power transmission system

Abstract

The invention relates to a power transfer system. The power transfer system comprises a transmission device, and a power source device for providing power to the transmission device, wherein the transmission device comprises a cavity, at least one set of rotor pairs and a gear set assembled in the cavity, and a transmission shaft; the cavity has a main body, a sealing cover, an input port and an output port; the transmission shaft is pivoted to the rotor pairs and the gear set; the power source device comprises a power tool for transmitting a working fluid, a shaft joint and an assembly pipe; the shaft joint is assembled to the input port and the output port of the cavity; and the assembly pipe is assembled between the power tool and the shaft joint, and conveys the working fluid from the power tool to the input port of the cavity so as to provide forward force to the rotor pairs, so that the rotor pairs perform the relative steering radial motion, and the pressure in the cavity rises to act the transmission shaft so as to coaxially transmit the acting energy of the transmission shaft through the gear set to achieve the effect of transferring the power generated by the working fluid as effective energy.

Description

technical field [0001] The present invention relates to a power transmission system, in particular to a power transmission system which transmits the power generated by the working fluid as effective energy and can provide the transmitted power with a high head transmission effect. Background technique [0002] Power is converted from energy. When power does work, there are differences in energy conversion, size, and speed through fluid machinery. The common power transmission is to transmit power to specific mechanism components or machines through the transmission shaft. Therefore, the amount of work done by the transmission shaft will directly affect the work that the specific mechanism component or machine tool intends to provide. Common propulsion systems for power formation include: engines, vacuum pumps, internal combustion engines, compressors and other tools, through which the working fluid is used to generate power during the transmission process, and then the ener...

AI Technical Summary

Problems solved by technology

[0003] The process of transmission of energy to specific mechanism components or implements by the transmission shaft is often due to defects in the driving operation process of the specific mechanism components or implements, so that the efficiency of the transmitted power cannot be improved. For example: the existing The exhaust gas produced by the equipment during the cycle movement is not completely exhausted due to insufficient exhaust. Even if it has been operated with supercharging, the exhaust gas still remains, causing the power transmission efficiency of each equipment after compression to be lower than expected, indirectly causing Reduced service life

Furthermore, some machines (such as: centrifugal pumps) are limited by the head in use due to the insufficient performance of the transmitted power, which leads to the problem of net positive suction head (Net Positive Suction Head; NPSH) must be considered during installation. That is, the suction port of the tool must be lower than a certain depth of the liquid surface, otherwise, liquid cavitation will occur, resulting in the influence or failure of the water absorption delivery function, which will cause inconvenience in actual installation

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