Abstract: A smishing prevention system includes a reception unit that receives an SMS message, a determination unit that determines whether or not a source phone number of the SMS message is a phone number registered in a company information database, a registration unit that registers a determination result in a communication history database, and a presentation unit that presents the determination result to a destination terminal of the SMS message.

Abstract: A control system including: a first wireless telephone terminal; a second wireless telephone terminal; and a wireless mobile object, wherein the first wireless telephone terminal includes a call placement/reception unit that establishes a voice channel over a mobile communication network with the second wireless telephone terminal and the wireless mobile object by using a multi-point call function of controlling a voice call among a plurality of points, and a control unit that controls the wireless mobile object by transmitting a control signal to the wireless mobile object through the voice channel, and that transmits, to the second wireless telephone terminal through the voice channel, a change signal for changing a user who maneuvers the wireless mobile object when strength of radio waves from the wireless mobile object decreases to less than a threshold value.

Abstract: A wireless mobile object 1 includes: a response unit 32 that responds to a call received through a voice channel over a mobile communication network; and a control unit 36 that controls an action of the wireless mobile object, based on maneuver information received through the voice channel.

Abstract: A reporting device 1 includes: a starting unit 12 that when emergently stopping an elevator, starts a detection device 3 that is installed in the elevator and senses a radio wave emitted by a mobile terminal 5; a reception unit 13 that receives from the detection device 3 a sensing signal indicating that a radio wave from the mobile terminal 5 has been sensed; and a reporting unit 14 that makes a report to an external system 7 when the reception unit 12 receives the sensing signal.

Abstract: A CT detector includes a scintillator module including at least one scintillator configured to be impinged with radiographic energy from a radiographic energy source, at least one indexing pin connected to the scintillator module, and a collimator assembly having at least one comb, wherein the collimator assembly defines a relative position of the at least one comb, and wherein the at least one comb has a plurality of teeth configured to engage the at least one indexing pin.

Abstract: A CT detector includes a scintillator module including at least one scintillator configured to be impinged with radiographic energy from a radiographic energy source, at least one indexing pin connected to the scintillator module, and a collimator assembly having at least one comb, wherein the collimator assembly defines a relative position of the at least one comb, and wherein the at least one comb has a plurality of teeth configured to engage the at least one indexing pin.

Abstract: The present invention is directed to scintillator module for a CT detector as well as an apparatus and method of manufacturing the same. The scintillator module is comprised of a scintillator array having a plurality of scintillators aligned in parallel with respect to one another. A collimator assembly includes a comb having a number of teeth and a plurality of collimator plates positioned proximate to the scintillator array. The scintillator array includes at least one indexing pin extending therefrom. The indexing pin engages the comb and is constructed to improve alignment of the scintillator array relative to the collimator plates.

Abstract: The present invention is directed to scintillator module for a CT detector as well as an apparatus and method of manufacturing the same. The scintillator module is comprised of a scintillator array having a plurality of scintillators aligned in parallel with respect to one another. A collimator assembly includes a comb having a number of teeth and a plurality of collimator plates positioned proximate to the scintillator array. The scintillator array includes at least one indexing pin extending therefrom. The indexing pin engages the comb and is constructed to improve alignment of the scintillator array relative to the collimator plates.

Abstract: A heat exchanger using two hydrogen storage alloys, including: a tubular housing member disposed in a horizontal position; a vertical partition plate extending axially within the housing member for partitioning the inside space of the housing member into two, first and second reaction zones in which the first and second alloys are contained, respectively, to form an upper space above each alloy; first and second heat-exchange tubes disposed in the first and second reaction zones, respectively, and arranged so that first and second fluids may be passed therethrough for indirect heat exchange with the first and second alloys, respectively; openings provided in the vertical partition plate at least at positions so that the upper space in the first and second reaction zones are in fluid communication with each other; and a plurality of vertically extending gas passages provided in each of the first and second reaction zones, and each being in fluid communication with the upper space, whereby hydrogen gas released