Pneumatic driving and power-generating machine

Abstract

A shaft is connected on the left end face of the bottom of a cylinder I; an outer circle of a left disc is sleeved on an inner circle of the left part of a cylinder II; a blade and the cylinder I form a turbine; a cylinder is arranged in the turbine, a control motor is jointed on the left end face of the right side in the cylinder, a fan-shaped wheel is jointed on a hollow shaft of the control motor, a tile-shaped sheet is connected on the outer arc surface of the fan-shaped wheel, the tile-shaped sheet can shield a radial opening of air injection holes; the injection opening of each air injection hole is arranged along the tangent direction of the cylinder; a rotor hollow shaft of a generator set and the right part of the cylinder are concentrically connected; the cylinder doubles as a compressed air tank; the inner circle of the cylinder II is sleeved on the outer circle of the right disc; rotors are arranged on the left disc and the right disc; the control motor is connected with the controller which is fixed on the outer circle of the rotor shaft; the controller is connected with the generator set; a remote controller is connected with an output terminal of the generator set; the remote controller and the controller communicate with each other in a wireless form; and a charge valve is connected with the right end of the rotor shaft. A plurality of permanent magnets are respectively arranged on the turbine, the cylinder II, the cylinder, the left disc and the right disc so as to increase the torque.

Description

technical field [0001] The invention relates to electromechanical integration technology, in particular to an aerodynamic force and a generator. Background technique [0002] The existing chemical battery technology is complicated, and the materials used are poisonous and expensive. Not only is the production process harmful to human health and the environment, but it is also difficult to dispose of after use and scrap, polluting the environment. Its serious disadvantages are low energy density (electric energy stored per unit volume or stored electric energy per unit mass) and short service life. Although the existing fuel cells and flywheel energy storage batteries have little pollution, they are complex in technology and low in cost performance. Due to these defects, the use of existing batteries is limited, and the promotion of electric vehicles and electric boats is very difficult. [0003] The low efficiency (about 35%) of existing pneumatic devices is also a seriou...

AI Technical Summary

Problems solved by technology

[0002] The existing chemical battery process is complicated, and the materials used are toxic and expensive

Not only the production process endangers human health and the environment, but also it is difficult to dispose of after use and scrap, polluting the environment

Its serious disadvantages are low energy density (electric energy stored per unit volume or electric energy stored per unit mass) and short service life

Although the existing fuel cells and flywheel energy storage batteries have little pollution, they are complex in technology and low in cost performance

Due to these defects, the use of existing batteries is limited, and the promotion of electric vehicles and electric boats is also difficult.

[0003] Existing pneumatic devices, low efficiency (about 35%) is also a serious problem

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