 30 is a nut, and the screwed hole of this nut is this perforation 32.

Operating parts 40 comprises that an operating head 41 and connects the shaft-like action bars 42 of this operating head 41.This operating head 41 is roughly P shape, comprises facing 411 directly, one facing 411 and the upper following two relative end faces 413 of cambered surface 412 directly with respect to facing 411 cambered surface 412 directly and being vertically connected at respectively this.This operating head 41 is in offering a through hole 414 that vertically runs through both ends of the surface 413 near facing 411 places directly.This cambered surface 412 comprises one away from action bars 42 and is connected in faces 411 first end 4121 and directly from facing 411 the second ends 4122 farthest directly.Cambered surface 412 is transitioned into increasing gradually to the distance of the center line of through hole 414 of the second end 4122 everywhere from first end 4121.

While assembling this provision for disengagement 100, on the operating head 41 of the boss 23 of holding firmware 20 as for operating parts 40, make side plate 22 be positioned at 411 1 sides of facing directly of operating head 41.The screw rod 111 of bolt 11 is successively through locking nut 13 after the through hole 414 of the perforation 32 of the fixing hole 211 of a pad 12, holding firmware 20, adjustment part 30, operating parts 40 and another pad 12, holding firmware 20 blocks are in a pad 12, and operating parts 40 blocks are in another pad 12.The screw rod of each locking member 24 241 is entered to screwed hole 221 from side plate 22 away from a side chain of boss 23 and keep screw rod 241 not through this side plate 22.

Referring to Fig. 5 and Fig. 6, while using this provision for disengagement 100 to dismantle the minor face 214 of frame 210, the cell panel of photovoltaic module 200 220 is placed on operating desk 310, and two long limits 212 is fastened between the locating piece 320 of operating desk 310 both sides so that photovoltaic module 200 is fixed on to workbench 300.Again the main board of the holding firmware of this provision for disengagement 100 20 21 is placed in to top board 2121 contiguous adjacent short sides 214 one end places on a long limit 212, make side plate 22 be positioned at the outside of the side plate 2122 in the outside on long limit 212, the inner side edge of top board 2121 snaps in the draw-in groove 231 of boss 23.Meanwhile, make the first end 4121 of the cambered surface 412 of operating head 41 be connected to adjacent short sides 214 the side plate 2122 of inner side, screw in locking members 24 to boss 23 directions, make the screw rod 241 of each locking member 24 that length limit 212 is pressed in to boss 23.To pulling action bars 42 away from the direction on this length limit 212, this action bars 42 drives operating head 41 to rotate take the screw rod 111 of bolt 11 as pivot, in rotation process, in cambered surface 412, change towards the second end 4122 from first end 4121 with the tangent point of minor face 214, therefore this end of minor face 214 is outwards backed down by cambered surface 412, thereby minor face 214 is forced to depart from and be connected with cell panel 220 and long limit 212.Use the other end and another minor face 214 of detachable this minor face 214 of identical method.

Because the cell panel 220 of photovoltaic module 200 is placed in the installation portion 2123 of a side of frame 210, therefore while using provision for disengagement 100, make the operating head 41 of operating parts 40 be connected to close cell panel 220 place's application of forces of interior plate 2122, just can reach the most easily detachable effect.But the frame 210 of the photovoltaic module 200 of different model and the thickness difference of cell panel 220, must regulate the operating parts 40 of provision for disengagement 100 and the height of frame 210 butt positions according to different situations, just can adapt to the photovoltaic module 200 of different model.The adjustment part 30 of the utility model provision for disengagement 100 can be by selecting different thickness to reach the object of adjusting operating parts 40 and the height of the butt position of frame 210.

The provision for disengagement 100 of the utility model detaching equipment can be passed through the frame 210 of simple rotating operation dismounting photovoltaic module 200, avoids artificial unloading to waste time and energy.And this provision for disengagement 100 can, by regulating the thickness of adjustment part 30 to adapt to the dismounting demand of different model photovoltaic module 200, so that dismounting effect reaches best, and then strengthen the applicability of the utility model provision for disengagement 100.

Claims

1. photovoltaic module provision for disengagement, for dismantling the frame of a photovoltaic module, this provision for disengagement comprises a fixture, a holding firmware and an operating parts, this holding firmware comprises the boss that the opposite side bottom vertical of side plate that a side of a main board, autonomous agent plate extends to form vertically downward and autonomous agent plate extends to form, operating parts comprises that an operating head and connects the action bars of this operating head, operating head is offered a through hole, and fixture passes the through hole of operating parts so that this operating parts is rotatably installed on to the main board in holding firmware.

2. photovoltaic module as claimed in claim 1 provision for disengagement, it is characterized in that: this operating head comprises a cambered surface and vertically connects following two relative end faces in this cambered surface, through hole vertically runs through these both ends of the surface, this cambered surface comprises a first end and one second end, and cambered surface is transitioned into increasing gradually to the distance of the center line of through hole of the second end everywhere from first end.

3. photovoltaic module as claimed in claim 2 provision for disengagement, it is characterized in that: this operating head also comprises facing directly of vertical connection both ends of the surface, this is faced directly with the first end of this cambered surface and joins, and the second end of cambered surface is positioned at away from this faces place directly, and through hole is opened in contiguous this and faces place directly.

4. photovoltaic module as claimed in claim 1 provision for disengagement, it is characterized in that: this fixture comprises a bolt and a nut, this bolt comprises a screw rod, the two ends of this screw rod form respectively a threaded portion and a head, holding firmware is offered a fixing hole, screw flight portion locks nut through the fixing hole of holding firmware and the through hole of operating parts successively, and the main board block of holding firmware is in the head of bolt, and operating parts block is in nut.

5. photovoltaic module as claimed in claim 4 provision for disengagement, it is characterized in that: fixing hole runs through boss and is vertically opened in main board, the side plate of holding firmware is offered some screwed holes that run through this side plate, this holding firmware also comprises some locking members, and each locking member comprises that a screw rod and that is used for the frame to be pressed in boss that is provided with some screw threads is arranged at the termination of screw rod one end.

6. photovoltaic module as claimed in claim 5 provision for disengagement, is characterized in that: boss face is offered a draw-in groove that is used for accommodating scuncheon to a side of side plate.

7. photovoltaic module as claimed in claim 4 provision for disengagement, it is characterized in that: this provision for disengagement also comprises an adjustment part, this adjustment part comprises that a main part and runs through the perforation of main part, the screw rod of fixture passes the fixing hole of holding firmware successively, after the perforation of adjustment part and the through hole of operating parts, lock nut, the two ends difference block of adjustment part is in holding firmware and operating parts.