阅读说明：本技术 汽车风力吹动格栅风扇发电 (Automobile wind blowing grille fan power generation ) 是由 李福胜 于 2020-11-23 设计创作，主要内容包括：本发明公开了一种汽车风力吹动格栅风扇发电,它是由两组汽车风扇4汽车发电机5。电瓶《也可使用多组电瓶和电动汽车电瓶》汽车电动机10组合而成。本发明汽车电动机的轴13于轴头14相连,飞轮15螺丝和螺丝帽镶嵌在轴头16上,离合器压盘18螺丝和螺丝帽镶嵌在飞轮17上,用一根电瓶线插座19连接外线电源插头,输入汽车油箱盖的插座19上,用风吹动汽车风扇,再加一组汽车电动机,施用起来极为方便。(The invention discloses a wind power blowing grille fan of an automobile for generating power, which is composed of two groups of automobile fans 4 and an automobile generator 5. The battery cell can also be formed by combining a plurality of battery cells and the automobile motor 10 of the battery cell of the electric automobile. The invention relates to a shaft 13 of an automobile motor, which is connected with a shaft head 14, a flywheel 15, a screw and a screw cap are inlaid on the shaft head 16, a clutch pressure plate 18, the screw and the screw cap are inlaid on a flywheel 17, a battery wire socket 19 is connected with an external power plug, the external power plug is input to the socket 19 of an automobile oil tank cover, an automobile fan is blown by wind, and a group of automobile motors are added, so that the application is very convenient.)

1. A wind power of an automobile blows a grille fan to generate electricity, and two groups of automobile fans 4 are respectively arranged on an automobile generator 5. Two groups of storage batteries 8, namely a plurality of groups of storage batteries and storage batteries of electric automobiles, are connected with an automobile motor 10.

2. The automotive wind-driven grille fan of claim 1 for generating electricity. The automobile fan is characterized in that two groups of automobile fans 4 are embedded with an automobile generator 5. There are two groups of storage batteries 8, a multi-group storage battery and an electric automobile storage battery respectively, and an automobile motor 10.

3. The wind blowing grille fan of claim 1 for generating power is characterized in that the automobile fan is combined with automobile generators 4 and 5, a wire plug 7 of a storage battery 8, namely a plurality of groups of storage batteries and storage batteries of electric automobiles, is inserted into a socket 6 of the automobile generator, a storage battery wire 9 is connected with a junction box 11 of an automobile motor 10, a technical frame 12 of the automobile motor is connected to a technical frame of an automobile chassis, a shaft 13 of the automobile motor is connected with a shaft head 14, and a flywheel 15 is connected with the shaft head 14 to form six cavities 16 which are connected by screws and screw caps. The clutch 18 is screwed and screwed into a hole of the flywheel 17.

4. The automobile wind blowing grille fan of claim 1 for generating electricity, wherein the battery 8 "multiple batteries and batteries of electric automobiles" is connected with an external power plug through a wire socket 19 and is input into a socket 19 of an automobile fuel tank cover.

The technical field is as follows:

the invention relates to a method for blowing a car fan to generate power by wind power in the running process of a car, wherein the car fan is connected with a car generator and is transmitted into a storage battery. The automobile air conditioner is formed by combining an automobile fan, a generator, a storage battery, a plurality of groups of storage batteries and an electric automobile storage battery, a group of automobile engine and a clutch pressure plate. The wind power blowing device is mainly used for blowing the automobile fan by the automobile grille wind power to connect an automobile generator to generate power and transmitting the power into a plurality of groups of storage batteries and storage batteries of electric automobiles.

Technical background:

the invention aims to provide a car front curtain which is reasonable in structure, a car fan is arranged between car front curtains and connected with a generator, a car grille is blown by wind power, the car fan is connected with the generator and is transmitted into a plurality of groups of storage batteries and storage batteries of an electric car, a storage battery wire is transmitted into a car motor, a clutch pressure plate is connected, and the car motor replaces an engine.

The invention content is as follows:

the object of the present invention can be achieved by the following means.

In order to overcome the defects of the old automobile, the invention provides automobile wind power for replacing an automobile fan to generate electricity. An automobile fan is added on the front curtain of the automobile and connected with an automobile generator. The water tank and the air-conditioning box 'cold doubtful ware' are removed, and the air-conditioning box 'cold doubtful ware' is placed behind the automobile fan and automobile generator. The automobile wind blows a fan to replace a generator, and then an automobile generator wire is used for transmitting the electric power into a plurality of groups of storage batteries and storage batteries of electric automobiles. The automobile motor replaces the automobile engine, thus greatly reducing the deficiency of the automobile engine, and the city has no smog, and the automobile fan is connected with the automobile generator and the automobile motor, thus being the best substitute.

In order to realize the invention, the automobile fan and the automobile generator are mainly combined by two groups of storage batteries which are different respectively and are a plurality of groups of storage batteries and storage batteries of electric automobiles, and an automobile motor. The automobile fan is embedded on an automobile generator, the automobile generator is transmitted into a plurality of groups of storage batteries and storage batteries of the electric automobile through wires, and the storage battery wires are transmitted into an automobile motor. The clutch pressure plate is embedded on an automobile motor, and the storage batteries, namely a plurality of groups of storage batteries and storage batteries of electric automobiles, and a wire socket are input into a socket of an automobile oil tank cover by an external power plug. The automobile moves rapidly through the wind speed, the wind speed is connected with an automobile generator to generate power instead of an automobile fan, and the wind speed-driven automobile wind power generation device is suitable for automobiles, electric automobiles, buses and trucks.

Description of the drawings:

the invention will be further explained with reference to the drawings.

FIG. 1 is a perspective view of the present invention

FIG. 2 is a front view of the present invention

FIG. 3 is a top view of the present invention

FIG. 4 is a front view of the present invention

FIG. 5 is a top view of the present invention

FIG. 6 is a left side view of the present invention

FIG. 7 is a top view of the present invention

FIG. 8 is a front view of the present invention

FIG. 9 is a top view of the present invention

FIG. 10 is a front view of the present invention

FIG. 11 is a top view of the present invention

FIG. 12 is a front view of the present invention

FIG. 13 is a top view of the present invention

FIG. 14 is a front view of the present invention

FIG. 15 is a top view of the present invention

FIG. 16 is a front view of the present invention

FIG. 17 is a top view of the present invention

Detailed Description

The wind power of the automobile blows the grille fan to generate electricity and is shown in a three-dimensional figure 1, and a storage battery is connected with an external power plug through a storage battery wire socket 19 and is input into a socket 19 of an automobile oil tank cover.

The grille 1 is blown by wind power, a front curtain large frame 2 is arranged, and an automobile fan frame 3 is embedded on the large frame 2. Wind blows the automobile fan 4, the automobile fan 4 is embedded in the automobile generator 5, and the automobile generator socket 6 and the battery wire plug 7 are transmitted into the battery 8. The battery has two positive and negative poles, and the battery line 9 is transmitted into the wiring board 11 of the automobile motor 10. The automobile motor base 12 is connected with an automobile chassis technical frame. The shaft 13 of the automobile motor is connected with a shaft head 14, a flywheel 15 is embedded in the shaft head 14, six small holes 16 are formed in the shaft head, and six screws and screw caps are embedded in the shaft head 14. A small hole 20 with a clutch pressure plate 18 and a screw cap are embedded on the flywheel 17. A battery wire socket 19 is connected with an external power plug and is input into the socket 19 of the automobile fuel tank cover.

The material of the invention is formed by combining iron and the material of a mixed battery jar, namely < PP >.