Intelligent servo electric screwdriver and use method thereof

Abstract

The invention discloses an intelligent servo electric screwdriver and a use method thereof. The electric screwdriver comprises a servo motor used for providing torque, a connector connected with an output shaft of the servo motor, a screwdriver bit sleeve fixed to the lower end of the connector, a flange structure fixedly connected with the servo motor and used for supporting protecting, and a screwdriver bit connected with the screwdriver bit sleeve. The screwdriver bit sleeve is sleeved with a spring, the position, on the upper end of the spring, of the screwdriver bit sleeve is provided with a limiting ring, a mounting hole is formed in the position, between the spring and the limiting ring, of the screwdriver bit sleeve, the flange structure is connected with a connecting base, the screwdriver bit sleeve penetrates through the connecting base to be connected with the screwdriver bit, and the screwdriver bit and the screwdriver bit sleeve are detachably connected. According to the intelligent servo electric screwdriver, the work success rate is greatly improved compared with that that of a common electric screwdriver, a micro fine screw can be locked, consistency of fastening and connecting torque each time can be ensured, and the problems of floating, screw loosening, idling, clamping, and damage of a locked object during production can be reduced.

Description

technical field [0001] The invention relates to the technical field of electric batches, in particular to an intelligent servo electric batch and a method for using the same. Background technique [0002] With the development of industrial automation and intelligence, according to the feedback and monitoring requirements of the data of each process in the smart factory, digital requirements are gradually put forward for the quality and efficiency of product locking; the locking process has changed from the original uncertainty based on personal feelings and experience. Factors have increased to the current realization of the digitization of the locking process. [0003] The demand for intelligent locking in smart factories is increasing, and the current electric batches are difficult to adapt to. The speed of ordinary electric batches is only about 2000 rpm, and the processing efficiency is low. Moreover, smart factories also need accurate torque and real-time collection of ...

AI Technical Summary

Problems solved by technology

[0003] The demand for smart locks in smart factories is increasing day by day, but the current electric batch electric batch is difficult to adapt to. The speed of ordinary electric batch batches is only about 2000 rpm, and the processing efficiency is low. Moreover, smart factories also need accurate torque and real-time acquisition of screw tightening status. The data

[0004] Ordinary electric screwdrivers cannot detect screw locking failures caused by external problems such as screws and parts. Workers will miss screwing, and it is difficult to detect screw locking failures such as screw slipping and screw lifting.

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