Active automatic cleaning device and cleaning line for stretching inner container

Abstract

The invention provides an active automatic cleaning device and a cleaning line for stretching an inner container. The cleaning device comprises a rack, wherein a guide rail is arranged on the rack; amanipulator for grabbing, translating and rotating the inner container is arranged on the guide rail; an inner wall jet cleaning mechanism for cleaning the inner wall of the inner container and an outer wall jet cleaning mechanism for cleaning the outer wall of the inner container are arranged below the rack at a preset distance; the inner container is hung by the manipulator; a first jet pipe ofthe inner wall jet cleaning mechanism is positioned in the inner container; a second jet pipe of the outer wall jet cleaning mechanism is positioned outside the inner container; and the manipulator enables the inner container to rotate in a preset direction. The active automatic cleaning device and the cleaning line have the advantages of high automation degree, low labor intensity of workers andsmooth connection with other processes.

Description

technical field [0001] The invention relates to the field of inner tank cleaning, in particular to an active automatic cleaning device and a cleaning line for stretching inner tanks. Background technique [0002] At present, the cleaning of stretching liner is generally ultrasonic immersion cleaning or mesh belt spray cleaning. Ultrasonic immersion cleaning is generally carried out by hanging the hanging basket, manually putting the liner in the hanging basket, and sending the liner to the ultrasonic degreasing tank, ultrasonic rinsing tank, wind cutting tank and drying tank in turn through the stepping conveyor belt. Step cleaning, and then manually remove the liner. The disadvantages of ultrasonic cleaning are as follows: First, it occupies a large area. When the production capacity requirements are relatively high, there are many workpieces to be cleaned, and the workpiece volume is relatively large, the entire cleaning tank will be very large; second, the power consumpt...

AI Technical Summary

Problems solved by technology

The disadvantages of the mesh belt spray cleaning method are: first, it is not easy to clean, the liner and the mesh belt are moving, affected by the position, some places may not reach the cleaning intensity, and the second is that the length of the cleaning line is long. This kind of large piece must be cleaned according to the cleaning time and beat of the process. The faster the beat, the faster the speed of the thread body, and the longer the length of the thread body. Moreover, this cleaning method takes a long time and has many process sections, so the thread body It is also long, such as the cleaning section, the excessive dripping section, the drying section and the subsequent cold cutting section; the third is that the energy consumption is too high and wasteful, the workpiece is static, and the energy consumption required for spraying, water cutting and drying is more High, especially the inner liner in the drying section is too hot, and it will be forced to cool after it comes out

[0004] Whether it is ultrasonic immersion cleaning or mesh belt spray cleaning, the common disadvantages are: poor connection with other front and rear processes in the entire production line, and complicated workpiece turnover; second, low degree of automation; third, high labor intensity, Especially in summer, the ambient temperature is high, resulting in high mobility of personnel; Fourth, the cleaning efficiency is low and the cleaning quality is relatively poor

Images