Whole body protecting device for welding and working method of device

Abstract

The invention relates to a whole body protecting device for welding and a working method of the device and belongs to the field of welding. The whole body protecting device for welding comprises a base; two parallel guide rails are vertically fixed to the base, and are each sleeved with a sliding sleeve; an upper protecting plate is fixed to the two sliding sleeves; a lower protecting plate is arranged below the upper protecting plate, and is fixed to the base; the lower portion of the upper protecting plate coincides with the upper portion of the lower protecting plate; a lens framework and an upper protective plate are sequentially arranged above the upper protecting plate; an optical filter is installed in the lens framework; the front edge of the lower end of the lens framework is hinged to the front edge of the upper end of the upper protecting plate; the rear edge of the upper end of the lens framework is hinged to the rear edge of the lower end of the upper protective plate; it can be avoided that the whole body is irradiated, an operator does not need to wear protective clothing or a protective mask, operation is made easier, and therefore the work efficiency is improved.

Description

technical field [0001] The invention relates to a welding full-body protective device and a working method thereof, belonging to the field of welding. Background technique [0002] In the arc welding operation process, there are seven types of harmful factors, arc radiation, smoke, toxic gas, radiation, noise, high-frequency electromagnetic field and high temperature, etc. In order to reduce the harm of harmful factors in the welding process to the human body, operators usually need to Wear protective clothing and a protective mask. However, protective clothing made of thicker fabrics will appear cumbersome when worn, which is not conducive to human activities, and when engaged in physical labor, the human body will normally discharge sweat to dissipate heat, and protective clothing with poor moisture permeability due to a large amount of Sweat accumulates and sticks to the body, making people uncomfortable, and protective clothing is usually made of fabric, which will inev...

AI Technical Summary

Problems solved by technology

However, protective clothing made of thicker fabrics will appear cumbersome when worn, which is not conducive to human activities, and when engaged in physical labor, the human body will normally discharge sweat to dissipate heat, and protective clothing with poor moisture permeability due to a large amount of Sweat accumulates and sticks to the body, making people uncomfortable, and protective clothing is usually made of fabric, which will inevitably have gaps and cannot provide complete protection; protective masks are generally divided into head-mounted and hand-held. The head-mounted type needs a belt to be tied on the head, which is easy to cause the operator to feel uncomfortable. The handheld type needs to be held by a separate hand, which is inconvenient to operate.

Images