Abstract:
PROBLEM TO BE SOLVED: To provide a touch sensor capable of reducing the deformation amount of a tubular body as less as possible when an object comes into contact with the outer surface of the tubular body.SOLUTION: A touch sensor 18 includes: a covering material 19 made of an insulation material and capable of being elastically deformed; and a plurality of electrodes 20 which are provided inside the covering materials 19 and come into contact with each other as the covering material 19 is being deformed by addition of an external force to the covering material 19. The touch sensor includes a spacer member 21 which is provided among the plurality of electrodes 20 inside the covering material 19 and keeps the plurality of electrodes 20 in a non-contact state from each other when the covering material 19 is not deformed.
Abstract:
PROBLEM TO BE SOLVED: To provide a fixture which can be easily mounted and constituted at low cost.SOLUTION: The fixture 40 is attached to an end part of a resin-made cable supporter 10 including: a pair of side plate members 11; a connection plate member 12 for connecting lower edge sides of the side plate members 11; and protrusion members 13 protruded from the top edge of each side plate member 11. One end is fixed to a stationary member and the other end is fixed to a mobile member while a cable disposed between the stationary member and the mobile member has a structure to be stored and guided. Notches 16 aligning in an extending direction are formed to make a bendable structure, and the opposite side of the notches 16 is cut and separated at a specific pitch. The fixture includes: a pressing member 51c for restricting and pressing the protrusion members 13; a matching member (pin 52) matching with the notch 16; and a fixation member 51b to be fixed with the stationary member and the mobile member. The structure is configured that the matching member receives the repulsive force of the protrusion member 13 caused by pressing of the pressing member 51c.
Abstract:
PROBLEM TO BE SOLVED: To provide a communication apparatus and system in which speeches, videos or the like can be simultaneously transferred between a plurality of positions being away from each other. SOLUTION: The apparatus is interposed on a transmission path and used, wherein either one preferential direction of an upward direction and a downward direction of a signal to be passed through the signal path is set by a preferential direction setting section 9. Based on the setting, a video signal transmission/reception control section 6 stops outputting a video signal of the apparatus's own captured by a camera 10 while another video signal moves forward from upstream side to downstream side in the preferential direction, branches the video signal and guides it to a side of a display section 11 and a side of a signal transmitting section 4 after the video signal flowing from upstream side in the preferential direction is received by a signal receiving section 3. While the other signal does not flow from the upstream side in the preferential direction, the video signal transmission/reception control section 6 transmits the video signal of the apparatus's own from the signal transmitting section 4. Audio signals are received from both an upward direction and a downward direction of the signals and transmitted toward both the upward direction and the downward direction. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a high- and low-temperature test device capable of efficiently performing temperature testing on an object to be temperature-tested. SOLUTION: The high- and low-temperature test device includes sandwiching the temperature test object with the face of one end side of a Peltier module 1 and an electric heater 4; driving the cooling side of the Peltier module 1 so that the face of one end side of the Peltier module 1 becomes a heat-absorbing face, when the detected temperature of the temperature test object, in which an object temperature detection means 12 detects, is higher than a target temperature; driving the heating side of the Peltier module so that the face of one end side of the Peltier module 1 and driving the electric heater 4, until a Peltier end face detected with a Peltier end face temperature detection means 28 reaches a preset Peltier heating stop standard temperature that is lower than the target temperature, when the detection temperature is lower than the target temperature; and heating the temperature test object with only the electrical heater 4, by stopping the drive of the Peltier module 1 on, after the Peltier end face temperature reaches the Peltier heating stop standard temperature. COPYRIGHT: (C)2008,JPO&INPIT