Power transmission device with working part height difference compensation function

Abstract

The invention discloses a power transmission device with a working part height difference compensation function, and belongs to the technical field of gardens and agricultural facilities. The power transmission device comprises a reduction gearbox shell, a reduction gearbox shell cover and a speed reduction transmission chain, the reduction gearbox shell is provided with a shell cavity, and the reduction gearbox shell cover is fixed to the reduction gearbox shell; a power input transmission mechanism is arranged between the reduction gearbox shell and the left end of the reduction gearbox shell cover, and the power output transmission mechanism is arranged between the reduction gearbox shell and the right end of the reduction gearbox shell cover; the left end of the speed reduction transmission chain is in transmission connection with the power input transmission mechanism, and the right end of the speed reduction transmission chain is in transmission connection with the power output transmission mechanism. The power transmission device has the following characteristics: the left end of the reduction gearbox shell and the left end of the reduction gearbox shell cover form a rectangular structure, the right end of the reduction gearbox shell and the right end of the reduction gearbox shell cover are raised upwards, and a working part height difference compensation angle is formed between the right end of the reduction gearbox shell and the right end of the reduction gearbox shell cover and the bottom plane of the left end of the reduction gearbox shell and the left end of the reduction gearbox shell cover. The power transmission device has the following advantages: the structure is simplified, equipment investment cost is saved, and daily management and protection difficulty is reduced.

Description

Technical field [0001] The present invention belongs to the technical field of gardens and agricultural facilities, and more particularly to a power transmission device having a highly differential compensation function of the working component. Background technique [0002] Typical examples of the aforementioned working parts, such as sweeping snow rollers, snow blade wheels, mowers rollers, hoe rollers and loop rollers, etc. Working components are generally high in linear gearboxes between the category of the motor belonging to the motor transmission (by the floor level of the floor), which requires the aforementioned aforementioned Highly poor compensation. Further, since the foregoing power transmission in the prior art can only be driven (i.e., only one working component can be moved), the more loads, the number of the machine and its power transmission, therethrough, on one aspect Increase the burden on the investment cost of gardens, agricultural sector equipment, and on t...

AI Technical Summary

Problems solved by technology

In addition, since the aforementioned power transmission device in the prior art can only drive one load (that is, only one kind of working parts can be driven to work), the more the load, the more the number of machines and their power transmission devices, so on the one hand Increased the burden of equipment input costs in the garden and agricultural sectors, and on the other hand increased the difficulty of management and maintenance in daily use

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