mhurhangee/ep-ind-claims huggingface dataset:
An inspection support method for supporting inspection of a mounting state performed on an electronic component mounted on a circuit board as the target, the inspection support method being applied to a component mounter provided with a transfer device that picks up an electronic component supplied to a supply position (Sp) and transfers the electronic component to a mounting position (Mp) on a circuit board, the transfer device including a transfer body supported to be relatively movable with respect to a base, and a mounting head provided on a moving body, the mounting head supporting multiple suction nozzles that hold the electronic component, inspection support method comprising: when mounting operation is defined as an operation performed in order based on a control program, the operation being of the transfer device to mount the inspection component held by the suction nozzle at the mounting position (Mp) by moving the suction nozzle from its current position to a position above the mounting position (Mp) and lowering the suction nozzle, and imaging operation is defined as operation of the transfer device to move a camera, which is provided on the moving body to be capable of imaging the circuit board, from its current position to a position above the mounting position (Mp) such that the camera is capable of imaging of the inspection component mounted at the mounting position (Mp), controlling imaging processing of the camera to acquire image data of the inspection component, which is a component that is a target for inspection among the electronic components mounted by the component mounter, when the inspection component is mounted on the circuit board, characterized by: optimizing the performance sequence of multiple of the mounting operations and multiple of the imaging operations based on a moving distance of the moving body during the performance sequence or based on a time required for the mounting operation and the imaging operation during the performance sequence. when mounting operation is defined as an operation performed in order based on a control program, the operation being of the transfer device to mount the inspection component held by the suction nozzle at the mounting position (Mp) by moving the suction nozzle from its current position to a position above the mounting position (Mp) and lowering the suction nozzle, and imaging operation is defined as operation of the transfer device to move a camera, which is provided on the moving body to be capable of imaging the circuit board, from its current position to a position above the mounting position (Mp) such that the camera is capable of imaging of the inspection component mounted at the mounting position (Mp), controlling imaging processing of the camera to acquire image data of the inspection component, which is a component that is a target for inspection among the electronic components mounted by the component mounter, when the inspection component is mounted on the circuit board,
Method of manufacturing a textile grid formed of crossed warp threads and weft threads which are fixed at their points of intersection, in which method - weft threads are wound substantially in parallel on a carousel having a substantially cylindrical shape generated by the outer sides of endless belts which are parallel to one another and to the axis of the carousel and move synchronously in such a manner that the outer surface of all the belts moves between an entry end which receives the weft threads and an exit end for the weft threads at which the weft threads are moved away from the carousel, characterised in that - the threads come from a plurality of reels of weft threads, - between two outer sides of two consecutive belts, called generating belts, which are preferably situated in the upper or lower portion of the carousel, preferably in the upper portion, two tapes, at least one of which is adhesive, are deposited continuously and facing one another on the outer and inner faces of the threads as the threads advance on the outer surface of the carousel, - the tape is cut into two half-tapes in the longitudinal direction and continuously, at a location situated upstream of the exit end of the weft threads, - the half-tapes are gradually moved apart until the weft threads are substantially parallel to one another and in a horizontal plane, - these weft threads then being placed in contact with the warp threads, and the weft threads and the warp threads being fixed at their points of intersection. - weft threads are wound substantially in parallel on a carousel having a substantially cylindrical shape generated by the outer sides of endless belts which are parallel to one another and to the axis of the carousel and move synchronously in such a manner that the outer surface of all the belts moves between an entry end which receives the weft threads and an exit end for the weft threads at which the weft threads are moved away from the carousel, characterised in that - the threads come from a plurality of reels of weft threads, - between two outer sides of two consecutive belts, called generating belts, which are preferably situated in the upper or lower portion of the carousel, preferably in the upper portion, two tapes, at least one of which is adhesive, are deposited continuously and facing one another on the outer and inner faces of the threads as the threads advance on the outer surface of the carousel, - the tape is cut into two half-tapes in the longitudinal direction and continuously, at a location situated upstream of the exit end of the weft threads, - the half-tapes are gradually moved apart until the weft threads are substantially parallel to one another and in a horizontal plane, - these weft threads then being placed in contact with the warp threads, and the weft threads and the warp threads being fixed at their points of intersection.
A vehicle comprising a vehicle body structure, the vehicle body structure comprising: a drive system component connected to an engine mounted in the vehicle; an exhaust pipe through which exhaust of the engine flows; an injector which is attached to the exhaust pipe and injects an additive used for exhaust purification; a tank for storing the additive; and a supply pipe connecting the injector and the tank, wherein the drive system component is disposed at a central portion of the vehicle in a vehicle width direction, wherein the exhaust pipe is disposed side by side with the drive system component in the vehicle width direction and extends in a front-rear direction, wherein the tank is disposed on the same side as the drive system component with respect to the exhaust pipe in the vehicle width direction, wherein the exhaust pipe and the supply pipe form a layout of intersecting each other; and wherein the supply pipe is connected to the injector from an opposite side of the drive system component across the exhaust pipe in the vehicle width direction. a drive system component connected to an engine mounted in the vehicle; an exhaust pipe through which exhaust of the engine flows; an injector which is attached to the exhaust pipe and injects an additive used for exhaust purification; a tank for storing the additive; and a supply pipe connecting the injector and the tank, wherein the drive system component is disposed at a central portion of the vehicle in a vehicle width direction, wherein the exhaust pipe is disposed side by side with the drive system component in the vehicle width direction and extends in a front-rear direction, wherein the tank is disposed on the same side as the drive system component with respect to the exhaust pipe in the vehicle width direction, wherein the exhaust pipe and the supply pipe form a layout of intersecting each other; and wherein the supply pipe is connected to the injector from an opposite side of the drive system component across the exhaust pipe in the vehicle width direction.
Device for connecting a master electronic device (10.1) to a peripheral electronic device (10.2) both including an external connection port of a first type, the connection device including a master connection unit and a peripheral connection unit each of which includes an external connection port of the first type to the corresponding device and which are connected to one another with galvanic isolation by a connection of a second type, namely an Ethernet connection, including a send line and a receive line, each connection unit including an Ethernet/first type interface connected to said send and receive lines and a common-mode power supply module between said lines for sending or receiving an alternating current over the connection, the power supply module of the master connection unit including a servocontrol device adapted to control an RMS voltage value and a current waveform at the output of the power supply module.
Electric power supply system for an aircraft having a transformer-less HVDC architecture, the system comprising: at least one multiphase engine generator in a star configuration which provides a multiphase alternating voltage; a converting circuit for converting the multiphase AC voltage into a corresponding direct voltage for supplying at least one aircraft load; an electric power supply interface for connection with a standardized GPU plug of an external GPU, characterized in that the electric power supply interface comprising a supply voltage output terminal coupled to a self-contained power source for providing a low voltage control signal for driving a GPU internal switching circuit wherein the power source is decoupled from the AC voltage and DC voltage. at least one multiphase engine generator in a star configuration which provides a multiphase alternating voltage; a converting circuit for converting the multiphase AC voltage into a corresponding direct voltage for supplying at least one aircraft load; an electric power supply interface for connection with a standardized GPU plug of an external GPU, characterized in that the electric power supply interface comprising a supply voltage output terminal coupled to a self-contained power source for providing a low voltage control signal for driving a GPU internal switching circuit wherein the power source is decoupled from the AC voltage and DC voltage.
Amethod of manufacturing a seat back frame for a vehicle, the method comprising: heating and softening a fiber-reinforced composite material containing a thermoplastic resin matrix and a reinforcing fiber; and shaping the softened fiber-reinforced composite material by cold press molding into a shape of a seat back frame body of the seat back frame and, during the shaping, welding a metal plate to the seat back frame body at a reclining device attaching position of the seat back frame body by insert molding; and welding the metal plate to a metal reclining device. heating and softening a fiber-reinforced composite material containing a thermoplastic resin matrix and a reinforcing fiber; and shaping the softened fiber-reinforced composite material by cold press molding into a shape of a seat back frame body of the seat back frame and, during the shaping, welding a metal plate to the seat back frame body at a reclining device attaching position of the seat back frame body by insert molding; and welding the metal plate to a metal reclining device.
A method of fabricating a formed hockey blade structure (2900; 3000) with a pin-reinforced foam core, comprising: forming a foam core (100; 1600), the foam core comprising a first core face, a second core face, a top core edge, and a bottom core edge; injecting a first plurality of discrete pins with a first spacing density into a first area (402; 502; 602) of the first core face, the plurality of pins extending between the first core face and the second core face; injecting a second plurality of discrete pins with a second spacing density less than the first spacing density into a second area (404; 504; 604) of the first core face, the second plurality of pins extending between the first core face and the second core face; wrapping the foam core with a layer of fiber tape (2902; 3002, 3004) extending along the first core face, the top core edge, the second core face, and the bottom core edge of the foam core, wherein the wrapped core has a first wrapped face, a second wrapped face, a top wrapped edge, and a bottom wrapped edge; placing the wrapped foam core in a mold; heating the mold; cooling the mold; and removing a formed hockey blade structure from the mold. forming a foam core (100; 1600), the foam core comprising a first core face, a second core face, a top core edge, and a bottom core edge; injecting a first plurality of discrete pins with a first spacing density into a first area (402; 502; 602) of the first core face, the plurality of pins extending between the first core face and the second core face; injecting a second plurality of discrete pins with a second spacing density less than the first spacing density into a second area (404; 504; 604) of the first core face, the second plurality of pins extending between the first core face and the second core face; wrapping the foam core with a layer of fiber tape (2902; 3002, 3004) extending along the first core face, the top core edge, the second core face, and the bottom core edge of the foam core, wherein the wrapped core has a first wrapped face, a second wrapped face, a top wrapped edge, and a bottom wrapped edge; placing the wrapped foam core in a mold; heating the mold; cooling the mold; and removing a formed hockey blade structure from the mold.
A container end defining an aperture having a closed position in which the aperture is sealed and an open position in which product may be dispensed through the aperture, and the container end includes a flexible film fixed to an internal surface of the end outside the periphery of the aperture, the flexible film defines at least one tongue having an anchored end and a free end, the free end extending into the aperture and wherein the free end of the tongue is concealed when the aperture is in the closed position characterised in that the tongue provides a prize code or symbol from which the user can determine what prize has been won, wherein the flexible film has a laminate structure and an ink or material used to provide the code or symbol on the tongue is encapsulated within the laminate structure, and wherein the laminate structure has a transparent upper layer or layers and a lower layer or layers encapsulating the ink or material.
An ultrasound probe comprising: a transducer comprising a transducer array and rotating at a predetermined angle; and a supporting member supporting the transducer while the transducer rotates on the supporting member, wherein the transducer comprises a globe shaped base on which the transducer array is disposed, wherein the globe shaped base is supported by the supporting member and rotates on the supporting member, wherein the transducer array is provided to cover a rotating axis of the globe shaped base. a transducer comprising a transducer array and rotating at a predetermined angle; and a supporting member supporting the transducer while the transducer rotates on the supporting member, wherein the transducer comprises a globe shaped base on which the transducer array is disposed, wherein the globe shaped base is supported by the supporting member and rotates on the supporting member, wherein the transducer array is provided to cover a rotating axis of the globe shaped base.
A cam mechanism, in particular for a cosmetic product applicator, comprising a rod, a sheath, a sleeve, a skirt and a body, wherein the sheath is secured in rotation to the rod and able to slide relative to the rod, the skirt is secured in rotation to the sleeve and able to slide relative to the sleeve, the sleeve is secured in rotation to the body and able to slide relative to the body, the sheath cooperating with the skirt so that the rotation of the sheath relative to the skirt causes an axial movement of the skirt relative to the sheath, the sleeve cooperating with the rod and the sheath so that the rotation of the rod relative to the sleeve causes an axial movement of the sleeve relative to the rod, the axial movement of the sleeve slidably driving, at least in one direction, the sheath relative to the rod.
Hand-held measuring device designed for analysing body fluids, in particular blood, having at least one nuclear magnetic resonance sensor unit (12a; 12b; 12c; 12d), having at least one evaluation unit (14a; 14b; 14c; 14d) designed for evaluating a measurement signal supplied by the nuclear magnetic resonance sensor unit (12a; 12b; 12c; 12d) and having at least one receiving unit (16a; 16b; 16c; 16d), in particular microcapillary unit, designed for receiving the body fluid, characterized by at least one puncture unit (18a; 18b; 18c; 18d) designed for minimally invasive puncturing of a body, in particular a capillary bed of a body.
A valve with a step motor and a control slide guided in a valve housing so as to be longitudinally movable, which control slide selectively connects a plurality of fluid connection points (P, T, A, B) in the valve housing to each other in a fluid-conducting manner or disconnects said fluid connection points from each other and can be electrically controlled by means of the step motor, wherein the control slide can be actuated by means of an emergency device (34, 52) in the event of a malfunction or failure and wherein the free end of the control slide is connected to a control rod of the emergency device (34, 52), which makes possible a manual actuation when free end thereof is guided out of the valve housing, characterised in that the control slide is movably mounted between a toothed rack of the step motor and the control rod of the emergency device in the valve housing for the valve actuation by means of the step rotor, that the toothed rack is engaged with a toothed pinion coupled to the step motor and that the manual actuation is made possible preferably via an emergency button arranged at the free end of the control rod.
Device for fine processing of optically effective surfaces (cc, cx) of, in particular, spectacle lenses as workpieces, comprising a workpiece spindle, which projects into a work space and by way of which a workpiece to be polished is drivable for rotation about a workpiece axis of rotation, and two tool spindles (16, 16') which are associated with the workpiece spindle and project oppositely into the work space and on each of which a respective polishing tool (18, 18') is mounted to be drivable for rotation about a tool axis of rotation (A, A') and to be axially adjustable along the tool axis of rotation (A, A'), the tool spindles being movable in common relative to the workpiece spindle along a linear axis extending substantially perpendicularly to the workpiece axis of rotation and being pivotable about different pivot setting axes (B, B') extending substantially perpendicularly to the workpiece axis of rotation and substantially perpendicularly to the linear axis, wherein the tool spindles (16, 16') are arranged one behind the other as seen in the direction of the linear axis.
A clamping assembly comprising an annular molded composite wear sleeve, an epoxy or other bonding agent, an annular groove ring, and an annular V-blade, wherein the annular groove ring comprises an annular V-groove, the annular molded composite wear sleeve is bonded with the epoxy or other bonding agent in the annular V-groove in the groove ring, wherein the V-blade is matable with the wear sleeve.
Control device for a motor vehicle, having: - a touchscreen configured to display a graphical user interface and to capture at least one swiping movement, - a control device for generating the user interface and for controlling a vehicle device as a function of the at least one swiping movement, the user interface having an operating field for setting a value of an operating parameter of the vehicle device, and the control device is configured to activate the operating field as a function of a predetermined activation condition and, once the operating field is activated, to set the value in the operating field as a function of the at least one swiping movement, wherein the control device is configured, when the operating field is activated, to set a portion of the at least one swiping movement captured outside the operating field to the operating field, and to set the value as a function of the portion that is captured outside the operating field, characterised in that the control device is configured to activate the operating field with at least one swiping movement, if as an activation condition a starting point of the swiping movement is outside of the operating field and a starting direction of the swiping movement is aligned along a predefined directional axis or in a predefined direction. - a touchscreen configured to display a graphical user interface and to capture at least one swiping movement, - a control device for generating the user interface and for controlling a vehicle device as a function of the at least one swiping movement, the user interface having an operating field for setting a value of an operating parameter of the vehicle device, and the control device is configured to activate the operating field as a function of a predetermined activation condition and, once the operating field is activated, to set the value in the operating field as a function of the at least one swiping movement, wherein
X-ray analyzing system for x-ray scattering analysis comprising: - an x-ray source for generating a beam of x-rays propagating along a transmission axis, - at least one hybrid slit with an aperture which defines the shape of the cross section of the beam, - a sample on which the beam shaped by the hybrid slit is directed, and - an x-ray detector for detecting x-rays originating from the sample, wherein the hybrid slit comprises n hybrid slit elements, each hybrid slit element comprising a single crystal substrate bonded to a base with a taper angel α≠0, the single crystal substrates of the hybrid slit elements limiting the aperture, wherein the hybrid slit elements are arranged to form a polygon with n edges viewed in projection along the transmission axis, with n>4 characterized in that the hybrid slit elements are staggered with an offset along the transmission axis, and that the hybrid slit elements are movable along the direction of the transmission axis and/or perpendicularly to the transmission axis, wherein hybrid slit elements are movable perpendicularly to the transmission axis over different distances, depending on their position along the transmission axis. - an x-ray source for generating a beam of x-rays propagating along a transmission axis, - at least one hybrid slit with an aperture which defines the shape of the cross section of the beam, - a sample on which the beam shaped by the hybrid slit is directed, and - an x-ray detector for detecting x-rays originating from the sample,