KR200303708Y1 - DC generator of circulating cycle using fluid equipment power - Google Patents

Abstract

The present invention is a direct current generator of a circulating cycle using a fluid equipment power.

It is a device that drives the fluid circulation compressor and direct current generator by acquiring the kinetic energy of the fluid flowing in the piping system consisting of circulation cycles by the rotational power of the fluid equipment. When converting the fluid circulation movement made by the power of the fluid compressor back into power, the circulation cycle configuration increases the energy utilization efficiency,

The compressor or direct current generator is driven by the power of the fluid equipment to convert the kinetic energy of the compressed air, which is a fluid, into electrical energy.

Some compressors combined with fluid equipment motors use their own cycle cycle power and drive a direct current generator coupled with the rest of the fluid equipment motors to form a complex device that utilizes the kinetic energy of the fluid as electrical energy.

It is a direct current generator of circulating cycle using fluid equipment power that applies rotational power of fluid equipment that was used only for special purposes such as power equipment, automation equipment or portable air tools in the place of fire danger.

Description

Direct current generator of circulating cycle using fluid equipment power

The present invention is a device for driving a fluid circulation compressor and a direct current generator by the rotational power of the fluid motor driven by fluid movement.

Compared to electric motors, air motors have many advantages such as small size, light weight, simple structure, easy repair in case of breakdown, safety in overload, and no risk of fire. However, energy efficiency of air motor is less than 10%. Because it is not widely used and has a lot of restrictions on use.

Among many types of fluid equipment, windmills that convert the movement of atmospheric air into power and air motors that convert the movement of compressed air into power are the same operating principle that converts the kinetic energy of fluid flow into dynamic energy.

Windmills or air motors that used gaseous airflow as power generators have a long history, but the single unit of simple structure has low energy use efficiency, which is not widely used in the industrialized society of modern civilization. The development of air motor technology that uses air as power is also very small. However, due to the rapid spread of heat engine equipment, which causes serious pollution problems, it is a part of the technology that utilizes clean energy without pollution as a power source, starting from developed countries in Europe and America. Many efforts have been made to improve the energy efficiency by developing devices.

Air motors, including windmills and hydrodynamic blades with aberrations, have made great efforts to improve the efficiency of a single device based on precision machining technology in the form of piston, rotary, scroll, screw, and turbo. Air motor products made by advanced countries such as Germany, Japan, and the US have a limit of 10% in energy use efficiency.

When converting the kinetic energy of the compressed air generated by the high pressure compressed air generated by filling the air into the storage tank by the power of the compressor to the low pressure side,

In order to construct a device that converts the power obtained by the rotation of the fluid device into electrical energy and recycles it, the air motor and the compressor or the air motor and the generator are mechanically connected to each other so that the power is transmitted, and the outer case is not compressed air leakage. It is manufactured in a sealed type, and the fluid equipment is connected in series with the pipes through which compressed air flows to form a fluid circulation device. We want to develop a device.

1 is a cross-sectional view of an outer case of a fluid motor compressor coupling device in which a fluid machine motor and a fluid compressor are mechanically coupled to a sealed case.

2 is a cross-sectional view of the outer case of the fluid motor generator coupling device in which the fluid motor and the DC generator are mechanically coupled to the sealed case.

3 is an installation system diagram constituting an entire compressed air circulating DC power generator utilizing an air motor power as a fluid device.

* Description of the symbols for the main parts of the drawings *

AMC: Fluid equipment motor compressor (7 pcs.) AMG: Fluid equipment motor generator (3 pcs.)

AC: Fluid Circulation Compressor AM: Fluid Equipment Motor

EMC: Electric Motor Compressor

This device is a kind of fluid equipment that increases the energy utilization efficiency of compressed air of air motors that were used only for special purposes such as power equipment of oil tankers or chemical plants where fire hazards exist, automation equipment or portable tools. It is a direct current generator of fluid equipment that converts kinetic energy into electrical energy and reduces the increase in entropy in the modern civilization society, which is rapidly increasing in saturation and reaching saturation.

Hereinafter, with reference to the accompanying drawings will be described a detailed configuration and detailed operation principle of the device.

1 is a cross-sectional view of the outer case of the fluid equipment compressor coupling device in which the fluid equipment motor and the air compressor are mechanically coupled to the sealed case, and FIG. 2 is a mechanical coupling of the fluid equipment motor and the direct current generator to the sealed case. Sectional drawing which cut | disconnected the outer case of the fluid apparatus generator coupling apparatus which is shown, and FIG. 3 is the installation system diagram which comprises the whole of the direct current generator of the circulation cycle using the fluid apparatus power by combining the apparatus of FIG. 1 and FIG.

The inside of the piping system of the present invention device is filled with a certain amount of pressure even before operation.

When the electric motor drive compressor (EMC) is started to operate the device, the compressed air filled therein by the electric motor drive compressor (EMC) flows through the fluid device motor (AM) connected in series and flows through the system. Drive AM). The fluid compressor (AMC) is driven by a fluid device motor driven by the flow of compressed air, thereby rapidly reinforcing the flow of compressed air indicated by arrows. The direct current electricity is generated as the fluid equipment motor direct current generator (AMG) driven by the movement of the fluid flowing rapidly in the direction of the arrow inside the circulation system is driven.

When the device of the present invention operates normally, the flow of fluid is continuously increased by the self-circulating air motor compressor (AMC), so the electric motor compressor (EMC) must be stopped or presented.

This action can be easily solved by applying the existing automatic control technology by installing a sensor to detect the rotational speed of the fluid machine motor (AM).

Fluid equipment (AM) is a series-connected circulator, and the energy efficiency of fluid movement is high. Some fluid equipment motor air compressors (AMC) allow high-pressure fluid to flow quickly for driving the self-circulation cycle inside the piping system. It is composed of direct current generator of circulating cycle using fluid equipment power that can be applied to various applications by converting kinetic energy of compressed air, which is a fluid, into direct current electricity by driving a fluid equipment motor direct current generator (AMG) connected in series.

Compared to electric motors, thermodynamics utilizing technologies and alternative energy to preserve the underdeveloped environment by expanding the application range of air motors, which are small in size, simple in structure, safe, convenient and practical, have many advantages. There is provided a direct current generator of a circulating cycle using fluid equipment power that can greatly expand the market of new fluid equipment while contributing to the development of the fluid equipment industry on which technology is based.

Claims (1)

In order to construct a device that uses the kinetic energy of the fluid flowing in the circulation cycle piping layer filled with high pressure fluid to obtain the rotational power of the fluid equipment motor and generate electricity of the DC generator in various ways, A fluid machine motor compressor (AMC) is manufactured by mechanically combining a fluid machine motor and an air compressor in a single sealed case. The fluid equipment motor generator (AMG), which mechanically combines the fluid equipment motor and the direct current generator, is manufactured in a completely airtight state. An electric motor compressor (EMC) and a number of fluid equipment motor (AM) series circulation circuits constitute a piping system in which high-pressure fluid flows through its own cycle system. A fluid equipment motor compressor (AMC) is a direct current generator of a circulating cycle using a fluid equipment power characterized by generating a high-pressure fluid for circulation and continuously recirculating and driving the fluid equipment motor to generate direct current electricity.