mhurhangee/patent-ind-claim-en huggingface dataset:
A signal detection device for handling a blind scan of a frequency spectrum the signal detection device comprising a receiving circuit , configured for receiving a full-band spectrum; a tuner circuit , coupled to the receiving circuit, configured to scan the full-band spectrum with a step size from a left end of the full-band spectrum to a right end of the full-band spectrum, to generate a plurality of overlapped spectrums; and a processing circuit , coupled to the tuner circuit, configured to construct a combined full-band spectrum according to the plurality of overlapped spectrums, to detect a first plurality of signals in the combined full-band spectrum. a tuner circuit , coupled to the receiving circuit, configured to scan the full-band spectrum with a step size from a left end of the full-band spectrum to a right end of the full-band spectrum, to generate a plurality of overlapped spectrums; and a processing circuit , coupled to the tuner circuit, configured to construct a combined full-band spectrum according to the plurality of overlapped spectrums, to detect a first plurality of signals in the combined full-band spectrum.
A breathing assistance apparatus for use with delivery of respiratory gases to a patient, comprising: a patient interface, having a hollow body or base adapted to cover the nose, or nose and mouth of said patient, the hollow body or base constructed of a relatively inflexible material such as polycarbonate plastic and comprising an inlet connected to an inspiratory conduit , and a sealing interface, including at least an outer sealing member , said outer sealing member having a periphery that is attachable to said hollow body or base in a sealing manner, wherein said outer sealing member is adapted to substantially seal around the facial contours of said patient providing a sealed fluid communication to the respiratory tract of said patient, characterised in that : the periphery of said outer sealing member comprises a hard plastics material, a remainder of said outer sealing member comprises silicone and comprising a substantially thin section , said periphery being substantially rigid compared to the remainder of said outer sealing member , the outer sealing member is formed by injection moulding, whereby a chemical bond is formed between the periphery and the remainder of said outer sealing member . a patient interface, having a hollow body or base adapted to cover the nose, or nose and mouth of said patient, the hollow body or base constructed of a relatively inflexible material such as polycarbonate plastic and comprising an inlet connected to an inspiratory conduit , and a sealing interface, including at least an outer sealing member , said outer sealing member having a periphery that is attachable to said hollow body or base in a sealing manner, wherein said outer sealing member is adapted to substantially seal around the facial contours of said patient providing a sealed fluid communication to the respiratory tract of said patient, characterised in that : the periphery of said outer sealing member comprises a hard plastics material, a remainder of said outer sealing member comprises silicone and comprising a substantially thin section , said periphery being substantially rigid compared to the remainder of said outer sealing member , the outer sealing member is formed by injection moulding, whereby a chemical bond is formed between the periphery and the remainder of said outer sealing member . the periphery of said outer sealing member comprises a hard plastics material, a remainder of said outer sealing member comprises silicone and comprising a substantially thin section , said periphery being substantially rigid compared to the remainder of said outer sealing member , the outer sealing member is formed by injection moulding, whereby a chemical bond is formed between the periphery and the remainder of said outer sealing member .
Gritting apparatus for a rail vehicle , for the provision of a grit in a wheel/rail gap, comprising a grit container , a first grit line , a distributor element , two second grit lines and two grit outlets , - in the case of which gritting apparatus the grit container is arranged in the region of drive wheels of the rail vehicle, - in the case of which gritting apparatus the grit container is connected via the first grit line to an opening of the distributor element , - in the case of which gritting apparatus the distributor element is formed as a Y-shaped distributor , - in the case of which gritting apparatus the first grit line is coupled to the distributor element in such a way that the first grit line is divided by way of the distributor element into two different second grit lines , - in the case of which gritting apparatus each of the second grit lines opens in each case in a grit outlet , with the result that grit is transported from the grit container to the grit outlets , and each grit outlet provides grit for in each case one drive wheel or for assisting the two travelling directions of a drive wheel, characterized - in that two grit accelerators are connected downstream of the distributor element , which two grit accelerators are integrated into the second grit lines , in order to optimize the grit flow, - every second grit line comprising in each case one grit accelerator . - in the case of which gritting apparatus the grit container is arranged in the region of drive wheels of the rail vehicle, - in the case of which gritting apparatus the grit container is connected via the first grit line to an opening of the distributor element , - in the case of which gritting apparatus the distributor element is formed as a Y-shaped distributor , - in the case of which gritting apparatus the first grit line is coupled to the distributor element in such a way that the first grit line is divided by way of the distributor element into two different second grit lines , - in the case of which gritting apparatus each of the second grit lines opens in each case in a grit outlet , with the result that grit is transported from the grit container to the grit outlets , and each grit outlet provides grit for in each case one drive wheel or for assisting the two travelling directions of a drive wheel, characterized - in that two grit accelerators are connected downstream of the distributor element , which two grit accelerators are integrated into the second grit lines , in order to optimize the grit flow, - every second grit line comprising in each case one grit accelerator .
Device for rehabilitating defective pipe walls in the area of the connection of a lateral line to a main line, comprising a drivable carrier element, on which a covering element and an expandable expansion body are arranged, and wherein the expandable expansion body , in the non-expanded state, is positioned or can be positioned at least in sections in or through a first recess in the covering element in the lateral line, and in the expanded state lies against the wall of the lateral line, so that the covering element and the expansion body together form a formwork, and wherein the covering element has a second recess , through which, by means of a transport means from a storage device, a viscous, curable rehabilitation material can be introduced into the space between the formwork and the walls of the main and lateral line adjacent to the formwork, wherein the device comprises a heating device which is integrated into the expansion body characterized in that the heating device is designed in the form of an infrared heating device and/or a microwave generating device.
A solvent for removing acid gases from a gaseous mixture comprising of: methyldiethanolamine (MDEA) that is between about 30 wt.% and about 45 wt.%, N-aminoethylpiperazine (AEP) that is between about 5 wt.% and about 10 wt.%, thiodiglycol that is between about 10% and 25% wt.%, a potassium carbonate buffer, wherein the buffer is between 0.1 and 2.0 wt.%, and the solvent containing less than about 60 wt.% by weight of water, wherein the solvent is in a single liquid aqueous phase and the solvent has a viscosity of less than 11 cP at 40°C. methyldiethanolamine (MDEA) that is between about 30 wt.% and about 45 wt.%, N-aminoethylpiperazine (AEP) that is between about 5 wt.% and about 10 wt.%, thiodiglycol that is between about 10% and 25% wt.%, a potassium carbonate buffer, wherein the buffer is between 0.1 and 2.0 wt.%, and the solvent containing less than about 60 wt.% by weight of water, wherein the solvent is in a single liquid aqueous phase and the solvent has a viscosity of less than 11 cP at 40°C.
A breathing apparatus having at least one processor and a touch screen , preferably a multi touch screen, communicatively coupled to said processor , wherein said processor is configured to provide a user interface on said touch screen for modification of at least one operational parameter of said breathing apparatus , said user interface including at least one displayed touch sensitive display area for user modification of said at least one operational parameter , wherein the processor is configured to display, on said at least one display area, a touch based input element illustrating a range of selectable values for the operational parameter , characterized in that the processor is configured to display variable scales adaptable for different operational parameter ranges by hiding or deactivating less frequently used value ranges, including upper and/or lower ranges for the operational parameter.
An electronic device , comprising: a housing; a touch screen having a display area surrounded by edges of the housing, wherein the display area includes a grip rejection area located adjacent to one of the edges, the grip rejection area comprising a first region and a second region; and one or more processors configured to: obtain touch information of a touch input, wherein the touch information comprises a touch coordinate and a touch duration; when the touch input occurs in the first region, ignore the touch input if the touch information corresponds to a multi-touch input; and when the touch input occurs in the second region, ignore the touch input if the touch duration of the touch information is at least a predetermined duration, wherein the first region is defined by the one of the edges and a boundary located a first distance from the one of the edges, the second region is defined by the one of the edges and a boundary located a second distance from the one of the edges, and the second distance is less than the first distance. a housing; a touch screen having a display area surrounded by edges of the housing, wherein the display area includes a grip rejection area located adjacent to one of the edges, the grip rejection area comprising a first region and a second region; and one or more processors configured to: obtain touch information of a touch input, wherein the touch information comprises a touch coordinate and a touch duration; when the touch input occurs in the first region, ignore the touch input if the touch information corresponds to a multi-touch input; and when the touch input occurs in the second region, ignore the touch input if the touch duration of the touch information is at least a predetermined duration, obtain touch information of a touch input, wherein the touch information comprises a touch coordinate and a touch duration; when the touch input occurs in the first region, ignore the touch input if the touch information corresponds to a multi-touch input; and when the touch input occurs in the second region, ignore the touch input if the touch duration of the touch information is at least a predetermined duration, wherein the first region is defined by the one of the edges and a boundary located a first distance from the one of the edges, the second region is defined by the one of the edges and a boundary located a second distance from the one of the edges, and the second distance is less than the first distance.
An aircraft lighting health monitoring system , comprising: a controller configured to receive sensor data from each of a plurality of aircraft lights; and a health monitoring module configured to assess received sensor data from each of the plurality of aircraft lights, and further configured to issue a health status communication regarding at least one aircraft light based upon an assessment of its corresponding received sensor data, wherein said health monitoring module comprises said controller; and characterized in that : said controller comprises a central processing unit, CPU , and a separate direct memory access, DMA, controller , wherein said aircraft lighting health monitoring system is configured to use one of said CPU or said DMA controller based upon a classification of the received sensor data; wherein said aircraft lighting health monitoring system is configured to dispose said CPU out of a sleep mode when the received sensor data is of a first data classification, to use said CPU to assess this received sensor data, and to output said health status communication pertaining to this received sensor data and the corresponding aircraft light. a controller configured to receive sensor data from each of a plurality of aircraft lights; and a health monitoring module configured to assess received sensor data from each of the plurality of aircraft lights, and further configured to issue a health status communication regarding at least one aircraft light based upon an assessment of its corresponding received sensor data, wherein said health monitoring module comprises said controller; said controller comprises a central processing unit, CPU , and a separate direct memory access, DMA, controller , wherein said aircraft lighting health monitoring system is configured to use one of said CPU or said DMA controller based upon a classification of the received sensor data; wherein said aircraft lighting health monitoring system is configured to dispose said CPU out of a sleep mode when the received sensor data is of a first data classification, to use said CPU to assess this received sensor data, and to output said health status communication pertaining to this received sensor data and the corresponding aircraft light.
A system for treatment of edema, comprising: a pump configured to be implanted in a body of a patient; an inflow tube fluidically coupled to an inflow port of the pump and configured to be implanted into the body of the patient so as to bring the inflow port into fluid communication with a lymphatic vessel of the patient by having an inflow opening of the inflow tube positioned to receive fluid from a right lymphatic duct or the thoracic duct; and an outflow tube fluidically coupled to an outflow port of the pump and configured to be implanted into the body of the patient so as to bring the outflow port into fluid communication with a vein in the body of the patient such that the pump is operative to pump fluid from the lymphatic vessel to the vein so as to facilitate removal of fluid from the lymphatic vessel and thereby facilitate higher lymphatic return by lowering outflow pressure at the lymphatic vessel; a controller configured to actuate the pump; and a pressure sensor configured to be implanted in the body the patient, the controller being configured to actuate the pump in response to a pressure measured by the pressure sensor to thereby regulate pressure at a junction of the right subclavian vein of the patient and the internal jugular vein of the patient or the junction of the left subclavian vein of the patient and the internal jugular vein of the patient to a safe, non-edemic level within a range of 2 to 6 mmHg. a pump configured to be implanted in a body of a patient; an inflow tube fluidically coupled to an inflow port of the pump and configured to be implanted into the body of the patient so as to bring the inflow port into fluid communication with a lymphatic vessel of the patient by having an inflow opening of the inflow tube positioned to receive fluid from a right lymphatic duct or the thoracic duct; and an outflow tube fluidically coupled to an outflow port of the pump and configured to be implanted into the body of the patient so as to bring the outflow port into fluid communication with a vein in the body of the patient such that the pump is operative to pump fluid from the lymphatic vessel to the vein so as to facilitate removal of fluid from the lymphatic vessel and thereby facilitate higher lymphatic return by lowering outflow pressure at the lymphatic vessel; a controller configured to actuate the pump; and a pressure sensor configured to be implanted in the body the patient, the controller being configured to actuate the pump in response to a pressure measured by the pressure sensor to thereby regulate pressure at a junction of the right subclavian vein of the patient and the internal jugular vein of the patient or the junction of the left subclavian vein of the patient and the internal jugular vein of the patient to a safe, non-edemic level within a range of 2 to 6 mmHg.
A heating, ventilation, and/or air conditioning (HVAC) system comprising: a heat exchanger for transferring heat between a refrigerant and a fluid medium, the heat exchanger comprising a lateral side where a bend in the heat exchanger is located; and a baffle disposed vertically adjacent to the lateral side of the heat exchanger, vertically being defined from a lower surface of the HVAC system, the HVAC system characterized by the baffle comprising a fishbone configuration or a helical configuration configured to direct at least a portion of a refrigerant leak. a heat exchanger for transferring heat between a refrigerant and a fluid medium, the heat exchanger comprising a lateral side where a bend in the heat exchanger is located; and a baffle disposed vertically adjacent to the lateral side of the heat exchanger, vertically being defined from a lower surface of the HVAC system, the HVAC system characterized by the baffle comprising a fishbone configuration or a helical configuration configured to direct at least a portion of a refrigerant leak.
A nonwoven cellulose fiber fabric directly manufactured from a lyocell spinning solution , the fabric comprising a network of substantially endless fibers , wherein within one and the same fiber different fiber sections differ concerning fiber diameter by more than 50% in relation to the smallest diameter of this fiber , and wherein the fabric exhibits a rate of liquid spread of at least 3000 mm 2 within 5 minutes and/or a wicking speed of at least 0.25 gram water per 1 gram fabric and 1 second; wherein the rate of liquid spread is measured according to the method of the description; and/or wherein the wicking speed is measured according to the method of the description. wherein within one and the same fiber different fiber sections differ concerning fiber diameter by more than 50% in relation to the smallest diameter of this fiber , and wherein the fabric exhibits a rate of liquid spread of at least 3000 mm 2 within 5 minutes and/or a wicking speed of at least 0.25 gram water per 1 gram fabric and 1 second; a rate of liquid spread of at least 3000 mm 2 within 5 minutes and/or a wicking speed of at least 0.25 gram water per 1 gram fabric and 1 second; wherein the rate of liquid spread is measured according to the method of the description; and/or wherein the wicking speed is measured according to the method of the description.
A particle comprising an aggregate of polymer molecules, and having a branched fibrous structure that includes at least a first portion, a second portion and a third portion, each portion individually having a plurality of fibers wherein: - the first portion comprises a first plurality of fibers having diameters of from 10 to 100 times larger than the fiber diameters of the third portion, wherein the surface area of the first portion constitutes from about 10% to about 40% of the surface area of the particle; - the second portion comprises a second plurality of fibers extending from the first portion having diameters of from 5 to 10 times larger than the fiber diameters of the third portion, wherein the surface area of the second portion constitutes from about 20% to 50% of the surface area of the particle; and - the third portion comprises a third plurality of fibers extending from the second portion having diameters of from about 20 nm to about 500 nm, wherein the surface area of the third portion constitutes from about 10% to about 70% of the surface area of the particle, wherein the diameter and the surface area of the fibers is measured by scanning electron microscopy - the first portion comprises a first plurality of fibers having diameters of from 10 to 100 times larger than the fiber diameters of the third portion, wherein the surface area of the first portion constitutes from about 10% to about 40% of the surface area of the particle; - the second portion comprises a second plurality of fibers extending from the first portion having diameters of from 5 to 10 times larger than the fiber diameters of the third portion, wherein the surface area of the second portion constitutes from about 20% to 50% of the surface area of the particle; and - the third portion comprises a third plurality of fibers extending from the second portion having diameters of from about 20 nm to about 500 nm, wherein the surface area of the third portion constitutes from about 10% to about 70% of the surface area of the particle,
A process for preparing a composition comprising i. a compound selected from resorcinol, phenylethyl resorcinol, 4-alkyl substituted resorcinol and mixtures thereof, ii. a chelating agent, and; iii. a cosmetically acceptable base comprising a water phase and an oil phase, wherein, the process comprises the steps of (a) combining a compound selected from resorcinol, phenylethyl resorcinol, 4-alkyl substituted resorcinol and mixtures thereof with a chelating agent in water, (b) preparing a water phase and an oil phase, (c) combining the water phase and the oil phase to prepare a cosmetically acceptable base, and; (d) combining the adduct obtained in step (a) with the cosmetically acceptable base of step (c), wherein the process does not comprise a combination of 4-hexyl resorcinol with ethylenediamine di-succinic acid. i. a compound selected from resorcinol, phenylethyl resorcinol, 4-alkyl substituted resorcinol and mixtures thereof, ii. a chelating agent, and; iii. a cosmetically acceptable base comprising a water phase and an oil phase, wherein, the process comprises the steps of (a) combining a compound selected from resorcinol, phenylethyl resorcinol, 4-alkyl substituted resorcinol and mixtures thereof with a chelating agent in water, (b) preparing a water phase and an oil phase, (c) combining the water phase and the oil phase to prepare a cosmetically acceptable base, and; (d) combining the adduct obtained in step (a) with the cosmetically acceptable base of step (c), wherein the process does not comprise a combination of 4-hexyl resorcinol with ethylenediamine di-succinic acid. (a) combining a compound selected from resorcinol, phenylethyl resorcinol, 4-alkyl substituted resorcinol and mixtures thereof with a chelating agent in water, (b) preparing a water phase and an oil phase, (c) combining the water phase and the oil phase to prepare a cosmetically acceptable base, and; (d) combining the adduct obtained in step (a) with the cosmetically acceptable base of step (c),