Charging port hatch assembly, car and equipment with charging unit

Abstract

The invention relates to a charging port cabin door assembly and an automobile and equipment with a charging device. The charging port cabin door assembly comprises a shell, a cabin door, an end cover, a first sealing part, a second sealing part, a third sealing part, a fourth sealing part, a detector and a processor, wherein the shell is provided with a charging port which is used for leading to the charging device for charging; the cabin door is in hinge joint with the shell through a hinge joint part and provided with an opening position and a closing position, and the cabin door opens and closes the charging port respectively at the opening position and the closing position; the end cover covers an opening end in a detachable mode, and the hinge joint part of the shell is arranged in the opening end; the detector is arranged on the shell and used for detecting and outputting a position signal of the opening position or the closing position where the cabin door is currently located; the processor is used for receiving the position signal and can perform warning processing. By means of the charging port cabin door assembly and the automobile and the equipment with the charging device, external substances such as rain water and dust can be effectively prevented from entering the charging port so that the charging device and the like can be protected, and opening and closing states of the charging port cabin door can be real-timely detected and a user can be informed of the opening and closing states so as to perform corresponding processing.

Description

technical field [0001] The invention relates to a cabin door structure, in particular to a hatch door assembly of a charging port, and an automobile and equipment with a charging device equipped with the hatch door assembly of the charging port. Background technique [0002] Electricity is a kind of clean energy, and technologies such as power storage and reuse have been widely used in many devices or equipment. However, in some usage situations, for example, dust or rain inadvertently intrudes into the charging port of these devices or equipment, which may easily cause open circuit or short circuit of the charging port, resulting in ineffective charging, leakage, and even serious damage to these devices or equipment. Accidents such as failure or damage occur. [0003] As an example, for new vehicles such as pure electric and hybrid vehicles, foreign objects such as rainwater or dust may enter the interior of the charging port through the following channels: a. Through the ...

AI Technical Summary

Problems solved by technology

In addition, for electric vehicles that are currently on the market, the cover plate of the sealed charging port is generally independent of the outer panel of the charging port hatch, and the user needs to go through two steps to open the charging port, so the operation is not convenient and not enough. beautiful

In addition, the user cannot timely and accurately know the opening or closing status of the cabin door during use, so it is difficult to carry out effective control to prevent rain, sundries, etc. from causing damage to the charging port, charging device, etc.

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