Abstract: The deodorant of the present invention is characterized in that the deodorant consists of a crystalline zinc oxide in which zinc oxide and aluminum oxide are composited, and a molar ratio (ZnO/Al2O3) of the zinc oxide to the aluminum oxide is in a range from 40 to 80. The deodorant has a high deodorizing effect against sulfur gases and acidic gases. A preferable average particle size of the deodorant is 0.2 to 15 ?m.

Abstract: Valve device is provided with poppet valve for opening and closing flow path. Thread part is formed on shaft of this poppet valve, and driving gear is screwed into this thread part. Driving gear is rotated via pinion by motor, and thereby the poppet valve is moved to advance and retreat so as to control opening and closing of the flow path. Driving gear is provided so as to be able to advance and retreat in the axial direction of the pinion and the axial direction of the poppet valve while remaining engaged with pinion, and is normally held at a predetermined non-operating position by spring (biasing means). With this, even when the poppet valve is seated on the valve seat and has stopped moving, the driving gear moves, when further rotated, against the biasing force of spring from the non-operating position in the axial direction, and absorbs an impact that is applied to the driving means or the like. Damage of the driving means and the like due to the impact load can be prevented.

Abstract: To provide a transparent aldehyde-gas-adsorbing liquid that has high adsorption performance for an aldehyde gas and excellent processability and storage stability. To also provide an aldehyde-gas-adsorbing processed product such as a paper or a nonwoven fabric or fiber exhibiting excellent adsorption performance using the gas-adsorbing liquid. An aldehyde-gas-adsorbing liquid that contains a dihydrazide compound and a metal oxide sol, the content of the dihydrazide compound being 1.3 to 6 mass % relative to the total amount of gas-adsorbing liquid, and the total content of the dihydrazide compound and the metal oxide sol solids content being 18 to 45 mass % relative to the total amount of gas-adsorbing liquid.

Abstract: A deodorizing mask includes an air permeable mask main body for covering nose and mouth of the user with at least two types of nonwoven cloth, the mask main body having a deodorizing nonwoven cloth layer including a chemical adsorptive deodorizer and a dustproof nonwoven cloth layer having a dustproof effect, and the air permeability of the dustproof nonwoven cloth layer being ? or less of the air permeability of the deodorizing nonwoven cloth layer. Preferably, the air permeability of the dustproof nonwoven cloth layer is in a range of 10 to 120 cm/(cm·s) in a permeated air quantity based on the Frazir method, the air permeability of the deodorizing nonwoven cloth layer is in a range of 40 to 400 cm/(cm·s) in a permeated air quantity based on the Frazir method, and the permeated air quantity of the dustproof nonwoven cloth layer is ? or less of the permeated air quantity of the deodorizing nonwoven cloth layer.

Abstract: To provide a method for producing an aldehyde gas deodorant which has high aldehyde deodorizing performance, and which is negative for mutagenicity and excellent in safety, and a deodorant processed product. A method for producing an aldehyde gas deodorant, the method comprises the steps of: preparing a deodorizing composition containing a dihydrazide compound, a water-containing inorganic powder, and water; and heating the deodorizing composition at a temperature of from 45° C. to 90° C. so that water remains in an amount of 4.5% by mass or more, based on the total mass of the deodorant produced, and wherein the aldehyde gas deodorant is negative for mutagenicity measured by an AMES test.

Abstract: A laminated sheet includes a base cloth layer having a porous structure obtained by impregnating a woven fabric, which has a tear strength by a trapezoid method of 150 N or more in the longitudinal direction and 100 N or more in the lateral direction, with a resin composition containing a polyurethane resin and an organic flame retardant, and a skin layer layered on the base cloth layer, and has plural air holes penetrating in the thickness direction.

Abstract: An attaching structure for attaching an insert member to an outer wall of a blow molded article by embedding the insert member therein, which is readily produced and exhibits a great holding strength against the insert member. In an attaching structure of an insert member for attaching the insert member to an outer wall of a blow molded article by embedding at least one part of the insert member therein, the insert member includes a cylinder part adapted to penetrate the outer wall of the blow molded article, and a flange part protruding from an exterior surface of the cylinder part in a width direction thereof.

Abstract: A fuel tank for an automobile, which is formed by blow molding, in which a built-in part is mounted, and which has an outer wall composed of a synthetic resin, includes a plurality of mounting members adapted to mount the built-in part provided on the built-in part so as to be fusion-bonded to an inner surface of an outer wall of the fuel tank. An abutment portion is formed on each of the mounting members for abutting the inner surface of the outer wall of the fuel tank, and the abutment portion has an abutment surface and a plurality of abutment pins, each projecting from the abutment surface towards the inner surface of the outer wall of the fuel tank. A stress-absorbing part is provided in the abutment pins, the abutment surface or the outer wall of the fuel tank.

Abstract: A blow-molding mold to be used for forming a tank by blow-molding comprises an outer wall of the tank having two neighboring tank projection portions and a tank recessed portion formed between the two neighboring tank projection portions, the blow-molding mold including a first mold recessed portion formed inside surface side which forms a cavity and forming one of the two neighboring tank projection portions, a second mold recessed portion forming the other of the two neighboring tank projection portions and a mold projection portion provided between the first and the second mold recessed portions and forming the tank recessed portion, wherein a projection surface recessed portion or a projection surface projection portion is formed at an area of an outer surface of the mold projection portion with which a parison is brought into contact.

Abstract: A deodorizing mask includes an air permeable mask main body for covering nose and mouth of the user with at least two types of nonwoven cloth, the mask main body having a deodorizing nonwoven cloth layer including a chemical adsorptive deodorizer and a dustproof nonwoven cloth layer having a dustproof effect, and the air permeability of the dustproof nonwoven cloth layer being ? or less of the air permeability of the deodorizing nonwoven cloth layer. Preferably, the air permeability of the dustproof nonwoven cloth layer is in a range of 10 to 120 cm/(cm·s) in a permeated air quantity based on the Frazir method, the air permeability of the deodorizing nonwoven cloth layer is in a range of 40 to 400 cm/(cm·s) in a permeated air quantity based on the Frazir method, and the permeated air quantity of the dustproof nonwoven cloth layer is ? or less of the permeated air quantity of the deodorizing nonwoven cloth layer.

Abstract: To provide a method for producing an aldehyde gas deodorant which has high aldehyde deodorizing performance, and which is negative for mutagenicity and excellent in safety, and a deodorant processed product. A method for producing an aldehyde gas deodorant, the method comprises the steps of: preparing a deodorizing composition containing a dihydrazide compound, a water-containing inorganic powder, and water; and heating the deodorizing composition at a temperature of from 45° C. to 90° C. so that water remains in an amount of 4.5% by mass or more, based on the total mass of the deodorant produced, and wherein the aldehyde gas deodorant is negative for mutagenicity measured by an AMES test.

Abstract: A blow molding device and method capable of forming a blow molded article having a built-in part with a good yield rate. The blow molding device has a die core, a blow mold, a parison holding unit and a built-in part holding unit. The parison holding unit has parison expanders and a parison outer holding plate. The built-in part holding unit has an airtight guide tube and a holding rod. After a lower end of a parison is expanded with a plurality of parison expanders, and an upper end of the airtight guide tube is inserted in the lower end of the parison, the lower end of the parison is held between the upper end of the airtight guide tube and the parison outer holding plate, and the pre-blowing is carried out. After the built-in part is positioned in an interior space of the parison, and the parison and built-in part are held between the slide cores, the blow mold is closed and blowing is carried out.

Abstract: Valve device is provided with poppet valve for opening and closing flow path. Thread part is formed on shaft of this poppet valve, and driving gear is screwed into this thread part. Driving gear is rotated via pinion by motor, and thereby the poppet valve is moved to advance and retreat so as to control opening and closing of the flow path. Driving gear is provided so as to be able to advance and retreat in the axial direction of the pinion and the axial direction of the poppet valve while remaining engaged with pinion, and is normally held at a predetermined non-operating position by spring (biasing means). With this, even when the poppet valve is seated on the valve seat and has stopped moving, the driving gear moves, when further rotated, against the biasing force of spring from the non-operating position in the axial direction, and absorbs an impact that is applied to the driving means or the like. Damage of the driving means and the like due to the impact load can be prevented.

Abstract: A brookite-form crystalline titanium oxide powder has a volume-standard median diameter in the range of 0.3 to 40 ?m as measured by a laser diffraction particle size distribution meter, and contains a brookite-form crystal in an amount of 90% by mass or more as measured by a powder X-ray diffraction method. A method for producing a brookite-form crystalline titanium oxide powder comprises a preparation step of preparing a crystalline titanium oxyoxalate powder, and a heating step of heating the crystalline titanium oxyoxalate powder at a temperature of 550° C. to 820° C.

Abstract: A blow molding device capable of forming a blow molded article having a built-in part with a good yield rate, and a blow molding method. The blow molding device has a blow mold, a parison holding unit and a built-in part holding unit. The parison holding unit has parison expanders and a parison outer holding plate. The built-in part holding unit has an airtight guide tube and a holding rod. After a lower end of a parison is expanded with a plurality of parison expanders, and an upper end of the airtight guide tube is inserted in the lower end of the parison, the lower end of the parison is held between the upper end of the airtight guide tube and the parison outer holding plate, and the preblowing is carried out. After the built-in part is positioned in an interior space of the parison, and the parison and built-in part are held with the slide cores, the holding rod is removed from the blow mold.

Abstract: A honeycomb body of a honeycomb structure is made of ceramic, and a plurality of electrodes are provided apart from one another on a surface of the honeycomb body. In the honeycomb body, energization is performed for each of a plurality of current paths Xa to Xc formed by the plurality of electrodes, thereby heating the honeycomb body. A controlling device detects heater current Ia, Ib, and IC that flow when a predetermined voltage is applied for each of the plurality of current paths Xa, Xb, and Xc, and controls an energization timing of each current path Xa to Xc based on the detection results.

Abstract: The present invention is a process for easily producing a hexagonal zirconium phosphate powder having excellent dispersibility and a specific particle size distribution by the use as a starting material of a zirconium carbonate powder for which a specific particle size is easily obtainable. A hexagonal zirconium phosphate powder having a specific particle size distribution and high crystallinity can be produced by making zirconium carbonate be present in an aqueous solution containing phosphate ion and at least one of ion selected from an alkali metal ion, an alkaline earth metal ion, and ammonium ion, aging by a wet method, and then heating under dry conditions.

Abstract: [Object] The object of the invention is to provide a granular antimicrobial agent for water processing which has sufficient water permeability and antimicrobial effect, and the effective duration of which can be readily ascertained when used as a water-processing antimicrobial agent in the home. [Means for Solving the Problems] A granular antimicrobial agent for water processing which has a solubility at 25° C. of preferably 0.1 mg/g·L·hour to 1 mg/g·L·hour, comprises 0.5 wt % to 4 wt % of Ag2O, 2 wt % to 10 wt % of K2O, 35 wt % to 50 wt % of SiO2, and 40 wt % to 55 wt % of B2O3, and has a semispherical or conical shape in part was found. In addition, the inventors found that the antimicrobial agent is highly suitable for use in various kinds of water processing, particularly, the antimicrobial treatment of water used for washing, and completed the invention.

Abstract: An object of the present invention is to provide a low thermal expansion filler for low thermal expansion glasses which has a low coefficient of thermal expansion and exhibits superior flowability in a molten state, and a glass composition containing the same. It has been found that a low thermal expansion filler composed of a hexagonal zirconium phosphate powder where a specific particle size of 0.8 ?m to 50 ?m is 95% or more on a volume basis has excellent low thermal expansion property and excellent flowability, and a glass composition containing the filler has been accomplished.

Abstract: Disclosed is a silver-based inorganic antimicrobial agent which exhibits superior heat resistance, chemical resistance, processability and long-lasting waterproofness. The present invention was completed based on the finding that the problems can be solved by a silver-based inorganic antimicrobial agent represented by the following Formula (1) containing zirconium pyrophosphate (ZrP2O7). AgaMbZrcHfd(PO4)3.nH2O??(1) (In Formula (1), M is at least one ion selected from an alkali metal ion, an ammonium ion, a hydrogen ion and an oxonium ion, a, b, c and d are positive numbers satisfying 1.75<(c+d)<2.2 and a+b+4(c+d)=9, and n is 2 or less).