Cellular pneumatic driving wheel power machine

Abstract

The invention relates to a cellular pneumatic driving wheel power machine which has the advantages of simple structure, convenience of use, energy saving, high efficiency and environmental protection. The cellular pneumatic driving wheel power machine comprises at least one drive unit installed on an output shaft, wherein the drive unit comprises a rotary wheel, the rotary wheel is installed in a fixed base and is connected with the output shaft, a plurality of independent partition type gas drive devices formed with the inner wall of the base are arranged on the side surface of the rotary wheel, annular guide grooves are arranged at the top of the rotary wheel, one of the annular guide grooves and two annular guide grooves corresponding to gas groove partitions of two partition type gas drive devices adjacent to the annular guide groove protrude outwards along the longitudinal direction, each partition type gas drive device is provided with at least one regulating device, the regulating device is connected between the base and the rotary wheel, and one ends of the regulating devices are also installed in the annular guide grooves.

Description

technical field [0001] The invention relates to a grid groove type pneumatic driving wheel power machine. Background technique [0002] The main forms of common power output at present are: one is to output power through a fuel engine, the other is to output power through an electric motor, and the third is to output power through a steam turbine. Their characteristics are: 1. The equipment structure is complex. For example, a fuel engine needs a cooling cycle system, an oil circuit system, etc., while an electric motor needs a circuit or a charging and discharging system for a battery, which will increase the cost of the product; 2. The efficiency is not very high. Traditional power equipment consumes a lot of power when doing work. For example, in a 2-stroke or 4-stroke work process of a fuel engine, only one stroke does work, and the rest of the strokes consume power; The loss is large, which reduces the utilization efficiency. 3. Non-environmental protection. For exa...

AI Technical Summary

Problems solved by technology

Traditional power equipment consumes a lot of power when doing work. For example, in a 2-stroke or 4-stroke work process of a fuel engine, only one stroke does work, and the rest of the strokes consume power; The loss is large, which reduces the utilization efficiency

3. Non-environmental protection

For example, a fuel engine will produce harmful gases due to combustion during operation, and improper disposal of waste batteries will also have an impact on the environment; 4. The structure of the power unit cannot be adjusted according to the requirements of output power, resulting in a certain waste of resources; 5. Energy It is a non-renewable fossil fuel and cannot be recycled; 6. The equipment is heavy and bulky; 7. It is not easy to expand

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