A one-way transmission mechanism

Abstract

The invention provides a single-direction transmission mechanism. The single-direction transmission mechanism is provided with a driving shaft connected with an egg gatherer power input unit, a driven shaft connected with the egg gatherer power input unit and a transmission portion connected with the driving shaft and the driven shaft. The transmission portion comprises a friction cylinder in a hollow truncated cone shape and a friction shaft; the friction cylinder is connected with the driven shaft through a first power shaft and a first universal coupling, the small bottom face end of the friction cylinder is closed, and an opening is formed in the large bottom face end of the friction cylinder; the friction shaft is embedded into the friction cylinder, is connected with the driving shaft through a second power shaft and a second universal coupling and comprises a truncated-cone-shaped shaft body and a blade grid located on the circular-arc wall on the shaft body; and the taper of the shaft body is the same with that of the friction cylinder, and in normal work process, the edge of the blade grid is attached to the inner wall of the friction cylinder. When the single-direction transmission mechanism is used for an egg gatherer, requirements of multiple egg gatherer power input units can be met through one power input unit, the centering degree is good, the coaxiality is high, and connection is stable.

Description

technical field [0001] The invention relates to a transmission mechanism, in particular to a transmission mechanism for realizing one-way transmission between different transmission shafts. Background technique [0002] When the clutch or coupling is working, in order to ensure the alignment between the shaft and the shaft during the transmission process, the offset displacement of the shaft centers of the two shafts is in a small range. The power input unit, power output unit and clutch (or coupling) exists as a whole, and generally has higher positional accuracy requirements. For some large-scale systems, such as the egg collection system set up in laying hen farms, it consists of multiple egg collection devices installed in the farm. Each egg collection device needs to be equipped with a power input unit and a power output unit. The egg collection device The power input unit and the power output unit are connected and driven by a coupling or a chain. Since the frequency ...

AI Technical Summary

Problems solved by technology

For some large-scale systems, such as the egg collection system set up in laying hen farms, it consists of multiple egg collection devices installed in the farm. Each egg collection device needs to be equipped with a power input unit and a power output unit. The egg collection device The power input unit and the power output unit are connected and driven by a coupling or a chain. Since the frequency of use of each egg collection device is not high, the high idle rate of the equipment causes serious waste of resources and cannot reflect the value of the equipment. In addition, large-scale The use of egg collectors in farms is relatively large, and the overall investment is relatively large, causing a certain economic burden to users

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