阅读说明：本技术 降温风力发电大楼 (Cooling wind power generation building ) 是由 邓云华 于 2018-08-02 设计创作，主要内容包括：本发明为降温管道式风力发电大楼,整座大楼高90米,直径50米左右,分为地上、地下两部分,结合附图说明在楼的水池建4个进风口,4条管道在水池环绕到中央立体管道上二层,在二层环绕后到中央管道上三层环绕后,进入主体管道上大楼,四条小管道直径1.5米,管道直径3米,高79米,在一楼主管道开一道门,这管道像其它楼的梯步上楼一样,在这管道中安装8-12个风力发电机组。顶部安装一台抽风机10千瓦,把风压到两根小管道直径1米,底楼再上到各层楼各个单元(住户)。我们居住的楼要达到节能环保多功能,能抗地震、降温、发电、储水,让人们居住环境好,不但解决了安装空调和用电,还能输出电为其他所用,为我们生活丰富多彩做出本人微薄之力而设计。(The invention relates to a cooling pipeline type wind power generation building, wherein the whole building is 90 meters high and about 50 meters in diameter and is divided into an overground part and an underground part, 4 air inlets are built in a water pool of the building, 4 pipelines surround the upper two layers of a central three-dimensional pipeline in the water pool, the upper three layers of the central pipeline surround the upper two layers of the central pipeline, the upper three layers of the central pipeline enter the building on a main pipeline, four small pipelines are 1.5 meters in diameter, 3 meters in diameter and 79 meters high in diameter, a door is arranged on a main pipeline of the first floor, the pipeline is the same as the pipeline of other buildings, and 8-12. The top of the tower is provided with an exhaust fan of 10 kilowatts, the wind pressure is increased to two small pipelines with the diameter of 1 meter, and the bottom building is then ascended to each unit (resident) of each floor. The building for people to live in needs to achieve energy saving, environmental protection and multiple functions, can resist earthquake, reduce temperature, generate electricity and store water, enables the living environment of people to be good, not only solves the problems of installing air conditioners and using electricity, but also can output electricity for other purposes, and is designed for making the people to have slight power for rich and colorful life.)

1. The structure of the cooling wind power generation building is as follows:

on the ground level, the radius of the cylindrical building is 30 meters, the height of the cylindrical building is 4 meters (including a floor slab), and the height of the cylindrical building is 60 meters.

2. The lower part of the building is a small hemisphere with the diameter of 30 meters under the ground level, wherein 3 floors of houses are arranged, the height of each floor is 4 meters, namely the floor for living use under the ground level is 12 meters deep.

3. The other two layers, the upper layer is a water containing pool with the depth of 7 meters; the lower layer is solid concrete, and the cement concrete supports the base. The diameter of the upper plane of the upper layer of the supporting base is 54.5 meters, the diameter of the lower plane of the upper layer of the supporting base is 40.8 meters, the depth of the lower plane of the supporting base is 5.5 meters, and the diameter of the upper plane of the supporting base is 40.8 meters, and the upper plane of the supporting base is lower to the bottom of the hemisphere.

4. The bottom of the hemisphere is connected with a cylindrical buffer layer with the diameter of 4 meters and the height of 0.25 meter of a contact layer (wood or rubber), 2 layers are arranged below the buffer layer and are 2 layers of foundations, the upper plane of one layer has the diameter of 4 meters, the lower plane has the diameter of 8 meters and the height of 2 meters, the upper plane of the other layer has the diameter of 8 meters, the lower plane has the diameter of 10 meters and 2 meters, and the lowest layer is provided with a ground pile.

The structure of the wind power generation device is as follows:

5. the air inlet diameter of the large air port is 2 meters, 4 inlets are formed in the bottom of the water pool, the diameter of the pipe is 1.5 meters, the transmission pipeline is connected with the large air port and the main air channel and distributed at the air inlet positions from south to north of the water pool to the position of the central three-dimensional pipeline, the pipeline is arranged in the water pool and surrounds the main body vertical pipeline in 3 layers, a door is opened on the pipeline of the first layer, and the door and a door frame are cushioned to close air.

6. The diameter of the main air duct is 3 meters, the height of the main air duct is about 72 meters, the lower part of the main air duct is connected with the solid concrete of the supporting base and a transmission pipeline, and a wind generating set is arranged in the main air duct.

7. The top is provided with an exhaust fan, the air is pressed into two pipelines which convey air downwards, the pipelines reach the first floor and go up to each unit (resident) of each floor, and the pipelines are discharged out of the top floor after being discharged to the top floor station.

(I) technical field

The invention relates to a cooling wind power generation building which is closely related to life, in particular to a building which is designed by combining the experience of a designer in mine work for decades and converts clean and renewable resource wind energy into electric energy so as to serve our life.

(II) background of the invention

The popularization of our country is vast, the economy is soaring, and the problems of power, energy, global temperature rise, pollution and the like are more obvious in recent years. The multifunctional modern living condition is provided for people who live in the flourishing age and have happiness and well-being, so that people have rich and varied lives, and people who live in the flourishing age have happiness and well-being, and the people can make the power of the people.

Disclosure of the invention

The purpose of the invention is mainly realized by the following technical scheme:

in the cooling wind power generation building, 4 large air ports in the shape of a television signal receiving pot cover are built on the ground level lower support base, the large air ports are connected with the main air duct through the transport pipelines, and air absorbed by the large air ports is transmitted into the main air duct through the four transport pipelines and then is converted into electric energy by the generator set in the main air duct. In addition, the air under the ground level is upwards to the top floor through the main pipeline and then is discharged to each floor and each unit of each floor from the top floor to the bottom floor through two pipelines, so that the temperature adjusting function of being warm in winter and cool in summer is achieved.

(IV) description of the drawings

FIG. 1: is the overall structure schematic diagram of the invention.

FIG. 2 is a drawing: is a partial structure schematic diagram of the generator set on the upper part of the main air duct.

FIG. 3: is a schematic structural diagram of a second layer of transportation pipeline on the upper layer of the supporting base.

FIG. 4 is a drawing: is a schematic structural diagram of a first layer of conveying pipeline on the upper layer of the supporting base.

FIG. 5: is a schematic structural diagram of the large tuyere receiver of the invention.

FIG. 6: is a schematic view of a ventilating three-dimensional pipeline in the water pool.

(V) detailed description of the preferred embodiments

The best scheme of the invention is that according to the actual situation of the building, the supporting base of the building is four large air ports, four transmission pipelines are built in the supporting base and are connected with a main air duct, the main air duct is positioned in the center of the cylindrical building, and the upper part of the main air duct is provided with a generator set. Building bottom holds the pond, and the degree of depth is 7 meters, holds the pond below and is 40.8 meters in diameter, go up 48 meters in diameter, establish two each air intakes in east west in the pond bottom, the diameter of hole is 1.5 meters, construct outside the hole big air intake of the pot cover of receiver like the TV and introduce the wind into the pipeline in the pond, the air pipe in the pond, first floor diameter 1.5 meters, the pipeline interconnect, the crooked wind winds to the total export in the water, the second floor pipeline notes air intake of standing upright of total export, second floor pipeline diameter 1.5 meters, the crooked wind winds back to the total pipeline, first floor and second floor are 2 meters apart from, the vertical pipe is directly from the cement bottom surface upright. From the third layer on the second layer, the third layer of pipes are the same as the second layer, and return to the overall pipe after being cooled in water, and the diameter of the pipe is 3 meters, and the height of the pipe is 79 meters. The main pipeline is arranged at the center of a building, a door is arranged on the main pipeline of the first building, the pipeline is similar to the main pipeline of other buildings when going upstairs, 8-12 wind generating sets are arranged in the main pipeline, and the ladder is made into an n-shaped structure to be beneficial to controlling and gathering wind. A10-kilowatt large exhaust fan is installed at the top of a main pipeline, the top of the main pipeline is sealed, wind pressure is transmitted to small pipelines from the main pipeline, the small pipelines are separated from each other around or around a main pipeline, cold air is wound around a building by the two small pipelines, the cold air goes up to the next building and then goes up to the next building along the main pipeline to push up the building, and finally, the cold air is discharged and sent to each unit of each floor through the small pipelines.

The section of the pipeline is reduced in front of the wind driven generator arranged on the upper main pipeline, so that wind is much larger, and a door is arranged on the section. The design of pipeline type power generation is based on the principle of hydroelectric power generation, the hydroelectric power generation leads water from a water tunnel after power generation to a lower power generation place, the fall of the hydroelectric power generation reaches, wind is generated from one to two wind power generation, the pressure of the cross section is reduced to be the same as the fall of the hydroelectric power generation, 10 kilowatts of an exhaust fan at the top end of a main pipeline are provided, the wind power of the exhaust fan is known, the lowest wind power is 7-8 grades or above, the exhaust fan is used for more than twenty years in the coal mine before, the exhaust fan is used for underground ventilation, gas exists underground, workers need to breathe, and enough wind is needed for safety protection.

At present, the air of the floor where people live is hot, and the temperature is reduced by an air conditioner and an electric fan. The design is that two water pumps are used for supplying water to a water containing pipeline of a fire extinguishing distributor, and the method comprises the following steps: the 6 gate valves are respectively installed, each gate valve is connected with three floors, a small valve is installed in a water pipe of each floor, the distribution of fire-fighting water of the whole building can be controlled by the 6 large gate valves and the 18 small valves, and each unit of each floor is used for erecting the water pipe below an indoor ceiling and installing a spray head to prepare for fire fighting.

The invention has the following advantages: energy conservation and environmental protection, relatively low cost, simple construction and convenient use.