3results about How to "Realize production" patented technology

This utility model relates to an energy-saving fresh air dehumidification condensate water recovery and purification direct drinking water system, including a fresh air dehumidification module and a water treatment and recovery module. The fresh air dehumidification module includes a housing and a compressor, condenser, electronic expansion valve, and evaporator connected sequentially inside the housing. The housing has an air inlet and an air outlet. A fan is installed between the condenser and the air outlet. A water collection tank is located at the lower end of the evaporator, and a condensate water collection pipe extending out of the housing is located at the bottom of the water collection tank. The other end of the condensate water collection pipe is connected to the upper end of the water collection tank. The lower part of the water collection tank is connected to a reverse osmosis water treatment module through a first pipe, which is equipped with a self-priming pump. The direct drinking water tank is connected to a water intake through a third pipe, which is equipped with a water supply pump. This solution can collect condensate water and then guide it into the water treatment and recovery module for purification by the reverse osmosis water treatment module before use for drinking, thereby achieving humidity regulation and drinking water production, greatly improving energy utilization efficiency.

The application relates to a storage room system and method suitable for island material storage and seawater desalination, and belongs to the island life health field. In view of the problems of food perishability and freshwater shortage on islands, the application provides a storage room system suitable for island material storage and seawater desalination, which mainly comprises a refrigeration system, a plasma system and a seawater desalination system. The application realizes refrigeration and cooling of the storage space and provides a relatively suitable working temperature for the coupled plasma generating device by extracting low-temperature seawater to cool the refrigerant and arranging the evaporation pipeline around the storage room. Fresh water is prepared by utilizing the high humidity of island air, the air is heated through the convection effect of the compressor, the filtered air is humidified to the saturated state through the spraying device, and the fresh water is prepared through condensation. The application fully adapts to local conditions, utilizes the climate advantages and unique renewable energy of the South China Sea islands, and practically solves the actual needs of life.

The invention provides a room-temperature magnetic skyrmion, a two-dimensional ferromagnetic Co2Si / Co3Si nanosheet with a high Curie temperature characteristic and a preparation method and application of the two-dimensional ferromagnetic Co2Si / Co3Si nanosheet, and belongs to the technical field of magnetic materials. A cobalt source is placed in a low-temperature area, a silicon source is placed in a high-temperature area, a fluorine crystal mica sheet is placed above the silicon source in the high-temperature area, chemical vapor deposition reaction is carried out in an inert gas environment, and a two-dimensional ferromagnetic Co2Si nanosheet or Co3Si nanosheet with room-temperature magnetic skyrmion and high Curie temperature characteristics is obtained. The two-dimensional ferromagnetic Co2Si nanosheet and the Co3Si nanosheet have stable room-temperature ferromagnetism and relatively high Curie temperature, generation and annihilation of the room-temperature magnetic skyrmion can be realized through regulation and control of an external magnetic field, and the two-dimensional ferromagnetic Co2Si nanosheet and the Co3Si nanosheet have wide application prospects in the fields of spintronics, low-power-consumption information storage and the like; the method provided by the invention has the advantages of few types of raw materials, simple process, good repeatability and low cost, and is beneficial to large-scale production.