Abstract: In an electric connection box, first and second holding structures between a casing and a terminal block outside the casing include locking portions provided on the side of an assembly surface of the casing, locked portions provided on the side of the terminal block and in which a relative movement of an installation target toward the side of an opening at an assembly completion position is locked by the locking portions, guide portions provided on the side of the assembly surface and extend along a direction of the relative movement between the locking portions and the locked portions in a state where the casing is attached to the installation target, and guided portions provided on the side of the terminal block and are guided from the side of the opening to the assembly completion position along the guide portions, respectively.

Abstract: An electrical connection box can include a housing and a lower cover that closes a lower part of the housing in which the housing includes an electric wire bundle holder whose lower side open so as to be able to allow insertion of a bonder cap of an electric wire bundle in a state where the electric wire bundle is covered with the bonder cap. The lower cover includes a deep bottom part having a drainage hole. A shallow bottom part can be located above the deep bottom part below the electric wire bundle holder, with the shallow bottom part being formed to include an inclined surface inclined downward toward the deep bottom part, and a state where the bonder cap is inserted into the electric wire bundle holder is maintained on the inclined surface of the shallow bottom part on the lower cover.

Abstract: An electric connection box includes: an insulating casing; at least one internal electric part that is accommodated inside the casing and is electrically connected to a plurality of internal electric wires drawn from the inside to the outside of the casing; and a terminal block that is provided with at least one external electric part electrically connected to at least one external electric wire and is assembled into the casing outside the casing. The casing includes an accommodation member that accommodates the internal electric part, and a removable member that is attached to and detached from the accommodation member. The terminal block includes a holding member that holds the external electric part. The holding member is formed as one part integrated with the removable member.

Abstract: An electric connection box includes: an insulating casing; at least one internal electric part that is accommodated inside the casing and is electrically connected to a plurality of internal electric wires drawn from the inside to the outside of the casing; and a terminal block that is provided with at least one external electric part electrically connected to at least one external electric wire and is assembled into the casing outside the casing. The casing includes an accommodation member that accommodates the internal electric part, and a removable member that is attached to and detached from the accommodation member. The terminal block includes a holding member that holds the external electric part. The holding member is formed as one part integrated with the removable member.

Abstract: In an electric connection box, first and second holding structures between a casing and a terminal block outside the casing include locking portions provided on the side of an assembly surface of the casing, locked portions provided on the side of the terminal block and in which a relative movement of an installation target toward the side of an opening at an assembly completion position is locked by the locking portions, guide portions provided on the side of the assembly surface and extend along a direction of the relative movement between the locking portions and the locked portions in a state where the casing is attached to the installation target, and guided portions provided on the side of the terminal block and are guided from the side of the opening to the assembly completion position along the guide portions, respectively.

Abstract: An electrical connection box includes: a housing; and a lower cover that closes a lower part of the housing, in which the housing includes an electric wire bundle holder whose lower side open so as to be able to allow insertion of a bonder cap of an electric wire bundle in a state where the electric wire bundle is covered with the bonder cap, the lower cover includes a deep bottom part having a drainage hole; and a shallow bottom part located above the deep bottom part below the electric wire bundle holder, with the shallow bottom part being formed to include an inclined surface inclined downward toward the deep bottom part, and a state where the bonder cap is inserted into the electric wire bundle holder is maintained on the inclined surface of the shallow bottom part on the lower cover.

Abstract: System and method of producing a fiber-reinforced composite material for preventing void formation and improving mechanical properties such as strength and modulus of elasticity are described. The fiber-reinforced composite material contains a thermoplastic resin as a matrix resin and is formed using reinforcing fibers, in particular, a sheet of fiber substrate such as a woven fabric of reinforcing fibers, or a yarn bundle of a fiber substrate of reinforcing fibers. The fiber-reinforced composite material is composed of a resin-laminated substrate which includes a resin-filled substrate formed by filling spaces between fibers in a sheet or a strand of a fiber substrate with thermoplastic polyurethane filler, and a matrix resin layer composed of a thermoplastic resin disposed on the surface of the resin-filled substrate. The added amount of the thermoplastic polyurethane filler to the fiber substrate is from 10 to 30 vol % with respect to the volume of the fiber substrate.

Abstract: [Problem to be Solved] When a wood raw material is heat-pressed in order to produce a woody material or woody board, steam is generated in an interior of the wood raw material. The heat-pressed wood raw material is then decompressed with the steam staying in the interior of the wood raw material. This causes a puncture or a rupture of the woody material. The puncture occurs in the last phase of the production process, thus spoiling the entire production process. In order to avoid the puncture, the wood raw material needs to be dried completely. This requires a large amount of energy.

Abstract: A glass run includes a main body portion attached to a mounting portion provided along an inner periphery of a door frame of a vehicle with an approximately U-shape in a cross section, the main body portion including a base bottom portion, an interior sidewall portion, and an exterior sidewall portion extending from the base bottom portion, and an interior seal lip and an exterior seal lip extending from front ends of the interior sidewall portion and the exterior sidewall portion to an inside of the main body portion. An entire longitudinal area of the glass run is integrally formed by molding to be provided with an upper side portion corresponding to an upper edge portion of a door glass and a front vertical side portion and a rear vertical side portion corresponding to a front edge portion and a rear edge portion of the door glass.

Abstract: An authentication certificate server receives an acquisition request of a confidential document which specifies a URI of a disclosable document obtained by removing a confidential element from the confidential document, the authentication certificate server transmits an acquisition request of the disclosable document to a public server and specifies a dictionary file based on the URI, and if the user has an access authority to the confidential element, the authentication certificate server transmits an acquisition request of a dictionary file to a confidential server.

Abstract: A glass run includes a main body portion and a pair of seal lips. Further, the glass run is constituted by a vehicle exterior side molded member and a vehicle interior side molded member divided at a bottom portion of the main body portion. Further, the vehicle exterior side molded member and the vehicle interior side molded member include engaging portions for engaging to be integrated with each other. By integrating the vehicle exterior side molded member and the vehicle interior side molded member by the engaging portions, the vehicle exterior side molded member is restricted from being shifted to move relative to the vehicle interior side molded member in a vehicle width direction and in a longitudinal direction of the vehicle interior side molded member.

Abstract: [Problem to be Solved] When a wood raw material is heat-pressed in order to produce a woody material or woody board, steam is generated in an interior of the wood raw material. The heat-pressed wood raw material is then decompressed with the steam staying in the interior of the wood raw material. This causes a puncture or a rupture of the woody material. The puncture occurs in the last phase of the production process, thus spoiling the entire production process. In order to avoid the puncture, the wood raw material needs to be dried completely. This requires a large amount of energy.

Abstract: A glass run includes a main body portion attached to a channel portion DC provided along an inner periphery of a door frame and having an approximately U-shape in section, formed of a base bottom portion and an exterior sidewall portion and an interior sidewall portion extending from the base bottom portion and an exterior seal lip and an interior seal lip extending from almost front ends of the exterior sidewall portion and the interior sidewall portion to an inside of the main body portion. Moreover, for the glass run, by molding, integrally formed is an entire longitudinal area having a sectional shape having the main body portion and the interior and exterior seal lips and provided with an upper side portion corresponding to an upper edge portion of a door glass and a front vertical side portion and a rear vertical side portion corresponding to a front edge portion and a rear edge portion of the door glass.

Abstract: A glass run includes a main body portion and a pair of seal lips. Further, the glass run is constituted by a vehicle exterior side molded member and a vehicle interior side molded member divided at a bottom portion of the main body portion. Further, the vehicle exterior side molded member and the vehicle interior side molded member include engaging portions for engaging to be integrated with each other. By integrating the vehicle exterior side molded member and the vehicle interior side molded member by the engaging portions, the vehicle exterior side molded member is restricted from being shifted to move relative to the vehicle interior side molded member in a vehicle width direction and in a longitudinal direction of the vehicle interior side molded member.

Abstract: Shreds for reinforcement allowing the effective recycling of waste fiber converted products as resources, a fiber-reinforced product using the shreds, and a method of manufacturing the shreds and the product, the method comprising the steps of performing the cleaning treatment on the fiber converted products, impregnating resin into the fiber converted products, drying the resin-, shredding the fiber converted products by using a shearing type shredding machine, dispersing the shreds in a matrix, and manufacturing a formed product from the composite material of the shreds and the matrix.

Abstract: A vehicle has a movable member movably disposed in an opening to close or open the opening. The seal is mounted to one of the movable member and an inner edge surrounding the opening conforming to each other. The seal has a seal portion subject to elastic deformation when being pressed against the movable member or the inner edge. The seal portion is made of a vulcanizable rubber. A base portion is made of a thermoplastic elastomer. The seal portion and the base portion are integrated by coextrusion. The rubber of the seal portion is vulcanized when passing through a vulcanizer.

Abstract: In a structure for fixing a window glass to a window opening edge of a vehicle body, providing: an adhesive for bonding an outer periphery of the window glass to a glass receiving surface in the window opening edge of the vehicle body; and a dam mounted on an inner surface of the window glass along the adhesive for preventing the adhesive from projecting inwardly, in which the dam includes: a first recess formed at a first middle part of a side surface of the dam, to make the first middle part thinner than an upper surface of the dam; a second recess formed at a second middle part of a bottom surface of the dam where the dam contacts the glass receiving surface; and a pair of legs formed on both sides of the second recess, the dam can be smoothly bent along the corner of the window glass, with a less inclination thereof and a little deformation of the cross sectional configuration thereof.

Abstract: A sizing agent for carbon fibers which comprises, as the indispensable ingredients, an epoxy resin having a viscosity of more than 1,000 P but up to 20,000 P at 50 .degree. C. and a urethane compound prepared from a polyol having an oxyalkylene unit with a polyisocyanate.

Abstract: Carbon fiber superior in processability and in physical properties as a composite is obtained by treating carbon fiber with an epoxy resin composition incorporating a polyalkylene ether glycol derivative represented by the following general formula (I) or (II): ##STR1## wherein R.sub.1 is alkylene of C.sub.1 to C.sub.30, R.sub.2 is alkyl of C.sub.1 to C.sub.30, R.sub.3 and R.sub.4 are each hydrogen or methyl, R.sub.5 is glycidyl, X is ether linkage (--O--) or ester linkage ##STR2## m and n are integers of 1 to 20.

Abstract: A process for producing carbon fiber is disclosed, which comprises a preoxidation step for heating precursor fibers in an oxidizing atmosphere and converting them into partially oxidized fibers, an oxidizing step for heating the partially oxidized fibers in an oxidizing atmosphere and converting them into oxidized fibers, and a carbonization step for heating the oxidized fibers in an inert atmosphere and converting them into carbonized fibers, in which in the preoxidation step the precursor fibers are heated at a temperature of about 200.degree. to 250.degree. C. and in which a portion or the whole of the exhaust gas from the oxidation step is supplied into the preoxidation step as the oxidation atmosphere gas and the exhaust gas from the preoxidation step is subjected to a burning treatment.