mhurhangee/ep-ind-claims huggingface dataset:
The system for monitoring a respiratory condition comprising: - a sensor; - an apparatus adapted to expose said sensor to an individual's breath; - a processing receiver; and - said sensor in real-time communication with said receiver - a collection pool; characterised in that the apparatus further comprises: - a solid-state cooling means, said cooling means in physical engagement with said sensor; and said cooling means reducing the temperature of said sensor below the dew point of a patient's breath such that the patient's breath condenses into a liquid that fills said collection pool; and said sensor immersed in said liquefied breath in said collection pool. - a sensor; - an apparatus adapted to expose said sensor to an individual's breath; - a processing receiver; and - said sensor in real-time communication with said receiver - a collection pool; - a solid-state cooling means, said cooling means in physical engagement with said sensor; and
A method of managing playback of adaptive bitrate streaming video, comprising: pausing playback of a segment of an adaptive bitrate streaming video variant at a client device when a playback point marking the current playback time in said segment reaches a download point marking the latest point in said segment downloaded into a buffer by said client device; marking a stall time that marks a point in time in said segment at which playback was paused; determining a remaining playback time from said stall time to the end of said segment, based on a data playback rate; determining a remaining download time to download the remainder of said segment based on a data transfer rate; selecting an offset time between zero and said remaining playback time, inclusive; determining a wait time by subtracting said remaining playback time from said remaining download time and adding said offset time; determining a resume time by adding to said stall time said wait time multiplied by said remaining playback time divided by said remaining download time; and waiting to resume playback at least until said download point reaches said resume time. pausing playback of a segment of an adaptive bitrate streaming video variant at a client device when a playback point marking the current playback time in said segment reaches a download point marking the latest point in said segment downloaded into a buffer by said client device; marking a stall time that marks a point in time in said segment at which playback was paused; determining a remaining playback time from said stall time to the end of said segment, based on a data playback rate; determining a remaining download time to download the remainder of said segment based on a data transfer rate; selecting an offset time between zero and said remaining playback time, inclusive; determining a wait time by subtracting said remaining playback time from said remaining download time and adding said offset time; determining a resume time by adding to said stall time said wait time multiplied by said remaining playback time divided by said remaining download time; and waiting to resume playback at least until said download point reaches said resume time.
A battery cell, comprising: a jelly roll comprising layers which are wound together, including a cathode layer with an active coating, a separator layer, and an anode layer with an active coating, each of the layers comprising a sheet having a length in a direction of winding, a width perpendicular to the direction of winding and a thickness; a flexible pouch enclosing the jelly roll; wherein the width of one or more layers varies along the length of the layer; and wherein the jelly roll varies in thickness in a direction along an axis of winding due to the variation in the width of the one or more layers. a jelly roll comprising layers which are wound together, including a cathode layer with an active coating, a separator layer, and an anode layer with an active coating, each of the layers comprising a sheet having a length in a direction of winding, a width perpendicular to the direction of winding and a thickness; a flexible pouch enclosing the jelly roll; wherein the width of one or more layers varies along the length of the layer; and wherein the jelly roll varies in thickness in a direction along an axis of winding due to the variation in the width of the one or more layers.
An inverted pendulum type vehicle, comprising: a vehicle body frame extending in a vertical direction; a propulsion unit mounted in a lower part of the vehicle body frame and including a main wheel configured to be actuated by an inverted pendulum control; a drive unit (90, 130) mounted in a vertically intermediate part of the vehicle body and configured to actuate the main wheel; a seat mounted on an upper part of the vehicle body frame; and a battery configured to be received in a battery case; characterized in that the battery case is mounted on the vehicle frame behind the drive unit, and having an access opening extending at least in an upper end thereof; and a lid is pivotally supported by the battery case so as to be moveable between an open position exposing the access opening and a closed position closing at least an upper part of the access opening and engaging a part of the battery. a vehicle body frame extending in a vertical direction; a propulsion unit mounted in a lower part of the vehicle body frame and including a main wheel configured to be actuated by an inverted pendulum control; a drive unit (90, 130) mounted in a vertically intermediate part of the vehicle body and configured to actuate the main wheel; a seat mounted on an upper part of the vehicle body frame; and a battery configured to be received in a battery case; characterized in that the battery case is mounted on the vehicle frame behind the drive unit, and having an access opening extending at least in an upper end thereof; and a lid is pivotally supported by the battery case so as to be moveable between an open position exposing the access opening and a closed position closing at least an upper part of the access opening and engaging a part of the battery.
An aircraft propulsion system having a pusher configuration, the aircraft propulsion system comprising: an internal combustion engine using intermittent combustion during operation; a propeller drive shaft drivingly engaged with the internal combustion engine; a propeller for propelling an aircraft, the propeller being drivingly engaged with the propeller drive shaft, the propeller disposed aft of the internal combustion engine to define the pusher configuration of the aircraft propulsion system; a ducted fan operatively disposed to drive cooling air along a flow path in thermal communication with the internal combustion engine, the fan being drivingly engaged with the propeller drive shaft, the fan and the propeller being coaxial and configured for common rotation with the propeller drive shaft; an outer shroud at least partially defining an annular cooling air outlet of the flow path, and the cooling air outlet is separate from an exhaust gas outlet of the internal combustion engine, the fan disposed within the outer shroud; and a gearbox operatively disposed between the internal combustion engine and the propeller drive shaft, characterised in that the outer shroud is fastened to a housing of the gearbox via one or more radial struts serving as spokes and structurally interconnecting the shroud to an inner ring, the struts extending radially across the annular cooling air outlet. an internal combustion engine using intermittent combustion during operation; a propeller drive shaft drivingly engaged with the internal combustion engine; a propeller for propelling an aircraft, the propeller being drivingly engaged with the propeller drive shaft, the propeller disposed aft of the internal combustion engine to define the pusher configuration of the aircraft propulsion system; a ducted fan operatively disposed to drive cooling air along a flow path in thermal communication with the internal combustion engine, the fan being drivingly engaged with the propeller drive shaft, the fan and the propeller being coaxial and configured for common rotation with the propeller drive shaft; an outer shroud at least partially defining an annular cooling air outlet of the flow path, and the cooling air outlet is separate from an exhaust gas outlet of the internal combustion engine, the fan disposed within the outer shroud; and a gearbox operatively disposed between the internal combustion engine and the propeller drive shaft, characterised in that the outer shroud is fastened to a housing of the gearbox via one or more radial struts serving as spokes and structurally interconnecting the shroud to an inner ring, the struts extending radially across the annular cooling air outlet.
Use of a ceramic tube consisting entirely or partly of silicon carbide, or in which the silicon carbide is bound in different ways, and which is in the form of an elongated, cup-like shaped body in processes for conversion of chlorosilanes, wherein the ceramic tube has a flange or a flare at one end and is closed at the other end.
An unworn silicone hydrogel contact lens sealed in a package, the contact lens comprising a polymeric lens body loaded with at least one 2-oleoyl phospholipid, wherein the contact lens when in contact with an artificial tear serum comprising 50 ppm human sPLA 2 for four hours at 37° C releases at least two times more oleic acid than when in contact with ATF without human sPLA 2.
Light-metal piston having heat pipes, having a combustion bowl of suitable crown thickness arranged in the piston crown, having a ring portion, a piston skirt and piston bosses for accommodating a piston pin, and having a multiplicity of closed, liquid-filled heat pipes which are provided with an evaporator side and a condenser side, are distributed circumferentially in the vicinity of the ring portion and are oriented axially in relation to the piston axis, characterized - in that the evaporator side of the heat pipes is formed by short pipe sections which are arranged in the crown thickness, with combustion jets oriented in the direction of the piston crown, and are connected by means of a composite heat pipe running parallel to the piston crown, and - in that at least two pipe sections acting as the condenser side are coupled to the composite heat pipe such that a pipe connection, arranged at the condenser ends of the pipe sections, realizes a closed, encircling process circuit for the cooling liquid between the evaporator side, composite heat pipe and condenser side of the heat pipes. - in that the evaporator side of the heat pipes is formed by short pipe sections which are arranged in the crown thickness, with combustion jets oriented in the direction of the piston crown, and are connected by means of a composite heat pipe running parallel to the piston crown, and - in that at least two pipe sections acting as the condenser side are coupled to the composite heat pipe such that a pipe connection, arranged at the condenser ends of the pipe sections, realizes a closed, encircling process circuit for the cooling liquid between the evaporator side, composite heat pipe and condenser side of the heat pipes.
An endoscope apparatus comprising: an endoscope including an insertion section which is adapted to be inserted in a lumen that is an object of an inspection, and an operation section having an operation switch (18, 19, 20) for controlling an operation element adapted for performing an operation of the insertion section; detection means adapted for detecting an operation state of the operation element; and a separate operation section disposed separately from the endoscope comprising a separate operation section switch adapted to operate and control the operation of the operation element characterized in that the separate operation section includes: a display section (63, 64, 70) adapted to display the operation state of the operation element detected by the detection means, and a switching means that is operable for switching control of the operation element between a first state in which the operation switch of the operation section controls the operation element, and a second state in which the operation element is controlled by the separate operation section switch of the separate operation section and the operation section is locked and switched to a non-operable state. an endoscope including an insertion section which is adapted to be inserted in a lumen that is an object of an inspection, and an operation section having an operation switch (18, 19, 20) for controlling an operation element adapted for performing an operation of the insertion section; detection means adapted for detecting an operation state of the operation element; and a separate operation section disposed separately from the endoscope comprising a separate operation section switch adapted to operate and control the operation of the operation element characterized in that the separate operation section includes: a display section (63, 64, 70) adapted to display the operation state of the operation element detected by the detection means, and a switching means that is operable for switching control of the operation element between a first state in which the operation switch of the operation section controls the operation element, and a second state in which the operation element is controlled by the separate operation section switch of the separate operation section and the operation section is locked and switched to a non-operable state. a display section (63, 64, 70) adapted to display the operation state of the operation element detected by the detection means, and a switching means that is operable for switching control of the operation element between a first state in which the operation switch of the operation section controls the operation element, and a second state in which the operation element is controlled by the separate operation section switch of the separate operation section and the operation section is locked and switched to a non-operable state.
Electrical line, comprising at least three cores (8, 12) each halving a conductor (8a, 12a) surrounded by a core coating (8b, 12b), wherein - two of the cores are formed as signal cores and form a first partial line, in particular signal line, with a mutual partial line coating surrounding these, - a further one of the cores is formed as a power core and forms a second partial line, in particular power line, characterised in that - the two partial lines (4, 6) are surrounded by a mutual separating shell which is in turn surrounded by a mutual coating of the electrical line. - two of the cores are formed as signal cores and form a first partial line, in particular signal line, with a mutual partial line coating surrounding these, - a further one of the cores is formed as a power core and forms a second partial line, in particular power line, characterised in that - the two partial lines (4, 6) are surrounded by a mutual separating shell which is in turn surrounded by a mutual coating of the electrical line.
A mixing installation for ready-to-use flushing solutions including an RO system, a mixing unit, which is connected to the RO system, and a mixing chamber to which the ultrapure water from the RO system and flushing solution concentrate from a concentrate source may be supplied, and includes a flushing solution connector, a computing and control device for all measuring and monitoring functions in the in situ production of a flushing solution, wherein the RO system and the mixing unit constitute a filling station, and a transport carriage, which includes a pressure container, which receives a flushing solution bag, which may be coupled to the flushing solution connector of the mixing unit, wherein the transport carriage and the filling station are provided with sensors, which are attached beneath a base plate of the transport carriage and at the same level beneath a base plate of the filling station, by which wireless communication between the transport carriage and the filling station is enabled and a docking position of the transport carriage at the filling station is defined.
System for the winding-up and/or unwinding of rubber sheet material for tyres and an intervening liner onto or from storage reels, comprising a first reel handling section, a second reel handling section and a winding section located between the first reel handling section and the second reel handling section, wherein the system is provided with a first station and a second station, wherein each station comprises a first set of carrying elements for holding a storage reel and a second set of carrying elements for holding a liner reel substantially in tandem with respect to the storage reel, wherein the first station and the second station are stationed in a handling position in the first reel handling section and the second reel handling section, respectively, for handling the loading and/or unloading of the storage reels and the liner reels onto or from the stations, and wherein the first stations and the second stations are arranged to be alternately moved from their respective handling positions in the reel handling sections into a winding position in the winding section and vice versa.
A monomeric protein A composition, comprising an effective amount of monomeric PA, wherein the PA in the composition consists of monomeric protein A, a) sufficient to reduce inflammation for use in reducing inflammation in a subject with or at risk of inflammation; or b) sufficient to reduce an inflammatory response for use in reducing an inflammatory response in a subject with or at risk of an inflammatory response. a) sufficient to reduce inflammation for use in reducing inflammation in a subject with or at risk of inflammation; or b) sufficient to reduce an inflammatory response for use in reducing an inflammatory response in a subject with or at risk of an inflammatory response.
A method of forming a ceramic matrix composite pre-form with a cavity for a ceramic matrix composite blade or vane of a gas turbine, said method comprising: providing a mandrel; applying a base ply to the mandrel; laying-up at least one CMC ply on the base ply; removing the mandrel; densifying the base ply and the at least one CMC ply; and wherein the remaining densified base ply and the at least one CMC ply form the cavity in the ceramic matrix composite pre-form having a desired geometry; and characterised in that it includes an additional step prior to the step of applying the base ply to the mandrel of aligning a tip member adjacent to the mandrel. providing a mandrel; applying a base ply to the mandrel; laying-up at least one CMC ply on the base ply; removing the mandrel; densifying the base ply and the at least one CMC ply; and wherein the remaining densified base ply and the at least one CMC ply form the cavity in the ceramic matrix composite pre-form having a desired geometry; and characterised in that it includes an additional step prior to the step of applying the base ply to the mandrel of aligning a tip member adjacent to the mandrel.
A coupling assembly having an overrun mode, the assembly comprising: first and second members (14, 10) including first and second coupling faces, respectively, in close-spaced opposition with one another, the first coupling face defining a reference surface, wherein at least one of the members is mounted for rotation about an axis, the first coupling face having a plurality of recesses, each of the recesses defining a load-bearing first shoulder and a ramped surface adjacent the first shoulder, the second coupling face having at least one recess defining a load-bearing second shoulder; a reverse strut or radial ratchet disposed between the coupling faces of the members, the strut or ratchet being movable between first and second positions, the first position being characterized by abutting engagement of the strut or ratchet with a respective shoulder of each member and the second position being characterized by a non-abutting engagement of the strut or ratchet with at least one of the members; characterized by: the ramped surface including a convex surface portion that tangentially intersects the reference surface and that tangentially intersects the first shoulder, the convex surface portion being operative to periodically urge the strut or ratchet towards the second position upon rotation of the first member in a first direction relative to the second member above a predetermined RPM to prevent the abutting engagement of the strut or ratchet in the overrun mode.
Pressure measuring system (11, 111) comprising a sensor assembly (13, 113) and a vessel adapter, with the sensor assembly defining a first compartment (19, 119), comprising - a first measurement port (29, 129), - a first mechanical actuator (21, 121) for enabling and disabling pressure transmission across the first measurement port, and - at least one pressure sensor (23, 123) for measuring a pressure of a medium in the first compartment relative to a reference pressure, and the vessel adapter defining a first fluid chamber comprising a medium, said first fluid chamber being in pressure connection with the first compartment by means of said first measurement port, characterized in that - at least one membrane which separates the medium in the first compartment from the medium in the first fluid chamber is located in-between the first compartment and the first fluid chamber, - the at least one membrane forms a first protuberance (43,243,244) and - the first mechanical actuator is formed and arranged to deflate the first protuberance. - a first measurement port (29, 129), - a first mechanical actuator (21, 121) for enabling and disabling pressure transmission across the first measurement port, and - at least one pressure sensor (23, 123) for measuring a pressure of a medium in the first compartment relative to a reference pressure, - at least one membrane which separates the medium in the first compartment from the medium in the first fluid chamber is located in-between the first compartment and the first fluid chamber, - the at least one membrane forms a first protuberance (43,243,244) and - the first mechanical actuator is formed and arranged to deflate the first protuberance.
The use of polymer films or paper coated with laminating adhesive, for laminating flat substrates, particularly furniture or automobile interior parts where the polymer films or paper coated with laminating adhesive can be obtained by use of an aqueous composition comprising - a polyurethane, - an epoxy resin obtainable by reacting compounds having epoxide groups with diols or polyols, and - a crosslinker for the epoxy resin where the aqueous composition is obtainable by preparing the polyurethane in a solvent and then dispersing it in water, the epoxy resin being added to the solution before the polyurethane is dispersed in water. - a polyurethane, - an epoxy resin obtainable by reacting compounds having epoxide groups with diols or polyols, and - a crosslinker for the epoxy resin where the aqueous composition is obtainable by preparing the polyurethane in a solvent and then dispersing it in water, the epoxy resin being added to the solution before the polyurethane is dispersed in water.