TWM451267U - Solar powered electric motorbike - Google Patents

Description

Solar electric motor car

This creation relates to a solar electric motor car, especially one that uses solar energy for charging during the day, and can be charged by household power at night to save energy, and can improve the convenience of charging and riding, and It can be used to check whether the charging circuit is normal and to master the charging status. It is also a solar electric motor vehicle with green energy, environmental protection and sunshade effect.

According to the depletion of petroleum energy, the rising price of oil is an inevitable trend. Coupled with the growing awareness of the importance of environmental protection, how to save energy and reduce carbon has become an important issue in product development in recent years. Therefore, electric motor vehicles that do not need to use gasoline and do not cause air pollution will come into being.

At present, the electric motor cars that are used to see each other use the power of a rechargeable battery to drive an electric motor to operate, and then drive the rear wheel of the motorized vehicle to achieve the purpose of driving. For this reason, the electric motor of the electric motor needs sufficient electric power to drive smoothly, so the distance of continuous driving is limited. When the locomotive rider wants to ride a long distance, he is distracted to pay attention to the rechargeable battery. Remaining power capacity to avoid running out of power during the journey, causing the problem of unable to continue driving, and more often need to charge the rechargeable battery to maintain sufficient power, increasing the inconvenience of use. It is limited to the time required for the general rechargeable battery to be fully charged. It is about 4 hours during the night or when it is not riding for a long time. This may not be too much trouble for the charger that can be connected to the household power supply nearby. However, if you can't get the household power supply nearby, you can only recharge the rechargeable battery and bring it home. Then put it back on the locomotive for the driving needs, which further highlights the complexity and inconvenience of charging. It's no wonder that even if people understand the benefits of electric vehicles for energy saving and carbon reduction, and can save on gasoline fuel costs, they are reluctant to buy rides when they think that their continuous driving distance is limited and they are inconvenient in charging and use. As a result, the electric motor car is quite difficult to promote in the promotion, let alone popularization.

This creation is to provide a kind of electricity that can be converted into electricity by daytime solar energy, continuously charged, stored or provided for driving, and the remaining power capacity can be changed at night. Charging, which can reduce the number of charging of household power, save energy, and improve the convenience of charging and riding, and has green energy, environmentally friendly solar electric motor vehicle.

Another purpose of the present invention is to provide a solar electric motor vehicle with an LED charging indicator set design, which can be used to check whether the charging circuit is normal and to grasp the charging condition, and to increase the illumination brightness at night.

Another purpose of this creation is to provide a solar motor vehicle with a sunshade effect.

This creation mainly consists of: an electric motor car, a bracket mounted thereon and a solar panel. The electric motor vehicle has the same basic structure as the conventional one, and the rechargeable battery system and a solar charger and a household use The power charger is electrically connected; the bracket is fixedly connected to a frame disposed around the motor vehicle, and is fixedly coupled to the frame to form a stable support, and an LED charging indicator group is mounted thereon The solar panel is fixed The top of the bracket is electrically connected to the solar charger. In this way, it can be converted into electric energy by using solar panels in the daytime to absorb solar energy, and the rechargeable battery can be continuously charged at any time, and the electric power can be stored in the rechargeable battery or provided for driving; and at night, the remaining power capacity of the rechargeable battery can be seen. It can be charged by household power supply, which can reduce the number of times of household power supply, so as to save energy, increase driving distance, improve the convenience of charging and riding, and have the appeal of green energy and environmental protection. The LED charging indicator group can be illuminated during normal charging to facilitate checking whether the charging circuit is normal and charging, and to increase the brightness of the illumination at night, thereby increasing the convenience and safety of use.

The design of the creation is specifically designed to achieve the purpose of creation, and the following diagrams are described as follows: Please also refer to the first figure. This creation mainly includes: an electric motor car (1), one set above it. The bracket (2) and a solar panel (3) are composed. The electric motor vehicle (1) has the same basic structure as the conventional one, and similarly uses the electric power of a rechargeable battery (not shown in the casing under the seat cushion) to drive an electric motor to drive. The rear wheel is rotated to achieve the purpose of driving. The rechargeable battery is electrically connected to a solar charger (as shown in the second figure) and a power charger (as shown in the third figure) for converting the solar energy into electricity or household communication. The power source is charged, stored, and stored to provide the power needed to drive the electric motor to operate.

The bracket (2) is fixed to a frame (11) disposed around the circumference of the motor vehicle (1) and extends upward to a suitable height. And the border (11) is According to the model and size of the electric motor (1), the front and rear fixed pieces (111) (112) are respectively connected to the inner edges of the two sides, and the fixed pieces (111) (112) respectively correspond to The locomotive pedal (12) is arranged with a screw hole that is locked with the frame (not shown), and can be placed against the locomotive pedal (12), and the screw (13) is rotated one by one. The fixing piece (111) (112) and the locomotive pedal (12) are locked and coupled to the frame, thereby forming support for the two legs of the bracket (2) in front; and two brackets (2) behind the bracket (2) At the foot of the frame, corresponding to the screw hole position of the rear luggage rack (14) and the frame of the locomotive, a perforation is respectively formed, and the bolts (15) are respectively rotated therebetween to be used for the position. The rear two legs and the rear luggage rack (14) of the locomotive are locked and coupled to the frame, and the bracket (2) and the frame (11) can be stably erected on the electric motor vehicle (1). A reinforcing rod (21) (22) is connected between the front and rear legs of the bracket (2), and an LED charging indicator group is mounted on the reinforcing rod (21) between the two front legs. (211), and the LED charging indicator set (211) is electrically connected to the output end of the solar charger and the household power charger, and when the current is passed through the solar charger or the household power charger, when charging the rechargeable battery The LED charging indicator group (211) can be lit to facilitate checking whether the charging circuit is normal and grasping the charging status.

The solar panel (3) is fixed on the top of the bracket (2) and electrically connected to the solar charger to absorb solar energy and convert it into electric energy, charge the rechargeable battery, and can be used for sunlight. Shading is formed to avoid direct exposure of the locomotive rider to the sun, and it can also have the effect of shading.

In the use of this creation, when the electric motor car (1) is placed outdoors or riding during the day, the solar panel (3) can be used to absorb solar energy and convert it into electric energy. The solar charger can continuously charge the rechargeable battery at any time, and store the electric power in the rechargeable battery or provide the driving demand, and can effectively increase the driving distance to avoid running out of power during the driving; and even if the attention is temporarily ignored, In the process of running out of power, you only need to stop in the sun to supplement the power, you can start the journey smoothly, charge yourself to the nearest location, and save yourself, without relying on others to save. When it is at night or indoors, the remaining power capacity of the rechargeable battery can be determined to determine whether to charge it; if charging is required, the household power charger can be plugged into the home socket to make it pass through the circuit. The rectifier charges the rechargeable battery and stores it for driving.俾 It can reduce the number of charging of household power, save energy, and can balance green energy and environmental protection, and improve the convenience of charging and riding. In addition, the present invention can also utilize the structural design of the LED charging indicator set (211) to check whether the charging circuit is normal and charged, and to increase the brightness of the illumination at night, thereby improving the convenience of use and safety.

This creation can be electrically connected to a rechargeable battery of the electric motor vehicle (1) with a solar charger and a power supply charger, and a bracket (2) is fixedly mounted on the vehicle according to the model, and is placed on the top of the bracket (2). A solar panel (3) is fixed, and the solar panel (3) is electrically connected to the solar charger, so that it can be converted into electric energy by utilizing the solar panel (3) during the day, and the rechargeable battery is continuously charged at any time. At night, depending on the remaining power capacity of the rechargeable battery, the household power supply is charged to reduce the number of times the household power is charged, effectively saving energy, and has the appeal of green energy and environmental protection, and can improve the charging. Convenience. Also because of the sun during the day The energy board (3) can continuously charge the rechargeable battery, so the driving distance of the electric motor car (1) can be increased, and there is no need to worry about the exhaustion of the power on the way, but the convenience of riding can be improved, and even if the attention is paid to the electric power Exhausted, you can also save yourself in a timely manner; plus the solar panel (3) is fixed on the top of the bracket (2), which can also produce a sunshade effect on the locomotive rider. Furthermore, the creation can still be set by the LED charging indicator group (211), and the LED charging indicator group (211) will be illuminated during normal charging to facilitate checking whether the charging circuit is normal and charging, and It is possible to increase the brightness of the lighting at night, which can increase the convenience and safety of its use.

In addition to the overall structural design of the creation, in addition to universally applicable to the electric car of various models, it can also be extended to two-wheel electric bicycles and three-wheeled and four-wheel electric scooters. And so on, the conversion of simple similar items, and those with the same use effect, are both in the scope of the creation of this case.

In summary, this creation has obvious industrial use value, and its structurally specific design for achieving the purpose of creation has not been publicly disclosed in the publication and its use. It can be easily completed from non-existing technologies. For the application requirements of the new patent, please also grant the patent right to pray.

1‧‧‧Electric motor car

11‧‧‧Border

111‧‧‧Fixed tablets

112‧‧‧Fixed tablets

12‧‧‧ pedal

13‧‧‧ screws

14‧‧‧Luggage rack

15‧‧‧ bolt

2‧‧‧ bracket

21‧‧‧ reinforcing rod

211‧‧‧LED charging indicator set

22‧‧‧ reinforcing rod

3‧‧‧ solar panels

The first picture is a three-dimensional appearance of the overall structure of the creation.

The second picture is the circuit diagram of the solar charger.

The third picture is the circuit diagram of the home power charger.

1‧‧‧Electric motor car

11‧‧‧Border

111‧‧‧Fixed tablets

112‧‧‧Fixed tablets

12‧‧‧ pedal

13‧‧‧ screws

14‧‧‧Luggage rack

15‧‧‧ bolt

2‧‧‧ bracket

21‧‧‧ reinforcing rod

211‧‧‧LED charging indicator set

22‧‧‧ reinforcing rod

3‧‧‧ solar panels

Claims (3)

A solar electric motor vehicle includes: an electric motor vehicle, the rechargeable battery is electrically connected to a solar charger and a power charger; and a bracket is fixedly connected to a frame disposed around the periphery of the motor vehicle, and The lock is fixed on the frame; a solar panel is fixed on the top of the bracket and electrically connected with the solar charger; thereby, it can be converted into electric energy by using solar panels during the day to absorb sunlight energy, at any time The rechargeable battery is continuously charged, and at night, the remaining power capacity of the rechargeable battery is changed, and the household power source is used to charge the rechargeable battery to reduce the number of times of charging of the household power source, effectively saving energy, and improving the convenience of charging and riding. The solar electric motor vehicle according to claim 1, wherein the inner edges of the two sides of the motor vehicle frame are respectively provided with front and rear fixed pieces, and the fixed pieces respectively correspond to the locomotive pedal and the frame. The locking screw hole is provided for locking and fixing the fixing piece and the locomotive pedal to the frame; and the frame on the rear of the bracket corresponds to the screw for locking the rear luggage frame and the frame of the locomotive At the hole position, a perforation is respectively provided, and the frame leg and the rear luggage rack are locked and fixed on the frame, so that the bracket and the frame are stably erected on the electric motor vehicle. The solar electric motor vehicle according to claim 1, wherein the bracket is provided with an LED charging indicator group, and the LED charging indicator group is electrically connected to the output end of the solar charger and the household power charger. It can be used to check whether the charging circuit is normal and to grasp the charging status.