CN201776955U

CN201776955U - Fixed type laminating machine for solar battery component

Info

Publication number: CN201776955U
Application number: CN2010202648957U
Authority: CN
Inventors: 祁永庆; 薛永胜; 张丽君; 刘小宇
Original assignee: Shanghai Solar Energy Research Center Co Ltd
Current assignee: Shanghai Solar Energy Research Center Co Ltd
Priority date: 2010-07-21
Filing date: 2010-07-21
Publication date: 2011-03-30
Anticipated expiration: 2020-07-21

Abstract

A fixed type laminating machine for a solar battery component comprises a plate frame shaped frame body, wherein a silica gel plate is transversely arranged at the upper part of the inner chamber of the frame body and divides the inner chamber of the frame body into an upper cavity and a lower cavity, a heating plate is transversely arranged at the lower part of the inner chamber of the frame body, an oblique wall board is respectively arranged at the left end and the right end below the silica gel plate and connected with the two end plates of the frame body through a jointed shaft, an inlet channel and an outlet channel are respectively arranged on the left end plate and the right end plate of the frame body, an inlet sealing door and an outlet sealing door are respectively arranged on the outer sides of the left end plate and the right end plate of the frame body, and interfaces used for connecting vacuumizing pipe lines are respectively arranged on the cap plate and the baseplate of the frame body. The utility model adopts a fixed type structure, the lamination process can be finished only by opening and closing the sealing doors, and since a special elevator mechanism is eliminated, the energy consumption of equipment is reduced greatly, the use cost and maintenance cost of the equipment are saved, and the stability of the lamination technology process is ensured.

Description

The fixed laminating machine of solar module

Technical field

The utility model relates to a kind of process equipment of solar module, relates in particular to the fixed laminating machine of a kind of solar module.

Background technology

No matter domestic and international existing solar module laminating machine is individual layer laminating machine or multi-level laminating press, all is to utilize elevating mechanism earlier upper chamber to be separated with lower chambers, again solar module is sent into or sent lamination station.Owing to adopt the elevating mechanism of multi-point support, the existing layer press all exists lifting asynchronous and cause the phenomenon that tilts.Elevating mechanism all will move up and down in each lamination process, must consume lot of energy, and the frequent movement of elevating mechanism and dynamical system thereof also can cause the generation of fault simultaneously.Like this, not only can have influence on technology stability, also can increase the use cost and the maintenance cost of equipment.

The utility model content

The purpose of this utility model exactly in order to overcome the above-mentioned deficiency of prior art, provides a kind of fixed laminating machine of solar module that does not need elevating mechanism.

In order to achieve the above object, the utility model has adopted following technical scheme: the fixed laminating machine of a kind of solar module, comprise a sheet frame shape framework that is provided with inner chamber, inner chamber upper lateral in framework is provided with a silica gel plate, this silica gel plate is separated into upper chamber and lower chambers with the inner chamber of framework, inner chamber lower, transverse in framework is provided with a heating plate, two ends, the left and right sides below silica gel plate are respectively equipped with a bevel siding, this bevel siding links to each other with the two end plates of framework by jointed shaft, on the two end plates of the left and right sides of framework, be respectively equipped with intake channel and the exit passageway that is used to pass in and out solar module, be respectively equipped with the inlet seal door and the exit seal door of closing above-mentioned intake channel and exit passageway in the left and right sides of the framework two end plates outside, on the top board of framework and base plate, be respectively equipped with the interface that is used to be connected vacuum lines.

The lower edge position of described intake channel and exit passageway and the upper surface position of heating plate are suitable.

The upper end of described bevel siding is hinged on the end plate near the workbench of silica gel plate, and the lower end is higher than the upper limb of passage under nature, can be pressed in the upper surface of heating plate down in working order or press close to the edge of heating plate.

Described silica gel plate is after upper chamber's inflation pressurization, and deformable is pressed on two bevel sidings and the heating plate, forms an inverted trapezoidal structure.

The utility model adopts stationary structure, only need to open and close hermatic door and can finish lamination process,, reduced energy consumption of equipment significantly owing to no longer need special elevating mechanism, save equipment use cost and maintenance cost, also guaranteed the stability of laminating technology process.

Description of drawings

Fig. 1, Fig. 2 are the structural representations of the fixed laminating machine of the utility model solar module, and wherein Fig. 1 is a nature, and Fig. 2 is a duty.

The specific embodiment

Referring to Fig. 1, Fig. 2, the fixed laminating machine of solar module of the present utility model, comprise a sheet frame shape framework 1 that is provided with inner chamber, inner chamber upper lateral in framework 1 is provided with a silica gel plate 2, this silica gel plate is separated into upper chamber 3 and lower chambers 4 with the inner chamber of framework, inner chamber lower, transverse in framework is provided with a heating plate 5, two ends, the left and right sides below silica gel plate are respectively equipped with a bevel siding 6, be respectively equipped with the intake channel 7 and the exit passageway 8 that are used to pass in and out solar module on the two end plates of the left and right sides of framework, the lower edge position of intake channel 7 and exit passageway 8 and the upper surface position of heating plate 5 are suitable.Be respectively equipped with the inlet seal door 9 and the exit seal door 10 of closing above-mentioned intake channel 7 and exit passageway 8 in the left and right sides of the framework two end plates outside, on the top board of framework and base plate, be respectively equipped with the interface 11,12 that is used to be connected vacuum lines.

The upper end of the bevel siding 6 in the utility model is hinged on the end plate near the framework of silica gel plate 2, and the lower end is higher than the upper limb of passage 7 or 8 under nature, can be pressed in the upper surface of heating plate 5 down in working order or press close to the edge of heating plate 5.

Silica gel plate 2 in the utility model is after upper chamber 3 inflation pressurization, and deformable is pressed on two bevel sidings 6 and the heating plate 5 (or be placed on the heating plate 5 solar module), forms an inverted trapezoidal structure, as shown in Figure 2.

The operation principle of the fixed laminating machine of solar module of the present utility model is, solar module enters lower chambers 4 by intake channel 7, and places on the heating plate 5, and inlet seal door 9 is closed under the effect of auxiliary body subsequently, sealing intake channel 7 makes lower chambers 4 become confined space.To upper chamber's 3 inflation pressurizations, stretcher strain takes place in silica gel plate 2 under pressure then, and the silica gel plate 2 after the stretching carries out the transition to above the heating plate 5 by bevel siding 6, and solar module is carried out lamination.Bevel siding 6 has prevented that silica gel plate from because of suction function is expressed to the passage the inside, also having reduced the stretcher strain of silica gel plate, can prolong the service life of silica gel plate.After lamination was finished, silica gel plate restored to the original state, and bevel siding rotates and returns to nature around jointed shaft under the effect of servicing unit, and the bottom level that returns to the bevel siding after the nature is not less than the top height of passage.At last, exit seal door 10 is opened, and solar module takes out from lower chambers 4, finishes lamination.

Claims

1. fixed laminating machine of solar module, it is characterized in that: comprise a sheet frame shape framework that is provided with inner chamber, inner chamber upper lateral in framework is provided with a silica gel plate, this silica gel plate is separated into upper chamber and lower chambers with the inner chamber of framework, inner chamber lower, transverse in framework is provided with a heating plate, two ends, the left and right sides below silica gel plate are respectively equipped with a bevel siding, this bevel siding links to each other with the two end plates of framework by jointed shaft, on the two end plates of the left and right sides of framework, be respectively equipped with intake channel and the exit passageway that is used to pass in and out solar module, be respectively equipped with the inlet seal door and the exit seal door of closing above-mentioned intake channel and exit passageway in the left and right sides of the framework two end plates outside, on the top board of framework and base plate, be respectively equipped with the interface that is used to be connected vacuum lines.

2. the fixed laminating machine of solar module as claimed in claim 1 is characterized in that: the lower edge position of described intake channel and exit passageway and the upper surface position of heating plate are suitable.

3. the fixed laminating machine of solar module as claimed in claim 1, it is characterized in that: the upper end of described bevel siding is hinged on the end plate near the workbench of silica gel plate, the lower end is higher than the upper limb of passage under nature, the following in working order edge that can be pressed in the upper surface of heating plate or press close to heating plate.

4. the fixed laminating machine of solar module as claimed in claim 1 is characterized in that: described silica gel plate is after upper chamber's inflation pressurization, and deformable is pressed on two bevel sidings and the heating plate, forms an inverted trapezoidal structure.