2results about How to "Avoid spillover risk" patented technology

The utility model discloses a kind of automatic lens cleaning equipment, including shell, ultrasonic cleaning pool is arranged in one side in the shell, the other side in the shell is provided with spray drying pool, spray drying mechanism is installed on the shell at the spray drying pool, the spray drying mechanism includes water pump, water tank, spray cover and drying fan. Advantageous effect lies in: the utility model is separated by setting ultrasonic cleaning pool and spray drying pool, so that the ultrasonic cleaning of lens and spray drying process are carried out in two different chambers, avoid the risk of overflow of cleaning water when lens is cleaned, make the environment of lens cleaning place more clean, simultaneously by the cooperation design of spray drying mechanism and oblique type's clamping adhesive strip, lens can be washed in the way of double-sided spray when spray drying, effectively avoid the adhesion of sundries on lens, make the final cleaning quality of lens better.

This utility model discloses a gas recovery device, relating to the field of gas recovery technology. It includes a housing, inside which a compressor pump, a recovery tank, and a nitrogen tank are fixedly installed. An L-shaped three-way ball valve is located on one side of the housing. One port of the L-shaped three-way ball valve is fixedly connected to an extraction pipe, and the other two ports are fixedly connected to connecting pipes. One connecting pipe connects to the nitrogen tank, and the other connecting pipe connects to the recovery tank via the compressor pump. A plug is fixedly installed at the other end of the extraction pipe. This gas recovery device, through the design of the L-shaped three-way ball valve, can flexibly switch between extraction and nitrogen injection pathways. By injecting nitrogen from the nitrogen tank into the chamber to be recovered, creating disturbance, and cooperating with multiple extraction cycles by the compressor pump, residual sulfur hexafluoride gas in narrow cavities and dead corners can be effectively removed, thereby significantly improving the sulfur hexafluoride recovery rate, avoiding the risk of gas overflow when the chamber is opened, and significantly reducing the health hazards to workers and the risk of air pollution.