TW201416635A - Wind energy air-jetting pressure-dropping cooling system - Google Patents

Abstract

The present invention utilizes energy received by windmill blades to rotate a shaft of the windmill through a speed converter and drive an output shaft to rotate for further driving an air compressor to compress air. The compressed air is cooled by a cooler to become high-pressure room-temperature air and is then transmitted to a jet port to be jetted out. Since the high speed flowing liquid may result in low static pressure according to Bernoulli principle, pressure inside a branch pipe drops to induce a low pressure condition inside an ice water tank in communication the branch pipe so that water in the ice water tank evaporates due to the low pressure condition to have temperature lowered, in order to achieve a purpose of ice making.

Description

Wind energy jet pressure reduction refrigeration system

This creation is a method of using wind energy to generate jet air to reduce the pressure and temperature in the ice bucket, especially if the wind energy drives the air compressor to generate high pressure air.

Generally, the refrigerant system circulation system adopts a closed cycle, which increases the pressure of the refrigerant in the gas state through the compressor, and then cools the refrigerant into a liquid refrigerant at a normal temperature through the condenser, and then the refrigerant is depressurized by the expansion valve to reach the evaporator, and the refrigerant is evaporated. The inside of the device absorbs heat and evaporates into a gas and is sent back to the compressor; this cycle achieves the effect of cooling and cooling, but the system is complicated to manufacture and repair, and the compressor is generally driven by an electric motor or engine, which consumes a lot of energy. It should be made.

The creation uses the energy absorbed by the windmill blades to rotate the windmill shaft through the speed converter, so that the output shaft rotates to drive the air compressor to compress the air. After the air is compressed, it is cooled by the cooler to be a high-pressure normal temperature air, and then sent to the air. The jet injection, the fluid flowing at a high speed by the white effort principle, generates a low static pressure, so that the pressure drop in the branching tube also causes low pressure in the ice bucket connecting the branching tube, and the low pressure causes the water in the ice bucket to evaporate. The temperature is lowered to achieve the purpose of the ice machine.

This work is to achieve the above-mentioned effects, the technical means used, and an embodiment, so that your review board can further understand the structure, characteristics and action mode of this creation, as explained below: Please refer to the first picture, this creation The wind turbine blade (101) absorbs the energy of the wind to drive the speed and torque of the windmill shaft (102) to be rotated by the speed converter (103), and the speed converter (103) can be a gear, a pulley or a friction wheel or the like. The combination of the speed converter (103) is connected to an output shaft (104), and the output shaft (104) drives the air compressor (105) to take in air through the air suction filter (106) to generate compressed air. The air, the high-pressure air is sent to the air reservoir (108) through the air discharge pipe (107) for storage, and then enters the branch pipe (111) through the high-pressure normal temperature air pipe (109) and is sprayed from the injection port (112) to the low-pressure air pipe. The discharge pipe (110) and the branch pipe (111) are connected to a pressure-reducing pipe (113). Because the air flow rate in the branch pipe (111) is fast, the fluid law is hardened according to the white, and the fluid with the faster flow velocity has a lower static pressure, so the branching is performed. Tube (111) fast flowing air will The pressure in the pressure reducing tube (113) is lowered, and the pressure in the ice water tank (116) connected to the pressure reducing tube (113) is also lowered, and the water (115) in the ice water tank (116) is evaporated due to the pressure drop. The temperature is also lowered, so that the temperature of the water (115) in the ice water tank (116) is lowered. The replenishment of the water (115) in the ice water tank (116) is supplemented by a water supply pipe (114) connected to a float valve (117).

In summary, this creation can indeed achieve the effect of innovation with its structure, and has novel practicality, should meet the requirements of patent applications, submit applications according to law, pray for review, and grant patents. .

101‧‧‧fan blades

102‧‧‧Fan shaft

103‧‧‧Speed Converter

104‧‧‧ Output shaft

105‧‧‧Air compressor

106‧‧‧Air suction filter

107‧‧‧Air discharge pipe

108‧‧‧Air reservoir

109‧‧‧High pressure normal temperature air tube

110‧‧‧Low-pressure air discharge pipe

111‧‧‧ split tube

112‧‧‧jet

113‧‧‧Pressure tube

114‧‧‧Water supply pipe

115‧‧‧ water

116‧‧‧ ice bucket

117‧‧‧Floating ball valve

The first figure is a system diagram of the present creation embodiment

101‧‧‧fan blades

102‧‧‧Fan shaft

103‧‧‧Speed Converter

104‧‧‧ Output shaft

105‧‧‧Compressor

106‧‧‧Air suction filter

107‧‧‧Air discharge pipe

108‧‧‧Air reservoir

109‧‧‧High pressure normal temperature air tube

110‧‧‧Low-pressure air discharge pipe

111‧‧‧ split tube

112‧‧‧jet

113‧‧‧Pressure tube

114‧‧‧Water supply pipe

115‧‧‧ water

116‧‧‧ ice bucket

117‧‧‧Floating ball valve

Claims (8)

A wind energy injection gas pressure reduction refrigeration system comprises: at least one wind turbine blade, the windmill blade center is connected with a windmill shaft; a windmill shaft, one end of the windmill shaft is connected to the center of the windmill blade, and the other end is connected to the speed converter; One end of the speed converter is connected to the windmill shaft, and the other end is connected to the output shaft; an output shaft, one end of the output shaft is connected to one end of the speed converter, and the other end is connected to the air compressor; at least one air compressor, the air compressor is moved The source of force is provided by the output shaft for air compression; at least one branching pipe, one end of which is connected to the high pressure normal temperature air pipe, the other end is connected to the injection port, and the branching pipe is connected to the pressure reducing pipe at the middle; at least one pressure reducing pipe, the lowering The pressure pipe is connected to one end of the branch pipe and communicates with the branch pipe. One end of the pressure pipe is connected to the ice water bucket; at least one ice water bucket is connected to one end of the pressure reducing pipe, the ice water tank has water, and the water supply is supported by the water supply pipe and the floating water pipe. Ball valve control. According to the wind energy jet depressurization refrigeration system of claim 1, the buck tube can be connected to the bifurcation tube in an inclined form. According to the wind energy jet depressurization refrigeration system of claim 1, the ice water bucket can be made of heat insulating material. According to the wind energy jet reduction and refrigeration system of claim 1, wherein the wind turbine blade can be a horizontal axis blade. According to the wind energy jet reduction and refrigeration system of claim 1, wherein the wind turbine blade can be a vertical axis blade. According to the wind energy jet reduction and refrigeration system of claim 1, the speed converter can be composed of a gear set. According to the wind energy jet reduction and refrigeration system of the first application of the patent scope, the speed converter can be composed of a pulley set. According to the wind energy jet reduction and refrigeration system of the first application patent scope, The speed converter can be constructed by a mechanism in which the gears are coupled to the pulley.