Automatic edge polishing device for potassium superoxide plate

Abstract

The invention discloses an automatic edge polishing device for a potassium superoxide plate. The automatic edge polishing device comprises a stand, a substrate convenient for fixing is arranged at the lower part of the stand, the automatic edge polishing device further comprises a swing mechanism arranged on the substrate, a lifting mechanism arranged on the swing mechanism and capable of swinging along with the swing mechanism, an edge polishing mechanism arranged at the upper part of the stand, and a chain conveying mechanism; the chain conveying mechanism is connected with the stand, the chain conveying mechanism is used for bearing the potassium superoxide plate and conveying the potassium superoxide plate to an edge polishing station or delivering the potassium superoxide plate from the edge polishing station, and the lifting mechanism matches with the edge polishing mechanism to polish the edge of the potassium superoxide plate located at the edge polishing station in the lifting process; the automatic edge polishing device further comprises a dust collector mechanism arranged at the lower part of the stand and further comprises a control mechanism. The automatic edge polishing device for the potassium superoxide plate is high in automatic degree and uniform in polishing, the tedious work due to manually carrying the potassium superoxide plate and manually grinding four edges is avoided, the labor cost is lowered, and the production efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of chemical machinery, and in particular relates to an automatic edging device for a potassium superoxide medicine plate. Background technique [0002] Oxygen is the basic substance for sustaining life. No matter it is to brain activity, nerve activity, digestive system or circulatory system, lack of oxygen will cause cell damage and ultimately endanger human life. According to incomplete statistics, among the number of people who died in a fire, more than 85% died of suffocation due to hypoxia; more than 90% of the deaths in accidents such as gas explosions and gas outbursts were caused by critical severe hypoxic conditions after the accident. Inside. Therefore, emergency oxygen production in anoxic environment is very important. [0003] Potassium superoxide, also known as "chemical oxygen self-rescuer", is a golden yellow solid powder. It is mainly used as an oxygen regeneration agent for closed systems...

AI Technical Summary

Problems solved by technology

This process of polishing the surroundings of potassium superoxide flakes with a manual hand-held grinder is not only time-consuming and laborious, but also has low production efficiency, high labor intensity, and a lot of dust, which is difficult to recycle and poor environmental sanitation.

Images