Multistation full-automatic cylinder sleeve cleaning machine

Abstract

The invention discloses a multistation full-automatic cylinder sleeve cleaning machine. The cleaning machine comprises a supporting seat, a lathe bed and a time relay. The lathe bed is a box body, and a cylindrical cavity is formed inside the lathe bed. A working spindle which axially penetrates through the lathe bed is arranged at the center of the lathe bed. A servo motor is installed below the lathe bed. The lower end of the working spindle is fixedly connected with a motor shaft of the servo motor. A round rotating disc is fixedly arranged on the working spindle in the cavity of the lathe bed. A plurality of workpiece clamps are evenly distributed along the outer side of the circumference of the rotating disc at intervals. A workpiece loading device, an inner wall cleaning device, an inner and outer wall cleaning device, an oil cleaning device, a secondary cleaning device, a cold air drying device, a hot air drying device and a workpiece unloading device are circularly, sequentially and evenly distributed on the upper portions of box bodies at the upper end of the lathe bed at intervals. According to the technical scheme, the multistation full-automatic cylinder sleeve cleaning machine is reasonable in structural design, small in occupied area, high in automation degree, good in cleaning effect and low in cleaning cost.

Description

technical field [0001] The invention belongs to the field of mechanical equipment, and in particular relates to a multi-station fully automatic cylinder liner cleaning machine. Background technique [0002] In the cleaning of cylinder liners, two methods are often used, one is manual scrubbing, the other is linear conveying type spray cleaning machine, and the other is linear conveying type ultrasonic cleaning machine. Manual scrubbing is labor-intensive and low in efficiency. The quality is unstable; the straight-line conveying spray cleaning machine adopts multi-process cleaning and continuous transmission, but the cleaning of the inner wall of the cylinder liner cannot be cleaned due to the cleaning blind area of ​​the cleaning nozzle, and the fine debris generated during the honing of the cylinder liner It has strong adhesion and is difficult to clean; although the linear conveying ultrasonic cleaning machine solves the shortcomings of the blind area of ​​spray cleaning ...

AI Technical Summary

Problems solved by technology

[0002] In the cleaning of cylinder liners, two methods are often used, one is manual scrubbing, the other is linear conveying type spray cleaning machine, and the other is linear conveying type ultrasonic cleaning machine. Manual scrubbing is labor-intensive and low in efficiency. The quality is unstable; the straight-line conveying spray cleaning machine adopts multi-process cleaning and continuous transmission, but the cleaning of the inner wall of the cylinder liner cannot be cleaned due to the cleaning blind area of ​​the cleaning nozzle, and the fine debris generated during the honing of the cylinder liner It has strong adhesion and is difficult to clean; although the linear conveying ultrasonic cleaning machine solves the shortcomings of the blind area of ​​spray cleaning and improves the cleaning quality, it does not have a good cleaning effect on debris with strong adhesion. Large volume and floor space, high cost and high energy consumption

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