Abstract: A vehicle includes a chassis and an electric axle coupled to the chassis. The electric axle includes an electric motor, a tractive element coupled to the electric motor and configured to be driven by the electric motor to propel the vehicle, a power take off (PTO) shaft coupled to the electric motor, a drive shaft coupling the tractive element to the electric motor, and a housing coupled to the chassis and at least partially containing the electric motor, the drive shaft, and the PTO shaft.

Abstract: A method of compensating for the door operating force on the inclined road surface includes a signal input operation of inputting a sensor signals required for determining the compensating of the operating force of the door to the controller, a stop determination operation of determining, by the controller, whether the vehicle is stopping, a gravitational force determination operation of determining, by the controller, the gravitational forces acting in the transverse direction of the door with the input sensor signals, a compensating torque determination operation of determining, by the controller, the compensating torques to be output from the actuator to offset the gravitational forces, and an operating force compensation operation of compensating for, by the controller, the operating force when the door is opened or closed with the compensating forces.

Abstract: A disassembling accessory for disassembling a physiological signal monitoring device that includes a sensor kit having a through hole at a bottom portion thereof, and a transmitter removably coupled to the sensor kit. The disassembling accessory includes first and second housings movable relative each other between covering and open states. The first housing has an accommodating space. The second housing is connected to one side of the first housing, and has a pushing member. When the first and second housings are in the open state, the accommodating space opens toward the physiological signal monitoring device with the transmitter facing the accommodating space and being received in one of the first and second housings. When the first and second housings are in the covering state, the pushing member extends through the through hole to push the transmitter for disassembling the transmitter from the sensor kit.

Abstract: A solid electrolyte layer contains a first compound represented by LiaM2(PO4)3 . . . (1) and a second compound represented by M?P2O7 . . . (2), and an abundance ratio of the second compound is 0.5 volume % or more and less than 10 volume %.

Abstract: A vehicle door pushing device in a vehicle door includes a gear member, a male screw member, and a female screw member. The gear member is rotatable by an actuator around an axis extending in a first direction substantially parallel to a vehicle width direction. The male screw member is coaxial with the gear member, and rotates integrally with the gear member. The female screw member is screwed onto the male screw member, and is movable along the first direction by rotation of the male screw member to each of a first position of being in a casing and a second position of at least partially protruding from the casing to a vehicle inner side. The gear member has a cup-shaped structure open at an end on the vehicle inner side in the first direction for being able to accommodate at least a part of the female screw member.

Abstract: A system includes a transformer having a multi-phase AC input and AC phase segment outputs. A plurality of rectifiers are each connected to receive AC input from a respective one of the AC phase segment outputs. Each rectifier has a respective positive DC output and a respective negative DC output. A first interphase transformer (IPT) with a respective winding is connected to each of the positive DC outputs of the plurality of rectifiers. The windings of the first IPT are connected to an output node of a positive DC power rail. A second IPT with a respective winding is connected to each of the negative DC outputs of the plurality of rectifiers. The windings of the second IPT are connected to an output node of a negative DC power rail. A power switch is operatively connected from the positive DC power rail to the negative DC power rail.

Abstract: Provided is a manufacturing method for a sweetener, the manufacturing method including: a saccharification step of injecting steam at a temperature of 90° C. or higher and 150° C. or lower into a mixture of water, rice flour, and an enzyme agent to cause the mixture to react and obtaining a saccharified liquid; a decomposition step of adding rice koji to the saccharified liquid and causing the mixture of the rice koji and the saccharified liquid to react at a temperature of 50° C. or higher and 80° C. or lower to obtain a fermenting mash; a heat treatment step of heating the fermenting mash at a temperature of 100° C. or higher; and a solid-liquid separation step of subjecting the heat-treated fermenting mash to solid-liquid separation.

Abstract: A terminal reel unit includes: a reel holding portion configured to detachably hold a terminal reel; a crimping portion disposed at a position in front of the terminal reel in a pull-out direction of a terminal chain body from the terminal reel when the terminal reel is held by the reel holding portion, and configured to crimp a terminal of the terminal chain body pulled out from the terminal reel to an electric wire supplied for the terminal and separate the terminal from the terminal chain body; and a unit frame which is a frame set detachably with respect to a device for supplying the terminal to the crimping portion, and to which the reel holding portion and the crimping portion are attached.

Abstract: A contour line processing method is provided, which includes obtaining a computer-aided design image file and detecting a plurality of line segments from the computer-aided design image file, performing a first morphological operation on the plurality of line segments to generate a plurality of blocks, performing a union operation on the plurality of blocks to generate a union block, performing a second morphological operation on the union block to generate a processed block, and determining a target contour block according to the processed block.

Abstract: A process for forming an overhang feature without downward facing surface defects in the overhang feature on a part; the process includes laying down a first layer with a first powder material on a build plate; fusing the first powder material with a first power laser beam; laying down a second layer on top of the first layer, the second layer comprising a second powder material having an additive which lowers the melting point temperature of the second powder material; forming an overhang feature from the second layer; and fusing the second powder material with a second power laser beam in the absence of forming the downward facing surface defects in the overhang feature of the part.

Abstract: The present technology relates to a signal processing device, signal processing method, and program capable of providing a higher realistic feeling. A signal processing device includes: an acquisition unit that acquires audio data of an audio object and metadata including position information indicating a position of the audio object and direction information indicating a direction of the audio object; and a signal generation unit that generates a reproduction signal for reproducing a sound of the audio object at a listening position on the basis of listening position information indicating the listening position, listener direction information indicating a direction of a listener at the listening position, the position information, the direction information, and the audio data. The present technology is applicable to a transmission reproduction system.

Abstract: A network connection device may include at least one sandbox to detect, isolate, and remove any discovered malware or cyber threat. The device may be configured to receive, save, and inspect data. A control layer may manage network connectivity so that only home organization network connections or external party network connections are connected at given moment in time.

Abstract: A frame module is configured to be detachably disposed on a casing of a server and configured to secure an expansion card. One side of the expansion card includes an electrical connector portion and an engagement recessed portion arranged adjacent to each other. The frame module includes a main frame, a riser card and a fastening assembly. The main frame includes a first plate and a second plate connected to each other. The riser card is disposed on the first plate and includes a connection slot configured for the electrical connector portion to be inserted to. The fastening assembly is slidably disposed on the first plate and includes a block portion. When the fastening assembly is in a fastening position, the block portion presses against the engagement recessed portion. When the fastening assembly is in a releasing position, the block portion is removed from the engagement recessed portion.

Abstract: A projection apparatus and a control method thereof are provided. The projection apparatus includes a processor, a sensor, and a projection module. When a command corresponding to a standby mode is received, the processor sets the projection apparatus to a first sub-standby mode. The sensor is enabled to sense whether there is a living object located in a sensing area outside the projection apparatus. The standby mode is maintained as the first sub-standby mode in response to sensing that the living object is not in the sensing area. The standby mode is set to be switched to a second sub-standby mode in response to sensing that the living object is in the sensing area. A maximum power consumption of the first sub-standby mode is less than a maximum power consumption of the second sub-standby mode. In the first and second sub-standby modes, the projection module is not enabled.

Abstract: A trigger switch TS includes a trigger that moves in a pulling direction in response to pressure of a pulling operation and moves in an opposite direction to the pulling direction in response to being released from the pressure. The trigger switch TS includes a lock guide 6 (movable engagement member) that moves in conjunction with movement of the trigger, and a ratchet ring 7 (restraint engagement member) that engages with the lock guide 6 to prevent movement of the lock guide 6 in the opposite direction to the pulling direction. The ratchet ring 7 allows the lock guide 6 to move in the pulling direction, and engages with the lock guide 6 to prevent movement in the opposite direction from a position to which the lock guide 6 is moved in the pulling direction.

Abstract: Described herein are techniques to perform optical flow mipmap level of detail adjustment for rendering and performing cloud gaming encoding adjustment based on mipmap level of detail. One embodiment provides a graphics processor comprising first circuitry to process input data via a processing resource, the first circuitry to render a first frame of a scene of a three dimensional environment, determine motion data between the first frame and a second frame, determine speeds for pixels and objects in the scene based on the determined motion data, adjust a mipmap level of detail (LOD) associated with the objects based on their motion relative to a motion threshold, and render the objects in a third frame of the scene with an adjusted mipmap LOD.

Abstract: An RC-IGBT includes a semiconductor substrate having a cell region, a wiring region, and a termination region. The semiconductor substrate includes a diffusion layer of a second conductivity type provided on a first main surface side of a drift layer in an IGBT region, a diode region, the wiring region, and the termination region. The diffusion layer includes a base layer in the IGBT region, an anode layer in the diode region, a wiring well layer in the wiring region, and a termination well layer in the termination region. A depth of the base layer is less than depths of a plurality of trench gates, and is equal to or more than depths of the anode layer, the wiring well layer, and the termination well layer.

Abstract: According to one embodiment, a magnetic memory device includes a switching element; a magnetoresistive effect element; and an electrode provided between the switching element and the magnetoresistive effect element, wherein the electrode includes a first sub-electrode in contact with the switching element, a second sub-electrode in contact with the magnetoresistive effect element, and a third sub-electrode provided between the first sub-electrode and the second sub-electrode, wherein the first sub-electrode and the second sub-electrode includes at least one of C and CN, and wherein the third sub-electrode includes at least one of a high melting point metal element and a compound of the high melting point metal element.

Abstract: A breakaway power connector. The breakaway power connector includes a panel mount connector and a plug connector configured to mate with the panel mount connector. The plug connector and the panel mount connector are configured such that when the plug connector is fully mated with the panel mount connector i) the minimum lateral force needed to laterally unmate the plug connector from the panel mount connector is X pounds (lbs) and ii) the minimum axial force needed to axially unmate the plug connector from the panel mount connector is Y pounds (lbs), and X<Y.

Abstract: The present disclosure addresses the problem of providing a novel oxide-based positive electrode active material having exceptional charge/discharge characteristics. The aforementioned problem is solved by an oxide-based positive electrode active material that is a glass ceramic configured to include: Li or Na; at least one transition metal (groups 3 to 12 in periods 4 and 5); and ions selected from the group consisting of sulfate ions, silicate ions, aluminate ions, germanate ions, borate ions, nitrate ions, carbonate ions, and halide ions.