Full-automatic oiling machine for wire harness sheaths

Abstract

The invention discloses a full-automatic oiling machine for wire harness sheaths with an aim so solve the technical problem that when traditional wire sheaths are applied with lubricating oil, inserting ends are oiled one by one resulting in uncontrollable oiling quality and low yield. The full-automatic oiling machine comprises a rack, a wire plugging plate, a rotating oiling assembly and an oilstorage tank, a YZ-module and an X-module are arranged on the rack, the wire plugging plate is arranged on the X-module, and the rotating oiling assembly is arranged on the YZ-module; an upper frame is arranged on the upper portion of the rack, and a sensor is arranged on the front part of the upper frame; the rotating oiling assembly includes a needle valve, the oil storage tank is arranged in the manner of being communicated with the needle valve, and the oil inlet of the needle valve is connected with the oil outlet of the oil storage tank. By the arrangement, problems about low efficiencyand unevenness of manual oiling of wiring harness sheaths in automotive industry are perfectly solved, automatic operation is realized maximumly, heavy manual operation is alleviated, and output quality of products is improved.

Description

Technical field [0001] The invention relates to an oiling machine, in particular to a fully automatic oiling machine with a wire sheath. Background technique [0002] The mating end of the wire harness sheath needs to be butted, and the mating contact part needs to be precisely matched to make the mating section have a good seal and prevent water leakage. However, due to the precise matching of the spigot ends, the efficiency of the splice ends is inefficient. The common method is to lubricate the spigots with lubricating oil; when applying lubricating oil, the traditional method is to use one pair of spigots Oiling, but the effect of oiling depends on the experience and proficiency of workers, resulting in uncontrollable quality of oiling on the spigot end and low output, which affects work efficiency. Summary of the invention [0003] The technical problem to be solved by the present invention is that when the traditional belt sheath is coated with lubricating oil, the spigot e...

AI Technical Summary

Problems solved by technology

However, due to the relatively precise fit of the spigots, the efficiency is low when the spigots are docked. The common practice is to lubricate the spigots with lubricating oil; Oiling, but the oiling effect depends on the experience and proficiency of the workers, resulting in uncontrollable oiling quality and low output on the spigot end, which affects work efficiency

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