mhurhangee/ep-ind-claims huggingface dataset:
Composite material comprising a zirconia ceramic matrix and at least one secondary phase dispersed therein, the zirconia matrix being present in the composite material in a proportion of at most 99 wt.% and the secondary phase being present in a proportion of from 1 to 30 wt.%, with 90 to 99% of the zirconia being present in the tetragonal and cubic phase (based on the total zirconia proportion), and MgO, CaO, CeO 2, Gd 2 O 3, Sm 2 O 3, Er 2 O 3, Y 2 O 3, Yb 2 O 3 or Sc 2 O 3 or mixtures thereof being contained as a chemical stabilizer, with a total content of chemical stabilizers of <12 mol% (based on the zirconia content), characterized in that the zirconia has a microstructure grain size of on average 0.5 to 2.0 μm, the microstructure grain size of the secondary phase being less than or equal to the microstructure grain size of the zirconia, and a secondary phase being zirconium silicate (ZrSiO4).
A method of compensating for combustion efficiency in a fuel control system for a gas turbine system, including a compressor, combustors and a gas turbine, with a turbine control system employing a mode logic for controlling operational parameters of the gas turbine system from startup through base load operation wherein a fuel demand signal is provided to a fuel control system according to a controller of the turbine control system, the method comprising: providing encoded information in a turbine control system for combustor efficiency in a plurality of combustion modes based on a reference parameter; sensing a combustion mode transfer from a starting combustion mode to an ending combustion mode; calculating a fuel demand signal for operating conditions under the starting combustion mode for the gas turbine; calculating a fuel demand signal for operating conditions under the ending combustion mode; and biasing a fuel demand signal to a fuel control system according to an algorithm whose effect is to correct for combustor efficiency according to combustion mode, characterized in that the step of biasing the fuel demand signal comprises adding a bias signal of (1/η-1)*fuel demand to the fuel demand signal wherein η is the combustion efficiency. providing encoded information in a turbine control system for combustor efficiency in a plurality of combustion modes based on a reference parameter; sensing a combustion mode transfer from a starting combustion mode to an ending combustion mode; calculating a fuel demand signal for operating conditions under the starting combustion mode for the gas turbine; calculating a fuel demand signal for operating conditions under the ending combustion mode; and biasing a fuel demand signal to a fuel control system according to an algorithm whose effect is to correct for combustor efficiency according to combustion mode, characterized in that the step of biasing the fuel demand signal comprises adding a bias signal of (1/η-1)*fuel demand to the fuel demand signal wherein η is the combustion efficiency.
Motor vehicle, comprising a metal component provided on a front end, rear end and/or on the side, in particular a bumper, and at least one sensor device comprising a capacitively operating sensor and an associated control device for detecting collisions, wherein the sensor is arranged on a metal component and configured as an area sensor extending over at least half of the width of the metal component, the control device being able to determine items of information resulting from a collision with an object by means of the change in capacitance of the sensor caused by collision-related deformation of the sensor, the sensor being configured as a plate capacitor, and a layer of a dielectric being applied to the metal component, particularly the bumper which forms a capacitor electrode, on which a second capacitor electrode is applied, characterised in that the second capacitor electrode is subdivided into individual electrode sections isolated from one another, each electrode section being connected to the control device.
A pharmaceutical formulation characterized in that paclitaxel is incorporated into 5-β-cholanic acid - glycol chitosan complex, wherein the 5-β-cholanic acid - glycol chitosan complex forms self-aggregates in an aqueous solution.
An anti-histone agent, for use in a method of treating and/or preventing vascular necrosis in severe glomerulonephritis, wherein the method comprises administering to a subject with glomerulonephritis at least the anti-histone agent, wherein the anti-histone agent is selected from the group consisting of an anti-histone antibody, activated protein C, and heparin.
A data transmission control method, wherein the method comprises: receiving, by user equipment, a first message, wherein the first message is used to instruct the user equipment to activate a reflective quality of service, RQ, mechanism, and wherein the first message comprises a reflective quality of service indication, RQI, data packet, the RQI data packet is a data packet carrying an RQI, and the RQI is used to instruct the user equipment to activate the reflective quality of service RQ mechanism; generating, by the user equipment, a derived quality of service, QoS, rule according to the RQ mechanism; receiving, by the user equipment, a second message from a user plane network element user, wherein the second message according to an updated QoS rule is used to instruct the user equipment to stop using the RQ mechanism, and the second message is a non-RQI data packet, which is a data packet carrying no RQI; and stopping, by the user equipment, using the RQ mechanism. receiving, by user equipment, a first message, wherein the first message is used to instruct the user equipment to activate a reflective quality of service, RQ, mechanism, and wherein the first message comprises a reflective quality of service indication, RQI, data packet, the RQI data packet is a data packet carrying an RQI, and the RQI is used to instruct the user equipment to activate the reflective quality of service RQ mechanism; generating, by the user equipment, a derived quality of service, QoS, rule according to the RQ mechanism; receiving, by the user equipment, a second message from a user plane network element user, wherein the second message according to an updated QoS rule is used to instruct the user equipment to stop using the RQ mechanism, and the second message is a non-RQI data packet, which is a data packet carrying no RQI; and stopping, by the user equipment, using the RQ mechanism.
An article of footwear comprising: a strobel having an interior surface and an exterior surface formed on an opposite side from the interior surface, the strobel defining a footbed and a peripheral wall extending transversely from the footbed to a terminal edge; an upper attached to the terminal edge of the strobel along a peripheral seam to define an interior void for receiving a foot, the peripheral seam configured to extend along a side of the interior void; and a sole structure attached to the exterior surface of the footbed and having a sidewall extending partially over the peripheral wall of the strobel, wherein the peripheral seam is exposed above the sidewall. a strobel having an interior surface and an exterior surface formed on an opposite side from the interior surface, the strobel defining a footbed and a peripheral wall extending transversely from the footbed to a terminal edge; an upper attached to the terminal edge of the strobel along a peripheral seam to define an interior void for receiving a foot, the peripheral seam configured to extend along a side of the interior void; and a sole structure attached to the exterior surface of the footbed and having a sidewall extending partially over the peripheral wall of the strobel, wherein the peripheral seam is exposed above the sidewall.
A method for controlling the chain structure of a copolymer of a conjugated diene compound and a non-conjugated olefin, wherein the introduction of the conjugated diene compound is controlled in the presence of the non-conjugated olefin and a polymerization catalyst so as to control the chain structure of the copolymer, and wherein the polymerization catalyst includes at least one complex selected from a group consisting of: a metallocene complex represented by the following general formula; a metallocene complex represented by the following general formula; and a half metallocene cation complex represented by the following general formula; wherein in formula, M represents a lanthanoid element, scandium, or yttrium; Cp R each independently represents an unsubstituted or substituted indenyl group; R a to R f each independently represent a hydrogen atom or an alkyl group having 1 to 3 carbon atoms; L represents a neutral Lewis base; and w represents an integer of 0 to 3; wherein in formula, M represents a lanthanoid element, scandium, or yttrium; Cp R each independently represents an unsubstituted or substituted indenyl group; X' represents a hydrogen atom, a halogen atom, an alkoxide group, a thiolate group, an amide group, a silyl group, or a hydrocarbon group having 1 to 20 carbon atoms; L represents a neutral Lewis base; and w represents an integer of 0 to 3; wherein in formula M represents a lanthanoid element, scandium, or yttrium; Cp R' each independently represents an unsubstituted or substituted cyclopentadienyl, indenyl, or fluorenyl group; X represents a hydrogen atom, a halogen atom, an alkoxide group, a thiolate group, an amide group, a silyl group, or a hydrocarbon group having 1 to 20 carbon atoms; L represents a neutral Lewis base; w represents an integer of 0 to 3; and - represents a non-coordinating anion.
A wafer-level semiconductor device, comprising: a wafer-level substrate, a plurality of serial groups which are formed on a surface of the substrate and are disposed in parallel, each serial group comprising a plurality of parallel groups disposed in series, each parallel group comprising a plurality of unit cells disposed in parallel, each unit cell being an independent functional unit which is formed by processing a semiconductor layer directly grown on the surface of the substrate; and a lead, which is at least electrically connected between one selected parallel group in each serial group and one electrode (14, 15) of the semiconductor device and/or between two selected parallel groups to make ON-voltages of all the serial groups substantially consistent; characterized in that all the unit cells formed on the surface of the substrate comprise a plurality of normal unit cells and a plurality of redundant unit cells, wherein the plurality of normal unit cells are arranged as a plurality of multi-stage unitgroups disposed in parallel, each one of the multi-stage unitgroups comprises a plurality of parallel groups disposed in series, and M first parallel groups selected from any one of the multi-stage unitgroups form a serial group with N second parallel groups, wherein each one of the first parallel groups comprises a plurality of normal unit cells disposed in parallel, and each one of the second parallel groups comprises a plurality of redundant unit cells disposed in parallel, M being a positive integer, N being a positive integer. a wafer-level substrate, a plurality of serial groups which are formed on a surface of the substrate and are disposed in parallel, each serial group comprising a plurality of parallel groups disposed in series, each parallel group comprising a plurality of unit cells disposed in parallel, each unit cell being an independent functional unit which is formed by processing a semiconductor layer directly grown on the surface of the substrate; and a lead, which is at least electrically connected between one selected parallel group in each serial group and one electrode (14, 15) of the semiconductor device and/or between two selected parallel groups to make ON-voltages of all the serial groups substantially consistent; characterized in that all the unit cells formed on the surface of the substrate comprise a plurality of normal unit cells and a plurality of redundant unit cells, wherein the plurality of normal unit cells are arranged as a plurality of multi-stage unitgroups disposed in parallel, each one of the multi-stage unitgroups comprises a plurality of parallel groups disposed in series, and M first parallel groups selected from any one of the multi-stage unitgroups form a serial group with N second parallel groups, wherein each one of the first parallel groups comprises a plurality of normal unit cells disposed in parallel, and each one of the second parallel groups comprises a plurality of redundant unit cells disposed in parallel, M being a positive integer, N being a positive integer.
A composition comprising water, at least one surfactant selected from the group consisting of an anionic surfactant, a cationic surfactant, an amphoteric surfactant, a nonionic surfactant and mixtures thereof, at least one ester of levulinic acid with a fatty alcohol, wherein the fatty alcohol has 6 to 22 C-atoms, and an inorganic water-soluble salt.
A target analysis chip (1, 1'), comprising a substrate (10, 20), the substrate (10, 20) comprising a reaction section at which a sample containing a target is made to react with a reagent, a detection section at which label detection is performed, and a flow channel that communicates the reaction section with the detection section, wherein: the reagent comprises a carrier; the carrier comprises a labeled probe immobilized thereon, the labeled probe being configured to bind to the target, and the carrier having a specific gravity of greater than 1 and being configured to form a conjugate with the target; and the flow channel comprises a hydrophobic inner wall as a movement controller configured to control movement of the carrier from the reaction section to the detection section; wherein the movement controller has the effect that, while a centrifugal force that is larger than a resistance force caused by the hydrophobic inner wall is not applied, spontaneous capillary action in the direction from the reaction section to the detection section is not generated, and the conjugate is made to move by capillary action to the detection section through the flow channel when the centrifugal force, that is larger than the resistance force, is applied. the reagent comprises a carrier; the carrier comprises a labeled probe immobilized thereon, the labeled probe being configured to bind to the target, and the carrier having a specific gravity of greater than 1 and being configured to form a conjugate with the target; and the flow channel comprises a hydrophobic inner wall as a movement controller configured to control movement of the carrier from the reaction section to the detection section; wherein the movement controller has the effect that, while a centrifugal force that is larger than a resistance force caused by the hydrophobic inner wall is not applied, spontaneous capillary action in the direction from the reaction section to the detection section is not generated, and the conjugate is made to move by capillary action to the detection section through the flow channel when the centrifugal force, that is larger than the resistance force, is applied.
A syringe comprising: a syringe barrel defining a main chamber; and a plunger having a plunger body slidably disposed within the main chamber of the syringe barrel, characterized in that a recess is formed on an inner wall of the plunger body, the recess configured for receiving a head portion of a piston, the recess comprising one or more radially inwardly projecting flanges on the inner wall, the plunger body having a top concave member defining a first portion of the recess and a first portion of the one or more radially inwardly projecting flanges, and a bottom ring member defining a second portion of the recess and a second portion of the one ore more radially inwardly projecting flanges, the one or more radially inwardly projecting flanges each defining an edge terminating in an apex point to define a saw-tooth shaped guide path to guide rotational movement of the head portion of the piston into the recess, and in that the top concave member and the bottom ring member form an interlocking engagement with each other. a syringe barrel defining a main chamber; and a plunger having a plunger body slidably disposed within the main chamber of the syringe barrel, characterized in that a recess is formed on an inner wall of the plunger body, the recess configured for receiving a head portion of a piston, the recess comprising one or more radially inwardly projecting flanges on the inner wall, the plunger body having a top concave member defining a first portion of the recess and a first portion of the one or more radially inwardly projecting flanges, and a bottom ring member defining a second portion of the recess and a second portion of the one ore more radially inwardly projecting flanges, the one or more radially inwardly projecting flanges each defining an edge terminating in an apex point to define a saw-tooth shaped guide path to guide rotational movement of the head portion of the piston into the recess, and in that the top concave member and the bottom ring member form an interlocking engagement with each other.
A vacuum cleaner nozzle comprising: - a sole provided with a lower face configured to be oriented towards a surface to be cleaned and a suction channel opening into the lower face of the sole, - a front scraping member located at the front of a front edge of the suction channel and delimiting at least in part a central passage opening which is fluidly connected to the suction channel, the front scraping member generally having a V shape having a vertex oriented towards a central part of the suction channel, the front scraping member including a first scraping branch which is elongated and which extends in a first extension direction and a second scraping branch which is elongated and which extends in a second extension direction, the first and second scraping branches (14, 15) being configured to direct waste, coming into contact against the front scraping member during a movement forward the vacuum cleaner nozzle, towards the central passage opening, characterized in that the first and second extension directions (De1, De2) are inclined relative to each other by an inclination angle comprised between 165° and 178°. - a sole provided with a lower face configured to be oriented towards a surface to be cleaned and a suction channel opening into the lower face of the sole, - a front scraping member located at the front of a front edge of the suction channel and delimiting at least in part a central passage opening which is fluidly connected to the suction channel, the front scraping member generally having a V shape having a vertex oriented towards a central part of the suction channel, the front scraping member including a first scraping branch which is elongated and which extends in a first extension direction and a second scraping branch which is elongated and which extends in a second extension direction, the first and second scraping branches (14, 15) being configured to direct waste, coming into contact against the front scraping member during a movement forward the vacuum cleaner nozzle, towards the central passage opening,
A method for the manufacture of one or more moulded bodies based on cross-linked UHMWPE, comprising the steps: • compressing UHMWPE in powder form into one or more moulded bodies; • introducing the moulded body or bodies into a receiving space of a receiving device (10; 30; 40), wherein the receiving device (10; 30; 40) comprises a heating means for heating the moulded body or bodies located in the receiving space; • irradiating the moulded body or bodies in the receiving device (10; 30; 40) with gamma - or X-rays, in order to cross-link the UHMWPE; and • removing the moulded body or bodies from the receiving space, wherein the receiving device (10; 30; 40) is set up to control a pre-determined temperature behaviour of the moulded body or bodies before, during and after the irradiation. • compressing UHMWPE in powder form into one or more moulded bodies; • introducing the moulded body or bodies into a receiving space of a receiving device (10; 30; 40), wherein the receiving device (10; 30; 40) comprises a heating means for heating the moulded body or bodies located in the receiving space; • irradiating the moulded body or bodies in the receiving device (10; 30; 40) with gamma - or X-rays, in order to cross-link the UHMWPE; and • removing the moulded body or bodies from the receiving space,
Doctor blade, which comprises a number of layers (1, 2) that are connected to each other, which layers comprise at least a frame layer and, with respect to the frame layer, outer layers on both sides of it, which frame layer is at least partly of mineral fiber, e.g. glass fiber, basalt fiber, and which outer layers comprise carbon fiber, characterized in that the outer layer comprises three or more layers (2', 2", 2'''), of which at least one is a carbon-fiber layer, the direction of which is transverse to the longitudinal direction of the doctor blade, and in that the layer (2", 2''') in direct connection with this is at an angle a with respect to the carbon-fiber layer, where 0o<α<90o and -90o<α<0o.
A method for adjusting an operation of at least one door system, wherein the door system has at least one at least partially automatically operated door component for carrying out at least one door function and at least one drive unit, wherein the door component is designed as a movable door leaf of a door for people, wherein the drive unit is operatively connected to the door component in order to bring the door component into at least one movement state for carrying out the at least one door function, wherein the door system has a control unit for controlling at least the door function, and wherein the door system has at least one detection unit for determining at least one drive parameter, wherein at least one drive parameter determined by the detection unit is transmitted wirelessly either by the detection unit or by a transmission unit of the door system and/or a communication unit of the door system to a memory system remote from the door system, wherein at least the transmitted drive parameter is evaluated such that an adjustment specification is determined, wherein the at least one door function is adjusted by the control unit based on the adjustment specification, wherein the evaluation takes place at least partially remote from the door system, wherein for this purpose the at least one drive parameter is received during the wireless transmission by the memory system remote from the door system and stored persistently, and is read out and evaluated by an evaluation unit in order to determine the adjustment specification, wherein the determined adjustment specification is transmitted wirelessly to the door system such that the door function can be adjusted in the door system, characterized in that the drive parameter is correlated with an ambient temperature of the door component.
A method for filtering a liquid sample, comprising: providing a disk-shaped blank of a deformable sheet material and a filtration medium, wherein the blank has a central opening portion for passing a liquid; the deformable sheet material is liquid impermeable; and the filtration medium is liquid tightly connected to the blank and dimensioned such that it covers the opening portion of the blank; deforming the blank to form a funnel extending above and about the filtration medium; introducing the liquid sample into the funnel; filtering the liquid sample from the funnel through the filtration medium. providing a disk-shaped blank of a deformable sheet material and a filtration medium, wherein the blank has a central opening portion for passing a liquid; the deformable sheet material is liquid impermeable; and the filtration medium is liquid tightly connected to the blank and dimensioned such that it covers the opening portion of the blank; deforming the blank to form a funnel extending above and about the filtration medium; introducing the liquid sample into the funnel; filtering the liquid sample from the funnel through the filtration medium.