KR20170142082A - Electric car - Google Patents

Abstract

The present invention relates to an electric vehicle. According to an embodiment of the present invention, the electric vehicle comprises a motor installing box, and a gear on a bottom of a vehicle. The electric vehicle according to the present invention reduces costs of the electric vehicle by producing electricity in the vehicle, and solves a problem of air pollution.

Description

Electric vehicle {omitted}

a. DETAILED DESCRIPTION OF THE INVENTION

In detail, the car has four wheels. The front two are fitted to both horizontal columns. The rear is the same in the horizontal direction, and the left side of the column and the right side are laid over the front side and the rear side. Vertical pillars serve as pedestals on left and right sides. Everything is put here, and the three steel sheets on the horizontal pillar on the horizontal pillar are slightly bent. Stay on it, tie it apart, place three steel plates bent on the horizontal pillar, and place the vertical pillar. It is resilient to help relieve the impact and prevent it from being pushed forward and backward. Place this on the left and right sides of the vertical column and make the frame necessary to install the motor and the gear on the vertical column and place the frame on the vertical column. The center of the frame is the center column, which connects to the wheel to turn the wheel. Place a vertical column next to each other, one left and one right. Install the motor and the gear. The first front is divided into the center right and the three motors are installed with gears. Three gears are installed in the center of the road, and the center can not be installed because of the center pole. Two motors are installed one by one on both sides, so there are three sets in front of the motor and two sets below. These five gears constitute the first gear. The first gear of the gear is parked because it moves forward and backward sequentially. In the next row, the center column extends to the rear wheel, so the two motors are installed in front and two in the front and two in the rear. This is done in two stages. By installing four more units, there will be three speeds, and gears 1, 2 and 3 will be high speed. The brakes and the steering wheel are replaced with those used previously. Place one more gear on top of the first gear intermediate gear and fix it with a support. Connect the gear to the machine room and repeat the large gear small gear three times on the machine room pillar. Next, we turn the generators by hanging a belt on the horizontal pillar. The electricity produced is delivered to 10 batteries in the middle. After work, the motor is turned to 220v-100w by the general motor, and the motor turns on the generator to produce electricity. The produced electricity was delivered to the middle battery.

How do you make electricity in the center of an electric car? First, when you go out on the market, the generator is noticeable. As you look at the generator, it explodes the gasoline and explodes, causing the motor to turn and the motor to turn the generator to produce a small amount of electricity. If you increase the generator capacity and turn it to several, you will think that it will be the electric production of the car. There is a problem here. I think of a way to turn a motor except for gasoline. There is electricity in the house. 220v-100w. This level of electricity is enough. Motors used in ordinary households can be turned. Since the output of the 5.3K generator can be turned to the corresponding motor, it is necessary to build a machine room without car and install 10 generators. When I turn on the car, I think that I will be able to go to work with the electricity produced by the generator of 10 generators at night when I go to work in the morning. Then, I make a machine room in the back of the car, and I set up a gear to connect the motor 5 motors connected to the motor Gears on the middle pole of the gears on top of the gear to fix it, and then fix it to the machine room where the high gear to make large gear, small gear, large gear, small gear three times, Here, a belt is placed on the horizontal column to connect the generator to the generator. When driving, turn on 10 generators by connecting to the machine room, and when they arrive at the company, turn on the remaining 10 generators by using the company electricity. In the machine room, the gear connected to the gear turns and the gear turns the generator when driving. Ten generators are turned on when driving, and the remaining ten are separate from each other because they are completely independent of the machine when driving. When you are driving, turn around 10, and if you only plug in the company's electricity from a stop company, the motor will turn.

In the car, 10 of 20 cars are alternately turned around for 24 hours.

What is most important here is how to produce electricity? Let's think about the possibility of finding this problem from a distance rather than looking from a distance. First, the dam is used for various purposes such as electric production, thermal power plant, nuclear power plant, wind power plant in the sea and solar heat. There is no production, and the ship is using a lot of electricity. In this case, the battery is used a lot, the motor is circulated by using the oil line, and the motor turns the generator to produce electricity. The problem is that it requires electric production for cars, that is, small electric production. After installing the generator and home electric motor in the car after using the 220v-100w household electric power, the electric motor is connected to the motor, and the electric motor is driven. I want to.

20 generators and 10 batteries, a motor output of 3.7K and a charging generator of 5.3K, and a gear is formed on the gear in the middle of the first gear. The right-angled gear shown in FIG. 1 (a) operates at the same time as the generator, and the generator is also electrically produced. In this way, the electric production process at the time of driving, and the electric power from the company is connected after the work, and the code is connected to 5 and 8 in Fig. 1, and two motors are installed in the machine room in the vehicle and at home through the cord. Turning the motor turns the generator and produces electricity. The electric production of the project will be solved by producing electricity at home and electricity at home.

Because electric production is solved in the car, cost reduction of electric cars and pollution problems are solved somewhat. Logistics costs will be reduced and product prices will be cheaper. Buses and lorries will also reduce freight costs for electric cars.

[Figure 1] A. Interior design of car
B. Connection box = wire connection box that operates in sequence during wire connection between motor and battery
C. The scaffold to connect the wires and the box to operate in two or three stages
d. Drawing showing the wire connection process with the motor in the 1st, 2nd, 3rd position
e. Machine room installation drawing in the back of the car
a. The gears are also attached to the motors, so once the gear is installed on the intermediate gear,
а. In the first stage motor installation, a right angle gear
1. Car wheels with horizontal pillar on both sides of the wheels, on which a straight pillar is supported on both sides of the frame to make a motor,
2. There is a frame that lists motors and gears, and the motor mounting frame is fitted with a shock-absorbing spring on the base frame.
3. Spring to mitigate impact of motor mounting frame
4. Unclear iron wire raising and lowering idle gear
5. When the company goes to work and goes home, it drives the machine to the machine room, turning the generator to produce electricity.
б. We put three steel plates on a horizontal pillar with a wheel and a straight pillar on it, and put a straight pillar on it. This steel plate is an important steel plate that prevents the body from being pushed forward while relaxing the impact.
7. In the machine room, the motor, the gear, and the generator were divided into two sections, top and bottom, with 10 batteries in the middle.
8. It is a cord that connects to the wire that supplies electricity to the machine room from the company that came to work or from the house where the work was done.
9. It is a right angle gear that once connected to the gear and the machine room.
10. There are two horizontal pillars, five generators hanging on the front horizontal pillars, and the horizontal pillars on the next horizontal pillars are made up of 220v-100w common motors. When the gears are connected to each other on the column, the generator turns and the generator charges the battery.
11. Rechargeable generators hanging on the horizontal columns of batteries in the middle
12. There are generators and generators in the front and rear, centered on the battery. A generator hanging from a horizontal pillar on the back
13. Machine box with machine room
14. There is a general motor in front of and behind the 220v-100w general electric motor that turns the horizontal pillar installed at the back, one each and two general motors.
15. Motor installed first motor and gear is here first.
16. Internal drawing of driving key of moving car
17. Forward, backward, forward, backward,
18. In the wire connection box, connect to the left for driving,
19. Transition is divided into two parts, and the wire connecting and pulling in the middle
20. Handle to connect wires
21. Battery
22. Running box for connecting wires
23. Motor-mounted two-stage motor listed
24. Three-stage motors listed
25. Gear connection support for right angle gearing
26. Circular gears inside a right-angled gear
[Fig. 2] 1. Supports to protect right-angled gears
2. Right gear and machine room first horizontal pillar
3. Bearing to protect the 2nd horizontal column
4. Rechargeable generator with belt hanging on second horizontal pole
5. The front side of the machine room is connected with a right-angled gear, and after the company or after work, the generator is turned by a 220v-100w motor for home and electricity is produced.
6. There are two electric motors that turn the generator to the home motor after work.
7. Bearing to protect the horizontal column second
8. Rechargeable generator suspended from a horizontal pole
9. A general electric motor that rotates a second installed horizontal pole
10. Machine box box
11. Gears attached to the horizontal columns
12. Code to connect home and home electricity and wires after work
[Figure 3]
1. Front bumper
2. Spring to mitigate impact of frame
3. Gear
4. Motor
5. Hook up to idle gear
6. Special gear
7. idle gear base plate
8. idle gear raising hook
[Figure 4]
a. Circular gear
b. 180 degree gear
c. Circular gear
d. Right angle gear
e. Right angle gear
[Figure 5]
A. The spring that raises and lowers the 1st, 2nd, 3rd
B. Wire Exchange Box
a. The entrance to the wire into the wire connection box
b. Entrance to the wire
c. Copper plates connecting wires
d. Running platform
e. Outer box connecting wires

1. Electricity is the generator and the generator is placed in the first gear of the car. I put it on the first gear to make it work with the under gear and the gear I put on. When the car moves, the gears on top of it also move together, so the generator turns in conjunction with the rear machine room, so it is produced by the generator. When you stop at home like commuting, connect the generator to the generator. The motor that drives the generator uses a motor that can be turned into 220V-100W as a general electric motor. The generic motor is attached to the generator and rests on the car. However, it only lengthens the wires and lengthens them to connect with the house. When I go to work, I stand in the car and go to work. When you go to another area, use electricity from other local households to charge. The motor is equipped with a 220V-100W electric motor that turns the generator to produce electricity. The rest is the same as the existing car, so you can do as usual.

When you drive a gasoline car, you can make a mistake. Practice is necessary because it does not become habit from stepping on a running foot. The newly changed part is a new tangential plate, and when it is pushed to the right side, it becomes a first step. If it is subtracted again, it goes back because it becomes reverse gear. If you push it back again, it goes to the pressure. Thus, the vehicle is parked while moving forward and backward. If it is time to go ahead and move forward, pushing it to the left will bring it to the first stage. If you push again, it becomes the second stage. I removed the drafting gear and replaced it with an electric one. When I went to work at the company, I plugged the cord into the company outlet and let the home motor turn and rotate the generator. Even after work, the electric wire is drawn from the car and charged with electricity. In the morning, you can leave the cord and put the front line in your car and go to work. It was installed in the machine box in the car. Ten of the 20 generators are used for driving, while the remaining ten are electric wires at the company or home, and the motor is turned and the generator is turned to produce electricity. As a result, 10 generators will continue to operate the generator, so they charge 24 hours. The brakes and handles are the same as before.

Claims (1)

'Independent Port'
a. As shown in FIG. 1, a motor gear box is installed on the bottom of the vehicle, and a gear box is installed on the intermediate gear of the first gear to connect the gear box to the machine box. Large gears and small gears. Up to three floors, make the high speed, and turn the generator on the horizontal pillar by using the belt from 2 to 2. In FIG. 2, the generator 4 is produced electricity and the produced electricity is distributed to the battery 10 of the No. 5 battery in FIG. We are going to turn the wheel to the previous machine. Since the van is small compared to the large bus, it is located on the 3rd floor only at the high speed. In case of leaving the station, the electric power of the electric house is 220v-100w. The gears in the gears and the gears in the generator were made to rotate, allowing the generator to run and to be charged in the evening and at night after work. When you go to work, you cut out the code 12 in Figure 2 and put it in the car. I get to work with the charged electricity. Charge again with the company's electricity after work. When you leave, you will be charged with electric power. In operation, charging is carried out by 10 belts on the horizontal pillar connected to the machine room in Fig. 2 from the motor connection gear. There are 10 fixed supports in Fig. 2 to 7 on the horizontal pillar where the generator is fixed, and the generator supports the support Two poles are installed, one with a support and one with a generator suspended, thus protecting the generator with two horizontal columns. On top of it, two outer columns are used to support the generator from both sides. Connect the electric motor of the house to the horizontal pillar to turn the horizontal pillar. By attaching a gear to the horizontal pillar and a gear to the generator, the number is matched to the gear, and the generator is connected to the gear, so that when the horizontal pillar is moved to the motor, the generator also rotates. So that the horizontal pillar serves as a support and there are supports on both sides to protect the generator. There are four generator protection supports. There are four horizontal pillars. Gears were placed on the generators, and the number of gears on the horizontal pillar and the number of gears on the generator were the same. There are two motors. In this way, after the work, 220v-100w motor is connected to the machine room in the home, and the generator is charged in the machine room. When driving, there was a charging generator in the machine room connected to the gear once inside the vehicle. The result is a double charge. I.e., alternately. As shown in Fig. 2, 13, there is a machine room in the backside of the car. There are 10 generators divided into 10 generators. Ten generators are used to run the generator, and ten wires are connected to the remaining ten at home. Electricity is produced by turning 10 generators. In the machine room, there are 10 batteries in the middle, so the generator is connected to the 10 batteries at the center through the electric wires.

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