3results about How to "Stable current" patented technology

This utility model relates to the field of door lock technology and discloses an intelligent door lock. The intelligent door lock includes a lock body, an electrical device, and an emergency power generation device. The electrical device is installed on the lock body. The emergency power generation device includes a magnet, a metal component, an emergency power storage module, and a drive module. The magnet is installed on the lock body; the metal component is located in the magnetic field of the magnet; the emergency power storage module is installed on the lock body; the input end of the emergency power storage module is electrically connected to the metal component; the output end of the emergency power storage module is electrically connected to the electrical device; the drive module is installed on the lock body; the drive module is connected to the metal component and is used to drive the metal component to reciprocate along a first direction, so that the metal component charges the emergency power storage module; the first direction is not parallel to the direction of the magnetic field lines of the magnet. The emergency power storage module can provide a stable current to the electrical device, improving the stability and reliability of the power supply, and solving the problem of poor reliability of emergency unlocking schemes in existing intelligent door locks.

This utility model discloses an HD digital projection module headlight, comprising: a housing; at least one HD module installed inside the housing, the housing having a light-transmitting portion for cooperating with the HD module; a module mounting bracket connected to the HD module; and a dimming structure connecting the module mounting bracket and the housing, the dimming structure controlling the distance from the mounting bracket to the light-transmitting portion to adjust the light emission effect. The dimming structure includes a base plate and an adjusting screw, the base plate having an adjusting channel, at least a portion of the sidewall of the adjusting channel having an adjusting groove, the thread of the adjusting screw engaging with the adjusting groove, and the base plate having a connecting portion cooperating with the module mounting bracket. This utility model, through its dimming structure, enables adjustment of the HD module, increases user interactivity, enhances personalized settings, achieves precise control, and increases the sense of technology and fun.

The invention relates to the technical field of electrochemical catalysis and carbon dioxide conversion, in particular to a silicon carbide loaded Ag30Cu14 nanocluster catalyst and application thereof in electrocatalytic CO2 reduction. The silicon carbide loaded Ag30Cu14 nanocluster catalyst is an Ag30Cu14 bimetallic nanocluster with precise atoms, the chemical formula is Ag30Cu14 (TPP) 4 (SR) 28, the silicon carbide loaded Ag30Cu14 nanocluster catalyst has an irregular structure of an Ag27 core and an Ag3Cu14 shell, and the silicon carbide is loaded with the Ag30Cu14 nanocluster; the silicon carbide-loaded Ag30Cu14 nanocluster catalyst prepared by the preparation method disclosed by the invention is a loaded CO2RR catalyst which is low in cost and accurate in atom structure, and the product selectivity can be regulated and controlled through post-treatment.