Heavy torque logical encoder detection machine

Abstract

The invention discloses a heavy torque logical encoder detection machine, which comprises a detection table, a linear detection material passage and a tooling, wherein the linear detection material passage is arranged on the detection table; the tooling advances along the linear detection material passage and carries a plurality of encoders to be detected; the detection table is sequentially provided with a feeding device, a detection device, a rotating device for rotating an encoder rotating shaft and a screening device for screening rejection products along the linear detection material passage; the rotating device is arranged right under the detection device; the detection device comprises an upper detection assembly and a side detection assembly; the tooling is provided with a plurality of placing grooves; a through hole through which the encoder to be detected passes is arranged at the groove bottom of the placing grooves. The heavy torque logical encoder detection machine has theadvantages that the structure is reasonable; through the duplex ascending and descending and a clamping tube, a clamp claw sleeves on the encoder rotating shaft; the rotating motor is enabled to stably drive the rotating shaft to rotate; the complete test of the work condition of the encoder is ensured. Through the driving assembly, the swinging seat swings towards the two sides; the fast screening on the encoder is realized; the test efficiency is improved.

Description

technical field [0001] The invention relates to the field of encoder detection equipment, in particular to a heavy torque logic type encoder detection machine. Background technique [0002] In the traditional encoder production process, after the encoder is assembled, it needs to be inspected to test the quality of the encoder and improve the yield rate of the shipment. If the static inspection can only detect the instantaneous signal of the encoder, it cannot be completely The entire working condition of the encoder is detected. If dynamic detection is used, the encoder shaft needs to be rotated to test the complete working condition of the encoder. However, in the existing testing machines, the rotating motor that drives the shaft of the encoder cannot be connected to the shaft quickly and stably, and the rotating motor cannot drive the shaft of the encoder well, especially for testing heavy-torque logic encoders, because The damping of the shaft rotation of the heavy tor...

AI Technical Summary

Problems solved by technology

[0002] In the traditional encoder production process, after the encoder is assembled, it needs to be inspected to test the quality of the encoder and improve the yield rate of the shipment. If the static inspection can only detect the instantaneous signal of the encoder, it cannot be completely The entire working condition of the encoder is detected. If dynamic detection is used, the encoder shaft needs to be rotated to test the complete working condition of the encoder.

However, in the existing testing machines, the rotating motor that drives the shaft of the encoder cannot be connected to the shaft quickly and stably, and the rotating motor cannot drive the shaft of the encoder well, especially for testing heavy-torque logic encoders, because The damping of the shaft rotation of the heavy torque logic encoder is larger than that of the ordinary encoder. If the driving end of the rotating motor cannot be stably connected to the encoder shaft, the angle of rotation of the shaft will not be enough to complete the test. The working condition of the encoder

In addition, after the encoder of the existing detection machine is tested for good or bad, it needs a manipulator to take out the defective products and then unload them.

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