2results about How to "Improve performance efficiency" patented technology

This application discloses a refrigerant recommendation method, apparatus, electronic device, and computer-readable medium, relating to the field of logistics and transportation technology. The method includes: acquiring cold chain order data; extracting temperature zones, timeliness, and warehouse locations from the cold chain order data; querying temperature zone configurations based on warehouse location and current time to determine the corresponding temperature zone; determining a corresponding basic scheme based on the temperature zone, timeliness, and temperature zone query scheme group configuration, wherein the basic scheme includes specific refrigerant combinations, dosage quantities, and auxiliary consumables; and outputting refrigerant recommendation results based on the basic scheme upon successful verification of the basic scheme. Through hierarchical management of the configuration, structured storage and efficient matching of refrigerant recommendation rules are achieved. Multi-dimensional intelligent matching is employed, comprehensively considering multiple factors such as temperature zones, timeliness, and temperature levels, to achieve efficient and accurate refrigerant recommendation, improve cold chain order fulfillment efficiency, reduce product damage rates due to improper refrigerant dosage, and enhance product quality assurance capabilities.

This utility model relates to the field of lighting equipment technology, specifically a multi-scene adaptable studio lighting rapid switching device. It includes a base, a power supply control lamp holder at the center of the top of the base, a lighting lamp mounted on the power supply control lamp holder, and an opaque lampshade on the top of the base. A lighting switching component is movably connected to the inner wall of the opaque lampshade. The lighting switching component includes an internal gear ring, a ring-shaped rotating plate at the bottom of the internal gear ring, and multiple rectangular openings on the outer wall of the ring-shaped rotating plate. Different colored light-transmitting films are placed inside each of the rectangular openings. A driving component for driving the rotation of the internal gear ring is located on the inner wall of the opaque lampshade, and a light guide tube extends through the outer wall of the opaque lampshade. This multi-scene adaptable studio lighting rapid switching device, through the driving component controlling the rotation of the ring-shaped rotating plate, aligns the different colored light-transmitting films with the light guide tube, enabling rapid switching of a single color light and significantly improving broadcast efficiency.