CN208102826U

CN208102826U - A kind of double-sided glass photovoltaic module neonychium

Info

Publication number: CN208102826U
Application number: CN201820394299.7U
Authority: CN
Inventors: 王志鑫; 种永; 张丽娜; 张文书; 张楠
Original assignee: Realforce Power Co Ltd
Current assignee: Realforce Power Co Ltd
Priority date: 2018-03-22
Filing date: 2018-03-22
Publication date: 2018-11-16
Anticipated expiration: 2028-03-22

Abstract

A kind of double-sided glass photovoltaic module neonychium; the neonychium is made of ethylene closed cell foam; the neonychium size is identical as double-sided glass photovoltaic module size; terminal box, 2-3 times with a thickness of the sum of double-sided glass photovoltaic module thickness and terminal box thickness of the neonychium are installed on the double-sided glass photovoltaic module；At least two hollow grooves are provided on the neonychium; one of hollow groove is socketed in outside terminal box; it is identical as double-sided glass photovoltaic module size by being arranged to neonychium; solve the problems, such as that positioning accuracy is lower; and pass through the hollow groove of setting socket terminal box; positioning accuracy is further increased, and wire box can be docked and protected；Increase the crawl precision that robot grabs double-sided glass by the way that multiple hollow grooves are arranged, decreases the production cost of neonychium.

Description

A kind of double-sided glass photovoltaic module neonychium

Technical field

The utility model relates to a kind of double-sided glass photovoltaic module neonychiums, produce suitable for double-sided glass photovoltaic module The production of journey, storage, transportation and packaging.

Background technique

Currently, the placement of neonychium used in the production of double-sided glass photovoltaic module be generally manually placed in it is double Four angles of surface glass photovoltaic module, not only increase human cost, and placement precision cannot be effectively ensured, this is practical It is novel be related to a kind of double-sided glass photovoltaic module neonychium avoid manually contact brought by security risk, while this is practical new Double-sided glass photovoltaic module neonychium involved in type, which can be used robot and once grab, to be in place, and life is effectively raised Efficiency is produced, neonychium is also avoided and places bring product quality problem not in place.

Summary of the invention

In order to solve defect of the existing technology, the utility model provides a kind of double-sided glass photovoltaic module neonychium, Suitable for the production, storage, transportation and packaging of double-sided glass photovoltaic module production process, by by neonychium be arranged to it is double Surface glass photovoltaic module size is identical, solves the problems, such as that positioning accuracy is lower, and by setting socket terminal box hollow groove, i.e., into One step increases positioning accuracy, and can dock wire box and be protected, and increases efficiency；The utility model is multiple hollow by being arranged Slot, and multiple hollow grooves are left unused, therefore, significantly increase the crawl precision that subsequent robot grabs double-sided glass, machine People's handgrip only needs to grasp the double-sided glass in hollow groove by hollow groove, and decreases the production cost of neonychium； The utility model while design thickness standard, increase protecting effect.

To achieve the above object, the utility model uses following technical scheme：A kind of double-sided glass photovoltaic module neonychium, The neonychium is made of ethylene closed cell foam, and the neonychium size is identical as double-sided glass photovoltaic module size, institute State and terminal box be installed on double-sided glass photovoltaic module, the neonychium with a thickness of double-sided glass photovoltaic module thickness and wiring 2-3 times of the sum of box thickness；At least two hollow grooves are provided on the neonychium, one of hollow groove is socketed in terminal box It is external.

Preferably, the quantity of the hollow groove is five, and one of hollow groove is for being socketed terminal box, in four additional Empty slot is respectively placed in two side ends and the rear portion of socket terminal box hollow groove；When grabbing double-sided glass photovoltaic module for robot Sucker gripper reserved space.

Preferably, 2.5 times with a thickness of the sum of double-sided glass photovoltaic module thickness and terminal box thickness of the neonychium.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the utility model mounting structure schematic diagram.

Specific embodiment

As shown in Figs. 1-2, a kind of double-sided glass photovoltaic module neonychium, 1 neonychium use ethylene closed cell foam It is made, the 1 neonychium size is identical as 2 double-sided glass photovoltaic module sizes, is equipped on the 2 double-sided glass photovoltaic module 3 terminal boxes, 2-3 times with a thickness of the sum of 2 double-sided glass photovoltaic module thickness and 3 terminal box thickness of 1 neonychium；It is described At least five are provided on 1 neonychium（4,5,6,7,8）Hollow groove, one of them 4 hollow groove are socketed in outside 3 terminal boxes, separately Outer four（5,6,7,8）Hollow groove is respectively placed in two side ends and the rear portion of 3 socket terminal box, 4 hollow groove；It is grabbed for robot Sucker gripper reserved space when double-sided glass photovoltaic module.

Preferably, 1 neonychium with a thickness of the 2.5 of the sum of 2 double-sided glass photovoltaic module thickness and 3 terminal box thickness Times.

It is clear that above embodiment is only one of embodiment of the utility model, it is any on this basis Simple modifications belong to the protection scope of the utility model.

Claims

1. a kind of double-sided glass photovoltaic module neonychium, it is characterised in that the neonychium is made of ethylene closed cell foam, The neonychium size is identical as double-sided glass photovoltaic module size, is equipped with terminal box on the double-sided glass photovoltaic module, 2-3 times with a thickness of the sum of double-sided glass photovoltaic module thickness and terminal box thickness of the neonychium；It is set on the neonychium At least two hollow grooves are equipped with, one of hollow groove is socketed in outside terminal box.

2. a kind of double-sided glass photovoltaic module neonychium according to claim 1, it is characterised in that the number of the hollow groove Amount is five, and one of hollow groove is respectively placed in socket terminal box hollow groove for being socketed terminal box, four additional hollow groove Two side ends and rear portion.

3. a kind of double-sided glass photovoltaic module neonychium according to claim 1, it is characterised in that the thickness of the neonychium Degree is 2.5 times of the sum of double-sided glass photovoltaic module thickness and terminal box thickness.