Abstract:
PURPOSE:To reduce cost by situating a tape outlet on one side in approximately the same position as a small tape cassette and situating a tape outlet on the other side in a position displaced against one side from the tape outlet on the other side of the small tape cassette. CONSTITUTION:In this recording and reproducing device, large and small tape cassettes are loaded to situate tape outlets 3 on one side respectively in the same position. In this case, the position of a tape guide 20 corresponding to the tape outlets on one side at the time of traveling the tape is fixed, and only the position of a tape guide 20' corresponding to the tape outlets on the other side at the time of traveling the tape is changed at the time of using the large tape cassette 1 and at the time of using the small tape cassette respectively. By this method, no roller guide can be provided in either case of the large or the small tape cassette in its cassette case 2.
Abstract:
PURPOSE:To enable insertion of a head drum in a mouth part whereto a member for loading a tape is inserted, and also to increase the sealing degree of the mouth part at the unused time. CONSTITUTION:A front lid 20 which is moved between a closing position to cover the front surface of a magnetic tape 3 located outside a cassette case and an opening position to open the front surface of the magnetic tape 3, is provided freely rotatably at the front surface part of cassette case. A slide shutter 17 to close the lower surface of mouth part when the front lid 20 is in the closing position and to open the lower surface of mouth part when the front lid 20 is in the opening position, is provided so as to freely slide on the cassette case. An upper lid 28, the front end part of which is supported freely rotatably by the front lid 20 and also the rear end part 31 is pressed so as elastically contact with the front end part 14 of a top plate of the cassette case, closes the upper surface of mouth part when the front lid is in the closing position, then it moves to the opening position to open the upper surface of mouth part when the front lid is moved to the opening position.
Abstract:
PURPOSE:To enable the sure discharge of the static electricity generated in a tape at a low cost and to eliminate the noises and loss torque during rotation of a rotary drum. CONSTITUTION:This rotary head drum device has a stationary drum 10 which is fixed via a drum base 3 to a chassis 1, a rotary drum 30 which is freely rotatably supported via a revolving shaft 20 on this stationary drum 10 and projects a head 31 on its outer peripheral surface 30a on which the tape travels and an earth member 40 which is erected in the corner part on the drum base 3 so as to expend onto the rotary drum 30. A conductive brush 46 is mounted via a holder 43 to the front end 42a of a mounting plate 42 of the earth member 40. This conductive brush 46 is formed freely contact with the upper surface of a mounting flange 21 fixed to the revolving shaft 20.
Abstract:
PURPOSE:To facilitate discrimination of respective copying conditions, contents or the like in a case where consecutive copying is achieved on transparent paper sheets of OHP paper sheet or the like. CONSTITUTION:When a user orders to make a copy on an OHP paper sheet 11 through an operating part 9, a paper sheet supplying/discharging mechanism 7 is controlled at a control part 8 as follows. First, a non-transparent paper sheet 21 is supplied from a paper sheet supplying tray 2, and discharged to a copy receiver 6 without making a copy. Then, an OHP paper sheet is supplied from a paper sheet tray 1. After a copy is made by means of a copying mechanism 4, and the copied paper sheet is discharged onto the previously discharged non-transparent paper 21 in the copy receiver 6. This arrangement allows another non-transparent paper sheet 21 to be automatically inserted between the OHP paper sheets which are copied and discharged, leading to reduction of the respective labors and easy discrimination of the respective copying conditions or the like.
Abstract:
PROBLEM TO BE SOLVED: To provide a cooling device and electronic equipment which can improve a discharge flow rate and suppress the occurrence of noise at discharge. SOLUTION: A first flow path 24 forces gas jetted from a pump chamber 36 in a cooling device 15 to flow in from one end 18a thereof to impart inertia effect until being discharged from the other end 18b. Therefore, the discharged gas has inertia so that backflow as shown in the prior-art literature 1 can be prevented, and a flow rate discharged therefrom can be increased. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To attain malfunction reduction, cost reduction and simplified manufacturing process, in addition to miniaturization of an operation part and improvement in operability thereof. SOLUTION: The input device comprises a sensor which is provided in a lower housing 11b having operation surfaces to detect a slide position of an operator's finger, and a key top 14 which is provided to partially or entirely cover the sensor, and slide-operated along the left operation surface of the housing 11b. The key top 14 has a convex shape which becomes thicker along a sliding direction from one operation surface of the housing and also which becomes thinner toward the other operation surface thereof. Therefore, to a slide operation by the operator's finger, not only a slide operation touch swelling along the sliding direction from one operation surface of the housing 11b but also a slide operation touch swelling down toward the other operation surface can be given. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a flash apparatus capable of preventing the occurrence of smoke due to fluffs or the like stuck to the flash apparatus. SOLUTION: The flash apparatus 33 includes: a xenon light emitting tube 37 constituted by enclosing gaseous xenon in a glass tube 37a; a protector 36 provided at the front part of the xenon light emitting tube 37; and an infrared absorption member 42 interposed between the xenon light emitting tube 37 and the protector 36. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To carry out input processing based on a plurality of different input modes according to a pressing condition and a sliding condition of an operation body such as a finger. SOLUTION: In this optical input device, when a display screen is operated to be shaded by the operation body, input processing based on a plurality of input modes is carried out. The optical input device includes a display part 10 for displaying a predetermined input information, the display screen 11 for detecting an area and/or luminance of a shaded area by the operation body approaching to the display part 10, and a control means 15 for controlling the display part 10 and the input processing based on the detection results of the display screen 11. The control means 15 compares the detection results of the area and/or luminance of the shaded area with a predetermined threshold to select a predetermined input mode from a plurality of input modes. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To improve the welding strength and the appearance of a joint part of an upper case and a lower case. SOLUTION: In this battery case 2 wherein the upper case 10 and the lower case 20 having an opening face of a size to be fitted to an opening face of the upper case are welded in a state that the opening faces are fitted to each other and their opening peripheral edges are butted on each other, the opening peripheral edge of the upper case is provided with a thin part thinner than a thickness of its opening peripheral edge, at its outside to form an outer peripheral wall 14, the opening peripheral edge of the lower case is provided with a thin part thinner than a thickness of its opening peripheral edge on its inner part to form an inner peripheral wall 24, an inner part of the outer peripheral wall of the upper case is provided with an inner projection 15 having an inclined face on a face lower than a height of the outer peripheral wall and faced to the outer peripheral wall to form a V groove 16 between the inner projection and the outer peripheral wall, an inner face of the inner peripheral wall of the lower case is gradually thinned toward a tip to form an inner inclined face 26, and a height of the outer peripheral wall is lower than the inner peripheral wall to fit and weld a tip part of the inner peripheral wall of the lower case into the V-groove of the upper case.
Abstract:
PROBLEM TO BE SOLVED: To provide a microphone mechanism improved in frequency characteristics of microphone easy in assembling work, small in size and capable of being used as a high-performance built-in microphone. SOLUTION: In this microphone mechanism in which a main body part 7 of microphone having a weight ring 8 is held by a microphone holder 9 provided with a damper member 10 having a vibration absorbing function, stopper walls 12 and 13 for the weight ring 8 and the main body part 7 of microphone are installed at the front part and rear part of microphone holder 9. A flange part 11 provided at the outer terminal part of damper member 10 is held being sandwiched between a main body part 1 of video camera and a microphone holder 16, so that air tightness inside and outside the microphone can be kept.