An elastic adjustable double glass component protection device

Abstract

The present invention discloses an elastic adjustable double-glazed module protection device. The device comprises angle beads configured to clamp two adjacent corners of a double-glazed module, end face of one side of each angle bead is fixedly connected with a line stretcher; free ends of two line stretchers are located through an adjustable buckle; the adjustable buckle is a cylinder-shaped hollow barrel, the free ends of the line stretchers passes through one end face of the cylinder-shaped hollow barrel and then extends from the other end face; and the side walls of two ends of the cylinder-shaped hollow barrel are provided with a gripper-shaped screw thread neck configured to locate the free ends of the line stretchers. The elastic adjustable double-glazed module protection device is simple in structure and convenient to use, and is configured to protect the corners of the double-glazed module and effectively protect the corners so as to reduce the production and package cost and improve the work efficiency on the basis of effectively ensuing the transportation safety of the double-glazed module.

Description

technical field [0001] The invention relates to the field of solar component production and manufacturing, in particular to a device for protecting double-glass components. Background technique [0002] As the name implies, double-glass photovoltaic module refers to a composite layer composed of two pieces of glass and solar cells, and the photovoltaic cell module is formed by connecting wires in series and parallel to the lead terminals between the cells. Most of the early double-glass modules were used in buildings, and the glass used was generally more than 4 mm, so they were heavy and inconvenient to carry, and mass production was not formed. With the birth of ultra-thin glass, especially the maturation of 2.5 mm glass production and processing technology, and the reduction in price, more and more photovoltaic module companies have begun to actively try the design and production of double-glass modules, and the degree of market recognition is also increasing. It can be ...

AI Technical Summary

Problems solved by technology

However, since the components are made of glass, many problems have arisen during the transportation and installation of the components

[0004] For example, if there are no corner protectors around the double-glass module, the damage rate will be high during the installation process, and the system cost will be high; but if corner protectors are installed, the cost of the module will increase greatly, and the increase in cost is mainly reflected in the following two points: First, most of the corner protectors used around the module at this stage are traditional hard plastic corner protectors, which need to be filled with glue first, and then bonded to the four corners one by one. The operation is inconvenient, time-consuming and laborious, and increases labor costs. The amount of glue cannot be controlled, and there is often a problem that the glue overflows outside the corner, which affects the appearance of the component, and the glue generally cannot be cured quickly, so it needs to be equipped with a separate curing room. The curing time varies between 8-12 hours, which seriously affects The production efficiency of components; the second is that the total thickness of double-glass components after lamination is 6 mm at this stage, and the outer diameter of the corner protector is 9 mm. Due to the high hardness of the corner protectors, only 33 pieces can be loaded in each box, which increases the packaging cost

It can be seen that the traditional use of corner protectors is not conducive to the wide application of products

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