Abstract: An integrated touch panel including a first, second, and third substrates, a first and second adhesive layers, a first and second axial conductive layers, a shielding layer, a first and second conductive films, two first and second conductive electrodes is provided. The first axial conductive layer, the first adhesive layer and the second axial conductive layer are laminated in order between the first substrate and the second substrate. The shielding layer and the first conductive film are adjacent to each other and disposed between the second substrate and the third substrate. The second adhesive layer and the second conductive film are laminated in order between the first conductive film and the third substrate. Two first conductive electrodes are disposed in parallel between the first conductive film and the second adhesive layer, and two second conductive electrodes are disposed in parallel between the first conductive film and the second adhesive layer.

Abstract: A capacitive touch sensor includes multiple first-axis traces, multiple second-axis traces, an insulation layer and multiple metal traces. Each first-axis trace includes multiple first touch-sensing pads and first connecting lines connected therebetween. Each second-axis trace includes multiple second touch-sensing pads and second connecting lines connected therebetween. At least one of the first connecting line and the second connecting line is a metal printing line.

Abstract: A ratchet wrench includes a driving end including a ratchet member, two pawls releasably and selectively engaging with the ratchet member for setting the ratchet wrench in two operation modes, and a switching mechanism disposed between the pawls and including limits urging the respective pawls such that one limit engages with one pawl to urge it to disengage from the ratchet member while the other limit disengages from the other pawl to allow it to engage with the ratchet member in one operation mode, and the other limit engages with the other pawl to urge it to disengage from the ratchet member while the one limit disengages from the one pawl to allow it to engage with the ratchet member in another operation mode. Additionally, the pawls are prevented from being mis-shifted by the switching mechanism.

Abstract: A touch panel having a transparent region and a peripheral region surrounding the transparent region is provided. The touch panel includes a transparent cover, a touch device, a light-shielding layer, a layer of conductive lines, and a touch chip. The transparent cover has a touch surface and a device mounting surface opposite thereto. The touch device is disposed on the device mounting surface and at least located at the transparent region. The light-shielding layer is disposed on the transparent cover and located inside the peripheral region. The layer of conductive lines is disposed on the device mounting surface, located inside the peripheral region, and electrically connected to the touch device. The touch chip is disposed on the layer of conductive lines through a chip-on-glass process.

Abstract: A wrenching device includes a driving member, a hole and at a slit defined therein, and defines an engaging portion. The slit communicates with the hole. The wrenching device further includes an actuating member moveably disposed in the hole of the driving member, and a control member including a connecting end pivotally joining to the actuating member and including first and second engaging sides selectively abutting against a wall defined on the driving member in response to first and second operating positions thereof, respectively.

Abstract: An improved redirection structure of a ratchet wrench is disclosed. A driving head accommodates a connector body that has a knob. The accommodating room of the connector body accommodates a brake block with a notch. The urging element of the knob urges against the brake block in the notch.

Abstract: A complex sheet structure includes a base plate, a microstructure layer, and a shielding layer. The microstructure layer is formed on the base plate and has a first side and an opposite second side. The microstructure layer has a plurality of prismatic structures, and the base plate touches the first side of the microstructure layer. The shielding layer covers the second side of the microstructure layer and contains a low light-transmittance material.

Abstract: A ratchet tool includes a head and a handle, a ratchet is received in the space and two pawl sets are respectively received in two recesses defined in the inner periphery of the space. Each pawl set has a pawl and a spring which biases the pawl to be engaged with the teeth of the ratchet. Each pawl has a flat surface defined in the end having the engaging teeth. An operation member has a flange which is rotatably engaged with a groove defined in the inner periphery of the space and the flange includes a pressing surface which presses one of the flat surfaces of the two pawls by operating the operation member. By choosing one of the pawls to be engaged with the ratchet, the ratchet tool can output torque in desired direction.

Abstract: An adjustable wrench with a ratchet function comprises a fixed jaw 1 and a movable jaw, wherein the fixed jaw has a receiving recess for receiving a screw, a first spring is disposed between the screw and the inner wall of the receiving recess, a shaft is passed through the first spring and the screw, the shaft is formed thereon with a blocking portion for catching a pin, an actuating portion protrudes from the end of the pin, the actuating portion of the pin abuts against the V-shaped push surface of an operating piece, and when pressing one of the ends of the operating piece, the actuating portion of the pin can be pushed by the V-shaped push surface so that the pin moves and disengages from the blocking portion of the shaft. At this time, the wrench can be counter-rotated to quickly perform screw locking action.

Abstract: A movable wrench including a screw bar, and an operating element. The bottom surface of the screw bar is urged by a first compressible spring. The hook part of the operating element urges against the bottom surface of the screw bar. As the user depresses the operating end of the operating element, the hook part escape from the bottom surface. The first compressible spring is depressed downward. After the reverse rotation and positioning, the first compressible spring urges against the screw bar again. The operating end is released so that the hook part urges against the bottom surface again.

Abstract: An improved screwdriver head structure having a blade portion and a connecting portion, characterized in that: the blade portion is located on one end of the screwdriver head and has two or more engaging surfaces, wherein each of the engaging surfaces is regularly disposed with a plurality of protruding cones at equal distance, the tip of each of the protruding cones has a touching point, and the touching points of the protruding cones are on the same plane; the connecting portion is located on the other end of the screwdriver head for the connection with a screwdriver handle; and when a user uses the blade portion to fasten a screw, the touching points of the protruding cones on the blade portion fully engage with the screw, thereby providing larger friction and even force distribution.

Abstract: A ratchet tool includes a head and a handle, a ratchet is received in the space and two pawl sets are respectively received in two recesses defined in the inner periphery of the space. Each pawl set has a pawl and a spring which biases the pawl to be engaged with the teeth of the ratchet. Each pawl has a flat surface defined in the end having the engaging teeth. An operation member has a flange which is rotatably engaged with a groove defined in the inner periphery of the space and the flange includes a pressing surface which presses one of the flat surfaces of the two pawls by operating the operation member. By choosing one of the pawls to be engaged with the ratchet, the ratchet tool can output torque in desired direction.

Abstract: An adjustable wrench is provided for selectively producing a fixing movement or a pivotal turning movement by pressing or releasing a stop module to pivot the pivotal jaw, so that the adjustable wrench can change the width of its opening quickly, and such adjustable wrench provides an excellent operation and also reduces the operating time greatly.

Abstract: A swing wrench includes a fixing jaw, a moving jaw, an acting set, and a handle pivotally fixed to the bottom of the fixing jaw. A fixing element is disposed between the bottom of the fixing jaw and the front end of the handle. A limiting section is disposed around the fixing element. A fixing part is formed at the front end of the handle, opposite to the fixing element. The limiting section of the fixing element can engage or move away from the fixing part of the handle. When the limiting section is away from the fixing part, a swing space is formed in between for the handle to pivotally swing with respect to the fixing jaw.

Abstract: A capacitive touch panel includes a transparent substrate, a plurality of first sensing electrode sets and second sensing electrode sets provided on the transparent substrate. Each first sensing electrode set includes a plurality of first sensing electrodes electrically coupled in series through a plurality of first wires. Each second sensing electrode set includes a plurality of second sensing electrodes. A color compensation layer having a mesh-like pattern is provided between the first sensing electrodes and the second sensing electrodes. The second wires cover part of the surface of the color compensation layer to couple the second sensing electrodes in series.

Abstract: A capacitive touch panel including a first substrate and the elements disposed on the first substrate such as a plurality of first sensing series, a plurality of second sensing series, and a plurality of compensating patterns. Each of the first sensing series is formed by first electrodes serially connected through first connecting lines in a first direction, and each of the second series is formed by second electrodes serially connected through second connecting lines in a second direction intersecting the first direction. The first electrodes and the second electrodes are electrically insulated from one another. Each of the first electrodes is separated from one of the second electrodes by a gap in a horizontal direction parallel to the first substrate. The compensating patterns are located inside the gaps.

Abstract: A ratchet connector includes a driving element, a control ring, and a working element. A tooth block is disposed in an open groove of the driving element. Both sides of the tooth block have several teeth. The control ring is mounted on the driving element to control the tooth block to move along the bottom of the open groove. The working element is mounted on the driving element. The teeth of the tooth block engage with the ratchet teeth on an inner surface of the working element.

Abstract: A ratchet connector includes a driving element, a control ring, and a working element. A tooth block is disposed in an open groove of the driving element. Both sides of the tooth block have several teeth. The control ring is mounted on the driving element to control the tooth block to move along the bottom of the open groove. The working element is mounted on the driving element. The teeth of the tooth block engage with the ratchet teeth on an inner surface of the working element.

Abstract: A transflective liquid crystal display is provided. The electric fields of reflective regions are adjusted by arranging resistors between transmissive electrodes and reflectors or by disposing reflectors floating on the transmissive electrodes and ground electrodes so that the phase shift of liquid crystal layer in the reflective region and transmissive region can be controlled. Accordingly, the transmissive area and reflective area can be kept substantially identical in thickness and the complex process for manufacturing double gap structure is thus not required.

Abstract: An integrated touch panel including a first, second, and third substrates, a first and second adhesive layers, a first and second axial conductive layers, a shielding layer, a first and second conductive films, two first and second conductive electrodes is provided. The first axial conductive layer, the first adhesive layer and the second axial conductive layer are laminated in order between the first substrate and the second substrate. The shielding layer and the first conductive film are adjacent to each other and disposed between the second substrate and the third substrate. The second adhesive layer and the second conductive film are laminated in order between the first conductive film and the third substrate. Two first conductive electrodes are disposed in parallel between the first conductive film and the second adhesive layer, and two second conductive electrodes are disposed in parallel between the first conductive film and the second adhesive layer.