Abstract: An information processing device includes a communication unit that communicates with a plurality of vehicles, each of which is capable of capturing images of surroundings thereof, and a control unit that, when the vehicles are parked in a predetermined site, causes a first vehicle that satisfies conditions for carrying out monitoring, to carry out image capturing, and sends an instruction to cause a second vehicle that does not satisfy the conditions to stop capturing images.

Abstract: An information processing device includes: a communication unit configured to communicate with an in-vehicle device; and a control unit configured to, when a travel history of a vehicle indicates that the vehicle passes in a vicinity of a target object, acquire an image captured in the vicinity of the target object from the in-vehicle device of the vehicle, send information indicating a state of the target object to a terminal device, and cause the terminal device to output the information.

Abstract: An in-vehicle device that is installed in a vehicle includes a communication unit that communicates with a server device, an input unit that accepts an operation of a user, and a control unit that performs setting in accordance with a latter instruction, out of a first instruction by operating the input unit for setting an operation of the vehicle and a second instruction from the server device, in which, when an earlier instruction out of the first instruction and the second instruction indicates authority over the vehicle, the control unit performs setting in accordance with the earlier instruction.

Abstract: An in-vehicle device for performing setting of operations of a vehicle includes a communication unit that communicates with a server device, an input unit that accepts an operation of a user, and a control unit that transitions the in-vehicle device from a standby state to a running state in which a first setting is performed by an operation by the user, in response to a startup instruction, and after transitioning to the running state, does not perform a second setting by an instruction from the server device.

Abstract: A hydrocarbon gas, which is a precursor of contamination, is dissociated by electron irradiation of a cleaner using electrons, carbon is deposited on members in a sample chamber and on a surface of a sample, and components inside the sample chamber are contaminated. Therefore, a device is provided that includes a sample chamber 101 connected to a lens barrel 112 having a charged particle source 113, an electron source 102 disposed in a sample chamber 101, and a shield plate 105 disposed in front of the electron source 102. An inside of the sample chamber is cleaned by secondary electrons emitted when primary electrons emitted from the electron source collide with the shield plate.

Abstract: By an in-vehicle device mounted on a vehicle or a data synchronization method, primary data is acquired from a control device of the vehicle or an expansion device, the primary data is stored, a first application program is executed, and a second application program is executed to utilize secondary data or request synchronization.

Abstract: By a management server, a vehicle network system, or a communication traffic collection method, multiple in-vehicle devices, which are respectively mounted on multiple different vehicles, are wirelessly communicated, each of the multiple in-vehicle devices executes multiple application programs, and each of the multiple application programs has application identification data for identifying each of the multiple application programs, a communication traffic according to execution of each of the plurality of application programs is acquired, the communication traffic is totaled, and an application communication traffic is calculated.

Abstract: A mobility service providing system includes an application database storing a hardware requirement required for executing an application program. A basic information obtainer obtains basic information that is hardware information regarding functions of a vehicle. An additional information obtainer obtains hardware information regarding a peripheral device group detachably attached to the vehicle. An information abstractor coverts obtained hardware information into information in a common format. An application provider compares hardware requirements associated with the application program with abstracted hardware information regarding the in-vehicle device to which the application program is downloaded, and determines usability of the application program in the in-vehicle device.

Abstract: A sensor detects a target by transmitting and receiving an electromagnetic wave, and is arranged in a vehicle compartment. A user's mobile terminal is notified via a cloud system when a vehicle is parked, and a suspicious object around the vehicle is detected by monitoring a periphery of the vehicle using the sensor. An obstacle interfering with a periphery monitoring and disposed in the vehicle compartment is detected using the sensor prior to the periphery monitoring. A detected obstacle is moved so as not to interfere with the periphery monitoring.

Abstract: A sensor detects a target by transmitting and receiving an electromagnetic wave, and is arranged in a vehicle compartment. A user's mobile terminal is notified via a cloud system when a vehicle is parked, and a suspicious object around the vehicle is detected by monitoring a periphery of the vehicle using the sensor. An obstacle interfering with a periphery monitoring and disposed in the vehicle compartment is detected using the sensor prior to the periphery monitoring. A detected obstacle is moved so as not to interfere with the periphery monitoring.

Abstract: A steam injector including an introducing portion introducing a liquid flow of a refrigerant and a steam flow of the refrigerant; a mixing portion that has a shape with an internal cross-sectional area decreasing toward a moving direction of the liquid flow, and internally mixes the jet-like liquid flow with the steam flow to form a refrigerant flow; a throat portion formed on an outlet side of the mixing portion; and a diffuser portion that has a shape with an internal cross-sectional area increasing from the throat portion toward a moving direction of the refrigerant flow, and discharges the refrigerant flow at an increased pressure from a discharge portion. The throat portion has an internal cross-sectional area smaller than a critical cross-sectional area at which a discharge pressure of the refrigerant flow discharged from the discharge portion nonlinearly increases when the internal cross-sectional area of the throat portion is reduced.

Abstract: A stage comprises a linear guide rail (2) for guiding a movable table (4), a driven bar (12), a linear drive actuator in contact with the driven bar (12) to transmit driving force to the driven bar (12), and parallel plate springs (30) for holding opposite ends of the driven bar (12). A drive transmitting surface of the linear drive actuator is provided so as to be separated from the movable table (4), and this prevents the accuracy of positioning from being reduced. Also, the parallel springs (30) reduce deforming forces applied to sections supporting the driven bar (12), and this prevents the driven bar from being damaged. The configuration makes the stage highly accurate and highly reliable.

Abstract: A scanning electron microscope having a charged particle beam that when in a state being irradiated toward a sample, a voltage is applied to the sample so that the charged particle beam does not reach the sample. The scanning electron microscope also detects information on a potential of a sample using a signal obtained, and a device for automatically adjusting conditions based on the result of measuring.

Abstract: In a scanning electron microscope, an optimum scanning method for reducing the amount of deflection of a primary electron beam and secondary electrons is determined to acquire stable images. An energy filter is used to discriminate between energy levels. The change in yield of obtained electrons is used to measure the variation in specimen potential. The time constant of charging created during electron beam irradiation is extracted. The scanning method is optimized based on the extracted time constant to reduce the distortion and magnification variation that appear in a SEM image.

Abstract: A scanning electron microscope having a charged particle beam that when in a state being irradiated toward a sample, a voltage is applied to the sample so that the charged particle beam does not reach the sample. The scanning electron microscope also detects information on a potential of a sample using a signal obtained, and a device for automatically adjusting conditions based on the result of measuring.

Abstract: A stage comprises a linear guide rail (2) for guiding a movable table (4), a driven bar (12), a linear drive actuator in contact with the driven bar (12) to transmit driving force to the driven bar (12), and parallel plate springs (30) for holding opposite ends of the driven bar (12). A drive transmitting surface of the linear drive actuator is provided so as to be separated from the movable table (4), and this prevents the accuracy of positioning from being reduced. Also, the parallel springs (30) reduce deforming forces applied to sections supporting the driven bar (12), and this prevents the driven bar from being damaged. The configuration makes the stage highly accurate and highly reliable.

Abstract: A scanning electron microscope having a charged particle beam that when in a state being irradiated toward a sample, a voltage is applied to the sample so that the charged particle beam does not reach the sample. The scanning electron microscope also detects information on a potential of a sample using a signal obtained, and a device for automatically adjusting conditions based on the result of measuring.

Abstract: It is possible to carry out a highly accurate thin film machining by irradiation of an ion beam to a sample and a high-resolution STEM observation of the sample by irradiating an electron beam with a high throughput almost without moving the sample. The FIB irradiation system has an irradiation axis almost orthogonally intersecting an irradiation axis of the STEM observation electron beam irradiation system. The sample is arranged at the intersection point of the irradiation axes. The FIB machining plane of the sample is extracted from the thin film plane of the STEM observation sample. The transmitting/scattered beam detector are arranged at backward of the sample on the electron beam irradiation axis viewed from the electron beam irradiation direction.

Abstract: In a scanning electron microscope, an optimum scanning method for reducing the amount of deflection of a primary electron beam and secondary electrons is determined to acquire stable images. An energy filter is used to discriminate between energy levels. The change in yield of obtained electrons is used to measure the variation in specimen potential. The time constant of charging created during electron beam irradiation is extracted. The scanning method is optimized based on the extracted time constant to reduce the distortion and magnification variation that appear in a SEM image.

Abstract: In a scanning electron microscope, an optimum scanning method for reducing the amount of deflection of a primary electron beam and secondary electrons is determined to acquire stable images. An energy filter is used to discriminate between energy levels. The change in yield of obtained electrons is used to measure the variation in specimen potential. The time constant of charging created during electron beam irradiation is extracted. The scanning method is optimized based on the extracted time constant to reduce the distortion and magnification variation that appear in a SEM image.