mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a locking device for an electrical contact in a through-opening and an adjoining insertion space in an insulator with an insertion side and a connection side, by means of an injection mould for forming a plug-in convector, wherein, for the moulding of the through-opening in the insulator, two partially enclosing mould cores, a first mould core and a second mould core, are arranged within the injection mould forming a housing, the said mould cores are respectively removed in opposite axial directions from the through-opening after the operation.of moulding the insulator, and the first mould core forms a locking edge at one end of the locking block, characterized in that - the first mould core has an oval form, and the second mould core as a U-shaped sleeve can be pushed onto the first mould core and encloses the first mould core on three sides, and - the second mould core forms a locking edge at the other end of the locking block. - the first mould core has an oval form, and the second mould core as a U-shaped sleeve can be pushed onto the first mould core and encloses the first mould core on three sides, and - the second mould core forms a locking edge at the other end of the locking block.
A fixed nozzle dispenser pump having a modular construction for disassembly and cleaning, the dispenser pump comprising: a pump body element having a lower inlet end with lower engagement features, a dispensing nozzle, and a pump chamber extension with a skirt coaxially extending around a portion of the pump chamber extension at a defined gap and the skirt having one or more outer facing keying projections; an actuator cap comprising a hollow tube sealed at a top end by a top panel and having engagement features disposed at a lower end; a piston element configured to fit coaxially around the pump body extension, the piston element detachably coupled to the engagement features of the actuator cap so that the piston element and the actuator cap move axially in concert around an outer facing of a portion of the pump chamber extension; a sealing ring detachably coupled to a top edge of the pump chamber extension and configured to sealingly engaging an inner surface of the hollow tube; a unitary nozzle adapter including an outlet valve detachably coupled to a distal edge of the dispenser nozzle; a base detachably coupled to the lower engagement features of the body element; and an inlet element interposed between the pump body element and the based unit element, the inlet element including an inlet valve. a pump body element having a lower inlet end with lower engagement features, a dispensing nozzle, and a pump chamber extension with a skirt coaxially extending around a portion of the pump chamber extension at a defined gap and the skirt having one or more outer facing keying projections; an actuator cap comprising a hollow tube sealed at a top end by a top panel and having engagement features disposed at a lower end; a piston element configured to fit coaxially around the pump body extension, the piston element detachably coupled to the engagement features of the actuator cap so that the piston element and the actuator cap move axially in concert around an outer facing of a portion of the pump chamber extension; a sealing ring detachably coupled to a top edge of the pump chamber extension and configured to sealingly engaging an inner surface of the hollow tube; a unitary nozzle adapter including an outlet valve detachably coupled to a distal edge of the dispenser nozzle; a base detachably coupled to the lower engagement features of the body element; and an inlet element interposed between the pump body element and the based unit element, the inlet element including an inlet valve.
A vehicle bumper assembly, comprising: a first energy absorbing member made of non-expanded polypropylene configured to directly attach to a vehicle body structure, the first energy absorbing member having an upwardly facing surface, an outboard facing surface and a downwardly facing surface with portions of each defining a void forward of the vehicle body structure a second energy absorbing member made of expanded polypropylene having an upper surface that is directly attached to a portion of the downwardly facing surface of the first energy absorbing member beneath the void and spaced apart from the vehicle body structure; and a vehicle facia member shaped and contoured for a predetermined vehicle body style and configured to attach to the vehicle body structure covering and at least partially concealing the first energy absorbing member and the second energy absorbing member. a first energy absorbing member made of non-expanded polypropylene configured to directly attach to a vehicle body structure, the first energy absorbing member having an upwardly facing surface, an outboard facing surface and a downwardly facing surface with portions of each defining a void forward of the vehicle body structure a second energy absorbing member made of expanded polypropylene having an upper surface that is directly attached to a portion of the downwardly facing surface of the first energy absorbing member beneath the void and spaced apart from the vehicle body structure; and a vehicle facia member shaped and contoured for a predetermined vehicle body style and configured to attach to the vehicle body structure covering and at least partially concealing the first energy absorbing member and the second energy absorbing member.
A non-destructive measurement unit (10, 10') for measuring the gas concentration in sealed flexible containers (30, 30') at least partially made of optically transparent material, comprising: - at least one light source for emitting a light beam at a wavelength tunable to an absorption wavelength of a gas contained in the sealed flexible container (30, 30'), the at least one light source being positioned in such a way as to direct the light beam towards at least one inspection area; - at least one detector positioned in such a way as to detect at least a portion of the beam emitted by the light source once passed through the inspection area and output data representative of an absorption spectrum of said gas resulting from the passage of the light beam through the inspection area and - means (50, 50') for generating a head space having a predetermined width in the sealed flexible container (30, 30' which coincides with the width of the inspection area; characterized in that said means (50, 50') for generating a head space comprise a compression and advancement assembly (51, 51') arranged to compress and advance the container (30, 30') and a containment channel (52, 52') having a width for limiting the expansion of the container (30, 30') which crosses said inspection area, said means (50, 50') for generating a head space are adapted to advance said sealed flexible container (30, 30') along an advancement path which crosses said inspection area and to maintain said predetermined width of said head space during the advancement of the sealed flexible container (30, 30') along the whole advancement path. - at least one light source for emitting a light beam at a wavelength tunable to an absorption wavelength of a gas contained in the sealed flexible container (30, 30'), the at least one light source being positioned in such a way as to direct the light beam towards at least one inspection area; - at least one detector positioned in such a way as to detect at least a portion of the beam emitted by the light source once passed through the inspection area and output data representative of an absorption spectrum of said gas resulting from the passage of the light beam through the inspection area and - means (50, 50') for generating a head space having a predetermined width in the sealed flexible container (30, 30' which coincides with the width of the inspection area; characterized in that said means (50, 50') for generating a head space comprise a compression and advancement assembly (51, 51') arranged to compress and advance the container (30, 30') and a containment channel (52, 52') having a width for limiting the expansion of the container (30, 30') which crosses said inspection area, said means (50, 50') for generating a head space are adapted to advance said sealed flexible container (30, 30') along an advancement path which crosses said inspection area and to maintain said predetermined width of said head space during the advancement of the sealed flexible container (30, 30') along the whole advancement path.
A defect evaluation apparatus adjustment method for a defect evaluation apparatus that irradiates a single crystal with light and detects scattered light generated by a crystal defect contained in the single crystal to thereby evaluate the crystal defect comprising: acquiring an index as a ratio of a peak intensity P1 of the scattered light to an integrated intensity P2 thereof, and adjusting an incident position (ΔY) of light onto the single crystal so that the acquired index P1/P2 becomes maximum. acquiring an index as a ratio of a peak intensity P1 of the scattered light to an integrated intensity P2 thereof, and adjusting an incident position (ΔY) of light onto the single crystal so that the acquired index P1/P2 becomes maximum.
A silicon carbide semiconductor device comprising a JFET, the JFET including: a semiconductor substrate including a first conductivity-type substrate made of silicon carbide, a drift layer of a first conductivity-type formed on the first conductivity-type substrate by epitaxial growth, a first gate region of a second conductivity-type formed on the drift layer by epitaxial growth, and a source region of the first conductivity-type formed on the first gate region by epitaxial growth or ion implantation; a trench penetrating the source region and the first gate region and reaching the drift layer, the trench having a strip shape whose longitudinal direction is set in one direction; a channel layer of the first conductivity-type formed on an inner wall of the trench by epitaxial growth; a second gate region of the second conductivity-type formed on the channel layer; a first depressed portion formed at an outer edge portion of the substrate including a periphery of the end portion of the trench along said one direction, the first depressed portion being formed to a position deeper than a thickness of the source region and being formed by removing the source region and a portion of the channel layer, of the second gate region and of the first gate region from the outer edge portion of the substrate; the silicon carbide semiconductor device being characterised in that it comprises a second conductivity-type layer only covering a corner portion at a boundary between a bottom surface and a side surface of the first depressed portion. a semiconductor substrate including a first conductivity-type substrate made of silicon carbide, a drift layer of a first conductivity-type formed on the first conductivity-type substrate by epitaxial growth, a first gate region of a second conductivity-type formed on the drift layer by epitaxial growth, and a source region of the first conductivity-type formed on the first gate region by epitaxial growth or ion implantation; a trench penetrating the source region and the first gate region and reaching the drift layer, the trench having a strip shape whose longitudinal direction is set in one direction; a channel layer of the first conductivity-type formed on an inner wall of the trench by epitaxial growth; a second gate region of the second conductivity-type formed on the channel layer; a first depressed portion formed at an outer edge portion of the substrate including a periphery of the end portion of the trench along said one direction, the first depressed portion being formed to a position deeper than a thickness of the source region and being formed by removing the source region and a portion of the channel layer, of the second gate region and of the first gate region from the outer edge portion of the substrate; the silicon carbide semiconductor device being characterised in that it comprises a second conductivity-type layer only covering a corner portion at a boundary between a bottom surface and a side surface of the first depressed portion.
Apparatus for positioning a trailer hitch attached to a motor vehicle with respect to a trailer hitch receiver attached to a trailer which includes a predetermined target symbol located at a specific location on the trailer hitch receiver for identifying a position of the trailer hitch receiver comprising: a data gathering device for obtaining picture element data from an observation region of a trailer hitch between the trailer hitch and a trailer hitch receiver positioned within the observation region of the trailer hitch; a controller for evaluating the picture element data from the observation region of the trailer hitch to find a trailer position by verifying a trailer hitch receiver location defined by the predetermined target symbol being inside an area defined by a boundary, if the trailer hitch receiver location is inside the area, calculating a distance and angle from the trailer hitch receiver to the trailer hitch ball and, calculating a steering angle adjustment by calculating an optimum instantaneous steering angle for achieving alignment as defined by a steering wheel of the motor vehicle, and sending the calculated desired steering angle to update a vehicle steering system; and an interface for communicating vehicle information to the controller including an actuation signal for initiating hitch/receiver alignment and conveying steering command signals to the vehicle steering system based on the calculated desired steering angle. a data gathering device for obtaining picture element data from an observation region of a trailer hitch between the trailer hitch and a trailer hitch receiver positioned within the observation region of the trailer hitch; a controller for evaluating the picture element data from the observation region of the trailer hitch to find a trailer position by verifying a trailer hitch receiver location defined by the predetermined target symbol being inside an area defined by a boundary, if the trailer hitch receiver location is inside the area, calculating a distance and angle from the trailer hitch receiver to the trailer hitch ball and, calculating a steering angle adjustment by calculating an optimum instantaneous steering angle for achieving alignment as defined by a steering wheel of the motor vehicle, and sending the calculated desired steering angle to update a vehicle steering system; and an interface for communicating vehicle information to the controller including an actuation signal for initiating hitch/receiver alignment and conveying steering command signals to the vehicle steering system based on the calculated desired steering angle.
A pharmaceutical composition which comprises herbal extracts of Chaenomelis Fructus, Achyranthis Radix, Acanthopanax, Cinnamomi Cortex, Gentianae Radix, Clematidis Radix, Angelicae Radix, Cnidii Rhizome, Gastrodiae Rhizoma, Safflower, Phlomidis Radix, and Ledebouriellae Radix, wherein the extracts contain acanthoside D as active ingredient, for use in pain suppression or edema suppression.
An electrical power system overvoltage protection arrangement, comprising: a variable frequency generator that provides an AC voltage rectified through a rectifier to create a DC bus, the DC bus providing a DC voltage rectified from the AC voltage; and an overvoltage protection device, comprising: the rectifier for converting the AC voltage to the DC voltage on the DC bus; a switch; a surge protection device wherein the switch and the surge protection device are connected in series across the DC bus, and wherein the surge protection device is selectively activated by transitioning the switch; and a sensor circuit for measuring a voltage on the DC bus; wherein the switch is transitioned when the voltage exceeds a threshold voltage; characterised in that the surge protection device comprises a metal oxide varistor configured to absorb voltage in excess of the threshold voltage without interrupting power flow to an electrical power system. a variable frequency generator that provides an AC voltage rectified through a rectifier to create a DC bus, the DC bus providing a DC voltage rectified from the AC voltage; and an overvoltage protection device, comprising: the rectifier for converting the AC voltage to the DC voltage on the DC bus; a switch; a surge protection device wherein the switch and the surge protection device are connected in series across the DC bus, and wherein the surge protection device is selectively activated by transitioning the switch; and a sensor circuit for measuring a voltage on the DC bus; the rectifier for converting the AC voltage to the DC voltage on the DC bus; a switch; a surge protection device wherein the switch and the surge protection device are connected in series across the DC bus, and wherein the surge protection device is selectively activated by transitioning the switch; and a sensor circuit for measuring a voltage on the DC bus; wherein the switch is transitioned when the voltage exceeds a threshold voltage; characterised in that the surge protection device comprises a metal oxide varistor configured to absorb voltage in excess of the threshold voltage without interrupting power flow to an electrical power system.
A controller for a vehicle-mounted internal combustion engine including a ratchet type one-way clutch between an output shaft of an engine cranking motor and an engine output shaft, wherein the one-way clutch includes a hook, rotatable in cooperation with the engine output shaft about a rotation axis of the engine output shaft, and an engagement portion, rotatable in cooperation with the output shaft of the motor about the rotation axis of the engine output shaft and configured to engage the hook, the controller comprising: a control unit configured so as to perform a control to decrease a deviation degree between a rotation speed of the hook and a rotation speed of the engagement portion when the engine stops.
Multilayer structure comprising at least one substrate layer, one metal layer bonded directly thereto and at least one protective layer on the metal layer, wherein the substrate layer comprises a copolycarbonate which has a Vicat softening point above 160°C in accordance with DIN ISO 306, characterized in that the substrate layer comprises one or more inorganic fillers with spherical or lamellar geometry in an amount of from 5 to 50% by weight, based on the entirety of thermoplastics used, wherein the filler is one selected from the group consisting of nitrides, oxides, mixed oxides, carbides, powdered quartz, SiO 2 particles, amorphous SiO 2, ground sand, glass particles, solid glass beads and synthetic graphite.
A machine-type-communication, MTC, device comprising a communications interface for participating in communication with at least one MTC application server, wherein the MTC device is configured to: receive downlink data from a base station, wherein the downlink data includes multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG which allocates uplink transmission time intervals, TTIs, for each MTC device of the plurality of MTC devices, the downlink data being received via a downlink VSM radio bearer that is shared among the plurality of MTC devices; and send uplink data to the base station by using a virtual shared mobile, VSM, radio bearer, shared among the plurality of MTC devices based on time division, the MTC device sensing uplink data at an allocated uplink transmission time TTI identified to the MTC device by the received downlink data the base station; characterised in that the MTC device is configured to send a VSM transmission time interval, TTI, grant request message to the base station, the VSM TTI grant request message including a mobile network identifier of the MTC device. receive downlink data from a base station, wherein the downlink data includes multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG which allocates uplink transmission time intervals, TTIs, for each MTC device of the plurality of MTC devices, the downlink data being received via a downlink VSM radio bearer that is shared among the plurality of MTC devices; and send uplink data to the base station by using a virtual shared mobile, VSM, radio bearer, shared among the plurality of MTC devices based on time division, the MTC device sensing uplink data at an allocated uplink transmission time TTI identified to the MTC device by the received downlink data the base station; characterised in that the MTC device is configured to send a VSM transmission time interval, TTI, grant request message to the base station, the VSM TTI grant request message including a mobile network identifier of the MTC device.
An apparatus, comprising: an ink tank; a cap assembly (102, 304) attached to the ink tank with a preloaded hinge configured to rotate the cap assembly (102, 304) from a closed position to an open position when the cap assembly (102, 304) is unlatched, the cap assembly (102, 304) comprising a bung to seal the ink tank during a partial rotation of the cap assembly (102, 304) when the cap assembly (102, 304) is unlatched; a spring-loaded linkage connected to a valve in the ink tank, wherein the valve provides a secondary seal in the ink tank body; an effector extending from the cap assembly (102, 304) configured to engage and actuate the spring-loaded linkage when the cap assembly (102, 304) is latched and configured to disengage from the spring-loaded linkage after the cap assembly (102, 304) is unlatched, wherein the spring-loaded linkage is configured to open the valve when engaged with the effector, and close the valve when disengaged from the effector, and wherein the bung is configured to maintain a tank seal during rotation of the cap assembly (102, 304) from the closed position to the open position until the valve is closed to effect the secondary seal. an ink tank; a cap assembly (102, 304) attached to the ink tank with a preloaded hinge configured to rotate the cap assembly (102, 304) from a closed position to an open position when the cap assembly (102, 304) is unlatched, the cap assembly (102, 304) comprising a bung to seal the ink tank during a partial rotation of the cap assembly (102, 304) when the cap assembly (102, 304) is unlatched; a spring-loaded linkage connected to a valve in the ink tank, wherein the valve provides a secondary seal in the ink tank body; an effector extending from the cap assembly (102, 304) configured to engage and actuate the spring-loaded linkage when the cap assembly (102, 304) is latched and configured to disengage from the spring-loaded linkage after the cap assembly (102, 304) is unlatched, wherein the spring-loaded linkage is configured to open the valve when engaged with the effector, and close the valve when disengaged from the effector, and wherein the bung is configured to maintain a tank seal during rotation of the cap assembly (102, 304) from the closed position to the open position until the valve is closed to effect the secondary seal.