Super-bright surface hub machining machine tool protection device

Abstract

The invention discloses a super-bright surface hub machining machine tool protection device. The super-bright surface hub machining machine tool protection device comprises an enclosure main body. Anoperation opening is formed in the front end of the enclosure main body. Sliding doors are arranged in the operation opening. A limiting strip is arranged at the lower end of the operation opening. Aguide plate is arranged at the upper end of the operation opening. A guide rail is arranged at the lower end of the guide plate. Sliding blocks matched with the guide rail are arranged at the upper ends of the sliding doors. An air cylinder connected with the sliding doors is arranged at the upper end of the guide plate. The lower ends of the sliding doors are in sliding fit with the limiting strip. The two sides of the operation opening are connected with scrap scraping plates through fixing plates, and the scrap scraping plates are connected with the inner sides of the sliding doors. The aircylinder is adopted to drive the sliding doors to achieve the opening and closing process of the sliding doors, meanwhile, the enclosure main body and the sliding doors are connected in a sealed mode, water vapor leakage in the machining process can be prevented, fine flying scraps can be effectively prevented from flying out of gaps through the scrap scraping plate, water leakage and scrap leakage are prevented, the environment is protected, and clean production is achieved. The whole structure adopts sheet metal parts, structural strength is high, weight is light, and transportation is convenient.

Description

technical field [0001] The invention relates to the technical field of machine tool protection, in particular to a machine tool protection device for super-bright surface wheel processing. Background technique [0002] As the demand for automobiles increases year by year, the demand for automobile wheel hub processing equipment also increases. In the face of the special working conditions of wheel hub processing, the air swirl is generated when the hub clamp rotates during processing, so that the inside of the hub lathe is formed. The high pressure of the air makes the internal pressure of the machine tool greater than the external one, and the water vapor generated during the cooling spray will fly out with the gap, so it is necessary to install protective equipment outside the hub machine tool. [0003] The current protective structure mainly adopts an enclosure structure, and then a machine door is set on the enclosure body, but the sealing performance between the machine...

AI Technical Summary

Problems solved by technology

[0003] The current protective structure mainly adopts an enclosure structure, and then a machine door is set on the enclosure body, but the sealing performance between the machine door and the enclosure body is poor, and flying chips and water mist during processing are easy to float from the gap to the outside of the enclosure, causing pollution to the processing environment

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