Abstract: A motor includes a rotor that is rotatable about a central axis extending in a vertical direction, a stator that is radially opposite to the rotor, and a housing to contain at least a portion of each of the rotor and the stator. The stator includes a core back and teeth each extending from the core back toward the central axis. The housing includes a top plate extending perpendicularly to the central axis, a tubular housing portion extending axially downward from a radially outer end of the top plate, and at least one projection extending axially downward from the top plate and located between adjacent ones of the teeth in a circumferential direction.

Abstract: A speed reducer includes a helical gear body including helical gears, a rotating shaft, a shaft holder, and a first washer disposed around the rotating shaft between the helical gear body and the shaft holder. The helical gears are disposed coaxially, are capable of rotating around the center axis, and have the same torsion angle. The shaft holder is opposed to an axial-direction end portion of the helical gear body in an axial direction via the first washer. At least one of a radially inner end portion and a radially outer end portion of the first washer includes a washer contact surface. One of the axial-direction end portion of the helical gear body and the shaft holder includes an opposed surface opposed to the washer contact surface at least in a circumferential direction.

Abstract: A motor includes a rotor, a stator, a circuit board, and a motor case. The rotor rotates around a central axis extending vertically. The stator is opposed to the rotor in a radial direction. The circuit board extends in a direction perpendicular to the central axis. In the motor case, the rotor, the stator, and the circuit board are enclosed. The circuit board includes a connector socket and a connector plug. The connector socket is fixed to the circuit board. The connector plug is fixed to a tip end of a lead wire extending outwardly of the motor case, and is connected to the connector socket downward from above the connector socket. A ceiling section of the motor case includes a projection extending downward. A lower end of the projection is opposed in an axial direction to at least a portion of an upper surface of the connector plug.

Abstract: An edge detection device that detects an edge position in a width direction orthogonal to a conveying direction of a conveyance object, and includes: a photoelectric converter that is arranged in a conveyance path of the object and includes photoelectric conversion elements aligned along the width direction; a binarizer that binarizes an output from each of the photoelectric conversion elements by threshold comparison; a detector that detects a position of the photoelectric converter at which a binarized value is switched; a storage that stores therein a detection range as a range used for edge detection among the photoelectric conversion elements for each size of the object; and a determiner that reads out the detection range corresponding to the size of the object from the storage and determines a position detected by the detector within the detection range to be an edge position in the width direction of the object.

Abstract: An air blowing apparatus according to an embodiment of the disclosure includes a motor including a shaft, an impeller fixed to the shaft, an impeller cover, and a motor cover. The motor includes a rotor unit, a stator unit, and a bearing. The motor cover has a tubular shape extending in an axial direction and opened downward. The impeller includes multiple movable vanes, a lower shroud, an upper shroud, and an upper side balance correcting portion. The rotor holder includes a rotor holder cylindrical portion, a rotor holder bottom portion, and a lower side balance correcting portion which is formed in at least one of the rotor holder cylindrical portion and the rotor holder bottom portion.

Abstract: An air blowing apparatus according to an embodiment of the disclosure includes: a motor including a shaft extending vertically along a central axis; an impeller fixed to the shaft; and an impeller cover surrounding an upper and an outer side in a radial direction of the impeller and including a suction inlet at a center. The impeller includes multiple movable vanes, a lower shroud, and an upper shroud including a first raised portion and a second raised portion. A clearance in the axial direction between a lower surface of the impeller cover and at least one of the first and the second raised portion is smaller than a clearance in the axial direction between the lower surface of the impeller cover and the upper shroud on the inner side in the radial direction of the first raised portion.

Abstract: A positional information managing device includes a processor. The processor is configured to manage first positional information of a first mobile device communicating with a network. The processor is configured to associate device information of a second mobile device connected to the first mobile device with the first positional information. The second mobile device communicates with the network through the first mobile device.

Abstract: A request distribution unit, an SO acquisition request reception unit, a creation request issuance unit, and an authorization unit are added to the clinical-path management server. The request distribution unit distributes an SO acquisition request and an access request for access to a CP. The SO acquisition request reception unit receives an SO acquisition request from a patient terminal. The creation request issuance unit issues an SO creation request to an SO attending doctor responsible for an SO. When the creation request is issued, the authorization unit grants editing authority to edit the CP of the patient requesting the SO. The authorization unit grants editing authority by updating authority management information stored in an authority management information storage unit.

Abstract: A method includes acquiring first information and second information from a terminal device, transmitting a second portion of data from the first storage device to a second storage device coupled to the second base station based on a determination to transfer the second portion of the data, determining whether to change a communication destination of a first communication of the terminal device from the first base station to the second base station based on the first information and the second information, changing the communication destination from the first base station to the second base station after the data is transmitted from the first storage device to the second storage device, and transmitting a segment of the second portion of the data from the second storage device to the terminal device after the communication destination is changed from the first base station to the second base station.

Abstract: An alarm notification apparatus includes an event detector for monitoring vital information of a body, such as a blood pressure and electrocardiogram, to check whether an anomalous event has occurred to the body. A reliability evaluator evaluates reliability of a result of detection of the anomalous event in the event detector. A notifier selects at least one addressee according to the reliability among plural predetermined addressees, and notifies the selected addressee of occurrence of the anomalous event. Preferably, a storage area is used for storing error log data expressing a false detection of an anomalous event in spite of non-occurrence of an anomalous event. Assuming that the event detector detects the anomalous event, the reliability evaluator obtains the reliability according to the error log data. Thus, it is possible to reduce influence of the false detection due to measurement artifact.

Abstract: A filter includes a substrate; a signal line formed on the substrate and including an input terminal and an output terminal at either end of the signal line; and a first pair of resonant lines connected between the signal line and a ground portion, wherein the first pair of resonant lines are connected to the signal line at the same point.

Abstract: An RRH includes an extracting unit, an urgent information processing unit, an inserting unit, and a transmitting unit. The extracting unit extracts a resource block, from among resource blocks included in a signal received from a terminal device, that is previously allocated for transmission of urgent information. When the urgent information is included in the resource block extracted by the extracting unit, the urgent information processing unit creates report information including the urgent information that is included in the resource block extracted by the extracting unit. The inserting unit inserts the report information including the urgent information created by the urgent information processing unit into the resource block that is previously allocated for a report of the urgent information.

Abstract: A sheet conveying device includes a sheet skew corrector to correct a skew of a leading end of a sheet inclining from a sheet conveyance direction and a pair of registration rollers disposed upstream of the sheet skew corrector in the sheet conveyance direction. The pair of registration rollers freely contacts and separates from each other. The pair of registration rollers conveys the sheet downstream of the sheet skew corrector in the sheet conveyance direction when driven at a prescribed time. A pair of conveyance rollers is placed upstream of the pair of registration rollers in the sheet conveyance direction. The pair of conveyance rollers continuously sandwiches the sheet from when the sheet with the skew corrected is sandwiched by the pair of registration rollers to when a trailing end of the sheet passes between the pair of conveyance rollers.

Abstract: Provided is a prize discharge mechanism that can manage the remaining number of prizes, including the stock to be discharged not only for the next discharge but also for subsequent discharges. A prize discharge mechanism is provided with the following: a delivery disk that includes six passage opening parts through which capsules pass, that is disposed so that from among these, a connection passage opening part corresponds to the position of an upper-side discharge port, and that with rotation, delivers the capsules; a bottom surface disk that includes a connection opening part through which the capsules pass, and that is disposed between the delivery disk and the upper-side discharge port so that, while blocking other than the connection passage opening part, the connection opening part corresponds to the position of the upper-side discharge port; and five sensors that detect the capsules of the remaining five passage opening parts.

Abstract: An initial rescue information collection server includes a request receiving unit, a rescue request notification transmission unit, and a timeline processing unit. The request receiving unit receives a rescue request from a rescue requester who has sent the rescue request. The rescue request notification transmission unit selects users present in the vicinity of the rescue requester, and transmits a rescue request notification to the selected users. The request receiving unit receives initial rescue information from the selected users. The timeline processing unit generates a timeline in which the received initial rescue information is recorded in time series. Before emergency personnel arrive, the initial rescue information regarding the rescue requester is obtained by the rescuer. Therefore, it is easy to estimate the onset time or to check temporal changes in a condition.

Abstract: A compound represented by Formula [1](in the formula, Z1 represents N, CH, or the like; X1 represents NH or the like; R1 represents a heteroaryl group or the like; each of R2, R3, and R4 represents a hydrogen atom, a halogen atom, an alkoxy group, or the like; and R5 represents a heteroaryl group or the like) or salt thereof.

Abstract: A belt driving device that drives an endless belt, the belt driving device includes: circuitry configured to correct a belt position, which is the position of the endless belt in a width direction, to a set position; calculate an estimated life of the belt driving device based on correction time taken for the correction of the belt position; and output the estimated life.

Abstract: A base station device receives a signal for connection establishment between a terminal device and the base station device from the terminal device and performs a series of processes for the connection establishment. A reception unit receives the signal for the connection establishment transmitted from the terminal device. When predetermined information is stored in the signal for the connection establishment received by the reception unit, an emergency-information processing unit acquires the predetermined information. A transmission unit transmits a notification signal including the predetermined information acquired by the emergency-information processing unit to another terminal device other than the terminal device.

Abstract: The emergency detection system includes a position information acquisition section, a presumption section, a determination section, and a notification section. The position information acquisition section acquires position information that indicates temporal changes of current positions of a plurality of portable terminals obtained using a GPS. The presumption section presumes a point of emergency occurrence on the basis of the position information acquired by the position information acquisition section. The determination section examines whether or not the point presumed by the presumption section corresponds to an exclusion area, and determines that the point presumed by the presumption section is the point of the emergency occurrence in the case where the point does not correspond to the exclusion area. The notification section notifies the point of the emergency occurrence, which is determined by the determination section, to terminals at a preset destination of the notification.

Abstract: An initial rescue information collection server includes a request receiving unit, a rescue request notification transmission unit, and a timeline processing unit. The request receiving unit receives a rescue request from a rescue requester who has sent the rescue request. The rescue request notification transmission unit selects users present in the vicinity of the rescue requester, and transmits a rescue request notification to the selected users. The request receiving unit receives initial rescue information from the selected users. The timeline processing unit generates a timeline in which the received initial rescue information is recorded in time series. Before emergency personnel arrive, the initial rescue information regarding the rescue requester is obtained by the rescuer. Therefore, it is easy to estimate the onset time or to check temporal changes in a condition.