Abstract: A terminal apparatus acquires, from a base station apparatus, first information indicating a first priority and second information indicating a second priority different from the first priority for when selecting a connection destination cell relating to a plurality of frequency bands, and third information indicating whether the base station apparatus can execute a predetermined function in one or more predetermined frequency bands from among the plurality of frequency bands, and selects a connection destination cell, on a basis of the third information and the predetermined function that can be executed by the terminal apparatus, according to the first priority when the base station apparatus and the terminal apparatus can execute a predetermined function in the predetermined frequency band and according to the second priority when the base station apparatus or the terminal apparatus cannot execute a predetermined function in the predetermined frequency band.

Abstract: A relay apparatus that relays communication between a base station apparatus and a communication apparatus that is connected to the base station apparatus transmits, in a case where the relay apparatus is connected to another base station apparatus, a message requesting connection with the other base station apparatus, to the communication apparatus.

Abstract: A relay apparatus that relays communication between a base station apparatus and a communication apparatus that is connected to the base station apparatus executes, in a case where the relay apparatus performs a handover to another base station apparatus, control so as to withhold transmitting/receiving a signal for a handover of the communication apparatus between the communication apparatus and the base station apparatus while the relay apparatus is not successful in a handover.

Abstract: A relay apparatus that relays communication between a base station apparatus and a communication apparatus that is connected to the base station apparatus notifies, in a case where the relay apparatus is connected to another base station apparatus, the other base station apparatus of information regarding the communication apparatus.

Abstract: A base station apparatus specifies, in a case where a relay apparatus connected to the base station apparatus performs a handover to another base station apparatus, a communication apparatus connected to the base station apparatus via the relay apparatus. The base station apparatus executes, in processing for performing a handover of the relay apparatus to the other base station apparatus, processing for performing a handover of also the specified communication apparatus to the other base station apparatus, and transmits, during the processing, to the other base station apparatus, a control signal in which control data for a handover of the relay apparatus and control data for a handover of the communication apparatus are multiplexed.

Abstract: A sputtering-target material (2) is composed of aluminum having a purity of 99.999 mass % or higher and unavoidable impurities. When an average crystal-grain diameter at the plate surface (21) is given as Ds [?m], an average crystal-grain diameter at a depth of ¼th of the plate thickness (22) is given as Dq [?m], and an average crystal-grain diameter at a depth of ½ of the plate thickness (23) is given as Dc [?m], the formulas below are satisfied, and the average crystal-grain diameter changes continuously in a plate-thickness direction. Ds?230 Dq?280 Dc?300 1.2?Dq/Ds 1.

Abstract: A driving force transmitting device includes a case, an electric motor, and a gearbox. The electric motor includes an output shaft. The gearbox includes a spur gear that rotates coaxially with the output shaft. The case includes a partition wall, a first accommodating chamber accommodating the electric motor, and a second accommodating chamber that accommodates a second driven gear. The partition separates the first accommodating chamber and the second accommodating chamber from each other. The partition wall includes a connecting hole that connects the first accommodating chamber and the second accommodating chamber to each other. The connecting hole is located on one direction side in relation to the central axis of the output shaft. At least part of the connecting hole overlaps with the spur gear when viewed in a direction along the central axis.

Abstract: According to embodiments, a device includes a camera configured to read a symbol attached to a commodity and capture an image containing discount information attached to the commodity; a commodity information storage configured to store information regarding the commodity acquired by reading the symbol attached to the commodity; a first evaluator configured to determine whether prior commodity information stored in the commodity information storage includes information related to invisible information, in response to reading discount information attached to the commodity; a second evaluator configured to determine whether commodity identification information included in the discount information is identical to commodity identification information included in the information related to the invisible information, in response to the first evaluator determining that the prior commodity information stored in the commodity storage includes the information related to the invisible information; and an output generato

Abstract: A first reader is configured to read an invisible code symbol attached to each package surface of a commodity from an image of the commodity acquired by an imaging device. A second reader is configured to read a predetermined flag figure attached to a commodity as a service target. A third reader is configured to read a service label representing a content of a service that is provided during purchase of the commodity on condition that the second reader succeeds to read the flag figure. An output is configured to output a reading result of the first reader. If the third reader reads the service label, outputting a reading result of the third reader. The flag figure is attached to each of the package surfaces to which the code symbol is attached. The second reader starts reading the flag figure after the first reading unit reads the code symbol.

Abstract: According to one embodiment, an information processing device for product registration and checkout systems includes, a communication interface and a memory unit storing one or more capture conditions. A processor of the device is configured to check whether a registration of a commodity in a sales transaction satisfies a capture condition stored in the memory unit and output an instruction for capturing an image of the commodity if the registration satisfies the capture condition. The processor acquires an image of the commodity that was captured based on the instruction, and outputs the acquired image to an external apparatus via the communication interface.

Abstract: A terminal apparatus judges whether or not a first timing of paging relating to a first base station apparatus and a second timing of paging relating to a second base station apparatus coincide with each other, transmits, if it is judged that the first and second timings coincide with each other, a predetermined notification regarding a timing of paging to at least one of the first and second base station apparatuses, and changes, on the basis that the predetermined notification has been transmitted, the timing of paging of the base station apparatus to which the predetermined notification has been transmitted.

Abstract: A relay apparatus for wirelessly relaying communication between a base station apparatus and a terminal apparatus determines, when a connection destination apparatus of wireless connection in a relay path is changed while being connected to a first base station apparatus via a relay path, whether a base station apparatus connected via the changed connection destination apparatus is the first base station apparatus or a second base station apparatus different from the first base station apparatus, and executes, when the base station apparatus connected via the changed connection destination apparatus is the second base station apparatus, first setting concerning a relay path after the change, and executing, when the base station apparatus connected via the changed connection destination apparatus is the first base station apparatus, second setting different from the first setting and concerning a relay path after the change.

Abstract: A fluid machine includes: a shaft portion extending in an axis direction; a shroud provided to surround the shaft portion, and forming a flow path between the shroud and the shaft portion, the flow path having one side in the axis direction serving as an upstream side and another side in the axis direction serving as a downstream side; a propeller provided rotatably around the axis between the shaft portion and the shroud; a motor provided in the shroud and configured to rotationally drive the propeller; and a bearing apparatus provided only to the shaft portion, out of the shroud and the shaft portion, and rotationally supporting the propeller.

Abstract: A fluid machine includes: a shaft portion extending in an axis direction; a shroud provided to surround the shaft portion and having a diameter decreasing from an upstream side on one side in the axis direction toward a downstream side on another side in the axis direction, a flow path being formed between the shroud and the shaft portion and having a flow path cross-sectional area decreasing toward the downstream side; a propeller rotatably provided about an axis between the shaft portion and the shroud and configured to pump a fluid from the upstream side toward the downstream side; and a motor provided to correspond to the propeller, the motor including a rotor having a ring-like shape and being fixed to an outer circumference portion of the propeller and accommodated in the shroud and a stator having a ring-like shape surrounding the rotor and being fixed in the shroud, in which the motor is a conical motor in which diameters of the rotor and the stator decrease from the upstream side toward the downstrea

Abstract: A fluid machine includes: a shaft portion; a shroud having an inside surface with a diameter decreasing from an upstream side toward a downstream side, a flow path being formed between the shroud and the shaft portion and having a flow path cross-sectional area decreasing toward the downstream side; a propeller rotatably provided about an axis between the shaft portion and the shroud and configured to pump a fluid from the upstream side toward the downstream side; and a motor provided to correspond to the propeller and including a rotor having a ring-like shape fixed to an outer circumference portion of the propeller and accommodated in the shroud and a stator having a ring-like shape surrounding the rotor and fixed in the shroud, in which a plurality of the propellers are provided to be spaced apart in the axis direction, the motors are provided in an identical number to the propellers to correspond to each of the propellers, and of a plurality of motors, the rotor of the motor positioned more on the downstr

Abstract: A fluid machine includes: a shaft portion extending in an axis direction; a shroud provided to surround the shaft portion, and forming a flow path between the shroud and the shaft portion, the flow path having one side in the axis direction serving as an upstream side and another side in the axis direction serving as a downstream side; a first propeller provided rotatably around the axis between the shaft portion and the shroud; a second propeller provided rotatably around the axis between the shaft portion and the shroud on the downstream side of the first propeller; an outer periphery driving motor provided in the shroud and configured to rotationally drive the first propeller; and an inner periphery driving motor provided in the shaft portion and configured to rotationally drive the second propeller in a direction opposite to the rotational direction of the first propeller.

Abstract: Provided is a protective garment comprising a pair of sleeve parts and a body part, wherein the protective garment has a first fabric and a second fabric and comprises one or more joint covering parts covering at least one of a wearer's elbow joint or knee joint, wherein the first fabric has a water vapor permeability of 200 g/m2/hr or more, a virus barrier property of class 4 or higher, a blood barrier property of class 4 or higher, and a bending resistance of 60 mm or more and 110 mm or less, wherein the second fabric is arranged on the joint covering part and has a virus barrier property of class 4 or higher, a blood barrier property of class 4 or more, and a bending resistance of 20 mm or more and 50 mm or less, and wherein a surface area of the first fabric with respect to a total surface area of the protective garment is 15% or more and 70% or less.

Abstract: A base station device provides a neighbor cell list specifying one or more neighbor cells, the neighbor cell list including information that enables specifying a service provider for each of the one or more neighbor cells. A terminal device receives, from a base station device for which service is provided by a service provider with which the terminal device is affiliated, the neighbor cell list, and performs control to execute radio quality measurement and cell migration determination with respect to a cell provided by the service provider with which the terminal device is affiliated.

Abstract: A management device is configured to acquire a flight-schedule time/date, a flight-start position, and a flight-end position with respect to a flight device, to determine a plurality of base stations based on the flight-start position and the flight-end position, to estimate allocatable radio resources, which are allocated to the flight device at the flight-schedule time/date by each of the base stations, according to the history information of the communication status of the base stations, to compare allocatable radio resources to the flight device with necessary radio resources scheduled to be used for a communication of the flight device, and to thereby set a flight route of the flight device over a cell of a base station which provides allocatable radio resources to the flight device larger than necessary radio resources scheduled to be used for the communication of the flight device.

Abstract: A detection device is for detecting a passage timing of a turbine blade. This detection device is provided with: a sensor including a magnet and a coil that is disposed at a position subject to magnetic flux generated by the magnet and is configured to detect an induced electromotive force based on a change in the magnetic flux accompanying passage of the turbine blade; and an analyzer configured to detect the passage timing of the turbine blade, on the basis of an integrated signal obtained by integrating a signal based on the induced electromotive force.