3results about How to "Reduce impact area" patented technology

This invention discloses a flexible, wave-resistant, floating photovoltaic system, including a photovoltaic platform frame. A photovoltaic power generation platform is located on the upper side of the photovoltaic platform frame, and a central float is coaxially positioned below the photovoltaic platform frame. The central float is fixedly connected to the photovoltaic platform frame via a float support. Around the central float, several arc-shaped attitude adjustment bodies are arranged in a circular array. Each arc-shaped attitude adjustment body has two ends connected to coaxial rotating shafts along its length, allowing it to rotate around the axes of its two ends. In addition to being wave-resistant, it also has a light-tracking function.

The invention provides a refrigerator fresh-keeping device, a refrigerator fresh-keeping method, a health management method and a refrigerator, the refrigerator fresh-keeping device comprises a plurality of fresh-keeping cabins, one of the fresh-keeping cabins comprises a low-humidity storage box, and the low-humidity storage box is provided with a condensation water collection module; wherein one fresh-keeping cabin comprises a humidification storage box, an atomization module and an air outlet module, the humidity in the storage box is reduced through the condensation water collection module, the humidity in the storage box is increased through the atomization module, and the humidity in the storage box can be stabilized through the air outlet module. Through multi-cabin independent humidity accurate regulation and control, a differential sterilization and odor removal strategy, a low-oxygen / vacuum multi-element fresh-keeping mode and other multi-element fresh-keeping modes, full-range humidity self-adaptive regulation and control are achieved, an exclusive fresh-keeping environment can be created according to different food material characteristics, and the technical problems that a traditional refrigerator is extensive in humidity control and poor in fresh-keeping effect are solved.

This utility model discloses an electronic valve and a refrigeration device, relating to the field of refrigeration control technology. The electronic valve includes a valve body, a valve needle assembly, and a guide sleeve. The valve body has a valve cavity, a connecting port, and a valve port communicating with the valve cavity. The valve needle assembly includes a mounting base and a valve needle. The mounting base is fixedly connected to the valve body, and the valve needle movably passes through a mounting hole in the mounting base to open and close the valve port. The guide sleeve is fixedly installed inside the valve cavity, located on the side of the mounting base facing the valve port and spaced apart from the mounting base. The guide sleeve has a guide hole for the valve needle to pass through. By placing the guide sleeve on the side of the valve needle assembly near the valve port, not only is the movement of the valve needle guided, but the impact area of ​​the refrigerant on the valve needle head is also reduced, thereby reducing the vibration amplitude of the valve needle and thus reducing the resulting noise. The spaced arrangement between the guide sleeve and the mounting base makes the assembly of the guide sleeve independent of the positional accuracy of the valve needle assembly, simplifying the assembly process and reducing manufacturing difficulty.