mhurhangee/ep-ind-claims huggingface dataset:
A method (100; 200) of controlling a discharge air reset in a heating, ventilation, air conditioning, and refrigeration (HVACR) system that includes an HVACR unit configured to provide conditioned air to a plurality of conditioned spaces, the method comprising: for each of the plurality of conditioned spaces, determining (110; 210), by a controller, a space temperature in the conditioned space, a setpoint temperature of the conditioned space, and an operating mode of a respective variable-air-volume box for the conditioned space; for each of a plurality of the conditioned spaces, calculating (120; 220) a deviation of the space temperature of the conditioned space from the setpoint temperature of the conditioned space for the VAV box for the conditioned space; calculating (125; 225) a statistical deviation from the setpoint temperatures of the conditioned spaces based on the calculated deviations; determining (130; 230) a discharge air setpoint temperature based on the statistical deviation from the setpoint temperatures of the conditioned spaces; and setting (135; 235) the discharge air setpoint temperature of the HVACR unit of the HVACR system using the determined discharge air setpoint temperature. for each of the plurality of conditioned spaces, determining (110; 210), by a controller, a space temperature in the conditioned space, a setpoint temperature of the conditioned space, and an operating mode of a respective variable-air-volume box for the conditioned space; for each of a plurality of the conditioned spaces, calculating (120; 220) a deviation of the space temperature of the conditioned space from the setpoint temperature of the conditioned space for the VAV box for the conditioned space; calculating (125; 225) a statistical deviation from the setpoint temperatures of the conditioned spaces based on the calculated deviations; determining (130; 230) a discharge air setpoint temperature based on the statistical deviation from the setpoint temperatures of the conditioned spaces; and setting (135; 235) the discharge air setpoint temperature of the HVACR unit of the HVACR system using the determined discharge air setpoint temperature.
A method of using a femto cell to facilitate communications between a mobile device and at least one terminal device, the method comprising: assigning a local internet protocol address to a local gateway (112, 114); receiving data packets transmitted by the mobile device at the local gateway (112, 114); analyzing the data packets to identify a local destination address of the at least one terminal device within a local network; routing the data packets to the at least one terminal device, wherein routing the data packets to the at least one terminal device comprises maintaining the data packets in the local network without transmitting data packets to a core gateway. assigning a local internet protocol address to a local gateway (112, 114); receiving data packets transmitted by the mobile device at the local gateway (112, 114); analyzing the data packets to identify a local destination address of the at least one terminal device within a local network; routing the data packets to the at least one terminal device, wherein routing the data packets to the at least one terminal device comprises maintaining the data packets in the local network without transmitting data packets to a core gateway.
A method at a first node of a mesh network comprising: selecting a first connection to a second node of the mesh network; attempting to establish a link with the second node using said first connection; modifying a reliability indicator associated with said first connection to disfavor further selection of said first connection by causing the first connection to be placed on an exclusion list if a link with the second node using said first connection is not established or if a link with the second node using said first connection is established but is determined not to be satisfactory based on at least one factor; modifying said reliability indicator associated with said first connection to favor further selection of said first connection if a link with the second node using said first connection is established and is determined to be satisfactory based on the at least one factor; and where said reliability indicator is utilized to determine a default period of time said first connection will be placed on said exclusion list. selecting a first connection to a second node of the mesh network; attempting to establish a link with the second node using said first connection; modifying a reliability indicator associated with said first connection to disfavor further selection of said first connection by causing the first connection to be placed on an exclusion list if a link with the second node using said first connection is not established or if a link with the second node using said first connection is established but is determined not to be satisfactory based on at least one factor; modifying said reliability indicator associated with said first connection to favor further selection of said first connection if a link with the second node using said first connection is established and is determined to be satisfactory based on the at least one factor; and where said reliability indicator is utilized to determine a default period of time said first connection will be placed on said exclusion list.
A wire coiling apparatus, comprising: a rotatable wire laying head for forming a series of wire loops from a continuous length of wire; characterized by an X-Y table configured to move in linear X-Y directions beneath the rotatable wire laying head while the series of wire loops are being formed such that the series of wire loops are arrayed polygonally within a storage container supported by the X-Y table due to the linear X-Y movement of the X-Y table. a rotatable wire laying head for forming a series of wire loops from a continuous length of wire; characterized by an X-Y table configured to move in linear X-Y directions beneath the rotatable wire laying head while the series of wire loops are being formed such that the series of wire loops are arrayed polygonally within a storage container supported by the X-Y table due to the linear X-Y movement of the X-Y table.
A block copolymer wherein the blocks consist of: A) polylactic acid; B) aliphatic or cycloaliphatic glycidyl ether; C) biodegradable elastomeric copolyester; wherein: - the percentage of polylactic acid ranges from 40% to 90%; - the percentage of glycidyl ether ranges from 5% to 60%; - the percentage of biodegradable elastomeric copolyester ranges from 5% to 40%, wherein the percentages are by weight on the total weight of the copolymer. A) polylactic acid; B) aliphatic or cycloaliphatic glycidyl ether; C) biodegradable elastomeric copolyester; - the percentage of polylactic acid ranges from 40% to 90%; - the percentage of glycidyl ether ranges from 5% to 60%; - the percentage of biodegradable elastomeric copolyester ranges from 5% to 40%,
A method for the catalytic conversion in vapor phase of disulfide oil into methane and hydrogen sulfide, comprising the step of contacting disulfide oil with a supported transition metal catalyst, wherein the step of contacting disulfide oil with the supported transition metal catalyst is performed in the presence of water, wherein the supported transition metal catalyst comprises a support chosen from alumina (Al 2 O 3), silica, titania (TiO 2) or a mixture thereof, wherein the transition metal is cobalt, and wherein the step of contacting disulfide oil is performed at a temperature from 525°C to 575°C. wherein the supported transition metal catalyst comprises a support chosen from alumina (Al 2 O 3), silica, titania (TiO 2) or a mixture thereof, wherein the transition metal is cobalt, and wherein the step of contacting disulfide oil is performed at a temperature from 525°C to 575°C.
Method of continuously separating phenol from a substream produced in the production of bisphenol A and comprising from 40 to 90 wt% of phenol, from 5 to 40 wt% of bisphenol A and from 5 to 40 wt% of secondary components generated in the reaction of phenol and acetone to afford bisphenol A, wherein a) the substream is supplied to a distillation column comprising at least 5 theoretical plates, and b) phenol is distilled off overhead in the distillation column, and c) a first portion of the bottoms product is discharged from the process, and d) a second portion of the bottoms product is continuously transferred into a delay vessel, in which the secondary components present in the bottoms product are at least partially isomerized in the presence of an acidic catalyst at temperatures of > 190°C with a hydrodynamic residence time of at least 120 min, and subsequently recycled into the distillation column, wherein the mass flow rate of the portion of the bottoms product passed into the delay vessel is greater than 30% of the mass flow rate of the substream introduced into the distillation column in step a). a) the substream is supplied to a distillation column comprising at least 5 theoretical plates, and b) phenol is distilled off overhead in the distillation column, and c) a first portion of the bottoms product is discharged from the process, and d) a second portion of the bottoms product is continuously transferred into a delay vessel, in which the secondary components present in the bottoms product are at least partially isomerized in the presence of an acidic catalyst at temperatures of > 190°C with a hydrodynamic residence time of at least 120 min, and subsequently recycled into the distillation column, wherein the mass flow rate of the portion of the bottoms product passed into the delay vessel is greater than 30% of the mass flow rate of the substream introduced into the distillation column in step a).
A TNF-α/CXCL-10 double-targeting antibody, comprising: two heavy chains comprising two heavy chains of a full-length IgG1 antibody specific for tumor necrosis factor-alpha (TNF-α) and two single-chain variable fragments (scFvs) specific for C-X-C motif chemokine 10 (CXCL10), wherein each one of the scFvs is individually bound to a C-terminus of a constant domain of the full-length IgG1 antibody; and two light chains comprising two light chains of a full-length IgG1 antibody specific for TNF-α; wherein each one of the two heavy chains of the TNF-α/CXCL-10 double-targeting antibody has the amino acids of SEQ ID NO: 59 and each one of the two light chains of the TNF-α/CXCL-10 double-targeting antibody has the amino acids of SEQ ID NO: 60. two heavy chains comprising two heavy chains of a full-length IgG1 antibody specific for tumor necrosis factor-alpha (TNF-α) and two single-chain variable fragments (scFvs) specific for C-X-C motif chemokine 10 (CXCL10), wherein each one of the scFvs is individually bound to a C-terminus of a constant domain of the full-length IgG1 antibody; and two light chains comprising two light chains of a full-length IgG1 antibody specific for TNF-α; wherein each one of the two heavy chains of the TNF-α/CXCL-10 double-targeting antibody has the amino acids of SEQ ID NO: 59 and each one of the two light chains of the TNF-α/CXCL-10 double-targeting antibody has the amino acids of SEQ ID NO: 60.
Luminaire, comprising - a light-transmissive element through which light of a primary light source being provided inside of the luminaire can be emitted to an outside of the luminaire and - an indicator light source being provided inside of the luminaire, characterised by further comprising - an elastically compressible light guide member extending between the indicator light source and the light-transmissive element for guiding the light of the indicator light source towards the light-transmissive element such that the guided light is emitted through the light-transmissive element to the outside of the luminaire, wherein the light guide member further extends between the indicator light source and the light-transmissive element such that deformation energy of deformed, damaged or deflected parts of the light-transmissive element being in the vicinity of the indicator light source is absorbed by the elastically compressible structure of the light guide member. - a light-transmissive element through which light of a primary light source being provided inside of the luminaire can be emitted to an outside of the luminaire and - an indicator light source being provided inside of the luminaire, characterised by further comprising - an elastically compressible light guide member extending between the indicator light source and the light-transmissive element for guiding the light of the indicator light source towards the light-transmissive element such that the guided light is emitted through the light-transmissive element to the outside of the luminaire, wherein the light guide member further extends between the indicator light source and the light-transmissive element such that deformation energy of deformed, damaged or deflected parts of the light-transmissive element being in the vicinity of the indicator light source is absorbed by the elastically compressible structure of the light guide member.
A dedicated policing node for detecting intrusions into a mobile ad-hoc network, referred to hereinafter as MANET, said MANET comprising a plurality of nodes (11, 12) for transmitting data therebetween, the policing node configured to: monitor transmissions among said plurality of nodes to detect transmissions during an unauthorized period; and generate an intrusion alert based upon detecting transmissions during the unauthorized period. monitor transmissions among said plurality of nodes to detect transmissions during an unauthorized period; and generate an intrusion alert based upon detecting transmissions during the unauthorized period.
A catalyst for the epoxidation of an olefin comprising a carrier and, deposited on the carrier, silver, a rhenium promoter, a first co-promoter, and a second co-promoter; wherein the molar ratio of the first co-promoter to the second co-promoter is greater than 1; the first co-promoter is selected from sulfur, phosphorus, boron, and mixtures thereof; and the second co-promoter is selected from tungsten, molybdenum, chromium, and mixtures thereof, and wherein the catalyst further comprises deposited on the carrier a potassium promoter in a quantity of at least 0.5 mmole/kg, in particular at least 1.5 mmole/kg, relative to the weight of the catalyst, and wherein the carrier contains water leachable potassium in a quantity of less than 40 ppmw, relative to the weight of the carrier.
A composition useful as a reference standard for measurement of a Cetane Number of a fuel, consisting of a blend of n-hexadecane having a minimum purity of at least 99% and an isoparaffin having 12 carbon atoms or a combination of isoparaffins having 12 carbon atoms, wherein the isoparaffin having 12 carbon atoms or the combination of isoparaffins comprises at least 98% by weight 2,2,4,6,6-pentamethylheptane.
A computer-implemented method for generating protein sequences in an autoregressive neural network comprising an encoder and a decoder, the decoder comprising an autoregressive module, the method comprising the steps of: - obtaining a latent code and inputting the latent code into the autoregressive module; - obtaining probabilities from the autoregressive module, the obtained probabilities representing probabilities for amino acids to be selected at given locations of the sequence; and - generating an ordered sequence of amino acids from the obtained probabilities, wherein the autoregressive module is such that, for a location of the sequence, the probabilities associated with amino acids to be selected for the location in the sequence are determined as a function of probabilities of amino acids to be selected for previous locations in the sequence, and, wherein the autoregressive neural network has been trained end-to-end with the encoder, the encoder making it possible to encode protein sequences in a latent space as latent codes. - obtaining a latent code and inputting the latent code into the autoregressive module; - obtaining probabilities from the autoregressive module, the obtained probabilities representing probabilities for amino acids to be selected at given locations of the sequence; and - generating an ordered sequence of amino acids from the obtained probabilities, wherein the autoregressive module is such that, for a location of the sequence, the probabilities associated with amino acids to be selected for the location in the sequence are determined as a function of probabilities of amino acids to be selected for previous locations in the sequence, and, wherein the autoregressive neural network has been trained end-to-end with the encoder, the encoder making it possible to encode protein sequences in a latent space as latent codes.
An antimicrobial composition comprising a cannabinoid compound for use in the treatment of a microbial infection, wherein the cannabinoid compound is cannabidiol or tetrahydrocannabinol and wherein the microbial infection is a C. difficile infection, an E. faecalis infection, or a combination thereof.
Spark gap comprising a number of series-connected individual spark gaps which are placed in a stack arrangement, which are spaced apart from each other by insulating material discs and are provided with a spring contact, the individual spark gaps including ring-shaped or disc-shaped electrodes, and further comprising control elements for influencing the voltage distribution over the stack arrangement, characterized in that the ring-shaped or disc-shaped electrodes required to form one of the respective individual spark gaps are each inserted into an insulating body and held by same in a centered manner, with the respective insulating material disc being located between and fixed by the insulating bodies, and that a recess is provided to receive and center the electrodes in the insulating body, whose shape is complementary relative to the contour of the respective electrode, wherein the recess comprises on the inner circumference at least partially elastic, resilient centering projections or centering noses.
Insect cells comprising a heterologous nucleic acid comprising: a. a nucleotide sequence encoding an ORF2 protein from porcine circovirus 2 of genotype 2b (PCV2b), and b. a transcription control sequence that is operatively linked to said nucleotide sequence, characterised in that the nucleotide sequence encodes a mutant PCV2b ORF2 protein having a Proline at amino acid position number 131, wherein the amino acid position is numbered on the basis of the numbering of the amino acids in the amino acid sequence of the full length PCV2b ORF2 protein published in GenBank under accession number AAC35331. a. a nucleotide sequence encoding an ORF2 protein from porcine circovirus 2 of genotype 2b (PCV2b), and b. a transcription control sequence that is operatively linked to said nucleotide sequence,
An X-ray window for separating an ambient pressure region from a reduced pressure region, the window comprising: a primary X-ray-transparent window element separating the ambient pressure region from an intermediate region; a secondary window element separating the intermediate region from the reduced pressure region, which secondary window element comprises a side facing the reduced pressure region for receiving a contaminant depositing thereon; and heating means ( 28, 30) for applying an electric voltage between terminals of said secondary window element for thereby evaporating contaminant having deposited thereon, characterized in that said secondary window element comprises: a charge-drain layer, which faces the reduced pressure region and is connected to a charge sink; and heating circuitry, which is electrically insulated from the charge-drain layer and does not include a solid homogenous heater layer or a homogenous heater layer with a hole pattern produced by punching or a heater layer formed by masked vapour deposition or masked spraying, wherein said terminals, between which the voltage is applied, are located at a plurality of distinct points on the heating circuitry. a primary X-ray-transparent window element separating the ambient pressure region from an intermediate region; a secondary window element separating the intermediate region from the reduced pressure region, which secondary window element comprises a side facing the reduced pressure region for receiving a contaminant depositing thereon; and heating means ( 28, 30) for applying an electric voltage between terminals of said secondary window element for thereby evaporating contaminant having deposited thereon, a charge-drain layer, which faces the reduced pressure region and is connected to a charge sink; and heating circuitry, which is electrically insulated from the charge-drain layer and does not include a solid homogenous heater layer or a homogenous heater layer with a hole pattern produced by punching or a heater layer formed by masked vapour deposition or masked spraying, wherein said terminals, between which the voltage is applied, are located at a plurality of distinct points on the heating circuitry.
RFID transponder comprising a chip, comprising a chip antenna, to which the chip is connected for a contactless communication, and comprising a plastic housing, which accommodates the chip and the chip antenna as integrated components, wherein the plastic housing forms a coil core on its outer circumference on which a booster antenna having at least one coil winding is arranged, wherein the coil winding completely surrounds the built-in chip antenna in order to form an inductive coupling and wherein the two ends (5, 6) of the coil winding form antenna wires of a dipole antenna for the UHF range, characterized in that a peripheral surface of the plastic housing is a bearing surface for the at least one coil winding and the chip antenna has a fixed orientation to the plastic housing, wherein the coil winding takes a fixed position by using the plastic housing as bearing surface. comprising a chip antenna, to which the chip is connected for a contactless communication, and comprising a plastic housing, which accommodates the chip and the chip antenna as integrated components, wherein the plastic housing forms a coil core on its outer circumference on which a booster antenna having at least one coil winding is arranged, wherein the coil winding completely surrounds the built-in chip antenna in order to form an inductive coupling and wherein the two ends (5, 6) of the coil winding form antenna wires of a dipole antenna for the UHF range, characterized in that a peripheral surface of the plastic housing is a bearing surface for the at least one coil winding and the chip antenna has a fixed orientation to the plastic housing, wherein the coil winding takes a fixed position by using the plastic housing as bearing surface.