Abstract:
An SRAM memory cell that has a relatively small power consumption when writing a write value of ‘0’ to the memory cell includes cross-coupled first and second inverters, at least one read access transistor for selectively coupling a respective read bit line to a common connection node of a respective one of the first and second inverters, a switching transistor for selectively coupling the second inverter to a ground terminal, and a write access transistor for selectively coupling the common connection node of the second inverter to a write bit line.
Abstract:
A position adjustment method includes forming a plurality of bores on a tray, forming a plurality of through holes in a mounting plate corresponding to the bores on the tray, installing a plurality of screws into the through holes, and threading a plurality of nuts onto the screws, so as to fasten the screws to the mounting plate. The method also includes threading the screws into the corresponding bores so as to fasten the mounting plate to the tray and adjusting depths of the screws in the bores so as to adjust the position of the mounting plate relative to the tray.
Abstract:
The present invention relates to a disc ejection device of a disc drive to urgently eject a tray for holding a disc from the housing of the disc drive. The disc ejection device includes a first bar, a second bar, and a first protrusion. The first bar and the second bar are rotatably connected with the tray respectively. One end of the first bar sticks out of the panel of the disc drive, and the other end of the first bar is located touching against one end of the second bar. The second bar has a first latch located touching against the first protrusion which is connected with the housing. A user may move the stick-out end of the first bar to eject the tray.
Abstract:
A disc player is provided. The disc player includes a driving device, a chassis and a cover. The driving device is for driving a disc. The chassis, which accommodates the driving device, has a bottom surface for supporting the disc player and a top surface opposite to the bottom surface. At least a portion of the driving device protrudes on the top surface. The cover, movably connecting to the chassis, is selectively in an open state or a closed state in relation to the chassis. When the cover is in the open state, it is capable of holding and accommodating the disc and separates the disc from the driving device. When the cover is in the closed state, it overlaps the top surface and engages the driving device with the disc.
Abstract:
A optical storage carrier player, comprising: at least a light source, a connection arm, a focusing rib and a window. The connection arm can provide a passage for a light from the light source. The focusing rib that is protruding out the connection arm and structured in a ring shape for focusing the light. The window is arranged on an top cover of the player and connected with the connection arm to allow an operator to observe the interior of the player directly through the window.
Abstract:
An SRAM memory cell that has a relatively small power consumption when writing a write value of ‘0’ to the memory cell includes cross-coupled first and second inverters, at least one read access transistor for selectively coupling a respective read bit line to a common connection node of a respective one of the first and second inverters, a switching transistor for selectively coupling the second inverter to a ground terminal, and a write access transistor for selectively coupling the common connection node of the second inverter to a write bit line.
Abstract:
A disc player is provided. The disc player includes a driving device, a chassis and a cover. The driving device is for driving a disc. The chassis, which accommodates the driving device, has a bottom surface for supporting the disc player and a top surface opposite to the bottom surface. At least a portion of the driving device protrudes on the top surface. The cover, movably connecting to the chassis, is selectively in an open state or a closed state in relation to the chassis. When the cover is in the open state, it is capable of holding and accommodating the disc and separates the disc from the driving device. When the cover is in the closed state, it overlaps the top surface and engages the driving device with the disc.
Abstract:
An optical drive includes a casing, an optical module, and an adjustment unit. The optical module includes a tray. The tray is configured to support a disk. The adjustment unit disposed on the casing is configured to support the optical module. The adjustment unit moves flexibly so as to adjust the position of the tray with respect to the casing.