mhurhangee/ep-ind-claims huggingface dataset:
A method of aiding the diagnosis of stroke in a patient suspected of having had or currently suffering a stroke, said method comprising; i) Determining the concentration of Parkinson disease protein 7 (PARK7) and D-dimer in an ex vivo blood, serum or plasma sample obtained from the patient; ii) Establishing the statistical significance of the concentration of the biomarkers by comparison to a control value, wherein each of the biomarker concentration values are inputted into a statistical algorithm or algorithms to produce an output value that correlates with diagnosis of stroke. i) Determining the concentration of Parkinson disease protein 7 (PARK7) and D-dimer in an ex vivo blood, serum or plasma sample obtained from the patient; ii) Establishing the statistical significance of the concentration of the biomarkers by comparison to a control value, wherein each of the biomarker concentration values are inputted into a statistical algorithm or algorithms to produce an output value that correlates with diagnosis of stroke.
Method which comprises: - obtaining state data relating to an industrial automation system, wherein the state data describe the operating state of the automation system, - obtaining sensor data which describe an environmental impact of the automation system, characterized by - carrying out a comparison between the state data and the sensor data, and - on the basis of the comparison: monitoring the integrity of the automation system, wherein the method also comprises: - obtaining control data for one or more actuators of the automation system which cause the environmental impact, wherein the comparison is carried out between the state data, the sensor data and the control data. - obtaining state data relating to an industrial automation system, wherein the state data describe the operating state of the automation system, - obtaining sensor data which describe an environmental impact of the automation system, characterized by - carrying out a comparison between the state data and the sensor data, and - on the basis of the comparison: monitoring the integrity of the automation system, - obtaining control data for one or more actuators of the automation system which cause the environmental impact,
A pipe for conveying a fluid, in particular a coolant, for a vehicle, the pipe having a multi-layer structure and comprising: - an inner layer defining an inner passage for fluid circulation, the inner layer being formed of a first material comprising an elastomer selected from ethylene-propylene copolymers, - an outer layer formed of a second material comprising: - an elastomer selected from ethylene-vinyl acetate copolymers according to a proportion of at least 50 phr, and - a flame retardant in a proportion of at least 50 phr, the pipe comprises: - an intermediate bonding layer arranged between the inner layer and the outer layer and comprising a mixture of an ethylene-propylene copolymer with an ethylene-vinyl acetate copolymer or a polyacrylate or an ethylene acrylate copolymer. - an inner layer defining an inner passage for fluid circulation, the inner layer being formed of a first material comprising an elastomer selected from ethylene-propylene copolymers, - an outer layer formed of a second material comprising: - an elastomer selected from ethylene-vinyl acetate copolymers according to a proportion of at least 50 phr, and - a flame retardant in a proportion of at least 50 phr, - an elastomer selected from ethylene-vinyl acetate copolymers according to a proportion of at least 50 phr, and - a flame retardant in a proportion of at least 50 phr, - an intermediate bonding layer arranged between the inner layer and the outer layer and comprising a mixture of an ethylene-propylene copolymer with an ethylene-vinyl acetate copolymer or a polyacrylate or an ethylene acrylate copolymer.
The use of a coating composition selected from: (i) an organic coating comprising a low molecular weight reactive diluent; an unsaturated oligomer; a solvent; and a photoinitiator; (ii) an organic/inorganic hybrid coating comprising a low molecular weight reactive component and/or an unsaturated oligomeric component; a solvent; and inorganic particles, and optionally further comprising a photoinitiator; (iii) a predominantly inorganic hardcoat comprising inorganic particles contained in a polymerisable predominantly inorganic matrix; and (iv) a composition comprising a cross-linkable organic polymer selected from polyethylene imine, polyester and polvinylalcohol (PVOH), and a cross-linking agent, for the purpose of preventing or minimising the formation of haze in a biaxially oriented polyester film during the annealing of said film above the glass transition temperature (Tg (°C)) of said film wherein the glass transition temperature is determined as set out in the description. (i) an organic coating comprising a low molecular weight reactive diluent; an unsaturated oligomer; a solvent; and a photoinitiator; (ii) an organic/inorganic hybrid coating comprising a low molecular weight reactive component and/or an unsaturated oligomeric component; a solvent; and inorganic particles, and optionally further comprising a photoinitiator; (iii) a predominantly inorganic hardcoat comprising inorganic particles contained in a polymerisable predominantly inorganic matrix; and (iv) a composition comprising a cross-linkable organic polymer selected from polyethylene imine, polyester and polvinylalcohol (PVOH), and a cross-linking agent,
A system for delivering breathing gas to passengers on-board an aircraft, comprising: a source of breathing gas, at least one face mask for passengers, a reservoir associated with each face mask, a delivery valve for each face mask, the delivery valve being disposed between the source of breathing gas and the reservoir, the reservoir being disposed between the delivery valve and the face mask and a controller configured to control the delivery valve to provide breathing gas to the reservoir, characterised in that the system further comprises: a sensor associated with each reservoir and configured to sense a filling of the reservoir, and the controller being configured to control the delivery valve in a continuous supply mode to provide a continuous flow of breathing gas, and to interrupt the continuous flow of breathing gas when the filing sensed by the sensor is a filling threshold. a source of breathing gas, at least one face mask for passengers, a reservoir associated with each face mask, a delivery valve for each face mask, the delivery valve being disposed between the source of breathing gas and the reservoir, the reservoir being disposed between the delivery valve and the face mask and a controller configured to control the delivery valve to provide breathing gas to the reservoir, characterised in that the system further comprises: a sensor associated with each reservoir and configured to sense a filling of the reservoir, and the controller being configured to control the delivery valve in a continuous supply mode to provide a continuous flow of breathing gas, and to interrupt the continuous flow of breathing gas when the filing sensed by the sensor is a filling threshold. a sensor associated with each reservoir and configured to sense a filling of the reservoir, and the controller being configured to control the delivery valve in a continuous supply mode to provide a continuous flow of breathing gas, and to interrupt the continuous flow of breathing gas when the filing sensed by the sensor is a filling threshold.
A method for manufacturing a solar cell, comprising a step of applying a paste-like electrode agent containing a conductive material onto an antireflection film formed on a light-receiving surface side of a semiconductor substrate having at least a pn junction, and an electrode firing step, including local heat treatment by irradiating a laser beam onto only the electrode agent-applied portion to heat that portion, such that at least a part of the conductive material is fired but not so as to achieve fire-through thereof through the antireflection film, and overall heat treatment by heating the overall semiconductor substrate at a temperature below 800°C whereby the conductive material is fired to some extent and fired through the antireflection film, wherein the electrode agent-applied portion is completely fired and the conductive material penetrates through the antireflective film to form an electrode in ohmic contact with the semiconductor substrate by the local heat treatment and the overall heat treatment.
A dome for attachment to an in the ear canal element comprising a receiver and adapted for being inserted into an ear canal of a user, said dome being configured to be inserted into the ear canal of the user and comprising a front portion adapted to be brought into contact with the ear canal of the user, wherein said dome comprises a through-going sound canal and an elongated intermediate portion extending between a front surface of the front portion, configured for facing a tympanic membrane when inserted into the ear canal, and an attachment area of said dome, wherein the through-going sound canal is centrally arranged in said front portion and configured to allow sound to pass from said in the ear canal element to the tympanic membrane of the ear canal of the user, and said attachment area being configured to receive at least a portion of the in the ear canal element, wherein at least the front portion is adapted to substantially reach into a bony region of the ear canal of the user, wherein the dome further comprises a rear portion, wherein the rear portion is adapted to accommodate at least part of the receiver, when the in the ear canal element and the dome are connected to each other. wherein the through-going sound canal is centrally arranged in said front portion and configured to allow sound to pass from said in the ear canal element to the tympanic membrane of the ear canal of the user, and said attachment area being configured to receive at least a portion of the in the ear canal element, wherein at least the front portion is adapted to substantially reach into a bony region of the ear canal of the user, wherein the dome further comprises a rear portion, wherein the rear portion is adapted to accommodate at least part of the receiver, when the in the ear canal element and the dome are connected to each other.
A droplet jetting device comprising a membrane layer defining a pressure chamber that is in fluid communication with a nozzle, the membrane layer carrying, on a membrane that covers the pressure chamber, an actuator for generating pressure waves in a liquid in the pressure chamber, the device further comprising a distribution layer bonded to the membrane layer on the side of the membrane and defining a supply line for supplying the liquid to the pressure chamber, the supply line being connected to the pressure chamber via a restrictor passage extending through the distribution layer in the thickness direction of that layer, and via a window formed in the membrane, wherein the restrictor passage has a uniform cross-section, and the membrane window is delimited by a contour that is inwardly offset from the contour of the restrictor passage on the entire periphery of the restrictor passage, characterized in that electrical leads that contact the actuator are embedded in a bonding layer by which the membrane layer is bonded to the distribution layer.
A medical device for the insertion of a tube, with which a tube is adapted to be introduced from the oral or nasal cavity to the oesophagus of a patient; wherein the device comprises tubing and an inlet body, characterised in that the inlet body is shaped like a truncated cone with an upper end of the inlet body wider than a lower end of the inlet body, the inlet body further configured to be arranged between the posterior pharynx and the upper third of the oesophagus of a patient, and wherein said inlet body is joined to the tubing at a point along the vertical dimension thereof; the tubing and the inlet body also being in connection through a through hole which communicates them internally, and wherein the inlet body has, at the upper end thereof, an inlet mouth configured to receive and guide a tube adapted to come from either the oral or nasal cavity and subsequently guided to the oesophagus.
A device for measuring the flow of a fluid comprising a substrate, a heater arranged on said substrate, a first sensing temperature sensor and a second sensing temperature sensor, formed by a thermopile each, being arranged upstream and downstream from said heater on said substrate, a control unit adapted to measure a flow of the fluid over said heater and said sensing temperature sensors (6a, 6b) from a flow-dependent heating of said sensing temperature sensors (6a, 6b) by said heater, characterized by a self-test unit adapted to detect a malfunction of said device and to generate a fault signal in the presence of the malfunction, a first and a second monitoring temperature sensor (12a, 12b), formed by a thermocouple each, being arranged upstream and downstream from said heater in addition to said first and second sensing temperature sensors (6a, 6b), wherein first junctions of said monitoring thermocouples (12a, 12b) are located much closer to the heater than first junctions of the sensing thermopiles (6a, 6b) and have a temperature substantially corresponding to the temperature in the heater, wherein said self-test unit is adapted to compare a test signal derived from said first and said second sensing temperature sensors (6a, 6b) to a monitoring signal derived from said first and second monitoring temperature sensors (12a, 12b).
A method of removing a gaseous hazardous substance containing highly concentrated nitrogen oxides and sulfur oxides in an environment containing the hazardous substance, wherein the environment is a gas from fossil fuel combustion, the method comprising: removing nitrogen oxides by using an amine compound aqueous solution as a chemical for removing nitrogen oxides in a primary device and then removing sulfur oxides by using a decomposition method in which a photocatalytic material and dilute hydrogen peroxide solution are present in a secondary device, wherein the dilute hydrogen peroxide solution has a hydrogen peroxide concentration of 0.00001 to 1 weight%.
A lift arrangement for an aircraft, comprising - an aircraft fuselage section with an outside, - an aerodynamic lift body (6, 8) attached to the outside of the aircraft fuselage section and extending from the aircraft fuselage section outwardly, - a drive means and - a pair of movably held add-on bodies arranged upstream of a leading edge of the aerodynamic lift body (6, 8), wherein the add-on bodies are connected to the drive means in order to be moved to a neutral position in which the add-on bodies finish off so as to be flush with the outside of the aircraft fuselage section and are moved to at least one activation position in which the add-on bodies extend from the outside of the aircraft fuselage section outwardly, wherein the add-on bodies comprise an aerodynamically effective surface and are equipped in an activation position with airflow to generate vortices that impinge on the aerodynamic lift body (6, 8), thus leading to an increase in lift on the aerodynamic lift body (6, 8), wherein the aerodynamic lift body (6, 8) is a horizontal stabilizer that by means of a trimmable horizontal stabilizer actuator is movably held on the aircraft fuselage section, and characterized in that the drive means is connected to the trimmable horizontal stabilizer actuator in such a manner that when the horizontal stabilizer is moved from a neutral position to a desired adjustment position, movement of the add-on bodies from the neutral position to an activation position takes place. - an aircraft fuselage section with an outside, - an aerodynamic lift body (6, 8) attached to the outside of the aircraft fuselage section and extending from the aircraft fuselage section outwardly, - a drive means and - a pair of movably held add-on bodies arranged upstream of a leading edge of the aerodynamic lift body (6, 8),
A method for optimizing a handover behavior of a mobile radio communication network (100, 200) comprising at least a first base station (110, 210) and a second base station (120, 220), the method comprising performing a handover of a user equipment from the first base station (110, 210) to the second base station (120, 220); adding, by the second base station, an information element representing a property of the user equipment to a report message comprising information about the performed handover, wherein the property of the user equipment is determined by the Quality of Service which has been enjoyed by the user equipment before, during and/or after the handover; forwarding the report message from the second base station (120, 220) to the first base station (110, 210); and optimizing the handover behavior of the mobile radio communication network (100, 200) based on the added information element by adapting the value of at least one handover radio threshold for triggering a handover of the user equipment between different base stations because of radio link conditions being experienced by the user equipment and/or adapting the value of at least one traffic steering parameter for changing the distribution of the radio data load between different radio cells of the mobile radio communication network (100, 200). performing a handover of a user equipment from the first base station (110, 210) to the second base station (120, 220); adding, by the second base station, an information element representing a property of the user equipment to a report message comprising information about the performed handover, wherein the property of the user equipment is determined by the Quality of Service which has been enjoyed by the user equipment before, during and/or after the handover; forwarding the report message from the second base station (120, 220) to the first base station (110, 210); and optimizing the handover behavior of the mobile radio communication network (100, 200) based on the added information element by adapting the value of at least one handover radio threshold for triggering a handover of the user equipment between different base stations because of radio link conditions being experienced by the user equipment and/or adapting the value of at least one traffic steering parameter for changing the distribution of the radio data load between different radio cells of the mobile radio communication network (100, 200).
A thermoplastic elastomer composition comprising: a random multigraft copolymer comprising a rubbery polymeric backbone and a plurality of glassy or semi-crystalline polymeric grafts, wherein each of the plurality of glassy or semi-crystalline polymeric grafts is attached to the rubbery polymeric backbone at one of a plurality of randomly spaced branch points. a random multigraft copolymer comprising a rubbery polymeric backbone and a plurality of glassy or semi-crystalline polymeric grafts, wherein each of the plurality of glassy or semi-crystalline polymeric grafts is attached to the rubbery polymeric backbone at one of a plurality of randomly spaced branch points.
An aseptic processing workstation comprising:- a processing chamber; an airflow circuit passing through the chamber, said circuit comprising an air supply fan, an air return fan and a restriction element, the chamber being located in the circuit between the air supply fan and the air return fan, and the restriction element being located in the circuit on the other side of the air supply fan and the air return fan to the chamber; an air inlet fluidly connected at a first connection point to the circuit via inlet valve means, the first connection point being located between the restriction element and the air supply fan; an air outlet fluidly connected at a second connection point to the circuit via outlet valve means; and control means for independently controlling the speed of the air supply fan and the air return fan; wherein the restriction element is an orifice or a filter, which enables the creation of a pressure drop across the restriction element. a processing chamber; an airflow circuit passing through the chamber, said circuit comprising an air supply fan, an air return fan and a restriction element, the chamber being located in the circuit between the air supply fan and the air return fan, and the restriction element being located in the circuit on the other side of the air supply fan and the air return fan to the chamber; an air inlet fluidly connected at a first connection point to the circuit via inlet valve means, the first connection point being located between the restriction element and the air supply fan; an air outlet fluidly connected at a second connection point to the circuit via outlet valve means; and control means for independently controlling the speed of the air supply fan and the air return fan; wherein the restriction element is an orifice or a filter, which enables the creation of a pressure drop across the restriction element.
A method for suctioning and comminuting at least one strip, which is produced by at least one longitudinal cut of a film web, in which the strip is removed from the film web with at least one conveyor line, in which the strip is comminuted with a comminutor, in which the strip is conveyed with a device for providing a volume flow (202, 210) from the film web to the comminutor, and in which the device for providing a volume flow comprises a first suction device, with which, viewed in the transport direction of the strip, a part of the volume flow is produced upstream of the comminutor, wherein with a second suction device, which is arranged in the transport direction of the strip downstream of the comminutor, the introduction of the strip into the comminutor is supported, characterized in that a partial volume flow is provided with the first suction device, which has a proportion of the volume flow of more than 50%, preferably more that 60% and in particular 70% and that the second suction device provides a volume flow proportion of at most 50% or at most 40% and in particular at most 30%. in which the strip is removed from the film web with at least one conveyor line, in which the strip is comminuted with a comminutor, in which the strip is conveyed with a device for providing a volume flow (202, 210) from the film web to the comminutor, and in which the device for providing a volume flow comprises a first suction device, with which, viewed in the transport direction of the strip, a part of the volume flow is produced upstream of the comminutor, wherein with a second suction device, which is arranged in the transport direction of the strip downstream of the comminutor, the introduction of the strip into the comminutor is supported, characterized in that a partial volume flow is provided with the first suction device, which has a proportion of the volume flow of more than 50%, preferably more that 60% and in particular 70% and that the second suction device provides a volume flow proportion of at most 50% or at most 40% and in particular at most 30%.