Boiler using rotary force

Abstract

The present invention relates to a boiler using mechanical rotating power as a rotating force of a rotary body of a driving source to accelerate water molecules to move (friction), and heating water by using frictional heat generated by the movement of the water molecules. The boiler is composed of a rotary body connected to a driving source and a housing accepting and supporting the rotary body, the housing is provided with a water inlet and water outlet, and a water flowpath is formed in the housing. The outer circumferential face of the rotary body is provided with at least two sunken holes sloped to a normal line or a tangent line direction, the inner circumferential face of the housing is provided with at least two grooves apart from by a certain distance in the circumference direction and continuously slopedly or helically arranged in the axis direction. According to the boiler, when the water moves axially along the water flowpath and contacts with the outer circumferential face of the rotary body so as to greatly increase friction distance, and friction efficiency is maximized by the sunken holes. In addition, by means of the grooves, the water is flowed smoothly in the housing, and the water is easy to be sucked, discharged and circulated with an external circulating system by using self suction.

Description

technical field [0001] The present invention relates to a method that utilizes the rotational force of a rotating body that uses mechanical rotational power as a driving source to promote the movement (friction) of water molecules, and then utilizes the frictional heat generated during the movement of water molecules to make water self-heating by utilizing the rotational force. A boiler, especially a boiler that can maximize the work done by the kinetic energy of the rotating body on the friction of the water, thereby improving the thermal efficiency. Background technique [0002] Generally, boilers suitable for heating and heating are used to directly or indirectly heat water by burning wood, coal, oil, gas and other fuels with the heat generated. This kind of fuel-burning boiler not only has very low combustion efficiency and is not economical, but also the dust and exhaust gas generated when burning fuel will cause air pollution, which is not conducive to environmental pr...

AI Technical Summary

Problems solved by technology

However, in the above-mentioned prior art, water generates friction when it flows outwards from the inside of the innermost rotating body in a radial direction, so its friction distance is relatively short

That is, the kinetic energy of the rotating body connected to the electric motor is used to generate a small amount of work for friction, resulting in low thermal efficiency

In order to improve thermal efficiency, the rotation speed of the motor can be increased or the diameter of the rotating body can be increased, but the method is very limited, and if the rotation speed of the motor is increased or the diameter of the rotating body is increased, the volume of the boiler will inevitably increase, and the power of the motor will also increase. It needs to be large enough, so the power consumption will also increase accordingly

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