6results about How to "Simplify the charging process" patented technology

The utility model provides a charging device, the charging device comprises a charging device and an intelligent ring, the intelligent ring is installed in the charging device, and the intelligent ring is provided with a contact matched with the charging device. The charging device comprises a fixing unit, an electrode and a circuit board, the fixing unit comprises a first bearing part and a charging column, the charging column is installed on the first bearing part, the outer surface of the charging column comprises a top surface, a plane side wall and a curved surface side wall, the plane side wall is connected with the top surface, and the curved surface side wall is connected with the electrode. The charging column comprises a top surface, a plane side wall and a circuit board, the top surface is provided with a curved-surface side wall, the curved-surface side wall is connected with the plane side wall, the top surface, the plane side wall and the curved-surface side wall define the outer surface of the charging column, the electrode is arranged on the plane side wall, the circuit board is installed below the first bearing part, and the circuit board is electrically connected with the electrode. The technical scheme is convenient for a user to automatically align the intelligent ring to the electrode of the charging column, and is simple and convenient to use and high in charging efficiency.

This application provides an automotive seat and a vehicle having the same. The automotive seat includes: a headrest assembly; and a monitoring component detachably connected to the headrest assembly. The monitoring component has a working position that engages with the headrest assembly and a detachable position that separates it from the headrest assembly. The monitoring component is used to detect and generate health status data of a target object. By applying this technical solution, the detachable monitoring component and headrest assembly ensure both comfort and monitoring accuracy within the vehicle environment. It also allows the user to carry and use the monitoring component separately after leaving the vehicle. The monitoring component can store monitoring data and synchronize with the user's smart devices in various environments, achieving continuous and comprehensive health data monitoring. This solves the problem of traditional in-vehicle health monitoring devices not being detachable from automotive seat headrests in the prior art.

The utility model belongs to the technical field of wireless charging, and provides a wireless precise charging device for an electric automobile, which comprises a wireless charging transmitter, a pressing plate and a guide plate, and is characterized in that the wireless charging transmitter is arranged in the center of a parking platform and is flush with the upper platform surface of the parking platform; the pressing plate is hinged to the front end of the upper table face of the parking table, so that the end, away from the wireless charging transmitter, of the pressing plate is lifted to form a downward pressing space with the parking table, and when the pressing plate bears the gravity from the electric vehicle, pressure can be transmitted to the position below the wireless charging transmitter through the linkage mechanism; and the wireless charging transmitter is vertically and upwards jacked up to correspondingly coincide with a wireless charging receiver at the bottom of the electric vehicle. According to the wireless charging device, a favorable charging environment is provided for the electric automobile in a wireless charging mode, the charging process is simple, the condition of off-line is avoided, the charging efficiency is effectively improved, the condition that charging equipment is maliciously damaged or stolen by people is avoided, and the wireless charging device is safe to use and good in effect.

The utility model discloses an unmanned aerial vehicle charging platform and an unmanned aerial vehicle charging system, and relates to the technical field of unmanned aerial vehicle charging. The unmanned aerial vehicle charging platform comprises a charging table, a charging base and a guiding mechanism, the charging base and the guiding mechanism are linearly and slidably arranged on the charging table, the sliding direction of the charging base is perpendicular to the sliding direction of the guiding mechanism, the charging table is used for parking a to-be-charged unmanned aerial vehicle, and the guiding mechanism is used for guiding the direction of the unmanned aerial vehicle on the sliding track of the guiding mechanism. The charging base is used for being in plug-in fit with a charging panel of the unmanned aerial vehicle on the sliding track of the charging base. The charging convenience of the unmanned aerial vehicle can be improved.

The utility model belongs to the technical field of battery pack charging, and particularly relates to a battery pack charging device, which comprises a base, a power supply is arranged on the outer wall of the base, a battery pack body is arranged above the base, a jack is arranged on the battery pack body, and a driving device is arranged on the base. According to the battery pack charging device, the battery pack can be automatically driven to move towards the power supply only by placing the battery pack body on the placing plate and starting the motor, the butt joint of the charging head and the jack of the battery pack is accurately realized, the charging operation is completed, the charging process is greatly simplified, and the operation convenience is improved; a sliding plate, a pull rod, a limiting rod and other parts in the device cooperatively operate, limiting of a second gear sleeve is relieved in time, a first gear sleeve and the second gear sleeve are ingeniously matched, dynamic changes of coincidence and disengagement occur, the first gear sleeve idles, and the situation that a placing plate drives a battery pack body to excessively extrude a charging head is effectively avoided.

The invention relates to a system and a method for controlling a charging door of a vehicle based on UWB. The system comprises a charging door covering a charging port of a vehicle; the charging device can be electrically connected with a charging port of the vehicle and is configured to charge the vehicle, the charging device comprises first UWB communication equipment, and the first UWB communication equipment can send and receive UWB communication signals; a vehicle-mounted UWB communication device configured to detect position information of the charging device based on the received UWB communication signal of the charging device; a vehicle-mounted camera device configured to capture image information in the vicinity of a charging door of the vehicle; a main control device configured to generate a charging door control signal for opening or closing a charging door based on position information of the charging device and image information in the vicinity of the charging door of the vehicle, in a case where the vehicle is stopped; and a charging door control device configured to open or close the charging door based on the charging door control signal of the main control device.