mhurhangee/ep-ind-claims huggingface dataset:
Method of allocating resource elements in an orthogonal frequency division multiplexed, OFDM, system for transmission of a channel state information reference signal, CSI-RS, comprising: converting one or more resource elements to a two-dimensional frequency-time domain; partitioning the one or more converted resource elements in the two-dimensional frequency-time domain to units of a physical resource block, PRB; and patterning one or more resource elements over at least a portion of the PRB for transmission of the CSI-RS, allocating a group of eight resource elements of the resource elements, in a PRB for transmission of one CSI-RS signal of eight ports, or a subset of the group of eight resource elements in a PRB for transmission of one CSI-RS signal of less than eight ports, wherein the number of ports is equal to the number of allocated resource elements in the PRB, the group of eight resource elements in a PRB contains four designated pairs of CSI-RS resource elements with two resource elements per pair having the same subcarrier index in frequency domain but different adjacent OFDM, symbol indices in time domain, characterized in that these four designated pairs of CSI-RS resource elements are located within the same two OFDM symbols in time-domain and occupy in frequency-domain the first, sixth and seventh pair of CSI-RS resource elements counting down-ward from the pair of CSI-RS resource elements with a largest subcarrier index on the same two OFDM symbols in one PRB, and wherein the CSI-RS resource elements are allocated to symbols {5,6}, 19, 10} and {12,13}, and a reuse factor is five. converting one or more resource elements to a two-dimensional frequency-time domain; partitioning the one or more converted resource elements in the two-dimensional frequency-time domain to units of a physical resource block, PRB; and patterning one or more resource elements over at least a portion of the PRB for transmission of the CSI-RS, allocating a group of eight resource elements of the resource elements, in a PRB for transmission of one CSI-RS signal of eight ports, or a subset of the group of eight resource elements in a PRB for transmission of one CSI-RS signal of less than eight ports, wherein the number of ports is equal to the number of allocated resource elements in the PRB, the group of eight resource elements in a PRB contains four designated pairs of CSI-RS resource elements with two resource elements per pair having the same subcarrier index in frequency domain but different adjacent OFDM, symbol indices in time domain,
Use of a permanent coating of surfaces where the coating consists of polymers having main chains and side chains, wherein the polymer main chains are hydrophobic and the side chains are hydrophilic and the polymer main chains have entered into chemical and/or chemical-coordinative and/or physical interaction with the surface to be coated and the side chains are disposed on the polymer main chain substantially in a direction away from the surface and at least do not enter into a permanent interaction with one another, wherein the hydrophobic polymer main chain forms the comb backside and the hydrophilic side chains form the comb prongs of a comb-like structure, for inhibiting and/or preventing icing of the coated surfaces down to ambient temperatures of -10°C.
A method for genetically modifying an endogenous immunoglobulin heavy chain variable region gene locus in a mouse embryonic stem cell, wherein the genetic modification comprises insertion of human immunoglobulin heavy chain V, D and J gene segments, said method comprising: (a) obtaining a cloned genomic fragment containing human V, D and J gene segments; (b) using bacterial homologous recombination to genetically modify the cloned genomic fragment of (a) to create a targeting vector for use in the ES cell; (c) introducing the targeting vector of (b) into the ES cell to genetically modify the endogenous immunoglobulin heavy chain variable region gene locus; and (d) detecting modification of allele in the ES cells of (c) to identify an ES cell in which the endogenous immunoglobulin heavy chain variable region gene locus has been genetically modified; wherein said method creates a modified immunoglobulin locus that produces hybrid antibodies containing human variable regions and mouse constant regions. (a) obtaining a cloned genomic fragment containing human V, D and J gene segments; (b) using bacterial homologous recombination to genetically modify the cloned genomic fragment of (a) to create a targeting vector for use in the ES cell; (c) introducing the targeting vector of (b) into the ES cell to genetically modify the endogenous immunoglobulin heavy chain variable region gene locus; and (d) detecting modification of allele in the ES cells of (c) to identify an ES cell in which the endogenous immunoglobulin heavy chain variable region gene locus has been genetically modified; wherein said method creates a modified immunoglobulin locus that produces hybrid antibodies containing human variable regions and mouse constant regions.
Lubricant composition comprising: - at least one lubricant base oil, - at least a di-fatty-alkyl(ene) polyalkylamine composition comprising one or more polyalkylamines of formulae or: wherein, • each R is, independent of the other R, an alkyl moiety or an alkylene moiety with 8 to 22 carbon atoms, which is linear or branched, • n and z are independent of each other either 0, 1, 2, or 3, and • when z is superior than 0 then o and p are independent of each other either 0, 1, 2, or 3, or derivatives thereof selected from products wherein one or more of the NH moieties of the dialkyl polyalkylamines are methylated, alkoxylated, or both; whereby said polyalkylamine composition comprises at least 3% by weight of branched compounds of formula or, with regards to the total weight of polyalkylamine compounds and in the composition, branched compound signifying that: - in formula at least one of n and z are superior or equal to 1, - in formula n is superior or equal to 1, wherein either the lubricant composition has a BN determined according to the standard ASTM D-2896 of at most 50 milligrams of potassium hydroxide per gram of the lubricant composition and the percentage by mass of di-fatty-alkyl(ene) polyalkylamine composition with respect to the total weight of the lubricant composition is comprised between 0.1 and 15%, or the lubricant composition has a BN, measured according to standard ASTM D-2896, greater than or equal to 70 milligrams of potash per gram of the lubricant composition, and the percentage by mass of di-fatty-alkyl(ene) polyalkylamine mixture with respect to the total weight of the lubricant composition is from 2 to 10%. - at least one lubricant base oil, - at least a di-fatty-alkyl(ene) polyalkylamine composition comprising one or more polyalkylamines of formulae or: • each R is, independent of the other R, an alkyl moiety or an alkylene moiety with 8 to 22 carbon atoms, which is linear or branched, • n and z are independent of each other either 0, 1, 2, or 3, and • when z is superior than 0 then o and p are independent of each other either 0, 1, 2, or 3, - in formula at least one of n and z are superior or equal to 1, - in formula n is superior or equal to 1,
A master work vehicle configured to perform work in cooperation with a slave work vehicle capable of unmanned automatic travel, the master work vehicle comprising: a wireless module configured to receive, from the slave work vehicle, slave work and travel state information indicative of a work and travel state of the slave work vehicle; a work and travel state information generation module configured to generate master work and travel state information indicative of a work and travel state of the master work vehicle; a display device configured to display various kinds of information; a message preparation module configured to prepare a slave state message describing a state of the slave work vehicle, from the slave work and travel state information, and to prepare a master state message describing a state of the master work vehicle, from the master work and travel state information; and a notification control module configured to control the display device to display the slave state message and the master state message, and to add additional information to the slave state message and the master state message, for discrimination between the slave state message and the master state message, characterised in that the slave state message is displayed on the display device in conjunction with sound of first timbre, and the master state message is displayed on the display device in conjunction with sound of second timbre different from the first timbre. a wireless module configured to receive, from the slave work vehicle, slave work and travel state information indicative of a work and travel state of the slave work vehicle; a work and travel state information generation module configured to generate master work and travel state information indicative of a work and travel state of the master work vehicle; a display device configured to display various kinds of information; a message preparation module configured to prepare a slave state message describing a state of the slave work vehicle, from the slave work and travel state information, and to prepare a master state message describing a state of the master work vehicle, from the master work and travel state information; and a notification control module configured to control the display device to display the slave state message and the master state message, and to add additional information to the slave state message and the master state message, for discrimination between the slave state message and the master state message, characterised in that the slave state message is displayed on the display device in conjunction with sound of first timbre, and the master state message is displayed on the display device in conjunction with sound of second timbre different from the first timbre.
A sensing and secretion bypass apparatus, the sensing and secretion bypass apparatus comprising: an air flow sensor; an adapter comprising a chamber having a first end configured to receive an air flow and a second end connected to the air flow sensor, wherein the air flow comprises secretions; an elevated member disposed within the chamber proximate the second end and configured to prevent the secretions from entering the air flow sensor; and a disposal housing in fluid communication with the chamber of the adapter via a tube connecting the disposal housing to a bottom side of the chamber and configured to collect the secretions received via the first end of the chamber; wherein the elevated member is sloped between a first end and a second end, wherein the elevated member is disposed within the chamber such that the first end of the elevated member is in contact with the bottom side of the chamber at a downstream edge of the tube, and the second end of the elevated member is separated from the bottom side of the chamber by a first distance less than a height of the chamber and is downstream of the first end. an air flow sensor; an adapter comprising a chamber having a first end configured to receive an air flow and a second end connected to the air flow sensor, wherein the air flow comprises secretions; an elevated member disposed within the chamber proximate the second end and configured to prevent the secretions from entering the air flow sensor; and a disposal housing in fluid communication with the chamber of the adapter via a tube connecting the disposal housing to a bottom side of the chamber and configured to collect the secretions received via the first end of the chamber; wherein the elevated member is sloped between a first end and a second end, wherein the elevated member is disposed within the chamber such that the first end of the elevated member is in contact with the bottom side of the chamber at a downstream edge of the tube, and the second end of the elevated member is separated from the bottom side of the chamber by a first distance less than a height of the chamber and is downstream of the first end.
Power converter unit of an electric or hybrid vehicle of the type of those comprising power electronics components (2, 3, 4) mounted on a support plate and a cooling system comprising at least one metal heat sink (6, 23, 24) equipped with an array of fins (12, 22) and at least one cooling circuit working by circulating a heat-transfer fluid in contact with the said support plate, the said cooling circuit comprising at least a first transition zone in which the said heat-transfer fluid makes the transition to the gaseous phase and at least one second transition zone in which the heat-transfer fluid makes the transition to the liquid phase, the said first transition zone and the said second transition zone being comprised in one and the same metallic chamber, characterized in that the said metallic chamber is incorporated into the said metallic heat sink, being of substantially parallelepipedal shape and being formed by a recess extending at the base of the said fins, the said metallic chamber having a first face in contact with the said metallic heat sink and an opposite second face constituting the said support plate which is formed of a metallic sheet closing the said recess, and the said heat-transfer fluid circulating in the said metallic chamber by natural convection.
A method of performing real-time infection control over a computer network, comprising: (a) obtaining a sample of a microorganism at a remote facility; (b) sequencing a first region of a nucleic acid from the microorganism sample; (c) comparing the first sequenced region with historical sequence data stored in a database; (d) determining a measure of phylogenetic relatedness between the microorganism sample and a plurality of historical samples stored in the database; (e) providing infection control information based on the phylogenetic relatedness determination to the remote facility, thereby allowing the remote facility to use the infection control information to control or prevent the spread of an infection; (f) determining whether the remote facility has a potential outbreak problem; and (g) transmitting an outbreak warning to the remote facility, wherein the first region that is sequenced is a repeat region, wherein the first region has a mutation rate which is suitably fast for performing real-time infection control, and wherein the microorganism is a bacterium, virus, or fungus. (a) obtaining a sample of a microorganism at a remote facility; (b) sequencing a first region of a nucleic acid from the microorganism sample; (c) comparing the first sequenced region with historical sequence data stored in a database; (d) determining a measure of phylogenetic relatedness between the microorganism sample and a plurality of historical samples stored in the database; (e) providing infection control information based on the phylogenetic relatedness determination to the remote facility, thereby allowing the remote facility to use the infection control information to control or prevent the spread of an infection; (f) determining whether the remote facility has a potential outbreak problem; and (g) transmitting an outbreak warning to the remote facility,
Method for continuously measuring particles in a gas stream, in particular soot particles, on a measuring region of a particle sensor, - the particles to be detected settling on the measuring region of the particle sensor, - the settled particles being burned by a partial regeneration of the measuring region or the particles that are still located in the gas stream being burned by a combustion device, - the burning of the particles by the combustion device being controlled by means of a control signal from a control unit, which is connected to a measuring device, in such a way that the amount of particles adhering to the measuring region remains constant, and - a signal variable of the particle sensor being determined therefrom. - the particles to be detected settling on the measuring region of the particle sensor, - the settled particles being burned by a partial regeneration of the measuring region or the particles that are still located in the gas stream being burned by a combustion device, - the burning of the particles by the combustion device being controlled by means of a control signal from a control unit, which is connected to a measuring device, in such a way that the amount of particles adhering to the measuring region remains constant, and - a signal variable of the particle sensor being determined therefrom.
A data transmission method, wherein the method comprises: sending, by a first device, first indication information, wherein the first indication information is used to indicate a time-frequency resource of a first reference signal, and the first reference signal is used to perform channel estimation on retransmitted data of first data; and sending, by the first device, the retransmitted data, characterized in that the first indication information is further used to indicate that the first device sends the first reference signal in a first retransmission of the first data and does not send any reference signals in a second retransmission of the first data. sending, by a first device, first indication information, wherein the first indication information is used to indicate a time-frequency resource of a first reference signal, and the first reference signal is used to perform channel estimation on retransmitted data of first data; and sending, by the first device, the retransmitted data, characterized in that the first indication information is further used to indicate that the first device sends the first reference signal in a first retransmission of the first data and does not send any reference signals in a second retransmission of the first data.
An elevator hoisting machine supporting apparatus that is interposed between a hoisting machine base to which a hoisting machine is fixed and a machinery base that is disposed so as to span a hoistway to support said hoisting machine, wherein said elevator hoisting machine supporting apparatus comprises: a rubber vibration isolator that is configured by holding a rubber material between an upper seat plate and a lower seat plate, and that is disposed by mounting said lower seat plate to a flange of said machinery base; a fastening means that fastens said lower seat plate to said flange; a cylindrical spacer of which a first end is fixed to said upper seat plate and is disposed so as to stand on said upper seat plate such that an axial direction is aligned with a center of said rubber vibration isolator, and of which a second end is fixed to said hoisting machine base; and a movement-restricting plate (18, 18A, 18B) that has a movement-restricting aperture (19, 25), characterized in that the movement-restricting plate (18, 18A, 18B) is fixed to said lower seat plate so as to extend between said upper seat plate and said hoisting machine base such that said spacer is inserted through said movement-restricting aperture (19, 25) in a loosely fitted state. a rubber vibration isolator that is configured by holding a rubber material between an upper seat plate and a lower seat plate, and that is disposed by mounting said lower seat plate to a flange of said machinery base; a fastening means that fastens said lower seat plate to said flange; a cylindrical spacer of which a first end is fixed to said upper seat plate and is disposed so as to stand on said upper seat plate such that an axial direction is aligned with a center of said rubber vibration isolator, and of which a second end is fixed to said hoisting machine base; and a movement-restricting plate (18, 18A, 18B) that has a movement-restricting aperture (19, 25), characterized in that the movement-restricting plate (18, 18A, 18B) is fixed to said lower seat plate so as to extend between said upper seat plate and said hoisting machine base such that said spacer is inserted through said movement-restricting aperture (19, 25) in a loosely fitted state.
A method of preparing a tissue swatch for use in the manufacture of a bioprosthetic device, said method comprising sectioning a tissue sheet suitable for use in the manufacture of a bioprosthetic device on a cryocutting apparatus, wherein said apparatus employs a contoured blade to produce a tissue swatch comprising desired thicknesses and one or more elevations and depressions.
A method of fabricating a composite part, comprising: rastering a deposition head over a substrate, wherein the rastering is controlled via a numerically controlled gantry mechanism or an articulated robotic arm, wherein the deposition head includes an elongate entrainment barrel, the elongate entrainment barrel having a material supply end, a material deposition end from which a molten bead of fiber reinforced polymer is extruded and deposited, a convergence region and an internal capillary tube, wherein the capillary tube includes an upstream end coupled with the convergence region and a downstream end; and additively forming features of the composite part by extruding the polymer having a fiber reinforcement from the deposition head onto the substrate comprising: converging in the convergence region the fiber reinforcement and the polymer; entraining via the upstream end of the internal capillary tube the fiber reinforcement in the polymer; and extruding via the downstream end of the internal capillary tube the polymer having the fiber reinforcement entrained therein. rastering a deposition head over a substrate, wherein the rastering is controlled via a numerically controlled gantry mechanism or an articulated robotic arm, wherein the deposition head includes an elongate entrainment barrel, the elongate entrainment barrel having a material supply end, a material deposition end from which a molten bead of fiber reinforced polymer is extruded and deposited, a convergence region and an internal capillary tube, wherein the capillary tube includes an upstream end coupled with the convergence region and a downstream end; and additively forming features of the composite part by extruding the polymer having a fiber reinforcement from the deposition head onto the substrate comprising: converging in the convergence region the fiber reinforcement and the polymer; entraining via the upstream end of the internal capillary tube the fiber reinforcement in the polymer; and extruding via the downstream end of the internal capillary tube the polymer having the fiber reinforcement entrained therein. converging in the convergence region the fiber reinforcement and the polymer; entraining via the upstream end of the internal capillary tube the fiber reinforcement in the polymer; and extruding via the downstream end of the internal capillary tube the polymer having the fiber reinforcement entrained therein.