Control device based on mask respirator

Abstract

The invention provides a control device based on a mask respirator. A mask respirator body is wirelessly connected with the control device. The mask respirator body comprises a signal acquisition unit used for acquiring a working state signal of a working motor, the working state signal is sent to the control device through a first wireless receiving and sending unit, and the control device can be worn on the arm of a user. The control device comprises a control device body, a processing unit, a touch display screen and a second wireless receiving and sending unit, wherein the second wireless receiving and sending unit is used for receiving the working state signal sent by the first wireless receiving and sending unit and outputting the working state signal to the processing unit, and the processing unit is used for displaying working state information corresponding to the working state signal on the touch display screen; and the touch display screen generates a control command corresponding to the triggering motion, so that the working state of the working motor is controlled. By adoption of the control device based on the mask respirator, the defects that in the prior art, the working state of the working motor cannot be acquired in time, and the working motor cannot be controlled conveniently due to the fact that the sight of the user is blocked by the mask respirator are overcome.

Description

technical field [0001] The invention relates to the technical field of health protection, in particular to a control device based on a mask ventilator. Background technique [0002] In industrial production, different technological processes will cause different pollutants. The pollutants mainly include gaseous and solid pollutants. For example, welding fumes will be formed during the welding and patching of printed circuit boards. Exhaust gas is generated, and the painting process will produce paint exhaust gas and ink particles, etc., and these pollutants will cause damage to the health of the operator if they are inhaled by the operator. The existing methods are to reduce the impact of exhaust gas and particulate matter by wearing masks or masks. Hazards to human health, the existing masks have the following defects in the working process, the user cannot check the working status of the working motor in the ventilator in time, and when wearing the mask, due to the blockin...

AI Technical Summary

Problems solved by technology

[0002] In industrial production, different technological processes will cause different pollutants. The pollutants mainly include gaseous and solid pollutants. For example, welding fumes will be formed during the welding and patching of printed circuit boards. Exhaust gas is generated, and the painting process will produce paint exhaust gas and ink particles, etc., and these pollutants will cause damage to the health of the operator if they are inhaled by the operator. The existing methods are to reduce the impact of exhaust gas and particulate matter by wearing masks or masks. Hazards to human health, the existing masks have the following defects in the working process, the user cannot check the working status of the working motor in the ventilator in time, and when wearing the mask, due to the blocking of the line of sight by the mask on the ventilator Inconvenient to control

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