A Synchronous Dustproof Device Utilizing Machining Kinetic Energy

Abstract

The invention relates to the field of machining environment-friendly equipment, in particular to a synchronous dust-proof device utilizing machining kinetic energy. The synchronous dust-proof device comprises a cutting saw blade, and is characterized in that the dust-proof device comprises a small reduction gearbox, a purification mechanism, a water pump and two dust collection cylinders, and theinput end of the small reduction gearbox is in transmission connection with the axis of the cutting saw blade; the number of the dust collection cylinders is two, the two dust collection cylinders aresymmetrically arranged above the cutting saw blade, and a set of negative pressure fans is arranged in each dust collection cylinder; the output end of the small reduction gearbox is in transmissionconnection with the negative pressure fans in the two dust collection cylinders through an energy guide mechanism, the water pump is an independent pump body separated from a motor, and the small reduction gearbox is further in transmission connection with an input shaft of the water pump through the energy guide mechanism; and the purification mechanism is horizontally arranged above the dust collection cylinders, the output end of the water pump communicates with the interior of the purification mechanism through a water supply pipeline, and the two dust collection cylinders communicate withthe interior of the purification mechanism through corrugated pipes correspondingly. According to the synchronous dust-proof device, dust removal and purification work can be effectively carried outthrough kinetic energy of the cutting saw blade and kinetic energy of liquid flowing.

Description

Technical field [0001] The invention relates to the field of processing environmental protection equipment, in particular to a synchronous dustproof device using processing kinetic energy. Background technique [0002] In mechanical processing, the cutting saw blade is often used as a cutting tool. It can cut different types of processed parts. The cutting saw blade requires a high-output motor to provide kinetic energy for cutting. The cutting saw blade is in actual work. Most of the kinetic energy of torque during high-speed rotation is not directly used, and a large amount of dust and cutting waste will inevitably be generated during the cutting of the cutting saw blade. These substances will greatly pollute the processing site environment and harm the staff's body and mind. health. [0003] The periphery of the existing cutting saw blade is only provided with a one-way valve. The wind generated by the cutting saw blade is used to push the valve of the one-way valve open, and t...

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Problems solved by technology

[0002] In mechanical processing, cutting saw blades are often used as a cutting tool. It can cut different types of workpieces. Cutting saw blades require high-output motors to provide kinetic energy for cutting. In actual work, cutting saw blades Most of the torque kinetic energy during high-speed rotation has not been directly used, and a large amount of dust and cutting waste will be generated during cutting with the cutting saw blade. These substances will greatly pollute the processing site environment and endanger the physical and mental health of the workers. healthy

[0003] The periphery of the existing cutting saw blade is only provided with a one-way valve, and the valve of the one-way valve is pushed open by the wind force generated during the operation of the cutting saw blade, and then the dust around the cutting saw blade is sucked away by an external fan. After the cutting saw blade stops working, the valve is closed to prevent internal dust diversion, but this method cannot maximize the use of the kinetic energy of the cutting saw blade. At the same time, after the dust is sucked away, a purification mechanism is also required to purify the dust. In summary, these Functional devices need to be equipped with independent motors and relative sensors and data programming, so the cost is high and the energy consumption is large

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