Abstract: An RFID unit includes an RFID unit A and an RFID unit B that are separable on a break line, where the RFID unit A includes an IC chip portion A that stores an UUID and an antenna portion A, and the RFID unit B includes an IC chip portion B that stores an UUID and an antenna portion B. Before the RFID unit is separated into the RFID unit A and RFID unit B, either the RFID unit A or RFID Unit B transmits a first signal including the UUID. After the separation, at least either the RFID unit A or RFID unit B transmits a second signal, different from the first signal, including the UUID.

Abstract: There are provided a beacon authentication API that obtains identification information of a terminal and performs authentication if a resource is provided to an application of a terminal via network and if the terminal receives a beacon transmitted from a beacon transmitter, and an authorization API that issues an authorization token if the authentication is performed by the beacon authentication API, wherein the authorization API verifies whether or not the authorization token is valid if there is a call request of the resource by using the authorization token from the terminal, and wherein the beacon authentication API permits the application to use the resource in accordance with the content of an event based on the beacon if the authorization token is verified to be valid.

Abstract: An information processing apparatus displays a control, based on generation instructions of the control to accept a user operation, such that information indicating biometric authentication is requested is added to the control, executes a processing request corresponding to the control when the user operation on the displayed control is detected, and transmits, to a request destination of the processing request, data based on a result of biometric authentication using biometric information read by the information processing apparatus and stored biometric information. Information related to processing corresponding to the control is displayed based on the processing request and the data based on the result of the biometric authentication.

Abstract: An RFID unit includes an RFID unit A and an RFID unit B that are separable on a break line, where the RFID unit A includes an IC chip portion A that stores an UUID and an antenna portion A, and the RFID unit B includes an IC chip portion B that stores an UUID and an antenna portion B. Before the RFID unit is separated into the RFID unit A and RFID unit B, either the RFID unit A or RFID Unit B transmits a first signal including the UUID. After the separation, at least either the RFID unit A or RFID unit B transmits a second signal, different from the first signal, including the UUID.

Abstract: To generate a PWM signal, as an on/off signal of a semiconductor switch that constitutes a power conversion main circuit, by comparing a modulation wave command based on an input voltage waveform command of the power conversion main circuit with a carrier wave having changes from a lower limit to an upper limit and from the upper limit to the lower limit for an integral number of times per one cycle of an AC power supply, where the carrier wave has characteristics such that one change time from the lower limit to the upper limit and then returning to the lower limit is constant, and a time ratio between a change time from the lower limit to the upper limit and a change time from the upper limit to the lower limit changes periodically.

Abstract: A management system configured to manage device information responds, if an acquisition request for device information is received from an information processing terminal, to the information processing terminal with information for displaying the device information and script information including a command to cause the information processing terminal to check whether access to a web server implemented on the device is permitted. The information processing terminal is configured to, if the access to the web server implemented on the device is not permitted due to execution of the command included in the script information, be restricted from accessing the web server implemented on the device.

Abstract: Provided is a network system that comprises a camera provided at a predetermined shooting point, a camera system for providing a shooting service by the camera, and an information processing apparatus carried by a user. In the network system, a notification of a confirmation for shooting is provided to the information processing apparatus detected in a shooting area of the camera in accordance with a movement of the user, and a camera control right is controlled. If an instruction for an operation of the camera is inputted on the information processing apparatus in accordance with an acquisition of the camera control right, an image shot by the camera following the inputted instruction is provided to the information processing apparatus through the camera system.

Abstract: A log is recorded when an event occurs in an image forming apparatus, a video file recorded by a network camera is tagged at the point in time that the event occurred, and video tag information tagged to the recorded video file is registered in relation to a device serial ID of the image forming apparatus and an ID for uniquely identifying the log in the image forming apparatus.

Abstract: Exemplary embodiments of the present invention control a forming unit of a 3D printer so as to additionally form a second object in a free space in the forming unit when receiving an instruction to form the second object and forming data in the middle of a forming process for a first object by the forming unit.

Abstract: The first power converter is connected with a circuit connected with an overhead line, and an intermediate link, and mutually converts power. The second power converter is connected with the intermediate link, and a circuit electrically connected with an induction motor, and mutually converts power. The auxiliary power-supply device receives power from the intermediate link, and supplies power to a load. The operation controller controls the operation/deactivation of the first power converter based on acceleration and speed of a vehicle, auxiliary source power, and a restriction value for regenerative power to the overhead line in such a way that the power to be supplied to the auxiliary power-supply device becomes equal to or larger than the auxiliary source power, and the regenerative power flowing to the overhead line 105 becomes equal to or smaller than the restriction value.

Abstract: To generate a PWM signal, as an on/off signal of a semiconductor switch that constitutes a power conversion main circuit, by comparing a modulation wave command based on an input voltage waveform command of the power conversion main circuit with a carrier wave having changes from a lower limit to an upper limit and from the upper limit to the lower limit for an integral number of times per one cycle of an AC power supply, where the carrier wave has characteristics such that one change time from the lower limit to the upper limit and then returning to the lower limit is constant, and a time ratio between a change time from the lower limit to the upper limit and a change time from the upper limit to the lower limit changes periodically.

Abstract: A 3D printer management application collects execution history of a job executed by a 3D printer, and generates, based on the collected execution history, a report including an actual result of use of a specific setting for control of 3D object creation and an actual result value related to productivity according to the setting.

Abstract: There are provided a beacon authentication API that obtains identification information of a terminal and performs authentication if a resource is provided to an application of a terminal via network and if the terminal receives a beacon transmitted from a beacon transmitter, and an authorization API that issues an authorization token if the authentication is performed by the beacon authentication API, wherein the authorization API verifies whether or not the authorization token is valid if there is a call request of the resource by using the authorization token from the terminal, and wherein the beacon authentication API permits the application to use the resource in accordance with the content of an event based on the beacon if the authorization token is verified to be valid.

Abstract: The first power converter is connected with a circuit connected with an overhead line, and an intermediate link, and mutually converts power. The second power converter is connected with the intermediate link, and a circuit electrically connected with an induction motor, and mutually converts power. The auxiliary power-supply device receives power from the intermediate link, and supplies power to a load. The operation controller controls the operation/deactivation of the first power converter based on acceleration and speed of a vehicle, auxiliary source power, and a restriction value for regenerative power to the overhead line in such a way that the power to be supplied to the auxiliary power-supply device becomes equal to or larger than the auxiliary source power, and the regenerative power flowing to the overhead line becomes equal to or smaller than the restriction value.

Abstract: A control device for an AC electric vehicle that is applied to a configuration in which an SIV is connected to an intermediate DC circuit unit between a CONV that converts an AC voltage input through a main transformer to a DC voltage and an INV that converts the DC voltage to an AC voltage, in which a carrier frequency fc of the CONV is changed on the basis of initial temperature (initial value of Tcnv) of a converter main circuit element when a vehicle is stopped and input current Isiv of the SIV such that a temperature variation of a converter main circuit element when the vehicle is stopped is reduced.

Abstract: When a total of the number of application programming interface calls called from a plurality of clients is less than or equal to an upper limit number of application programming interface calls associated with a user identifier, a client who uses a service by calling the application programming interface is permitted to use a service.

Abstract: The first power converter is connected with a circuit connected with an overhead line, and an intermediate link, and mutually converts power. The second power converter is connected with the intermediate link, and a circuit electrically connected with an induction motor, and mutually converts power. The auxiliary power-supply device receives power from the intermediate link, and supplies power to a load. The operation controller controls the operation/deactivation of the first power converter based on acceleration and speed of a vehicle, auxiliary source power, and a restriction value for regenerative power to the overhead line in such a way that the power to be supplied to the auxiliary power-supply device becomes equal to or larger than the auxiliary source power, and the regenerative power flowing to the overhead line 105 becomes equal to or smaller than the restriction value.

Abstract: By delegating an access right to a resource from a user having the access right to a client, the client can also access the resource. At this time, an upper limit is set for the number of accesses per predetermined period of time and per client, and when the upper limit is exceeded, access is restricted. For a client that desires a number of accesses exceeding the upper limit, raising the upper limit by a predetermined number of times is permitted in exchange for payment of an additional fee.

Abstract: A device management system that manages specific information for specifying a plurality of image forming apparatuses that are the object of management, manages identification information corresponding to the image forming apparatus by association with the specific information, requests information related to power consumption of the image forming apparatus from the power management system by use of the identification information that is managed by a second management unit and manages information related to acquired power consumption by association with the specific information for the image forming apparatus.

Abstract: A control device for an AC electric vehicle that is applied to a configuration in which an SIV is connected to an intermediate DC circuit unit between a CONV that converts an AC voltage input through a main transformer to a DC voltage and an INV that converts the DC voltage to an AC voltage, in which a carrier frequency fc of the CONV is changed on the basis of initial temperature (initial value of Tcnv) of a converter main circuit element when a vehicle is stopped and input current Isiv of the SIV such that a temperature variation of a converter main circuit element when the vehicle is stopped is reduced.