14 results about "Optical disc drive" patented technology

The present invention provides an optical disk drive capable of guiding the center of an optical disk to the position of a spindle motor while reducing the number of components. A base frame (2) includes stop portions (26a, 26b) that contact the outer edge of the optical disk that has reached the position of the spindle motor (11) and restrict the backward movement of the optical disk. A switching arm (80) includes contact portions (82a, 82b) that are located on the side opposite the stop portions (26a, 26b) in the case where the optical disk has reached the position of the spindle motor (11) and is interposed therebetween. The switching arm (80) pushes the optical disk toward the stop portions (26a, 26b) with the contact portions (82a, 82b).

The application discloses a drive mechanism of an optical disc machine and an optical pickup assembly thereof, which is connected between a screw rod of a stepping motor and the optical pickup assembly, and enables the optical pickup assembly to move back and forth along the axial direction of main guide rods and vice guide rods. The drive mechanism comprises a special-shaped bearing connecting piece and a spring. The bearing connecting piece is provided with oblique teeth which are engaged with the screw rod. The spring is arranged at the back of the oblique teeth, so that the oblique teeth are always engaged with the screw rod. The bearing connecting piece is more stable and reliable when being driven by the oblique teeth and the screw rod. In combination with the pre-pressing force of the elastic element, the reliable and stable tracking movement of the optical pickup assembly is effectively ensured. The structure is reasonable and simple, the installation and operation are convenient, and the maintenance cost after sale is remarkably reduced. The scheme is practical and effective, and especially applied to the core of the optical disc machine (commonly known as the optical drive) configured by the traditional desktop computer, so that good profit value can be realized.

The utility model is suitable for the technical field of data inspection, and provides a mobile medium inspection device, which comprises an inspection device body, one end of the front side surface of the inspection device body is provided with a power-on button, the front side surface of the inspection device body is provided with a plurality of USB ports, the front side surface of the inspection device body is provided with an optical disk drive, and the optical disk drive is provided with a power-on button. The front side surface of the detection device body is provided with an SDXC card slot, and one end of the front side surface of the detection device body is transversely and fixedly connected with a guide rod. According to the mobile medium inspection device, through the arrangement of a plurality of USB ports, an SDXC card slot and an optical disc driver, mobile storage media such as a USB flash disk, a mobile hard disk, an optical disc and a storage card can be conveniently accessed, data stored in the media can be inspected, and in the inspection process, after the transparent baffle is pulled to cover the surface of the starting button, the transparent baffle is pulled to move to cover the surface of the starting button; and the power-on button is shielded, so that the condition of mistaken touch in the checking process is avoided.

1. Name of the product in this design: Optical disc drive mounting bracket (1). 2. Purpose of this design: For mounting and securing optical disc drives. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The present invention discloses an offline dual-array optical disc data storage device, comprising a rack, the rack being provided with an offline library for storing optical discs, an online library for reading and writing optical discs, and a robotic device for transporting optical discs. The offline and online libraries are located on either side of the robotic device. The offline library is provided with a plurality of offline optical disc storage units, and the online library is provided with a plurality of optical disc drives for online reading optical discs. Each optical disc storage unit in the present application is a completely independent unit body and is detachably mounted on the rack, enabling offline storage. This maximizes the data storage capacity of the offline dual-array optical disc data storage device within a limited space.

To provide an optical disc drive (1) with a smaller number of components. The optical disc drive (1) includes a turntable (30) for rotating an optical disc, a chuck pulley (15), a top frame (10) having an opening (10a) formed at a position overlapping the chuck pulley (15) in a plan view, and a first arm (141) that holds the chuck pulley (15), in which the first arm (141) contacts a first guide section (101) of the opening (10a) and changes the posture so as to move the chuck pulley (15) between the stand-by position and the chuck position at which the first arm (141) and the turntable (30) sandwich the optical disc depending on a position at which the first arm (141) contacts the first guide section (101).

There are provided an optical disk drive (20) that is easily attachable and detachable, and an electronic equipment unit (10) that includes the optical disk drive (20). The optical disk drive (20) detachably attachable to the electronic equipment (10) includes a case (21) having an insertion opening (21b) through which an optical disk is inserted, and a connector terminal (22). The case (21) is provided with a locking pawl (31a) supported by the electronic equipment (10) in a manner allowing the connector terminal (22) to pivot between a non-connecting position in which the connector terminal (22) is not connected to a connector terminal (13) provided on the electronic equipment (10), and a connecting position in which the connector terminal (22) is connected to the connector terminal (13).

An optical disc drive, memory, and electronic device are provided for an optical disc having a single servo layer and multiple recording layers. A dichroic mirror is present inside the optical disc drive. The beam of a first light source is irradiated onto the surface of one side of the dichroic mirror and then reflected onto the recording medium of the optical disc for reading and writing data. The beam of a second light source may pass directly through the dichroic mirror and be transmitted to the servo layer of the recording medium of the optical disc. The dichroic mirror may be fastened inside the optical disc drive via a movable component. The movable component may change the orientation of the dichroic mirror to adjust the relative position between the propagation direction of the beam of the first light source and the propagation direction of the beam of the second light source, thereby eliminating errors that occur during the installation and use of the optical disc drive. The optical disc drive in this application has advantages such as fewer changes to the internal structure, a simpler implementation process, and high control accuracy. When servo control is performed accurately and at low cost via the beam of the second light source in the servo layer, the beam of the first light source is irradiated onto the center of the data track of each recording layer of the optical disc.

A disc drive is provided which can realize a transport roller position operating mechanism, a centering mechanism, and a clamping cam operating mechanism with fewer parts. A base frame (2) has a spindle motor (11) and an optical element. An inner case houses the base frame (2) and supports a transport mechanism configured to transport a disc to a position of the spindle motor (11). An outer case houses the inner case. The base frame (2) is fixed in the inner case by a first damper (130), and the inner case is fixed in the outer case by a second damper (140).

The present invention reduces the size of an optical disc drive by shortening the path for transmitting the rotation of a loading motor. The transmission roller (20) contacts the optical disc and transmits the optical disc toward the position of a spindle motor (11) when in a first roller position, and does not contact the optical disc when in a second roller position. The slider (70) places the transmission roller (20) in the first roller position when in a first operating member position, and places the transmission roller (20) in the second roller position when in a second operating member position. The first transmission mechanism transmits the rotation of the loading motor (60) to the transmission roller (20). The second transmission mechanism transmits the rotation of the loading motor (60) to the slider (70). The distribution mechanism engages with each of the first transmission mechanism and the second transmission mechanism to distribute the rotation of the loading motor (60) to the first transmission mechanism and the second transmission mechanism.

1. Name of the product in this design: Optical disc drive mounting bracket (2). 2. Purpose of this design: For mounting and securing optical disc drives. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention discloses an optical disc driver, which comprises a movement base, a tray, a tray support and a tray driving mechanism, and is characterized in that the tray driving mechanism comprises a sliding part, a driving gear and a tray driving part for driving the driving gear to rotate, and the sliding part comprises a main sliding block; when the tray is popped out, the driving gear drives the main sliding block to move to a first displacement point in the Y + direction of the Y-axis direction, so that the driving gear can drive the tray to be popped out in the machine core base in the X + direction of the X-axis direction; when the tray support is popped out, the driving gear rotates reversely to drive the sliding component to move in the Y-direction of the Y-axis direction, and the sliding component can drive the tray support to be popped out in the machine core base in the X + direction. Pop-up of the tray support and pop-up of the tray are mutually independent and do not interfere with each other, so that when the optical disc is loaded to the target optical disc driver, the optical disc driver arranged oppositely can pop up the tray support and support the front end of the tray of the target optical disc driver, reading and recording are kept, and the read-write performance of the optical disc device is prevented from being affected.

To provide an optical disc drive (1) with a smaller number of components. The optical disc drive (1) includes a turntable (30) for rotating an optical disc, a chuck pulley (15), a top frame (10) having an opening (10a) formed at a position overlapping the chuck pulley (15) in a plan view, and a first arm (141) that holds the chuck pulley (15), in which the first arm (141) contacts a first guide section (101) of the opening (10a) and changes the posture so as to move the chuck pulley (15) between the stand-by position and the chuck position at which the first arm (141) and the turntable (30) sandwich the optical disc depending on a position at which the first arm (141) contacts the first guide section (101).