WO/2015/025380 PLANT MONITORING DEVICE||WO||26.02.2015|
||PCT/JP2013/072286||MITSUBISHI ELECTRIC CORPORATION||TAKEGAWA Kumiko|
A visual noise removal processing means (5) performs processing to minimize the influence of fluctuations in a parameter on an arrow displayed on a display device (7), on the basis of at least one of the tendency of change in the parameter, the difference between the current value and the previous value of the parameter, and the current value of the parameter. A consecutive occurrence counting means (51) counts the number of consecutive occurrences of the same tendency of change in the parameter, and an arrow highlight level setting means (52) increases the highlight level of the arrow as the number of consecutive occurrences increases.
WO/2015/025398 ARTICLE PRODUCTION SYSTEM, ARTICLE PRODUCTION METHOD, AND PALLET||WO||26.02.2015|
||PCT/JP2013/072393||ASICS CORPORATION||OGAWA, Tsuyoshi|
This article production system (100) is configured such that a workpiece (200) reciprocates along a workpiece movement path including: a forward path (P1) provided with a carry-in unit (1), a drying unit (2), an attachment unit (6, 7), a workpiece-moving robot (4, 8), and a carry-out unit (10) provided in the vicinity of the carry-in unit; and a return path (P2) provided adjacent to the forward path.
WO/2015/025435 SYSTEM FOR PREVENTING ITEMS FROM BEING LEFT BEHIND, METHOD FOR PROVISION OF INFORMATION TO DRIVER OF PASSENGER VEHICLE, AND COMPUTER PROGRAM||WO||26.02.2015|
||PCT/JP2013/078279||IDEACROSS INC.||NAKASHIMA, Kouei|
An objective of the present invention is to provide a system for preventing items from being left behind, capable of sensing left-behind items in even the dark parts of a passenger vehicle while protecting passenger privacy. The system for preventing items from being left behind (1) comprises cameras (10) which use infrared to capture images of the interior of a taxi including areas which cannot be captured with visible light. On the basis of an infrared image having a specific high-resolution wavelength among the infrared images, the system for preventing items from being left behind (1) analyzes whether an object which had not been present when the passenger was not onboard is present when the passenger exits the vehicle. If an object is present, the system alerts the taxi driver by an alert unit (40) that there may be a left-behind item.
WO/2015/025533 WASTE WATER TREATMENT FACILITY||WO||26.02.2015|
||PCT/JP2014/052806||MITSUBISHI HEAVY INDUSTRIES ENVIRONMENTAL & CHEMICAL ENGINEERING CO., LTD.||MIZUTANI Hiroshi|
A waste water treatment facility (1) having: biological treatment equipment (4) for biologically treating a liquid to be treated (W); sludge separating equipment (3, 5) for separating the sludge in the liquid being treated (W) upstream and/or downstream of the biological treatment equipment (4); a sludge collection tank (11) for collecting sludge that has been separated by the sludge separating equipment (3, 5); and sludge volume reduction equipment (13), which is disposed downstream of the sludge collection tank (11) and is for reducing the volume of the sludge. In the waste water treatment facility (1), a sand-removing device (16) is provided between the sludge separating equipment (3, 5) and the sludge collection tank (11) and/or between the sludge collection tank (11) and the sludge volume reduction equipment (13).
WO/2015/025537 UTILITY VEHICLE AND DISPLAY DEVICE FOR UTILITY VEHICLE||WO||26.02.2015|
||PCT/JP2014/053814||KOMATSU LTD.||SHIMAZU, Mitsuhiro|
A utility vehicle (1) comprises an engine (29) that generates power and an exhaust gas treatment device (30) that treats exhaust gas discharged by the utility vehicle (1). The utility vehicle (1) comprises: a detection unit (11A) which detects abnormalities in the exhaust gas treatment device (30); an output restricting unit (11B) that restricts at least engine (29) output if the detection unit (11A) detects an abnormality in the exhaust gas treatment device (30); a display control unit (22) that displays, on the display unit (21), information concerning the fact that it is possible to temporarily lift the restriction on output; and a restriction-lifting unit (11C) which lifts the restriction on output in response to a command to temporarily lift the restriction on output.
WO/2015/025440 CLASS-D AMPLIFIER||WO||26.02.2015|
||PCT/JP2013/084819||KYOSAN ELECTRIC MFG. CO., LTD.||YUZURIHARA, Itsuo|
The present invention suppresses a vibration phenomenon in a high radio frequency (RF) region and reduces a surge voltage in a class-D amplifier. A vibration absorption circuit is connected to the power supply side of a class-D amplification circuit, and a vibration circuit is equivalently constructed of the class-D amplification circuit and the vibration absorption circuit connected thereto. A resistor in the vibration absorption circuit is used as a damping resistor for the vibration circuit, thereby suppressing a vibration phenomenon and reducing a surge voltage. The vibration absorption circuit is constructed of an R-L parallel circuit comprising the resistor and an inductance. The vibration absorption circuit and the class-D amplification circuit constitute the vibration circuit, and the resistor of the vibration absorption circuit constitutes the damping resistor for the vibration circuit in a high RF region.
WO/2015/025345 INFORMATION DISPLAY DEVICE, INFORMATION DISPLAY METHOD, AND INFORMATION DISPLAY PROGRAM||WO||26.02.2015|
||PCT/JP2013/007544||PANASONIC INTELLECTUAL PROPERTY MANAGEMENT CO., LTD.||TESHIMA, Hiroki|
An information display device according to the present invention is provided with: a processor which displays an object and an input assistance indicator on the display region of a display, said input assistance indicator including a plurality of markers and being used as an indicator for changing the display state of the object; and an input interface which receives an input operation including the specification of a start point and an end point on the display region. The processor changes the display state of the object on the basis of a vector defined by the distance and direction between the start point and the end point, and is configured to be able to perform a first process for changing the display state of the object in response to an input operation performed on at least part of the display region other than the region where the input assistance indicator is displayed, and a second process for changing the display state of the object in response to an input operation performed on at least the region where the input assistance indicator is displayed, wherein the second process changes the display state of the object by a smaller amount than does the first process.
WO/2015/025439 DISPLAY DEVICE FOR UTILITY VEHICLE, AND DISPLAY METHOD FOR SAME||WO||26.02.2015|
||PCT/JP2013/081217||KOMATSU LTD.||MATSUMOTO, Hayato|
In order to provide a display device for a utility vehicle and a display method for same, with which it is possible to effectively make an operator aware of the display of a display screen including video screens, when the utility vehicle is traveling or working, it is possible to sequentially switch the display by operating the function switch F3, which is a display selection switch for a plurality of display screens including a first display screen (V1) which includes a video display region (M1) and a second display screen (V2) which does not include a video display region. When switching the display from the first display screen (V1) to the second display screen (V2), a temporary second display screen (V2a) displaying caution information (D1) promoting the switching of display to the first display screen (V1) is displayed, and after displaying the temporary second display screen (V2a), the display is automatically switched to the first display screen (V1) after a predetermined time has elapsed.
WO/2015/025438 RESONANT POWER TRANSMISSION DEVICE AND RESONANT POWER MULTIPLEXED TRANSMISSION SYSTEM||WO||26.02.2015|
||PCT/JP2013/080913||MITSUBISHI ELECTRIC ENGINEERING COMPANY,LIMITED||AKUZAWA, Yoshiyuki|
This resonant power transmission device transmits power using a reception resonator (4) and a transmission resonator (3) of which the resonant conditions are matched, wherein the resonant power transmission device is provided with: a transmission power source (1) that supplies electrical power; a transmission antenna (2) that transmits the electrical power from the transmission power source (1); a conductive substance (7) that causes a one-point connection between the transmission resonator (3) and the reception resonator (4); a reception antenna (5) that receives the electrical power from the transmission antenna (2) via the transmission resonator (3) and reception resonator (4); and a reception power source (6) that receives the electrical power received by the reception antenna (5).
WO/2015/025542 ERROR RESET DEVICE FOR UTILITY VEHICLE, AND ERROR RESET METHOD FOR UTILITY VEHICLE||WO||26.02.2015|
||PCT/JP2014/055189||KOMATSU LTD.||MATSUMOTO, Hayato|
The objective of the present invention is to provide an error reset method for utility vehicle and error reset device for utility vehicle, with which specific personnel such as service personnel are able to effectively perform reset of exhaust gas treatment system-related errors. This is an error reset device for utility vehicle (1) to reset exhaust gas treatment system-related errors if an exhaust gas treatment system-related error occurs. The error reset device for utility vehicle (1) comprises an input unit (22) which inputs at least temporary input information; an authentication unit (11A) which has a processing algorithm that is the same as the processing algorithm of an external device that generates the temporary input information, and which authenticates, using the processing algorithm, the temporary input information which has been input;
and an error reset processing unit (11B) into which the temporary input information acquired from the external device using inquiry information acquired via a predetermined operation procedure is input, and if the temporary input information is authenticated by the authentication unit (11A), resets the exhaust gas treatment system-related error.