mhurhangee/ep-ind-claims huggingface dataset:
A control method for controlling a buoyancy system for an aircraft, said aircraft at each moment having a ground speed vector having in a reference frame a component of current speed in elevation along an axis in elevation which is directed in the direction of gravity and a component of current horizontal speed along a horizontal plane perpendicular to said direction of gravity, said buoyancy system comprising at least one float and an inflation means for inflating each float, this method comprising a mode of automatic inflation during flight for automatically inflating each float during flight, having the following step: - during a step of predicting a forthcoming impact with a liquid surface, a computer determines whether a predetermined ditching condition is complied with, characterised in that: - during a step of characterising said impact, at least one predicted component (Vimpactx, Vimpactz) of a ditching speed is determined, each predicted component (Vimpactx, Vimpactz) representing an estimated speed of the aircraft upon said impact in the direction of gravity or in an impact plane perpendicular to the direction of gravity, - during an automatic inflation step, each float is automatically inflated during flight by said inflation means when at least the following two conditions are met simultaneously: ∘ said ditching condition is complied with, ∘ each predicted component (Vimpactx, Vimpactz) determined is less than a corresponding speed threshold. - during a step of predicting a forthcoming impact with a liquid surface, a computer determines whether a predetermined ditching condition is complied with, - during a step of characterising said impact, at least one predicted component (Vimpactx, Vimpactz) of a ditching speed is determined, each predicted component (Vimpactx, Vimpactz) representing an estimated speed of the aircraft upon said impact in the direction of gravity or in an impact plane perpendicular to the direction of gravity, - during an automatic inflation step, each float is automatically inflated during flight by said inflation means when at least the following two conditions are met simultaneously: ∘ said ditching condition is complied with, ∘ each predicted component (Vimpactx, Vimpactz) determined is less than a corresponding speed threshold. ∘ said ditching condition is complied with, ∘ each predicted component (Vimpactx, Vimpactz) determined is less than a corresponding speed threshold.
A method for measuring an amount of a determined gas in a sealed container containing a liquid in which a gas mixture is dissolved, comprising the steps of: - piercing the sealed container by means of a piercing member, - releasing the gas mixture from the pierced container, - measuring an amount of the determined gas in the released gas mixture, - determining, based on said measuring, an initial amount of the determined gas in the sealed container, characterised by further comprising the step of injecting an anti-foam agent into the pierced container before and/or during the gas mixture releasing step, this injecting step comprising the step of passing by pumping means the anti-foam agent through a path connecting a first opening and a second opening provided within said piercing member, said second opening of said piercing member being situated closer to a piercing tip of said piercing member than said first opening. - piercing the sealed container by means of a piercing member, - releasing the gas mixture from the pierced container, - measuring an amount of the determined gas in the released gas mixture, - determining, based on said measuring, an initial amount of the determined gas in the sealed container,
A mobile terminal device comprising: a housing; an input device; a measuring unit configured to measure an air pressure inside the housing; a detecting unit configured to detect whether the housing is sealed based on a change in the air pressure measured by the measuring unit when a force is applied to the housing while an operation is being conducted by a user pressing the input device; and a notifying unit configured to notify the user of a detection result of the detecting unit. a housing; an input device; a measuring unit configured to measure an air pressure inside the housing; a detecting unit configured to detect whether the housing is sealed based on a change in the air pressure measured by the measuring unit when a force is applied to the housing while an operation is being conducted by a user pressing the input device; and a notifying unit configured to notify the user of a detection result of the detecting unit.
An antibody composition that comprises at least one antibody that specifically binds to an IgG protease cleavage product characterized by, a) having molecular weight which is comparable to an intact mammalian IgG under non-denaturing conditions and b) being separable into two fragments which comprise an antigen binding fragment of 135 kDa and a CH2-containing fragment under denaturing but non-reducing conditions and c) wherein the reagent does not react with intact IgG, and wherein said antibody specifically binds to a protease specific cleavage site in human IgG1 produced by IdeS, TCPPCPAPELLG.
Composition comprising: - a monomer derived from 1,4:3,6-dianhydrohexitol having two vinyl ether and/or allyl ether functions; - a monomer having two maleate and/or fumarate functions. - a monomer derived from 1,4:3,6-dianhydrohexitol having two vinyl ether and/or allyl ether functions; - a monomer having two maleate and/or fumarate functions.
A vehicle running control apparatus comprising: a first control command value calculation unit configured to calculate a first control command value (Gx_Arb) that controls vehicle longitudinal acceleration; a second control command value calculation unit configured to calculate a second control command value (Gx_GVC) that controls vehicle longitudinal acceleration according to a lateral jerk that acts on the vehicle; a correction determination processing unit configured to determine, based on the first control command value (Gx_Arb) and the second control command value (Gx_GVC), whether correction of the first control command value (Gx_Arb) is needed (T_Corr) or unneeded (T_NotCorr); and a correction processing unit configured, when the correction determination processing unit determines that correction is needed (T_Corr), to correct the first control command value (Gx_Arb) based on the second control command value (Gx_GVC). a first control command value calculation unit configured to calculate a first control command value (Gx_Arb) that controls vehicle longitudinal acceleration; a second control command value calculation unit configured to calculate a second control command value (Gx_GVC) that controls vehicle longitudinal acceleration according to a lateral jerk that acts on the vehicle; a correction determination processing unit configured to determine, based on the first control command value (Gx_Arb) and the second control command value (Gx_GVC), whether correction of the first control command value (Gx_Arb) is needed (T_Corr) or unneeded (T_NotCorr); and a correction processing unit configured, when the correction determination processing unit determines that correction is needed (T_Corr), to correct the first control command value (Gx_Arb) based on the second control command value (Gx_GVC).
A system for delivering a therapeutic agent to nasopharyngeal mucosa tissue, said system comprising: a shaft having a proximal end and a distal end; a foam contact element or porous pad including an outer foam layer coupled to the shaft near the distal end, wherein the outer foam layer is configured to expand from a contracted configuration to an expanded configuration, the expanded configuration being adapted to engage and conform to the mucosa tissue in a nasal cavity, and the contracted configuration having a size suitable for introduction into the nasal cavity; a drug reservoir holding a therapeutic agent, the drug reservoir being at least partially covered by the outer foam layer, the drug reservoir having a wall with a plurality of pores fluidly coupled with the outer foam layer; and a hydrophobic layer of material disposed between the outer foam layer and the drug reservoir, the hydrophobic layer having disposed therein a plurality of channels to direct the therapeutic agent to the outer foam layer. a shaft having a proximal end and a distal end; a foam contact element or porous pad including an outer foam layer coupled to the shaft near the distal end, wherein the outer foam layer is configured to expand from a contracted configuration to an expanded configuration, the expanded configuration being adapted to engage and conform to the mucosa tissue in a nasal cavity, and the contracted configuration having a size suitable for introduction into the nasal cavity; a drug reservoir holding a therapeutic agent, the drug reservoir being at least partially covered by the outer foam layer, the drug reservoir having a wall with a plurality of pores fluidly coupled with the outer foam layer; and a hydrophobic layer of material disposed between the outer foam layer and the drug reservoir, the hydrophobic layer having disposed therein a plurality of channels to direct the therapeutic agent to the outer foam layer.
A composition for optical three-dimensional modeling, comprising: a polymerizable monomer (a) selected from monofunctional and difunctional (meth)acrylate and (meth)acrylamide polymerizable monomers, wherein the content of the polymerizable monomer is 15 to 75 mass% relative to the composition as a whole; an ultraviolet-absorbing inorganic particle (b) comprising an ultraviolet-absorbable inorganic compound in an amount of 50 mass% or more and having an average primary particle diameter of 500 nm or less, wherein the ultraviolet-absorbing inorganic particle (b) is surface-treated with a surface treatment agent; a photopolymerization initiator (c) in an amount of 0.01 to 10 parts by mass relative to total 100 parts by mass of the polymerizable monomer (a); and an organic ultraviolet absorber (d). a polymerizable monomer (a) selected from monofunctional and difunctional (meth)acrylate and (meth)acrylamide polymerizable monomers, wherein the content of the polymerizable monomer is 15 to 75 mass% relative to the composition as a whole; an ultraviolet-absorbing inorganic particle (b) comprising an ultraviolet-absorbable inorganic compound in an amount of 50 mass% or more and having an average primary particle diameter of 500 nm or less, wherein the ultraviolet-absorbing inorganic particle (b) is surface-treated with a surface treatment agent; a photopolymerization initiator (c) in an amount of 0.01 to 10 parts by mass relative to total 100 parts by mass of the polymerizable monomer (a); and an organic ultraviolet absorber (d).
A method, by a security manager in a first ad-hoc network, of facilitating communication between a first device located in the first ad-hoc network and a second device located in a second ad-hoc network, said method comprising: sending the first device a first group key; receiving, via a relay channel, a request for authentication from the second device, wherein the relay channel is established using first and second transceivers, the first transceiver being in said first ad-hoc network and the second transceiver being in said second ad-hoc network; and sending the second device the first group key. sending the first device a first group key; receiving, via a relay channel, a request for authentication from the second device, wherein the relay channel is established using first and second transceivers, the first transceiver being in said first ad-hoc network and the second transceiver being in said second ad-hoc network; and sending the second device the first group key.
Actuator with a housing, a rotatable drive member and an axially movable control element that is arranged coaxially with the drive member, wherein the drive member is sleeve-like, that at least one groove, which rises at least in certain regions, is arranged in the drive member, that the groove penetrates the wall of the drive member, and that the control element has at least one radial pin-like projection that projects through the groove and engages with its free end in an axial groove that is arranged directly or indirectly in the housing, and wherein the pitch of the groove varies over its length, characterized in that the axial groove is arranged in a sleeve that surrounds the drive member, and in that the pitch of the groove is zero or negative in at least one end section of the groove.
A polymer composition comprising: i) a poly( para -phenylene sulfide); ii) at least one poly(aryl ether sulfone) (PAES); and iii) about 0.05 to about 2 wt.% of at least one alkali metal carbonate, based on the total weight of polymers in the composition, wherein: - the weight ratio of the poly(para-phenylene sulfide) to the at least one poly(aryl ether sulfone) (PAES) ranges from 0.2 to 20; and - the at least one alkali metal carbonate comprises sodium carbonate, potassium carbonate or a combination thereof. i) a poly( para -phenylene sulfide); ii) at least one poly(aryl ether sulfone) (PAES); and iii) about 0.05 to about 2 wt.% of at least one alkali metal carbonate, based on the total weight of polymers in the composition, - the weight ratio of the poly(para-phenylene sulfide) to the at least one poly(aryl ether sulfone) (PAES) ranges from 0.2 to 20; and - the at least one alkali metal carbonate comprises sodium carbonate, potassium carbonate or a combination thereof.
A system for monitoring a patient, the system comprising: a physiological sensor circuit including a sense amplifier circuit to sense one or more physiological signals and a filter circuit to generate one or more signal metrics from the sensed one or more physiological signals; a health status analyzer circuit coupled to the physiological sensor circuit, the health status analyzer circuit configured to generate one or more stability indicators for the one or more signal metrics using variability of the generated one or more signal metrics over time, the one or more stability indicators indicating stability of patient health status, wherein the health status analyzer circuit is further configured to generate one or more health status indicators for the one or more signal metrics, the one or more health status indicators indicating patient health status; and wherein the health status analyzer circuit includes a blending circuit to generate a patient disposition decision using the generated one or more health status indicators and the generated one or more stability indicators, wherein the patient disposition decision is based on the health status indicator and the stability indicator each satisfying respective conditions, the patient disposition decision indicating readiness for patient discharge from or a risk of admission to a hospital; and an output unit configured to generate a human-perceptible presentation of the one or more stability indicators, the one or more health status indicators and/or the patient disposition decision. a physiological sensor circuit including a sense amplifier circuit to sense one or more physiological signals and a filter circuit to generate one or more signal metrics from the sensed one or more physiological signals; a health status analyzer circuit coupled to the physiological sensor circuit, the health status analyzer circuit configured to generate one or more stability indicators for the one or more signal metrics using variability of the generated one or more signal metrics over time, the one or more stability indicators indicating stability of patient health status, wherein the health status analyzer circuit is further configured to generate one or more health status indicators for the one or more signal metrics, the one or more health status indicators indicating patient health status; and wherein the health status analyzer circuit includes a blending circuit to generate a patient disposition decision using the generated one or more health status indicators and the generated one or more stability indicators, wherein the patient disposition decision is based on the health status indicator and the stability indicator each satisfying respective conditions, the patient disposition decision indicating readiness for patient discharge from or a risk of admission to a hospital; and an output unit configured to generate a human-perceptible presentation of the one or more stability indicators, the one or more health status indicators and/or the patient disposition decision.
A dual clutch having two positively acting clutch units (3a, 3b) which are mounted in a rotationally fixed and axially movable manner, in relation to a clutch rotational axis, on a common, single-piece inner body, and having a pressure disk which is arranged in an axially fixed manner between the clutch units, is held on the inner body and is of multiple-piece design, and having two axially movable pressure pistons (2a, 2b) which can be ventilated by means of in each case one compression spring arrangement (11 a, 11 b) which is arranged in the inner body, characterized in that a radial groove is provided in the inner body in order to receive the pressure disk, the radial depth of which radial groove extends at least as far as radially inner wall sections of cutouts for the compression spring arrangements (11 a, 11 b), and in that each compression spring arrangement (11 a, 11 b) comprises a plurality of compression springs which are supported axially on the inside on the pressure disk.
A dispensing system for dispensing a soluble but solid substance, the substance being conductive in solution, comprising: at least a first container and a second container for keeping a solid substance, a solution reservoir for holding a solution, at least one spray line (24, 26) allocated to each container (12, 14) connected to a water supply, at least one spray means allocated to each container (12, 14), wherein the spray means is connected to the corresponding spray line (24, 26), for bringing water from the water supply into contact with the solid substance being inside the first container and the second container such that an amount of the solid substance dissolves and the thus resulting solution flows into the solution reservoir, means, preferably at least one level sensor, for measuring the filling height in the solution reservoir, measuring means for measuring the conductivity of the solution inside the solution reservoir, at least one first discharge line, through which the solution reservoir is connectable to a first tank, at least one first delivery pump for moving the solution from the solution reservoir through the first discharge line, and an electronic main control unit for controlling the operation of the dispensing system characterized in that the dispensing system further comprises a second discharge line, through which the solution reservoir is connectable to a second tank and a second delivery pump for moving the solution from the solution reservoir through the second discharge line.
Heat radiator comprised of several pipe segments in the form of a heating coil or a pipe register, wherein the pipe segments are fitted into stamped-in indentations (11 a, 11b) of lamellas (8, 9, 12a) and pipe segments and lamellas (8, 9, 12a) are fully connected with one another under material closure by welding or adhesion, wherein on an end face (13, 14) of the lamellas (8, 9, 12a) on the front side and/or on the backside of the heat radiator a flat plate is disposed under force closure, such as spot welding, adhesion or another type of connection, wherein each of the pipe segments comprises lamellas (8, 9, 12a) facing one another whose indentations (11a,11b) are developed on the end faces facing the pipe segments, characterized in that each of the indentations encompasses approximately half of the pipe segment, wherein on the one side of the pipe segments one large lamella and on the other side one small lamella is disposed such that the small lamella is provided with a lesser height than the large lamella, with the plate being disposed on the small lamella on the front side of the heat radiator and the plate radiates the heat into the living space.
An inflatable frameless mask for the ventilation of patients comprising: - a flexible and inextensible shell provided with a peripheral edge generally closed in a loop able to come in forced, fluid-tight contact with the face of the patient and to surround at least the nose of the patient, - inflow means of a breathable gas positioned on the shell for the injection of breathable gas inside a volume enclosed between the shell and the face of the patient; - outflow means of gases exhaled by the patient for the exit from the volume of the gases exhaled by the patient; - a nuchal strap associated with the shell for anchoring the mask to the patient's head; wherein the breathable gas introduced into the closed volume by the inflow means inflates the shell from a deflated configuration of the shell to an inflated configuration of the shell, wherein in the inflated configuration the breathable gas inside the closed volume is at a higher pressure than ambient pressure; and wherein at least one portion of the flexible shell is optically transparent. - a flexible and inextensible shell provided with a peripheral edge generally closed in a loop able to come in forced, fluid-tight contact with the face of the patient and to surround at least the nose of the patient, - inflow means of a breathable gas positioned on the shell for the injection of breathable gas inside a volume enclosed between the shell and the face of the patient; - outflow means of gases exhaled by the patient for the exit from the volume of the gases exhaled by the patient; - a nuchal strap associated with the shell for anchoring the mask to the patient's head;