Abstract:
PROBLEM TO BE SOLVED: To secure simplification of a mechanism and then to increase an amount of ejection of a disk-shaped recording medium.SOLUTION: A disk conveying device comprises: a pair of rails that extends in a conveyance direction of a disk-shaped recording medium conveyed in a lead-in direction or in an ejecting direction in a direction perpendicular to a central axis direction and is positioned opposite to each other with the disk-shaped recording medium conveyed therebetween; a plurality of link arms that is rotatably supported by a base chassis, is caused to be rotatable with respect to the pair of rails and moves the pair of rails in parallel in a direction in which the pair of rails is separated from an outer peripheral surface of the disk-shaped recording medium and is brought into contact therewith; conveying rollers that are supported by the pair of rails, are brought into contact with the outer peripheral surface of the disk-shaped recording medium and convey the disk-shaped recording medium by at least one of the conveying rollers being rotated; and an ejecting lever that is caused to be rotatable with respect to at least one rail, presses the outer peripheral surface of the disk-shaped recording medium and coveys the disk-shaped recording medium by being rotated.
Abstract:
PROBLEM TO BE SOLVED: To provide a disk cartridge that enables easy insertion and ejection of an accommodated disk.SOLUTION: The disk cartridge has a first rectangular plate 40 forming one principal plane of a cartridge body 10 and a second rectangular plate forming the other principal plane thereof, and a pair of right and left disk holders 41, 42 provided on a pair of right and left first side edges of the cartridge body 10 to form the side walls of the cartridge body 10. In the disk holders 41, 42, support grooves each parallel to the first and second rectangular plates and each slidably supporting the outer peripheral edge of a disk in a surface direction thereof are formed from one end to the other end of a pair of right and left second side edges of the cartridge body 10, the one end is provided with a disk insertion/ejection port 50 through which a disk is inserted and ejected from one of the second side edges, the other end is proved with a disk pushing-out port 51 for pushing out the desk the other of the second side edges to the disk insertion/ejection port side, and a disk insertion/ejection port closing member 14 and a disk pushing-out port closing member for closing the disk pushing-out port 51 are provided.
Abstract translation:要解决的问题:提供一种能够容易地插入和弹出容纳盘的盘盒。 解决方案:盘盒具有形成盒主体10的一个主平面的第一矩形板40和形成另一个主平面的第二矩形板,以及设置在其上的一对左右盘保持器41,42 盒体10的一对左右的第一侧边缘,以形成盒体10的侧壁。在盘保持器41,42中,平行于第一和第二矩形板的支承槽各自可滑动地支撑外周 盘的表面方向的边缘由盒体10的一对左右第二侧边缘的一端到另一端形成,一端设置有盘插入/弹出口50,通过该盘插入/ 盘被从第二侧边缘之一插入和弹出,另一端被证明是用于将桌子的另一侧的第二侧边缘推出到盘插入/弹出端侧的盘推出口51,以及盘 插入/ E 提供端口关闭部件14和用于关闭盘推出口51的盘推出口关闭部件。 版权所有(C)2012,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To prevent unlocking when being subjected to impact.SOLUTION: A disk cartridge comprises a case body 2 which can house a plurality of disk-shaped storage media 100 and is connected or separated by separating a first shell 3 with a base surface 7 from a second shell 4 with a base part 42, and a lock lever 21 which is turnably supported and locks the first shell and the second shell in a connected state, and forms a disk insertion/ejection opening 4a where the disk-shaped storage media are inserted in or ejected from the case body by separating the first shell from the second shell. The case body is provided with a support shaft 13 as a turn fulcrum of the lock lever. The lock lever is provided with a supported portion 22 supported by the support shaft, a lock portion 23 projecting from the supported portion for locking the first shell and the second shell and a balance portion 25 projecting into the direction substantially opposite to the projecting direction of the lock portion from the supported portion.
Abstract:
PROBLEM TO BE SOLVED: To achieve the enhancement of the versatility by making it possible to perform movement operation adapting to the kinds of disk-like recording media or disk cartridge.SOLUTION: A disk changer has: a disk holder 60 which holds a disk cartridge 1 including a case body 2 in which a plurality of disk-like recording media are arranged in the axial direction of a center axis and can be received, and an information input means 32 in which information regarding the pitch between the disk-like recording media and the number of contained disk-like recording media are input, and can be moved in the center axis direction of the disk-like recording media; and a movement mechanism with an encoder for determining the stop position in the center axis direction of the disk holder based on the information input into the information input means.
Abstract:
PROBLEM TO BE SOLVED: To easily secure a state of manual operation with small force.SOLUTION: A recording medium drive device includes: a chassis 31 having predetermined members arranged thereon; worm wheels 47 and 55 which are rotatably supported by the chassis; motor support plates 37 and 49 which are arranged on the chassis and have two moving insertion holes 38a, 38b, 50a and 50b; drive motors 42 and 52 mounted on the motor support plates; worms 43 and 53 which are fixed to the motor shafts of the drive motors and are engaged with the worm wheels; two fitting pins 41 which have holding parts 41a provided on one ends of shaft parts 41b, in which the shaft parts are inserted into the moving insertion holes of the motor support plates, and which are mounted on the chassis; and two spring members 40 which are arranged between the holding parts of the fitting pins and the motor support plates, and energizes the motor support plates in a direction to press the motor support plates to the chassis. The engagements of the worms with the worm wheels can be released by moving the motor support plates to a direction to separate from the chassis in the axial direction of the worm wheels.
Abstract:
PROBLEM TO BE SOLVED: To reduce load on disk-type recording media and to improve strength of a case body.SOLUTION: The disk cartridge includes a case body 2 which is combined or separated by combining or separating a first shell 3 and a second shell 4. The first shell can store multiple disk-type recording media 100 and has a base face part 7. The second shell has a bottom face part 42. On either the fist shell or the second shell, grip parts 6c, 6c gripped by a cartridge holding mechanism are formed at positions other than the projection plane in the axial direction of the disk-type recording media stored in the case body.
Abstract:
PROBLEM TO BE SOLVED: To secure the rigidity of a cartridge body, and to prevent the invasion of dust and the like. SOLUTION: In a disc cartridge including a lower shell where a first rectangular plate 40 and disc holders 41 and 42 provided at first side edges of the first rectangular plate 40 are provided and second side edges orthogonal to the first side edges are opened, and an upper shell where a second rectangular plate 13, a pair of standing wall members 14 and 15 provided at third side edges of the second rectangular plate 13, a pair of dividing walls 32 provided at fourth side edges orthogonal to the third side edges and a supporting shaft 16 erected from the second rectangular plate 13 inserted in a center hole of a disc are provided, all surfaces are closed by the first and second rectangular plates 40 and 13, the standing wall members 14 and 15, the dividing wall 32 and the disk holders 41 and 42 by combining the upper and lower shells 11 and 12 and the second side edges are opened by making the supporting shaft 16 abut against the first rectangular plate 40 to vertically separate the upper and lower shells 11 and 12, and thus the disc can be inserted and ejected. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a disc cartridge capable of easily inserting and ejecting a stored disc. SOLUTION: A disc cartridge includes upper and lower shells 11 and 12 which constitute a cartridge main body 10. In the lower shell 12, a first rectangular plate 40, and disc holders 41 and 42 provided at first facing side edges of the first rectangular plate 40, constituting a sidewall of the cartridge body 10 and also slidably supporting a disc are provided, and second side edges which face each other and orthogonal to the first side edges are opened. In the upper shell 11, a second rectangular plate 13, standing wall members 14 and 15 provided at third facing side edges of the second rectangular plate 13 and constituting front and rear faces of the cartridge body 10, and a dividing wall 32 provided at fourth side edges orthogonal to the third side edges are provided. In the disc holders 41 and 42, an insertion/ejection opening 50 in/from which the disc is inserted and ejected from the second side edges is provided in one end and a push-out opening 51 for the entering of a disc push-out member 167 is provided at the other edge, and when the shells 11 and 12 are combined to each other, the second side edges are closed by the standing wall members 14 and 15, and opened when the shells are vertically separated. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To reduce manufacturing costs and a size by reducing the number of components, for detecting a tilt amount. SOLUTION: The optical drive device applies a first laser beam for recording/reproducing a mark via a common objective lens and a second laser beam (light for position control) for controlling a position of an objective lens. Tilt generation is accompanied by spot position shifting of reflected light of the second laser beam from the optical recording medium surface. The spot position shifting amount of reflected light of the second laser beam from the optical recording medium surface is detected as a spot position shifting amount of the first laser beam with respect to the second laser beam, which is caused by the tilting. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To reduce track error offset caused by variation of layer thickness of optical disks by digital processing without adopting a special optical system configuration. SOLUTION: This optical disk device includes a signal processing part which generates a track error signal Tr according to Tr=(A-D)-ma{(B1+B2)-(C1+C2)} based on differential signals (A-D) showing a difference between respective light receiving element signals A and D of divided light receiving elements, differential signals {(B1+B2)-(C1+C2)} showing a difference of respective sum signals of C1 and C2, and a coefficient ma set based on a ratio of tilt of DC offset in accordance with lens shift for a predetermined direction. The signal processing part sets the coefficient ma based on a radial position of the recording medium when recording or reproducing is performed for a predetermined recording layer of the optical recording medium. COPYRIGHT: (C)2009,JPO&INPIT