mhurhangee/ep-ind-claims huggingface dataset:
A smoking article (101, 301) for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the article (101, 301) comprising: a body of smokable material (103, 303); and an assembly (105, 305) comprising: a cooling segment (107, 307) of between 20mm and 30mm in length for cooling the volatilised at least one component of the smokable material (103, 303); a filter segment (109, 309) adjacent to the cooling segment (107, 307) for filtering the volatilised at least one component of the smokable material (103, 303); and a mouth end segment (111, 311) adjacent to the filter segment (109, 309) for being received in a mouth of a user, wherein the mouth end segment (111, 311) consists of a tube; wherein the cooling segment (107, 307) is located between the body of smokable material (103, 303) and the filter segment (109, 309). a body of smokable material (103, 303); and an assembly (105, 305) comprising: a cooling segment (107, 307) of between 20mm and 30mm in length for cooling the volatilised at least one component of the smokable material (103, 303); a filter segment (109, 309) adjacent to the cooling segment (107, 307) for filtering the volatilised at least one component of the smokable material (103, 303); and a mouth end segment (111, 311) adjacent to the filter segment (109, 309) for being received in a mouth of a user, wherein the mouth end segment (111, 311) consists of a tube; wherein the cooling segment (107, 307) is located between the body of smokable material (103, 303) and the filter segment (109, 309). a cooling segment (107, 307) of between 20mm and 30mm in length for cooling the volatilised at least one component of the smokable material (103, 303); a filter segment (109, 309) adjacent to the cooling segment (107, 307) for filtering the volatilised at least one component of the smokable material (103, 303); and a mouth end segment (111, 311) adjacent to the filter segment (109, 309) for being received in a mouth of a user, wherein the mouth end segment (111, 311) consists of a tube; wherein the cooling segment (107, 307) is located between the body of smokable material (103, 303) and the filter segment (109, 309).
Extruded expandable polystyrene resin particles formed by granulating a polystyrene resin containing an expanding agent by (i) injecting and kneading an expanding agent into a molten polystyrene resin in an extruder, (ii) extruding the molten resin containing the expanding agent directly into a liquid for cooling through an orifice of a die installed at the front end of the extruder, and (iii) cutting the extrusion product with a rapidly rotating blade simultaneously with the extruding, while solidifying the extrusion product by cooling through contact with the liquid, wherein the weight-average molecular weight Mw of the polystyrene resin that constitutes the expandable polystyrene resin particles is in a range of 120,000 to 270,000, and the expanding agent contains, as an essential component, pentane at a proportion of 3 to 5.5 parts by mass based on 100 parts by mass of the polystyrene resin, and a composition of the pentane is in the range of isopentane:normal pentane = 10:90 to 80:20 by mass ratio. (i) injecting and kneading an expanding agent into a molten polystyrene resin in an extruder, (ii) extruding the molten resin containing the expanding agent directly into a liquid for cooling through an orifice of a die installed at the front end of the extruder, and (iii) cutting the extrusion product with a rapidly rotating blade simultaneously with the extruding, while solidifying the extrusion product by cooling through contact with the liquid,
A composition comprising: a zeotropic mixture including a first chemical constituent and at least one second, different chemical constituent, the zeotropic mixture having a temperature glide of 5°C - 25°C with regard to its saturated liquid temperature and its saturated vapor temperature, wherein: the first chemical constituent is 1,1,1,3,3-pentafluoropropane; and the second chemical constituent is an alkene. the first chemical constituent is 1,1,1,3,3-pentafluoropropane; and the second chemical constituent is an alkene.
A nacelle assembly for a bypass gas turbine engine comprising: a core nacelle defined about an engine centerline axis; a fan nacelle mounted at least partially around said core nacelle to define a fan bypass flow path; and a variable area fan nozzle in communication with said fan bypass flow path, said variable area fan nozzle having a first fan nacelle section and a second fan nacelle section, said second fan nacelle section axially movable relative said first fan nacelle section to define an auxiliary port to vary a fan nozzle exit area and adjust fan bypass airflow, characterized by said second fan nacelle section including an increased airfoil leading edge region relative to a baseline configuration with a radius less than 0.05δ where δ represents an upstream boundary layer thickness; said upstream boundary thickness layer being a turbulent boundary layer expanding from said first fan nacelle section, said turbulent boundary layer occurring at 0.8 M and 10668 m, wherein said leading edge region provides an increase in leading edge radius relative to said baseline configuration, and wherein said leading edge radius is 0.1δ to 0.5δ. a core nacelle defined about an engine centerline axis; a fan nacelle mounted at least partially around said core nacelle to define a fan bypass flow path; and a variable area fan nozzle in communication with said fan bypass flow path, said variable area fan nozzle having a first fan nacelle section and a second fan nacelle section, said second fan nacelle section axially movable relative said first fan nacelle section to define an auxiliary port to vary a fan nozzle exit area and adjust fan bypass airflow, characterized by said second fan nacelle section including an increased airfoil leading edge region relative to a baseline configuration with a radius less than 0.05δ where δ represents an upstream boundary layer thickness; said upstream boundary thickness layer being a turbulent boundary layer expanding from said first fan nacelle section, said turbulent boundary layer occurring at 0.8 M and 10668 m, wherein said leading edge region provides an increase in leading edge radius relative to said baseline configuration, and wherein said leading edge radius is 0.1δ to 0.5δ.
Device for the analysis, fluorescence measurement, luminescence measurement, phosphorescence measurement, measurement of the Raman scattering or absorption measurement of a small quantity, for example a drop, of a liquid sample with the aid of light which can be guided through the sample and can then be detected or analysed according to the aforementioned measuring methods, wherein the device has a sample holder, positioned at the top in the position of use, with a receiving point onto which the sample is applied or dropped and a light inlet for excitation light, oriented horizontally in the position of use, located below the sample holder, wherein the device has a first device, located in the beam path after the light inlet, to deflect the light upwards to a position next to the receiving point as well as a second light deflection which deflects the light beam coming from below into the sample which is to be analysed, characterised in that, in addition, an alternative second light deflection is provided in order to measure the transmission which is configured to deflect the excitation light downwards through multiple reflection into the receiving point and vertically through the sample.
Occupant monitoring system for a vehicle that has at least one autonomous driving function (AF1, AF2), having at least one sensor system for detecting a current driving state of the vehicle, an interior sensor system for detecting an interior state and at least one evaluation and control unit, characterized in that the interior sensor system comprises multiple ultrasonic sensors (US1, US2) and/or microphones (M1, M2) arranged in the vehicle interior in a distributed manner, wherein the evaluation and control unit receives raw signals of the ultrasonic sensors (US1, US2) and/or of the microphones (M1, M2) and processes said signals further, wherein the evaluation and control unit takes the raw signals of the ultrasonic sensors (US1, US2) and/or of the microphones (M1, M2) as a basis for determining breathing sounds from the occupants, which have characteristic resonant frequencies, and wherein the evaluation and control unit convolutes the raw signals of the ultrasonic sensors (US1, US2) and/or of the microphones (M1, M2) with itself and/or accounts for said signals by autocorrelation in order to extract the characteristic resonant frequencies and breathing frequencies of the individual occupants from the breathing sounds, the evaluation and control unit evaluating the characteristic resonant frequencies and breathing frequencies in order to determine a number of occupants and a physical state of health of the individual occupants.
An automatic condensate drainage system for pneumatic systems, comprising a condensate collecting volume, comprising a main drain valve which connects the condensate collecting volume to the surroundings, which main drain valve has a passage for connecting a control volume to the surroundings, wherein the control volume is delimited by a pre-control valve with respect to the pneumatic system, whose valve element can be actuated by a buoyancy member located in the condensate collecting volume, wherein in its closed position, the valve element is supported on a valve seat which is designed as elevated compared with its immediate surroundings by an upwardly conically tapering section on an upper side of the control volume, characterized in that the valve element is formed by a ball, which in the closed position is supported on the valve seat forming an energetically higher sate and an upper dead-centre for the ball and which ball upon actuating unrolls from the valve seat of the pre-control valve into an open position comprising an energetically lower state compared to the open position with a stable rest position, and in that the buoyancy member is connected to a lever for actuating the ball of the pre-control valve, which lever is pivotable about a substantially horizontal axis, wherein the buoyancy member comprises a back-switch clip for back pivoting of the lever and thereby the ball into their closed position with an increasing restoring force.
A method of making a determination that assists in differentiating celiac disease from (a) gluten immune reactivity and sensitivity and from (b) a diagnosis related to gluten immune reactivity/sensitivity and autoimmunity, using test results derived from analyzing a blood sample obtained from a human, comprising: testing or having the blood sample tested for IgA against deamidated α-gliadin 33-mer and transglutaminase; and testing or having the blood sample tested for IgA against deamidated glutenin 21-mer wherein celiac disease is indicated by a positive signal for IgA against deamidated α-gliadin 33-mer, transglutaminase and deamidated glutenin 21-mer. testing or having the blood sample tested for IgA against deamidated α-gliadin 33-mer and transglutaminase; and testing or having the blood sample tested for IgA against deamidated glutenin 21-mer wherein celiac disease is indicated by a positive signal for IgA against deamidated α-gliadin 33-mer, transglutaminase and deamidated glutenin 21-mer.
A method by a source evolved-NodeB, eNB,, in a mobile communication system, the method comprising: determining the handover of a user equipment to a target eNB; requesting (303, 305) information associated with content transmitted to the user equipment from a source cache server connected to the source eNB over a backhaul network; transmitting a handover request message comprising the content information received from the source cache server, to the target eNB; receiving a response message corresponding to the handover request message from the target eNB, the response message including a content determination result indicating whether a target cache server connected to the target eNB has pre-fetched the content or not; delivering a next content request message of the user equipment, received from the target eNB, to the source cache server; and delivering a redirection message including an address of a server which is determined based on the content determination result and provides a next content, received from the source cache server, to the target eNB. determining the handover of a user equipment to a target eNB; requesting (303, 305) information associated with content transmitted to the user equipment from a source cache server connected to the source eNB over a backhaul network; transmitting a handover request message comprising the content information received from the source cache server, to the target eNB; receiving a response message corresponding to the handover request message from the target eNB, the response message including a content determination result indicating whether a target cache server connected to the target eNB has pre-fetched the content or not; delivering a next content request message of the user equipment, received from the target eNB, to the source cache server; and delivering a redirection message including an address of a server which is determined based on the content determination result and provides a next content, received from the source cache server, to the target eNB.
Solar system comprising means of concentrating solar radiation and one solar device for generating electricity, said solar device for generating electricity comprising: - a face, called the reception face, that will receive a solar flux, - a thermoelectric generator, said thermoelectric generator comprising at least one thermoelectric module placed between a first face called the "hot face" and a second face called the "cold face", said hot face being located on the same side as the reception face, - additional heat input means (14, 114, 214) to the hot face, said additional heat input means (14, 114, 214) being inserted at least partly between the reception face and the hot face of the thermoelectric generator, the additional heat input means comprising an element comprising a first face in contact with the reception face and a second face in contact with the hot face of the thermoelectric generator, - means of controlling said additional heat input means (14, 114, 214), so as to control temperature variations on the second face of the element. - a face, called the reception face, that will receive a solar flux, - a thermoelectric generator, said thermoelectric generator comprising at least one thermoelectric module placed between a first face called the "hot face" and a second face called the "cold face", said hot face being located on the same side as the reception face, - additional heat input means (14, 114, 214) to the hot face, said additional heat input means (14, 114, 214) being inserted at least partly between the reception face and the hot face of the thermoelectric generator, the additional heat input means comprising an element comprising a first face in contact with the reception face and a second face in contact with the hot face of the thermoelectric generator, - means of controlling said additional heat input means (14, 114, 214), so as to control temperature variations on the second face of the element.
A method of spraying a chemical solution continuously on a looped canvas used in a dry part of a paper machine by a spraying apparatus while making the canvas travel, the chemical solution being an anti-soiling agent, wherein the canvas is guided to an inside roll disposed inside the loop of the canvas and an outside roll disposed outside the loop of the canvas, wherein the spraying apparatus is disposed upstream from the outside roll and between the inside roll and the outside roll, and the chemical solution is sprayed toward the outside roll along a travel direction of the canvas, characterized in that a distance L between a point of contact of the canvas with a perpendicular from a nozzle tip of the spraying apparatus to the canvas and a point at which the canvas starts to touch the outside roll is 80 mm ≤ L ≤ 5000 mm, and that in the case where the distance L is 80 mm ≤ L < 400 mm, an angle θ formed by a spraying direction of the spraying apparatus and a travel direction of the canvas is 10° ≤ θ ≤ 30°, and in the case where the distance L is 400 mm ≤ L ≤ 5000 mm, the angle θ formed by the spraying direction of the spraying apparatus and the travel direction of the canvas is 30° ≤ θ ≤ 60°.
A control arrangement for a mechanically controllable coolant pump of an internal combustion engine having an adjustable control slide by means of which a throughflow cross-section of an annular gap between an outlet of a coolant pump impeller and a surrounding delivery duct is controllable, a control pump by means of which a hydraulic pressure is adapted to be generated in a flow duct, a first pressure chamber of said control slide, which is formed on a first axial side of said control slide, an electromagnetic valve having two valve seats (110, 112) and three flow connections (118, 120, 122) as well as a closing member which is connected to an armature of said electromagnetic valve and is adapted to be axially moved, wherein said first flow connection is fluidically connected to an outlet of said control pump and said second flow connection is fluidically connected to said first pressure chamber of said control slide, characterized in that said third flow connection is fluidically connected to an inlet of said coolant pump, wherein said first valve seat is formed between said first flow connection and said second flow connection and said second valve seat is formed between said second flow connection and said third flow connection.
A vapor cycle liquid cooling system for an aircraft comprises: a vapor cycle system (14A-14D) comprising: a closed refrigerant loop; a cooling liquid outlet; and a heating liquid outlet; an air handling unit; and a closed liquid loop comprising the cooling liquid outlet and the heating liquid outlet, the closed liquid loop in thermal communication with the closed refrigerant loop and the air handling unit; wherein the cooling liquid outlet is configured to deliver a cooling liquid in the liquid loop and the heating liquid outlet is configured to deliver a heating liquid in the liquid loop; and wherein the vapor cycle liquid cooling system is configured to deliver the cooling liquid to the air handling unit and is configured to modulate a flow of the heating liquid to the air handling unit. a vapor cycle system (14A-14D) comprising: a closed refrigerant loop; a cooling liquid outlet; and a heating liquid outlet; a closed refrigerant loop; a cooling liquid outlet; and a heating liquid outlet; an air handling unit; and a closed liquid loop comprising the cooling liquid outlet and the heating liquid outlet, the closed liquid loop in thermal communication with the closed refrigerant loop and the air handling unit; wherein the cooling liquid outlet is configured to deliver a cooling liquid in the liquid loop and the heating liquid outlet is configured to deliver a heating liquid in the liquid loop; and wherein the vapor cycle liquid cooling system is configured to deliver the cooling liquid to the air handling unit and is configured to modulate a flow of the heating liquid to the air handling unit.
Laser welding device for connecting a first sheet-metal part to a second sheet-part metal part by braze welding, comprising a frame supporting a head emitting a laser beam, and a nozzle supplying welding wire, suitable for producing a welding bead along a junction line between said first and second sheet-metal parts, said frame also carrying a pressing roller suitable for pressing one of said parts against the other part, this pressing roller being situated upstream of the laser beam relative to the direction of movement of the laser beam along said junction line, the frame also carrying a second pressing roller, the position of which is offset with respect to that of the first pressing roller relative to the direction of movement of the laser beam, characterised in that the second pressing roller is situated between the first pressing roller and the laser beam.
Apparatus for cooling material boards, comprising a star turner and at least one transport device with transport rollers for transporting the material boards, wherein the star turner has a driven axle with radially and axially spaced retaining profiles thereon for forming compartments and the compartments are suitable for receiving at least one material board, and wherein the transport rollers of the transport device are arranged in at least one transfer region for the transfer of the material boards so as to mesh with the retaining profiles of the star turner, characterized in that a device is arranged which is adapted to apply a predetermined force to the material board at least in the direction of the transport device in the transfer region.
An aqueous composition comprising i) a compound neutralizing GM-CSF which is a human monoclonal antibody binding to GM-CSF which comprises a light chain amino acid sequence as set out in SEQ ID NO. 34 and a heavy chain amino acid sequence as set out in SEQ ID NO: 35, in a concentration of 100 mg/ml to 180 mg/ml, ii) 5% (w/v) sorbitol, iii) 30 mM L-histidine and iv) has a pH of 5.8. i) a compound neutralizing GM-CSF which is a human monoclonal antibody binding to GM-CSF which comprises a light chain amino acid sequence as set out in SEQ ID NO. 34 and a heavy chain amino acid sequence as set out in SEQ ID NO: 35, in a concentration of 100 mg/ml to 180 mg/ml, ii) 5% (w/v) sorbitol, iii) 30 mM L-histidine and iv) has a pH of 5.8.
A method, comprising: - identifying an application transaction comprised in a payload section of at least one data unit, - in response to identifying the application transaction: controlling allocation of radio resources for transmission of the at least one data unit on a radio link, wherein said controlling of the allocation of the radio resources is for compliance of the communication of the application transaction with a transaction service agreement, - executing communication of the application transaction via the radio link by transmitting the at least one data unit using the radio resources, the method being characterized in that: the transaction service agreement specifies a guaranteed number of executed communications of application transactions via the radio link per time unit. - identifying an application transaction comprised in a payload section of at least one data unit, - in response to identifying the application transaction: controlling allocation of radio resources for transmission of the at least one data unit on a radio link, wherein said controlling of the allocation of the radio resources is for compliance of the communication of the application transaction with a transaction service agreement, - executing communication of the application transaction via the radio link by transmitting the at least one data unit using the radio resources,