Abstract: A valve device includes: a pilot chamber cover to which pilot pressure is introduced, the pilot chamber cover including a through hole extending in a direction intersecting with an axial direction of the spool; an operating pin configured to swing with movement of the spool in the axial direction; a rotating shaft configured to turn with swinging of the operating pin; a coupling plug coupled to the rotating shaft, a part of the coupling plug inserted into the through hole, the coupling plug being configured to switch between a coupled state where rotational force of the rotating shaft is transmitted to the coupling plug and a canceled state where the transmission of the rotational force of the rotating shaft to the coupling plug is canceled; an operating lever coupled to the coupling plug; and a sealing member between an inner peripheral surface of the through hole and the coupling plug.

Abstract: A solenoid includes: a movable core configured to move in a first space of a main body case in an axial direction to apply a biasing force to a spool; a fixed magnetic pole portion configured to attract the movable core in the axial direction; an adjusting spring configured to apply the biasing force to the movable core; a biasing force adjusting member provided at an opening end portion of a rear case and configured to adjust an axial position thereof to adjust the biasing force; and a degassing plug provided at an opening end portion of the adjusting member and including a degassing passage that allows a second space to communicate with an outside by changing relative positions of the adjusting member and the degassing plug. A sealing portion configured to open or close communication between degassing passages is provided between the adjusting member and the degassing plug.

Abstract: A solenoid includes: a movable core configured to move in a first space of a main body case in an axial direction to apply a biasing force to a spool; a fixed magnetic pole portion configured to attract the movable core in the axial direction; an adjusting spring configured to apply the biasing force to the movable core; a biasing force adjusting member provided at an opening end portion of a rear case and configured to adjust an axial position thereof to adjust the biasing force; and a degassing plug provided at an opening end portion of the adjusting member and including a degassing passage that allows a second space to communicate with an outside by changing relative positions of the adjusting member and the degassing plug. A sealing portion configured to open or close communication between degassing passages is provided between the adjusting member and the degassing plug.

Abstract: An exercise therapy device 1 includes a pulse wave sensors 16 for detecting a pulse wave of a lower limb of a patient when being fixed to the patient, a walking sensor 15 for detecting a walking distance that the patient has walked, and a target walking distance setting section 30. The target walking distance setting section 30 is configured to set a target walking distance for exercise therapy, when the pulse wave detected by the pulse wave sensors 16 has a waveform having a predetermined shape which is flatter than an arterial pressure waveform, based on the walking distance of the patient by the time when the pulse wave has the waveform having the predetermined shape.

Abstract: A serial terminal (9) for a serial connection to a target device for data acquisition, a data transfer terminal (12) to be connected to a mobile phone (5) so as to allow a data transfer, a data acquisition portion (13) for acquiring device data from the target device for data acquisition by a serial communication via the serial terminal, a data transfer portion (14) for adding transmission instruction data to the device data so as to create transfer data and transferring the transfer data via the data transfer terminal, and a control portion (15) for executing an operation of acquiring the device data by the data acquisition portion and an operation of transferring the transfer data by the data transfer portion are provided, and the transmission instruction data correspond to an instruction to cause the mobile phone to conduct an operation of transmitting the device data to a predetermined server via the internet.

Abstract: A data collection system includes: a server (7) connected to the Internet (6); a plurality of data acquisition target devices (1); and a plurality of data transfer devices (3) that can be connected to the data acquisition target devices, respectively. Device data acquired by each data transfer device from each data acquisition target device are transferred to the server via the Internet using a mobile phone (5). The data transfer device includes: a data acquisition part (13) for acquiring the device data from the data acquisition target device; a data transfer part (14) for combining transmission instruction data with the device data so as to generate transfer data, and transferring the transfer data to the mobile phone; and a control part (15) for allowing the operation of acquiring the device data and the operation of transferring the transfer data to be executed.

Abstract: A multilayer wiring substrate having high reliability can be produced in good productivity by subjecting metal wiring layers to stabilization treatment on the surface with a metal such as Cr, Mo or the like or an aqueous solution of water glass so as to prevent generation of hillocks or whiskers and to improve chemical resistance.

Abstract: Disclosed herein is a thermal transfer (printing) film comprising:a base film,a stick-preventing layer provided on one side of said base film, said stick-preventing layer being provided at a rate of 0.01 to 1.9 g/m.sup.2 on one side of said base film, the center line average roughness of the surface of said stick-preventing layer being 0.03 to 0.15 .mu.m, the coefficient of parallel slipping of said stick preventive layer against glass surface being not more than 1.0, and the tensile strength of the film formed with said stick-preventing layer on one side thereof being not less than 8 kgf/mm.sup.2 when said film was elongated by 5% in the longitudinal direction, anda heat-melting ink layer provided on the other side of said base film.