Integrated artificial intelligent charging pile

Abstract

The invention discloses an integrated artificial intelligent charging pile. The charging pile comprises a control cabinet arranged underground, a stand column arranged above the control cabinet, a horizontal telescopic rod vertically connected with the stand column, and a charging cable mounted on the horizontal telescopic rod; a charging gun is arranged at one end of the charging cable, the otherend of the charging cable is connected with a control cabinet, a control main board is installed in the control cabinet, a voice control panel and a first driving motor used for controlling the horizontal telescopic rod to automatically stretch out and draw back are arranged on the horizontal telescopic rod, and the voice control panel and the first driving motor are electrically connected with the control main board of the control cabinet. The charging pile control main board is arranged underground, the occupied space is reduced, the voice control panel is arranged on the horizontal telescopic rod, voice control by a user is facilitated, and operation is more intelligent. The charging cable is fixed on a take-up and pay-off device, so that the charging cable does not need to be in direct contact with the ground, and damage to the cable caused by disordered winding and dragging of the charging cable can be reduced.

Description

technical field [0001] The invention relates to the technical field of charging piles, in particular to an integrated artificial intelligence charging pile. Background technique [0002] Electric vehicles are powered by vehicle-mounted power supplies, driven by motors to drive wheels, and meet the requirements of road traffic and safety regulations. Electric vehicles have no exhaust gas produced by internal combustion engine vehicles, and do not produce exhaust pollution. They are very beneficial to environmental protection and air cleanliness, and are almost "zero pollution". Electric vehicles have no noise generated by internal combustion engines, and the noise of electric motors is also smaller than that of internal combustion engines. [0003] Although electric vehicles are developing rapidly at present, electric vehicles are not as technologically perfect as internal combustion engine vehicles, especially because the life of the power supply is short and the cost of us...

AI Technical Summary

Problems solved by technology

[0003] Although electric vehicles are developing rapidly at present, the technology of electric vehicles is not as perfect as that of internal combustion engine vehicles, especially the life of the power supply is short and the cost of use is high.

The storage energy of the battery is small, and the mileage after one charge is not ideal

[0004] Another major problem is the charging of electric vehicles. At present, the charging piles for electric vehicles mainly include floor-mounted and wall-mounted. Set up a longer charging cable to meet the needs

At present, the charging cable is generally hung on the charging pile by manual winding or directly placed on the ground. When it needs to be used, the operator manually drags and moves the charging cable. There are many problems in this way. A certain length, because there is no unified operation method, random winding or hanging is prone to knotting of the charging cable, which is likely to cause distortion of the charging cable, and excessive bending for a long time may even cause the charging cable to break; On the other hand, due to the long and heavy charging cable, manual winding or dragging is very labor-intensive and inconvenient to operate, and due to manual long-term dragging, the charging cable rubs against the ground all the year round, seriously affecting the use of the charging cable life, and may even cause a safety hazard of leakage

Moreover, in the prior art, most of the charging cables are fixed by other devices, which makes the structure more complicated. In today’s first-tier cities, it is a waste of space and land occupation.

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