272results about How to "Effective generation" patented technology

A polymer solution (2) that is prepared by dissolving a polymeric substance in a solvent is supplied into a cylindrical container (1) serving as a rotating container having a plurality of small holes (4). The cylindrical container (1) is driven to rotate by rotation drive means (15), and an electric field is applied by high voltage generating means (3) to polymeric filaments (5) discharged from the small holes (4) so that they become electrically charged. Then, primary and secondary electrostatic explosions (6, 7) associated with the centrifugal force and the evaporation of the solvent take place, drawing the polymeric filaments and producing nanofibers made of the polymeric substance. These nanofibers are deposited to produce a polymeric web. Accordingly, by employing a simple structure, nanofibers and a polymeric web utilizing them can be produced evenly with excellent productivity.

The information provides an information processing apparatus, an information processing method and computer program. An information processing apparatus includes information input units which inputs observation information in a real space; an event detection unit which generates event information including estimated position and identification information on users existing in the actual space through analysis of the input information; and an information integration processing unit which sets hypothesis probability distribution data regarding user position and user identification information and generates analysis information including the user position information through hypothesis update and sorting out based on the event information, in which the event detection unit detects a face area from an image frame input from an image information input unit, extracts face attribute information from the face area, and calculates and outputs a face attribute score corresponding to the extracted face attribute information to the information integration processing unit, and the information integration processing unit applies the face attribute score to calculate target face attribute expectation values.

The present invention provides an electrode for electrolysis capable of efficiently producing ozone water by electrolysis of water at a low current density. The electrode (1) for electrolysis of the present invention is composed of a substrate (2), a surface layer (4) formed on the surface of the substrate (2) and containing a dielectric, and in the surface layer (4), formed from the surface layer The surface of (4) extends continuously to the inner hole (10), and the distance from the hole (10) to the closest part of the surface of the substrate (2) is set to be greater than 0 and not more than 2000 nm.

The problem to be solved by the present invention is to provide: a method for producing a tablet, such as a carbonate-spring-type bath agent, which is so designed that a neutralization reaction can occur vigorously and efficiently in the inside of the tablet in spite of a fact that the pH value of an aqueous solution into which the tablet is dissolved is neutral, carbon dioxide gas bubbles having as small sizes as possible can be released continuously for a certain period of time and therefore a large portion of the generated carbon dioxide gas can be dissolved in water without dissipating the carbon dioxide gas to air to thereby increase the total concentration of carbon dioxide components in water, and the carbon dioxide gas that contacts with the skin can be converted into a bicarbonate ion readily due to the pH value of the aqueous solution so that the bicarbonate ion can be absorbed through the skin; and the tablet. The solution for the problem is a method for producing a tablet by carrying out compression molding in the presence of an organic acid in an amount of 1 / 10 to 1 / 3 of the amount of a bicarbonate salt (sodium bicarbonate or potassium bicarbonate) and polyethylene glycol in an amount of 1 / 100 to 1 / 5 of the amount of the bicarbonate salt, wherein the tablet is produced by compression molding in such a manner that an aqueous solution in which the tablet is dissolved can have a pH value of 5.5 to 8.5, the hardness of the tablet becomes 15 kg or more, and each of the diameter and the thickness direction of the tablet becomes 7 mm or more.

The invention relates to application of tungsten oxide nanometer materials in preparation of near-infrared light heat treatment drugs. The tungsten oxide matrix nanometer materials are WO3-X or MXWO3 nanometer photothermal conversion materials, wherein the WO3-X is WO 2.72 (W18O49), WO2.8 (W5O14), WO2.9 (W20O58) or WO3; and M in the MXWO3 represents chemical element of sodium (Na), potassium (K) or caesium (Cs), and X is a numerical value in the range of 0.001 to 0.5. The WO3-X and MXWO3 nanometer materials shows quite strong near-infrared light absorption ability, and is capable of effectively converting the near-infrared light into heat energy; and under the excitation of near-infrared laser, the nanometer materials can absorb the laser and effectively produce the heat energy, enables ambient temperature to rise 1-100 DEG C within 1to 60 minutes, and shows great application value in the treatment of cancer.