mhurhangee/ep-ind-claims huggingface dataset:
A method for a scheduling entity to communicate with a set of one or more subordinate entities in a wireless communication network including a first cell and a second cell, the scheduling entity serving the second cell adjacent the first cell, wherein the first cell is served by a different scheduling entity, the method comprising: identifying a first subframe configuration of at least one first subframe to be transmitted in the first cell utilizing a first radio access technology, RAT, the at least one first subframe configuration comprising at least one of a first downlink portion or a first uplink portion; providing a configurable subframe structure for a time division duplex, TDD, carrier utilized in the second cell, the second cell utilizing a second RAT and the configurable subframe structure comprising at least one of a second downlink portion or a second uplink portion; configuring the configurable subframe structure to produce a second subframe for transmission in the second cell substantially simultaneous to transmission of the at least one first subframe in the first cell, wherein the second subframe comprises at least one of the second downlink portion or the second uplink portion; and communicating between the scheduling entity and the set of one or more subordinate entities using the second subframe; wherein at least one of the second downlink portion of the second subframe is transmitted within a downlink transmit time of the first downlink portion of the at least one first subframe or the second uplink portion of the second subframe is transmitted within an uplink transmit time of the first uplink portion of the at least one first subframe. identifying a first subframe configuration of at least one first subframe to be transmitted in the first cell utilizing a first radio access technology, RAT, the at least one first subframe configuration comprising at least one of a first downlink portion or a first uplink portion; providing a configurable subframe structure for a time division duplex, TDD, carrier utilized in the second cell, the second cell utilizing a second RAT and the configurable subframe structure comprising at least one of a second downlink portion or a second uplink portion; configuring the configurable subframe structure to produce a second subframe for transmission in the second cell substantially simultaneous to transmission of the at least one first subframe in the first cell, wherein the second subframe comprises at least one of the second downlink portion or the second uplink portion; and communicating between the scheduling entity and the set of one or more subordinate entities using the second subframe; wherein at least one of the second downlink portion of the second subframe is transmitted within a downlink transmit time of the first downlink portion of the at least one first subframe or the second uplink portion of the second subframe is transmitted within an uplink transmit time of the first uplink portion of the at least one first subframe.
A method for enhancing or extending an available color gamut in a print device that includes ink channels comprising Cyan, Magenta, Yellow, Black, and White Ink (CMYKW), the method comprising: providing a processor executing instructions for creating a virtual ink channel; said processor using said virtual ink channel to generate a multi-channel profile for use in said print device; applying said virtual ink channel within a color management system to print desired colors correctly; creating said virtual ink channel from a white ink channel and inverting said white ink channel; a user selecting a profile for a media having a color; and inverting the white ink channel, wherein the media becomes the inverted white ink channel and said ink channels comprise Cyan, Magenta, Yellow, Black, and N Ink (CMYKN). providing a processor executing instructions for creating a virtual ink channel; said processor using said virtual ink channel to generate a multi-channel profile for use in said print device; applying said virtual ink channel within a color management system to print desired colors correctly; creating said virtual ink channel from a white ink channel and inverting said white ink channel; a user selecting a profile for a media having a color; and inverting the white ink channel, wherein the media becomes the inverted white ink channel and said ink channels comprise Cyan, Magenta, Yellow, Black, and N Ink (CMYKN).
A polypeptide comprising a sequence of (i) SEQ ID NO: 2 (KRFNALQYL); or (ii) a variant of SEQ ID NO: 2 (KRFNALQYL) comprising one amino acid substitution; for use in the prevention or treatment of an HLA-B27-associated autoimmune disease in a subject, wherein the HLA-B27-associated autoimmune disease is a spondyloarthropathy or anterior uveitis. (i) SEQ ID NO: 2 (KRFNALQYL); or (ii) a variant of SEQ ID NO: 2 (KRFNALQYL) comprising one amino acid substitution;
A system for the prevention of an esophageal fistula during intra-cardiac ablation of the left atrium, the system comprising: an injection catheter (110, 200) having an elongated body with a proximal end and a distal end, the injection catheter comprising a Tuohy Borst valve (204, 300), an outer sheath, a hypo tube having a proximal end and a distal end and slidably positioned within the outer sheath, a needle connected to and in fluid communication with the distal end of the hypo tube at the distal end of the injection catheter (110, 200), and an anchoring device connected to the outer sheath at the distal end of the injection catheter (110, 200); a gas supply configured to deliver gas to the needle through the hypo tube, the gas supply being connected at the proximal end of the hypo tube; and a feedback control system configured to regulate the pressure and flow rate of the gas from the gas supply to the needle, wherein the feedback control system comprises: a pressure regulator for controlling the pressure of gas from the gas supply; a flowmeter for measuring the flow rate of the gas exiting the pressure regulator and being delivered to the injection catheter (110, 200); one or more valves for controlling the flow of gas from the gas supply; and a microprocessor for controlling the operation of the one or more valves and the pressure regulator based upon user input and feedback signals from the flowmeter. an injection catheter (110, 200) having an elongated body with a proximal end and a distal end, the injection catheter comprising a Tuohy Borst valve (204, 300), an outer sheath, a hypo tube having a proximal end and a distal end and slidably positioned within the outer sheath, a needle connected to and in fluid communication with the distal end of the hypo tube at the distal end of the injection catheter (110, 200), and an anchoring device connected to the outer sheath at the distal end of the injection catheter (110, 200); a gas supply configured to deliver gas to the needle through the hypo tube, the gas supply being connected at the proximal end of the hypo tube; and a feedback control system configured to regulate the pressure and flow rate of the gas from the gas supply to the needle, wherein the feedback control system comprises: a pressure regulator for controlling the pressure of gas from the gas supply; a flowmeter for measuring the flow rate of the gas exiting the pressure regulator and being delivered to the injection catheter (110, 200); one or more valves for controlling the flow of gas from the gas supply; and a microprocessor for controlling the operation of the one or more valves and the pressure regulator based upon user input and feedback signals from the flowmeter. a pressure regulator for controlling the pressure of gas from the gas supply; a flowmeter for measuring the flow rate of the gas exiting the pressure regulator and being delivered to the injection catheter (110, 200); one or more valves for controlling the flow of gas from the gas supply; and a microprocessor for controlling the operation of the one or more valves and the pressure regulator based upon user input and feedback signals from the flowmeter.
A rotary joint providing a high speed datalink between rotatable parts comprising a circular channel, the circular channel comprises: - an inner ring and an outer ring, both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring, - an inner antenna mechanically coupled to the inner ring, and - an outer antenna mechanically coupled to the outer ring, wherein the inner antenna and the outer antenna are directed into a space between the inner ring and the outer ring and configured for a microwave signal connection between them, characterized in that the distance between the inner ring and the outer ring is 5 times the wavelength of the microwave signal with a tolerance of plus or minus 50%. the circular channel comprises: - an inner ring and an outer ring, both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring, - an inner antenna mechanically coupled to the inner ring, and - an outer antenna mechanically coupled to the outer ring, - an inner ring and an outer ring, both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring, both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring, - an inner antenna mechanically coupled to the inner ring, and - an outer antenna mechanically coupled to the outer ring, wherein the inner antenna and the outer antenna are directed into a space between the inner ring and the outer ring and configured for a microwave signal connection between them, characterized in that the distance between the inner ring and the outer ring is 5 times the wavelength of the microwave signal with a tolerance of plus or minus 50%.
A controlled release fertilizer composition including a plant nutrient coated with a polyurethane coating which is a reaction product of a mixture including an isocyanate and a polyol and comprising a modified wax, wherein the modified wax is cross-linked.
Thermal apparatus comprising an apparatus core (G 70) in which the thermal energy is produced and comprising at least one primary circuit (P 70) in which a heat transfer fluid called primary fluid is circulating, said primary fluid being moved in the primary circuit (P 70) in a reciprocating movement by a displacement device, and at least one heat exchange interface (I 70,1, I 70,2) of the primary fluid with a secondary fluid that circulates unidirectionally in a secondary circuit (S 70,1, S 70,2), said primary circuit being divided into at least two unidirectional primary circuit portions (P 70,N, P 70,N+1, P' 70,N, P' 70,N+1) at the level of division points located at the outlet of said core (G 70) of thermal apparatus, said at least two unidirectional primary circuit portions being provided with a device controlling the flow direction of the primary fluid, parameterized to force the unidirectional flow direction of said primary fluid so that, at every flow direction change of the primary fluid, the latter is displaced either in one portion (P 70,N, P' 70,N) of the unidirectional primary circuit or in the other corresponding portion (P 70,N+1, P' 70,N+1), every portion of unidirectional primary circuit (P 70,N, P 70,N+1, P' 70,N, P' 70,N+1) being delimited by two division points and said interface (I 70,1, I 70,2) being arranged between two division points, characterized in that said interface (I 70,1, I 70,2) comprises at least one heat exchange zone (Z N,N+1, Z' N,N+1) in which the primary fluid and the secondary fluid flow unidirectionally and countercurrent with respect to each other in two opposite directions, and in that said heat exchange zone (Z N,N+1, Z' N,N+1) comprises at least one common unidirectional primary circuit portion, in which the at least two portions of unidirectional primary circuit (P 70,N and P 70,N+1, P' 70,N and P' 70,N+1) come together, so that the primary fluid flows in said at least one common portion continuously and unidirectionally at each iteration.
A roll stripper device, the device comprising a stripper (26, 27) mounted on a stripper support; a sensor; and a processor; characterised in that: the sensor is adapted to provide a measure of distance to a work roll; and in that the processor is adapted to determine the position of a tip of the stripper relative to the work roll, using the distance provided by the sensor.
A process for producing a polymer gel that forms a three-dimensional network structure by crosslinking of gel precursor clusters with one another, wherein the process comprises: a) a step in which monomer units or polymer units that are present in a concentration less than a critical gelation concentration are crosslinked to form the gel precursor clusters, the gel precursor clusters having a storage modulus G' and a loss modulus G" which satisfy the relationship G'<G" at a frequency of 1 Hz; and b) a step in which the gel precursor clusters are crosslinked with one another with a crosslinking agent to obtain a gel having a three-dimensional network structure; wherein the monomer units have a vinyl skeleton or the polymer units have a polyethylene glycol skeleton or a polyvinyl skeleton, and wherein the gel precursor clusters are formed under conditions that do not yet attain gelation even though they have a structure in which the monomer units or polymer units are bonded or crosslinked with each other, and the gel precursor clusters have substituents in an unreacted state. a) a step in which monomer units or polymer units that are present in a concentration less than a critical gelation concentration are crosslinked to form the gel precursor clusters, the gel precursor clusters having a storage modulus G' and a loss modulus G" which satisfy the relationship G'<G" at a frequency of 1 Hz; and b) a step in which the gel precursor clusters are crosslinked with one another with a crosslinking agent to obtain a gel having a three-dimensional network structure; wherein the monomer units have a vinyl skeleton or the polymer units have a polyethylene glycol skeleton or a polyvinyl skeleton, and wherein the gel precursor clusters are formed under conditions that do not yet attain gelation even though they have a structure in which the monomer units or polymer units are bonded or crosslinked with each other, and the gel precursor clusters have substituents in an unreacted state.
A method for producing a mutant β-glucosidase derived from a thermophile that has selectively attached thereto a sugar chain and also has a β-glucosidase activity, comprising: (i) preparing DNA encoding a mutant β-glucosidase derived from a thermophile by introducing a DNA sequence encoding Asn-X-Ser or Asn-X-Thr (wherein, X is any amino acid except proline) into DNA encoding a β-glucosidase derived from a thermophile that is originally devoid of a glycosylation sequence, and further, adding a DNA sequence encoding a secretion signal sequence to the DNA encoding a mutant β-glucosidase, (ii) introducing the DNA encoding a mutant β-glucosidase to which the DNA sequence encoding the secretion signal sequence has been added into an eukaryotic microorganism so that a mutant β-glucosidase encoded by the DNA of the mutant β-glucosidase is expressed as a secretory protein, and (iii) isolating and purifying the mutant β-glucosidase thus expressed as a secretory protein. (i) preparing DNA encoding a mutant β-glucosidase derived from a thermophile by introducing a DNA sequence encoding Asn-X-Ser or Asn-X-Thr (wherein, X is any amino acid except proline) into DNA encoding a β-glucosidase derived from a thermophile that is originally devoid of a glycosylation sequence, and further, adding a DNA sequence encoding a secretion signal sequence to the DNA encoding a mutant β-glucosidase, (ii) introducing the DNA encoding a mutant β-glucosidase to which the DNA sequence encoding the secretion signal sequence has been added into an eukaryotic microorganism so that a mutant β-glucosidase encoded by the DNA of the mutant β-glucosidase is expressed as a secretory protein, and (iii) isolating and purifying the mutant β-glucosidase thus expressed as a secretory protein.
A temperature management member under a reduced-pressure atmosphere comprising a temperature-sensitive discoloration layer containing a hot-melt matter, which discolors in response to the hot melting of the hot-melt matter, characterized in that the hot-melt matter is granular or powdery pulverized and selected from either a) saturated or unsaturated linear/branched or ring-like aliphatic compounds having a carbon number of not less than 3 selected from the group consisting of fatty acid compounds, fatty acid dihydrazide compounds or b) benzophenone compounds and melts at a melting temperature corresponding to a heating temperature to be detected under a reduced-pressure atmosphere and, wherein differences of any combination of three different pressures (three-type pressures) in the melting temperature of the hot-melt matter within the temperature-sensitive discoloration layer between under the three different pressure-values of an atmospheric pressure atmosphere and under a reduced-pressure atmosphere of 1000Pa and 0.1 Pa are 5°C at most and wherein the hot-melt matter is a eutectic mixture which comprises at least two kinds of hot-melt matters each having a different melting point. the hot-melt matter is granular or powdery pulverized and selected from either a) saturated or unsaturated linear/branched or ring-like aliphatic compounds having a carbon number of not less than 3 selected from the group consisting of fatty acid compounds, fatty acid dihydrazide compounds or b) benzophenone compounds and melts at a melting temperature corresponding to a heating temperature to be detected under a reduced-pressure atmosphere and, wherein differences of any combination of three different pressures (three-type pressures) in the melting temperature of the hot-melt matter within the temperature-sensitive discoloration layer between under the three different pressure-values of an atmospheric pressure atmosphere and under a reduced-pressure atmosphere of 1000Pa and 0.1 Pa are 5°C at most and
A device for pulling a traction means, in particular for pulling a rope, a linkage or a chain, with at least one clamp jaw (116, 118, 140, 142, 400, 550) for producing at least one friction-locked connection with the traction means and for transferring a traction force generated by a drive unit to the traction means, wherein the traction means can be arranged within a clamp area formed between the clamp jaw (116, 118, 140, 142, 400, 500) and at least one counter-pressure element (116, 118, 140, 142, 400, 500) in order to produce the friction-locked connection, wherein the clamp jaw (116, 118, 140, 142, 400, 500) has a clamping groove whose longitudinal axis is arranged in parallel to the longitudinal axis of the traction means when the latter is arranged within the clamping area, characterized by several clearance grooves (166, 402, 504, 506) formed at least in a partial area of the clamping groove, the longitudinal axes of which clearance grooves being each oriented in parallel with the longitudinal axis of the clamping groove and the clearance grooves being arranged consecutively in the longitudinal direction of the clamping groove and/or the longitudinal axes of the clearance grooves being parallel.
Composition for topical use comprising a) a compound of formula I wherein R 1, R 2 and R 3 are identical or different and each is H or alkyl of 1-6 carbon atoms, R 4 is H or methyl, R 5 is phenyl or chlorophenyl, and/or physiologically acceptable salts thereof b) one or more skin-tolerated vehicles, and c) one or more further active compounds having a skin-care and/or inflammation-inhibiting action. a) a compound of formula I wherein R 1, R 2 and R 3 are identical or different and each is H or alkyl of 1-6 carbon atoms, R 4 is H or methyl, R 5 is phenyl or chlorophenyl, and/or physiologically acceptable salts thereof R 1, R 2 and R 3 are identical or different and each is H or alkyl of 1-6 carbon atoms, R 4 is H or methyl, R 5 is phenyl or chlorophenyl, b) one or more skin-tolerated vehicles, and c) one or more further active compounds having a skin-care and/or inflammation-inhibiting action.
A leakage diagnosis apparatus for diagnosing presence/absence of refrigerant leakage in a refrigerant circuit including a compressor, a radiator (34, 37), a depressurization mechanism and an evaporator (34, 37) provided as circuit components thereof and performing a refrigeration cycle by circulating refrigerant therethrough, characterized in that: the leakage diagnosis apparatus includes: index value calculation means configured to calculate a radiator-side index value which changes in accordance with an amount of refrigerant leaking out of the refrigerant circuit based on an amount of refrigerant exergy loss in the radiator (34, 37); and leakage determination means configured to determine whether there is refrigerant leakage in the refrigerant circuit based on the radiator-side index value calculated by the index value calculation means, and the index value calculation means is configured to calculate, as the radiator-side index value, a ratio of one of an amount of exergy loss during a process in which the refrigerant is in a two- phase gas/liquid state in the radiator (34, 37) and an amount of exergy loss during a process in which the refrigerant is in a single-phase liquid state in the radiator (34, 37) with respect to the other. the leakage diagnosis apparatus includes: index value calculation means configured to calculate a radiator-side index value which changes in accordance with an amount of refrigerant leaking out of the refrigerant circuit based on an amount of refrigerant exergy loss in the radiator (34, 37); and leakage determination means configured to determine whether there is refrigerant leakage in the refrigerant circuit based on the radiator-side index value calculated by the index value calculation means, and index value calculation means configured to calculate a radiator-side index value which changes in accordance with an amount of refrigerant leaking out of the refrigerant circuit based on an amount of refrigerant exergy loss in the radiator (34, 37); and leakage determination means configured to determine whether there is refrigerant leakage in the refrigerant circuit based on the radiator-side index value calculated by the index value calculation means, and the index value calculation means is configured to calculate, as the radiator-side index value, a ratio of one of an amount of exergy loss during a process in which the refrigerant is in a two- phase gas/liquid state in the radiator (34, 37) and an amount of exergy loss during a process in which the refrigerant is in a single-phase liquid state in the radiator (34, 37) with respect to the other.