mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first portion operating in a first clock domain and a second portion operating in a second clock domain; wherein the first portion comprises a first primary interface and first redundant interface, the first primary interface being configured to receive a primary signal, and the first redundant interface being configured to receive a first checking signal, the first checking signal and the primary signal being separated by a predetermined time delay; and wherein the second portion comprises a second primary interface and a second redundant interface, the second primary interface being configured to output the primary signal, and the second redundant interface being configured to output a second checking signal, wherein the second primary interface and the second redundant interface are configured to operate with independent, synchronous clocks; the apparatus comprising checking circuitry in the second clock domain configured to: generate the second checking signal based on the primary signal; perform an error checking procedure based on the first and second checking signals; and supply the second checking signal to the second redundant interface said predetermined time delay after the primary signal is supplied to the second primary interface. a first portion operating in a first clock domain and a second portion operating in a second clock domain; wherein the first portion comprises a first primary interface and first redundant interface, the first primary interface being configured to receive a primary signal, and the first redundant interface being configured to receive a first checking signal, the first checking signal and the primary signal being separated by a predetermined time delay; and wherein the second portion comprises a second primary interface and a second redundant interface, the second primary interface being configured to output the primary signal, and the second redundant interface being configured to output a second checking signal, wherein the second primary interface and the second redundant interface are configured to operate with independent, synchronous clocks; the apparatus comprising checking circuitry in the second clock domain configured to: generate the second checking signal based on the primary signal; perform an error checking procedure based on the first and second checking signals; and supply the second checking signal to the second redundant interface said predetermined time delay after the primary signal is supplied to the second primary interface. generate the second checking signal based on the primary signal; perform an error checking procedure based on the first and second checking signals; and supply the second checking signal to the second redundant interface said predetermined time delay after the primary signal is supplied to the second primary interface.
Segment component made from a high-temperature casting material for an annular combustion chamber of an aircraft engine, featuring a combustion-chamber wall (11, 12) which in operation shields a fuel flame extending along a burner axis from the environment, - with the combustion-chamber wall (11, 12) having a bulge (13, 14) which points in a direction facing away from the burner axis, - with the segment component having a combustion-chamber head, an inner combustion-chamber wall and an outer combustion-chamber wall, between which a fuel flame is provided in operation, and characterized in that the inner combustion-chamber wall, the combustion-chamber head and the outer combustion-chamber wall are connected to one another in the form of a one-piece, U-shaped casting. - with the combustion-chamber wall (11, 12) having a bulge (13, 14) which points in a direction facing away from the burner axis, - with the segment component having a combustion-chamber head, an inner combustion-chamber wall and an outer combustion-chamber wall, between which a fuel flame is provided in operation, and
A prober comprising: a wafer chuck which holds a wafer on which multiple chips having an electrode in each surface are formed and has a conductive support surface which can come into contact with a back-surface electrode of a chip; a movement rotation mechanism (12, 13, 14, 15) which moves and rotates the wafer chuck; a head stage which holds a probe holding portion having a probe that comes into contact with a front-surface electrode of the chip and connects the front-surface electrode with a terminal of a tester to electrically inspect the chip; a stage member which has a conductive stage surface that is formed in parallel to the support surface and electrically connected with the support surface, and can move integrally with the wafer chuck; and a contactor which is disposed in a position facing the stage member and whose tip can electrically come into contact with the stage surface, characterized in that the wafer chuck includes a heating and cooling mechanism which heats or cools the wafer held in the wafer chuck, the stage member is separated from the wafer chuck as a separate body so that a temperature change of the wafer chuck is less likely to be transferred to the stage member, the stage member is disposed in a position adjacent to the wafer chuck in a plan view, and is movable integrally with the wafer chuck by being coupled with the wafer chuck through a coupling member, the stage surface and the support surface are electrically connected through a wiring member, and the back-surface electrode of the chip is electrically connected with the tester through the wafer chuck, the wiring member, the stage member and the contactor. a wafer chuck which holds a wafer on which multiple chips having an electrode in each surface are formed and has a conductive support surface which can come into contact with a back-surface electrode of a chip; a movement rotation mechanism (12, 13, 14, 15) which moves and rotates the wafer chuck; a head stage which holds a probe holding portion having a probe that comes into contact with a front-surface electrode of the chip and connects the front-surface electrode with a terminal of a tester to electrically inspect the chip; a stage member which has a conductive stage surface that is formed in parallel to the support surface and electrically connected with the support surface, and can move integrally with the wafer chuck; and a contactor which is disposed in a position facing the stage member and whose tip can electrically come into contact with the stage surface,
Pharmaceutical composition comprising a first release dose of ondansetron determining a first pulse resulting in a therapeutically effective level of ondansetron in the blood of a subject for a continuous period initiated at from 0 to 2 hours from the administration of the composition and a second delayed releases dose of ondansetron determining a second pulse, wherein the delayed release dose of ondansetron is coated with coating means so as to extend the continuous period to from 6 to 14 hours from the administration of the composition.
An antenna to be arranged on a window glass of a vehicle, the antenna characterized by: a core-side power feeding unit; an earth-side power feeding unit; a first element extending from the core-side power feeding unit; and a second element extending at an angle of approximately 90 degrees with respect to the first element from the core-side power feeding unit, the first element having a length of 3 αλ /4+ δ and the second element having a length of αλ /4- δ, or the first element having a length of 3 αλ /4- δ and the second element having a length of αλ /4+ δ, where λ refers to a wavelength of a reception frequency, α refers to a wavelength shortening rate of glass, and δ refers to an offset length for each of the first element and the second elements. a core-side power feeding unit; an earth-side power feeding unit; a first element extending from the core-side power feeding unit; and a second element extending at an angle of approximately 90 degrees with respect to the first element from the core-side power feeding unit, the first element having a length of 3 αλ /4+ δ and the second element having a length of αλ /4- δ, or the first element having a length of 3 αλ /4- δ and the second element having a length of αλ /4+ δ, where λ refers to a wavelength of a reception frequency, α refers to a wavelength shortening rate of glass, and δ refers to an offset length for each of the first element and the second elements.
A security element, comprising a carrier substrate, which comprises a coating made from a material causing a color shift effect, a partial layer having clearances that are visible in transmitted light and a fluorescent feature, wherein, as viewed from the side of the carrier substrate on which the coating made from a material causing a color shift effect is arranged, the partial layer with clearances visible in transmitted light is located under the coating made from a material causing a color shift effect and the fluorescent feature consists of a partial layer with colors transparent in visible light and fluorescent in UV light and is located above the coating made from a material causing a color shift effect.
A method for managing use of a radio frequency band in which signals of multiple types may occur, characterized by monitoring radio frequency energy in a radio frequency band in which activity associated with a plurality of signal types may occur to generate power spectral information representing activity of signals of multiple types in the frequency band during time intervals; and generating histograms from the power spectral information for one or more of: pulse center frequency, pulse duration, pulse bandwidth and time interval between pulses, for signal pulses received in the frequency band during said time intervals.
A burner, comprising: - a support wall forming an inlet passage for introducing a mixture of fuel gas and oxidant into the burner, - a diffuser wall, which is tubular and coaxial with respect to a longitudinal axis of the burner and having a first end connected to the support wall in flow communication with the inlet passage, a second end closed by a closing wall, and a perforation for the passage of the gas mixture from the interior of the burner to an outer side of the diffuser wall where the combustion occurs, - a diaphragm substantially concentric with the longitudinal axis and arranged in the inlet passage, said diaphragm forming a plurality of through openings and a plurality of guide surfaces defining the through openings on a radially outer side thereof, characterized in that said through openings have a radially inner edge extending in a plane substantially orthogonal to the longitudinal axis and a radially outer edge extending in a plane inclined or parallel to the longitudinal axis, wherein the outer edge forms a free outlet end of the guide surfaces, so that, during the insertion of the mixture, said guide surfaces and said through openings direct the mixture inwardly of the burner and in the radial direction towards the longitudinal axis. - a support wall forming an inlet passage for introducing a mixture of fuel gas and oxidant into the burner, - a diffuser wall, which is tubular and coaxial with respect to a longitudinal axis of the burner and having a first end connected to the support wall in flow communication with the inlet passage, a second end closed by a closing wall, and a perforation for the passage of the gas mixture from the interior of the burner to an outer side of the diffuser wall where the combustion occurs, - a diaphragm substantially concentric with the longitudinal axis and arranged in the inlet passage, said diaphragm forming a plurality of through openings and a plurality of guide surfaces defining the through openings on a radially outer side thereof,
A hinge for the arrangement between a leaf and a frame comprising a first fastening device, a second fastening device, at least one hinge bracket, which connects the first fastening device and the second fastening device to one another, wherein the hinge bracket is connected to the second fastening device so as to be rotatable in an axis of rotation, and with an electrical line, which is arranged between the two fastening devices (1, 2) and which, in a completely open state, has a first line section and a second line section adjacent to a lead-away point, at which the electrical line leaves the hinge bracket, wherein the first line section is at least partially received by the hinge bracket, and, in a lateral direction, which runs obliquely to the axis of rotation, the second line section is guided on the hinge bracket to a wall section of the second fastening device, characterized in that in the completely open state, the ratio between a distance between the axis of rotation and the lead-away point on the one hand and the length of the second line section on the other hand is less than 1:3.
An apparatus for the production of ice cream mass with solid ingredients, comprising a hopper and an auger conveyor for conveying solid items, wherein the auger conveyor comprises an auger and an outlet pipe enclosing the auger along at least a part of the length of the auger, the outlet pipe having an inlet end and an outlet end, wherein the outlet pipe is mounted at its inlet end to the hopper for receiving solid items from the hopper through an outlet opening near the bottom of the hopper, and the auger extends partly along at least a part of the bottom of the hopper, partly inside the outlet pipe along substantially the full length thereof, and wherein at least a part of the inner surface of the hopper above the outlet opening is inclined towards the direction of conveyance of the auger conveyor, the pitch of the auger increasing, gradually or stepwise, along the direction of conveyance of the auger conveyor, characterized in that, at least along a part of the length of the outlet pipe enclosing the auger, the cross-sectional outline of the inner side of the outlet pipe is a circular shape being superposed by a plurality of sinusoidal undulations.
A liquid analytical reagent dispensing apparatus, the apparatus comprising: a container having a first end, a second end, a first side, a second side, a bottom side, a top side, a first cavity being open at the top side of the container, a flange extending around the open top of the first cavity, and a second cavity being open near the second end of the container, the second cavity opening being located on the top side of the container, wherein the second cavity extends longitudinally from the second end to the first end of the container and has a closed end located longitudinally opposite from the second cavity opening; a first liquid reagent disposed within the first cavity; a second liquid reagent disposed within the second cavity; and a flexible cover removably affixed to the flange of the container to seal the first liquid reagent in the first cavity, the second liquid reagent in the second cavity, and to permit the first liquid reagent to flow via gravitational dispensing from the first cavity, while the second liquid reagent is contained in the second cavity upon removal of the flexible cover from the flange and with the first end of the container positioned substantially vertically beneath the second end of the container. a container having a first end, a second end, a first side, a second side, a bottom side, a top side, a first cavity being open at the top side of the container, a flange extending around the open top of the first cavity, and a second cavity being open near the second end of the container, the second cavity opening being located on the top side of the container, wherein the second cavity extends longitudinally from the second end to the first end of the container and has a closed end located longitudinally opposite from the second cavity opening; a first liquid reagent disposed within the first cavity; a second liquid reagent disposed within the second cavity; and a flexible cover removably affixed to the flange of the container to seal the first liquid reagent in the first cavity, the second liquid reagent in the second cavity, and to permit the first liquid reagent to flow via gravitational dispensing from the first cavity, while the second liquid reagent is contained in the second cavity upon removal of the flexible cover from the flange and with the first end of the container positioned substantially vertically beneath the second end of the container.
Device for simulating birth and birth related complications, the device being adapted to be attached to a real human being and having an outer skin with a simulated vaginal opening, said opening being adapted to be situated adjacent the lower part of the person, further having a simulated uterus adapted to contain a foetus manikin, said uterus having an opening coinciding with the vaginal opening of the outer skin, said device further having a uterus simulator for simulating uterus conditions between a simulated atonic state and a simulated contracted state, characterised by further comprising a first conveyor for conveying simulated blood from a blood container to the simulated vaginal opening, when the uterus simulator is in the atonic state, the uterus simulator comprising a first inflatable container, which in inflated state simulates a contracted uterus.
A foam material comprising a polymer composition, which comprises: (a) a polymer blend comprising: - from 1 to 99 wt. % of a poly(biphenyl ether sulfone) (PPSU), and - from 1 to 99 wt. % of a polyethersulfone polymer, the wt. % being based on the total weight of (a), (b) from 0 to 10 wt. % of at least one additive, based on the total weight of. (a) a polymer blend comprising: - from 1 to 99 wt. % of a poly(biphenyl ether sulfone) (PPSU), and - from 1 to 99 wt. % of a polyethersulfone polymer, the wt. % being based on the total weight of (a), - from 1 to 99 wt. % of a poly(biphenyl ether sulfone) (PPSU), and - from 1 to 99 wt. % of a polyethersulfone polymer, (b) from 0 to 10 wt. % of at least one additive, based on the total weight of.
A nanogap device for electric field enhancement, comprising: a film made of an electrically conductive material: and a nanogap formed on the film and having a gap-width between a Thomas-Fermi screening length and a skin depth, the Thomas-Fermi screening length and the skin depth being determined by an electromagnetic wave and the electrically conductive material; characterised in that the nanogap has a length of a half resonant wavelength of the electromagnetic wave. a film made of an electrically conductive material: and a nanogap formed on the film and having a gap-width between a Thomas-Fermi screening length and a skin depth, the Thomas-Fermi screening length and the skin depth being determined by an electromagnetic wave and the electrically conductive material; characterised in that the nanogap has a length of a half resonant wavelength of the electromagnetic wave.
A multilayer article comprising: (a) metal substrate; (b) a first fluoropolymer layer having a thickness no more than 10 micrometers, wherein the first fluoropolymer layer consists essentially of a fluoropolymer comprising reactive groups, wherein when the fluoropolymer is a melt-processible fluoropolymer it comprises at least 30 reactive groups per 1,000,000 carbon atoms and when the fluoropolymer is a non-melt processible fluoropolymer it comprises more than 5 reactive groups per 1,000,000 carbon atoms; and (c) a second fluoropolymer layer having a thickness of about 10 to 1000 micrometers, wherein the first fluoropolymer layer is in contact with both the metal substrate and the second fluoropolymer layer and wherein the thickness is measured according to the Cross-sectional Thickness Measurement as disclosed in the Examples Section, wherein the number of reactive groups is measured according to the Endgroup analysis method disclosed in the specification, and wherein the fluoropolymer of the first fluoropolymer layer is selected from perfluorinated fluoropolymers and from partially fluorinated fluoropolymers wherein the partially fluorinated polymers are selected from copolymers of tetrafluoroethylene and ethylene, polyvinylidene fluoride (PVDF) and THV (tetrafluoroethylene-hexafluoropropylene-vinylidene fluoride copolymers). (a) metal substrate; (b) a first fluoropolymer layer having a thickness no more than 10 micrometers, wherein the first fluoropolymer layer consists essentially of a fluoropolymer comprising reactive groups, wherein when the fluoropolymer is a melt-processible fluoropolymer it comprises at least 30 reactive groups per 1,000,000 carbon atoms and when the fluoropolymer is a non-melt processible fluoropolymer it comprises more than 5 reactive groups per 1,000,000 carbon atoms; and (c) a second fluoropolymer layer having a thickness of about 10 to 1000 micrometers,
An additive that enhances corrosion protection of an aqueous, acidic conversion coating composition, wherein the additive comprises: one or more reaction products of an aqueous liquid mixture of at least one catechol compound with at least one co-reactant compound comprised of one or more functional groups reactive with the at least one catechol compound reacted at a temperature of at least 0° C, desirably 10°C to 100° C or more, at a pressure of about 1 atmosphere or greater, over a period of time ranging from 30 minutes to 20 hours, said aqueous solution or dispersion having a molar ratio of catechol compound to functional groups reactive with the at least one catechol compound in the co-reactant compound of from 1:0.05 to 1:25, wherein said at least one co-reactant compound is selected from the group consisting of polymeric amine compounds and compounds comprised of one or more (meth)acryl functional groups and mixtures thereof.