Soldering station mechanism for battery assembly

Abstract

The invention discloses a soldering station mechanism for a battery assembly. The soldering station mechanism for the battery assembly comprises a linear module, a follow-up linear sliding rail, a moving frame and soldering station assemblies, wherein the linear module and the follow-up linear sliding rail are arranged in parallel; the moving frame is installed on a sliding block of the linear module; the other end of the moving frame is arranged on a sliding block of the follow-up linear sliding rail; the position-adjustable soldering station assemblies are installed on the moving frame in anarray mode; horizontally-arranged adjusting holes are formed in the moving frame at equal intervals; and screws penetrate through the adjusting holes and then are locked onto the soldering station assemblies. By means of the mode, the soldering station is compact in structure, stable in operation, and capable of guaranteeing the stability of a welding rod; a rubber sucking disc downwards moves and retreats so as to be prevented from being damaged by high-temperature welding; the positions of each two adjacent soldering station assemblies is adjustable so as to be capable of being matched withproducts of different sizes, so that the applicability is wide; and a welding point floating structure is arranged in a floating mode, so that a welding head is ensured to make close contact with a welding point without damaging a product.

Description

technical field [0001] The invention relates to the technical field of solar module production, in particular to a welding station mechanism for a battery module. Background technique [0002] During the production process of solar modules, two groups of cells need to be welded together, each group includes six strings of cells, three kinds of welding flow rods are needed to weld these cells together, the electrodes need to be placed on the welding table first, and then The cells are placed on top of it for welding. In order to ensure the position of the electrodes, suction cups are often used to hold the electrodes. However, the suction cups are made of rubber and are not resistant to high temperatures. High temperatures are easy to damage the suction cups during welding. For products of different sizes, the positions of two adjacent electrodes are different. , the ordinary structure is difficult to meet the above elastic requirements, the thickness of the electrode is 0.2 ...

AI Technical Summary

Problems solved by technology

[0002] During the production process of solar modules, two groups of cells need to be welded together, each group includes six strings of cells, three kinds of welding flow rods are needed to weld these cells together, the electrodes need to be placed on the welding table first, and then The cells are placed on top of it for welding. In order to ensure the position of the electrodes, suction cups are often used to hold the electrodes. However, the suction cups are made of rubber and are not resistant to high temperatures. High temperatures are easy to damage the suction cups during welding. For products of different sizes, the positions of two adjacent electrodes are different. , the ordinary structure is difficult to meet the above elastic requirements, the thickness of the electrode is 0.2 ~ 0.4mm, which is relatively thin, the welding head is not flat, and it is easy to have virtual welding and missing welding during the welding process. Based on the above defects and deficiencies, it is necessary to The existing technology is improved, and a welding station mechanism for battery components is designed

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