mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an air compressor of a vehicle, comprising: - starting the compressor, - at the time of starting the compressor: - determining, for the atmospheric air entering the compressor, a value H abs,atm of the absolute humidity, - determining, for the compressed air exiting the compressor, a value H abs,comp of the absolute humidity, - based on the determined values H abs,atm and H abs,comp, calculating by means of a control unit a liquid water mass formed or evaporated inside the compressor during a defined period of time, - repeatedly performing the determining steps and the calculating step, - for each repetition, calculating by means of the control unit a cumulated liquid water mass inside the compressor, and - stopping the compressor when the calculated cumulated liquid water mass has returned to zero and the control unit no longer receives a compressed air request. - starting the compressor, - at the time of starting the compressor: - determining, for the atmospheric air entering the compressor, a value H abs,atm of the absolute humidity, - determining, for the compressed air exiting the compressor, a value H abs,comp of the absolute humidity, - determining, for the atmospheric air entering the compressor, a value H abs,atm of the absolute humidity, - determining, for the compressed air exiting the compressor, a value H abs,comp of the absolute humidity, - based on the determined values H abs,atm and H abs,comp, calculating by means of a control unit a liquid water mass formed or evaporated inside the compressor during a defined period of time, - repeatedly performing the determining steps and the calculating step, - for each repetition, calculating by means of the control unit a cumulated liquid water mass inside the compressor, and - stopping the compressor when the calculated cumulated liquid water mass has returned to zero and the control unit no longer receives a compressed air request.
A method for diagnosing a hyposialylation disorder in a subject, comprising measuring an amount of monosialylated Thomsen-Friedenreich antigen and measuring an amount of non-sialylated Thomsen-Friedenreich antigen in a biological sample from the subject, wherein Thomsen-Friedenreich antigen is N-acetylgalactosamine (GalNAc) linked to galactose (Gal); and determining the ratio of T to ST; wherein a ratio of T to ST of 0.052 or greater diagnoses the subject as having the hyposialylation disorder.
A method of operating user equipment, UE, in a wireless communications network, the method comprising: identifying, by the UE, a cell change type associated with a neighboring cell, wherein the cell change type is based, at least in part, on a transmission power level of the UE's serving cell and a transmission power level of the neighboring cell; determining, by the UE, one or more mobility parameters based on the cell change type, wherein the one or more mobility parameters include a time-to-trigger parameter, the time-to-trigger parameter is determined by applying a scaling factor associated with the cell change type to a nominal time-to-trigger value, the scaling factor associated with the cell change type is based, at least in part, on a transmission power level of the neighboring cell and a transmission power level of the UE's serving cell; and executing, by the UE, a cell handover procedure with the neighboring cell using the time-to-trigger parameter; wherein the cell change type is the change of cell type between the UE's serving cell and a neighboring cell as part of a cell handover procedure. identifying, by the UE, a cell change type associated with a neighboring cell, wherein the cell change type is based, at least in part, on a transmission power level of the UE's serving cell and a transmission power level of the neighboring cell; determining, by the UE, one or more mobility parameters based on the cell change type, wherein the one or more mobility parameters include a time-to-trigger parameter, the time-to-trigger parameter is determined by applying a scaling factor associated with the cell change type to a nominal time-to-trigger value, the scaling factor associated with the cell change type is based, at least in part, on a transmission power level of the neighboring cell and a transmission power level of the UE's serving cell; and executing, by the UE, a cell handover procedure with the neighboring cell using the time-to-trigger parameter; wherein the cell change type is the change of cell type between the UE's serving cell and a neighboring cell as part of a cell handover procedure.
A rocuronium preparation containing rocuronium and a buffer solution and having a titratable acidity of 80 mEq or less and a pH of 2.5 to 4.5, with the proviso that the titratable acidity means the quantity (mEq) of sodium hydroxide consumed in titration of 1 L of a solution to pH 7.4.
Method for producing a regenerated plastics material from a used plastics material made up of domestic and/or packaging waste, which comprises a proportion of at least 80 wt.% of HDPE, characterised in that the method comprises the following steps: (a) determining the melt flow rate in accordance with ISO 1133 (230°C; 2.16 kg load) and/or the impact toughness in accordance with ISO 180/1A of the used plastics material; (b) regenerating the starting material to change the melt flow rate and/or the impact toughness, wherein (i) a change to the melt flow rate is brought about by adding 0.05 to 0.5 wt.% of an organic peroxide; and (ii) a change to the impact toughness is brought about by adding 5 to 10 wt.% of an elastomer; wherein, as part of the regeneration process, 0.05 to 0.5 wt.% of a stabiliser is also added, which is a sterically hindered phenol or amine; and wherein step (b) is carried out as part of melt extrusion of the used plastics material, wherein the used plastics material is melted, the peroxide, the elastomer and the stabiliser are sequentially added, and the resulting melt is thoroughly mixed. the method comprises the following steps: (a) determining the melt flow rate in accordance with ISO 1133 (230°C; 2.16 kg load) and/or the impact toughness in accordance with ISO 180/1A of the used plastics material; (b) regenerating the starting material to change the melt flow rate and/or the impact toughness, wherein (i) a change to the melt flow rate is brought about by adding 0.05 to 0.5 wt.% of an organic peroxide; and (ii) a change to the impact toughness is brought about by adding 5 to 10 wt.% of an elastomer; (a) determining the melt flow rate in accordance with ISO 1133 (230°C; 2.16 kg load) and/or the impact toughness in accordance with ISO 180/1A of the used plastics material; (b) regenerating the starting material to change the melt flow rate and/or the impact toughness, wherein (i) a change to the melt flow rate is brought about by adding 0.05 to 0.5 wt.% of an organic peroxide; and (ii) a change to the impact toughness is brought about by adding 5 to 10 wt.% of an elastomer; (i) a change to the melt flow rate is brought about by adding 0.05 to 0.5 wt.% of an organic peroxide; and (ii) a change to the impact toughness is brought about by adding 5 to 10 wt.% of an elastomer; wherein, as part of the regeneration process, 0.05 to 0.5 wt.% of a stabiliser is also added, which is a sterically hindered phenol or amine; and wherein step (b) is carried out as part of melt extrusion of the used plastics material, wherein the used plastics material is melted, the peroxide, the elastomer and the stabiliser are sequentially added, and the resulting melt is thoroughly mixed.
Nebulization device for a motor vehicle, in which the nebulization device comprises: - a nebulizer suitable for performing a nebulization of a nebulization liquid; - a degradation unit suitable for degrading organic compounds in said nebulization liquid; - at least one conductivity cell suitable for measuring the conductivity (σ) of the nebulization liquid, - characterized in that at least one conductivity cell (40, 41) is coupled to a computation unit suitable for determining the total organic carbon in said nebulization liquid. - a nebulizer suitable for performing a nebulization of a nebulization liquid; - a degradation unit suitable for degrading organic compounds in said nebulization liquid; - at least one conductivity cell suitable for measuring the conductivity (σ) of the nebulization liquid, - characterized in that at least one conductivity cell (40, 41) is coupled to a computation unit suitable for determining the total organic carbon in said nebulization liquid.
Method for producing a hollow profile component, in particular a channel-shaped hollow profile component, from a nonwoven material, comprising: - Providing a first nonwoven material layer and a second nonwoven material layer, - arranging the first nonwoven material layer and the second nonwoven material layer in a mold having a first mold half, a second mold half and a core body, wherein between the first mold half and the second mold half a formation of the first nonwoven material layer, the second nonwoven material layer and the core body being arranged, wherein in the formation the core body is arranged between the first nonwoven material layer and the second nonwoven material layer, and - forming, in particular simultaneous forming, of the first nonwoven material layer and the second nonwoven material layer in the forming tool to form a first nonwoven part shell and/or a second nonwoven part shell, wherein after forming the first nonwoven partial shell and the second nonwoven partial shell are joined together in the forming tool, characterized in that the first nonwoven partial shell and the second nonwoven partial shell are welded to each other by means of a residual heat of the first nonwoven partial shell and/or the second nonwoven partial shell. - Providing a first nonwoven material layer and a second nonwoven material layer, - arranging the first nonwoven material layer and the second nonwoven material layer in a mold having a first mold half, a second mold half and a core body, wherein between the first mold half and the second mold half a formation of the first nonwoven material layer, the second nonwoven material layer and the core body being arranged, wherein in the formation the core body is arranged between the first nonwoven material layer and the second nonwoven material layer, and - forming, in particular simultaneous forming, of the first nonwoven material layer and the second nonwoven material layer in the forming tool to form a first nonwoven part shell and/or a second nonwoven part shell, wherein after forming the first nonwoven partial shell and the second nonwoven partial shell are joined together in the forming tool, characterized in that the first nonwoven partial shell and the second nonwoven partial shell are welded to each other by means of a residual heat of the first nonwoven partial shell and/or the second nonwoven partial shell.
Structural panel comprising a flat clay-based matrix containing binders, which is provided with a reinforcement and exhibits a first main face and a second main face, wherein at least one main face is provided with a profile for accommodating elongated air-conditioning elements which exhibits elevations and indentations, the indentations being provided to accommodate the air-conditioning elements and the elevations and indentations being arranged with the indentations arranged in intersecting lines, the profile being moulded into the matrix.
Shift fork assembly comprising a shift fork and a shift rod firmly connected thereto for a manual transmission of a vehicle, whereby the shift fork comprises a first fork joint section and a second fork joint section, whereby a wire extends from the first fork joint section to the second fork joint section, and the wire is joined at one end to the first fork joint section via a first connecting section and the wire is joined at the other end to the second fork joint section via a second connecting section, whereby the wire has a coupling area which establishes a connection with a recess of the shift rod, and whereby the shift rod has the recess for the connecting reception of the coupling area of the wire, whereby the wire runs through the recess, characterized in that the wire has embossings, and the shift fork is designed as a flat sheet metal fork, whereby these embossings are used for the joining connection to the flat sheet metal fork.
A multi-functional medical instrument comprising: a shaft; a wrist (330, 340) coupled to the shaft, wherein the wrist is movable in at least two degrees of freedom; and an end effector comprising a first jaw and a second jaw, wherein at least one of the first jaw and the second jaw comprises a conductive member comprising a conductive line or coil, wherein the conductive member is coated with a ferromagnetic coating such that the end effector is configured to generate heat at the ferromagnetic coating resistively or by magnetic induction to perform sealing and cutting. a shaft; a wrist (330, 340) coupled to the shaft, wherein the wrist is movable in at least two degrees of freedom; and an end effector comprising a first jaw and a second jaw, wherein at least one of the first jaw and the second jaw comprises a conductive member comprising a conductive line or coil, wherein the conductive member is coated with a ferromagnetic coating such that the end effector is configured to generate heat at the ferromagnetic coating resistively or by magnetic induction to perform sealing and cutting.
An encoder device for optical detection of movement or position comprising: a first terminal for delivery of an electric measurement code signal; a first printed circuit board; a detector means mounted on said first printed circuit board; and a code means provided with a pattern; said detector means and code means being displaceable relative to each other, wherein said detector means is disposed to generate an electric measurement code signal in dependence on said relative displacement; said detector means including at least one light-sensitive semiconductor chip having a first light-sensitive chip surface and a second chip surface on opposing sides; said first light-sensitive chip surface having a first chip contact area for electrical connection; and a second printed circuit board positioned between said detector means and said code means, wherein said second printed circuit board is shaped so as to allow the passage of light from said code means to said first light-sensitive chip surface and said second printed circuit board has a first PCB contact area connected to a terminal, the terminal being located on said second printed circuit board; wherein said first PCB contact area is connected to said first chip contact area by solder, electrically conducting glue or by ohmic contact. a first terminal for delivery of an electric measurement code signal; a first printed circuit board; a detector means mounted on said first printed circuit board; and a code means provided with a pattern; said detector means and code means being displaceable relative to each other, wherein said detector means is disposed to generate an electric measurement code signal in dependence on said relative displacement; said detector means including at least one light-sensitive semiconductor chip having a first light-sensitive chip surface and a second chip surface on opposing sides; said first light-sensitive chip surface having a first chip contact area for electrical connection; and a second printed circuit board positioned between said detector means and said code means, wherein said second printed circuit board is shaped so as to allow the passage of light from said code means to said first light-sensitive chip surface and said second printed circuit board has a first PCB contact area connected to a terminal, the terminal being located on said second printed circuit board; wherein said first PCB contact area is connected to said first chip contact area by solder, electrically conducting glue or by ohmic contact.
A satellite, comprising: a satellite bus; antenna arrays coupled to the satellite bus, wherein the antenna arrays include a direct radiating array configured to handle signals in a first satellite band and a space fed array configured to handle signals in a second satellite band at higher frequencies than the first satellite band; and upconversion and downconversion circuitry coupled between the direct radiating array and the space fed array, wherein the space fed array includes an inner antenna array communicatively coupled to the direct radiating array by the upconversion and downconversion circuitry, the space fed array includes a feed array, and the space fed array and the direct radiating array are configured to serve as a radio-frequency lens that projects outgoing wireless signals from the feed array onto a location on Earth and that routes incoming signals from Earth onto appropriate antenna elements of the feed array. a satellite bus; antenna arrays coupled to the satellite bus, wherein the antenna arrays include a direct radiating array configured to handle signals in a first satellite band and a space fed array configured to handle signals in a second satellite band at higher frequencies than the first satellite band; and upconversion and downconversion circuitry coupled between the direct radiating array and the space fed array, wherein the space fed array includes an inner antenna array communicatively coupled to the direct radiating array by the upconversion and downconversion circuitry, the space fed array includes a feed array, and the space fed array and the direct radiating array are configured to serve as a radio-frequency lens that projects outgoing wireless signals from the feed array onto a location on Earth and that routes incoming signals from Earth onto appropriate antenna elements of the feed array.
Device for preparing a cosmetic composition, the device comprising: - a structure defining a housing extending along a longitudinal axis (X-X'), the housing receiving at least one capsule, the or at least one of the capsules containing at least one component of the cosmetic composition, - an outlet nozzle opening at one end of the housing, suitable for being fluidically connected to a receptacle or to a preform intended to form a receptacle, and - a piston movable in translation relative to the structure along the longitudinal axis (X-X') in the housing, suitable for perforating the or each capsule and conveying contents of each capsule to the outlet nozzle, characterized in that the device comprises at least one planar support bearing in an integral manner a cosmetic product, each planar support being arranged in the housing, at least one portion of each support being arranged to be driven by the piston into the receptacle containing the cosmetic composition. - a structure defining a housing extending along a longitudinal axis (X-X'), the housing receiving at least one capsule, the or at least one of the capsules containing at least one component of the cosmetic composition, - an outlet nozzle opening at one end of the housing, suitable for being fluidically connected to a receptacle or to a preform intended to form a receptacle, and - a piston movable in translation relative to the structure along the longitudinal axis (X-X') in the housing, suitable for perforating the or each capsule and conveying contents of each capsule to the outlet nozzle,
A head-up display comprising a plurality of elementary display devices, each comprising a laser source (40, 50, 60), a mobile mirror (42, 52, 62), a fixed mirror (44, 54, 64, 70), a diffuser (46, 56, 66, 72), and an optical sub-system (48, 58, 74), the surface area of the diffuser (46, 56, 66, 72) being smaller than the surface area of the optical sub-system (48, 58, 74), and the mobile mirror being positioned to deviate the beam originating from the laser source towards the fixed mirror so that the beam originating from the fixed mirror scans the surface of the diffuser before reaching the optical sub-system, wherein the laser sources (40, 50, 50', 60, 60') and the mobile mirrors (42, 42', 52, 52', 62, 62') are positioned in a space defined between the diffusers (46, 46', 56, 56', 66, 66', 72, 72').
Method for selecting elements in a driver information system or a navigation system or a mobile terminal, in which each element from a sum total of elements is defined by parameters, characterized in that inputting individual characters for a respective parameter restricts a set of the possible elements from the sum total of the elements in steps and in that the input of the characters from one parameter can involve changing to an input of a character for another parameter, regardless of whether or not previous inputs for other parameters have concluded, and in that the input of a character for one parameter automatically adds one or more subsequent characters even in the case of the emerging character strings for the other parameters if, as a result of the reciprocal restriction, an unambiguity likewise occurs there, and in that withdrawal of the input of a character involves the restriction of the selection set and of the character string addition that was prompted by the withdrawn character being reversed for all parameters.
A patient interface comprising: a member defining an interior space; means for dividing the interior into a first chamber configured to receive a nose of a patient and a second chamber; means projecting from the dividing means into the first chamber for delivery of gas to and from at least one nostril of the patient; and means in fluid communication with the second chamber for delivery of the gas to and from the patient via the second chamber and the delivery means; wherein the delivery means includes a pair of dome-shaped structures that extend into the first chamber, each dome-shaped structure having an opening at an apex thereof for the passage of gas; characterized in that each dome-shaped structure has an elliptical shape, and in that at least part of the member includes a cushion portion that contacts the face of the patient around the nostril(s) of the patient when the patient interface is mounted operatively on the face of the patient with the nose of the patient in the first chamber, the cushion portion having a flange that flares outwardly away from the first chamber or rolls inwardly into the first chamber. a member defining an interior space; means for dividing the interior into a first chamber configured to receive a nose of a patient and a second chamber; means projecting from the dividing means into the first chamber for delivery of gas to and from at least one nostril of the patient; and means in fluid communication with the second chamber for delivery of the gas to and from the patient via the second chamber and the delivery means; wherein the delivery means includes a pair of dome-shaped structures that extend into the first chamber, each dome-shaped structure having an opening at an apex thereof for the passage of gas; characterized in that each dome-shaped structure has an elliptical shape, and in that at least part of the member includes a cushion portion that contacts the face of the patient around the nostril(s) of the patient when the patient interface is mounted operatively on the face of the patient with the nose of the patient in the first chamber, the cushion portion having a flange that flares outwardly away from the first chamber or rolls inwardly into the first chamber.