Abstract: A dynamo-electric machine comprising: a stator core with plurality of slots, a coil covered with insulated conductor wire, wherein the coil comprising plurality of storages stored in the slots and plurality of coil ends that are outside of the slots, conductor of coil end close to the conductor of the heterophase coil having insulating materials at only one of the surfaces, either the inner diameter surface close to the conductor of the heterophase coil or outer diameter surface of the heterophase coil.

Abstract: The present invention provides a simulation method, a simulation device, and a simulation program. A method for simulating a cell in which the electrolyte is a molten salt, the simulation method involving simulating the behavior of the cell and including a process for raising the temperature of the molten salt.

Abstract: A driving mode setting part sets a driving mode when a vehicle travels by automatic driving. An item setting part sets a prioritized diagnosis. A storage part stores plural diagnosis conditions provided in correspondence to each diagnosis item. A target setting part sets a control target value. A motive power source part controls a motive power source based on the control target value. Each diagnosis item is assigned to the driving mode, for which the diagnosis condition is most easily satisfied. The item setting part sets, as a prioritized item, the diagnosis item assigned to the set driving mode. When the prioritized item is set, the target setting part sets the control target value so that the motive power source attains a state, which is close to the diagnosis condition of the prioritized item.

Abstract: An electronic control device (ECU) reserves a transmission of a requested diagnosis data that is requested by a management center when an external device is connected to a dedicated connector, and when IGSW is turned ON. In such scheme, a delay of an off-board diagnosis process in the ECU is prevented when a diagnosis tool connected to the dedicated connector performs an off-board diagnosis. Further, after turning OFF of IGSW, the ECU, which is no longer due for a request from the external device connected to the dedicated connector, transmits the requested diagnosis data to the center, enabling the center to perform a remote diagnosis service. Therefore, the remote diagnosis service is performable when a commercially-available external device is connected to the dedicated connector by a user of a vehicle.

Abstract: An electronic control device (ECU) refrains from a transmission of a requested diagnosis data while IGSW is turned ON in case that an external device is connected to a dedicated connector. After turning OFF of IGSW, regardless of the connection of the external device to the connector, the transmission of the requested diagnosis data to the center is performed. As a result, a delay of an off-board diagnosis process in the ECU due to the transmission of the diagnosis data is prevented. Further, the data required for performing a remote diagnosis service is regularly transmitted to a management center. Therefore, the remote diagnosis service is performable when a commercially-available external device is connected to the dedicated connector by a user of a vehicle.

Abstract: An electronic control device (ECU) reserves a transmission of a requested diagnosis data that is requested by a management center when an external device is connected to a dedicated connector, and when IGSW is turned ON. In such scheme, a delay of an off-board diagnosis process in the ECU is prevented when a diagnosis tool connected to the dedicated connector performs an off-board diagnosis. Further, after turning OFF of IGSW, the ECU, which is no longer due for a request from the external device connected to the dedicated connector, transmits the requested diagnosis data to the center, enabling the center to perform a remote diagnosis service. Therefore, the remote diagnosis service is performable when a commercially-available external device is connected to the dedicated connector by a user of a vehicle.

Abstract: A driving mode setting part sets a driving mode when a vehicle travels by automatic driving. An item setting part sets a prioritized diagnosis. A storage part stores plural diagnosis conditions provided in correspondence to each diagnosis item. A target setting part sets a control target value. A motive power source part controls a motive power source based on the control target value. Each diagnosis item is assigned to the driving mode, for which the diagnosis condition is most easily satisfied. The item setting part sets, as a prioritized item, the diagnosis item assigned to the set driving mode. When the prioritized item is set, the target setting part sets the control target value so that the motive power source attains a state, which is close to the diagnosis condition of the prioritized item.

Abstract: An electronic control device (ECU) reserves a transmission of a requested diagnosis data that is requested by a management center when an external device is connected to a dedicated connector, and when IGSW is turned ON. In such scheme, a delay of an off-board diagnosis process in the ECU is prevented when a diagnosis tool connected to the dedicated connector performs an off-board diagnosis. Further, after turning OFF of IGSW, the ECU, which is no longer due for a request from the external device connected to the dedicated connector, transmits the requested diagnosis data to the center, enabling the center to perform a remote diagnosis service. Therefore, the remote diagnosis service is performable when a commercially-available external device is connected to the dedicated connector by a user of a vehicle.

Abstract: An electronic control device (ECU) refrains from a transmission of a requested diagnosis data while IGSW is turned ON in case that an external device is connected to a dedicated connector. After turning OFF of IGSW, regardless of the connection of the external device to the connector, the transmission of the requested diagnosis data to the center is performed. As a result, a delay of an off-board diagnosis process in the ECU due to the transmission of the diagnosis data is prevented. Further, the data required for performing a remote diagnosis service is regularly transmitted to a management center. Therefore, the remote diagnosis service is performable when a commercially-available external device is connected to the dedicated connector by a user of a vehicle.

Abstract: An electronic control unit includes a threshold acquiring element, a behavior determining element and a storing element. The threshold acquiring element acquires a threshold for defining a determination condition. The threshold is set to correspond to a road condition on which a vehicle travels. The behavior determining element determines whether a vehicle behavior satisfies the determination condition defined by the threshold. The storing element stores predetermined operation data of the vehicle when the behavior determining element determines that the vehicle behavior satisfies the determination condition.

Abstract: A terminal apparatus includes an acceptance unit, a memory, a display, and a transmitter. The acceptance unit accepts an operation. The memory stores a reading condition for executing a reading process. The display displays multiple icons for an individual reading condition, the multiple icons representing the individual reading condition. In a case where the acceptance unit accepts an operation for selecting one of the multiple icons, the transmitter transmits instruction data for instructing that a reading process be performed under the reading condition corresponding to the selected icon to an external reading apparatus which is to execute the reading process.

Abstract: An information processing system includes a terminal apparatus an information processing apparatus. The terminal apparatus includes a first language information memory; a first display displaying a processing parameter option used in information processing in a first language; a first acceptance unit accepting a first instruction; a first generation unit generating first instruction data; an instruction data transmission unit; a notification data reception unit receiving notification data; and a first notification unit.

Abstract: An ultrasonic transducer includes a first electrode, a first insulation film covering the first electrode, a hollow part overlapping the first electrode on the first insulation film, a second insulation film covering the hollow part, a second electrode overlapping the hollow part on the second insulation film, and an interconnection joined to the second electrode. An edge of the first electrode is formed so as to moderate a step of the first electrode.

Abstract: A vehicle diagnosis system includes an electronic control unit, which executes a diagnosing process for determining whether any abnormality is present in a vehicle based on signals from vehicle devices. When any abnormality is detected, the electronic control unit stores in an EEPROM a diagnosis result indicative of the abnormality when a storage permission flag in the EEPROM is in the on-state. The storage permission flag is turned on from the off-state when receiving a storage permission command from an external unit. Thus, the storage of the diagnosis result into the EEPROM may be permitted at the time of transmitting the storage permission command externally to the ECU.

Abstract: In an electronic control system for a vehicle, an ECU performs diagnosis, and attaches a flag to abnormality data DTC upon detection of abnormality. The flag value is 0 or 1, when a specified condition is not satisfied and satisfied, respectively. When an ignition switch is turned off, the DTC with the attached flag is stored in an EEPROM. The flag value is switched in response to a specified condition that arises between completion of assembly of the ECU to a vehicle and use of the vehicle by a user. The specified condition is set to correspond to start of telematics service to the vehicle.

Abstract: An ultrasonic transducer includes a first electrode, a first insulation film covering the first electrode, a hollow part overlapping the first electrode on the first insulation film, a second insulation film covering the hollow part, a second electrode overlapping the hollow part on the second insulation film, and an interconnection joined to the second electrode. An edge of the first electrode is formed so as to moderate a step of the first electrode.

Abstract: This invention provides a technique whereby, even if a step is produced by splitting a lower electrode into component elements, resistance increase of an upper electrode, damage to a membrane and decrease of dielectric strength between an upper electrode and the lower electrode, are reduced. In an ultrasonic transducer comprising plural lower electrodes, an insulation film covering the lower electrodes, plural hollow parts formed to overlap the lower electrodes on the insulation film, an insulation film filling the gaps among the hollow parts, an insulation film covering the hollow parts and insulation film, plural upper electrodes formed to overlap the hollow parts on the insulation film and plural interconnections joining them, the surfaces of the hollow parts and insulation film are flattened to the same height.

Abstract: An ultrasonic transducer includes a first electrode, a second electrode, an insulating film disposed between the first and second electrodes, and a cavity disposed between the first and second electrodes. The insulating film includes a projection extending in the cavity, and a portion of the cavity is disposed between the projection and the first electrode. A portion of one of the first electrode and the second electrode has an opening corresponding to a position of the projection of the insulating film when viewed in plan view.

Abstract: An electronic control unit performs self-diagnosis based on signals received from various sensors, and stores abnormality data in an EEPROM when abnormality is detected. The DTC is stored in a first memory area and a second memory area of the EEPROM, if a condition flag stored in the EEPROM is OFF and ON, respectively. The condition flag is switched from OFF (initial value) to ON, when service start data is received from a telematics service center in a period from the completion of assembling the electronic control unit to the vehicle to the start of use of the vehicle by a user.

Abstract: A vehicle diagnosis system includes an electronic control unit, which executes a diagnosing process for determining whether any abnormality is present in a vehicle based on signals from vehicle devices. When any abnormality is detected, the electronic control unit stores in an EEPROM a diagnosis result indicative of the abnormality when a storage permission flag in the EEPROM is in the on-state. The storage permission flag is turned on from the off-state when receiving a storage permission command from an external unit. Thus, the storage of the diagnosis result into the EEPROM may be permitted at the time of transmitting the storage permission command externally to the ECU.