Abstract:
PROBLEM TO BE SOLVED: To provide a portable terminal charging apparatus and a vehicle using the same capable of effectively charging.SOLUTION: The portable terminal charging apparatus includes: a charge coil 8 which is movably disposed facing the bottom face of a portable terminal positioning plate 6; motors 28 and 33 each of which drives the charge coil 8 to shift in an X-axis direction and a Y-axis direction in a state that the charge coil 8 faces the bottom face of the portable terminal positioning plate 6; and control means 10 connected to the motors 28 and 33 and the charge coil 8. The control means 10 is configured to, when performing the charge via the charge coil 8, receive a packet signal from the portable terminal 15 via the charge coil 8; when the received packet signal is inadequate, to shift the charge coil 8 in the X-axis direction and the Y-axis direction via the motors 28 and 33 and to receive the packet signal from the portable terminal 15 at each shift point to continue the power supply to the charge coil 8 at a point where the received packet signal is adequate.
Abstract:
PROBLEM TO BE SOLVED: To provide a contact device that prevents a reduction in a contact pressure acting between contact points by efficiently canceling a contact point repulsion force.SOLUTION: The contact device includes: fixed terminals 33 having fixed contact points 32; a movable contact 35 having movable contact points 34 adapted for releasable contact with the fixed contact points 32, and having a through hole 35b formed therethrough; a movable shaft 5 having a shaft part 51 movably passed through the through hole 35b, and an abutment part 52 disposed at one end of the shaft part 51 to regulate a movement of the movable contact 35 toward the fixed contact points 32; a yoke plate 6 fixed to the surface of the movable contact 35 opposite to the surface where the movable contact points 34 of the movable contact 35 are disposed; a contact pressure spring 36 for loading the movable contact 35 toward the fixed contact points 32; and drive means 2 for driving the movable shaft 5 such that the movable contact points 34 come into and out of contact with the fixed contact points 32. The abutment part 52 is formed of, for example, a magnetic material such as soft iron and has functions of both abutment part and yoke.
Abstract:
PROBLEM TO BE SOLVED: To obtain a contact device which allows for enhancement of assembling workability while minimizing reduction of operability of a drive shaft, and to obtain an electromagnetic relay mounting the contact device.SOLUTION: A contact device 1 includes a contact block 3 having a contact part 60 formed of a fixed contact 35a and a movable contact 29b, and a drive block 2 having a drive shaft 25, and driving a movable contact 29 so that the movable contact 29b comes into contact and out of contact with the fixed contact 35a. Furthermore, a partition wall 80 partitioning a space S1 in which the contact part 60 is arranged and a space S2 housing the drive shaft 25 of the drive block 2 is included. The partition wall 80 has a press part 81 being pressed by a presser part 49, and a wall 82 extending from the press part 81 and contractible in the extension direction.
Abstract:
PROBLEM TO BE SOLVED: To provide a movable contact body with a light guide function that is used for an input part of various electronic equipment, and configured to suppress an intense illumination state at a position on a push projection of a light guide sheet and at its peripheral nearby position.SOLUTION: A movable contact body with a light guide function configured to have a movable contact 4 held on a reverse surface of a base sheet 1, a push projection 30 disposed at a position on the base sheet 1 corresponding to a center part of the movable contact 4, and a light guide sheet 11 disposed from on the push projection 30 is characterized in that an upper surface of the push projection 30 is roughened to a predetermined roughness. Consequently, a state in which the upper surface of the push projection 30 is in close contact with a lower surface of the light guide sheet 11 substantially over the entire range is reduced to suppress an intense illumination state at a position of the light guide sheet 11 on the push projection 30 and its peripheral nearby position.
Abstract:
PROBLEM TO BE SOLVED: To provide light guide sheets which are used for input operation parts of various kinds of electronic equipment and movable contact bodies with the light guide sheets using the same which are constituted so that light intensity to be scattered and reflected upward on the light guide sheets and can brightly illuminate upper parts.SOLUTION: A light guide sheet 31 is constituted so that a first rugged area part 38A is provided at a lower surface position of a film base material 15, and a second rugged area part 38B which faces the first rugged area part 38A at an upper surface position of the film base material 15 so as to vertically face the first rugged area part 38A. In addition, a movable contact body 9 with the light guide sheet 31 is constituted by providing a movable contact 4 at a lower position corresponding to the first and second rugged area parts 38A and 38B provided at vertically facing state by using the light guide sheet 31.
Abstract:
PROBLEM TO BE SOLVED: To provide a protection device for a front brake of a bicycle that prevents the front brake from damaging, even when a handle bar or a front wheel is made a large turn so that the front wheel faces sideways.SOLUTION: A front brake protector 50 is provided for inhibiting the front brake 30 from abutting to a frame 10 by abutting to the frame 10 (lower pipe 13) when the front wheel 2 is attempted to be turned sideways. As a result, even when the front wheel 2 is attempted to be turned sideways on parking and the like, the front brake 30 is prevented from deforming or breaking caused by abutting to the frame 10.
Abstract:
PROBLEM TO BE SOLVED: To provide a movable contact having a light guide function to be used in the operation panel of a portable electronic device, preventing separation of a base sheet, and providing sufficient illumination and uniform illumination. SOLUTION: Recesses are formed in both lengthwise ends of a light guide sheet 21, and have their bottom surfaces adhered to the top surface of a base sheet 1. The recess has a bottom 21A substantially parallel to the original sheet surface of the light guide sheet 21, and has an open upper side and an open side outward in the lengthwise direction of the light guide sheet 21, the open side being an end of the light guide sheet 21. The depth of the recess is set substantially equal to the curved height of the dome shape of the movable contact 3. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a light guide sheet and a movable contact using the same in which mixing and leaking of light are prevented, and a reliable operation is enabled regarding ones mainly used for operation of various electronic equipment. SOLUTION: Nearly belt-like notches 23A, 23B in which slopes 24 are formed on one face are arranged between prescribed uneven light-emitting parts 22, and also dark-colored light absorbing parts 25A, 25B are formed in these notches 23A, 23B. Thereby, even when the width dimension of the notches 23A, 23B is formed to be small, the light absorbing parts 25A, 25B can be formed easily by an inexpensive method of printing and ink coating or the like by the slope 24, so that a spacing between a plurality of light-emitting parts 22 can be made smaller, downsizing of the whole can be achieved, mixing and leaking of light are prevented, and without damaging rotating operation of the movable contact 6, the light guide sheet 26 capable of reliable operation, and the movable contact 29 using the same can be obtained. COPYRIGHT: (C)2010,JPO&INPIT