Abstract: A data management system that enables appropriate management of data in offices is provided. A data management system including one or more server devices provided in each of a plurality of offices, in which: when receiving a request for data of another office from a client terminal, a setting unit sets information indicating acquisition of data of the other office in setting information; and an acquisition unit acquires the data of the other office from the server device in the other office according to the setting information in which a change is detected by a monitoring unit.

Abstract: In a data sharing system 1, a plurality of dHCI systems 100 share data by communication, and each of the plurality of dHCI systems 100 is configured to include a dHCI 110 to provide a virtual environment to execute an application and a storage system 120 to provide a volume to the virtual environment together with a storage device of the dHCI 110. Each of the plurality of dHCI systems 100 stores data of the own computer system in the volume of the own computer system and acquires data of another computer system from the other computer system and stores the data in the volume. When data of some other computer system cannot be acquired from the other computer system, each of the plurality of dHCI systems 100 acquires the data from a different other computer system and stores the data in the volume.

Abstract: In a data sharing system 1, a plurality of dHCI systems 100 share data by communication, and each of the plurality of dHCI systems 100 is configured to include a dHCI 110 to provide a virtual environment to execute an application and a storage system 120 to provide a volume to the virtual environment together with a storage device of the dHCI 110. Each of the plurality of dHCI systems 100 stores data of the own computer system in the volume of the own computer system and acquires data of another computer system from the other computer system and stores the data in the volume. When data of some other computer system cannot be acquired from the other computer system, each of the plurality of dHCI systems 100 acquires the data from a different other computer system and stores the data in the volume.

Abstract: A broadcast storage system is disclosed which is easily controllable by the user for setting programs for timer recording and playing back recorded programs. The broadcast storage system has one or more slave apparatus and a master apparatus. The master apparatus grasps programs set for timer recording by each of the slave apparatus. When a program to be recorded is determined by the user or an automatic timer recording process, the master apparatus selects an apparatus to record the program such that a plurality of timer recording settings are not made at one time in one apparatus, and instructs the selected apparatus to set the program for timer recording. When instructed to set the program for timer recording, a slave apparatus sets the program for timer recording, and records the program at the time when the program is broadcast.

Abstract: A high-frequency measurement unit includes a signal detector for detecting a high-frequency signal, and a calibration coefficient storage for storing calibration coefficients Cmin and Cmax used to calibrate a value Amin detected at the lowest limit frequency fmin and a value Amax detected at the uppermost limit frequency fmax to a proper measurement value Asmin and to a proper measurement value Asmax, respectively. The high-frequency measurement unit further includes a frequency detection unit for detecting a frequency fm of the high-frequency signal, a calibration coefficient calculation unit for calculating a calibration coefficient Cm for the frequency fm, and a calibration unit for calibrating the value Am detected by the signal detector to a proper measurement value Asm by using the calibration coefficient Cm calculated by the calibration coefficient calculation unit.

Abstract: A high-frequency power device including: an oscillator; a high-frequency power supplier; a reflection coefficient calculator; a discharge signal output unit; and a frequency controller, wherein the frequency controller: instructs the oscillator to oscillate the oscillation signal at a first oscillation frequency for the period of time while a discharge signal is not in a state showing that the discharge has been commenced or in a state where the discharge is regarded as having been commenced; then instructs the oscillator to change the first oscillation frequency to a second oscillation frequency immediately after the discharge signal changes into the states; and then controls the oscillation frequency so that the absolute value is made small.

Abstract: A storage component interconnected via a network includes a recording unit for recording various contents, a first management table, a second management table and a control unit. The first management table manages for each user storage capacity in use by users in each recording unit of the storage components on the network. The second management table manages for each user total storage capacity that each user is allowed to use in all the recording units of the storage components on the network. The control unit restricts the storage capacity in use by the users so that the storage capacity used by the user does not exceed the total storage capacity that the user is allowed to use, on the basis of the first management table and the second management table.

Abstract: A buckle (10) including a plug (30) and a socket (20) is provided with a posture-adjuster that adjusts relative postures of the plug (30) and the socket (20) in a direction that leads a longitudinal axis (A2) of the plug (30) and a longitudinal axis (A1) of the socket (20) to be parallel when the plug (30) is relatively moved in a direction toward inside of the socket (20) from an insertion slot (21) thereof. The posture-adjuster has a guide path (24) that is provided to the socket (20) and has a width that becomes wider as being closer to the front end side thereof as well as a step portion (36) as a guided member that is provided to the plug (30) and guided by the guide path (24).

Abstract: A high-frequency power source supplies high-frequency power to a load whose reflection characteristic for the power varies with time. The power source includes a frequency-variable power generator, a power detector for detecting the power into the load and the power from the load, a reflection coefficient calculator for calculating a reflection coefficient based on the detection of the power into and from the load, a frequency detector causing the power generator to generate high-frequency powers at various frequencies within a predetermined frequency range for obtaining the frequency that gives a minimum value to the calculated reflection coefficient, and a power supply controller for causing the power generator to generate a high-frequency power of the frequency obtained by the frequency detector and for supplying the high-frequency power to the load.

Abstract: A high-frequency measurement unit includes a signal detector for detecting a high-frequency signal, and a calibration coefficient storage for storing calibration coefficients Cmin and Cmax used to calibrate a value Amin detected at the lowest limit frequency fmin and a value Amax detected at the uppermost limit frequency fmax to a proper measurement value Asmin and to a proper measurement value Asmax, respectively. The high-frequency measurement unit further includes a frequency detection unit for detecting a frequency fm of the high-frequency signal, a calibration coefficient calculation unit for calculating a calibration coefficient Cm for the frequency fm, and a calibration unit for calibrating the value Am detected by the signal detector to a proper measurement value Asm by using the calibration coefficient Cm calculated by the calibration coefficient calculation unit.

Abstract: A broadcast program related information processor is provided wherein a user can easily create a message containing a program tag corresponding to a program during watching. When externally receiving a program tag capture request, the program display controller 2 captures the program-related information of a program in displaying from the recorded-video management data 3, creates a program tag based on the program information, and then returns the created program tag to the request source. When the program tag further contains scene information, the program display controller 2 captures the scene information regarding a scene in replay at the time of capturing program related information and then utilizes the scene information at the program tag creation time. The message creator 1 transmits the program tag capture request to the program display controller 2 and then, when the program tag is returned, inserts it into the message 5.

Abstract: A high-frequency power device including: an oscillator; a high-frequency power supplier; a reflection coefficient calculator; a discharge signal output unit; and a frequency controller, wherein the frequency controller: instructs the oscillator to oscillate the oscillation signal at a first oscillation frequency for the period of time while a discharge signal is not in a state showing that the discharge has been commenced or in a state where the discharge is regarded as having been commenced; then instructs the oscillator to change the first oscillation frequency to a second oscillation frequency immediately after the discharge signal changes into the states; and then controls the oscillation frequency so that the absolute value is made small.

Abstract: A high-frequency power source supplies high-frequency power to a load whose reflection characteristic for the power varies with time. The power source includes a frequency-variable power generator, a power detector for detecting the power into the load and the power from the load, a reflection coefficient calculator for calculating a reflection coefficient based on the detection of the power into and from the load, a frequency detector causing the power generator to generate high-frequency powers at various frequencies within a predetermined frequency range for obtaining the frequency that gives a minimum value to the calculated reflection coefficient, and a power supply controller for causing the power generator to generate a high-frequency power of the frequency obtained by the frequency detector and for supplying the high-frequency power to the load.

Abstract: A buckle body formed of a resin has a housing having an insertion port on one end, an opening portion on both sides and an engaged portion in an inner part, an insertion member is provided with a pair of flexible insertion leg portions including an engaging portion on one end, an operating rod extended like a cantilever from a tip is continuously provided on the outside of the insertion leg portion and a mechanism capable of suppressing inward and outward deformations of the leg portion within a constant rage is provided, and the operating rod is provided with an operating portion protruded outward from the opening portion disposed on the buckle body at time of an insertion into the buckle body, and the insertion leg portion is deformed by pressing to disengage the engaging portion from the engaged portion, thereby removing the insertion member from the buckle body.

Abstract: A buckle (10) including a plug (30) and a socket (20) is provided with a posture-adjuster that adjusts relative postures of the plug (30) and the socket (20) in a direction that leads a longitudinal axis (A2) of the plug (30) and a longitudinal axis (A1) of the socket (20) to be parallel when the plug (30) is relatively moved in a direction toward inside of the socket (20) from an insertion slot (21) thereof. The posture-adjuster has a guide path (24) that is provided to the socket (20) and has a width that becomes wider as being closer to the front end side thereof as well as a step portion (36) as a guided member that is provided to the plug (30) and guided by the guide path (24).

Abstract: A system is provided that can easily capture the same broadcast stream from an arbitrary application. An interface between application and a reception route selection mechanism describes in a unified mode a broadcast resource capture specification method and a communication resource capture specification method. The interface employs a description scheme in which an application does not recognize whether or not a broadcast stream is captured through broadcast or communication. In the reception route selection, the reception route selection mechanism checks for a broadcast time contained in the identifier of a broadcast stream to be input so that a zone where a broadcast time is earlier than the current time by using a communication resource receiver while a zone where the broadcast time is later than the current time is selected by using a broadcast resource receiver.

Abstract: A device main body capable of screen display by television output, and a remote control device which has a specific button that enables setting of a plurality of kinds of code outputs to remotely operate the device main body are provided, in which the remote control device, when any one kind of the plurality of kinds of code outputs is selected, temporarily sets the specific button by the selected kind of code output, as well as transmitting, to the device main body, the kind of the temporarily set code output and causing the kind to be displayed on the screen, and when input to the effect that main setting is to be conducted is made, transmits, to the device, a kind of a code output temporarily set at the specific button at present to cause the kind to be again displayed on the screen.

Abstract: A recorder which reproduces contents and a remote controller which remotely operates the recorder are provided. The remote controller, which has a data base which stores context information indicating up to which position in the contents its reproduction has been made, when the recorder reproduces the contents by remote operation, transmits information for rewriting the context information in the data base based on the position in the contents obtained at the time when the reproduction ends to the remote controller by mail.