Abstract: An opening/closing mechanism of a double opening console box includes right and left operation portions for opening a lid around a left or right rotation shaft, and an erroneous operation preventing device for preventing simultaneous right and left opening actions of the lid. The erroneous operation preventing device includes a center projecting portion provided to the lid, an erroneous operation prevention bar movable leftward/rightward relative to the lid, a centering component having a left-right-symmetric recess groove at a front end, and a spring member energizing the centering component in the front-rear direction relative to the erroneous operation prevention bar so that the center projecting portion is located at the rear end bottom of the recess groove.

Abstract: An opening/closing mechanism of a double opening console box includes right and left operation portions for opening a lid around a left or right rotation shaft, and an erroneous operation preventing device for preventing simultaneous right and left opening actions of the lid. The erroneous operation preventing device includes a center projecting portion provided to the lid, an erroneous operation prevention bar movable leftward/rightward relative to the lid, a centering component having a left-right-symmetric recess groove at a front end, and a spring member energizing the centering component in the front-rear direction relative to the erroneous operation prevention bar so that the center projecting portion is located at the rear end bottom of the recess groove.

Abstract: An opening and closing mechanism of a double opening storage device including a box main body and a lid body includes a rod and an engagement hole corresponding to a first rotating shaft, a rod and an engagement hole corresponding to a second rotating shaft, first and second biasing members that engage the rods with the engagement holes, first and second operation units that displace the rods in an engagement-releasing direction by an opening operation, and a malfunction prevention device that prevents the opening operation of the first operation unit and the second operation unit from being performed at the same time. The malfunction prevention device includes a base member, first and second stoppers that are respectively rotatable around a first shaft and a second shaft with respect to the base member, and a spring member which is interposed between the first and second stoppers.

Abstract: Provided are a method for molding a foamed resin molded article having a mounting hole which is formed with good dimensional precision without occurrence of shape sag and which has an improved load resistance, a mold therefor, and a foamed resin molded article thereby. A method for molding a foamed resin molded article 1 including a mounting section 11 and a non-mounting section 12, using a mold 3 including a first mold 31 having a non-mounting-section mold portion 31a and a mounting-section mold portion 31b, a second mold 32, and a cavity 4 having a non-mounting-section cavity portion 42 for molding the non-mounting section 12 and a mounting-section cavity portion 41 for molding the mounting section 11.

Abstract: An opening and closing mechanism of a double opening storage device including a box main body and a lid body includes a rod and an engagement hole corresponding to a first rotating shaft, a rod and an engagement hole corresponding to a second rotating shaft, first and second biasing members that engage the rods with the engagement holes, first and second operation units that displace the rods in an engagement-releasing direction by an opening operation, and a malfunction prevention device that prevents the opening operation of the first operation unit and the second operation unit from being performed at the same time. The malfunction prevention device includes a base member, first and second stoppers that are respectively rotatable around a first shaft and a second shaft with respect to the base member, and a spring member which is interposed between the first and second stoppers.

Abstract: Provided are a method for molding a foamed resin molded article having a mounting hole which is formed with good dimensional precision without occurrence of shape sag and which has an improved load resistance, a mold therefor, and a foamed resin molded article thereby. A method for molding a foamed resin molded article 1 including a mounting section 11 and a non-mounting section 12, using a mold 3 including a first mold 31 having a non-mounting-section mold portion 31a and a mounting-section mold portion 31b, a second mold 32, and a cavity 4 having a non-mounting-section cavity portion 42 for molding the non-mounting section 12 and a mounting-section cavity portion 41 for molding the mounting section 11.

Abstract: A yoke unit includes a first yoke, a second yoke, and a resin section. The first yoke includes multiple first magnetic pole teeth. The second yoke includes multiple second magnetic pole teeth. The first magnetic pole teeth and the second magnetic pole teeth are arranged alternately. The resin section makes the yokes integral with each other. The resin section includes a recessed part formed in an inner surface of the resin section. The recessed part is arranged between the first magnetic pole tooth and the second magnetic pole tooth.

Abstract: A yoke unit includes a first yoke, a second yoke, and a resin section. The first yoke includes multiple first magnetic pole teeth. The second yoke includes multiple second magnetic pole teeth. The first magnetic pole teeth and the second magnetic pole teeth are arranged alternately. The resin section makes the yokes integral with each other. The resin section includes a recessed part formed in an inner surface of the resin section. The recessed part is arranged between the first magnetic pole tooth and the second magnetic pole tooth.

Abstract: A large number of small reflection portions are continuously formed over a back face of a base member opposite the light impinging side, in an arbitrary arrangement. The small reflection portions are each formed to have a boundary surface for reflection, interference, and diffraction of incident light impinging onto the base member, to thereby produce random changes in the brightness of reflection light over the entirety of the decoration panel. A reflection layer is formed on the boundary surfaces of the small reflection portions such that the boundary surfaces function as mirror surfaces and reflect light propagating through the base member toward the front face of the base member.

Abstract: A large number of small reflection portions are continuously formed over a back face of a base member opposite the light impinging side, in an arbitrary arrangement. The small reflection portions are each formed to have a boundary surface for reflection, interference, and diffraction of incident light impinging onto the base member, to thereby produce random changes in the brightness of reflection light over the entirety of the decoration panel. The small reflection portions have concave boundary surfaces having three-dimensional shape determined though imparting a 1/f fluctuation to a triangular-roof-like basic shape. When at least one of the direction of the incident light in relation to the base member, a viewing point in relation to the base member, and the position of the base member is changed, the small reflection portions generate an irregularly changing light-dark pattern in the brightness of reflection right from the small reflection portions.

Abstract: A large number of small reflection portions are continuously formed over a back face of a base member opposite the light impinging side, in an arbitrary arrangement. The small reflection portions are each formed to have a boundary surface for reflection, interference, and diffraction of incident light impinging onto the base member, to thereby produce random changes in the brightness of reflection light over the entirety of the decoration panel. A reflection layer is formed on the boundary surfaces of the small reflection portions such that the boundary surfaces function as mirror surfaces and reflect light propagating through the base member toward the front face of the base member.

Abstract: A large number of small reflection portions are continuously formed over a back face of a base member opposite the light impinging side, in an arbitrary arrangement. The small reflection portions are each formed to have a boundary surface for reflection, interference, and diffraction of incident light impinging onto the base member, to thereby produce random changes in the brightness of reflection light over the entirety of the decoration panel. The small reflection portions have concave boundary surfaces having three-dimensional shape determined though imparting a 1/f fluctuation to a triangular-roof-like basic shape. When at least one of the direction of the incident light in relation to the base member, a viewing point in relation to the base member, and the position of the base member is changed, the small reflection portions generate an irregularly changing light-dark pattern in the brightness of reflection right from the small reflection portions.

Abstract: It is desirable to provide a gas chromatography type of chemical analysis method for estimating the change of body smell with progressive ageing of a living subject over a period of years by 1) utilization of the smell distinguishing ability of an experimental animal, 2) instrumental analysis, or 3) a combination of them. The present inventors found that the amounts of several volatile organic substances (e.g., 2-phenylacetamide, indole and phenol) present in mouse urine as substances responsible for the body smell are increased or decreased with ageing. The change in body smell with ageing of an animal can be estimated by quantitatively analyzing these compounds by an instrumental analysis method such as Y-shaped labyrinth method (involving live animals in a maze), gas chromatograph (GC) or high performance liquid chromatography (HPLC).

Abstract: Problem:

Abstract: There is provided a skin substitute that can suitably be used for covering the surface of a damaged skin area which is typically a wound produced by a traumatic local loss of the skin of the human body as a result of a burn or some other cause of damage. It is a skin substitute of a laminate comprising a squid chitin sheet and a fish skin collagen coat layer, which may be a salmon skin collagen coat layer. Such a skin substitute effectively exploits the suppleness and the effect of proving an environment for encouraging the production of lysozyme and defending the wound of squid chitin and, at the same time, compensate the disadvantage of poor adhesion of fibroblast cells that operate for curing the wound.

Abstract: A method for producing a handle-shaped molded article (1) having a thick grip portion (2) and at least one thick fitting portion (3) by injection molding using an injection molding apparatus (10) equipped with a mold having a cavity (60), a resin gate (46) provided in a portion (62) where the fitting portion is to be formed and a gas inlet (48) provided in a portion (64) where the grip portion is to be formed. A hollow structure (4) is formed in the grip portion (2) and a solid structure is formed in the fitting portion (3) by injecting a molten resin into the cavity (60) through the resin gate (46), thereby filling molten resin in a fitting portion-forming cavity zone formed of that portion (62) of the mold where the resin gate is provided and the fitting portion is to be formed and further filling molten resin in part of the rest of the cavity.

Abstract: A process for producing a synthetic resin molded article composed of a film or sheet and an injected resin part, comprising fitting a film or sheet to a cavity of a mold in position and then injection molding a thermoplastic resin, wherein said mold has a magnet buried therein at least at a position of the resin passageway at the gate or its vicinities or positions symmetrical about said passageway to form a magnetic fixing part and said film or sheet has a magnet or a ferromagnetic substance fitted thereto at a position or positions corresponding to said magnet fixing part of the mold. The process makes it possible to automate the step of fitting the sheet to the mold, and provides a large-sized or curved molded article excellent in apearance.

Abstract: A resin moulding is produced by introducing molten synthetic thermoplastic resin into a mould cavity, sufficient to fill completely the mould cavity. Subsequently, during the cooling of the resin, pressurized gas is introduced into the resin within the mould cavity. The resin moulding cools and hardens in the mould cavity while the gas is maintained under pressure. The mould cavity is designed to manufacture mouldings with unevenly distributed thick walled sections connected to at least one gate for the introduction of the pressurized gas, which flows only within the resin forming the thick walled sections and immediately adjacent areas of the moulding thereby taking up the shrinkage in the resin.

Abstract: A process for producing a synthetic resin molded article having a pattern formed on its uneven surface, which comprises fitting a patterned film or sheet to a mold and injecting a thermoplastic resin, wherein said mold has engraved therein such an unevenness that said patterned film or sheet undergoes extension of from 5 to 120% upon resin injection, and said patterned film or sheet is a polycarbonate film or sheet having a thickness of from 0.1 to 1 mm. The resulting molded article has a clearly outlined pattern on the uneven surface.

Abstract: A test indicator is disclosed wherein a rotational displacement value of a measuring element is enlarged and transmitted by a sector gear supported on a main body of the test indicator to an indicating device, and the aforesaid sector gear is urged in two rotational directions opposite to each other by two springs so that the sector gear can be held at the neutral position.The two springs for urging the sector gear are previously differentiated in resiliency from each other so as to provide two springs, one being stronger and the other weaker in resiliency, and the stronger spring is abutted thereagainst with a spring-load finely adjusting means positionally adjustably supported on the main body of the test indicator in the urging direction of the spring from the side of resisting the resilient force of the spring, whereby this spring-load finely adjusting means is adjusted in its position to vary its resilient force, so that the sector gear can be adjusted in position.