Abstract: A fluid control valve is configured in a manner that a first passage has at one end portion thereof a first port communication passage communicating with a first port, and at the other end portion thereof a first valve hole communication passage communicating with a valve hole, and the first port communication passage and the first valve hole communication passage communicate with each other. The resin valve body is provided with a valve seat support part which supports the valve seat and which is provided between the valve chamber, and the first port communication passage and the first valve hole communication passage. The valve seat support part has a valve seat reinforcement part, and the valve seat reinforcement part is formed so as to partially close the inside of the first passage.

Abstract: A seal structure for connection sections, which facilitates installation and removal of a seal member from the connection sections. The seal member is placed in the connection sections between a first part and a second part. A first groove-ridge section is formed at the connection section of the first part, and a second groove-ridge section is formed at the connection section of the second part. The seal member has, on one face, a first fitting section fitting to the first groove-ridge section, and also has, on the other face, a second fitting section fitting to the second groove-ridge section. Press-fitting interferences in the wall-thickness direction are provided at the first and second fitting sections. The seal member has an extended section protruding radially outward from an annular body section where the first and second fitting sections are provided. The extended section protrudes to a position outside the connection sections of the first and second parts.

Abstract: A biometric authentication system 10 includes an IC card 100 including a reading unit 110 sending generation information back to a terminal and a writing unit 111 writing biometric information in a storage area indicated in a write instruction, and a terminal 200 including a card generation acquisition unit 210 receiving from the IC card the generation information, a device generation acquisition unit 211 receiving from a biometric authentication device the generation information, a biometric information acquisition unit 212 receiving biometric information from the biometric authentication device 300, a first write instruction unit 213 identifying a storage area of the same generation as the generation of the biometric authentication device and transmitting a write instruction of the biometric information to the IC card, and a second write instruction unit 214 transmitting a write instruction for a storage area of the oldest generation to the IC card.

Abstract: For simply and reliably coupling first and second fluid devices, a fluid device connecting structure is arranged to couple first and second connection parts of the first and second fluid devices by use a coupling member by placing a resin seal member in seal grooves formed in the connection parts. The first connection part includes a first mounting groove for attachment jig and a first fitting groove provided between the first mounting groove and an end face of the first connection part to receive the coupling member. The second connection part includes a second mounting groove for the jig and a second fitting groove provided between the second mounting groove and an end face of the second connection part to receive the coupling member.

Abstract: A fluid device mounting structure is provided for installing a plurality of fluid devices on a support assembly. The support assembly includes a support member for supporting connecting portions of the fluid devices by the support assembly, so that the fluid devices are freely disposed in three dimensions.

Abstract: A seal structure for connection sections, which facilitates installation and removal of a seal member from the connection sections. The seal member is placed in the connection sections between a first part and a second part. A first groove-ridge section is formed at the connection section of the first part, and a second groove-ridge section is formed at the connection section of the second part. The seal member has, on one face, a first fitting section fitting to the first groove-ridge section, and also has, on the other face, a second fitting section fitting to the second groove-ridge section. Press-fitting interferences in the wall-thickness direction are provided at the first and second fitting sections. The seal member has an extended section protruding radially outward from an annular body section where the first and second fitting sections are provided. The extended section protrudes to a position outside the connection sections of the first and second parts.

Abstract: A digital signal receiving system is provided for establishing high-speed clock resynchronization even if abnormality such as a poor radio wave receiving condition takes place. The system is constructed such that recipient STC data and PCR data are acquired in response to detection of a variation in frequency of a clock signal, and these data are stored as variation information data. The receiver 10 sets the PCR data in the R_STC counter 142, and sends the variation information data to the host device 20. The host device 20, in turn, sets a computation result obtained based on host STC data and the variation information data in the H_STC counter 242.

Abstract: A biometric authentication system 10 includes an IC card 100 including a reading unit 110 sending generation information back to a terminal and a writing unit 111 writing biometric information in a storage area indicated in a write instruction, and a terminal 200 including a card generation acquisition unit 210 receiving from the IC card the generation information, a device generation acquisition unit 211 receiving from a biometric authentication device the generation information, a biometric information acquisition unit 212 receiving biometric information from the biometric authentication device 300, a first write instruction unit 213 identifying a storage area of the same generation as the generation of the biometric authentication device and transmitting a write instruction of the biometric information to the IC card, and a second write instruction unit 214 transmitting a write instruction for a storage area of the oldest generation to the IC card.

Abstract: A laminator provided with a means (2) for feeding a planar object to be laminated (7), a rotary lamination film supplier (3) wound up with a lamination film (8) to be adhered on the surfaces of the planar object to be laminated (7) and a mean (4) for heating and pressing the lamination film (8) on the planar object to be laminated (7), wherein: an ID tag (61) is applied on a shaft-end of the rotary lamination film supplier (3), the ID tag (61) is registered a piece of information (S1) which is inherent to the lamination film (8) wound on said lamination film supplier (3), a wireless signal communication means (62) is arranged to face the ID tag (61) for allowing wireless signal communication with the ID tag (61), the wireless signal communication means (62) is connected with a regulation means (63).

Abstract: A fluid device mounting structure is provided for installing a plurality of fluid devices on a support assembly. The support assembly includes a support member for supporting connecting portions of the fluid devices by the support assembly, so that the fluid devices are freely disposed in three dimensions.

Abstract: A tank structure comprises a tank body for storing liquid and control devices for supplying or discharging the liquid to or from the tank body. The tank structure further includes an upper exterior member having a lower flat surface and a lower exterior member having an upper flat surface. The tank body includes an upper and a lower flat surfaces facing the lower flat surface of the upper exterior member and the upper flat surface of the lower exterior member. The tank body is held in sandwiched between the upper and lower exterior members.

Abstract: For simply and reliably coupling first and second fluid devices, a fluid device connecting structure is arranged to couple first and second connection parts of the first and second fluid devices by use a coupling member by placing a resin seal member in seal grooves formed in the connection parts. The first connection part includes a first mounting groove for attachment jig and a first fitting groove provided between the first mounting groove and an end face of the first connection part to receive the coupling member. The second connection part includes a second mounting groove for the jig and a second fitting groove provided between the second mounting groove and an end face of the second connection part to receive the coupling member.

Abstract: A combined valve is constructed by integrating a manual valve operating as a safety mechanism and a pilot valve. When a handle of a knob of the manual valve is in a safety mechanism release position, a valve mechanism can be opened and closed depending on whether or not there is air supply to an operation port. When the handle is in the safety mechanism release position and the valve mechanism is even in a valve open state, the valve mechanism can be forcibly brought to a valve closed state by rotating the handle to a safety mechanism set position. Further, when the handle is in the safety mechanism set position, the valve mechanism can always be kept in the valve closed state irrespective of air supply to the operation port.

Abstract: A time managing apparatus that manages times clocked by a plurality of timer modules in apparatuses connected to each other on a network. The time managing apparatus has: a holding means for holding event start time information that indicates an event start time at which one or more events should be started by two or more apparatuses on the network; a time requesting means for requesting a timer module to transmit a standard time; a time receiving means for receiving the standard time; a judging means for judging whether the event start time is reached, by comparing the received standard time with the event start time; and an instructing means for instructing the two or more apparatuses to start executing the one or more events when the judging means judges that the event start time is reached.

Abstract: A digital signal receiving system is provided for establishing high-speed clock resynchronization even if abnormality such as a poor radio wave receiving condition takes place. The system is constructed such that recipient STC data and PCR data are acquired in response to detection of a variation in frequency of a clock signal, and these data are stored as variation information data. The receiver 10 sets the PCR data in the R_STC counter 142, and sends the variation information data to the host device 20. The host device 20, in turn, sets a computation result obtained based on host STC data and the variation information data in the H_STC counter 242.