Abstract:
PROBLEM TO BE SOLVED: To provide a support body and a pneumatic run-flat tire having a good fitting property to a rim. SOLUTION: The pneumatic run-flat tire is structured to make a leg portion 28 become a laminated elastic element equipped with two layers of high stiffness rubber 28A in a tire diameter direction outside and low stiffness rubber 28B in a tire diameter direction inside. Therefore, the high stiffness rubber 28A of the leg portion 28 assembled to the rim 12 ensures supporting strength. The low stiffness rubber 28B elastically deforms according to the shape of the rim 12, so that the fitting property to the rim 12 is made to be good while keeping the supporting strength. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a method of manufacturing a support for runflat tires and a support for runflat tires that maintains high adhesion between a supporting portion and a leg, and that is superior in durability. SOLUTION: In a method of manufacturing an ring support for runflat tires having a supporting portion and a leg capable of bearing loads during runflat-driving, surface treatment including chemical conversion is performed to an area where bonding with the leg is made at the radially inward end of at least the supporting portion, and the radially inward end and the leg are bonded. In addition, a support for runflat tires is obtained by this manufacturing method or the like. COPYRIGHT: (C)2004,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To efficiently lighten a shell without lowering strength and durability and to certainly supply lubricant maintaining lubricating performance to the shell and a pneumatic tire at the time of runflat travelling. SOLUTION: A rib type hollow reinforcing part 46 is formed all over the circumference of protruded parts 30A, 30B on the cylindrical shell 26 on a support, and the lubricant L is filled in this hollow reinforcing part 46. Consequently, it is possible to lighten the shell 26 without lowering durability and strength of the shell 26. A supplying valve part of the lubricant L is provided on an outer peripheral part of the hollow reinforcing part 46, and the lubricant L in the hollow reinforcing part 46 is supplied to a contact part of the shell 26 and the pneumatic tire through the supplying valve part at the time of the runflat travelling when the shell 26 receives a load from a road surface. COPYRIGHT: (C)2004,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a method and a device for manufacturing a metal core used for run flat tire to obtain a supporter of high dimensional accuracy. SOLUTION: A pressing member 16 is pressed against the outer circumference of a shape-keeping roller 12 by the driving force in relation to a cylindrical metal plate 30 disposed outside the shape-keeping roller 12. Since the pressing member 16 corresponds to a recessed part 48C and expansion parts 48A and 48B on the outer circumference of the shape-keeping roller 12, the uniform plastic deformation force to form expansion parts in the metal plate 30 can be maintained, and the supporter of high dimensional accuracy can be obtained. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a support body capable of improving efficiency of tightening work of connection members attached to the vicinity of both end parts and to provide a pneumatic run-flat tire keeping predetermined resistance in the vicinity of a tightening section tightening both end parts of the support body when puncture occurs. SOLUTION: Since end faces 44A, 44B in the longitudinal direction of the support body formed precisely according to set dimension are formed in the direction for forming an angle θ for the direction of width crossing the peripheral direction orthogonally when viewed in the radial direction, the interference of angle parts 46A, 46B and angle parts 48A, 48B is eliminated in the tightening work for tightening the connection members 34 by matching the end faces 44A, 44B mutually. Moreover, since the tightening direction of a bolt 40 and a nut 42 for tightening is inclined by an angle ϕ from the direction crossing the end faces 44A, 44B orthogonally when viewed in the radial direction, component of force in the direction crossing the tightening direction orthogonally of force generated along the end faces 44A, 44B when a vehicle performs run-flat running is suppressed, and reduction of tightening force of the bolt 40 and the nut 42 is prevented. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To dissolve and remove an oil content, etc., which adheres to a surface of a panel building material constituting a building structure and/or an accessory thereof, and to prevent the deterioration of a base material for the panel building material. SOLUTION: This antifouling panel building material, which constitutes the building structure and/or the accessory thereof, is characterized as follows: on a surface of the panel building material, there is formed a first coating layer containing a mixture of a surfactant and/or a hydrophilic material and amorphous titanium peroxide and/or amorphous titanium oxide, having no photocatalytic function; and a second coating layer containing a photocatalytic body with the photocalytic function is formed on a surface of the first coating layer. Corona discharge treatment, ultraviolet treatment, plasma treatment, ozonation and the like are applied to the surface of the panel building material. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a panel construction material with many protrusions and recesses capable of decomposing/removing oil or the like adhering on the surface of a balcony panel and preventing the deterioration of a polyester resin as a base-material of a resin-made panel. SOLUTION: The panel construction material with many protrusions and recesses has the surface to which hydrophilic treatment is applied, a water-based antifouling agent is painted (second coated film layer), the water-based antifouling agent is a photocatalitic body of anatase-type titanium dioxide, and an intermediate layer (first coated film layer) is provided between the surface of the panel construction material applying the hydrophilic treatment thereto and the antifouling agent (second coated film layer). The intermediate layer (first coated film layer) is formed of amorphous titanium dioxide not having photocatalitic capability, and it may be a mixture with the amorphous titanium dioxide. The intermediate layer (first coated film layer) may contain a surface-active agent and/or a hydrophilic agent. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a storage door which is resistant to staining and easy to remove the stain, low in occurrence of fraction defective thereof when manufactured, and long in service life. SOLUTION: The storage door consists of a front surface material, and an external surface material. The front surface material is a laminate formed of a transparent resin sheet and a thermoplastic resin sheet. The external surface material is obtained by injecting a heat-melted thermoplastic resin onto the thermoplastic resin sheet of the front surface material, and then subjecting the same to compression molding while making contact with the thermoplastic resin sheet.
Abstract:
PROBLEM TO BE SOLVED: To provide a method of manufacturing a panel for floor heating which is excellent in productivity and economical efficiency while being made into the same structure as a conventional panel for floor heating. SOLUTION: This method of manufacturing a panel which is used for floor heating utilizing hot fluid is to obtain the united panel of a tube 2 and a heat equalizing plate 3 by filling foaming beads 4 behind the above heat equalizing plate 3 and foam-molding it, after installing the tube 2 and the heat equalizing plate 3 within a mold 1.
Abstract:
PROBLEM TO BE SOLVED: To provide a panel for floor heating which is excellent in productivity, economical efficiency, and recycle property, and a method of manufacturing the same. SOLUTION: The panel 1 for floor heating is used for floor heating utilizing hot fluid. Hollows 3, 3A, and 3B to serve as passages for fluid and sealed space 5 to serve as a heat insulating layer are made above and below severally in the panel. The method of manufacturing the panel 1 for floor heating comprises the step of providing ribs 2, 2B, and 2B by pressing a mold fitted with protrusions against it when blow-molding thermoplastic resin to form a plurality of the hollows 3, 3A and 3B, and also to form sealed space 5 on the side of a plane mold.