Machining device for solar module frame

Abstract

The invention discloses a machining device for a solar module frame, and belongs to the field of aluminum profile machining mechanical equipment. According to the machining device, a feeding conveyingbelt is horizontally arranged on the upper side of a feeding conveying belt support, and frame bearing supports are horizontally arranged on the two sides of the upper portion of a machining main support correspondingly. Bearing turnover round plates are vertically and fixedly arranged on the two sides of a frame turnover rotary shaft, and the output end of a punching and riveting machining air cylinder is fixedly connected with the upper side of a lifting punching and riveting plate. Multiple punching and riveting pressing nails of conical structures are evenly arranged on the lower side ofa punching and riveting compressing plate. The output end of a frame translation air cylinder is fixedly connected with a frame translation support, and the output end of a lifting adjusting air cylinder is fixedly connected with the middle of the upper side of a frame containing and bearing support. The machining device is reasonable in structural design, corner pressing can be synchronously carried out on the ends of the two sides of the solar module frame fast, accurately, efficiently and stably, continuous and automatic producing and machining of the solar module frame are achieved, and the needs of production use are met.

Description

technical field [0001] The invention belongs to the field of aluminum profile processing machinery and equipment, and in particular relates to a processing device for a frame of a solar module, which is mainly used for corner code press-fitting processing of the frame of a solar module. Background technique [0002] Solar panels are the core part of the solar power generation system, and also the most valuable part of the solar power generation system. Installed in the frame of the solar module. The solar module frame refers to the aluminum alloy profile fixing frame and bracket composed of photovoltaic solar panel components. The solar module frame is mostly made of aluminum profile frame. The overall mechanical strength; the combination of silicone edge sealing enhances the sealing of the module; it is convenient for the installation and transportation of the module, so the aluminum profile frame is an indispensable part of the solar photovoltaic cell module. During the ...

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Problems solved by technology

During the production and processing process of the aluminum profile frame, the aluminum profile is first cut by cutting equipment to obtain the required length of the solar module frame. The frame is processed in turn by chip blowing, punching, and riveting. Punching riveting refers to the fact that the ends of the aluminum profile frame are inserted into the inner cavities of both sides of the aluminum profile frame by punching riveting after the corner codes are pressed. The corner code is not easy to be pulled out, so that after two adjacent aluminum profile frames are connected by the corner code, the connection structure strength of the aluminum profile frame can be stable and firm. The existing process of corner code pressing on both sides of the aluminum profile frame It is mainly carried out manually. It is necessary to manually hold the aluminum profile frame and then use the press-fitting equipment to place and press the corners one by one. After the corner code press-fitting process is completed, the aluminum profile frame needs to be manually transferred to the punching and riveting processing equipment. For punching and riveting processing, the entire assembly process of aluminum profiles requires manual participation. The use of manual operations is low in efficiency and poor in processing quality, which increases labor costs. In the entire processing process, the production and processing accuracy of aluminum profile frames is poor, which is easy to cause The aluminum profile is twisted and skewed, and the existing production and processing automation of the solar module frame is low. It is difficult to realize the continuous and large-scale production and processing of the solar module frame, which cannot meet the needs of production and use.

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