Abstract: A device includes first and second semiconductor fins, first, second, third and fourth fin sidewall spacers, and first and second epitaxy structures. The first and second fin sidewall spacers are respectively on opposite sides of the first semiconductor fin. The third and fourth fin sidewall spacers are respectively on opposite sides of the second semiconductor fin. The first and third fin sidewall spacers are between the first and second semiconductor fins and have smaller heights than the second and fourth fin sidewall spacers. The first and second epitaxy structures are respectively on the first and second semiconductor fins and merged together.

Abstract: An electronic torque wrench equipped with an automatic output-torque compensation device comprises an electronic torque wrench and replaceable wrench heads selectively installed in the electronic torque wrench. A torque-compensation setting module sets a length parameter corresponding to the specification of the wrench head. An allowable torque range conversion module and a torque-compensation conversion module respectively undertake conversions and compensations to update an allowable torque range of the electronic torque wrench and make a displayed torque equal to the torque actually output in operation. A display element presents the displayed torque and the updated allowable torque range. The user can directly learn the actually-output torque and the updated allowable torque range from the display element in realtime, neither looking up tables nor undertaking computations.

Abstract: An electronic torque apparatus equipped with an automatic compensation device with output torque includes an electronic torque wrench with a changeable drive head, a plurality of drive heads at varying lengths and an automatic compensation device in the electronic torque wrench with built-in output torque. One of the drive heads is selected to be installed on the electronic torque wrench as desired. Through the automatic compensation device, compensation is set and calculated according to the type or length of the drive head so that operation torque of the electronic torque wrench and preset target torque are equal to actual output torque of the electronic torque wrench. Thereby users can directly and instantly get the actual output torque on a display element without calculation or conversion through tables to improve reliability and usability.

Abstract: A digital tool with a light display comprises at least one light display assembly. The light display assembly includes four or more light-emitting elements to cooperate with a light-transmitting element. The light display assembly can be the whole or a part of a handle sleeve. Therefore, by cooperating with a compare unit and a control unit, under the predetermined condition, the light-emitting elements can emit light through the light-emitting area synchronously or alternately.

Abstract: A digital tool with a light display comprises at least one light display assembly. The light display assembly includes four or more light-emitting elements to cooperate with a light-transmitting element. The light display assembly can be the whole or a part of a handle sleeve. Therefore, by cooperating with a compare unit and a control unit, under the predetermined condition, the light-emitting elements can emit light through the light-emitting area synchronously or alternately.

Abstract: This invention discloses a method and apparatus for measuring the weight of a CNC workpiece. As the weight of the workpiece on a loading platform increases, the loading of a driving module which drives the loading platform in constant speed increases accordingly. On the contrary, as the weight of the workpiece on the loading platform decreases, the loading of the driving module which drives the loading platform in constant speed also decreases. This invention determines the weight of the workpiece on the loading platform by measuring the electrical signal which drives the driving module and utilizing a calibration curve data in a preconfigured database.

Abstract: This invention discloses a method and apparatus for measuring the weight of a CNC workpiece. As the weight of the workpiece on a loading platform increases, the loading of a driving module which drives the loading platform in constant speed increases accordingly. On the contrary, as the weight of the workpiece on the loading platform decreases, the loading of the driving module which drives the loading platform in constant speed also decreases. This invention determines the weight of the workpiece on the loading platform by measuring the electrical signal which drives the driving module and utilizing a calibration curve data in a preconfigured database.

Abstract: A constant force socket is constructed to include a socket body, which has an inner hole at one end and a set of teeth radially disposed inside the inner hole, a ratchet wheel, which is mounted inside the inner hole of the socket body and has a tool hole at one side and a set of radially arranged teeth at an opposite side, a screw member threaded into the inner hole of the socket body, and a compression spring supported between the ratchet wheel and the screw member to force the teeth of the ratchet wheel into engagement with the teeth of the socket body.

Abstract: Disclosed is a torque wrench comprising a signal generator including a spring biased against a trigger member, a sensor, and a disc biased between the spring and the sensor, a setting assembly including a cylindrical member for receiving the disc and the sensor, a cap, a knob through the cap to threadably couple to the cylindrical member, and a sliding pin inserted through a groove on a handle into the cylindrical member for coupling, and a numeric display mounted around the handle. A maximum torque of the wrench can be preset by rotating the knob and shown on the display. Also, an amount of torque being exerted by wrench can be shown on the display. The wrench may trip when the amount of torque has reached the preset maximum torque.

Abstract: Disclosed is a torque wrench comprising a signal generator including a spring biased against a trigger member, a sensor, and a disc biased between the spring and the sensor, a setting assembly including a cylindrical member for receiving the disc and the sensor, a cap, a knob through the cap to threadably couple to the cylindrical member, and a sliding pin inserted through a groove on a handle into the cylindrical member for coupling, and a numeric display mounted around the handle. A maximum torque of the wrench can be preset by rotating the knob and shown on the display. Also, an amount of torque being exerted by wrench can be shown on the display. The wrench may trip when the amount of torque has reached the preset maximum torque.

Abstract: A constant force socket is constructed to include a socket body, which has an inner hole at one end and a set of teeth radially disposed inside the inner hole, a ratchet wheel, which is mounted inside the inner hole of the socket body and has a tool hole at one side and a set of radially arranged teeth at an opposite side, a screw member threaded into the inner hole of the socket body, and a compression spring supported between the ratchet wheel and the screw member to force the teeth of the ratchet wheel into engagement with the teeth of the socket body.