mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for influencing the temperature in a building, comprising: - a central heat pump unit with a warm liquid outlet to a warm liquid piping, a cold liquid outlet to a cold liquid piping and a liquid inlet connected with a return liquid piping, - a condenser as a part of the central heat pump unit being connected with the warm liquid outlet and the liquid inlet, - an evaporator as a part of the central heat pump unit being connected with the cold liquid outlet and the liquid inlet, - a compressor as a part of the central heat pump unit to pressurize a refrigerant, - a heat exchanger as a part of the central heat pump unit to evaporate and heat or to condensate and cool the refrigerant, - a refrigerant piping as a part of the central heat pump unit being connected with the condenser, the evaporator, the compressor and the heat exchanger, which distributes the refrigerant in the central heat pump unit, and - at least one indoor unit being connected with the warm liquid outlet by the warm liquid piping, the cold liquid outlet by the cold liquid piping and the liquid inlet by the return liquid piping. - a central heat pump unit with a warm liquid outlet to a warm liquid piping, a cold liquid outlet to a cold liquid piping and a liquid inlet connected with a return liquid piping, - a condenser as a part of the central heat pump unit being connected with the warm liquid outlet and the liquid inlet, - an evaporator as a part of the central heat pump unit being connected with the cold liquid outlet and the liquid inlet, - a compressor as a part of the central heat pump unit to pressurize a refrigerant, - a heat exchanger as a part of the central heat pump unit to evaporate and heat or to condensate and cool the refrigerant, - a refrigerant piping as a part of the central heat pump unit being connected with the condenser, the evaporator, the compressor and the heat exchanger, which distributes the refrigerant in the central heat pump unit, and - at least one indoor unit being connected with the warm liquid outlet by the warm liquid piping, the cold liquid outlet by the cold liquid piping and the liquid inlet by the return liquid piping.
A measuring device for determining sound emissions on one or more partial surfaces on one or more rotor blades of a wind turbine, comprising: at least one pressure sensor and/or a microphone on at least one of the rotor blades; wherein the at least one pressure sensor and/or the microphone is mounted flush with a surface of the rotor blades; a data processing device which is configured to analyze the signal of the at least one pressure sensor and/or microphone for sound emissions; characterized in that the data processing device is further configured to determine a far field of the sound emissions at a predetermined distance from the wind turbine while taking wind direction, wind speed, and the azimuth of the wind turbine into account. at least one pressure sensor and/or a microphone on at least one of the rotor blades; wherein the at least one pressure sensor and/or the microphone is mounted flush with a surface of the rotor blades; a data processing device which is configured to analyze the signal of the at least one pressure sensor and/or microphone for sound emissions; characterized in that the data processing device is further configured to determine a far field of the sound emissions at a predetermined distance from the wind turbine while taking wind direction, wind speed, and the azimuth of the wind turbine into account.
A vacuum insulation member comprising: an envelope having gas impermeability and having a certain decompressed space therein; and a core (40, 70) having a certain shape, having an empty space formed therein, and disposed at an inner side of the envelope to support the envelope, wherein the core (40, 70) comprises a body (42, 72) having a box-like shape with one side open and a cover (44, 74) for opening and closing the opening of the body (42, 72), characterized in that the body (42, 72) and the cover (44, 74) are made of synthetic resin material, and in that a through portion (45, 65) is formed through side walls of the body (42, 72) of the core (40, 70) to restrain a heat transmission in a thicknesswise direction of the core (40, 70). an envelope having gas impermeability and having a certain decompressed space therein; and a core (40, 70) having a certain shape, having an empty space formed therein, and disposed at an inner side of the envelope to support the envelope, wherein the core (40, 70) comprises a body (42, 72) having a box-like shape with one side open and a cover (44, 74) for opening and closing the opening of the body (42, 72), characterized in that the body (42, 72) and the cover (44, 74) are made of synthetic resin material, and in that a through portion (45, 65) is formed through side walls of the body (42, 72) of the core (40, 70) to restrain a heat transmission in a thicknesswise direction of the core (40, 70).
Activated carbon adsorber having a housing (2, 3) for receiving a filter cartridge, which has the following features: - an air inlet connection port for receiving compressed air from an air supply unit; - a connector for connection to a respiratory protection mask or hood, - a unit (4, 42) which is able to be fastened on the body or on or to the housing (2, 3) of the activated carbon adsorber and which is able to enter into a releasable connection, in particular a sliding connection, with another component, wherein the filter cartridge is designed in the form of a tube, characterized in that carbon particles are present within the walls of the tube, and in that an air heater and/or air cooler module are/is inserted into the hollow space of the tube. - an air inlet connection port for receiving compressed air from an air supply unit; - a connector for connection to a respiratory protection mask or hood, - a unit (4, 42) which is able to be fastened on the body or on or to the housing (2, 3) of the activated carbon adsorber and which is able to enter into a releasable connection, in particular a sliding connection, with another component, wherein the filter cartridge is designed in the form of a tube, characterized in that carbon particles are present within the walls of the tube, and in that an air heater and/or air cooler module are/is inserted into the hollow space of the tube.
Apositive electrode for non-aqueous electrolyte battery, comprising: a positive electrode collector; a coated film of a positive electrode active material formed on the collector; an non-uniform area formed along an end portion of the coated film, in which a thickness of the positive active material changes; characterized in that the positive electrode further comprises: protruding insulators (111; 113) erected on the non-uniform area and a part of a surface of the collector adjacent to the non-uniform area, wherein the protruding insulators erected on a surface of the non-uniform area are mutually independent, and the protruding insulators erected on a part of the surface of the collector are disposed at an arrangement density higher than that of the protruding insulators erected on a surface of the non-uniform area. a positive electrode collector; a coated film of a positive electrode active material formed on the collector; an non-uniform area formed along an end portion of the coated film, in which a thickness of the positive active material changes; protruding insulators (111; 113) erected on the non-uniform area and a part of a surface of the collector adjacent to the non-uniform area, wherein the protruding insulators erected on a surface of the non-uniform area are mutually independent, and the protruding insulators erected on a part of the surface of the collector are disposed at an arrangement density higher than that of the protruding insulators erected on a surface of the non-uniform area.
System for controlling a cardiac support system, comprising a first extracorporeal control device and a second extracorporeal control device wirelessly connected to the first control device and/or to the cardiac support system, characterized in that the first control device is or can be connected, via a first coil, to the cardiac support system for communication and/or energy transmission, the system comprising a first energy store for energy transmission via the first coil to the cardiac support system.
An agricultural working device including a towing vehicle, a front mowing mechanism coupled to the towing vehicle and at least one rear mowing mechanism (4, 5) coupled to the towing vehicle, with a man-machine interface which has input keys (12, 13, 14), and wherein by way of at least one of the input keys for the or each rear mowing mechanism (4, 5) it is possible to set an overlap or coverage (6, 7) with the front mowing mechanism between a first limit value corresponding to a maximum permissible overlap and a second limit value corresponding to a minimum permissible overlap, characterised in that the man-machine interface is so adapted that when for the respective rear mowing mechanism (4, 5) the first limit value and thus the maximum permissible overlap is set, with tap-like actuation of the respective input key (12, 13, 14) for the respective rear mowing mechanism (4, 5) the second limit value and thus the minimum permissible overlap can be automatically set, when for the respective rear mowing mechanism (4, 5) the second limit value and thus the minimum permissible overlap is set, with tap-like actuation of the respective input key (12, 13, 14) for the respective rear mowing mechanism (4, 5) the first limit value and thus the maximum permissible overlap can be automatically set, when for the respective rear mowing mechanism (4, 5) the first limit value or the second limit value is set, upon continuous actuation of the respective input key (12, 13, 14) for the respective rear mowing mechanism (4, 5), an overlap dependent on the length of the continuous actuation between the first limit value and the second limit value can be set, and when for the respective rear mowing mechanism (4, 5) an overlap between the first limit value and the second limit value is set upon tap-like actuation of the respective input key (12, 13, 14) for the respective rear mowing mechanism (4, 5) the first limit value and thus the maximum permissible overlap can be automatically set.
A method for removing aggregates from a solution mixture comprising a biologically active substance and the aggregates, the method being characterized in that a cation exchange chromatography carrier having a matrix in the form of a membrane and a copolymer containing at least N-isopropylacrylamide and a hydrophobic monomer as monomer units and immobilized to a surface of the matrix is used, the solution mixture is allowed to flow through a container storing the carrier at a uniform temperature, thereby recovering the biologically active substance, the mass proportion of N-isopropylacrylamide in the copolymer is 30 to 70%, and the mass proportion of the hydrophobic monomer, relative to the total monomer, is 5% or more. a cation exchange chromatography carrier having a matrix in the form of a membrane and a copolymer containing at least N-isopropylacrylamide and a hydrophobic monomer as monomer units and immobilized to a surface of the matrix is used, the solution mixture is allowed to flow through a container storing the carrier at a uniform temperature, thereby recovering the biologically active substance, the mass proportion of N-isopropylacrylamide in the copolymer is 30 to 70%, and the mass proportion of the hydrophobic monomer, relative to the total monomer, is 5% or more.
A copolymer that is at least 2 wt% soluble in diesel at 25 °C, determined as described in the description, obtainable by co-polymerizing at least the following monomers: • at least one bicyclic (meth)acrylate ester, • at least one C8-C24alkyl (meth)acrylate, whereof the C8-C24 alkyl group can be linear or branched, substituted or unsubstituted, saturated or unsaturated, • optionally at least one aromatic vinyl monomer, and • optionally other ethylenically unsaturated monomers. whereby the copolymer has a weight averaged molecular weight from 400,000 to 50,000,000 Dalton, when measured in accordance with GPC-MALS. • at least one bicyclic (meth)acrylate ester, • at least one C8-C24alkyl (meth)acrylate, whereof the C8-C24 alkyl group can be linear or branched, substituted or unsubstituted, saturated or unsaturated, • optionally at least one aromatic vinyl monomer, and • optionally other ethylenically unsaturated monomers.
A method (208, 404) for operating an access point capable of employing first and second physical layer standards, said method comprising: for a selected channel, configuring an operating mode wherein said first physical layer standard is to be employed exclusively for communication of data frames; and preventing communication of data frames on said selected channel in accordance with said second physical layer standard, wherein preventing comprises: accepting (210, 406) an association request from a client capable of operating only in accordance with said second physical layer standard; sending (212, 408) said client a roaming list specifying other access points configured to support data communication in accordance with said second physical layer standard; and sending (214, 410) a disassociation request to said client. for a selected channel, configuring an operating mode wherein said first physical layer standard is to be employed exclusively for communication of data frames; and preventing communication of data frames on said selected channel in accordance with said second physical layer standard, wherein preventing comprises: accepting (210, 406) an association request from a client capable of operating only in accordance with said second physical layer standard; sending (212, 408) said client a roaming list specifying other access points configured to support data communication in accordance with said second physical layer standard; and sending (214, 410) a disassociation request to said client. accepting (210, 406) an association request from a client capable of operating only in accordance with said second physical layer standard; sending (212, 408) said client a roaming list specifying other access points configured to support data communication in accordance with said second physical layer standard; and sending (214, 410) a disassociation request to said client.
A coated abrasive article comprising: a backing having first and second opposed major surfaces; a make layer secured to at least a portion of the first major surface of the backing; crushed abrasive particles comprising, on a total weight basis: 35 to 100 weight percent of initial crushed abrasive particles having a first composition and first size grade, wherein a majority of the initial crushed abrasive particles are platey crushed abrasive particles, and wherein each platey crushed abrasive particle has a respective length, width, and thickness; and 0 to 65 weight percent of crushed filler particles having a second composition and a second size grade, wherein: i) the first and second compositions are different; ii) the first and second size grades are different; or iii) both of i) and ii); a size layer disposed on and secured to at least a portion of the make layer and platey crushed abrasive particles, wherein the coated abrasive article has a direction of intended use, and wherein a majority of the platey crushed abrasive particles are positioned with their thickness axis oriented substantially parallel to the direction of intended use. a backing having first and second opposed major surfaces; a make layer secured to at least a portion of the first major surface of the backing; crushed abrasive particles comprising, on a total weight basis: 35 to 100 weight percent of initial crushed abrasive particles having a first composition and first size grade, wherein a majority of the initial crushed abrasive particles are platey crushed abrasive particles, and wherein each platey crushed abrasive particle has a respective length, width, and thickness; and 0 to 65 weight percent of crushed filler particles having a second composition and a second size grade, wherein: i) the first and second compositions are different; ii) the first and second size grades are different; or iii) both of i) and ii); 35 to 100 weight percent of initial crushed abrasive particles having a first composition and first size grade, wherein a majority of the initial crushed abrasive particles are platey crushed abrasive particles, and wherein each platey crushed abrasive particle has a respective length, width, and thickness; and 0 to 65 weight percent of crushed filler particles having a second composition and a second size grade, wherein: i) the first and second compositions are different; ii) the first and second size grades are different; or iii) both of i) and ii); i) the first and second compositions are different; ii) the first and second size grades are different; or iii) both of i) and ii); a size layer disposed on and secured to at least a portion of the make layer and platey crushed abrasive particles, wherein the coated abrasive article has a direction of intended use, and wherein a majority of the platey crushed abrasive particles are positioned with their thickness axis oriented substantially parallel to the direction of intended use.
An actuation assembly for a variable pitch fan for a gas turbine engine, the actuation assembly comprising: a plurality of fan blades rotatably coupled to a disk and extending radially therefrom; a scheduling ring rotatable relative to the disk and having a plurality of slots; and a plurality of linkage arms, each linkage arm operatively coupled to one of the plurality of fan blades and to one of the plurality of slots, wherein each of the plurality of fan blades rotates according to a blade pitch schedule defined by the slot to which it is operatively coupled, and wherein at least two of the plurality of slots define different blade pitch schedules. a plurality of fan blades rotatably coupled to a disk and extending radially therefrom; a scheduling ring rotatable relative to the disk and having a plurality of slots; and a plurality of linkage arms, each linkage arm operatively coupled to one of the plurality of fan blades and to one of the plurality of slots, wherein each of the plurality of fan blades rotates according to a blade pitch schedule defined by the slot to which it is operatively coupled, and wherein at least two of the plurality of slots define different blade pitch schedules.
A method, comprising: receiving (902, 102), by a user equipment, UE, or an apparatus which is used for the UE, first downlink control information, DCI that schedules first data communication for the UE, the first DCI being in a first format which is a DCI format 1_0 for a physical downlink shared channel, PDSCH and the first DCI being in a UE specific search space with cyclic redundancy check, CRC, scrambled by a UE identifier, ID, of the UE; and receiving (904, 118), by the UE or the apparatus, first data according to the first DCI, the first data being scrambled by a first sequence, the first sequence being initialized with a configurable parameter; and receiving, by the UE or the apparatus, second DCI that schedules second data communication for the UE, the second DCI being in the first format and the second DCI being in a common search space with CRC scrambled by the UE ID of the UE; and receiving, by the UE or the apparatus, second data according to the second DCI, the second data being scrambled by a second sequence, the second sequence being initialized with a cell ID. receiving (902, 102), by a user equipment, UE, or an apparatus which is used for the UE, first downlink control information, DCI that schedules first data communication for the UE, the first DCI being in a first format which is a DCI format 1_0 for a physical downlink shared channel, PDSCH and the first DCI being in a UE specific search space with cyclic redundancy check, CRC, scrambled by a UE identifier, ID, of the UE; and receiving (904, 118), by the UE or the apparatus, first data according to the first DCI, the first data being scrambled by a first sequence, the first sequence being initialized with a configurable parameter; and receiving, by the UE or the apparatus, second DCI that schedules second data communication for the UE, the second DCI being in the first format and the second DCI being in a common search space with CRC scrambled by the UE ID of the UE; and receiving, by the UE or the apparatus, second data according to the second DCI, the second data being scrambled by a second sequence, the second sequence being initialized with a cell ID.
A process for the production of synthesis gas by plasma gasification of solid and/or liquid carbon-containing or hydrocarbon-containing material comprising the steps: (i) providing a solid and/or liquid feedstock comprising particulate carbon- or hydrocarbon-containing material or a mixture of both, (ii) providing a carrier gas and combining this with the solid or liquid feedstock, (iii) feeding said solid or liquid feedstock and said carrier gas as a feed stream into a reactor comprising a reaction chamber or into a vaporizer which is arranged upstream to said reactor, (iv) introducing a swirl gas into the reactor which swirls around the feed stream and covers the interior walls of the reactor, (v) treating said feed stream downstream the introduction of the swirl gas into the reactor with a hot plasma to generate a product stream comprising synthesis gas from said carbon- or hydrocarbon-containing material in the reaction chamber, (vi) removing the product stream from the reaction chamber, and (vii) separating the solid ingredients from the gaseous ingredients of the product stream. (i) providing a solid and/or liquid feedstock comprising particulate carbon- or hydrocarbon-containing material or a mixture of both, (ii) providing a carrier gas and combining this with the solid or liquid feedstock, (iii) feeding said solid or liquid feedstock and said carrier gas as a feed stream into a reactor comprising a reaction chamber or into a vaporizer which is arranged upstream to said reactor, (iv) introducing a swirl gas into the reactor which swirls around the feed stream and covers the interior walls of the reactor, (v) treating said feed stream downstream the introduction of the swirl gas into the reactor with a hot plasma to generate a product stream comprising synthesis gas from said carbon- or hydrocarbon-containing material in the reaction chamber, (vi) removing the product stream from the reaction chamber, and (vii) separating the solid ingredients from the gaseous ingredients of the product stream.
A method for triggering mobile station authentication in a wireless communications system, comprising the steps of: (a) setting (18, 18', 82, 82') a timer (16, 16') to measure a predetermined time period, responsive to a change in operational state of the mobile station; and (b) monitoring (20, 20', 84, 84') for expiration of that predetermined time period; characterized by further comprising the step of: (c) engaging in an authentication transaction between the mobile station and the wireless communications system in response to timer expiration without waiting for the next access by the mobile station to the wireless communications system. (a) setting (18, 18', 82, 82') a timer (16, 16') to measure a predetermined time period, responsive to a change in operational state of the mobile station; and (b) monitoring (20, 20', 84, 84') for expiration of that predetermined time period; characterized by further comprising the step of: (c) engaging in an authentication transaction between the mobile station and the wireless communications system in response to timer expiration without waiting for the next access by the mobile station to the wireless communications system.