WO/2015/040755 SOFT BACKUP PIN STATE VERIFICATION DEVICE||WO||26.03.2015|
||PCT/JP2013/075600||FUJI MACHINE MFG. CO.,LTD.||KAWAI, Hidetoshi|
The soft backup pin (11) is constituted from, on the lower part side, a holder part (12), and, on the upper part side, a soft pin part (13) held by the holder part (12) so as to be exchangeable. The top end face of a cylindrical fitting part (17) of the holder part (12) of the soft backup pin (11) is provided with a ring-shaped background part (29) which can be identified distinctly from the soft pin part (13) in image processing, said cylindrical fitting part (17) being the portion of the holder part (12) extending to the outer periphery of the soft pin part (13). In verification of the state of the soft pin part (13) of the soft backup pin (11), the soft pin part (13) of the soft backup pin (11) and the background part (29) in the outer periphery thereof are imaged by a camera so as to fit within the visual field of the camera (54), and then, the resulting image is processed by an image processing unit (57) to identify the ring-shaped background part (29) in the outer periphery of the soft pin part (13) of the soft backup pin (11), thereby identifying the inner peripheral edge of the background part (29) as the outer peripheral edge of the soft pin part (13) of the soft backup pin (11).
WO/2015/040672 VEHICLE SIDE STRUCTURE||WO||26.03.2015|
||PCT/JP2013/075025||HONDA MOTOR CO., LTD.||ICHIKAWA Shuji|
This vehicle side structure (1) is provided with a suspension device stiffener (2) that, in a manner joined to a vehicle side portion (SP), supports a suspension device base (15) provided to the top of a wheelhouse inner (13). The suspension device stiffener (2) has: a stiffener wall (3) extending in the vertical direction between same and the vehicle side portion (SP); and a support (4) that supports the stiffener wall (3) and is linked to the suspension device base (15). The stiffener wall (3) is provided with sections (31, 32, 33) having a U-shaped cross-section. The support (4) is provided with a front support (41) and/or a back support (42), configures a closed section by joining the sections (31, 32, 33) having a U-shaped cross-section to the vehicle side portion (SP), and has an opening (5) by means of a separation between the bottom end of the stiffener side wall (31) and a suspension device support (15c). By means of such a configuration, upward thrusting load from the suspension device is efficiently transmitted to the vehicle side portion (SP) and dispersed.
WO/2015/040681 HOLOGRAM REPRODUCING APPARATUS AND HOLOGRAM REPRODUCING METHOD||WO||26.03.2015|
||PCT/JP2013/075063||HITACHI CONSUMER ELECTRONICS CO., LTD.||YAMAZAKI, Kazuyoshi|
The purpose of the present invention is to provide a hologram reproducing apparatus and a hologram reproducing method, which are suitable for reproducing hologram.
The purpose can be achieved by means of a hologram reproducing apparatus, which reproduces information signals by irradiating an optical information recording medium with reference light, and a hologram reproducing method for the hologram reproducing apparatus. The hologram reproducing apparatus is characterized in being provided with: a polarization conversion section, which converts polarization of diffracted light that is generated when the optical information recording medium is irradiated with the reference light; a light receiving section, which receives the diffracted light having the polarization thereof converted by means of the polarization conversion section; and a servo signal generating circuit section, which generates signals for moving the optical information recording medium or the polarization conversion section using the diffracted light received by means of the light receiving section.
WO/2015/040738 DYE-SENSITIZED SOLAR CELL POROUS FILM AND DYE-SENSITIZED SOLAR CELL||WO||26.03.2015|
||PCT/JP2013/075476||SEKISUI CHEMICAL CO., LTD.||KUNUGI Shunsuke|
A dye-sensitized solar cell porous film is characterized by being a porous film made of titanium oxide formed on a film substrate and having a critical load of 8 mN or more or a pencil hardness of H or more, said pencil hardness conforming to Japan Industrial Standard (JIS) K5600-5-4 "Testing methods for paints-Part 5: Mechanical property of film-Section 4: Scratch hardness (Pencil method)".
WO/2015/040744 TIRE MANAGEMENT SYSTEM, AND TIRE MANAGEMENT METHOD||WO||26.03.2015|
||PCT/JP2013/075502||KOMATSU LTD.||SUDOU, Tsugio|
In order to provide a tire management system and a tire management method such that the life of a tire can be extended while minimizing a decrease in vehicle work efficiency, a tire management system is provided with: an overload vehicle detection unit (62) that detects an overload vehicle dump truck of which a tire load with respect to a work allocated to each dump truck exceeds a predetermined tire load set for a tire itself of each dump truck; and a work content modifying process unit (63) that, upon detection of the overload vehicle dump truck, performs a process of modifying the work content for the dump truck so that the tire load of the overload vehicle dump truck becomes equal to or less than the predetermined tire load.
WO/2015/040754 COLD STORAGE MEANS, CORPSE STORAGE MEANS, AND COOLING DEVICE SET||WO||26.03.2015|
||PCT/JP2013/075597||MASUDA Keiji||MASUDA Keiji|
[Problem] To provide a cold storage means that reliably cools an object to be cooled and stays cool for a long time, a corpse storage means for which the object to be cooled is a corpse, and a cooling device set. [Solution] The cooling device set (1) comprises a cold storage means (10) and a cooling device (90). The cooling device and the cold storage means can be separated so that the secondary refrigerant does not leak out when the cold storage means has been cooled. In the cold storage means (10), a refrigerant circulation duct (14) is formed along a first plane-shaped body so that the secondary refrigerant, which becomes liquid in a desired cooling temperature range, can be circulated with a desired spacing, and a shape-maintaining means (12) is provided so that the refrigerant circulation duct is not crushed. Preferably, the primary refrigerant is a natural refrigerant. Ideally, the shape-maintaining means (12) is a liquid and is a tertiary refrigerant.
WO/2015/040668 AIR CONDITIONER||WO||26.03.2015|
||PCT/JP2013/075016||MITSUBISHI ELECTRIC CORPORATION||KONO, Atsushi|
An air conditioner is provided with: a body (20) having, at the lower part thereof, at least one suction opening and at least one discharge opening (9); and a heat exchanger (3) housed within the body and disposed in the path of flow of air sucked into the body from the suction opening and discharged from the discharge opening into a space into which the air is to be discharged. The discharge opening is located between a heat exchanger outlet-side air path wall (10) and an opposed-side air path wall (11) which faces the heat exchanger outlet-side air path wall. The thickness (L1) of the heat exchanger outlet-side air path wall is in the range of 0.15L2 to 0.25L2, where L2 is the inlet width of the discharge opening.
WO/2015/040699 PLANAR LIGHT SOURCE DEVICE AND LIQUID CRYSTAL DISPLAY DEVICE||WO||26.03.2015|
||PCT/JP2013/075172||NLT TECHNOLOGIES, LTD.||ITAYA Hideki|
Provided are: a planar light source device such that in a structure of which an edge light that has an LED as the light source can be replaced, a decrease in product quality stemming from warping of a light guide plate is suppressed and the replacement work is easy; and a liquid crystal display device. In the planar light source device, which has at least a light guide plate and a lamp unit disposed at the lateral surface of the light guide plate in a replaceable manner: the lamp unit is provided with a lamp holder, which has a shape such that the surface opposing the lateral surface of the light guide plate is an opening, an LED, which is the light source, a flexible cable, which mounts the LED and is pasted/affixed to the inner surface of the lamp holder, and a shielding sheet that is pasted/affixed to the outer surface of the lamp holder; the lamp holder is formed in a manner such that the top positioned at the exit surface side of the light guide plate does not overlap the exit surface of the light guide plate when viewed from the direction of a normal line to the exit surface; and one edge of the shielding sheet is affixed to the top of the lamp holder and the other edge is adhered to the exit surface of the light guide plate.
WO/2015/040733 POSITIONING SYSTEM, POSITIONING METHOD, AND POSITIONING PROGRAM||WO||26.03.2015|
||PCT/JP2013/075455||HITACHI, LTD.||TERAMOTO Yaemi|
A positioning system for determining the position of a terminal within a positioning area using the electromagnetic wave intensity of radio waves transmitted from positioning devices disposed within the positioning area, wherein the system is provided with: a storage device for storing and associating, with a first positioning area, first environment information including the configuration of physical structures in the first positioning area and the arrangement of the positioning devices within the first positioning area and first positioning data including training data for the first positioning area and for storing and associating, with a second positioning area, second environment information including the configuration of physical structures in the second positioning area and the arrangement of the positioning devices within the second positioning area; a positioning data generation module for specifying a first positioning area associated with first environment information identical or similar to second environment information and associating the specified first positioning area with the second positioning area; and a positioning module for determining that the terminal is in the second positioning area, specifying the first positioning area associated with the second positioning area, and determining the position of the terminal from the electromagnetic wave intensity using the first positioning data as the positioning data for the second positioning area.
WO/2015/040680 OIL ABSORPTION MATERIAL AND OIL COLLECTION APPARATUS||WO||26.03.2015|
||PCT/JP2013/075062||HITACHI, LTD.||SASAKI Hiroshi|
An oil absorption material characterized by comprising: a resin which has a continuous porous structure and is made from a hydrocarbon; and a ferromagnetic member which is held on the surface of the continuous porous structure of the resin or is held in the inside of the continuous porous structure of the resin. An oil collection apparatus for collecting an oil contained in dirty water, said oil collection apparatus being characterized by comprising: a treatment vessel in which an oil absorption material is brought into contact with the dirty water; a magnetic mechanism which can act so as to collect the oil absorption material on which the oil in the dirty water has been adsorbed and which has a magnetic property; a pressurizing mechanism which can pressurize the collected oil absorption material; and an oil collection vessel which is arranged below the pressurizing mechanism.