Abstract: Provided is a sandwich-stuffing food forming apparatus, which uses differential speed rollers to avoid the problem that the wrapper cannot be aligned after the folding action in the prior art (the stuffing cannot be completely wrapped inside the wrapper). Further using conveyor belts with different speeds to increase the yield and aligner to solve the positioning problem of the sandwich-stuffing food during the production process (due to differences in conveyor belt speeds and/or heights), to solve technical problems encountered in the automation of sandwich-stuffing food.

Abstract: Provided is a stuffing food forming apparatus, the flipping units are utilized to replace the wrapping operation of the wrapper used in the rolling method in the prior art. The shape of non-strip stuffing can be maintained to a large extent, and the technical problems encountered in the automation of plate-shaped stuffing foods are solved.

Abstract: In some examples, a connection apparatus includes a first connector assembly to engage with a second connector assembly, where the first connector assembly is included in one of a support stand and an electronic device, and the second connector assembly is included in another one of the support stand and the electronic device. The first connector assembly includes a floating connector block, an electrical contact on the floating connector block, and a biasing assembly engaged with the floating connector block to urge the floating connector block towards the second connector assembly when the second connector assembly is engaged with the first connector assembly to achieve a spring-loaded engagement of the electrical contact with an electrical contact of the second connector assembly.

Abstract: In a method of manufacturing a semiconductor device, a fin structure protruding from an isolation insulating layer disposed over a substrate is formed, a sacrificial gate dielectric layer is formed over the fin structure, a polysilicon layer is formed over the sacrificial gate dielectric layer, a mask pattern is formed over the polysilicon layer, and the polysilicon layer is patterned into a sacrificial gate electrode using the mask pattern as an etching mask. The sacrificial gate electrode has a narrow portion above a level of a top of the fin structure such that a width of the sacrificial gate electrode decreases, takes a local minimum, and then increases from the top of the fin structure.

Abstract: In a method of manufacturing a semiconductor device, a fin structure protruding from an isolation insulating layer disposed over a substrate is formed, a sacrificial gate dielectric layer is formed over the fin structure, a polysilicon layer is formed over the sacrificial gate dielectric layer, a mask pattern is formed over the polysilicon layer, and the polysilicon layer is patterned into a sacrificial gate electrode using the mask pattern as an etching mask. The sacrificial gate electrode has a narrow portion above a level of a top of the fin structure such that a width of the sacrificial gate electrode decreases, takes a local minimum, and then increases from the top of the fin structure.

Abstract: A torque capacity expandable device and method for a torque multiplier are introduced. The device includes a connection sleeve and a torque multiplier. The connection sleeve, fitted to a torque wrench and the torque multiplier and fastened, has a force-applied end corresponding in dimensions to a force-applying end of the torque wrench and has another end corresponding in dimensions to the force-applied end of the torque multiplier. An integral fastening mechanism is integrally fitted to or formed with each of the two ends of the torque multiplier. Its force-applied end fastening mechanism has the same dimensions as the force-applying end fastening mechanism of connection sleeve. Its force-applying end fastening mechanism has the same dimensions as the force-applied end fastening mechanism of a reaction arm disposed at the force-applying end fastening mechanism of torque multiplier.

Abstract: A traffic control method, adapted to a server, includes detecting a packet sent by user equipment and transmitted through a base station to obtain packet information of the packet, wherein the packet information comprises an Internet protocol address, determining whether the packet information is abnormal, tagging identification information corresponding to the Internet protocol address when the packet information is abnormal, and blocking a connection between the user equipment and a network based on the identification information.

Abstract: An example computing device includes a power switch, a power management device to control a power state change of the computing device based on a command from a power control device, and a controller. The controller is to, in response to receiving a power control request message from an external device, change the power control device from the power switch to the external device.

Abstract: A torque capacity expandable device and method for a torque multiplier are introduced. The device includes a connection sleeve and a torque multiplier. The connection sleeve, fitted to a torque wrench and the torque multiplier and fastened, has a force-applied end corresponding in dimensions to a force-applying end of the torque wrench and has another end corresponding in dimensions to the force-applied end of the torque multiplier. An integral fastening mechanism is integrally fitted to or formed with each of the two ends of the torque multiplier. Its force-applied end fastening mechanism has the same dimensions as the force-applying end fastening mechanism of connection sleeve. Its force-applying end fastening mechanism has the same dimensions as the force-applied end fastening mechanism of a reaction arm disposed at the force-applying end fastening mechanism of torque multiplier.

Abstract: A bolt clamping force transducer for a bolt tightening operation is introduced to tighten a bolted joint by driving a torque rotating shaft in a clamping force transducer, such that a helical mechanism at one end of the torque rotating shaft generates an axial force for pressing a force sensing module and thus generates a strain value thereof. A socket is driven by the other end of the torque rotating shaft, thereby generating a clamping force under which the bolted joint of a specific specification is tightened. A parameter relation between the strain value and the clamping force is calibrated with a standard axial force gauge to facilitate calculation and control of the clamping force during the tightening process where the bolted joint fitted to any torque tool is sensed to control the precision of the clamping force being exerted on the bolted joint, thereby enhancing the quality thereof.

Abstract: In a method of manufacturing a semiconductor device, a fin structure protruding from an isolation insulating layer disposed over a substrate is formed, a sacrificial gate dielectric layer is formed over the fin structure, a polysilicon layer is formed over the sacrificial gate dielectric layer, a mask pattern is formed over the polysilicon layer, and the polysilicon layer is patterned into a sacrificial gate electrode using the mask pattern as an etching mask. The sacrificial gate electrode has a narrow portion above a level of a top of the fin structure such that a width of the sacrificial gate electrode decreases, takes a local minimum, and then increases from the top of the fin structure.

Abstract: A bolt clamping force transducer for a bolt tightening operation is introduced to tighten a bolted joint by driving a torque rotating shaft in a clamping force transducer, such that a helical mechanism at one end of the torque rotating shaft generates an axial force for pressing a force sensing module and thus generates a strain value thereof. A socket is driven by the other end of the torque rotating shaft, thereby generating a clamping force under which the bolted joint of a specific specification is tightened. A parameter relation between the strain value and the clamping force is calibrated with a standard axial force gauge to facilitate calculation and control of the clamping force during the tightening process where the bolted joint fitted to any torque tool is sensed to control the precision of the clamping force being exerted on the bolted joint, thereby enhancing the quality thereof.

Abstract: A bolt clamping force sensing washer includes a sensing washer, connection line assembly, and signal processor. The sensing washer includes a body, sensing component, and bushing. The body has an axial hole that matches outer diameter of a bolt's thread. The circumferential surface of the body has a circumferential groove for receiving the sensing component which measures a deformation signal generated by the body under an axial load. Two end surfaces of the body are perpendicular to the axial hole and each have a loosening-proof structure. The bushing is made of metal or plastic or formed by plastic insulating material casting to enclose the sensing component. The signal processor has a signal amplifier, microprocessor, pairing switch, power circuit unit, signal transmission unit, memory unit, RF antenna and alert unit. The connection line assembly is disposed at the bushing to electrically connect the sensing component and signal processor.

Abstract: A torque control method and apparatus for bolt tightening within predetermined rounds are provided. The method includes the following steps: connecting a torque control apparatus between an air supply system and a torque tool; generating a plurality of flow sets by the torque control apparatus according to the maximum air consumption of the torque tool under loading; obtaining the highest and lowest working air pressures and the corresponding maximum and minimum torque values according to each flow set, thereby constructing a relation curve between a plurality of working air pressure values and torque values; and obtaining the maximum controlling range under a working air pressure condition that the torque tool can be normally operated according to a relation curve between a plurality of working air pressures and torque values.

Abstract: A method of torque control and a torque control apparatus for a pneumatic torque tool are provided. The method includes: connecting a torque control apparatus between an air supply system and a pneumatic torque tool; under predetermined working and control conditions, driving the pneumatic torque tool at the first and second working air pressures to calibrate output torque, and to obtain maximum and minimum torque values; constructing correspondence relationship between air pressure and torque value based on the first and second working air pressures and the maximum and minimum torque values obtained; entering any target torque value ranging from minimum torque value to maximum torque value of the correspondence relationship to obtain a corresponding working air pressure value and drive the pneumatic torque tool; and verifying whether all working and control conditions are controlled within a predetermined range of variation to control the output torque.

Abstract: A bolt clamping force sensing washer includes a sensing washer, connection line assembly, and signal processor. The sensing washer includes a body, sensing component, and bushing. The body has an axial hole that matches outer diameter of a bolt's thread. The circumferential surface of the body has a circumferential groove for receiving the sensing component which measures a deformation signal generated by the body under an axial load. Two end surfaces of the body are perpendicular to the axial hole and each have a loosening-proof structure. The bushing is made of metal or plastic or formed by plastic insulating material casting to enclose the sensing component. The signal processor has a signal amplifier, microprocessor, pairing switch, power circuit unit, signal transmission unit, memory unit, RF antenna and alert unit. The connection line assembly is disposed at the bushing to electrically connect the sensing component and signal processor.

Abstract: A torque-sensing and transmitting device is provided. The device includes a transmission body, two vibration-damping members, two inner casings, two outer casings, a first circuit board module, and a battery module. The two inner casings are disposed on a shaft of the transmission body, and a vibration-damping member is disposed between the inner casing and the shaft. The first circuit board module is disposed in one of the two inner casings, and the first circuit board module is covered by a vibration-damping layer. The battery module is disposed on the other inner casing, and the battery module is covered by a vibration-damping layer. With the configuration of the vibration-damping member and the vibration-damping layer, this device solves the problem of the first circuit board module and the battery module being damaged due to vibration.

Abstract: A power supply and signal transmitting device for a sensing bolt and sensing bolt device is provided. The power supply and signal transmitting device, which is applied to the sensing bolt including a first contact set, includes a cap module and a supply module. The cap module caps one end of the sensing bolt and includes a cap circuit board module. A second contact set of the cap circuit board module contacts the first contact set for electrically connecting the sensing bolt. The supply module is interposed into the cap module for supplying an external power to the sensing bolt or accessing the data stored in the sensing bolt by electrically connecting a third contact set of the cap circuit board module with a fourth contact set of the supply module. Thereby, the power duration of the sensing bolt may be improved.

Abstract: A mounting rack with circuit includes a leadframe, a molding seat and a circuit layer. The leadframe comprises a plurality of electrodes. The molding seat is arranged on the leadframe and has a cup body to expose backsides of the electrodes and a cup opening to expose front sides of the electrodes. The circuit layer is arranged on the cup body and at least comprises two conductive parts, two electrical-connection parts and two soldering pads, wherein the two electrical-connection parts are arranged on the cup opening, one end of each of the two electrical-connection parts is electrically connected to one end of a respective one of the two conductive parts, the two soldering pads are arranged on bottom of the cup body, each of the two soldering pads is electrically connected to the other end of a respective one of the two conductive parts.

Abstract: A socket having functions of torque sensing, angle sensing, and signal transmitting is provided. The socket includes a socket body, a circuit board module, a deformation strain sensing unit, an output/input module, a power supply module, and a protection device. Wherein, the socket body has variable structures to accommodate the circuit board module, the deformation strain sensing unit, the power supply module and the output/input module, and to protect the accommodated elements by the protection device. Accordingly, the socket has the functions of torque sensing, angle sensing, and signal transmitting.