Full automatic air valve separator

Abstract

The invention relates to a fully automatic valve sorting machine which consists of a loading path, a driving part, a measuring part, a sorting part, a sorting car, a grouping channel, an auxiliary body, a main body, a main worktable and an industrial control computer; in the measuring part, a height regulating part, a measuring disc part, a measuring bar part, a pushing part, a location idler wheel, a groove measuring part, an end measuring part, an upright column part and a width adjusting part are arranged; the driving part consists of a driving wheel, a driving electric motor, a pneumatic cylinder, a guide rail, a guide rail mounting plate, an electric motor mounting plate, a driving wheel mounting plate, a synchronous belt and a drive wheel. The invention has the advantages that the invention can fast measure various technical parameters of the valve, can carry out packet processing, can reduce labor intensity of operators and maintaining cost of enterprises, can improve detectionefficiency and is convenient for technique management.

Description

technical field [0001] The invention relates to a valve geometric quantity measuring device, in particular to a valve automatic comprehensive sorting machine capable of rapidly measuring various geometric parameters of valves and grouping and storing the valves according to the detection results. Background technique [0002] At present, there are two main methods for valve measurement: ①Use a universal gauge to detect individual parameters one by one, and this method can only be used for random inspection. ② Using a valve manual measuring machine to measure multiple parameters of the valve can be measured, but it requires manual loading. After the test is completed, the manual storage is grouped according to the measurement results, which is easy for operators who have to test thousands of pieces every day. Fatigue, and put the detected valve in the wrong group; and this measuring machine measures the runout, diameter and length separately, and the two measuring parts have ...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two main methods for valve measurement: ①Use a universal meter to detect individual parameters one by one, this method can only be used for random inspection

② Using a valve manual measuring machine for measurement can measure multiple parameters of the valve, but it requires manual loading. After the inspection, the manual storage is grouped according to the measurement results, which is easy for operators who have to inspect thousands of pieces every day. Fatigue, and put the detected valve in the wrong group; and this measuring machine measures the runout, diameter and length separately, and the two measuring parts have to move again, and the sensor line on it has to be pulled thousands of times a day, which is easy damage to the sensor, thereby increasing the cost of the unit used

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