54results about How to "No paralysis" patented technology

The present invention provides a facial mask with excellent moisturizing and repairing effects, the components of which include a polypeptide and a moisturizing agent. Mixed active protein peptides obtained by mixing the small molecule penetrating peptides shown in 3. The mask formula of the present invention is compounded with TAT-EL mixed active protein peptide: it replaces tissue / collagen / capillary to receive free radical attack, so as to protect capillaries and collagen; it has excellent functions of promoting cell proliferation and differentiation, accelerating The self-renewal and self-repair of skin epidermal cells has a good effect on the repair of damaged acne muscles / medical and cosmetic wounds. The acetylated hyaluronic acid used in the present invention, as one of the moisturizing agents, enhances its solubility, permeability and resistance to hyaluronidase; It is also soluble in oil, and can use the intercellular substance as a carrier to penetrate into the basal layer of the skin and exert a moisturizing effect.

A through solar vacuum glass composite transducing pipe with medium thermal-conduction bearing load based on photoelectric thermal transition contains outer glass pipe, photovoltaic battery, conducting wires, heating panel, heat-exchanging inner glass pipe, glass-housed metal electrode, getter metal spring card and blast pipe hush etc. to form the glass ring cavity pipe. Load-bearing pipe and heating-conducting medium are set in the heat-exchanging inner glass pipe. Positive pole of the photovoltaic battery connects with the heating panel with tubal mounting holes. The heating panel is packaged on the heat-exchanging inner glass pipe and heat-conducting medium is fixed with them by a clamp device. Positive poles of photovoltaic battery are electrical insulating. The positive and negative poles are connected in series to join the heat-exchanging inner glass pipe. Positive and negative poles of the photovoltaic battery group are led out by glass-housed metal electrode linking to conducting wires. Load-bearing pipe with one end sealed is equipped in the heat-exchanging inner glass pipe and heat-conducting medium is filled between them, which is sealed and connected by the closed end cap between glass locating nozzle and the load-bearing pipe.

The invention discloses a tail pipe low heat loss agent conductance solar vacuum energy changing hot pipe, which is characterized by the following: comprising small diameter inner glass pipe and high diameter outer glass pipe; closing one end of pipe heat with glass weld; setting the outer surface as conversion energy film board; arranging discharge pipe sealing spout on the welded head of the big diameter outer glass pipe; locating mutually of sealing head same end; welding and closing the other end with glass cup shape; arranging glass located pipe sprout at the pipe head of the glass cup shaped welding position; arranging screw thread or fastening tank on the glass locating pipe sprout; arranging hot pipe in heat changing inner glass pipe; filling heat conducting medium between the heat changing inner glass pipe and the hot pipe; closing the hot pipe through closed end lid; connecting to the glass locating pipe sprout of the solar vacuum heat changing hot pipe; arranging heat-proofdevice at the rear end of the solar vacuum energy changing hot pipe; decreasing the loss of heat; arranging the heat-proof device in the small pipe diameter inner glass rear pipe; or arranging out ofthe small pipe diameter inner glass rear pipe. This invention can be used to solar energy application domain.

The invention provides a distributed co-frequency and co-broadcast signal transmission device and system, which relate to the field of mobile communication. The distributed co-frequency and co-broadcast signal transmission device and system only need to receive the communication signal sent by the intelligent terminal through the communication unit of each base station, and each base station obtains the signal strength of the received communication signal through the signal strength acquisition unit and distributes it through the communication unit To other base stations, each base station compares the strength of the communication signal received by itself with the strength of the signal sent by other base stations through the comparison unit to determine the main base station, and the main base station distributes the received communication signals sent by the smart terminal to the multiple base stations And the receiving terminal does not need to use the cloud server to select the primary base station. When one of the base stations is damaged, the multiple base stations can still work normally, and the entire distributed co-frequency and co-broadcast signal transmission system will not be paralyzed. , which improves the reliability and stability of the distributed co-frequency and co-broadcast signal transmission system.