||WO||WO/2014/109011 - MEDICAL INSTRUMENT STORAGE CONTAINER||17.07.2014||
||PCT/JP2013/050189||TERUMO KABUSHIKI KAISHA||OKIHARA, Hitoshi|
Provided is a medical instrument storage container capable not only of buffering deformations due to stresses such as vibration, impact, external pressure, etc. and absorbing such stresses to prevent the peeling of a protective film by such stresses during packing, transport, and storage, but also of preventing the peeling of the protective film during sterilization to maintain the sealed and sterilized state of the interior. A sterilized medical instrument storage container (1) equipped with: a container body (10) provided with a substantially rectangular bottom (2), a peripheral wall (3) the lower edge of which is continuous with the perimeter of the bottom (2) in all directions and which extends upward, and a rim (5) that is continuous with the upper edge of the peripheral wall (3) and extends outward, all of which are molded from resin, the container body having an opening (4) surrounded by the rim (5); medical instruments stored in the container body; and a protective film (31) to be bonded or heat-sealed on the rim (5) to cover and seal the opening (4). At least a portion of the rim (5) is curved towards the inside and the protective film (31) covers the opening (4) in a slack state.
||WO||WO/2014/109065 - HYBRID-VEHICLE CONTROL DEVICE AND CONTROL METHOD||17.07.2014||
||PCT/JP2013/050493||HONDA MOTOR CO., LTD.||YAMAZAKI Yuichiro|
This hybrid-vehicle control device is provided with: an internal-combustion-engine starting unit which, during stoppage of an internal combustion engine (109), starts the internal combustion engine (109) when an integrated value of an internal-combustion-engine-operation suitability degree derived on the basis of at least a required power for an electric motor (101), an EV output upper limit, and an EV output permission value, exceeds a first prescribed value; and an internal-combustion-engine stopping unit which, during operation of the internal combustion engine (109), stops the internal combustion engine (109) when the integrated value of the internal-combustion-engine-operation suitability degree is lower than a second prescribed value which is lower than the first prescribed value.
||WO||WO/2014/108934 - WIDEBAND TRANSITION BETWEEN A PLANAR TRANSMISSION LINE AND A WAVEGUIDE||17.07.2014||
||PCT/JP2013/000068||NEC CORPORATION||KUSHTA, Taras|
A wideband transition between a planar transmission line and a waveguide of this invention comprises a substrate, a segment of the planar transmission line and a section of the waveguide. The substrate includes a plurality of conductor-layers stacked from top to bottom and isolated by an insulating material. The segment of the planar transmission line is disposed in a top conductor-layer of the plurality of conductor-layers. The section of the waveguide is disposed on a bottom conductor-layer of the plurality of conductor-layers by a first end. The substrate comprises a conductive patch and a conductive dispersion plate. The conductive patch is disposed in the top conductor-layer and connected to a first end of said segment. The conductive dispersion plate is disposed in the bottom conductor-layer and under the conductive patch. The conductive dispersion plate comprises a corrugation.
||WO||WO/2014/108930 - BRAKE CALIPER MANUFACTURING METHOD||17.07.2014||
||PCT/JP2013/000017||NIPPON LIGHT METAL COMPANY, LTD.||SATO, Shinya|
[Problem] To provide a brake caliper manufacturing method designed to limit the occurrence of large gas bubbles [porosity] and shrinkage cavities (shrinkage holes) [shrinkage cavity] in the thick-walled sections, improve processing precision and improve strength. [Solution] A method for manufacturing brake calipers equipped with: opposing sections (12, 13) that oppose each other with a hollow section (11) for accommodating the disc therebetween; connecting sections (14) for connecting both sides of the opposing sections (12, 13); and a first cylinder section (15) that is formed in one of the two opposing sections (12, 13) and is for forming a cylinder. In said method, after exchanging the interior of the mold cavity (20) with oxygen, the injection of molten aluminum from molten metal gates (18) provided on the opposing section (13) side, which has a second cylinder (16), is performed aiming in the direction of the first cylinder section-side wall surfaces of the thick-walled sections on both sides of the first cylinder section (15).
||WO||WO/2014/108935 - DATA STORAGE SYSTEM, METHOD OF CONTROLLING A DATA STORAGE SYSTEM AND MANAGEMENT SYSTEM FOR A DATA STORAGE SYSTEM||17.07.2014||
||PCT/JP2013/000087||HITACHI, LTD.||SAITO, Hideo|
An example is a method of controlling a storage system for providing a virtual storage apparatus that includes virtual storage resources associated with real storage resources of real storage apparatus. It includes receiving a virtual storage resource control command of a predetermined type specifying a first virtual storage resource in the virtual storage apparatus and a second virtual storage resource associated with the first virtual storage resource; referring to management information for managing association relations between the virtual storage resources and the real storage resources, to identify a first real storage resource associated with the first virtual storage resource and a first real storage apparatus including the first real storage resource; and selecting a second real storage resource associated with the second virtual storage resource from real storage resources within the first real storage apparatus, or creating the second real storage resource within the first real storage apparatus.
||WO||WO/2014/109036 - ENGAGEMENT DEVICE AND HYBRID VEHICLE DRIVING APPARATUS||17.07.2014||
||PCT/JP2013/050325||TOYOTA JIDOSHA KABUSHIKI KAISHA||NAGAI, Hidekazu|
When disengaging the large tooth surfaces (11b) of the dog teeth (11) of a piece (7) from a state of meshed engagement with the large tooth surfaces (12b) of the dog teeth (12) of a sleeve (8), the engagement device (1): controls a first motor generator (MG1) so as to cause relative rotation in a direction in which the small tooth surfaces (11a) of the dog teeth (11) approach the small tooth surfaces (12a) of the dog teeth (12); and controls an actuator (9) so as to move the sleeve (8) in the direction away from the piece (7). The disengaging force applied in the axial direction for disengaging from the engaged state can thereby be reliably reduced.
||WO||WO/2014/109039 - VEHICLE INTERIOR MONITORING SYSTEM, AND VEHICLE INTERIOR MONITORING METHOD||17.07.2014||
||PCT/JP2013/050338||MITSUBISHI ELECTRIC CORPORATION||MORIMOTO, Kazunari|
A vehicle interior monitoring system is provided with: a plurality of monitoring cameras (1); an emergency calling device (2); a display unit (4); and an information control device (3), and monitors the interior of a vehicle using a picture imaged by the monitoring cameras (1). In the information control device (3), a table storing an IP address of the emergency calling device (2) and IP addresses of the monitoring cameras (1) on a one-to-one or one-to-many relationship is set. The information control device (3), upon reception of a calling signal (2a) from the emergency calling device (2) that has been operated, identifies the IP address of the monitoring camera (1) corresponding to the operated emergency calling device (2) from among the IP addresses of the plurality of monitoring cameras (1) on the basis of the table, selects imaging data (1a) from the identified monitoring camera (1) from among the imaging data (1a) from the plurality of monitoring cameras (1), and transmits the imaging data to the display unit (4).
||WO||WO/2014/109060 - MAGAZINE ATTACHMENT/DETACHMENT MECHANISM AND PORTABLE FIREARM||17.07.2014||
||PCT/JP2013/050478||HOWA MACHINERY, LTD.||NORO, Kazutoshi|
A magazine attachment/detachment mechanism (10) is equipped with: protrusions (11a, 11b) extending downward from a receiver (2); and an attachment/detachment unit (12) that is movably attached to the protrusions (11a, 11b) and that attaches a magazine (3) to the receiver (2) in a detachable manner. The attachment/detachment unit (12) attaches/detaches the magazine (3) to/from the receiver (2) by moving between a securing position that secures the magazine (3) and a release position that releases the magazine (3). Thus, the magazine (3) is attached directly to the receiver (2), so deviation from the design value for the attachment height of the magazine (3) with respect to the receiver (2) can be reduced. Accordingly, it is possible to prevent defects in the chambering of cartridges without reducing the strength of the receiver (2).
||WO||WO/2014/109003 - STENT DELIVERY DEVICE||17.07.2014||
||PCT/JP2013/050127||TERUMO KABUSHIKI KAISHA||KITAOKA, Takashi|
This stent delivery device (10) comprises a stent (12) which is disposed between a shaft (4) and an inner sheath (18) in a self-expandable state. An expansion limiting portion (34) which is formed on a distal end portion of the inner sheath (18) limits expansion of the stent (12) such that, in a state where an outer sheath (16) is moved back and exposed to the outside, the outer diameter of the distal end of the stent (12) has a first diameter (D1) which is greater than the inner diameter (Da) of the outer sheath (16), and the stent (12) expands such that, in a state where the inner sheath (18) is moved back and exposed to the outside, the outer diameter of the distal end of the stent (12) has a second diameter (D2) which is greater than the first diameter (D1).
||WO||WO/2014/109062 - CONTENT TRANSMISSION SYSTEM, CONTENT TRANSMISSION DEVICE, TERMINAL, AND CONTENT TRANSMISSION METHOD||17.07.2014||
||PCT/JP2013/050486||FUJITSU LIMITED||KURAKI, Kensuke|
Provided is a content transmission system (1) having a content transmission device (2) and a terminal (3). The content transmission device (2) has: a connection information generation unit (22) that generates a connection signal including connection information for connecting to the content transmission device (2) via a communication network (4), and outputs the connection signal via a connection information output unit (11); a list updating unit (21) that creates a list of content pertaining to a display region displayed on a display unit (11); and a transmission unit (23) that transmits to the terminal (3) at least some of the content registered in the list when a signal requesting the transmission of content is received from the terminal (3). The terminal (3) has: a connection information reproduction unit (41) that reproduces the connection information from the connection signal; and a transmission request unit (42) that transmits to the content transmission device (2) via the communication network (4) a signal requesting the transmission of content, in accordance with the connection information.