mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump having a roller element bearing which serves for the support of a fast-rotating component, having a lubricant pump which comprises a rotor which has at least one structure generating a pump effect, and having a closed lubricant circuit in which the roller element bearing and the lubricant pump are arranged, characterized in that the rotor is rotatably supported on a hollow axle arranged in the lubricant circuit.
A gas turbine enclosure comprising a gas accumulation detection and ventilation system, the system comprising: a pipe array positioned adjacent a floor of the gas turbine enclosure, the pipe array including at least one pipe having at least one opening therein; a ventilation assembly including a fan and air flow outlet and an air flow inlet, wherein the fan is configured to direct an air flow sweep through the air flow inlet along the floor of the gas turbine enclosure; and a hazardous gas sensor panel in communication with the pipe array and the ventilation assembly, the hazardous gas sensor panel being configured to detect an accumulation level of turbine fuel gas in the gas turbine enclosure based on input from the pipe array and being configured to activate the ventilation assembly according to the detected accumulation level. a pipe array positioned adjacent a floor of the gas turbine enclosure, the pipe array including at least one pipe having at least one opening therein; a ventilation assembly including a fan and air flow outlet and an air flow inlet, wherein the fan is configured to direct an air flow sweep through the air flow inlet along the floor of the gas turbine enclosure; and a hazardous gas sensor panel in communication with the pipe array and the ventilation assembly, the hazardous gas sensor panel being configured to detect an accumulation level of turbine fuel gas in the gas turbine enclosure based on input from the pipe array and being configured to activate the ventilation assembly according to the detected accumulation level.
A fluid valve (102, 400), comprising: a valve body (201, 402); a valve shaft (206, 404) disposed in the valve body; a bushing disposed on the valve shaft between the valve shaft and the valve body, the bushing including seal grooves (506, 510) including a first groove disposed on an inner surface of the bushing and a second groove disposed on an outer surface of the bushing, a first seal disposed in the first groove to seal against the valve shaft, and a second seal disposed in the second groove to seal against the valve body, to prevent fluid from exiting the valve body; a support ring abutting an end of the bushing to retain the bushing; and a snap ring coupled to the valve body to retain the bushing and the support ring; wherin the valve body includes a flange positioned at a lower end, i.e. opposite the end abutted by the support ring, of the bushing and in contact with the bushing, characterized in that the valve shaft includes a flange below the flange of the valve body, and a thrust washer is positioned between and separates the flange of the valve body and the flange of the valve shaft. a valve body (201, 402); a valve shaft (206, 404) disposed in the valve body; a bushing disposed on the valve shaft between the valve shaft and the valve body, the bushing including seal grooves (506, 510) including a first groove disposed on an inner surface of the bushing and a second groove disposed on an outer surface of the bushing, a first seal disposed in the first groove to seal against the valve shaft, and a second seal disposed in the second groove to seal against the valve body, to prevent fluid from exiting the valve body; a support ring abutting an end of the bushing to retain the bushing; and a snap ring coupled to the valve body to retain the bushing and the support ring; wherin the valve body includes a flange positioned at a lower end, i.e. opposite the end abutted by the support ring, of the bushing and in contact with the bushing, characterized in that the valve shaft includes a flange below the flange of the valve body, and a thrust washer is positioned between and separates the flange of the valve body and the flange of the valve shaft.
A fusion protein comprising a nuclease and an engineered zinc finger domain, wherein the engineered zinc finger domain binds to a target site specified in any of SEQ ID NOs: 75-90.
Valve arrangement (2a, 2b) of a hydraulically braked tractor vehicle for controlling the brake pressure of a pneumatically braked trailer vehicle, which valve arrangement (2a, 2b) has an electronically controlled trailer control valve with an inlet valve, an outlet valve, a pneumatically actuable relay valve, a breakaway valve and a pressure sensor for detecting the applied brake control pressure, and additionally a hydraulically controlled back-up valve with a hydraulically actuated relay valve, a redundancy valve and a pressure sensor for detecting the hydraulic control pressure, the outlet-side brake control lines (40, 76; 62, 78) of which valve arrangement (2a, 2b) are routed via a shuttle valve to the "brake" coupling head, characterized in that the valves (14, 16, 18, 20) and the pressure sensors (24, 50) of the trailer control valve, the valves (46, 48) of the back-up valve, and the shuttle valve are combined in the trailer control module with a single housing.
A transportable shelter system, having a spiral geometric shape, comprising an outer awning and a rotatable mounting system, wherein: - the outer awning comprises a film of a material with hydrophobic micro-drained structure and hydrophobic and hydrophilic properties, - the rotatable mounting system comprises a housing, a housing cover, guiding pointers, a central tube, a pole engaging system having pole-engaging elements (8, 9) and a base, the shelter system further comprises: - a pole-frame comprising a plurality of foldable poles, where each foldable pole has a semi-bearing upper end to fit in the pole engaging system, - an inner awning (T') and/or a flysheet, said flysheet being positioned over the outer awning and the rotatable mounting system, - the outer awning and/or the flysheet are made of a film of material having hydrophobic and hydrophilic properties with a micro-drained structure having corrugated micro-protrusions and "V" drains, the surface of which has an approximate contact angle with water of 12° and forms a web of corrugated protrusions with a contact angle with water greater than 90°, - the transportable shelter system further comprises a mist and environmental humidity collecting system that comprises a funnel element having on its surface a film of a micro-drained structured material having hydrophobic and hydrophilic properties, the funnel element channels obtained water from mist and environmental humidity to a container, said container being attachable to the transportable shelter system by coupling it to the rotatable mounting system, - the outer awning comprises a film of a material with hydrophobic micro-drained structure and hydrophobic and hydrophilic properties, - the rotatable mounting system comprises a housing, a housing cover, guiding pointers, a central tube, a pole engaging system having pole-engaging elements (8, 9) and a base, - a pole-frame comprising a plurality of foldable poles, where each foldable pole has a semi-bearing upper end to fit in the pole engaging system, - an inner awning (T') and/or a flysheet, said flysheet being positioned over the outer awning and the rotatable mounting system, - the outer awning and/or the flysheet are made of a film of material having hydrophobic and hydrophilic properties with a micro-drained structure having corrugated micro-protrusions and "V" drains, the surface of which has an approximate contact angle with water of 12° and forms a web of corrugated protrusions with a contact angle with water greater than 90°, - the transportable shelter system further comprises a mist and environmental humidity collecting system that comprises a funnel element having on its surface a film of a micro-drained structured material having hydrophobic and hydrophilic properties, the funnel element channels obtained water from mist and environmental humidity to a container, said container being attachable to the transportable shelter system by coupling it to the rotatable mounting system,
Non-stick cooking container comprising a container body, wherein the container body comprises a ribbed inner surface, the ribbed inner surface comprising many ribs and grooves arranged at regular intervals, a non-stick coating covering the surfaces of the ribs and of the grooves, the ribs comprising a top surface and a width at the top surface of the ribs, the grooves comprising a bottom surface, the thickness of the non-stick coating on the bottom surface of a groove being greater than the variation in altitude of the surface of the non-stick coating between the bottom surface of said groove and the top surface of an adjacent rib, characterised in that the separation angle (α) between the two lateral walls of the same rib is between 25° and 45°.
A method of making a stiffened composite structure, comprising: fabricating a first fiber preform; placing the first fiber preform in a mold recess having the geometry of a stiffener; placing a second fiber preform over the mold recess covering the first preform; co-infusing the first and second fiber preforms (65,67) with a polymer resin; and curing the resin-infused preforms, wherein fabricating the first fiber preform includes braiding fibers into a flexible tubular shell, and filling the shell with continuous unidirectional fibers, and placing the first fiber preform in the mold recess includes conforming the tubular shell to the geometry of the recess. fabricating a first fiber preform; placing the first fiber preform in a mold recess having the geometry of a stiffener; placing a second fiber preform over the mold recess covering the first preform; co-infusing the first and second fiber preforms (65,67) with a polymer resin; and curing the resin-infused preforms, wherein fabricating the first fiber preform includes braiding fibers into a flexible tubular shell, and filling the shell with continuous unidirectional fibers, and placing the first fiber preform in the mold recess includes conforming the tubular shell to the geometry of the recess.
User equipment apparatus, comprising: means (22,24,28) for receiving, from a network apparatus, configuration for performing positioning assistance measurements; and means (22,24,28) for reporting the measurements to the network apparatus, wherein the configuration indicates a grouping of downlink reference signals for measurements and reporting characterized in that the grouping of downlink reference signals is done for positioning reference signals or for downlink reference signals, and wherein an association between positioning reference signals and downlink reference signals is provided by the network apparatus. means (22,24,28) for receiving, from a network apparatus, configuration for performing positioning assistance measurements; and means (22,24,28) for reporting the measurements to the network apparatus, wherein the configuration indicates a grouping of downlink reference signals for measurements and reporting characterized in that the grouping of downlink reference signals is done for positioning reference signals or for downlink reference signals, and wherein an association between positioning reference signals and downlink reference signals is provided by the network apparatus.
Fluid evaporator for a steam cooking appliance, with a receiving basin for the fluid, with a heater for evaporating the liquid fluid in the receiving basin, and with a filter, which is arranged in the receiving basin, wherein the filter is a limescale particle filter, characterised in that the filter is embodied as a filter tube, wherein the filter tube has filter openings so that limescale particles can be filtered when the liquid fluid flows through the filter tube, wherein the filter tube has slots as filter openings and the slots are oriented axially with respect to the longitudinal axis of the filter tube.
An electrical connector assembly comprising: a first connector; and a second connector including a hood configured to receive the first connector through a mating opening and a flange-like frame surrounding the mating opening of the hood, wherein the first connector includes: a housing body configured to be received in the hood; a rear end wall continuous with the housing body and projecting outward in a circumferential direction in a flange shape; a lock arm configured to prevent the first connector and the second connector from being disengaged from each other; and a cover provided at the rear end wall and configured to cover a part of the lock arm, wherein a first front end surface of the rear end wall facing the second connector in a region including the cover forms a uniformly continuous flat surface continuously surrounding the housing body, wherein in a mated state of the first connector and the second connector, the first front end surface is parallel to a second front end surface of the frame, the second front end surface facing the first front end surface, characterised in that a gap between the first front end surface of the rear end wall and the second front end surface of the frame is narrower than a gap between the housing body and the hood. a first connector; and a second connector including a hood configured to receive the first connector through a mating opening and a flange-like frame surrounding the mating opening of the hood, wherein the first connector includes: a housing body configured to be received in the hood; a rear end wall continuous with the housing body and projecting outward in a circumferential direction in a flange shape; a lock arm configured to prevent the first connector and the second connector from being disengaged from each other; and a cover provided at the rear end wall and configured to cover a part of the lock arm, wherein a housing body configured to be received in the hood; a rear end wall continuous with the housing body and projecting outward in a circumferential direction in a flange shape; a lock arm configured to prevent the first connector and the second connector from being disengaged from each other; and a cover provided at the rear end wall and configured to cover a part of the lock arm, wherein a first front end surface of the rear end wall facing the second connector in a region including the cover forms a uniformly continuous flat surface continuously surrounding the housing body, wherein in a mated state of the first connector and the second connector, the first front end surface is parallel to a second front end surface of the frame, the second front end surface facing the first front end surface, characterised in that a gap between the first front end surface of the rear end wall and the second front end surface of the frame is narrower than a gap between the housing body and the hood.
A resin composition comprising: a polyvinyl alcohol-based resin; and a multimeric aldehyde compound, wherein a content of the multimeric aldehyde compound is 0.5 × 10 -4 to 100 × 10 -4 parts by weight with respect to 100 parts by weight of the polyvinyl alcohol-based resin, the multimeric aldehyde compound refers to a cyclic complex obtained by polymerizing two or more acetaldehydes, and the content of the multimeric aldehyde compound is determined according to the method and conditions as described in the description. a polyvinyl alcohol-based resin; and a multimeric aldehyde compound, wherein a content of the multimeric aldehyde compound is 0.5 × 10 -4 to 100 × 10 -4 parts by weight with respect to 100 parts by weight of the polyvinyl alcohol-based resin, the multimeric aldehyde compound refers to a cyclic complex obtained by polymerizing two or more acetaldehydes, and the content of the multimeric aldehyde compound is determined according to the method and conditions as described in the description.
A system for utilizing aggregated weather data for deriving a road surface condition estimate and a road friction estimate, comprising: a cloud subsystem operable for determining the RSC estimate for a geographical location using the AWD; and a vehicle subsystem in communication with the cloud subsystem operable for determining the RFE based on the determined RSC estimate for the geographical location and the one or more of the local sensor data and the local camera data using a trained machine learning model. a cloud subsystem operable for determining the RSC estimate for a geographical location using the AWD; and a vehicle subsystem in communication with the cloud subsystem operable for determining the RFE based on the determined RSC estimate for the geographical location and the one or more of the local sensor data and the local camera data using a trained machine learning model.
Method for producing a rubber composition which comprises a highly saturated diene elastomer, a reinforcing filler comprising a carbon black and a vulcanizing system comprising sulfur and a vulcanization accelerator, - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being greater than 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram polysulfide or a mixture of a thiuram polysulfide and a guanidine, which process comprises a step a) followed by a step b): a) mixing the highly saturated diene elastomer, the reinforcing filler and the secondary accelerator by kneading at a temperature above 110°C, in the absence of the sulfur and the primary accelerator, b) incorporating the sulfur and the primary accelerator into the rubber composition by kneading at a temperature below 110°C. - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being greater than 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram polysulfide or a mixture of a thiuram polysulfide and a guanidine, which process comprises a step a) followed by a step b): a) mixing the highly saturated diene elastomer, the reinforcing filler and the secondary accelerator by kneading at a temperature above 110°C, in the absence of the sulfur and the primary accelerator, b) incorporating the sulfur and the primary accelerator into the rubber composition by kneading at a temperature below 110°C. a) mixing the highly saturated diene elastomer, the reinforcing filler and the secondary accelerator by kneading at a temperature above 110°C, in the absence of the sulfur and the primary accelerator, b) incorporating the sulfur and the primary accelerator into the rubber composition by kneading at a temperature below 110°C.
Meter (1, 57, 58) for detecting and initiating indication of doses of radiation, including radiation dose receiving means and function handling means for storing and displaying received radiations/radiation doses, said means being operable by means of one or several power sources, said function handling means include one or several preferably continuously connected first components requiring power and being activated when receiving radiation having an intensity, the function handling means further comprises one or several temporarily connectable second components, requiring increased or increasing electrical power in relation to the power required by the first components, including a current/voltage amplifier, and being activated when receiving increased or higher radiation intensities in relation to the radiation intensity which activates the first components, one or several third components, controlling the temporary connection and disconnection of the second component or components when the increasing or higher radiation intensities are starting and ending, respectively, the function handling means includes/include sensor arrangements (13a, 17; 13b, 18; 13c, 19), sampling means and memory means, characterized in that the radiation indication means is a piezoelectric means, wherein said means includes a buzzer, which inversely functions as a push button by means of generating a an electric signal, being perceivable as a key stroke, when it is subjected to a mechanical impact.
A method of producing a chimeric antigen comprising: (a) providing a non-mammalian microorganism or cell line, which comprises a polynucleotide that encodes chimeric fusion protein antigen for eliciting an immune response against Hepatitis B virus in vivo in a host, the chimeric antigen comprising: one or more antigen domains, wherein the antigen domains comprise at least one antigen portion of a hepatitis B virus antigen selected from the group consisting of HBV S, HBV S1, HBV S2, HBV Core, HBV Core ctm and HBV polymerase; and an antigen presenting cell binding domain, wherein the antigen presenting cell binding domain comprises an immunoglobulin heavy chain antibody fragment, consisting of a hinge region, at least a portion of a C H 1 region and a Fc antibody fragment comprising at least part of a C H 2 and C H 3 domain; wherein the antigen domain and the antigen presenting cell binding domain are linked by peptide linkage; and (b) culturing said microorganism or cell line under conditions whereby the chimeric antigen is expressed. (a) providing a non-mammalian microorganism or cell line, which comprises a polynucleotide that encodes chimeric fusion protein antigen for eliciting an immune response against Hepatitis B virus in vivo in a host, the chimeric antigen comprising: one or more antigen domains, wherein the antigen domains comprise at least one antigen portion of a hepatitis B virus antigen selected from the group consisting of HBV S, HBV S1, HBV S2, HBV Core, HBV Core ctm and HBV polymerase; and an antigen presenting cell binding domain, wherein the antigen presenting cell binding domain comprises an immunoglobulin heavy chain antibody fragment, consisting of a hinge region, at least a portion of a C H 1 region and a Fc antibody fragment comprising at least part of a C H 2 and C H 3 domain; wherein the antigen domain and the antigen presenting cell binding domain are linked by peptide linkage; and one or more antigen domains, wherein the antigen domains comprise at least one antigen portion of a hepatitis B virus antigen selected from the group consisting of HBV S, HBV S1, HBV S2, HBV Core, HBV Core ctm and HBV polymerase; and an antigen presenting cell binding domain, wherein the antigen presenting cell binding domain comprises an immunoglobulin heavy chain antibody fragment, consisting of a hinge region, at least a portion of a C H 1 region and a Fc antibody fragment comprising at least part of a C H 2 and C H 3 domain; wherein the antigen domain and the antigen presenting cell binding domain are linked by peptide linkage; and (b) culturing said microorganism or cell line under conditions whereby the chimeric antigen is expressed.