mhurhangee/ep-ind-claims huggingface dataset:
A breathing therapy machine having an optimized auto-adjust capability comprising: a. a blower, for delivering air to a user of said device at a pressure; b. a processor, for controlling said blower; c. non-volatile memory, accessible by said processor, said non-volatile memory containing operational programming; and d. an auto-adjust module, stored in said non-volatile memory as part of said operational programming, said auto-adjust module being configured for controlling said pressure of said air, characterised in that said auto-adjust module is configured to raise said pressure in response to an event density that reaches or exceeds a predetermined pressure increase threshold, said pressure being raised until said pressure has reached a peak pressure; said auto-adjust module is configured to lower said pressure from said peak pressure at a first averaged rate of decrease until said pressure reaches a pressure transition point, wherein said pressure transition point is calculated as a percentage of the difference between said peak pressure and a lowest pressure reached before said peak pressure was reached at which said event density had reached or exceeded said predetermined pressure increase threshold; and said auto-adjust module is configured to thereafter lower said pressure at a second averaged rate of decrease, said second averaged rate of decrease being lower than said first averaged rate of decrease. a. a blower, for delivering air to a user of said device at a pressure; b. a processor, for controlling said blower; c. non-volatile memory, accessible by said processor, said non-volatile memory containing operational programming; and d. an auto-adjust module, stored in said non-volatile memory as part of said operational programming, said auto-adjust module being configured for controlling said pressure of said air, characterised in that
A user equipment comprising a processor and a memory, the memory storing computer executable instructions which, when executed by the processor, cause the user equipment to provide an application data delivery service for enabling communication between a first application that is hosted on the user equipment and a second application, the application data delivery service being configured to perform operations comprising: receiving, from the first application on a first interface that comprises an application programing interface exposed by the application data delivery service to the first application, a first request to send a packet to the second application via a communications network, the first request comprising an indication of whether the first application desires the packet to be acknowledged and an identifier of the second application; encoding, based on the first request, a header comprising the indication of whether the packet should be acknowledged, the identifier of the second application, and a field that is used to support sequencing of packets; and sending, to a mobility management entity of the communications network, via a Non-Access Stratum Message, a second request requesting that the packet be sent to the second application, the second request comprising the packet and the header. receiving, from the first application on a first interface that comprises an application programing interface exposed by the application data delivery service to the first application, a first request to send a packet to the second application via a communications network, the first request comprising an indication of whether the first application desires the packet to be acknowledged and an identifier of the second application; encoding, based on the first request, a header comprising the indication of whether the packet should be acknowledged, the identifier of the second application, and a field that is used to support sequencing of packets; and sending, to a mobility management entity of the communications network, via a Non-Access Stratum Message, a second request requesting that the packet be sent to the second application, the second request comprising the packet and the header.
A method comprising: rendering, by a processor, a buffer image from a first image data received for printing; scaling, by the processor, the buffer image to generate a scaled buffer image; determining, by the processor, a first location of a machine readable indicia (1006, 1210) in the scaled buffer image; causing, by the processor, a print head to print the buffer image on a print media to generate a printed content; and causing, by the processor, an image capturing unit to capture a second image (1216, 1220) of a portion of the printed content based on the first location of the machine readable indicia (1006, 1210), wherein the portion of the printed content is at a second location in the printed content, and wherein the second location in the printed content corresponds to the first location of the machine readable indicia (1006, 1210) in the scaled buffer image. rendering, by a processor, a buffer image from a first image data received for printing; scaling, by the processor, the buffer image to generate a scaled buffer image; determining, by the processor, a first location of a machine readable indicia (1006, 1210) in the scaled buffer image; causing, by the processor, a print head to print the buffer image on a print media to generate a printed content; and causing, by the processor, an image capturing unit to capture a second image (1216, 1220) of a portion of the printed content based on the first location of the machine readable indicia (1006, 1210), wherein the portion of the printed content is at a second location in the printed content, and wherein the second location in the printed content corresponds to the first location of the machine readable indicia (1006, 1210) in the scaled buffer image.
A combustor comprising: a primary combustion chamber receiving a first fuel-oxidizer mixture and discharging a partially oxidized mixture; a mixer element receiving the partially oxidized mixture and a flow of an oxidizer into a plurality of separate flow channels (36, 38) and comprising a plurality of outlet ends discharging the partially oxidized mixture interspersed among a plurality of outlet ends discharging the oxidizer; and a chamber in fluid communication with the outlet ends of the mixer element for mixing the partially oxidized mixture with the oxidizer downstream of the mixer element.
A method for estimating wear in aircraft rotor systems, comprising: collecting data associated with loads and motion of a swashplate actuator, wherein the swashplate actuator drives a swashplate and wherein at least one control link is coupled to the swashplate; estimating the loads and motions of the at least one control link based upon the loads and motions of the swashplate actuator; and using a wear model, estimating current wear of control link components due to the loads and motions of the at least one control link. collecting data associated with loads and motion of a swashplate actuator, wherein the swashplate actuator drives a swashplate and wherein at least one control link is coupled to the swashplate; estimating the loads and motions of the at least one control link based upon the loads and motions of the swashplate actuator; and using a wear model, estimating current wear of control link components due to the loads and motions of the at least one control link.
An oral care composition comprising a sesquiterpene alcohol and a basic amino acid, in free or salt form, wherein the sesquiterpene alcohol is present at a concentration of from 0.01 to 0.5% by weight, wherein the sesquiterpene alcohol comprises bisabolol and wherein the basic amino acid is arginine, and wherein the bisabolol and arginine are present in a ratio between 1:2 and 2:1 bisabolol to arginine w/w.
A method of making a liquid potato product, the method comprising: (a) providing an initial potato feed comprising whole raw potatoes having an initial moisture content; (b) at least partially gelatinizing said initial potato feed to thereby form a gelatinized potato feed having a second moisture content, wherein said second moisture content is at least 50 percent of said initial moisture content; and characterized by the step of (c) using a shearing device performing a high shearing process to shear at least a portion of said gelatinized potato feed in the presence of an oil until the sheared said gelatinized potato feed has a continuous non-particulate starch matrix to thereby form said liquid potato product. (a) providing an initial potato feed comprising whole raw potatoes having an initial moisture content; (b) at least partially gelatinizing said initial potato feed to thereby form a gelatinized potato feed having a second moisture content, wherein said second moisture content is at least 50 percent of said initial moisture content; and characterized by the step of (c) using a shearing device performing a high shearing process to shear at least a portion of said gelatinized potato feed in the presence of an oil until the sheared said gelatinized potato feed has a continuous non-particulate starch matrix to thereby form said liquid potato product.
The use of a heat transferer for drying of superabsorbent particles, wherein gas is heated in the heat transferer to a temperature in the range from 150 to 400°C by indirect heat transfer, wherein all the surfaces of the walls of the heat transferer which come into contact with the gas have been hot dip galvanized and the surfaces which come into contact with the gas, after the hot dip galvanization, are cooled under air such that a zinc-iron diffusion layer and a pure zinc layer are formed on the surfaces of the walls of the heat transferer and the coating produced by hot dip galvanization solidifies, and then are heat treated at a temperature in the range from 400 to 750°C.
A system for detecting sleep apnea, comprising: a single-wavelength PPG sensor for generating a single-wavelength PPG signal for use in detecting sleep apnea; and a processor, which is adapted to: derive heart rate variability information from the single-wavelength PPG signal; provide an estimate of respiratory effort from the PPG signal and thereby derive a surrogate respiratory effort signal; extract a surrogate feature value from the surrogate respiratory effort signal, wherein the surrogate feature value is statistically different between (i) epochs containing an end of a sleep disordered breathing event and (ii) epochs not containing such events; use body movements measured from an accelerometer or computed from body movement artifacts of the single-wavelength PPG signal, wherein the body movements are associated with arousals typically following some breathing events; and detect sleep disordered breathing events from the surrogate feature value, from the body movements and from the derived heart rate variability information and thereby distinguish between sleep disordered breathing events and normal breathing during sleep. a single-wavelength PPG sensor for generating a single-wavelength PPG signal for use in detecting sleep apnea; and a processor, which is adapted to: derive heart rate variability information from the single-wavelength PPG signal; provide an estimate of respiratory effort from the PPG signal and thereby derive a surrogate respiratory effort signal; extract a surrogate feature value from the surrogate respiratory effort signal, wherein the surrogate feature value is statistically different between (i) epochs containing an end of a sleep disordered breathing event and (ii) epochs not containing such events; use body movements measured from an accelerometer or computed from body movement artifacts of the single-wavelength PPG signal, wherein the body movements are associated with arousals typically following some breathing events; and detect sleep disordered breathing events from the surrogate feature value, from the body movements and from the derived heart rate variability information and thereby distinguish between sleep disordered breathing events and normal breathing during sleep. derive heart rate variability information from the single-wavelength PPG signal; provide an estimate of respiratory effort from the PPG signal and thereby derive a surrogate respiratory effort signal; extract a surrogate feature value from the surrogate respiratory effort signal, wherein the surrogate feature value is statistically different between (i) epochs containing an end of a sleep disordered breathing event and (ii) epochs not containing such events; use body movements measured from an accelerometer or computed from body movement artifacts of the single-wavelength PPG signal, wherein the body movements are associated with arousals typically following some breathing events; and detect sleep disordered breathing events from the surrogate feature value, from the body movements and from the derived heart rate variability information and thereby distinguish between sleep disordered breathing events and normal breathing during sleep.
Converter arrangement, - wherein the converter arrangement has a basic structure, - wherein lines of a first electrical network are arranged on the basic structure. - wherein a plurality of first contacts are arranged on the basic structure, which are able to be transferred by means of a first actuator at least from a first connection position into a first release position, - wherein, in the first release position, a converter assembly is able to be fastened as a unit in a receptacle of the basic structure and is able to be removed from the receptacle, and - wherein the converter assembly, provided it is fastened in the receptacle of the basic structure, is arranged in a fixed location in the receptacle and is electrically connected to the lines of the first network when and for as long as the first contacts are located in the first connection position, and is electrically disconnected from the lines of the first network when and for as long as the first contacts are located in the first release position, and characterised in that - the receptacle will not be moved when the first contacts are transferred from the first connection position into the first release position. - wherein the converter arrangement has a basic structure, - wherein lines of a first electrical network are arranged on the basic structure. - wherein a plurality of first contacts are arranged on the basic structure, which are able to be transferred by means of a first actuator at least from a first connection position into a first release position, - wherein, in the first release position, a converter assembly is able to be fastened as a unit in a receptacle of the basic structure and is able to be removed from the receptacle, and - wherein the converter assembly, provided it is fastened in the receptacle of the basic structure, is arranged in a fixed location in the receptacle and is electrically connected to the lines of the first network when and for as long as the first contacts are located in the first connection position, and is electrically disconnected from the lines of the first network when and for as long as the first contacts are located in the first release position, and characterised in that - the receptacle will not be moved when the first contacts are transferred from the first connection position into the first release position.
Method for the centreless cylindrical grinding of workpieces of rotationally symmetrical contour, in the case of which the workpiece is ground by means of a grinding wheel and is supported, guided, and has its rotation braked, by a supporting device (6, 8, 11), wherein the circumferential surfaces of the grinding wheel and workpiece move in the same direction at the point of contact, and it is only the grinding wheel which is driven in rotation and, alone, causes the workpiece to be driven in rotation, characterized in that the grinding wheel is positioned for a grinding action against the rotating workpiece and a first abutment surface and a second abutment surface are arranged in the manner of a prism such that during the grinding operation, by means of a positioning force applied by the grinding wheel, the workpiece is pressed, with sliding contact, onto the abutment surfaces (7, 9) of the supporting device (6, 8, 11), said abutment surfaces being immovable during operation and retaining the workpiece in an optimum position for the grinding operation, and the rotational speeds of the grinding wheel and of the workpiece, the braking force to which the workpiece is subjected by the supporting device (6, 8, 11) and also the positioning force of the grinding wheel are monitored continuously and are coordinated with one another to give an optimum grinding result.
A method in a base station for informing a user equipment of a power offset to be used at the user equipment, which base station is controlled by a radio network controller, the method comprising: - receiving from a radio network controller power offset values to handle power imbalances between the base station and a further base station; - transmitting the power offset values to the user equipment; - evaluating (403,701) a quality of a High Speed Dedicated Packet Control Channel, HS-DPCCH, from the user equipment; and - transmitting (404,702) to the user equipment, information generated at the base station, which information indicates a power offset out of the power offset values, which power offset is based on the evaluation and which power offset is to be used for a HS-DPCCH transmission from the user equipment, wherein the information is comprised in a High Speed Shared Control Channel, HS-SCCH, order. - receiving from a radio network controller power offset values to handle power imbalances between the base station and a further base station; - transmitting the power offset values to the user equipment; - evaluating (403,701) a quality of a High Speed Dedicated Packet Control Channel, HS-DPCCH, from the user equipment; and - transmitting (404,702) to the user equipment, information generated at the base station, which information indicates a power offset out of the power offset values, which power offset is based on the evaluation and which power offset is to be used for a HS-DPCCH transmission from the user equipment, wherein the information is comprised in a High Speed Shared Control Channel, HS-SCCH, order.
A method for managing a multimedia broadcast multicast service, MBMS, comprising: receiving (305; 705; 805) content of an MBMS while operating in a coverage area of a base station; sensing (310; 710; 810) a transition to operate outside the coverage area of the base station; and broadcasting (715; 815) a peer discovery signal to request a relay of the content of the MBMS, characterized in that the peer discovery signal comprises an identifier of the MBMS. receiving (305; 705; 805) content of an MBMS while operating in a coverage area of a base station; sensing (310; 710; 810) a transition to operate outside the coverage area of the base station; and broadcasting (715; 815) a peer discovery signal to request a relay of the content of the MBMS, characterized in that the peer discovery signal comprises an identifier of the MBMS.
A marker, characterized by comprising a resin-metal composite with a structure formed by immobilizing metal particles on a resin particle, having any one of constitution and constitution: the average particle size of the resin-metal composite exceeding 300nm; or the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; wherein the metal particles comprise metal particles completely encased in the resin particle and metal particles having a portion embedded in the resin particle and a portion exposed from the resin particle, and the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof. having any one of constitution and constitution: the average particle size of the resin-metal composite exceeding 300nm; or the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; the average particle size of the resin-metal composite exceeding 300nm; or the average particle size of the metal particles being in a range of more than 20nm and less than 70nm; wherein the metal particles comprise metal particles completely encased in the resin particle and metal particles having a portion embedded in the resin particle and a portion exposed from the resin particle, and the material of the metal particles is selected from a group consisting of silver, nickel, copper, gold, palladium, and alloys thereof.
A mapping and ablation catheter, comprising an elongate shaft including a proximal portion and a distal portion, the distal portion of the elongate shaft comprising a plurality of segments including a proximal-most segment, a distal-most segment, and one or more intermediate segments (52, 52a, 52b, 52c) disposed between the proximal-most and distal-most segments (48, 50), a diagnostic electrode located on the distal-most segment, an ablation electrode located on the distal portion of the elongate shaft proximally of the distal-most segment, and an atraumatic tip located at a distal end of the distal-most segment, characterized in that the ablation electrode is a patch electrode forming a partial ring electrode and includes at least one irrigation port disposed therethrough.
A belt fastening device, particularly for a high chair for infants, comprising a belt fastening device which can be attached in the region of a seat and having a main body, which has a mounting for a buckle which can be pushed into the same and can be fixed in this mounting, furthermore comprising a push-button which can be pushed in counter to the force of a spring element approximately perpendicularly to the insertion direction of the buckle and - in the non-pushed-in position thereof - sits in front of the buckle and locks the buckle in the mounting thereof, characterized in that the push-button is a separate component from the main body, which component can be inserted into the main body and can be moved oppositely to the same counter to the spring force and which component is guided axially during the movement thereof in the main body, which is caused by being pushed in manually.