4results about How to "High salinity" patented technology

The invention discloses an ecological restoration method for salinized land in a semi-arid region based on a natural solution. The ecological restoration method comprises the following steps: S1, defining a plurality of ecological restoration regions; s2, planting plants; in each ecological restoration area, high-layer plants are planted on a circle of the edge of the ecological restoration area, and a circle of middle-layer plants and a circle of low-layer plants are sequentially planted into the ecological restoration area; s3, arranging an ecological restoration area; according to the invention, an ecological restoration area with multi-layer plant distribution can be formed, the restoration and improvement of biodiversity are facilitated, and through the arrangement of the first groove, the sand barrier and the spacing between the first groove and the sand barrier, the purpose that seeds of plants in each layer stay in or near the first groove along with wind to achieve sowing and growth can be achieved in the subsequent year; multiple layers of plants along the first grooves are formed, the ecological restoration effect is enhanced, subsequent sowing through wind power is facilitated, and manual close planting is not needed any more.

This invention belongs to the field of probiotic screening and application technology, specifically relating to a strain of *Lactobacillus paracasei* and its application in the prevention and treatment of colonic polyps and colon cancer. The *Lactobacillus paracasei*, named *Lactobacillus paracasei* V85, was deposited on January 15, 2026, at the China Center for Type Culture Collection (CCTCC), Wuhan University, China, with accession number CCTCC NO: M2026124. The *Lactobacillus paracasei* V85 provided by this invention is sensitive to common antibiotics and has good biosafety; it possesses strong antioxidant function and a strong inhibitory effect on hemolytic streptococci; it can produce a strong agglutination effect with hemolytic streptococci, which is beneficial for inhibiting the colonization of hemolytic streptococci in the intestine, reducing the risk of colonic polyps and colon cancer caused by hemolytic streptococci, and can promote the proliferation of *Akkermansia myxophilus*. It can be used to prevent and treat colonic polyps and colon cancer caused by hemolytic streptococci, and has broad application prospects.

The utility model relates to a safe adjustable combined mineralization carbon rod and water purifier, the safe adjustable combined mineralization carbon rod includes: cylinder, carbon rod subassembly, input pipeline and output pipe, low mineralization carbon rod is provided in the first accommodation chamber, high mineralization carbon rod is provided in the second accommodation chamber, the first input branch pipe is communicated with the first accommodation chamber and output pipe, and the second input branch pipe is communicated with the second accommodation chamber and output pipe. The second input branch pipe is communicated with the first containing cavity and the output pipe, and two different water path structures can be formed. When water flows through the low-mineralization carbon rod through the first input branch pipe, drinking water with low mineralization degree can be obtained; when water flows through the high-mineralization carbon rod through the second input branch pipe, drinking water with relatively high mineralization degree can be obtained; when water flows through the first input branch pipe and the second input branch pipe and simultaneously flows through the low-mineralization carbon rod and the high-mineralization carbon rod, drinking water with moderate mineralization degree can be obtained, so that drinking water with different mineralization degrees can be obtained, and diversified requirements of infants, adults and old people on healthy drinking water can be met.

The utility model relates to a saline-alkali soil layered improvement salt elimination system, and aims to solve the technical problems that the existing saline-alkali soil layered improvement salt elimination system cannot recycle salt separated out of a water channel and evaporated fresh water, and the salt elimination system is low in efficiency when being used for layered improvement of saline-alkali soil. An underground water layer is arranged above the foundation layer, a soil layer is arranged above the underground water layer, a water channel is formed among the foundation layer, the underground water layer and the soil layer, the two sides of the water channel are connected with V-shaped water guide plates through two supporting rods, transparent arc-shaped plates are arranged above the V-shaped water guide plates, and the transparent arc-shaped plates are connected with the water channel through supporting rods. A transparent arc-shaped plate is arranged in the underground water layer, limiting plates are arranged on the two sides of the transparent arc-shaped plate, a drainage pipe is arranged in the underground water layer, a water storage pond is arranged at one end of the water channel, and a submersible pump is arranged in the water storage pond.