Solar cell assembly frame and angle assembling device and process thereof

Abstract

The invention discloses a solar cell assembly frame and angle assembling device and a process thereof, and relates to a solar cell assembly device. The invention provides the solar cell assembly frame and angle assembling device with good comprehensive use performance, scientific and reasonable structure, simple process and high automation degree. The device comprises a rack; the center of the rack is provided with a lifting mechanism; the sides of the lifting mechanism are provided with locking and adjusting mechanisms respectively, fixed on the rack and connected with movable supports; the movable supports are provided with frame assembling cross beams for connecting an upper guide plate and a lower guide plate respectively, the lower guide plate fixes an angle assembling bottom plate of an angle assembling cylinder and is connected with the frame assembling cross beam, and the angle assembling bottom plate fixed on the inner round angle of the rack is provided with an angle assembling mechanism; the upper guide plate of the frame assembling cross beam is provided with a transmission mechanism consisting of a motor, a telescopic pipe and a driving wheel set, and the two corresponding sides of the transmission mechanism are provided with positioning guardrails; and the transmission mechanism is connected with a frame closing mechanism.

Description

Technical field: [0001] The invention relates to a solar battery module device, in particular to a solar battery module frame and corner device and a process method thereof. Background technique: [0002] At present, most of the enterprises in the packaging and production of solar cell modules adopt the form of single unit frame, single unit corner, semi-manual and non-continuous operation. That is: first manually knock the "corner code" of the aluminum profile connector into the profile connection cavity with a rubber hammer; then put the solar cell (laminated glass) into the profile slot, and then manually carry the assembly and put it into the group frame After the framing process is completed, the components are manually lifted out and transferred to the corner forming machine for single-corner riveting process; in addition, a framing machine that has appeared in recent years uses pneumatic framing , Combined process of hydraulic group corners, this process method still...

AI Technical Summary

Problems solved by technology

With the rapid development of energy-saving manufacturing industry and the increase of its market demand, the existing production technology of solar cells is no longer suitable for the development needs of large-scale, standardized, automated and functional; its production is greatly restricted, no matter from the production The process, production efficiency, product quality, process consistency and product appearance cannot meet the production requirements. The main problems are: 1. The production efficiency of the frame is low; 2. The quality of the riveting angle is unstable and the equipment structure is unreasonable; 3. 1. Poor rigidity, does not meet the technical requirements of components; 4. High scrap rate; 5. High labor intensity; 6. Poor aesthetics

[0003] In addition, some foreign manufacturers of solar cell module equipment adopt a process of placing the manipulator into the profile frame through repeated reciprocating movements. frame, but the time it takes to take out the frame and install the frame is about the same as the labor, and the manipulator equipment is expensive, the maintenance cost is high, the floor area is large, and the energy consumption is large

At present, domestic promotion and use have been greatly restricted and are not suitable for my country's national conditions.

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