Abstract: A method of manufacturing a semiconductor composite device includes picking up a composite integrated film from a formation substrate having a formation surface, the composite integrated film being in advance formed on the formation substrate; and bonding in a first bonding process the composite integrated film to a substrate front surface of a circuit board. The composite integrated film includes a base member thin film having a base member first surface and a base member second surface facing each other, one or more penetration parts each penetrating the base member thin film, one or more electrodes each including an electrode surface in a planar shape formed on the base member second surface's side, and an element disposed on the base member first surface. In the first bonding process, the base member second surface of the composite integrated film is bonded to the substrate front surface.

Abstract: Provided are an electric motor control device and an electric motor control method with high reliability capable of performing noise reduction control (or sensorless control) by superimposing a radio-frequency voltage and capable of performing compensation of a dead time of an inverter with a minimum necessary configuration.

Abstract: A hemostasis valve assembly includes a housing, hemostasis valve, through-member, actuator, and pin. The through-member is slidable along a first direction between a first position that closes a hemostasis valve, and a second position that opens the valve. The actuator can displace the through-member distally along the first direction by sliding along a second direction transverse to the first direction. A motion restricting groove on the through-member includes a closed position portion in which the pin is disposed when the through-member is in the first position; a first top portion in which the pin is disposed when the through-member reaches a position distal of the second position; an open holding portion in which the pin is disposed when the through-member is in the second position; and a second top portion in which the pin is disposed when the through-member reaches a position distal of the second position.

Abstract: A lesion retrieval device includes a shaft having an elongated outer shape, a spirally-arranged protruding portion spirally protruding from an outer peripheral surface of the shaft, and an outer cylindrical tube having a hollow cylindrical shape and accommodating, inside thereof, part of a proximal end side of the shaft provided with the spirally-arranged protruding portion. The spirally-arranged protruding portion includes a wire rod that is spirally wound around the outer peripheral surface of the shaft, and a surface of the wire rod in a transverse cross section has irregularities.

Abstract: A vehicle projection control device includes: a vehicle information acquisition unit that acquires vehicle information including a vehicle speed of a vehicle; an identification information acquisition unit that acquires identification information identifying a tunnel through which the vehicle travels; a virtual vehicle video generation unit that generates a virtual moving body video of a virtual moving body that moves ahead of the vehicle in a direction that is the same as the vehicle, the virtual moving body video being for projection by a projection unit of a head-up display device; and a projection control unit that controls projection of the virtual moving body video, such that a virtual image of the generated virtual moving body video is visually recognized ahead of the vehicle with use of a projection unit. The projection control unit controls the projection of the virtual moving body video based on the acquired identification information.

Abstract: A sterilizing method for sterilizing a sterilization object housed in a chamber 11 includes an ozone preparation step S504 for filling an inside of a buffer tank 34 with ozone gas, and an ozone injection step S505 for injecting the ozone gas filled in the inside of the buffer tank 34 into the chamber 11.

Abstract: A sterilizing method for sterilizing a sterilization object housed in a chamber (11) includes a first vapor injection step (S104) of injecting vapor produced from a first aqueous solution of hydrogen peroxide to the inside of the chamber (11), an ozone injection step (S107) of injecting ozone gas to the inside of the chamber (11) after the first vapor injection step (S104), and a second vapor injection step (S109) of injecting vapor produced from pure water or vapor produced from a second aqueous solution of hydrogen peroxide to the inside of the chamber (11) after the ozone injection step (S107).

Abstract: A sterilizing method includes a preliminary decompression step (S200) of decompressing the inside of a chamber (11) with respect to an atmospheric pressure after a sterilization object wrapped with a wrapping member made from a material that absorbs ozone gas and hydrogen peroxide is housed in the chamber (11), an ozone adsorption step (S300) of injecting ozone gas to the inside of the chamber (11) under a decompressed state achieved in the preliminary decompression step (S200) to cause the ozone gas to be adsorbed to the wrapping member, and a sterilization step (S500) of sterilizing the sterilization object using the zone gas and hydrogen peroxide after the ozone adsorption step (S300).

Abstract: A sterilizing method for sterilizing a sterilization object housed in a chamber (11) includes a first vapor injection step (S104) of injecting vapor produced from a first aqueous solution of hydrogen peroxide to the inside of the chamber (11), an ozone injection step (S107) of injecting ozone gas to the inside of the chamber (11) after the first vapor injection step (S104), and a second vapor injection step (S109) of injecting vapor produced from pure water or vapor produced from a second aqueous solution of hydrogen peroxide to the inside of the chamber (11) after the ozone injection step (S107).

Abstract: A sterilizing method for sterilizing a sterilization object housed in a chamber 11 includes an ozone preparation step S504 for filling an inside of a buffer tank 34 with ozone gas, and an ozone injection step S505 for injecting the ozone gas filled in the inside of the buffer tank 34 into the chamber 11.

Abstract: A retrieving device includes: a classifying unit that classifies document data made up of a plurality of items on the basis of a degree of matching of a first item in which a combination of one or more symbol strings is described in a database in which the document data is stored; and an extracting unit that extracts a group of keywords included in a second item from pieces of document data in a same group classified by the classifying unit as related words for retrieval. Moreover, when the retrieving device is implemented as a distributed system on a network, it is possible to create related words for a plurality of machines and to store the related word data and to enable a plurality of users to use the distributed system.

Abstract: A diagnostic service system includes one or plurality of factory monitoring systems configured to perform monitoring of at least one machine; a service center management device that is connected with the one or plurality of factory monitoring systems via a network; one or plurality of service centers that are connected with the service center management device; and a plurality of service terminals connected with one service center or each of the plurality of service centers via a service control. The plurality of service terminals are used by each responder capable of fault diagnosis of the machine, and when fault of a machine occurs, one of the plurality of service terminals is selected via the service center management device and the one service center or plurality of service centers.

Abstract: A diagnostic service system includes one or plurality of factory monitoring systems configured to perform monitoring of at least one machine; a service center management device that is connected with the one or plurality of factory monitoring systems via a network; one or plurality of service centers that are connected with the service center management device; and a plurality of service terminals connected with one service center or each of the plurality of service centers via a service control. The plurality of service terminals are used by each responder capable of fault diagnosis of the machine, and when fault of a machine occurs, one of the plurality of service terminals is selected via the service center management device and the one service center or plurality of service centers.

Abstract: A diagnostic service system includes one or plurality of factory monitoring systems configured to perform monitoring of at least one machine; a service center management device that is connected with the one or plurality of factory monitoring systems via a network; one or plurality of service centers that are connected with the service center management device; and a plurality of service terminals connected with one service center or each of the plurality of service centers via a service control. The plurality of service terminals are used by each responder capable of fault diagnosis of the machine, and when fault of a machine occurs, one of the plurality of service terminals is selected via the service center management device and the one service center or plurality of service centers.

Abstract: A vehicle projection control device includes: a vehicle information acquisition unit that acquires vehicle information including a vehicle speed of a vehicle; an identification information acquisition unit that acquires identification information identifying a tunnel through which the vehicle travels; a virtual vehicle video generation unit that generates a virtual moving body video of a virtual moving body that moves ahead of the vehicle in a direction that is the same as the vehicle, the virtual moving body video being for projection by a projection unit of a head-up display device; and a projection control unit that controls projection of the virtual moving body video, such that a virtual image of the generated virtual moving body video is visually recognized ahead of the vehicle with use of a projection unit. The projection control unit controls the projection of the virtual moving body video based on the acquired identification information.

Abstract: A diagnostic service system includes one or plurality of factory monitoring systems configured to perform monitoring of at least one machine; a service center management device that is connected with the one or plurality of factory monitoring systems via a network; one or plurality of service centers that are connected with the service center management device; and a plurality of service terminals connected with one service center or each of the plurality of service centers via a service control. The plurality of service terminals are used by each responder capable of fault diagnosis of the machine, and when fault of a machine occurs, one of the plurality of service terminals is selected via the service center management device and the one service center or plurality of service centers.

Abstract: A retrieving device includes: a classifying unit that classifies document data made up of a plurality of items on the basis of a degree of matching of a first item in which a combination of one or more symbol strings is described in a database in which the document data is stored; and an extracting unit that extracts a group of keywords included in a second item from pieces of document data in a same group classified by the classifying unit as related words for retrieval. Moreover, when the retrieving device is implemented as a distributed system on a network, it is possible to create related words for a plurality of machines and to store the related word data and to enable a plurality of users to use the distributed system.

Abstract: A diagnostic service system includes one or plurality of factory monitoring systems configured to perform monitoring of at least one machine; a service center management device that is connected with the one or plurality of factory monitoring systems via a network; one or plurality of service centers that are connected with the service center management device; and a plurality of service terminals connected with one service center or each of the plurality of service centers via a service control. The plurality of service terminals are used by each responder capable of fault diagnosis of the machine, and when fault of a machine occurs, one of the plurality of service terminals is selected via the service center management device and the one service center or plurality of service centers.

Abstract: A diagnostic service system includes one or plurality of factory monitoring systems configured to perform monitoring of at least one machine; a service center management device that is connected with the one or plurality of factory monitoring systems via a network; one or plurality of service centers that are connected with the service center management device; and a plurality of service terminals connected with one service center or each of the plurality of service centers via a service control. The plurality of service terminals are used by each responder capable of fault diagnosis of the machine, and when fault of a machine occurs, one of the plurality of service terminals is selected via the service center management device and the one service center or plurality of service centers.

Abstract: A shaft suppresses a permanent set, or plastic deformation, even when inserted into an extremely winding blood vessel. A guidewire incorporates the above shaft. The shaft is twisted along its longitudinal axis and has a cross section forming a substantially rectangular shape extending in a first direction perpendicular to the longitudinal axis. The cross section has at least one arcuate recess.