Grinding room with recycling function

Abstract

The invention discloses a grinding room with a recycling function. The grinding room comprises a grinding platform. A dust suction recycling pipe is arranged beside the grinding platform. A dust suction opening is formed in the side face, close to the grinding platform, of the dust suction recycling pipe. A cloth bag filtering device is arranged in the dust suction recycling pipe. A pulse air pipe is connected to the top of the cloth bag filtering device. An outlet of the dust suction recycling pipe is connected with a suction opening of an exhaust fan. An air outlet of the exhaust fan is connected with an air return pipeline. The air return pipeline is horizontally arranged and provided with an air outlet. A dust storage bin is arranged below the cloth bag filtering device. By the adoption of the grinding room, large-concentration dust generated during the surface grinding operation and deep machining of components can be sucked away and collected in a concentrated manner, air is recycled, the air is exhausted indoors after the dust is removed, the purified air is recycled to the grinding room, workers do not need to wear masks when working in the grinding room, the problem of the emission pollution existing in traditional grinding can be solved, and the air pollution and the harm to the body health of the workers are avoided.

Description

technical field [0001] The invention relates to a grinding room, in particular to a grinding room with recycling function. Background technique [0002] At present, in many processing and grinding operations, the dust is fine, non-directional, and easy to spread and fly, resulting in serious dust pollution in the operating area. The commonly used treatment measures to deal with these pollution problems are to build a grinding room to limit the dust from flying out, and at the same time use an exhaust device to extract dust, and for dust collection, a fan is used to blow the dusty gas directly to the water surface to absorb dust, with small resistance and low power consumption. Small size, large air volume and low cost, but the dust-water contact time is short, the contact area is small, the dust removal efficiency is very low, and the exhaust gas pollutes the environment very seriously. At the same time, the dust removal problem in grinding operations will also affect the p...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is that the dust removal structure of the existing grinding room has high energy consumption and low efficiency, and the flying dust is easily inhaled by the staff, thus affecting their health. The high-concentration dust generated by processing operations and deep processing of components is sucked away, collected centrally, and the air is recycled. After the dust is removed, the air is discharged indoors, and the clean air is recycled to the grinding room. Workers do not need to wear masks when working in the grinding room , can solve the problem of pollution caused by grinding and discharge in the past, avoid air pollution and damage to the health of staff

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