Abstract: A door substrate 21 includes a plate-like door substrate body 22, a peripheral flange 32 formed on the outer periphery of the door substrate body, a hinging wall 23 protruding from the back of the outer periphery of said door substrate body so as to correspond to one side of the air bag case and an attaching wall 24 protruding from the back of the outer periphery of the door substrate body so as to correspond to at least one of the remaining sides of said air bag case. The door substrate includes a hinging side outward-extending sandwiching piece 31 formed on the back of the peripheral flange 32 on the side of said hinging wall or the side of the hinging wall, and a fragile portion 27 for breakage at the stem of the attaching wall 24 and an attaching side sandwiching piece 29 formed on the side wall of the attaching wall to sandwich an peripheral edge of an air bag door opening. The hinging wall is secured to the air bag case.

Abstract: A toner supply roller has a core material and sponge which forms a roller surface and whose surface is processed by cutting with a knife. The roller is used to form a toner image onto an electrostatic latent image bearing member.

Abstract: The present invention provides an ink reservoir which gives little reduction of print quality even after a prolonged use and is rigid and flexible enough to te packed into the ink cartridge with ease and maintains a good capacity of reserving an ink over an extended period of time because of an effective networking treatment achieved without heat compression. A novel ink reservoir made of polyurethane for use in printers is provided, prepared from as formulation at least one polyether polyol having an average hydroxyl value of from 30 to 200 mgKOH/g and a foam stabilizer having a surface tension of from 25 to 45 dyne/cm in the form of 1% aqueous solution.

Abstract: A bellows cylinder (10) provided with a bellows part (13) at least at a part is formed so that a first surface 16 of a cylinder wall of the above bellows part is tilted to the radial direction of the bellows part and is directed to one end of the bellows part with a ridge (14) as a boundary. A second surface 18 is parallelized to the radial direction of the bellows part and is directed to the other end of the bellows part or is tilted on the side of the first surface. The second surface is pressed inside the first surface when the bellows part is compressed.

Abstract: A polyurethane foam for a sealant is disclosed which is produced from a composition prepared by compounding reaction mixture comprising a polyisocyanate ingredient and a polyol ingredient with a given amount by weight of an ozone inhibitor ingredient. A sealant of a predetermined shape is obtained from the foam. The polyol ingredient may be one ordinarily used for producing soft polyurethane foams, but especially preferably comprises a polyester-polyether polyol having both an ester segment and an ether segment in the molecular chain. The foam has excellent resistance to ozone deterioration and hence retains a sufficient air permeability required of a sealant for practical use. Further, the foam suffers little decrease in tensile strength from the initial value because it also has excellent resistance to deterioration by moisture and heat, i.e., high hydrolytic stability.

Abstract: The purpose of the present invention is to provide a conductive contact material, the contents of which do not generate soil on a charged body not only during initial use but also after repeated use. A conductive contact material consists of thermoset urethane material containing an antioxidant within a range from 0.1 to 0.3% by weight, and an inorganic ion electrically conducting agent with in a range form 0.01 to 2.00% by weight. After ozone exposure or the like, molecule chain scission of the base material and antioxidant leads generation of active monomers and origomers. However, the conductive contact material containing the above specified proportion of an antioxidant and an inorganic ion electrically conducting agent prevents generation of active monomers and origomers which are soiling source for a charged body. The conductive contact material also prevents antioxidant itself from being a soiling source.

Abstract: An instrument panel has an air bag door to be bent and opened toward a windshield. The air bag door has a door core. An edge of the door core on the windshield side and an edge of a frame arranged on the edge of the door core on the windshield side are fixed to the windshield-side peripheral edge of an air bag opening of an instrument panel core. The door core and frame are provided with extensions on the windshield side. Each of the extensions has a rigidity-lowering opening, and an end of each extension on the windshield side has a fixing part to be fixed to the instrument panel core.

Abstract: A molded plastic product has a pad and a core. The pad is made of plastic foam and a skin that covers the surface and side face of the plastic foam. The core has a pad housing for accommodating the pad. A groove is formed partly or entirely along the side face of the skin. The plastic foam bonds the pad and core together. The groove prevents the plastic foam from leaking onto the surface of the skin and provides a function of firmly holding the skin.

Abstract: A plastic molding has a core and a skin-provided foam provided on an outer surface of the core. The core is provided with side walls, a foaming material receiving portion defined by the side walls, and through holes provided in the bottom surface of the foaming material receiving portion to extend through the core to connect the foaming material receiving portion to the outside of the core. The skin-provided foam includes a foam which is received in the foaming material receiving portion of the core to be adhered to the bottom surface thereof and enters the through holes of the core to constitute engaging portions with the core, and a skin member which covers the outer surface and side surfaces of the foam and is held at the end portions thereof between the foam and the side walls of the core. The disclosure is also directed to a method for producing such a plastic molding.

Abstract: In order to manufacture a head rest skin as a final product, a main portion (G) of the skin, which lacks a lower surface portion (K) of the skin, necessary to complete the head rest skin as the final product, is prepared first. Then, a lower surface opening peripheral edge (g) of the main portion (G) of the skin is turned up to expose a back surface of the skin, and a decorated surface (I) of the main portion (G) of the skin is folded into the turned up lower surface opening peripheral edge. A peripheral edge (k) of a lower surface portion (K) of the skin and the lower surface opening peripheral edge (g) of the main portion (G) of the skin are overlapped one upon another in such a manner that the decorated surfaces of these edges (g), (k) confront each other with the back surface (R) of the lower surface portion (K) of the skin facing outward, and the overlapped peripheral edge portions are thereafter joined.

Abstract: A method of manufacturing a molded plastic product prepares a core and a skin. The core has a pad supporting face, a sidewall surrounding the supporting face, and a pad housing defined by the supporting face and sidewall. The skin has a side face to be fitted to the sidewall of the core. The method sets the core on an upper mold so that the pad supporting face is oriented toward a lower mold, and places the skin on the lower mold so that the back face of the skin is oriented toward the pad supporting face. The method closes the upper and lower molds and injects foam ingredients between the core and the skin. The foam ingredients is reacted and adheres to the skin to form the pad as well as to the pad housing, to thereby integrate them into one body. The method is characterized by arranging an elastic seal on the side face of the skin so that the side face of the skin is attached to the sidewall of the pad housing through the elastic seal by the pressure of the reacted foam ingredients.

Abstract: A method of manufacturing a skin for foamed product involves the steps of: (a) not only preparing a plurality of flat skin forming pieces 2 to 5 by defining a skin 13 for covering an annular foamed body Y into a plurality of skins in radial directions and flatly developing the thus defined skins 131 to 134 while cutting apart at a single position along a circumference, and forming an opening 2a on a single skin surface out of these flat skin forming pieces; (b) overlapping adjacent flat skin forming pieces in such a manner that decorated surfaces of the skin forming pieces confront each other to thereby form a skin body 6 while joining side edges of the flat skin forming pieces 2 to 5 together; and (c) reversing the skin body 6 so that the front side thereof faces outward, joining diametrically opposite portions of both opening end edges of the skin body after such opening end edges have been pulled out of the opening 2a inside out, and pushing the joined opposite portions back through the opening 2a to there

Abstract: An air bag door structure is integrally backed with a door reinforcement member in the rear of an air bag door opening portion of an instrument panel. A hinge side break portion of is provided at the door rotation axis side of the instrument panel, and a hinge side mount portion for mounting an air bag container is formed at a hinge portion of the door reinforcement member. An instrument panel mount portion for mounting the air bag container is integrally formed along the outside of an opening side break portion of the instrument panel. Accordingly, stress forces created by the deployment of the air bag are concentrated at the break portions.

Abstract: An instrument panel has a base, an air bag door core, a skin, and a polyurethane foam body. The base has an opening for passing an air bag if the air bag inflates. The door core is arranged on the surface of the base, to close the opening. The skin has a breaking facility that defines an air bag door. The foam body fills a space between the base and the skin. The instrument panel is provided with a specific string member. The string member has a face made of a non-adhesive part that is non-adhesive with respect to the foam body and a face made of an adhesive part that is adhesive with respect to the foam body. The string member is arranged on the surface of the base along the breaking facility so that the foam body breaks always along the breaking facility, to surely and smoothly open the air bag door without scattering the foam body.

Abstract: A grommet is mounted into an opening formed in a mating member after a wire harness containing a plurality of wires tied up in a bundle is inserted through the grommet. The grommet has a base portion formed of rubber or resin and has in the annular outer peripheral wall thereof a mounting groove fittable with an opening edge of the mating member, a roof portion extending inwardly from the opening end of the base portion, a medium diameter portion formed in a cylindrical shape having an inside diameter larger than the diameter of the wire harness to be inserted therethrough and extending upwardly in the axial direction of the grommet from the roof portion, and a small diameter portion reducing continuously in diameter from the opening end of the medium diameter portion and extending further upwardly in the axial direction of the grommet in a cylindrical manner.

Abstract: A floating island with a water-purifying effect of the present invention has a floating body and an agent container. The floating body includes a planter made of a foamed resin, soil contained in the planter and plants planted in the soil. A plurality of openings are provided in the bottom of the planter through which water is supplied to the soil in the planter and roots of the plants grow into water. The agent container stores an oxygen-generating agent therein, which is attached on the outside of the bottom of the planter.

Abstract: A grommet which is used to protect a wire harness in a through portion formed in a vehicle body and the like. The grommet includes a base portion formed of rubber and having a mounting groove fittable with an opening edge of a mating member, a roof portion extending inwardly from the opening end of the base portion, and a guide portion extending in a cylindrical shape in the axial direction of the grommet from the inner end of the roof portion. In the grommet, a ring-shaped cavity is formed in the inner wall portion of the grommet extending from the base portion to the roof portion, and an annular cavity is formed in the inner peripheral wall of the base portion corresponding to the position of the mounting groove.

Abstract: A plastic molding has a core and a skin-provided foam provided on an outer surface of the core. The core is provided with side walls, a foaming material receiving portion defined by the side walls, and through holes provided in the bottom surface of the foaming material receiving portion to extend through the core to connect the foaming material receiving portion to the outside of the core. The skin-provided foam includes a foam which is received in the foaming material receiving portion of the core to be adhered to the bottom surface thereof and enters the through holes of the core to constitute engaging portions with the core, and a skin member which covers the outer surface and side surfaces of the foam and is held at the end portions thereof between the foam and the side walls of the core. The disclosure is also directed to a method for producing such a plastic molding.

Abstract: A skin foam-in-place skin material is prepared by stitching a plurality of skin forming pieces into a predetermined shape. End edges of the skin forming pieces made of moquette skin are overlapped one upon another. The overlapped portion is joined together by over-lock stitches at a stitching pitch ranging from 1.5 to 3.0 mm using a single needle and three threads along the end edge.

Abstract: A tire wheel, is described, which comprises a tire shell having bead parts, a rim on which the tire shell is supported with the bead parts being pressed against the rim, and a filling material with which the ring-form inner space surrounded by the rim and the tire shell is filled, said filling material having an apparent specific gravity of from 0.08 to 0.3 and an impact resilience of from 50 to 80 (as determined by JIS K-6301) in a free state, consisting of an elastic foam containing butyl rubber or a halogenated butyl rubber and having a closed-cell structure with a water absorption as determined by the water absorption test prescribed in ASTM D1056 of 5% or lower, and being in a compressed state.