Abstract: A film capable of emitting far infrared rays is composed of a surface layer and a carbonic layer coating the surface layer. The carbonic layer includes carbon of at least 60 wt %. When the film is applied to the human skin, the temperature of the skin can be heightened and the blood circulation can be enhanced, so the absorbability of the active ingredients in the film by the human skin can be enhanced. Beside, the film can resist ultraviolet rays to prevent the skin from ultraviolet injury.

Abstract: A battery cover structure includes a removable cover, a button and a main body. The removable cover includes a locking portion and defines a receiving hole. The button includes an operating portion. The main body includes a latching portion and a recessed portion. The button is attached to the recessed portion. A curved arm is integrally formed with the main body and includes a contacting portion abutting the button. The latching portion is engaged with the locking portion and the operating portion is engaged in the receiving hole to lock the removable cover in the main body. The button is pressed down to detach the removable cover from the main body and return back by a rebounding force of the curved arm.

Abstract: An exemplary portable electronic device includes a main body, a cover member movably connected with the main body, a sensing unit, a signal processing unit, an audio output unit. The audio output unit is configured for outputting audio signals and disposed in either one of the main body and the cover member. The audio output unit includes a magnetic member. The sensing unit is disposed in the other one of the main body and the cover member and configured for detecting relative displacement of the magnetic member and capable of generating a corresponding command signal. The signal processing unit is disposed in the main body and electrically connected to the sensing unit. The signal processing unit is capable of actuating different operation modes according to the command signal.

Abstract: A mobile terminal includes a base body, a pair of slidable bodies and a pair of switch mechanisms disposed on the slidable bodies. Each of the switch mechanism includes a housing, a cover, an operating member, a locking member and a spring unit. The operating member includes a coupling portion received in the housing and an operating cap located out of the housing. The coupling portion includes a base bevel. The locking member received in the housing includes a sliding bevel contacting to the base bevel and a locking block passing through the cover and engaging with the base body. The spring unit urges between the locking member and the housing. When the operating cap is pressed towards the housing, the base bevel engages with the sliding bevel to drive the locking member compress the spring unit, thereby the locking block disengaging from the base body.

Abstract: An exemplary portable electronic device includes a main body, a cover member movably connected with the main body, a sensing unit, a signal processing unit, an audio output unit. The audio output unit is configured for outputting audio signals and disposed in either one of the main body and the cover member. The audio output unit includes a magnetic member. The sensing unit is disposed in the other one of the main body and the cover member and configured for detecting relative displacement of the magnetic member and capable of generating a corresponding command signal. The signal processing unit is disposed in the main body and electrically connected to the sensing unit. The signal processing unit is capable of actuating different operation modes according to the command signal.

Abstract: An electronic device includes a base, a cover pivotally attached to the base, and a hinge including a fixing member and a shaft rotating about the fixing member. The fixing member includes a locating plate including a first surface and a second surface opposite to the first surface, a first sleeve bending from the second surface of an end of the locating plate along a first direction, a second sleeve bending from the first surface of the end of the locating plate along a second direction opposite to the first direction, and a tongue portion between the first sleeve and the second sleeve. The shaft includes a rotating portion rotatably received in the first and second sleeves, a fastening portion fixed in the base, and a blocking portion. The rotating portion defines a groove to partly receive the tongue portion, preventing the shaft from disengaging from the fixing member.

Abstract: A battery cover structure includes a removable cover, a button and a main body. The removable cover includes a locking portion and defines a receiving hole. The button includes an operating portion. The main body includes a latching portion and a recessed portion. The button is attached to the recessed portion. A curved arm is integrally formed with the main body and includes a contacting portion abutting the button. The latching portion is engaged with the locking portion and the operating portion is engaged in the receiving hole to lock the removable cover in the main body. The button is pressed down to detach the removable cover from the main body and return back by a rebounding force of the curved arm.

Abstract: The terminal has two clamping pieces and two positioning pieces extended from an upper section and a middle section of the terminal, respectively. The width of the clamping pieces is exactly one half of that of the positioning pieces. In addition, a first positioning piece is U-shaped with two aims while a second positioning piece has a single arm whose shape fits the gap between the arms of the first positioning piece. As such, the terminals to be produced from a sheet of metal could be compactly arranged together. For a same sheet of metal, twice as many terminals of the present invention could be produced as the conventionally structured terminals.

Abstract: Strengthened carbonized paper, its preparation method and uses are provided. The carbonized paper comprises a mixed spun fabric containing oxidized fibers and polyamide fibers as the reinforced material. The carbonized paper has good tensile strength and electric conductivity. The carbonized paper can be used as the gas diffusion layer material in the fuel cell for better performance. Moreover, the carbonized paper of the subject invention is useful as the anti-electromagnetic material and reinforced composite material.

Abstract: A process for modifying a carbonized substrate and a modified carbonized substrate obtained therefrom are provided. The process involves the application of a mixture containing a hydrophobic polymer and a carbonaceous material onto a carbonized substrate which is not subjected to a hydrophobic treatment. The subject invention uses a simpler procedure to modify a carbonized substrate to provide a modified carbonized substrate with good conductivity, air permeability, and hydrophobicity. The modified carbonized substrate is suitable for use as the material for the gas diffusion layer of the electrode in fuel cells.

Abstract: A porous carbonized fabric with high efficiency and its preparation method and uses are provided. The carbonized fabric is prepared from a mixed spun fabric containing an oxidized fiber and a polyamide fiber. The carbonized fabric has excellent gas permeability, high porosity, and good electric conductivity. The carbonized fabric can be used as the gas diffusion layer (electrode) material in a fuel cell. The fuel cell can provide a relatively high power density. Moreover, the carbonized fabric is useful as an anti-electromagnetic material and a reinforced composite material.

Abstract: An image-sensing game-controlling device comprises a detector and a controller, wherein the detector comprises a X-axial digital camera, a Y-axial digital camera, and a Z-axial digital camera, and the controller comprises an image integrator, an image comparator, and a motion database. Besides, the detector is connected to the controller for transmitting image signals and the controller is connected to a game machine for transmitting control signals. When the player makes motions, the digital cameras capture the motion images continuously. Thereafter, the captured motion images are temporarily stored in the image integrator and updated instantaneously for being compared with the motion data stored in the motion database. Thereafter, the comparison results are transmitted to the image integrator so as to output corresponding motion signals to the game machine for enabling the virtual game role to make the corresponding motions.

Abstract: The present invention relates to a display device and a display method of a monitor. The display device comprises a plurality of memories for receiving a plurality of exterior video images via an input buffer, the memories being coupled to a wide-area X-axial address line and a wide-area Y-axial address line so as to form memory arrays by addressing; and a plurality of display cells for receiving the video images via an input/output buffer, the display cells being connected to the memories via local-area X-axial address lines and local-area Y-axial address lines so as to form display cell arrays, each display cell array being corresponding to a single memory array. The video images are divided into several blocks fictitiously and stored in the memory arrays. The video images, which are stored in the memory arrays, can be shown on the monitor via corresponding display cell arrays.

Abstract: A human-machine interactive virtual game control apparatus comprises a detector and a control box. The detector is composed of a sensing pedal and sensing lateral plates, wherein the sensing pedal comprises pressure-sensing devices to be trod on by the operator for detecting forward, backward, leftward, and rightward walking and running movements, and the photoelectric devices on the sensing lateral plates can detect the movement tracks of the operator's hands and feet and his jumping movement. Every detection signal is transmitted to the microprocessor unit mounted inside the control box to generate a corresponding signal, thereby controlling the corresponding virtual person in the game by means of a communication interface so as to substitute for the conventional arrow button of the conventional game controller or other apparatus. Accordingly, the operator is able to interact with the game to enhance the game's reality.

Abstract: A terminal formation method for the socket especially employed on the CPU. The terminal is integrally pressed in the form of a plane surface with one end the terminal body extended to form the first contact and the central part of the terminal body extended to be the second contact, these two contacts stand just like a capitalized alphabet B but not connected in the center. The first contact and the second contact are bent in the opposite direction and maintaining good elasticity. Because it is integrally formed in a plane surface by one pressing operation, no further processing of bending and soldering is required. This simple structure is good for mass production with high quality without considering the deformation in the future operation.

Abstract: The present invention is related to a solder ball formation structure for terminal socket, on top of which there is a contact end that extends downward to a extension, and at the end of the terminal socket the wire socket is combined with solder ball. The wire socket appears spherical and curves up. When the curved surface touches the heated solder, the solder is transferred to the curved surface and forms near-spherical solder ball through increasing cohesive force by raising the terminal up. The solder ball sticks to the bottom of the soldering area. The solder balls underneath the terminal through a simple and easy process are uniformly produced, so the quality of the connector is improved by assuring that the solder balls receive the same amount of heat when the connector is attached to a circuit board.

Abstract: A zero insertion force CPU connector is constructed to include a connector body, a plurality of terminals installed in respective terminal slots in the connector body, and a sliding cover covered on the connector body and adapted to support a CPU and carry the CPU into contact with the terminals in the connector body, wherein the terminals each have a head formed of a supporting strip, a springy pressure strip, and a space defined between the supporting strip and the springy pressure strip and adapted to receive the pins of the CPU carried on the sliding cover; the sliding cover has a plurality of bottom rods adapted to force the springy pressure strip of each terminal toward the corresponding supporting strip, enabling the pins of the CPU to be respectively positively maintained in contact between the supporting strip and springy pressure strip of each terminal.