mhurhangee/ep-ind-claims huggingface dataset:
Socket, switch or pushbutton, comprising a connection terminal block for the connection of at least one mains line and comprising an illuminant as integrated emergency or orientation lighting, a) wherein after a power failure the illuminant is fed via a battery with a long lifetime, b) wherein the at least one mains line is monitored for voltage by means of an evaluation unit, c) wherein the evaluation unit drives a switching element inserted between battery and illuminant, d) wherein a brightness sensor acts on the evaluation unit in such a way that the illuminant is switched on only below an adjustable brightness threshold, e) wherein a motion sensor acts on the evaluation unit in such a way that the illuminant is switched on only after detection of a movement, e.g. of a person, f) wherein a timing circuit acts on the evaluation unit in order to switch off the illuminant if a further movement is no longer detected during a defined, adjustable period of time after the first detected movement, g) wherein a power supply unit for feeding the illuminant from the mains during normal operation is provided, h) wherein the socket, the switch or the pushbutton has, on the lower section of its covering frame (16, 20), a light exit opening (17, 21) for the emission of the light generated by the illuminant. a) wherein after a power failure the illuminant is fed via a battery with a long lifetime, b) wherein the at least one mains line is monitored for voltage by means of an evaluation unit, c) wherein the evaluation unit drives a switching element inserted between battery and illuminant, d) wherein a brightness sensor acts on the evaluation unit in such a way that the illuminant is switched on only below an adjustable brightness threshold, e) wherein a motion sensor acts on the evaluation unit in such a way that the illuminant is switched on only after detection of a movement, e.g. of a person, f) wherein a timing circuit acts on the evaluation unit in order to switch off the illuminant if a further movement is no longer detected during a defined, adjustable period of time after the first detected movement, g) wherein a power supply unit for feeding the illuminant from the mains during normal operation is provided, h) wherein the socket, the switch or the pushbutton has, on the lower section of its covering frame (16, 20), a light exit opening (17, 21) for the emission of the light generated by the illuminant.
Wind turbine comprising at least one rotor blade, the pitch angle of said rotor blade being adjustable by means of a pitch controller, and a generator/converter unit, at least one electrical quantity of the generator/converter unit being adjustable by means of a converter controller, wherein the wind turbine furthermore comprises a drive train coupled with a rotor comprising the at least one rotor blade, the rotor being disposed at a front end of the drive train and the drive train ending in the generator/converter unit, wherein • a first rotational speed detection unit is provided at the drive train near the front end of the drive train and a second rotational speed detection unit is provided at the drive train near the generator/converter unit, characterised in that • the measured rotational speed (n rot) of the first rotational speed detection unit is applied as an input variable to the pitch controller and the measured rotational speed of the second rotational speed detection unit is applied as an input variable to the converter controller. • a first rotational speed detection unit is provided at the drive train near the front end of the drive train and a second rotational speed detection unit is provided at the drive train near the generator/converter unit, characterised in that • the measured rotational speed (n rot) of the first rotational speed detection unit is applied as an input variable to the pitch controller and the measured rotational speed of the second rotational speed detection unit is applied as an input variable to the converter controller.
A scaffold that is formed in a lattice form by alternately stacking a plurality of biodegradable synthetic polymer-hydrogel layers, wherein after one biodegradable synthetic polymer-hydrogel layer is stacked the next biodegradable synthetic polymer-hydrogel layer is stacked by rotating the next biodegradable synthetic polymer-hydrogel layer by 90 degrees to form a lattice pattern, wherein each of the biodegradable synthetic polymer-hydrogel layer is formed by disposing a plurality of biodegradable synthetic polymer-hydrogel units spaced apart from each other at a predetermined gap, each of the plurality of biodegradable synthetic polymer-hydrogel units comprises a biodegradable synthetic polymer and a hydrogel, wherein each of the plurality of biodegradable synthetic polymer-hydrogel unit is formed by interposing a single hydrogel line between a pair of a plurality of biodegradable synthetic polymer lines stacked upon each other and fusing the single hydrogel line and the pair of stacked plurality of biodegradable synthetic polymer lines.
A synthetic resin container having a bottom wall for forming a bottom portion of the container, and a body portion connecting integrally with an outer periphery of the bottom wall to define a space for filling a content therein, the bottom wall being inverted and folded back toward the inside of the body portion to form a raised bottom, wherein the body portion has a lower peripheral wall for forming a self-standing foot by inverting and folding back the bottom wall to bring the lower peripheral wall into contact with or place the lower peripheral wall in proximity to an outer-side wall portion of the bottom wall, a bending groove is provided at a boundary between the bottom wall and the body portion, the boundary serving as a starting point for inverting and folding back the bottom wall, the bending groove being protruded outwardly from the bottom portion and defining an annular hollow portion therein after inverting and folding back the bottom wall, and the bottom wall is formed by a slanting wall in which an edge portion is at the highest position characterized in that a liquid pool is formed at a center region of the bottom wall, and further that the bottom wall has a plurality of ribs directed toward the liquid pool of the bottom wall, each of the ribs having a protruding shape on the undersurface located on the outer side of the container, and a recessed shape on the upper surface located on the inner side of the container.
A microfluidic cartridge for performing a plurality of different assays, the cartridge comprising at least one flow channel and an inlet to the flow channel for feeding a liquid sample to the flow channel, the flow channel comprising a plurality of detection sites (47, 48) comprising at least one electrical detection site comprising electrodes arranged for performing an electrochemical detection at the electrical detection site, and at least one optical detection site with a transparent window for optical readout at the optical detection site, wherein the microfluidic cartridge comprises a solid substrate with a channel shaped cavity therein and a polymer foil bonded to said solid substrate to cover the channel shaped cavity so as to define the at least one flow channel between the polymer foil and the substrate and so as to define the inlet, wherein the at least one electrical detection site and the at least one optical detection site are located in said at least one flow channel and wherein said foil is a polymer carrying the electrodes for the at least one electrical detection site and carrying electrical transmission lines for reading out from the electrodes.
A sensor management unit for receiving, from at least one sensor device installed external to the sensor management unit, sensing data generated by the at least one sensor device monitoring a target, the sensing data including background noise data representing noise from a cause other than the target, the sensor management unit comprising: a background noise data obtaining unit configured to obtain the background noise data; a reliability determination unit configured to determine a reliability of the sensing data based on the background noise data; and a determination result output unit configured to output a result of the determination performed by the reliability determination unit, wherein the background noise data obtaining unit is configured to obtain the background noise data by sorting sensing data pieces obtained through sensing performed over time based on the values indicated by the sensing data pieces. a background noise data obtaining unit configured to obtain the background noise data; a reliability determination unit configured to determine a reliability of the sensing data based on the background noise data; and a determination result output unit configured to output a result of the determination performed by the reliability determination unit, wherein the background noise data obtaining unit is configured to obtain the background noise data by sorting sensing data pieces obtained through sensing performed over time based on the values indicated by the sensing data pieces.
A fastener cartridge, comprising: a cartridge body, comprising: a deck including a tissue supporting surface; and a plurality of fastener cavities, wherein each said fastener cavity includes an opening in said tissue supporting surface; a plurality of fasteners; and characterized by: a firing actuator movable between an unfired position and a fired position to eject said fasteners from said fastener cavities, wherein said firing actuator comprises a first ramp portion configured to lift each said fastener between a first position and a partially lifted position, wherein said firing actuator comprises a second ramp portion configured to lift each said fastener between said partially lifted position and a fired position, and wherein said second ramp portion is positioned laterally and parallel with respect to said first ramp portion, wherein said fasteners are directly engaged by said firing actuator. a cartridge body, comprising: a deck including a tissue supporting surface; and a plurality of fastener cavities, wherein each said fastener cavity includes an opening in said tissue supporting surface; a deck including a tissue supporting surface; and a plurality of fastener cavities, wherein each said fastener cavity includes an opening in said tissue supporting surface; a plurality of fasteners; and characterized by: a firing actuator movable between an unfired position and a fired position to eject said fasteners from said fastener cavities, wherein said firing actuator comprises a first ramp portion configured to lift each said fastener between a first position and a partially lifted position, wherein said firing actuator comprises a second ramp portion configured to lift each said fastener between said partially lifted position and a fired position, and wherein said second ramp portion is positioned laterally and parallel with respect to said first ramp portion, wherein said fasteners are directly engaged by said firing actuator.
A high pressure diesel fuel pump comprising a pumping assembly and a drivetrain assembly, the pumping assembly comprising a plunger extending from a pump head along a pumping axis (A-A'), the drivetrain assembly comprising a drive shaft and a cam mounted thereon within a cambox of a housing, a plunger-driving assembly for contact with a lower end of the plunger and mounted substantially between said plunger and the cam, wherein the plunger is arranged for reciprocating linear movement along the pumping axis (A-A') within a pumping chamber of the housing upon rotation of the cam, wherein the pumping chamber comprises a pressure regulating member (60, 80) adapted to adjust its volume in response to changes in pressure in the cambox, wherein the pressure regulating member (60, 80) comprises a volume adjustment means, wherein the volume adjustment means comprises a flexible component (64, 84) comprising a flexible membrane, wherein the flexible component (64, 84) comprises a hollow formed shape having a maximum internal volume, characterized in that the flexible membrane comprises a shear modulus of between approximately 9 MPa and approximately 46 MPa (when using the Yeoh hyperelastic model), wherein the pressure regulating member (60, 80) comprises an anchor component (62, 82), wherein the anchor component (62, 82) comprises a dovetail-shaped annulus.
A method to exchange data in a networked system, comprising: storing, by a web browser executed by a client device, a client device profile comprising a plurality of client device parameters and processor-executable instructions to generate a content request in a restricted environment of the client device, wherein the restricted environment is associated with a content server; transmitting, by the web browser, a content item parameter to the restricted environment stored on the client device based on the web browser receiving a web page; generating, by the web browser executing the processor-executable instructions stored in the restricted environment, a parameter list based on the client device profile and the content item parameter; transmitting, by the web browser, the parameter list to a proxy server; and the method further characterized by: receiving, by the web browser, a content item to render in a content slot of the web page based on the proxy server determining an aggregate value of at least one parameter in the parameter list satisfies a predetermined threshold. storing, by a web browser executed by a client device, a client device profile comprising a plurality of client device parameters and processor-executable instructions to generate a content request in a restricted environment of the client device, wherein the restricted environment is associated with a content server; transmitting, by the web browser, a content item parameter to the restricted environment stored on the client device based on the web browser receiving a web page; generating, by the web browser executing the processor-executable instructions stored in the restricted environment, a parameter list based on the client device profile and the content item parameter; transmitting, by the web browser, the parameter list to a proxy server; and the method further characterized by: receiving, by the web browser, a content item to render in a content slot of the web page based on the proxy server determining an aggregate value of at least one parameter in the parameter list satisfies a predetermined threshold.
A catheter system (10, 60), comprising: a catheter assembly, comprising: a catheter adapter, comprising a distal end, a proximal end, and a lumen extending through the distal end and the proximal end; and a catheter extending distally from the distal end of the catheter adapter; and a needle assembly, comprising: a needle hub; a needle, comprising a distal end and a proximal end, wherein the needle is secured within the needle hub; an inner barrel surrounding the needle hub, wherein the needle hub is secured within the inner barrel, wherein the inner barrel comprises a first hole; characterized by a middle barrel surrounding the inner barrel, wherein the middle barrel comprises a second hole aligned with the first hole; an outer barrel surrounding the middle barrel; and a flashback pathway comprising the first hole and the second hole and extending between an outer surface of the middle barrel and an inner surface of the outer barrel. a catheter adapter, comprising a distal end, a proximal end, and a lumen extending through the distal end and the proximal end; and a catheter extending distally from the distal end of the catheter adapter; and a needle assembly, comprising: a needle hub; a needle, comprising a distal end and a proximal end, wherein the needle is secured within the needle hub; a needle hub; a needle, comprising a distal end and a proximal end, wherein the needle is secured within the needle hub; an inner barrel surrounding the needle hub, wherein the needle hub is secured within the inner barrel, wherein the inner barrel comprises a first hole; characterized by a middle barrel surrounding the inner barrel, wherein the middle barrel comprises a second hole aligned with the first hole; an outer barrel surrounding the middle barrel; and a flashback pathway comprising the first hole and the second hole and extending between an outer surface of the middle barrel and an inner surface of the outer barrel.
Use as a cooling agent of a compound of general formula in which: - R 1 et R 2 are independently of each other selected as being a hydrogen atom or a C 1 -C 6 -alkyl group; and - X represents =O. - R 1 et R 2 are independently of each other selected as being a hydrogen atom or a C 1 -C 6 -alkyl group; and - X represents =O.
A method comprising: establishing a common control element associated with a predetermined region being monitored in communication with speech sensing units located in multiple regions; receiving and recognizing speech inputs at respective ones of the sensing units and processing the recognized speech to establish a respective coded representation thereof; transmitting the representation to the control element; characterized by updating the coded representations at the sensing units. establishing a common control element associated with a predetermined region being monitored in communication with speech sensing units located in multiple regions; receiving and recognizing speech inputs at respective ones of the sensing units and processing the recognized speech to establish a respective coded representation thereof; transmitting the representation to the control element; characterized by updating the coded representations at the sensing units.
A reactor for hydrogenating carbon monoxide comprising: a reaction chamber having thermally conductive chamber walls; a catalyst comprising a supported Fischer-Tropsch catalytic metal in said reaction chamber; wherein said catalyst comprises a monolith which comprises a continuous piece of porous material having contiguous porosity such that reactants and products of a Fischer-Tropsch reaction are able to diffuse through the contiguous porosity of the catalyst; characterized in that it further comprises at least one cooling chamber in thermal contact with at least one thermally conductive chamber wall of said reaction chamber wherein the at least one chamber wall of said reaction chamber separates the reaction chamber from the at least one cooling chamber; wherein said catalyst has a thickness of about 1.5 cm or less; and wherein said catalyst is within 0.5 cm of at least one thermally conductive reaction chamber wall; wherein thickness is in the direction of heat transfer, that is, the direction to a reaction chamber wall and substantially perpendicular to the direction of flow.
A safety valve, comprising: a valve member configured to selectively close a well to prevent unwanted production from the well, the valve member having a feed through member; a penetration member positioned in the feed through member with a down-hole end protruding from the feed through member, characterized in that the down-hole end of penetration member is configured to be coupled to a cable in the well; wherein the penetration member is made of steel or another suitable material configured to withstand tensile forces applied while being pulled upward through the feed through member of the safety valve upon coupling the cable thereto to pull the cable through the feed through member. a valve member configured to selectively close a well to prevent unwanted production from the well, the valve member having a feed through member; a penetration member positioned in the feed through member with a down-hole end protruding from the feed through member, characterized in that the down-hole end of penetration member is configured to be coupled to a cable in the well; wherein the penetration member is made of steel or another suitable material configured to withstand tensile forces applied while being pulled upward through the feed through member of the safety valve upon coupling the cable thereto to pull the cable through the feed through member.
An ammonium nitrate fuel oil composition comprising: (a) ammonium nitrate; (b) a fuel component; (c) a functionalized polymer component comprising the reaction product of an olefin copolymer and an unsaturated carboxylic acylating agent; (d) an oil-soluble anionic surfactant; wherein the mixture of components (b), (c) and (d) form a gel that will not readily flow; and wherein: component (a) is present from 92 to 96% of the total weight of the composition; component (b) is present from 4 to 8% of the total weight of the composition; component (c) is present from 0.1 to 2.5% of the total weight of the composition; and component (d), when present, is present from 0.1 to 1.5% of the total weight of the composition. (a) ammonium nitrate; (b) a fuel component; (c) a functionalized polymer component comprising the reaction product of an olefin copolymer and an unsaturated carboxylic acylating agent; (d) an oil-soluble anionic surfactant;
A damper assembly (42, 74, 98, 134) for a vehicle, the vehicle having a chassis and a control arm moveably coupled to the chassis, the damper assembly (42, 74, 98, 134) comprising: a first spring seat (54, 90, 110, 142) configured to be fixed to the chassis; a second spring seat (58, 94, 114) configured to be supported by the control arm; a coil spring (46, 86, 106, 138) extending between the first spring seat (54, 90, 110, 142) and the second spring seat (58, 94, 114); and a sensor module supported by the first spring seat (54, 90, 110, 142) or the second spring seat (58, 94, 114), the sensor module being operable to determine a state of compression of the coil spring (46, 86, 106, 138), characterized in that the sensor module includes a Hall effect sensor and a permanent magnet, wherein the permanent magnet faces the first coil of the coil spring (46, 86, 106, 138) nearest to the first spring seat in the vertical direction of the coil spring (46, 86, 106, 138) such that, as the coil spring is compressed, the first coil moves closer to the permanent magnet, changing the magnetic field of the magnet and the flux density which is measured through the Hall effect sensor to measure a gap between a first coil of the coil spring (46, 86, 106, 138) and the sensor module. a first spring seat (54, 90, 110, 142) configured to be fixed to the chassis; a second spring seat (58, 94, 114) configured to be supported by the control arm; a coil spring (46, 86, 106, 138) extending between the first spring seat (54, 90, 110, 142) and the second spring seat (58, 94, 114); and a sensor module supported by the first spring seat (54, 90, 110, 142) or the second spring seat (58, 94, 114), the sensor module being operable to determine a state of compression of the coil spring (46, 86, 106, 138), characterized in that the sensor module includes a Hall effect sensor and a permanent magnet, wherein the permanent magnet faces the first coil of the coil spring (46, 86, 106, 138) nearest to the first spring seat in the vertical direction of the coil spring (46, 86, 106, 138) such that, as the coil spring is compressed, the first coil moves closer to the permanent magnet, changing the magnetic field of the magnet and the flux density which is measured through the Hall effect sensor to measure a gap between a first coil of the coil spring (46, 86, 106, 138) and the sensor module.