Abstract: An electric wire with a terminal includes an electric wire in which a single wire is disposed at an end of a conductor, and the single wire is continuously and integrally connected to a plurality of element wires; a covering material that spans a portion of the single wire and a portion of an insulation sheath to cover an entire surface of a bundle of a plurality of element wires of a conductor exposed portion; and a terminal that includes a conductor connector connected to the single wire.

Abstract: In an electric wire with a connector, an entire periphery of a second portion of an electric wire is surrounded by an adhesive. An entire periphery of a coupler is surrounded by the adhesive. A recess is disposed in at least either a first case or a second case. A conductor connector is sealed in a space formed by the recess, of which an entire periphery is surrounded by the first case, the second case, and the adhesive.

Abstract: A joint structure of a robot according to the present disclosure includes: a first link whose one end is connected to a first member; a second link in which one end thereof is connected to the first link and an other end thereof is connected to a second member; and a first pivot that connects an other end of the first link to the one end of the second link. The joint structure also includes: a third link whose one end is connected to the first link at a position near the first pivot; and a slide part connected to the second link so as to be slidable. An other end of the third link is connected to the slide part.

Abstract: A joint structure of a robot according to the present disclosure includes: a first link whose one end of the first link is connected to a first member; a second link; a first pivot connected to an other end of the first link and connected to one end of the second link; and a second pivot connected to an other end of the second link and connected to one end of a second member. The joint structure includes: an actuator that rotates the first pivot; a third link whose one end of the third link is connected to the second pivot and which faces in a direction away from the second link; and a force application part. The force application part applies a force on a line connecting a predetermined position on the first link to an other end of the third link.

Abstract: A cover includes: divided covers, made of an elastomer; a first locking part, integrally formed on an edge of one divided cover; and a second locking part, integrally formed on an edge of the other divided cover. The first locking part includes a base end piece and a tip piece, and has a locking groove opening on a side opposite to an abutment direction formed between the base end piece and the tip piece. The second locking part includes a notch and a bridge. An insertion hole communicating with the notch is formed inside the bridge. By inserting the tip piece and the base end piece through the insertion hole and locking the bridge to the locking groove, the first locking part is locked to the second locking part while being prevented from coming off.

Abstract: An aluminum component and a method for manufacturing the aluminum component has a forming step and a cutting step. Projections (f) extend in an axial direction and are continuously arranged in a circumferential direction. End portions of the projections (f) are cut along a processing line having a predetermined processing diameter (D) providing splines (S) of predetermined dimensions. Side surfaces (fa) are inclined to be tapered in a direction from a base end to a projecting end. A portion of each side surface (fa) adjacent to the projecting end is an inclined surface (fb) with an inclination angle less than an inclination angle of a portion of the side surface that is adjacent to the base end.

Abstract: A flame-retardant soundproof material for vehicles includes a polyurethane foam obtained by foam-molding a urethane resin composition. The urethane resin composition contains an isocyanate component (A), a polyol component (B), and an expandable graphite (C). The isocyanate component (A) includes a mixture of 2,4?-MDI and 4,4?-MDI, and one or more modified forms selected from carbodiimide modified forms and uretonimine modified forms of at least one of 2,4?-MDI and 4,4?-MDI. The content of the one or more modified forms in the urethane resin composition is 5.0 mass % to 8.8 mass %. The polyol component (B) includes a polyether polyol as a main constituent. The expandable graphite (C) has an expansion initiation temperature of 170° C. to 200° C., an expansion ratio of 10 or more at 250° C., and a content of 8 mass % to 20 mass % in the urethane resin composition.

Abstract: A data processing device has an instruction decoder, a control logic unit, and ALU. The instruction decoder decodes instruction codes of an arithmetic instruction. The control logic unit detects the effective data width of operation data to be processed according to the decode result from the instruction decoder and determines the number of cycles for the instruction execution corresponding to the effective, data width. The ALU executes the instruction with the number of cycles of the instruction execution determined by the control logic unit.

Abstract: A method of inhibiting evaporation of a formable material on a substrate, the method comprising holding the substrate with a substrate chuck, the substrate chuck being positioned within a central opening of a frame such that the frame surrounds at least a portion of the substrate chuck, supplying the formable material or a volatile material different from the formable material to a portion of the frame surrounding the substrate chuck, and dispensing the formable material on the substrate.

Abstract: The present disclosure provides an actuator driver for driving an actuator that is configured to position a movable part of an image stabilization mechanism. The actuator driver includes a control unit and a driving unit. The control unit is, in a first mode, configured to generate a control signal according to a position command, and in a second mode, configured to generate the control signal thereby the movable part contacts a mechanical end. The driving unit is configured to drive the actuator according to the control signal.

Abstract: A plasma processing apparatus includes a chamber; a first electrode facing an inside of the chamber; a radio-frequency power supply configured to supply a radio-frequency power to the first electrode; a feeding rod configured to feed the radio-frequency power to a center of a surface of the first electrode opposite to a surface facing the inside of the chamber; a conductive plate provided in parallel to the surface of the first electrode opposite to the surface facing the inside of the chamber, the plate being grounded; and a dielectric plate connecting the first electrode and the conductive plate, and having a shape that is rotationally symmetric with respect to a center of the first electrode.

Abstract: A semiconductor device containing a CPU capable of receiving an interrupt request signal and a task control circuit is provided. The semiconductor device includes a CPU (processor), a save circuit, and a task control circuit. The CPU includes a program counter that is updated when a task is executed. The semiconductor device includes an interrupt-related data save circuit that stores the data of the program counter when the CPU receives a CPU interrupt request signal. The data of the program counter stored in the interrupt-related data save circuit is stored in an save circuit and is used for restoring from the interrupt processing.

Abstract: A planarization apparatus that planarizes a composition on a substrate using a mold includes a substrate holding unit configured to hold the substrate, a mold holding unit configured to hold the mold, a drive unit configured to drive the substrate holding unit and the mold holding unit, a pressing member configured to press a part of the mold which is in contact with the substrate with a composition interposed therebetween to separate the substrate from the mold, and a control unit configured to control a position of the pressing member to a predetermined position.

Abstract: A method of cleaning a fluid dispenser for dispensing a material during non-contact maintenance of the fluid dispenser. The fluid dispenser including a plurality of nozzles disposed on a faceplate. The method including applying a suction force onto a surface of the faceplate using a suction apparatus, the suction apparatus being translated from one end of the faceplate to an opposite end of the faceplate such that a portion of nozzles from the plurality of nozzles are exposed to the suction force. The method continues by vibrating a menisci of the portion of nozzles that are exposed to the suction force to remove at least a portion of the material accumulated on the faceplate.

Abstract: A data processing device has an instruction decoder, a control logic unit, and ALU. The instruction decoder decodes instruction codes of an arithmetic instruction. The control logic unit detects the effective data width of operation data to be processed according to the decode result from the instruction decoder and determines the number of cycles for the instruction execution corresponding to the effective, data width. The ALU executes the instruction with the number of cycles of the instruction execution determined by the control logic unit.

Abstract: A data processing device has an instruction decoder, a control logic unit, and ALU. The instruction decoder decodes instruction codes of an arithmetic instruction. The control logic unit detects the effective data width of operation data to be processed according to the decode result from the instruction decoder and determines the number of cycles for the instruction execution corresponding to the effective, data width. The ALU executes the instruction with the number of cycles of the instruction execution determined by the control logic unit.

Abstract: A method of cleaning a dispenser including a faceplate, comprises emitting light over the surface of the faceplate across the width of the faceplate, measuring an intensity of the light at a plurality of points on the surface of the faceplate after the light has passed over the width, determining, based on the measured light intensity, whether an amount of accumulated formable material on the faceplate is greater than a predetermined value, and in a case that the amount of accumulated formable material is greater than a predetermined value, imparting a suction force on the surface of the faceplate using the vacuum at a distance from the faceplate to remove at least a portion of the accumulated formable material from the surface of the faceplate.

Abstract: A method of cleaning a dispenser including a faceplate, comprises emitting light over the surface of the faceplate across the width of the faceplate, measuring an intensity of the light at a plurality of points on the surface of the faceplate after the light has passed over the width, determining, based on the measured light intensity, whether an amount of accumulated formable material on the faceplate is greater than a predetermined value, and in a case that the amount of accumulated formable material is greater than a predetermined value, imparting a suction force on the surface of the faceplate using the vacuum at a distance from the faceplate to remove at least a portion of the accumulated formable material from the surface of the faceplate.

Abstract: A plasma processing apparatus includes a chamber; a first electrode facing an inside of the chamber; a radio-frequency power supply configured to supply a radio-frequency power to the first electrode; a feeding rod configured to feed the radio-frequency power to a center of a surface of the first electrode opposite to a surface facing the inside of the chamber; a conductive plate provided in parallel to the surface of the first electrode opposite to the surface facing the inside of the chamber, the plate being grounded; and a dielectric plate connecting the first electrode and the conductive plate, and having a shape that is rotationally symmetric with respect to a center of the first electrode.

Abstract: An imprint apparatus performs an imprint process for forming a pattern of a cured product of an imprint material on a substrate by using a mold. The apparatus includes a substrate holder configured to hold the substrate, a substrate deformation mechanism configured to deform the substrate so the substrate will have a convex shape toward the mold in a state in which the substrate is held by the substrate holder, and a controller configured to control the deformation of the substrate by the substrate deformation mechanism in accordance with orientation information related to a crystal orientation of the substrate and a target shot region on which the imprint process is to be performed among a plurality of shot regions on the substrate.