Handheld laser welding equipment and safe operation method thereof

Abstract

The invention provides handheld laser welding equipment, which comprises a handheld swing welding head, a control box, a laser device, a laser water cooler, a protective gas device, a safety protection control circuit, a laser activating button and a laser power supply button which are connected with the laser device, and a temperature sensor arranged on a water tank of the laser water cooler, wherein the safety protection control circuit comprises a safety protection loop, a power supply safety protection circuit and a temperature control safety protection circuit; the safety protection loopis formed by a welding head body, a safety clamp and a pressing type switch by means of a control box; the power supply safety protection circuit is composed of the laser water cooler, the laser powersupply button and the laser activating button; and the temperature control safety protection circuit is composed of the laser water cooler and the temperature sensor. The invention further provides asafe operation method of the handheld laser welding equipment. The handheld laser welding equipment and the safe operation method can effectively avoid potential safety hazards caused by misoperationof an operator, and realize the effect of protecting the safety of the laser operator and field workers, thereby improving the safety performance of handheld welding.

Description

technical field [0001] The present invention relates to the field of welding technology, and more specifically, relates to a hand-held laser welding device and a safe operation method thereof. Background technique [0002] Laser welding, as an advanced welding technology, has been widely used in electronics, automobiles and other industries in conjunction with automatic control systems. However, the existing laser automatic welding equipment usually has a large volume and a standardized welding head. For some small batch production or when the shape of the workpiece to be welded is not convenient for automatic welding, due to the special angle and height of some parts, some Even inside the cavity, traditional laser automatic welding equipment cannot perform welding operations, so traditional laser automatic welding equipment is difficult to meet the above-mentioned types of welding requirements due to its flexibility and versatility. [0003] In recent years, handheld weldi...

AI Technical Summary

Problems solved by technology

However, the existing laser automatic welding equipment usually has a large volume and a standardized welding head. For some small batch production or when the shape of the workpiece to be welded is not convenient for automatic welding, due to the special angle and height of some parts, some Even inside the cavity, traditional laser automatic welding equipment cannot perform welding operations, so traditional laser automatic welding equipment is difficult to meet the above-mentioned types of welding requirements due to its flexibility and versatility

[0003] In recent years, handheld welding devices have appeared. Although operators can use these welding devices to achieve basic welding functions, they are still lacking in terms of safety protection. When operators misuse or use the handheld welding devices improperly , or the temperature of the welding device is too high, there will be certain safety hazards, and it will also affect the accuracy and quality of workpiece welding

[0004] In addition, when manual welding is used, the welder needs to go through quite a long time of training to make the weld barely reach the qualified level, and it is difficult to ensure that the weld meets

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