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Device for directly powering on electric vehicle by ground power supply

A ground power supply and electric vehicle technology, applied in the direction of two-part connecting device, connecting device parts, coupling device, etc., can solve the problems of manual power connection facilities occupying large land and space, increasing charging costs, and hindering traffic. Reach the effect of reducing charging cost, convenient power consumption and high firmness

Inactive Publication Date: 2016-07-27
阎波
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In fact, there are many unfavorable factors in manual power connection, such as: charging stations require large-scale infrastructure construction, which increases charging costs; manual power connection requires personnel management, which complicates simple things; manual power connection requires external transmission lines to hinder Traffic and there are unsafe factors, in addition to manual power connection facilities will take up a lot of land and space

Method used

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  • Device for directly powering on electric vehicle by ground power supply
  • Device for directly powering on electric vehicle by ground power supply
  • Device for directly powering on electric vehicle by ground power supply

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0043] (1) Fabrication and installation of ground output devices

[0044] Weld a 1CM thick steel plate into a rectangular iron box with an inner opening of 8CM*6CM and a depth of 10CM, and drill a 1.5CM threading hole from the center of the long side of the iron box to the bottom.

[0045] Make a special socket with a seat surface of 6CM*6CM and a depth of 10CM with parallel long strip jacks, and make each jack 5CM long and 1CM wide (use the length of the jack to solve the height deviation caused by the weight of the electric vehicle. ).

[0046] Insert and fix the special socket into the iron box. And make a 1CM gap evenly on both sides of the iron box, and pass the socket wire through the hole in the iron box (see figure 1 ).

[0047] Take two steel plates with a length of 20CM, a width of 5CM, and a thickness of 1CM, and weld the two steel plates at a 45-degree angle on both sides of the iron box mouth as the lead plate of the socket (see figure 2 ).

[004...

Embodiment 2

[0063] (1) Fabrication and installation of ground installations

[0064] Take a high-elastic steel plate with a length of 30CM and a width of 20CM and a thickness of 0.5CM, and a piece of bakelite board with a length of 45CM and a width of 12CM and a thickness of 1.5CM. 3 pieces of aluminum sheets, two of which are glued to the lower sides of the other side of the bakelite board with resin, with a distance of 4cm between the two aluminum sheets, and the other piece is glued to the middle of the bakelite board, with a distance of 1.5cm between the two aluminum sheets below, on the steel plate Glue an electric plug firmly with resin in the middle of the upper end of the other side, and drill a 1.6MM diameter round hole at the center of the overlapping range of the bakelite board and the steel plate, pass the plug wire through the round hole through the steel plate and the bakelite board and Solder on the three aluminum sheets respectively. At this time, the three aluminum sh...

Embodiment 3

[0075] (1) Fabrication and installation of ground installations

[0076] Take a piece of high elastic steel plate with a length of 35CM, a width of 10CM, and a thickness of 0.5CM, two pieces of magnetic steel with a length of 20CM, a width of 1.5CM, and a thickness of 1CM. , only 5CM steel plate is left on the top of the magnetic steel, and then the bakelite is glued to the steel plate, and then the second piece of magnetic steel is glued to the steel plate, so that the two magnets on the steel plate are exactly the same as the bakelite. Sandwiched in the middle, take 3 pieces of square aluminum sheets with a side length of 3CM and a thickness of 0.3CM, and stick two of them with resin to the lower and two sides of the bakelite board. The aluminum sheets are 2CM apart, and at this time, the three aluminum sheets are in the shape of a character on the bakelite (see Figure 17a ), stick an electric plug with resin in the middle of the upper end of the back of the steel plat...

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Abstract

The invention provides a device for directly powering on an electric vehicle by a ground power supply. According to the invention, a power connection device arranged on a vehicle is directly inserted onto a ground power supply to realize the power-on purpose under the effect of the power of the electric vehicle itself or a vehicle-mounted driver. Compared with the traditional power-on manner for electric vehicles, the above device has the advantages as follows: 1, the manual insertion of a power supply is not required; 2, no external power line is adopted; 3, charging facilities for electric vehicle, such as a charging station, a charging pile and the like, are replaced by the above device; 4, the anti-theft function is realized; 5, the problem that the charging speed for electric vehicles based on a parking space as a charging platform is slow can be solved; 6, the electric energy can be fully utilized during the valley period; 7, the popularization speed of electric vehicles is accelerated based on all the above advantages. Therefore, the device has a positive effect for governing the haze weather and purifying the air.

Description

technical field [0001] This is a strong current connection device designed for electric vehicles. It consists of two parts: the first part is the power output terminal installed on the ground, mainly composed of special connectors, protective covers, supporting parts, etc.; the second part is installed on the electric vehicle for connecting The power input end of the ground power supply is mainly composed of special connectors and moving parts. Background technique [0002] At present, the power connection link of electric vehicles using ground power is still at the level of manual operation, which requires the establishment of special power connection facilities. For example: charging piles, charging stations, etc. specially used for charging electric vehicles, these facilities are all set up to adapt to manual power connection. In fact, there are many unfavorable factors in manual power connection, such as: charging stations require large-scale infrastructure constructio...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01R24/00H01R13/629H01R13/514B60R16/02H01R4/66
Inventor 阎波
Owner 阎波
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