Mechanical device for applying harmonic reducer to bothway transmission

Abstract

The invention provides a mechanical device for applying a harmonic reducer to bothway transmission. The mechanical device comprises a motor, a box, a switching mechanism, a clamping mechanism, a harmonic reduction mechanism, a bearing and a coupler. The mechanical device can be applied to a mechanical system needing bothway transmission. When an output shaft of the harmonic reducer serves as the input end to do reverse transmission, a wave generator, a flexible gear and a rigid gear of the harmonic reducer are locked through the clamping mechanism, the harmonic reducer is not connected with the box, and the harmonic reducer does not have the speed changing effect at the time and is equivalent to a coupler with the transmission ratio being 1:1. System power passes through the harmonic reduction mechanism and is not influenced by the reduction ratio of the harmonic reduction mechanism, and therefore the dragging resistance is smaller; and when the mechanical system uses an output shaft of the motor as the input end to do forward transmission, the locking state of the wave generator, the flexible gear and the rigid gear of the harmonic reducer can be ended through the switching mechanism, meanwhile the harmonic reducer is installed on the box, the system power is subject to the reduction ratio effect of the harmonic reduction mechanism, and therefore the large output torque can be obtained.

Description

technical field [0001] The invention relates to a mechanical device for realizing the application of a harmonic reducer to bidirectional transmission. Background technique [0002] Harmonic reducer is a new type of mechanical transmission transmission mechanism. Compared with ordinary gear transmission, it has the characteristics of small size, light weight, large transmission ratio range, high transmission efficiency, high transmission precision, and strong bearing capacity. It can be widely used Used in many fields. However, it is difficult to apply the harmonic reducer to a mechanical system that requires bidirectional transmission, such as the transmission system of a self-learning robot taught by hand. When the mechanical system is used for reverse transmission, a larger transmission ratio of the reducer will cause excessive resistance when the robot is manually guided, making it difficult to drag. Therefore, the existing technical solution only adopts a speed reducer...

AI Technical Summary

Problems solved by technology

However, there are difficulties in the application of harmonic reducers to mechanical systems that require two-way transmission, such as the transmission system of a self-learning robot that is taught by hand

When the mechanical system does reverse transmission, the larger transmission ratio of the reducer will make the robot encounter too much resistance when manually guiding the robot to move, resulting in difficulty in dragging

Therefore, the existing technical solution only adopts a reducer with a low transmission ratio, at the cost of using a relatively high-cost low-speed high-torque motor

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