Full automatic cleaning machine for vacuum switch tubes

Abstract

A full automatic cleaning machine for vacuum switch tubes is characterized by comprising a rack (1), a single-axis reciprocating machine (2), a fixed hanging rod (3), a transmission supporting mechanism and a circulatory spraying system. The transmission supporting mechanism comprises a driving roller (5), a set of driven rollers (6) and a motor. The circulatory spraying system comprises a waste water groove (7), an acid water groove (8), an alkali water groove (9), a high-pressure pump (10), an acid water pump (11), an alkali water pump (12), a pair of spraying nozzles (13), a multi-channel joint (14), an acid solenoid valve (15), an alkali solenoid valve (16), a pair of water outlet pipes (17), a pair of water outlet solenoid valves (18), a pair of stored water spraying pipes (19) and three switch mechanisms. The full automatic cleaning machine for the vacuum switch tubes has the advantages that the cleaning machine has the functions of water washing, acid washing and alkali washing, wherein the acid water and the alkali water can be recycled, so that the production cost is reduced; the cleaning machine can control the washing order and process of the water washing, the acid washing and the alkali washing by the solenoid valves, so that the cleaning requirements of the ceramic vacuum switch tubes in different production stages can be met and the degree of automation is high.

Description

technical field [0001] The invention relates to the field of vacuum switch tube production and auxiliary equipment, in particular to a vacuum switch tube full-automatic cleaning machine. Background technique [0002] In the production process of ceramic vacuum switch tubes, ceramic vacuum tubes need to be washed to remove surface impurities. In different production stages, different washing processes are required: for example, after the white porcelain is produced, it needs to be washed with tap water, hot alkaline water, and tap water. Washing and pure water washing; before electroplating, tap water washing, acid washing, tap water washing and pure water washing are required; after electroplating, tap water washing and pure water washing are required. [0003] There are many steps to be cleaned, and the cleaning process is more complicated. The traditional cleaning method is: first, put the ceramic vacuum tube in the cleaning basket, then manually transport it to the cleani...

AI Technical Summary

Problems solved by technology

[0003] There are many steps to be cleaned, and the cleaning process is more complicated. The traditional cleaning method is: first, put the ceramic vacuum tube in the cleaning basket, then manually transport it to the cleaning tank, and switch between the cleaning tanks, which is very laborious; Moreover, during the cleaning process, the parts of the adjacent ceramic vacuum tubes that are in contact with the water are not cleaned, resulting in unqualified products; in addition, during repeated cleaning, two adjacent products are easily sent to collide, resulting in Glaze damage makes the product unqualified

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