Abstract: The present invention reduces measurement time. A gyroscope of the present invention includes a planar ion trap part, a microwave irradiation part, a laser irradiation part and a measurement part. The planar ion trap part includes two rf electrodes and two DC electrode rows, and forms ion traps that trap one ion on a substrate, a normal direction of the surface of the planar ion trap part corresponds to a z direction. The rf electrodes are disposed in the x direction on the substrate at a predetermined interval. The DC electrode rows are disposed in the x direction on the substrate so as to sandwich the two rf electrodes. The DC electrode rows each include at least five DC electrodes in the x direction. The trapped ions are spaced so as not to interfere with each other. The microwave irradiation part irradiates the ions with ?/2 microwave pulses.

Abstract: A gyroscope of the present invention includes a moving standing light wave generator to generate three moving standing light waves, an atomic beam source to continuously generate an atomic beam in which individual atoms are in the same state, an interference device that exerts a Sagnac effect through interaction between the atomic beam and the three moving standing light waves and a monitor to detect angular velocity or acceleration by monitoring an atomic beam from the interference device. The atoms are alkaline earth metal atoms, alkaline earth-like metal atoms, stable isotopes of alkaline earth metal atoms or stable isotopes of alkaline earth-like metal atoms.

Abstract: A gyroscope of the present invention includes a moving standing light wave generator to generate three moving standing light waves, an atomic beam source to continuously generate an atomic beam in which individual atoms are in the same state, an interference device that exerts a Sagnac effect through interaction between the atomic beam and the three moving standing light waves, and a monitor to detect angular velocity or acceleration by monitoring an atomic beam from the interference device. Each moving standing light wave satisfies an n-th order Bragg condition, where n is a positive integer of 2 or more.

Abstract: The present invention reduces measurement time. A gyroscope of the present invention includes a planar ion trap part, a microwave irradiation part, a laser irradiation part and a measurement part. The planar ion trap part includes two rf electrodes and two DC electrode rows, and forms ion traps that trap one ion on a substrate, a normal direction of the surface of the planar ion trap part corresponds to a z direction. The rf electrodes are disposed in the x direction on the substrate at a predetermined interval. The DC electrode rows are disposed in the x direction on the substrate so as to sandwich the two rf electrodes. The DC electrode rows each include at least five DC electrodes in the x direction. The trapped ions are spaced so as not to interfere with each other. The microwave irradiation part irradiates the ions with ?/2 microwave pulses.

Abstract: Regarding display of browsing information on a portable terminal, it is possible to impose a browsing restriction on a person who does not have a browsing authorization with a simple configuration while avoiding a hindrance to easy access to the browsing information.

Abstract: A gyroscope includes an atomic beam source to generate an atomic beam in which individual atoms are in the same state, a moving standing light wave generator to generate M moving standing light waves, an interference device to obtain an atomic beam resulting from the interaction between the atomic beam and the M moving standing light waves, a monitor to detect angular velocity by monitoring the atomic beam from the interference device and an accelerometer. The accelerometer acquires information on acceleration applied to the gyroscope and the moving standing light wave generator adjusts the drift velocity of at least M?1 moving standing light waves among the M moving standing light waves in response to the acceleration information.

Abstract: A video distribution system that generates a distribution video from a captured video obtained by capturing an event venue and distributes the distribution video to user terminal via a network is provided and includes a camera installed at a predetermined position in the event venue and capturing the event venue in a predetermined direction; a captured video storage accumulating a captured video output from the camera; a video processing computer that cuts out regions respectively corresponding to a plurality of viewpoints with respect to a subject from the captured video, and generates a plurality of distribution videos different in viewpoint; and a video distribution server that distributes the distribution video corresponding to a distribution request to the user terminal device when receiving the distribution request including information on the viewpoint selected by a user from the user terminal device.

Abstract: A recording device includes: a head voltage control unit of setting target voltage of head voltage used to perform the recording operation by driving a recording head; a DC voltage generating unit generating drive voltage while giving a feedback so as to obtain a target voltage; and a smoothing capacitor connected between an output unit of the DC voltage generating unit and the recording head and having capacity which is twice or more as large as capacity of all of nozzles of the recording head driven at the same timing. The output voltage of the DC voltage generating unit is increased to the target voltage over predetermined time.

Abstract: A recording device includes: a head voltage control unit of setting target voltage of head voltage used to perform the recording operation by driving a recording head; a DC voltage generating unit generating drive voltage while giving a feedback so as to obtain a target voltage; and a smoothing capacitor connected between an output unit of the DC voltage generating unit and the recording head and having capacity which is twice or more as large as capacity of all of nozzles of the recording head driven at the same timing. The output voltage of the DC voltage generating unit is increased to the target voltage over predetermined time.

Abstract: An image forming apparatus 1 includes: a conveyance unit 40 that conveys a medium; a reading unit 50 that reads an image formed on the medium conveyed by the conveyance unit; a storage unit that stores data for specifying a color indicated by a reading result obtained from the reading unit 50; and a correction unit that corrects the data to match a color of the image and the color indicated by the reading result. The conveyance unit 40 conveys a color sample medium. Sa as a medium containing an image of a color region of a predetermined color, the reading unit 50 reads the image of the color region, and the correction unit corrects the data associated with the predetermined color in accordance with a reading result of the image of the color region obtained from the reading unit 50.

Abstract: A vehicle interior structure has a driver's seat disposed inside a cabin, a rear passenger's seat disposed on a vehicle rear side of the driver's seat inside the cabin, and a partition panel arranged along a vehicle width direction between the driver's seat and the rear passenger's seat. The partition panel has a bulging section bulging toward a vehicle front side.

Abstract: A vehicle interior structure has a driver's seat disposed inside a cabin, a rear passenger's seat disposed on a vehicle rear side of the driver's seat inside the cabin, a partition wall member extending in a vehicle width direction between the driver's seat and the rear passenger's seat, and an inside handle for opening that opens a door on a side of the rear passenger's seat. The inside handle is set at a position rearward of and close to a vehicle outer end portion of the partition wall member in the vehicle width direction. The partition wall member includes an inclining surface portion inclining such that the inclining surface portion becomes closer to a vehicle front side as extending toward a vehicle center from the vehicle outer end portion.

Abstract: A method executed in an interactive application with which a user interacts on an electronic device includes: selecting, in a topic table storing a plurality of sets of topic information and a weight of the topic information, the topic information based on the weight and presenting the topic information to the user; storing a conversation history which associates with the topic information, time, an answer of the user to the selected topic information and answer date and time, in a conversation history table; calculating a use rate of a use time of the interactive application relative to a use time of the device based on the conversation history table; and notifying of encouraging use of the interactive application when the use rate is decreased, and updating the weight of the topic information without the answer of the user in the conversation history table when the use rate is not decreased.

Abstract: A side structure of a vehicle body has a side panel provided in a side part of the vehicle body, a door striker which is provided on a vehicle body outer side of the side panel and is engageable with a latch of a sliding door, a sliding door rail which is provided on the vehicle body outer side of the side panel and slidably supports the sliding door, and a joint bracket provided on a vehicle body inner side of the side panel. The joint bracket is connected to the door striker and the sliding door rail.

Abstract: An image forming apparatus 1 includes: a conveyance unit 40 that conveys a medium; a reading unit 50 that reads an image formed on the medium conveyed by the conveyance unit; a storage unit that stores data for specifying a color indicated by a reading result obtained from the reading unit 50; and a correction unit that corrects the data to match a color of the image and the color indicated by the reading result. The conveyance unit 40 conveys a color sample medium. Sa as a medium containing an image of a color region of a predetermined color, the reading unit 50 reads the image of the color region, and the correction unit corrects the data associated with the predetermined color in accordance with a reading result of the image of the color region obtained from the reading unit 50.

Abstract: A vehicle interior structure has a driver's seat disposed inside a cabin, a rear passenger's seat disposed on a vehicle rear side of the driver's seat inside the cabin, and a partition panel arranged along a vehicle width direction between the driver's seat and the rear passenger's seat. The partition panel has a bulging section bulging toward a vehicle front side.

Abstract: A vehicle interior structure has a driver's seat disposed inside a cabin, a rear passenger's seat disposed on a vehicle rear side of the driver's seat inside the cabin, a partition wall member extending in a vehicle width direction between the driver's seat and the rear passenger's seat, and an inside handle for opening that opens a door on a side of the rear passenger's seat. The inside handle is set at a position rearward of and close to a vehicle outer end portion of the partition wall member in the vehicle width direction. The partition wall member includes an inclining surface portion inclining such that the inclining surface portion becomes closer to a vehicle front side as extending toward a vehicle center from the vehicle outer end portion.

Abstract: A side structure of a vehicle body has a side panel provided in a side part of the vehicle body, a door striker which is provided on a vehicle body outer side of the side panel and is engageable with a latch of a sliding door, a sliding door rail which is provided on the vehicle body outer side of the side panel and slidably supports the sliding door, and a joint bracket provided on a vehicle body inner side of the side panel. The joint bracket is connected to the door striker and the sliding door rail.

Abstract: Highly heat resistant glass fiber which comprises from 0.1 to 2.0 wt % of Al.sub.2 O.sub.3, from 0.1 to 2.0 wt % of TiO.sub.2, from 96 to 99.8 wt % of SiO.sub.2 and not more than 0.03 wt % of the sum of alkali metal oxides and alkaline earth metal oxides.

Abstract: A fabric for a printed circuit substrate composed essentially of inorganic fibers having a non-circular cross section.