JPS58222984A - Generating device utilizing rising atmospheric current - Google Patents

Abstract

PURPOSE:To enable the economical conversion of an increased energy into an electric energy, by incorporating a device which accelerates the speed of a rising atmospheric current through utilization of a temperature difference of the atmosphere which decreases with the increase in the altitude. CONSTITUTION:A force discharge device 10, which is rotatable so as to always direct a windward direction by aid of a wind direction blade 8, is mounted to an upper exhaust hole 3 of a chimney-shaped structure 1 having a narrowed part 2, and the formation of a narrowed part 9 at the forced discharge device 10 causes acceleration of a wind force and enhancement of the exhaust force of the exhaust hole 3. A suction hole 4 is provided in the lower part of the structure 1, a rising atmospheric current created in the structure 1 because of the temperature difference of the atmosphere is accelerated by the narrowed structure part 2 formed in the vicinity of the upper part, and propellers 6 and a generator 5 are coaxially disposed in said exhaust part to turn the propellers 6 by dint of the accelerated rising atmospheric current.

Description

[Detailed Description of the Invention] The present invention installs a smoke/stack-like structure, and provides an exhaust hole and a lower trap intake hole in the upper part of the structure, and provides an upward air current generated in the structure due to the atmospheric temperature difference near the upper part. V due to the constriction structure
A propeller and a generator are coaxially installed in the constriction structure.

To obtain a power generation device utilizing an updraft, which is characterized in that electrical energy is obtained by rotating a propeller using an accelerated updraft, and to obtain a large amount of electrical energy by further increasing the speed of the updraft.

This is an invention of a power generating device in which a rotatable forced evacuation device for increasing exhaust gas -t is installed in an exhaust hole, and a power generating device in which a propeller and a generator are installed in an exhaust section having the forced evacuation device I.

Electricity, which is essential to daily life, has traditionally been produced using 1 hydroelectric, 11 coal, 11 oil, and atomic energy sources.

This required extremely large-scale equipment and required enormous energy D investments to construct and maintain the equipment.

In addition, in conventional large-scale centralized power generation, there are 6 generators and separate
6 In order to send the produced electricity to the consumption area, there is a long distance transmission line, r,? - A supporting construct was required. Send it to me! The cost of the facility and the electrical energy lost during transmission were also negligible.

For this reason, Kinko has devised various power generation devices that utilize natural forces such as solar heat, geothermal heat, wind power, and tidal currents. These are not comparable to the existing facilities mentioned above in terms of power generation scale, but they all utilize the natural power that exists nearby.
Since it converts L+2 electrical energy into ¥-, it has the advantage of low equipment costs and running costs, and no risk of pollution. Furthermore, since the production area and the consumption area of electricity are directly connected, there is no need to construct facilities to transport the electricity, and there is no loss of electric energy during transportation. 〇The present invention is also a device for producing electric energy using familiar natural forces. 〇In a natural state, as the altitude rises to 10'0 meters, the atmospheric temperature7)
The present invention utilizes the temperature difference in the atmosphere and incorporates a device that accelerates the velocity of the updraft caused by this, and converts the multiplied rl and ta energy into electrical energy. It is something that converts.

The configuration of the present invention 7) will be explained according to the implementation shown in the 6 drawings.

In the present invention, a chimney-like structure 1 is installed, and an exhaust hole 3 is installed at the top of the structure D. All 4 intake holes are provided at the bottom. The atmosphere near the intake hole is hotter and has a lower specific gravity than the atmosphere near the exhaust hole, and the chimney-like structure rises.

A building trap that discharges air to the exhaust hole has a constriction structure (part of the pen pulley) 2 near the exhaust hole, so the upward airflow inside the structure is blocked at the core. Significantly increases the rate of rise (
Benchelli effect]・.

In practice, the height difference between the exhaust hole and the intake hole of the 6G4 building is 150 meters, the atmospheric temperature difference is about 0.98°C, and the updraft wind speed is about 1 meter/second.

In the practical column, the structure has a cylindrical shape with a radius of 0.6 meters, and the radius of the venturi part is 0.2 meters.The velocity of the updraft is 0. 7) The IK constriction r results in a nine-fold acceleration n, about 9 m/s.

A propeller 6 and a generator 6 are coaxially installed in the narrowed part.
According to the implementation, the propeller has two rows of three blades in parallel, 9
This is rotated by an updraft of meters/second◇
In Meitm, Grope 2 is an AC generator for automobiles? Since the converted generator was installed on the same axis, it was possible to generate 1,500 revolutions per minute (v12 volts 33 a/bear υ).In the present invention, the shape and angle of the propeller are as shown in Fig. Limited addition to D, no 0 generates electricity again! l! Of course, AC power generation for automobiles! 1! There is no trap limit.

Further, the stenosis DwIlft of the stenosis portion is not limited to the above-mentioned actual value.

A structure of the present invention with a height of 150 meters and a radius of 6 meters)
/ When placed at the middle diameter of the constriction structure with a diameter of 2 meters, the wind speed of the upward airflow in the constriction is 9 m/sec due to the Venturi effect.

The wind energy is proportional to the cross-sectional area F of the constriction structure. The radius of the core (2 meters) is real/iI! Example i (0.2 meters) 7) Since it is 10 times, the wind energy is 1
The required power (
ps), where the power factor is 80%6 and the generator efficiency is 90%, O = 0.8
3 100 times the υ force above. In other words, 83FB! 7) When generating electricity, the voltage is 200 pols).

=198 That is, it can generate a power of 200 volts and 200 amperes.The invention set forth in claim 2 will be explained based on the drawing, illustration, and row of implementation. A forced evacuation device 10 is installed in the upper exhaust hole 3z of the chimney-like structure ID having a narrowed portion 2, and is rotatable so as to be directed in the windward direction by means of wind direction vanes 8. 9 to accelerate the wind force, exhaust hole 3
7) Exhaust power? Increase by #! This invention increases the power generation capacity of the power generation device described in item 1.

In addition, the invention (described in claim M3) is
,,': Chimney-like structure I listed in the entry
The forced exhaust device 1 described in &2 above is installed in the D upper exhaust hole 3, and the 6 coaxial D propellers 6 and 7 generator 5 are used to exhaust the exhaust E@
The power generation device of the present invention is an invention that increases the power generation capacity of the power generation device described in paragraph 1 by installing the device in a trap.
Although it is not a large-scale forest and the amount of power generated per unit is not huge, it uses the power of nature.

It is ideal for converting this energy into electrical energy.

It is an economical power generation device with low equipment costs and running costs that are almost negligible.

In addition, in the electricity production area, D1', which consumes so7) makon,
There is no capital investment or energy loss associated with power transportation.

The power generation device 7i, 1 of the present invention can be installed, for example, in a high-rise building, and can produce part of the electric energy p required for the building.

First, if the ventilation of the building is used for the updraft of the present invention,
Private power generation is even more expensive.

Furthermore, by irradiating the intake hole with solar heat, or by guiding geothermal heat or hot spring steam to the intake hole depending on the location conditions, the power generation xxi by the power generation device of the invention can be further increased.

[Brief explanation of the drawing]

Figure 1 is a front view. Second. FIG. 3 is a cross-sectional view of the constriction structure with the propeller and generator. Figure 4 is a sectional view of the forced ejection device.5 Figure 5 is a front view of the forced ejection device.

Claims (1)

[Claims] 1. A chimney-like structure 1 is installed, and an exhaust hole 3. An intake hole 4 is provided in the lower part, and the upward airflow generated in the structure due to the difference in atmospheric temperature is accelerated by the constriction structure 2 provided near the top of 6, and the constriction structure 'Ic'/i, the globber 6 and the generator 5 are It is an updraft trap installed on the same axis and accelerated.
A power generation device that uses updrafts to obtain electrical energy by rotating a propeller. 2. A forced exhaust device 10 is installed in the exhaust hole 3 at the top of the chimney-like structure 1, and is rotatable so as to be directed in the windward direction by means of a wind direction device 8; to accelerate wind power. Exhaust hole 3D increases the exhaust power, and an intake hole 4 is installed at the bottom of the building to reduce the upward airflow that occurs in the structure due to the difference in atmospheric temperature. The constriction structure 27C provided near the top
Accelerate,, #Constriction structure tile has a propeller 6 and a generator 5 coaxially installed, and the updraft utilization is characterized by accelerating n, fc updraft V, rotating the propeller to obtain electrical energy. Power generation equipment. 3 Attach the wind direction device 8'Ic to the exhaust hole 3 at the top of the chimney-like structure 1.
A rotatable forced discharge device 10 is installed so as to always face upwind, and a constricted portion 9 is provided in the forced discharge device 9 to fully accelerate the wind force. The exhaust force of the exhaust hole 3 is increased, the intake hole 4 is installed at the bottom of the structure, and the upward airflow that occurs alternately in the structure due to the difference in atmospheric temperature is accelerated by the constriction structure 2 provided near the top.
A propeller '6 and a generator 5 are coaxially installed in the exhaust section. A power generation device utilizing an updraft, which is characterized in that electrical energy is obtained by rotating a propeller from an accelerated updraft.