||WO||WO/2014/033800 - CONSUMER COLLABORATION SUPPORT DEVICE||06.03.2014||
||PCT/JP2012/071536||HITACHI, LTD.||ISHIDA, Haruhisa|
The objective of the present invention is to prevent interference between control requests from multiple master consumers in a consumer collaboration support system. With respect to energy management system groups that are capable of collecting, managing, and transmitting attribute information for general power consumers and master consumer energy management system groups that proactively execute control respects with respect to other consumers, this consumer collaboration support device, which collects and manages attribute information from energy management system groups and manages identifiers for master consumer energy management system groups, is characterized in that clusters obtained by performing a classification on the basis of attribute information are allocated to groups which are created in correspondence with master consumer energy management systems, and when energy management system groups are referenced so that a master energy management system group can execute a control request, the energy management system groups which can be referenced are limited to the energy management systems within the group.
||WO||WO/2014/033817 - ELEVATOR CONTROL DEVICE||06.03.2014||
||PCT/JP2012/071608||Mitsubishi Electric Corporation||OKUNAKA, Takayoshi|
Provided is an elevator call registration device with which a user can select a desired destination floor from multiple destination floor options without operating any buttons. The elevator call registration device is equipped with: multiple reading units (4), which are provided at positions through which a user approaching an elevator landing passes and which read, by wireless communication, identification information recorded in an information-recording medium (3) that the user carries; a storage unit (74) for associating a destination floor with each combination of the identification information and one or more reading units (4) and storing same; and a destination floor-determining unit (73) for acquiring from the storage unit (74) a destination floor associated with the combination of the identification information read by a reading unit (4) and the one or more reading units (4) reading said identification information and determining the destination floor of the user with said identification information.
||WO||WO/2014/033812 - MEDICAL TUBE, MEDICAL TUBE ASSEMBLY AND PUNCTURE NEEDLE||06.03.2014||
||PCT/JP2012/071593||Terumo Kabushiki Kaisha||KAWAURA Masakatsu|
A medical tube (2) has an elongated implant (8) inserted therein. The medical tube (2) is composed of a tube having a tip opening (21) wherein the tip is open, and a base end opening (22) wherein the base end is open. Moreover, the medical tube (2) has: a curved section (231) that is curved in the middle in the longitudinal direction of the medical tube, and maintains a curved state; and a connection section (232) disposed near the base end opening (22), wherein a puncture needle (31) having a sharp needle tip (315) is connected to the tip from the needle tip (315) side.
||WO||WO/2014/033920 - AXIAL FLOW TURBINE FOR SUPERCHARGERS||06.03.2014||
||PCT/JP2012/072193||MITSUBISHI HEAVY INDUSTRIES, LTD.||TAKATA Ryo|
[Problem] To provide an axial flow turbine for superchargers for which there is no backflow of low temperature outside air and lubricating oil into a gas channel from a gap between the upstream side end face of a hub section and a housing end face. [Solution] An axial flow turbine for superchargers (1) comprises: a shaft bearing (2); a rotary shaft (4) rotatably supported by the shaft bearing; a turbine wheel (10) having a hub section (6) provided on a shaft end of the rotary shaft and a plurality of rotor blades (8) provided extending radially to the outside from the peripheral surface (6a) of the hub section; a housing (20) having at least: a rotary shaft accommodating section (26) for accommodating the rotary shaft and accommodating the turbine wheel, a scroll section (22) for swirling gas flowing in the housing around the rotary shaft, and a bend section (24) formed in the periphery of the rotary shaft accommodating section in which gas flowing out from an outlet (22a) of the scroll section flows in the axial direction. The housing has, in a location on the upstream side of a housing end face (20a) facing the upstream side end face (6b) of the hub section of the turbine wheel, a by-pass channel (40) that passes through the bend section and the rotating shaft accommodating section.
||WO||WO/2014/033953 - LATCH DEVICE AND EXTERNAL PARTS FOR MOTORCYCLES EQUIPPED WITH SAME||06.03.2014||
||PCT/JP2012/072358||DAYTONA CORPORATION||NAGASHIMA Yoshimasa|
In order to provide a simple latch device and external parts for motorcycles equipped with the same that do not require other members to be combined separately for releasing or maintaining a locked state, by way of devising a novel mechanism for the structure of a latch body, which is a lock member, and a bracket member, which is a base member to which the latch body is attached, the latch device comprises the bracket member on the part to be applied and a latch body to be attached to the bracket member and is characterized in that the two are formed by assembling the latch body in a movable state to the bracket member by a slide pivot guide mechanism and a selector guide mechanism, and in that moving only the latch body opens and closes a striker accommodating portion formed on the bracket member, without using other members in the restricting or releasing of a lock striker held therein.
||WO||WO/2014/033963 - VEHICLE SEAT||06.03.2014||
||PCT/JP2012/072388||TS TECH CO., LTD.||FUJITA, Satoshi|
Provided is a vehicle seat capable of absorbing impact energy by deflecting and deforming when applied with impact energy during a rear-end collision. The present invention pertains to a vehicle seat (S) provided with frame side parts (15a) which are located on the right and left sides of a seat back frame (1) and which extend in the vertical direction. The frame side parts (15a) are each provided with a first fragile part (150A) formed so as to extend from the rear end of the respective frame side part (15a) towards the front, and a second fragile part (150B) formed at a position that is away from the first fragile part (150A) on the respective frame side parts (15a). The first fragile parts (150A) extend towards the formation positions of the second fragile parts (150B).
||WO||WO/2014/033938 - BUILDING STRUCTURE, CONSTRUCTION METHOD FOR SAME, AND BEAM-AND-COLUMN JOINTS FOR BUILDING STRUCTURES||06.03.2014||
||PCT/JP2012/072274||MODULE HOUSE INSTITUTE, INC.||ARIMA, Toshio|
Conventionally, building costs remain high and layout constraints, due to column intervals, load-bearing walls, and piping shafts, are numerous because column cross sections differ for low-rise buildings and for mid- and high-rise buildings, and structure materials and construction methods vary widely. The present invention is a building structure configured so as to comprise a column, a beam, and a beam-and-column joint for joining the column, beam, and the like, wherein: the column, being a quadrangular column with width and depth measurements of approximately 1/2 of an architectural module, comprises a steel frame arranged standing in the four corners of the column and a truss-like steel frame mutually binding adjacent steel frames, and has a space for piping passing in the height direction; the beam is a steel beam; the beam-and-column joint, being a quadrangular structure having the same width and depth measurements as the column, comprises top and bottom steel plates having openings for the piping, and four steel support posts that are U-shaped in the horizontal cross section; and the building structure is configured by joining the beam to the support post face side, and a plurality of columns and beam-and-column joints are joined and the integrated contiguous columns and contiguous beam-and-column joints are applied according to the structural strength of each floor of the building.
||WO||WO/2014/033950 - BATTERY WIRING MODULE||06.03.2014||
||PCT/JP2012/072344||AUTONETWORKS TECHNOLOGIES, LTD.||NAKAYAMA Osamu|
A battery wiring module (20) is attached to a unit cell group in which a plurality of unit cells having positive and negative electrodes (12, 13) is arranged, and thereby connects the electrodes (12, 13). The battery wiring module includes a connection member (21) to connect the electrodes (12, 13) and a protector (30) to hold the connection member. The protector (30) has a positioning part (50), which fits into a part to be positioned (14, 14A) formed on the unit battery (11) before the connection member (21) comes into contact with the electrodes (12, 13) when the protector is attached to the unit battery (11). The positioning part (50) is positioned projecting toward the unit battery (11) further than the connection member (21).
||WO||WO/2014/033797 - LIQUID DRIPPING METHOD||06.03.2014||
||PCT/JP2012/005573||SHIMADZU CORPORATION||HASHIZUME, Nobuya|
When dripping and collecting blood using this blood collection device, a liquid (L) is caused to fill a duct at an aspirating/discharging mechanism side, and a gas (G) is sandwiched in the duct between the liquid (L) filling the duct at the aspirating/discharging mechanism side and the blood that is the subject of collection. Also, the blood that is the subject of collection is aspirated by aspirating the gas (G) by means of aspirating the liquid (L) filing the duct at the aspirating/discharging mechanism side by means of the aspirating/discharging mechanism, and the gas (G) is pushed out and stopped at a dripping opening (8) by means of pushing out the liquid (L) filling the duct at the aspirating/discharging mechanism side by means of the aspirating/discharging mechanism, thus causing the blood (BL2) that is the subject of collection to drip. In such a manner, by stopping the gas (G) at the dripping opening (8), it is possible to cause an increase in the running out of liquid without the blood that is the subject of collection being retained, and it is possible to drip only the necessary quantity of collected blood without that which is other than the blood that is the subject of collection dripping and becoming mixed at the vessel (10) that is the dripping destination.
||WO||WO/2014/033850 - CONTROL DEVICE||06.03.2014||
||PCT/JP2012/071819||Mitsubishi Electric Corporation||NISHIWAKI, Hikaru|
In order to obtain a control device (10) with which the influence of electrical noise can be recognized visually while suppressing costs, this control device (10) is equipped with: a first interface (200) that is capable of connecting to an external device (100) and that mediates the exchange of signals between the control device and the external device (100); a digital noise filter (500) that removes electrical noise from signals input/output via the first interface (200) and that transmits up/down information for the removed electrical noise; and a second interface (800) that transmits the electrical noise up/down information to a display device (900).