Abstract: A label sheet positioning device is provided for a barcode printer, including a pressure regulation seat having two pressure adjusting knobs and at least one universal adjusting knob mounted to a top thereof. The pressure adjusting knobs serve to adjust pressure for positioning in the upward-downward direction of a label sheet of the barcode printer. The universal adjusting knob functions to realize fine adjustment of pressure for positioning in a universal adjustable manner that the pressure regulation seat applies to the label sheet. At least one universal adjusting mechanism is coupled to bottom of the pressure regulation seat for effecting adjustment of inclination direction by the universal adjustment realized by the universal adjusting knob.

Abstract: A label sheet out-feeding detection device is provided for a barcode printer and includes a guide member coupled to a front enclosure of the barcode printer. The guide member forms at least one pair of opposing rails. Two casing members are combined to each other to form a combined casing movably received between the rails of the guide member for conducting up and down movement. The combined casing has a top portion forming a detection channel. A guide rail is formed inside the casing. A least a pair of photo-electric detection elements is respectively mounted on wall portions of the casing respectively above and below the detection channel for detecting out-feeding of a label sheet passing through the detection channel. At least one resilient device has an end coupled to the guide member and an oppose end engaging a bottom portion of the casing.

Abstract: A carbon ribbon shaft is provided for a barcode printer and includes a shaft rod and at least one first rotation member and one second rotation member. The shaft rod has an end coupled to a housing of the barcode printer. The first and second rotation members are fit over the shaft rod. Arranged between inside of the first rotation member and the shaft rod is a resilient element that allows the first rotation member to effect resilient rotation with respect to the shaft rod. The first rotation member has an outer surface forming sliding-resistant resilient tabs. Arranged between inside of the second rotation member and the shaft rod is a resilient element that allows the second rotation member to effect resilient rotation with respect to the shaft rod. The second rotation member has an outer surface forming sliding-resistant resilient tabs. The surfaces of first and second rotation members receive a carbon ribbon roll of the barcode printer to fit thereon.

Abstract: A roller retention device is provided for a barcode printer and includes a base and at least one peeling board, wherein the base is mounted to an enclosure of the barcode printer. The base has a front portion forming at least one first channel for accommodating a rear portion of a label sheet hold-down roller of the barcode printer. The first channel has a peripheral portion forming at least one connection segment. The peeling board has a rear portion forming a second channel which matches with the first channel in order to accommodate a front portion of the label sheet hold-down roller. The second channel has a peripheral portion forming a coupling segment which corresponds to and is fixed to the connection segment of the base, allowing the label sheet hold-down roller of the barcode printer to be retained and accommodated between the first channel of the base and the second channel of the peeling board. The peeling board features the function of peeling the barcode label stickers off a release paper.

Abstract: A reel shaft sensor is provided for a barcode printer and is applied to a reel shaft of the barcode printer. The reel shaft sensor device includes a plurality of magnetic elements and at least one magnetic sensor. The reel shaft has an end to which a connection member is mounted for coupling the interior of a housing of the barcode printer. The magnetic element is arranged inside the connection member and the magnetic sensor is installed inside the housing of the barcode printer and corresponding in position to the connection member. The magnetic sensor detects a magnetic signal from the magnetic elements that rotates with the reel shaft to determine the rotational speed and angular position of the reel shaft. The device is a small-size, magnetism operating shaft sensor.

Abstract: A label roll rack is provided for a barcode printer and includes a shaft rod and at least one retention bar. The shaft rod has an end coupled to a housing of the barcode printer to receive a label roll to fit thereon, serving as a support axle for the label roll. The shaft rod forms on surfaces thereof sliding slots extending in a horizontal axial direction. The retention bar has a lower end forming opposite coupling sections each having an inside surface forming a projection, which is fit in the respective sliding slot of the shaft rod to make the retention bar substantially normal to and realizing a retention condition with respect to the shaft rod, wherein the retention bar is movable in the horizontal axial direction for positioning and retaining label rolls of various sizes fit on the shaft rod.

Abstract: A microphone handle grip structure includes a handle, a grip and at least one press fixing member. The handle has a receiving space and a slot, wherein a distance between the slot and an outer edge of the handle is defined by a height. The grip is rested on the outer edge of the handle closely and has two opposite sides located on the two oblique side faces of the slot respectively. The press fixing member has a shape substantially matching that of the slot and is pressed into the slot to press the two opposite sides of the grip so that the two opposite sides of the grip are rested on the two oblique side faces of the slot respectively, and the press fixing member and the grip are fixed on the slot of the handle.

Abstract: A rewinding reel for rewinding a carbon ribbon or a label carrier in a label printer is provided, including a shaft, a gear, at least two sliding bases, at least two outer casing members, a resilient element, and a knob. The gear is mounted to the shaft to mate a transmission of the label printer for driving rotation of the shaft. The sliding bases are mounted to the shaft and are rotatable by the shaft. The sliding bases include movable portions that form camming projections and follower projections respectively in camming engagement with follower projections and camming faces formed on the outer casing members to radially move the outer casing members away from and toward the sliding bases for expanding and contracting the outer casing members in order to selectively loosen the carbon ribbon or the label carrier wound around the outer casing members. The knob is fixed to the movable portions and is manually depressible to move the movable portions.

Abstract: A paper detection device is provided for a label printer, including an enclosure and at least one detection circuit board. The enclosure has opposite side faces on which at least one guide rail and a handle are formed and a bottom on which at least one resilient stop block is formed. The enclosure forms at least one detection channel through which a label to be printed is allowed to pass therethrough. The detection circuit board is arranged inside the enclosure to detect the label passing through the detection channel. The guide rails formed on the opposite sides of the enclosure allow the paper detection device to be fit into a receptacle pre-formed inside the label printer and the handle allows a user to move the enclosure by pulling the handle to thereby adjust the position of the enclosure inside the receptacle. The resilient stop block on the bottom of the enclosure facilitates to secure and position the enclosure inside the receptacle.

Abstract: A label tensioning board is provided for a label printer, including a body, at least one shaft, a resilient element, and at least one slide. The body forms a slot for rotatably accommodating the shaft. The resilient element is coupled to a proximal end of the shaft and the proximal end of the shaft is fixed to an enclosure of the label printer to allow for resilient rotation and returning of the body for adjustment of tension. The body forms at least one rail and a stop. The slide slidably engages the rail for sliding movement along the rail. The slide forms a positioning projection for setting a space between the slide and the stop that accommodate and guides the conveyance of a sheet of label paper. As such, a tensioning board featuring both adjustment of label tension and positioning of the label is provided.

Abstract: A memory device comprises a first memory cell and a second memory cell. The first memory cell includes a first transistor coupled to a bit line and the second memory cell includes a second transistor coupled to a bit line bar. The first transistor includes a first gate terminal coupled to a first word line. The second transistor includes a second gate terminal coupled to a second word line. The first transistor and the second transistor are controlled by the first word line and the second word line respectively. A first sense amplifier having an asymmetric configuration is coupled to the bit line and the bit line bar and is capable to sense a status of at least one of the bit line and the bit line bar.

Abstract: A method of video coding is disclosed. It includes searching the candidates of a frame for decreasing the samples, and chooses the bit numbers of transmitting data for reducing the requirement of memory bandwidth. Then obtain the better candidates of moving blocks. After that, apply a method of local small range full search processing around the candidates of moving blocks for obtaining the best motion vectors.

Abstract: A coupling device includes a mounting frame mounted on a rear surface of a front shell of a display housing and having a plate portion disposed adjacent to a front surface of a bracket of the display and formed with a through hole. A coupling plate is mounted on the mounting frame such that the plate portion of the mounting frame is disposed between the coupling plate and the bracket. A fastening member extends through a through hole in the bracket, and the through hole in the plate portion of the mounting frame, and is fastened to the coupling plate so as to couple the bracket to the front shell.

Abstract: A method of operating a memory device including an array of cells formed in rows and columns that comprises providing a control signal, activating the control signal, the activated control signal including a first state and a second state, continuously performing access cycles in response to the first state of the activated control signal in one part of a period, and continuously performing refresh cycles in response to the second state of the activated control signal in another part of the period.

Abstract: A display device. A display device comprises a body and a movable portion. The body comprises a display panel. The movable portion is rotatably disposed on the body, movable between a first position and a second position. When the movable portion is at the first position, the movable portion is closed on the body, covering and protecting the display panel. When the movable portion rotates a predetermined angle from the first position to the second position, the movable portion becomes a supporting member, to support the body in an upright position.

Abstract: An adapter includes a metallic connector having an end portion formed with a mounting recess having a bottom formed with an annular flange having a top side formed with a receiving space, a metallic connecting pipe having an end portion inserted into the mounting recess of the metallic connector and stopped by the annular flange of the mounting recess, and a fusible metal paste coated between the mounting recess of the metallic connector and the end portion of the metallic connecting pipe. Thus, the metallic connector and the metallic connecting pipe are combined together rigidly and stably by the fusible metal paste, so that the adapter has a reinforced strength and solidified structure.

Abstract: An adapter includes a metallic connector having a mounting recess, a metallic hose having an end portion inserted into the mounting recess of the metallic connector, and at least one fusible metal ring located between the end portion of the metallic hose and the mounting recess of the metallic connector. Thus, the metallic connector and the metallic hose are combined together rigidly and stably by the fixing portion formed by the fusible metal ring, so that the adapter has a reinforced strength and solidified structure. In addition, the metallic connector and the metallic hose are combined together closely, so that the metallic hose will not detach from the metallic connector during a long-term utilization, thereby enhancing the lifetime of the adapter.

Abstract: A display device. A display device comprises a body and a movable portion. The body comprises a display panel. The movable portion is rotatably disposed on the body, movable between a first position and a second position. When the movable portion is at the first position, the movable portion is closed on the body, covering and protecting the display panel. When the movable portion rotates a predetermined angle from the first position to the second position, the movable portion becomes a supporting member, to support the body in an upright position.

Abstract: A method of operating a memory device including an array of cells formed in rows and columns that comprises providing a control signal, activating the control signal, the activated control signal including a first state and a second state, continuously performing access cycles in response to the first state of the activated control signal in one part of a period, and continuously performing refresh cycles in response to the second state of the activated control signal in another part of the period.