3results about How to "Extended boot time" patented technology

The application relates to the technical field of disinfection equipment, in particular to an external disinfection cabinet, which comprises a cabinet body with a containing space and a plurality of drawer assemblies arranged in the containing space, and one or more of the drawer assemblies are disinfection drawer assemblies; after the disinfection drawer assemblies are pulled out of the cabinet body, disinfection tubes are exposed outside the containing space; the disinfection drawer assembly comprises a drawer part, sliding parts are arranged at the two ends of the drawer part, and a plurality of disinfection tubes are arranged on the drawer part; the disinfection tubes are arranged on the drawer part and irradiate the outside of the drawer part. The external disinfection cabinet can not only disinfect kitchenware and tableware stored in the cabinet, but also disinfect the environment outside the disinfection cabinet.

This invention proposes a structure, assembly method, and a laminated pole synchronous motor for improving the heat dissipation capacity of the damping strip in a laminated pole synchronous motor. It belongs to the field of laminated pole synchronous motors. The invention solves the problem of how to effectively improve the heat dissipation capacity of the damping strip in a laminated pole synchronous motor. The heat dissipation structure consists of multi-layered fins welded to the damping strip of the laminated pole synchronous motor. A graphene coating is sprayed onto the fins and damping strip. The damping strip has a hollow structure filled with phase change material. One end of the damping strip is fixed to a damping ring, and the other end is connected to the pole core. Heat dissipation fins are provided at the bottom of the damping ring. This invention employs a composite heat dissipation system of "internal phase change flow heat transfer + fins + damping ring heat dissipation fins": internally, the phase change cycle of the phase change material promotes uniform heat distribution; externally, the heat dissipation fins on the surface of the damping strip and the integrated heat dissipation fins of the damping ring form a three-dimensional heat dissipation network, significantly accelerating the transfer of heat from the damping winding to the external environment.

This disclosure relates to the field of fuel cell system control technology, and proposes a method and system for coordinated control of a vehicle and a fuel cell system. When the vehicle is in a high-voltage state, the fuel cell system queries for a start-up command. If a start-up command is found, the fuel cell system starts up; otherwise, it sends a forced start-up request to the vehicle controller. The vehicle controller determines whether the fuel cell system meets the forced start-up conditions; if so, it sends a start-up command to the fuel cell system. After starting up according to the start-up command, the fuel cell system sends an intervention power request to the vehicle controller. The vehicle controller responds to the intervention power request. Based on the fuel cell system's ability to actively cooperate with the vehicle to intervene according to its own health status, coordinated control of the vehicle system and the fuel cell system is achieved, reducing the risk of reduced lifespan due to prolonged inactivity after fuel cell installation.