mhurhangee/ep-ind-claims huggingface dataset:
A fingerprint identification method performed by a fingerprint identification device, comprising: controlling at least one first light emitting unit (1131a, 1131b) in a first light emitting array to emit light; receiving, by a plurality of photosensitive elements at a plurality of first positions in the first light emitting array (113; 113x), reflected signals caused by the light of the at least one first light emitting unit (1131a, 1131b), respectively, as a plurality of first reflected light signals; and performing a fingerprint identification based on the plurality of first reflected light signals and distances between the plurality of first positions in the first light emitting array and the at least one first light emitting unit (1131a, 1131b). controlling at least one first light emitting unit (1131a, 1131b) in a first light emitting array to emit light; receiving, by a plurality of photosensitive elements at a plurality of first positions in the first light emitting array (113; 113x), reflected signals caused by the light of the at least one first light emitting unit (1131a, 1131b), respectively, as a plurality of first reflected light signals; and performing a fingerprint identification based on the plurality of first reflected light signals and distances between the plurality of first positions in the first light emitting array and the at least one first light emitting unit (1131a, 1131b).
A treatment system for treating a respiratory disorder in a patient, the system comprising: a respiratory pressure therapy device configured to generate a flow of air at a positive pressure with respect to ambient pressure; an air circuit adapted to transport the flow of air to a patient interface; a water reservoir configured to retain a volume of water for humidification of the flow of air; characterized by: a nebuliser module adapted to receive water from the water reservoir and to generate a nebula, and to admit the nebula into the flow of air for delivery to a vaporiser module; and the vaporiser module adapted to receive the nebula and comprising a heating element configured to generate heat to vaporise the received nebula to humidify the flow of air. a respiratory pressure therapy device configured to generate a flow of air at a positive pressure with respect to ambient pressure; an air circuit adapted to transport the flow of air to a patient interface; a water reservoir configured to retain a volume of water for humidification of the flow of air; a nebuliser module adapted to receive water from the water reservoir and to generate a nebula, and to admit the nebula into the flow of air for delivery to a vaporiser module; and the vaporiser module adapted to receive the nebula and comprising a heating element configured to generate heat to vaporise the received nebula to humidify the flow of air.
A center tube core, comprising a prong, a spiral rotatably surrounding the prong and a bead slidably provided in the prong for supporting product, wherein a side wall of the prong is provided with a slide slot extending in an axial direction, an outer wall of the bead is provided with a slide block extending out of the slide slot in a radial direction, and an inner wall of the spiral is provided with a feed thread acting on the slide block, and wherein the prong, the bead and the spiral are all made of metal material; characterized in that the bead comprises an inner cylinder and an outer cylinder surrounded one around the other, and wherein an outer wall of the outer cylinder is provided with the slide block, and wherein the bead is formed by assembling the outer cylinder and the inner cylinder by interference fit, the outer cylinder is machined at the side wall thereof to form the slide block that protrudes radially outwardly, and the inner cylinder is machined at the side wall thereof to form a rib that is radially recessed, the outer cylinder is closed in the circumferential direction, and the inner cylinder is closed in the circumferential direction. the bead comprises an inner cylinder and an outer cylinder surrounded one around the other, and wherein an outer wall of the outer cylinder is provided with the slide block, and wherein the bead is formed by assembling the outer cylinder and the inner cylinder by interference fit, the outer cylinder is machined at the side wall thereof to form the slide block that protrudes radially outwardly, and the inner cylinder is machined at the side wall thereof to form a rib that is radially recessed, the outer cylinder is closed in the circumferential direction, and the inner cylinder is closed in the circumferential direction.
A water repellent and oil repellent film comprising at least two microprojections having a shape comprised of a column part and a plate-shaped part located on the upper side of the column part which is the outermost side of the protruded direction of the column part, wherein the plate-shaped part has a larger area than the upper side of the column part, wherein the ratio of a height of one of the microprojections to a distance between the plate-shaped parts of two neighboring microprojections is 0.2 to 0.4. wherein the plate-shaped part has a larger area than the upper side of the column part, wherein the ratio of a height of one of the microprojections to a distance between the plate-shaped parts of two neighboring microprojections is 0.2 to 0.4.
A method for the additive manufacturing of a component, wherein the component is constructed layer by layer by means of at least one extruder of a 3D printing device, wherein during the additive manufacturing of at least one component layer of the component by means of the at least one extruder - in a first working step an outer contour of the component layer initially is produced, which extends in a layer plane and comprises at least one outer wall (101, 102) extending in a direction of extension (z) perpendicular to the layer plane for at least partly bordering a volume region, wherein within the volume region at least one volume chamber open in the direction of extension (z) is formed, and - in at least one succeeding, second working step the at least one volume chamber is at least partly filled with a filler material, characterized in that in the direction of extension (z) at least one further component layer including at least one further volume chamber is produced for the component by means of the at least one extruder, wherein the at least one further volume chamber is arranged with respect to the at least one volume chamber of the underlying layer - offset in at least one spatial direction x or y extending perpendicularly to the direction of extension (z) and/or - rotated about an X-axis parallel to the x-direction and/or - rotated about an Y-axis parallel to the y-direction. - in a first working step an outer contour of the component layer initially is produced, which extends in a layer plane and comprises at least one outer wall (101, 102) extending in a direction of extension (z) perpendicular to the layer plane for at least partly bordering a volume region, wherein within the volume region at least one volume chamber open in the direction of extension (z) is formed, and - in at least one succeeding, second working step the at least one volume chamber is at least partly filled with a filler material, - offset in at least one spatial direction x or y extending perpendicularly to the direction of extension (z) and/or - rotated about an X-axis parallel to the x-direction and/or - rotated about an Y-axis parallel to the y-direction.
An installation aid adapted for use when mounting a window frame in a roof structure of a building, said installation aid comprising a plate portion adapted for being arranged on an exterior side of the roof structure, so that it extends in parallel with the plane of the roof structure, wherein the plate portion has an interior side adapted to face the roof structure in the mounted state and an exterior side adapted to face the exterior, the plate portion having a thickness measured from the interior side to the exterior side, a length in a direction substantially parallel to the interior side and/or exterior side, and a width in a direction perpendicular to the length direction and substantially parallel to the interior side and/or exterior side, wherein the plate portion has top, bottom and side members defining an inner edge and an outer edge opposite the inner edge, where said inner edge defines an opening at least when the installation aid is in the mounted condition, where said plate portion is adapted for surrounding a window frame by the inner edge, and where shape and size of the opening substantially matches the shape and size of the window frame, at least when the installation aid is in the mounted condition, said installation aid being characterised in that the plate portion comprises at least one receiving section adapted for accommodating a mounting bracket of the window frame, and in that the at least one receiving section comprises a section of reduced material thickness, said section of reduced material thickness is achieved either by compression of the material, by removal of material, or by using less material.
A theatre system for providing 3D stereoscopic presentation comprising: a screen having a horizontal dimension and a vertical dimension, one of the horizontal dimension or the vertical dimension being curved and another one of the horizontal dimension or the vertical dimension being straight; a first projector for outputting first imaged light; a first mirror positioned between the first projector and the screen for directing the first imaged light along a first axis to the screen; a second projector for outputting second imaged light; and a second mirror positioned between the second projector and the screen for directing the second imaged light along a second axis to the screen, characterised in that the first mirror and the second mirror are positioned between the first projector and the second projector and are configured for causing the first axis and the second axis to be parallel to each other such that a displacement between the first axis and the second axis is oriented along the same one of the horizontal dimension or the vertical dimension of the screen as the dimension in which the screen is curved. a screen having a horizontal dimension and a vertical dimension, one of the horizontal dimension or the vertical dimension being curved and another one of the horizontal dimension or the vertical dimension being straight; a first projector for outputting first imaged light; a first mirror positioned between the first projector and the screen for directing the first imaged light along a first axis to the screen; a second projector for outputting second imaged light; and a second mirror positioned between the second projector and the screen for directing the second imaged light along a second axis to the screen, characterised in that the first mirror and the second mirror are positioned between the first projector and the second projector and are configured for causing the first axis and the second axis to be parallel to each other such that a displacement between the first axis and the second axis is oriented along the same one of the horizontal dimension or the vertical dimension of the screen as the dimension in which the screen is curved.
A drive axle shaft; comprising: an elongate, tubular body having a first longitudinal end configured for coupling to a side gear in a differential and a second longitudinal end configured to support a vehicle wheel; and characterized in that a screw disposed at the first longitudinal end of the tubular body, the screw comprising: a shank configured to be received within a bore in the tubular body; and a head having first and second portions, the first portion disposed at one longitudinal end of the screw and having a first diameter, the first portion spaced from the first longitudinal end of the tubular body, the second portion disposed between the first portion and the shank and having a second diameter less than the first diameter such that the first longitudinal end of the tubular body and the first and second portions (46, 50) of the head define a groove configured to receive a shaft retainer. an elongate, tubular body having a first longitudinal end configured for coupling to a side gear in a differential and a second longitudinal end configured to support a vehicle wheel; and characterized in that a screw disposed at the first longitudinal end of the tubular body, the screw comprising: a shank configured to be received within a bore in the tubular body; and a head having first and second portions, the first portion disposed at one longitudinal end of the screw and having a first diameter, the first portion spaced from the first longitudinal end of the tubular body, the second portion disposed between the first portion and the shank and having a second diameter less than the first diameter such that the first longitudinal end of the tubular body and the first and second portions (46, 50) of the head define a groove configured to receive a shaft retainer. a shank configured to be received within a bore in the tubular body; and a head having first and second portions, the first portion disposed at one longitudinal end of the screw and having a first diameter, the first portion spaced from the first longitudinal end of the tubular body, the second portion disposed between the first portion and the shank and having a second diameter less than the first diameter such that the first longitudinal end of the tubular body and the first and second portions (46, 50) of the head define a groove configured to receive a shaft retainer.
A mattress structure, comprising: a top layer, a sponge layer and a bottom layer that are connected successively, wherein a plurality of first grooves are longitudinally and uniformly provided in the sponge layer, a plurality of second grooves are uniformly distributed along a transverse direction of the sponge layer, wherein the first grooves and the second grooves are in a dovetail-like shape, each of the first grooves and the second grooves in the dovetail-like shape has a diameter gradually reducing in a direction from a groove bottom to a groove opening, and the first grooves and the second grooves have uniform size and uniform distance therebetween, characterized in that an adhesive layer is arranged between the top layer and the sponge layer, and between the bottom layer and the sponge layer respectively.
Towing winch designed as a launching device for hang gliders, paragliders or similar driveless air sports devices, comprising at least one cable drum, which can be driven by a drive, in particular an electric drive, and comprising a control device for sensing the tensile force of a towing cable, wherein the towing winch has a cable guide (2, 13) with a deflecting roller, by which the towing cable is guided and deflected, wherein the deflecting roller is held on a carrier, which is pivotally movable about a pivot point and at a region facing away from the deflecting roller bears against a stationary supporting surface, wherein a sensor is designed for sensing the bearing force (F A) of the carrier against the supporting surface, and characterized in that the cable guide (2, 13) has an adjusting means, by which the carrier can be placed or prestressed with an adjustable force (F R) against the supporting surface.
A patient medical device (100, 400, 500), the device comprising: one or more electrodes (412a-412d, 504, 506) and sensing circuitry for monitoring ECG signals of a patient; and a processing module configured to receive the monitored ECG signal, wherein the processing module detects and captures tachyarrhythmic ECG segments based on a plurality of heart rate thresholds and one or more sensitivity levels associated with each of the heart rate thresholds, wherein the one or more sensitivity levels comprise a ratio of a first number of beats exceeding the heart rate threshold to a second number of consecutive beats that include the first number of beats, and decreases at least one of the one or more sensitivity levels associated with each of the heart rate thresholds based on a count of previously detected tachyarrhythmic ECG segments exceeding a threshold, wherein decreasing the sensitivity level comprises increasing the ratio. one or more electrodes (412a-412d, 504, 506) and sensing circuitry for monitoring ECG signals of a patient; and a processing module configured to receive the monitored ECG signal, wherein the processing module detects and captures tachyarrhythmic ECG segments based on a plurality of heart rate thresholds and one or more sensitivity levels associated with each of the heart rate thresholds, wherein the one or more sensitivity levels comprise a ratio of a first number of beats exceeding the heart rate threshold to a second number of consecutive beats that include the first number of beats, and decreases at least one of the one or more sensitivity levels associated with each of the heart rate thresholds based on a count of previously detected tachyarrhythmic ECG segments exceeding a threshold, wherein decreasing the sensitivity level comprises increasing the ratio.
A method of wireless communication, the method performed by a base station, BS, the method comprising: transmitting information indicating a narrowband frequency hopping pattern to at least one user equipment, UE, the narrowband frequency hopping pattern including an anchor channel and a plurality of non-anchor channels, the narrowband frequency hopping pattern including a first hopping period associated with the anchor channel and a second hopping period associated with the plurality of non-anchor channels; and transmitting a plurality of narrowband synchronization signals using a synchronization signal repetition pattern during a first portion of the first hopping period on the anchor channel. transmitting information indicating a narrowband frequency hopping pattern to at least one user equipment, UE, the narrowband frequency hopping pattern including an anchor channel and a plurality of non-anchor channels, the narrowband frequency hopping pattern including a first hopping period associated with the anchor channel and a second hopping period associated with the plurality of non-anchor channels; and transmitting a plurality of narrowband synchronization signals using a synchronization signal repetition pattern during a first portion of the first hopping period on the anchor channel.
Method for cell reselection in a mobile communication system, including a plurality of public mobile communication networks, PLMN, (PLMN1, PLMN2), each with a number of cells (PLMN1 cell 1, PLMN1 cell 2, PLMN2 cell 1, PLMN2 cell 2, PLMN2 cell 3), which cells include lists of/over adjacent cells with information about which adjacent cells a mobile terminal in a first cell (PLMN1 cell 1) shall use for cell reselection, where said method includes the steps to: - associating false PLMN-identities, false PLMN, to one or more other cells (PLMN2 cell 3) in a list of/over adjacent cells, and transmit these false PLMN-identities instead of the actual PLMN-identities in the information about adjacent cells which is transmitted on a transmission channel in the first cell (PLMN1 cell 1), and to - signalling these false PLMN-identities as equivalent PLMN to the mobile terminals which shall have possibility to make cell reselection to said one or more other cells (PLMN2 cell 3), but not to other mobile terminals, wherein said other mobile terminals shall not be allowed to make cell reselection to said one or more other cells. - associating false PLMN-identities, false PLMN, to one or more other cells (PLMN2 cell 3) in a list of/over adjacent cells, and transmit these false PLMN-identities instead of the actual PLMN-identities in the information about adjacent cells which is transmitted on a transmission channel in the first cell (PLMN1 cell 1), and to - signalling these false PLMN-identities as equivalent PLMN to the mobile terminals which shall have possibility to make cell reselection to said one or more other cells (PLMN2 cell 3), but not to other mobile terminals, wherein said other mobile terminals shall not be allowed to make cell reselection to said one or more other cells.
A method for preparing one or more lithographic printing plates from one or more negative-working lithographic printing plate precursors, comprising: providing an imaging apparatus comprising: imaging means; and an enclosure that completely surrounds the imaging means, which enclosure comprises an air intake unit for providing controlled air flow into the enclosure; using a means for removing ozone either from the controlled air flow into the enclosure or from ambient air within the enclosure; supplying one or more negative-working lithographic printing plate precursors to the imaging means, each negative-working lithographic printing plate precursor comprising a substrate having thereon a negative-working imageable layer; imagewise exposing the one or more negative-working lithographic printing plate precursors to provide one or more imaged precursors comprising exposed regions and non-exposed regions in the negative-working imageable layer; and processing the one or more imaged precursors to remove the non-exposed regions in the negative-working imageable layer, to form one or more lithographic printing plates. providing an imaging apparatus comprising: imaging means; and an enclosure that completely surrounds the imaging means, which enclosure comprises an air intake unit for providing controlled air flow into the enclosure; using a means for removing ozone either from the controlled air flow into the enclosure or from ambient air within the enclosure; supplying one or more negative-working lithographic printing plate precursors to the imaging means, each negative-working lithographic printing plate precursor comprising a substrate having thereon a negative-working imageable layer; imagewise exposing the one or more negative-working lithographic printing plate precursors to provide one or more imaged precursors comprising exposed regions and non-exposed regions in the negative-working imageable layer; and processing the one or more imaged precursors to remove the non-exposed regions in the negative-working imageable layer, to form one or more lithographic printing plates.
A pharmaceutical composition comprising oxymetazoline, cetostearyl alcohol, polyethylene glycol 6 (PEG-6) stearate, polyethylene glycol 32 (PEG-32) stearate and glycol stearate, wherein the composition is a cream, with the proviso that the cream does not have the following composition: Ingredient Weight Percent Brimonidine tartrate 0.5% Oxymetazoline hydrochloride 0.5% Phenoxyethanol 0.8% Methylparaben 0.2% Propylparaben 0.05% Disodium EDTA 0.01% Butylated Hydroxytoluene 0.05% PEG-300 4.0% PEG-6 Stearate (and) Glycol Stearate (and) PEG-32 Stearate 7.5% Cetostearyl alcohol 4.0% Caprylic capric triglycerides 7.0% Diisopropyl adipate 7.0% Oleyl alcohol 7.0% Lanolin USP 2.0% Ceteareth-6 (and) Stearyl Alcohol 2.0% Ceteareth-25 2.0% Tartaric Acid 0.001% DI Water 55.389% TOTAL 100%