mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting data to a peer user equipment, UE, through direct communication between UEs by a UE in a wireless communication system, the method comprising: transmitting, to the peer UE, information on scheduling assignment, SA, for transmission of a data signal; performing the transmission of the data signal via a first transmission beam and transmission of a plurality of reference signals via a plurality of transmission beams to the peer UE, in a frame including one or more data symbols and one or more reference signal symbols; receiving, from the peer UE, a negative acknowledgment, NACK, for the data signal and information on a reference signal related to at least one preferred transmission beam among the plurality of transmission beams; and retransmitting, to the peer UE, the data signal precoded based on the preferred transmission beam, wherein the plurality of reference signals are multiplexed in time division multiplexing, TDM, in one reference signal symbol, wherein the at least one preferred transmission beam is selected from a beam candidate set including one or more transmission beams among the plurality of transmission beams, and wherein the beam candidate set is determined as adjacent the first transmission beam, among the plurality of transmission beams, based on the information on the SA being successfully transmitted and the NACK for the data signal being received transmitting, to the peer UE, information on scheduling assignment, SA, for transmission of a data signal; performing the transmission of the data signal via a first transmission beam and transmission of a plurality of reference signals via a plurality of transmission beams to the peer UE, in a frame including one or more data symbols and one or more reference signal symbols; receiving, from the peer UE, a negative acknowledgment, NACK, for the data signal and information on a reference signal related to at least one preferred transmission beam among the plurality of transmission beams; and retransmitting, to the peer UE, the data signal precoded based on the preferred transmission beam, wherein the plurality of reference signals are multiplexed in time division multiplexing, TDM, in one reference signal symbol, wherein the at least one preferred transmission beam is selected from a beam candidate set including one or more transmission beams among the plurality of transmission beams, and wherein the beam candidate set is determined as adjacent the first transmission beam, among the plurality of transmission beams, based on the information on the SA being successfully transmitted and the NACK for the data signal being received
A light pattern exposure method comprising irradiating a pattern of light to a resist film through a photomask using ArF excimer laser light as the light source, wherein the photomask used is such that it has been irradiated with ArF excimer laser light in a cumulative dose of at least 10 kJ/cm 2, said photomask comprising a transparent substrate and a pattern of optical film of a material comprising a transition metal, silicon, and nitrogen and/or oxygen, the transition metal having potentially a valence of 6, the contents of transition metal, silicon, nitrogen and oxygen in the optical film meeting both the formulae and: 6 × C M / 100 − 4 × C Si / 100 ≤ − 0.89 6 C M × 3 C N / ( 6 C M × 6 C M + 6 C M × 4 C Si + 6 C M × 3 C N + 6 C M × 2 C O + 4 C Si × 4 C Si + 4 C Si × 3 C N + 4 C Si × 2 C O) ≥ 0.094 wherein C M is a transition metal content in atom%, C Si is a silicon content in atom%, C N is a nitrogen content in atom% and C O is an oxygen content in atom%, except for an outermost surface region extending from the film surface remote from the substrate to a depth of 10 nm, characterized in that the photomask has been treated for defect correction by directing a high-energy radiation beam in a fluorine base gas atmosphere.
A computer implemented method of managing an intelligent field, the method comprising the step of: detecting faulty data from one of a plurality of well instruments for a well in an intelligent field defining a faulty well instrument, the method being characterized by the step of: estimating data values in at least substantially real-time to provide as a substitute for at least portions of the faulty data associated with the faulty well instrument, the estimated data values being based upon observed substantially real-time well instrument data values of at least two other of the plurality of well instruments associated with the well in the intelligence field.
A method for patterning a layer structure, comprising the process steps: i) Providing a layer structure comprising a substrate and an electrically conductive layer, applied on the substrate, which comprises an electrically conductive polymer; ii) For the purpose of patterning bringing at least a part of the surface of the electrically conductive layer into contact with a composition Z1 comprising an organic compound capable of releasing chlorine, bromine or iodine, the organic compound comprising at least one structural element wherein - Hal is a halogen selected from the group consisting of chlorine, bromine or iodine, - Y is selected from N, S and P, and - X 1 and X 2 can be the same or different and each denote respectively a halogen, a carbon atom or a sulphur atom, and wherein one or more further atoms can optionally be bonded to X 1 and X 2. i) Providing a layer structure comprising a substrate and an electrically conductive layer, applied on the substrate, which comprises an electrically conductive polymer; ii) For the purpose of patterning bringing at least a part of the surface of the electrically conductive layer into contact with a composition Z1 comprising an organic compound capable of releasing chlorine, bromine or iodine, the organic compound comprising at least one structural element wherein - Hal is a halogen selected from the group consisting of chlorine, bromine or iodine, - Y is selected from N, S and P, and - X 1 and X 2 can be the same or different and each denote respectively a halogen, a carbon atom or a sulphur atom, and wherein one or more further atoms can optionally be bonded to X 1 and X 2. - Hal is a halogen selected from the group consisting of chlorine, bromine or iodine, - Y is selected from N, S and P, and - X 1 and X 2 can be the same or different and each denote respectively a halogen, a carbon atom or a sulphur atom, and wherein one or more further atoms can optionally be bonded to X 1 and X 2.
Insert for reaction vessels for detection of gaseous substances exiting from a sample of matter, having a sealing section for sealing closure of the reaction vessel and at least one holder for an indicator material, wherein the insert has at least one further holder for reaction additives and/or the sample of matter, characterized in that the at least one further holder for reaction additives and/or the sample of matter has at least one reagent tube to accommodate a reaction additive and/or the sample of matter, and in that the at least one holder for the indicator material is spaced apart by a connecting element from the at least one further holder for reaction additives and/or the sample of matter.
Device for mounting a unit in a compartment of a vehicle instrument panel having a unit insertion opening, the unit having two parallel lateral faces on each of which there is disposed a stud, the device having two fixed parallel lateral slideways (20, 23) that form a guided path for the studs in a substantially longitudinal direction and have an entry zone and an end zone that is less high than the entry zone, each stud having an elastically compressible part (33, 36) that is intended to vertically push the stud in the slideway (20, 23) when the stud is in the end zone of its corresponding slideway, a facade surround being provided around the unit insertion opening so as to cooperate in the positioning and/or in the fixing of a facade plate of the unit, characterized in that the lateral slideways (20, 23) comprise two longitudinally separated parts, specifically a first part secured to said facade surround and a second part not secured to the facade surround and held on a wall of the instrument panel compartment so as to be substantially in the longitudinal continuation of the first part.
A method of producing a composite metal oxide, the method comprising: to calcine a composition containing an alkali metal and obtain a composite metal oxide, calcining the composition while being arranged on a mount a part of which in contact with the composition is formed of a metal oxide component, wherein the metal oxide component has a content of K atoms ranging from 5 to 13 parts by weight in terms of K 2 O with respect to 100 parts by weight of the metal oxide component, and a total content of Al atoms, Zr atoms, Mg atoms, and Ce atoms ranging from 15 to 70 parts by weight in terms of oxides with respect to 100 parts by weight of the metal oxide component. to calcine a composition containing an alkali metal and obtain a composite metal oxide, calcining the composition while being arranged on a mount a part of which in contact with the composition is formed of a metal oxide component, wherein the metal oxide component has a content of K atoms ranging from 5 to 13 parts by weight in terms of K 2 O with respect to 100 parts by weight of the metal oxide component, and a total content of Al atoms, Zr atoms, Mg atoms, and Ce atoms ranging from 15 to 70 parts by weight in terms of oxides with respect to 100 parts by weight of the metal oxide component.
A compound comprising a structure of formula, said compound being Wherein R1 is independently selected from OC1-3 alkyl, OC3-5 cycloalkyl, OC1-C3 deuterium alkyl, dialkyl amine, substituted C4-C6 cycloamine or diazabicyclo amine; R2 is independently selected from hydrogen or fluoro; R3 is independently selected from methyl or deuterated methyl; R4 is independently selected from C1-C3 alkyl or C1-C3 deuterated alkyl. R2 is independently selected from hydrogen or fluoro; R3 is independently selected from methyl or deuterated methyl; R4 is independently selected from C1-C3 alkyl or C1-C3 deuterated alkyl.
Suction nozzle apparatus for a cleaning device, comprising a connector for the application of negative pressure, a suction body, and a suction head with at least one intake opening, the suction head being rotatably arranged on the suction body, wherein the at least one intake opening is fluidically connected to the connector, wherein the suction head is mounted in an interior space of a housing of the suction body so as to be rotatable about a rotation axis, characterized by at least one spray nozzle for the application of spray to a surface to be cleaned, wherein the rotation axis lies in a fixed position relative to the spray nozzle.
A manufacturing method of an electrode structure for an energy storage device, the method comprising: forming a polymer substrate (20, 65, 70, 75, 80) configured to have a first uneven pattern (21, 71, 76) on a first surface thereof; forming an electrode active material layer on the first pattern (21, 71, 76) in a state that an tensile force is applied to the polymer substrate (20, 65, 70, 75, 80); and forming a second uneven pattern (22, 72, 77) on the polymer substrate (20, 65, 70, 75, 80) and the electrode active material layer by removing the tensile force. forming a polymer substrate (20, 65, 70, 75, 80) configured to have a first uneven pattern (21, 71, 76) on a first surface thereof; forming an electrode active material layer on the first pattern (21, 71, 76) in a state that an tensile force is applied to the polymer substrate (20, 65, 70, 75, 80); and forming a second uneven pattern (22, 72, 77) on the polymer substrate (20, 65, 70, 75, 80) and the electrode active material layer by removing the tensile force.
A WIM sensor for measuring wheel forces of vehicles on a road that pass over the sensor; said WIM sensor comprising an elongated hollow profile along a longitudinal axis thereof that has an interior space; wherein said interior space comprises first and second inner pressing surfaces (7, 8), said pressing surfaces (7, 8) being arranged opposite of each other and connected to one another on both sides by curved, pre-tensioned profile edges; wherein in said interior space are disposed a plurality of piezoelectric measuring elements each having first and second force absorbing surfaces (16, 17) arranged along the longitudinal axes thereof, said force absorbing surfaces (16, 17) facing said first and said second pressing surface (7, 8), respectively; and wherein all first force absorbing surfaces of the measuring elements are electrically connected with each other by an electrode and are electrically insulated from the first pressing surface; characterized in that said electrode is formed as a long strip of insulating film provided with an electrically conductive layer on one of its sides; further characterized in that said electrode is disposed in said interior space between the measuring elements and the first pressing surface; and in that the electrically conductive layer faces the measuring elements; and that the insulating film is provided with an electrically conductive counter layer opposite the electrically conductive layer.
Drilling unit (100a, 100b) for mounting on a deck of a floating vessel, the drilling unit (100a, 100b) comprising a drill tower structure with a heave-compensation system for compensating vertical movements of the floating vessel due to waves, wherein the drilling unit (100a, 100b) further comprises a winch, a crown block mounted at a top side of the drill tower structure and at least one wire rope provided between the winch and the crown block, characterized in that the heave-compensation system comprises a slideable support frame configured to be moved relative to the drill tower structure in a direction substantially parallel to the axial direction of the drill tower structure, wherein either the winch or the crown block is provided within the slideable support frame such that a distance between the winch and the crown block is controllable, wherein the position of the slideable support frame with respect to the drill tower structure is controlled by at least one electric motor or electric linear actuator.
A hydraulic system comprising: a pressure source; a first worksection having a spool disposed in a spool bore of the first worksection; a second worksection having a spool disposed in a spool bore of the second worksection; a parallel flow pressure passage fluidly connecting the pressure source to the first and second worksections (16; 18) in parallel and opening into the spool bores (102; 202) of the worksections (16; 18); and a variable flow path fluidly connecting the pressure source to the first and second worksections (16; 18) in series, the variable flow path having a first variable flow pressure passage fluidly connecting the pressure source to the spool bore of the first worksection, and a second variable flow pressure passage fluidly connecting the spool bore of the first worksection to the spool bore of the second worksection; wherein the first worksection includes a metered fluid chamber open to the spool bore of the first worksection, characterised in that the spool of the first worksection is configured to selectively connect and meter flow from the first variable flow pressure passage to the metered fluid chamber, or from both the parallel flow pressure passage and the first variable flow pressure passage to the metered fluid chamber. a pressure source; a first worksection having a spool disposed in a spool bore of the first worksection; a second worksection having a spool disposed in a spool bore of the second worksection; a parallel flow pressure passage fluidly connecting the pressure source to the first and second worksections (16; 18) in parallel and opening into the spool bores (102; 202) of the worksections (16; 18); and a variable flow path fluidly connecting the pressure source to the first and second worksections (16; 18) in series, the variable flow path having a first variable flow pressure passage fluidly connecting the pressure source to the spool bore of the first worksection, and a second variable flow pressure passage fluidly connecting the spool bore of the first worksection to the spool bore of the second worksection; wherein the first worksection includes a metered fluid chamber open to the spool bore of the first worksection, characterised in that the spool of the first worksection is configured to selectively connect and meter flow from the first variable flow pressure passage to the metered fluid chamber, or from both the parallel flow pressure passage and the first variable flow pressure passage to the metered fluid chamber.
An aircraft having at least one wing comprising, at each of the ends thereof, a winglet forming an angle of between 0° and 45° relative to the vertical, characterized in that each winglet has a leading edge, and a slat situated in front of the leading edge, said slat forming a surface separated from the leading edge so as to place a slot between said slat and the leading edge, said slot placed along said leading edge being oriented so as to make an airflow circulate through said slot from an outer surface of the winglet to an inner surface of said winglet.
A method of operating an analog counter of a digital unit cell, comprising: storing a voltage from the analog counter to a storage capacitor of a read out circuit at an end of an integration period; generating a dummy voltage at the analog counter, wherein the generating comprises: setting the dummy voltage to a supply line voltage (vSupply); and decreasing the dummy voltage by a step voltage at least once during a readout period; comparing the voltage at the storage capacitor to the dummy voltage level during the readout period; recording a time at which the dummy voltage becomes less than the voltage at the storage capacitor; and determining the voltage at the storage capacitor when the dummy voltage falls below the voltage at the storage capacitor, wherein the determining comprises: counting a number of times the step voltage is applied to the dummy voltage to lower the dummy voltage to less than the voltage at the storage capacitor and determining the voltage at the storage capacitor from the counted number of times and a magnitude of the step voltage. storing a voltage from the analog counter to a storage capacitor of a read out circuit at an end of an integration period; generating a dummy voltage at the analog counter, wherein the generating comprises: setting the dummy voltage to a supply line voltage (vSupply); and decreasing the dummy voltage by a step voltage at least once during a readout period; setting the dummy voltage to a supply line voltage (vSupply); and decreasing the dummy voltage by a step voltage at least once during a readout period; comparing the voltage at the storage capacitor to the dummy voltage level during the readout period; recording a time at which the dummy voltage becomes less than the voltage at the storage capacitor; and determining the voltage at the storage capacitor when the dummy voltage falls below the voltage at the storage capacitor, wherein the determining comprises: counting a number of times the step voltage is applied to the dummy voltage to lower the dummy voltage to less than the voltage at the storage capacitor and determining the voltage at the storage capacitor from the counted number of times and a magnitude of the step voltage.
A partitioned tableware comprising: a base with an upper surface and a lower surface; a wall extending from the base with a lower edge and an upper edge, the lower edge is tangent to the base; a lip extending radially outwardly from the wall; and a first partitioning member and a second partitioning member, both extending from the base to an upper edge, wherein the first partitioning member and the second partitioning member are aligned to form a space gap between them, characterized in that the upper edges, of the first and second partitioning members, respectively, are aligned with the wall's upper edge; and the space gap is configured to receive a cutting edge of a knife or a chopping utensil, the partitioned tableware further comprising more than one notch (8a, 8b) formed in the wall and substantially aligned with the space gap, wherein the notches (8a, 8b) provide auxiliary means for vision impaired users to indicate a position of the space gap. a base with an upper surface and a lower surface; a wall extending from the base with a lower edge and an upper edge, the lower edge is tangent to the base; a lip extending radially outwardly from the wall; and a first partitioning member and a second partitioning member, both extending from the base to an upper edge, wherein the first partitioning member and the second partitioning member are aligned to form a space gap between them, characterized in that the upper edges, of the first and second partitioning members, respectively, are aligned with the wall's upper edge; and the space gap is configured to receive a cutting edge of a knife or a chopping utensil, the partitioned tableware further comprising more than one notch (8a, 8b) formed in the wall and substantially aligned with the space gap, wherein the notches (8a, 8b) provide auxiliary means for vision impaired users to indicate a position of the space gap.
Refrigerator with at least one pulse tube or Gifford-McMahon cooler having at least two cold stages being arranged in a vacuum can of the refrigerator, and with at least one recuperative trapping stage, the recuperative trapping stage comprising at least one first portion and at least one second portion configured for conveying fluids, wherein the first portion is in fluid communication with the second portion, and at least two different parts or sections of the first portion of the at least one recuperative trapping stage are respectively thermally coupled, or at least configured to be respectively thermally coupleable, to different cold stages of the pulse tube or Gifford-McMahon cooler, and wherein at least a part of the recuperative trapping stage is arranged within the vacuum can, characterized in that at least one part of the second portion is arranged within the first portion, and in that at least a part of the recuperative trapping stage is arranged in an outside of the vacuum can, the refrigerator further comprising: one or more further recuperative trapping stage mounted in series, and/or at least a condensing line in which at least one cold trap is arranged. with at least one pulse tube or Gifford-McMahon cooler having at least two cold stages being arranged in a vacuum can of the refrigerator, and with at least one recuperative trapping stage, the recuperative trapping stage comprising at least one first portion and at least one second portion configured for conveying fluids, wherein the first portion is in fluid communication with the second portion, one or more further recuperative trapping stage mounted in series, and/or at least a condensing line in which at least one cold trap is arranged.