Abstract:
PROBLEM TO BE SOLVED: To eliminate trouble caused by erroneous loading by accommodating rotatable a disk into a case obtained by combining an upper and lower shells and structuring the facility to drive the disk from the external side. SOLUTION: If a disk cartridge 1 is loaded erroneously with the front side reversed, the longer side surface 1c of the disk cartridge 1 is located at the right side of the aperture in the figure, but, before the disk cartridge 1 is fully loaded, the side surface 1c collides with a stopper member 48 and can no longer be loaded anymore. Thereby, since the disc cartridge 1 is not placed in contact with a head 50 of an actuator 49, the head 50 is not broken even by erroneous loading.
Abstract:
PROBLEM TO BE SOLVED: To slim the whole device by constituting the device so that a read/wire head can be moved and inserted from the outside of a disk cartridge loading section into the disk cartridge. SOLUTION: A turning actuator 51 is doglegged. Suspensions 58a and 58b on the end of the actuator, and mounting plates 57a and 57b go in and out at almost right angles with respect to a head inserting slot 7. Thereby, the width of the head inserting slot 7 can be minimized. And the front end of a disk cartridge 1 is provided with an offset arc section 6 to make it possible to effectively use space in a mechanical chassis 17, as compared with prior art quadrangular disk cartridges.
Abstract:
PROBLEM TO BE SOLVED: To prevent a disc from colliding with other parts of, destruction of recording information and break down of the apparatus by providing a sup port protrusion at least at one point within a disc cartridge. SOLUTION: Support protrusions 26, 27 and 28 are provided at a recessed part 18a of a lower shell 18 to regulate the inclination of a magnetic disc 20. The support protrusions 26 and 27 are arranged near a head insertion port 22 and the support protrusion 28 at a position on the side opposite to the head insertion port 22 sandwiching a hub hole 24. The support protrusions 26-28 are all so arranged below a non-information recording area provided on the outer periphery of an information recording surface under the disc 20 as to face it. The inclination of the disc 20 is regulated at a position lower than a disc support surface of a metal hub 21 to enable accurate prevention of collision with the support protrusions 26-28 of the disc 20 turning while being chucked.
Abstract:
PURPOSE: To prevent dislocation of a disk and to reduce the cost and then to miniaturize the device by positioning a disk cartridge in the inserting direction and in the orthogonal direction to this inserting direction with a simple structure. CONSTITUTION: A stopper 40 and a positioning projection 41 are provided on the upper surface of a chassis 11. Then, a cartridge main body 31 of the disk cartridge 30 is provided with a positioning recessed groove 42. The disk cartridge 30 is positioned in the inserting direction by abutting the disk cartridge 30 against the stopper 40 and a stopper 41B of the positioning projection 41. Then, the positioning in the orthogonal direction to the inserting direction is performed by fitting the positioning projection 41 into a longitudinal side part 42A of the positioning recessed groove 42.
Abstract:
PROBLEM TO BE SOLVED: To provide a touch panel display device, a touch pad, and an electronic apparatus advantageous for improvement of operability. SOLUTION: The touch panel display device 20 comprises a display panel 21, a holder 22, a movable panel unit 24, a support mechanism 26, a first actuator 28, a second actuator 30, an actuator drive control part, and the like. When asymmetrical drive signals are fed to the first and second actuators 28 and 30 from the actuator drive control part, the movable panel unit 24 is vibrated, and consequently, force in the direction along a touched face 2402 is given to a fingertip touching the touched face 2402. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To acquire the position of a guide object more easily, in a mobile information terminal. SOLUTION: In the mobile information terminal 1, a present position detecting part 71 detects the position of the mobile information terminal 1, and a guide object selecting part 73 selects the guide object to be a voice guide object, and detects a guide object direction which is a direction in which the guide object exists, with respect to a reference direction based on the existing direction of the guide object with respect to the position of the mobile information terminal 1. A DSP (digital signal processor) 65 generates composite voice so that guide voice of the selected guide object is heard from the guide object direction, and a loudspeaker 31 outputs the generated composite voice. This constitution is applicable to the mobile information terminal such as a cellphone or a PDA (personal digital assistant). COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To load optical disks different in outside diameter by the same sequence control. SOLUTION: When loading optical disks 2A and 2B different in outside diameter by a disk conveying mechanism 34, in either case of the case the optical disk 2A having a large diameter is inserted and the case the optical disk 2B having a small diameter is inserted, the same detection switch for starting drive detects a driving lever 52 slid to the rear side of a rack member 101 by a prescribed quantity, driving of the driving lever 52 to the rear side is started based on the detection signal from the detection switch and driving of the driving lever is performed by using the same sequence while a plurality of detection switches detect the position of the driving lever 52. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To keep ejection distance of a disk ejected from a disk insertion/ejection opening constant independently of difference of an outside dimension of the disk. SOLUTION: A panel curtain 130 tiltable to a direction of an optical disk 2 inserted and ejected in/from a disk insertion/ejection opening 19 while coming slide contact with the optical disk 2 inserted/ejected from the disk opening 19 and a means for adjusting sliding resistance of the panel curtain 130 with respect to optical disks 2A, 2B whose outer diameters are different are provided at the back side of a front panel 18. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To prevent occurrence of erroneous insertion of a large or a small diameter optical disk into a casing from a disk inserting/ejecting port. SOLUTION: A disk drive device is provided with a shutter opening and closing mechanism 109 which prevents a new optical disk 2 from being inserted into a casing 3 from a disk inserting/ejecting port 19. The shutter opening and closing mechanism 109 has a shutter member 117 which is upward and downward operated between the closing position where path of the optical disk 2 inserted from the port 19 is blocked and the opening position where the path of the optical disk 2 inserted from the port 19 is allowed while being linked to the vertical motion of a base 22 by a base lifting mechanism 55. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To prevent a main plane of an optical disk in slide contact with an abutting projection part of a top plate from being damaged when the optical disk is loaded and unloaded from a disk loading/unloading opening of a case. SOLUTION: The abutting projection part 7 projecting toward a turntable 23a is provided at the position opposing to the turntable 23a of a top cover 5. The abutting projection part 7 is formed of an abutting member 130 being different from the top cover 5. COPYRIGHT: (C)2006,JPO&NCIPI