Intelligent closestool testing production line

Abstract

An intelligent closestool testing production line comprises an on-line and off-line module used for carrying and taking intelligent closestools, transverse movement transition modules used for transferring the intelligent closestools, and a testing module used for detecting ageing of the intelligent closestools, wherein the head end and the tail end of the on-line and off-line module correspond to the head end and the tail end of the testing module respectively, and the on-line and off-line module is connected with the testing module through the transverse movement transition modules to form a closes loop; after the intelligent closestools to be tested are placed on the operation line of the on-line and off-line module and on-line operation is completed, the intelligent closestools to be tested are conveyed by the on-line and off-line module and enter the testing module to be tested through one transverse movement transition module, and the tested intelligent closestools return to the operation line of the on-line and off-line module through the other transverse movement transition module so that off-line operation can be performed. Through the intelligent closestool testing production line, production efficiency is improved, labor intensity of workers is reduced, and the workshop space is reasonably utilized due to the annular arrangement.

Description

Technical field [0001] The invention relates to the field of intelligent production lines, in particular to an intelligent toilet test production line. Background technique [0002] With the development of science and technology, automation has become the production goal pursued by many manufacturers, and intelligent production lines have been used in production and processing equipment in many industries. In the smart toilet production process, the final process includes assembly, testing, cleaning and other processes, but because the smart toilet has a certain weight, repeated handling in different processes will greatly reduce production efficiency, waste manpower and working time, and it is difficult to achieve high efficiency. , The production goal of automation cannot be achieved. If the assembly, aging test, safety inspection, water removal, cleaning and other processes of the smart toilet are designed on the same smart production line, this will greatly improve productio...

AI Technical Summary

Problems solved by technology

In the production process of smart toilets, the final process includes assembly, testing, cleaning and other processes. However, due to the weight of smart toilets, repeated handling in different processes will greatly reduce production efficiency, waste manpower and working time, and it is difficult to achieve high efficiency. , also can not achieve the production goal of automation

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