mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating an enhanced image of a volume of tissue, which method is implemented by a computer comprising one or more processors and computer readable media comprising instructions, the method comprising: receiving from a transducer , a plurality of acoustic signals derived from acoustic waveforms transmitted through the volume of tissue, wherein the transducer comprises an array of ultrasound transmitters and an array of ultrasound receivers configured to surround the volume of tissue; generating from the plurality of acoustic signals, a first reflection rendering that characterizes sound reflection, the first reflection rendering comprising a first distribution of reflection values across a region of the volume of tissue; generating from the plurality of acoustic signals, a sound speed rendering that characterizes sound speed, the sound speed rendering comprising a distribution of sound speed values across the region of the volume of tissue; generating from the sound speed rendering a second reflection rendering wherein generating the second reflection rendering comprises calculating a gradient of the sound speed rendering, the second reflection rendering characterising sound reflection and comprising a second distribution of reflection values across the region of the volume of tissue; and rendering one or more combined images, in response to the first reflection rendering and the second reflection rendering, thereby generating the enhanced image of the volume of tissue. receiving from a transducer , a plurality of acoustic signals derived from acoustic waveforms transmitted through the volume of tissue, wherein the transducer comprises an array of ultrasound transmitters and an array of ultrasound receivers configured to surround the volume of tissue; generating from the plurality of acoustic signals, a first reflection rendering that characterizes sound reflection, the first reflection rendering comprising a first distribution of reflection values across a region of the volume of tissue; generating from the plurality of acoustic signals, a sound speed rendering that characterizes sound speed, the sound speed rendering comprising a distribution of sound speed values across the region of the volume of tissue; generating from the sound speed rendering a second reflection rendering wherein generating the second reflection rendering comprises calculating a gradient of the sound speed rendering, the second reflection rendering characterising sound reflection and comprising a second distribution of reflection values across the region of the volume of tissue; and rendering one or more combined images, in response to the first reflection rendering and the second reflection rendering, thereby generating the enhanced image of the volume of tissue.
A cross flow fan comprising: a fixing member having a plate shape; a plurality of blades fixed to one surface of the fixing member , the plurality of blades being arranged spaced apart from each other in a circumference direction; an inner edge defining an end of a side of each of the blades , the inner edge extending toward a rotation shaft of the blades ; an outer edge defining another end of a side of each of the blades opposite to the inner edge ; a protrusion protruding from the outer edge toward the inside of the blade , characterized in that the protrusion comprises an outer surface extending roundly from the outer edge , wherein the outer surface and the outer circumference surface of the outer edge have the same curvature. a fixing member having a plate shape; a plurality of blades fixed to one surface of the fixing member , the plurality of blades being arranged spaced apart from each other in a circumference direction; an inner edge defining an end of a side of each of the blades , the inner edge extending toward a rotation shaft of the blades ; an outer edge defining another end of a side of each of the blades opposite to the inner edge ; a protrusion protruding from the outer edge toward the inside of the blade , characterized in that the protrusion comprises an outer surface extending roundly from the outer edge , wherein the outer surface and the outer circumference surface of the outer edge have the same curvature.
An array substrate, comprising a peripheral wiring area, in the peripheral wiring area, the array substrate comprising: a base substrate ; a peripheral gate line on the base substrate ; a gate insulation layer on a side of the peripheral gate line away from the base substrate ; a peripheral data line on a side of the gate insulation layer away from the base substrate ; and a protection layer on a side of the gate insulation layer away from the base substrate and covering the peripheral data line , characterized in that , a surface height of the protection layer corresponding to a position where the peripheral gate line is located is higher than a surface height of the protection layer corresponding to a position where the peripheral data line is located. a base substrate ; a peripheral gate line on the base substrate ; a gate insulation layer on a side of the peripheral gate line away from the base substrate ; a peripheral data line on a side of the gate insulation layer away from the base substrate ; and a protection layer on a side of the gate insulation layer away from the base substrate and covering the peripheral data line , characterized in that , a surface height of the protection layer corresponding to a position where the peripheral gate line is located is higher than a surface height of the protection layer corresponding to a position where the peripheral data line is located.
A composition comprising an RNAi agent comprising a sense strand and an antisense strand, wherein the antisense strand comprises at least 19 contiguous nucleotides differing by 0 or 1 nucleotides from the nucleotide sequence (5' to 3') AGC ACU GAG AAU ACU GUC C (SEQ ID No. 132), wherein the sense and the antisense strand are 18 -30 nucleotides in length, and wherein the 3' end of the sense and/or antisense strand terminates in a phosphate or modified internucleoside linker and further comprises, in 5' to 3' order: a spacer, a second phosphate or modified internucleoside linker, and a 3' end cap.
A composition comprising a conjugate of quinic acid with at least one molecule of caffeic acid, or an isomer or salt thereof, for use in the prevention, amelioration and/ or treatment of conditions, disorders and/ or diseases associated with senescence and/ or inflammation of teeth and/ or associated structures and tissues in the mouth of a mammal, wherein the composition is not used as a gel, spray, toothpaste or mouthwash for the treatment of periodontitis and/ or gum retraction.
A method for segmenting a target anatomy in a 3D ultrasound volume, the method comprising: obtaining a scan-converted ultrasound volume within a scan-converted space in a Cartesian coordinate system; transforming the scan-converted ultrasound volume to a de-scanned ultrasound volume within a de-scanned space in a Toroidal coordinate system, wherein the two centers of the Toroidal coordinate system equate to the optical center and the mechanical center of the ultrasound volume as obtained by an original acquisition procedure, respectively, thereby significantly reducing the proportion of empty data; and performing a segmentation of a target anatomy on the ultrasound volume in the de-scanned space to generate segmentation data. obtaining a scan-converted ultrasound volume within a scan-converted space in a Cartesian coordinate system; transforming the scan-converted ultrasound volume to a de-scanned ultrasound volume within a de-scanned space in a Toroidal coordinate system, wherein the two centers of the Toroidal coordinate system equate to the optical center and the mechanical center of the ultrasound volume as obtained by an original acquisition procedure, respectively, thereby significantly reducing the proportion of empty data; and performing a segmentation of a target anatomy on the ultrasound volume in the de-scanned space to generate segmentation data.
Distribution system (DS) for a signal communication system (SCS), said distribution system (DS) comprising one or more signal communication system network interfaces (SCS-N-3) to communicatively couple to at least a signal node (SN) and a client node (CN) of said signal communication system (SCS); said distribution system (DS) comprising a memory holding a distribution system switching control register (DS-T-45) comprising distribution system signal representation switching parameter records (DS-T-35) each comprising a signal injection label (SG-T-4) , associated with a respective signal node (SN), being a handle of a signal (SG) and one or more associated signal distribution labels (SG-T-2) each associated with a client node (CN); said distribution system (DS) comprises processing means arranged to switch non-addressed signal representations (SG-A-1) of signals (SG) from signal nodes (SN) to client nodes (CN) according to said distribution system signal representation switching parameter records (DS-T-35) by determining on the basis of said associated signal injection labels (SG-T-4) and signal distribution labels (SG-T-2) stored in said distribution system signal representation switching parameter records (DS-T-35) which one or more signal distribution labels (SG-T-2) should be used for transporting said received non-addressed signal representation (SG-A-1) to the client nodes (CN), so that distribution, including node addressing, of said non-addressed signal representations (SG-A-1) is managed by said distribution system (DS) and not by said signal nodes (SN) and client nodes (CN). said distribution system (DS) comprising one or more signal communication system network interfaces (SCS-N-3) to communicatively couple to at least a signal node (SN) and a client node (CN) of said signal communication system (SCS); said distribution system (DS) comprising a memory holding a distribution system switching control register (DS-T-45) comprising distribution system signal representation switching parameter records (DS-T-35) each comprising a signal injection label (SG-T-4) , associated with a respective signal node (SN), being a handle of a signal (SG) and one or more associated signal distribution labels (SG-T-2) each associated with a client node (CN); said distribution system (DS) comprises processing means arranged to switch non-addressed signal representations (SG-A-1) of signals (SG) from signal nodes (SN) to client nodes (CN) according to said distribution system signal representation switching parameter records (DS-T-35) by determining on the basis of said associated signal injection labels (SG-T-4) and signal distribution labels (SG-T-2) stored in said distribution system signal representation switching parameter records (DS-T-35) which one or more signal distribution labels (SG-T-2) should be used for transporting said received non-addressed signal representation (SG-A-1) to the client nodes (CN), so that distribution, including node addressing, of said non-addressed signal representations (SG-A-1) is managed by said distribution system (DS) and not by said signal nodes (SN) and client nodes (CN).
A measuring bridge arrangement including a measuring bridge with at least one first half bridge with a first measuring terminal (+UD) and a second half bridge with a second measuring terminal (-UD), a reference voltage divider with at least a first and a second test terminal (+UR, -UR), a differential amplifier with at least a first and a second amplifier input (Vin+, Vin-) and at least one amplifier output (Vout) and a voltage gain (G) and an output voltage working range, characterised in that the first amplifier input (Vin+) is connected to a first capacitor (C1) and the second amplifier input (Vin-) is connected to a second capacitor (C2) and the amplifier inputs can be selectively connected to the measuring terminals or the test terminals.
An absorbent core comprising absorbent material enclosed in a core wrap , wherein the core wrap comprises a liquid permeable substrate layer, wherein the absorbent material comprises from 87% to 100% of superabsorbent polymer by weight of the absorbent material; and wherein the core further comprises a tube-shaped swelling chamber , the swelling chamber having a length to width aspect ratio of less than or equal to about 5:1; wherein the area of the core is at least twice the area of the swelling chamber, and the core contains a water responsive immobilizing agent to immobilize the superabsorbent polymer prior to water insult; wherein the water responsive immobilizing agent is selected from a water soluble adhesive, a frangible pocket sealed with water responsive bonds , and combinations thereof; and wherein the tube-shaped swelling chamber is a portion of the absorbent core containing superabsorbent polymer that is delimited by a plurality of continuous permanent seals that each join together overlapping parts of the core wrap and prevent superabsorbent polymer from moving across the seals.
A warp supply device for a loom including reels on each of which a tape-shaped flat yarn (T) as a warp yarn is wound in line, and a creel device in which the same number of the reels as the number of the warp yarns to be used for weaving in the loom is mounted, the warp supply device comprising: a plurality of support mechanisms provided to be attachable and detachable with respect to the creel device , the plurality of support mechanisms each configured to support a predetermined set number of the reels , the predetermined set number is two or more, wherein each of the plurality of support mechanisms includes: a bearing part having a shaft shape and configured to support the set number of reels such that each reel can rotate individually; and a regulating part configured to regulate positions of the reels in an axis line direction of the bearing part. a plurality of support mechanisms provided to be attachable and detachable with respect to the creel device , the plurality of support mechanisms each configured to support a predetermined set number of the reels , the predetermined set number is two or more, wherein each of the plurality of support mechanisms includes: a bearing part having a shaft shape and configured to support the set number of reels such that each reel can rotate individually; and a regulating part configured to regulate positions of the reels in an axis line direction of the bearing part. a bearing part having a shaft shape and configured to support the set number of reels such that each reel can rotate individually; and a regulating part configured to regulate positions of the reels in an axis line direction of the bearing part.
A gas monitoring system comprising a gas-insulated switchgear , wherein the gas-insulated switch gear has at least two separated chambers which are filled with an insulating gas surrounding high or medium voltage components , further comprising a first sensor connected to the first chamber and a second sensor connected to the second chamber , both sensors adapted to measure a physical property of the insulating gas in their respective chambers over time, and characterised by comprising a computer unit adapted to calculate from the two sensor measurements in the two separate chambers a leakage rate of the insulating gas in one of the two chambers , and in that an adaptive filter, in particular a Wiener filter, is used for calculation.
RFID system comprising at least one RFID reader unit and a device , in which the at least one RFID reader unit has an unbalanced antenna output, - the at least one RFID reader unit being arrangeable on the device for arrangement on a hand , - and the device for arrangement on a hand being in the form of a glove with or without fingers or in the form of a strap , characterised in that - the RFID system comprises a capacitive near-field coupling unit, which has a balun for balancing an unbalanced signal, and comprises at least one electrically conductive line of the near-field coupling unit in order to create a field for coupling to a transponder , - and in that the at least one electrically conductive line of the near-field coupling unit is in the form of a non-performance-adapted electrically conductive line , - and in that the at least one electrically conductive line is arranged in or on the glove or in or on the strap . - the at least one RFID reader unit being arrangeable on the device for arrangement on a hand , - and the device for arrangement on a hand being in the form of a glove with or without fingers or in the form of a strap , - the RFID system comprises a capacitive near-field coupling unit, which has a balun for balancing an unbalanced signal, and comprises at least one electrically conductive line of the near-field coupling unit in order to create a field for coupling to a transponder , - and in that the at least one electrically conductive line of the near-field coupling unit is in the form of a non-performance-adapted electrically conductive line , - and in that the at least one electrically conductive line is arranged in or on the glove or in or on the strap .
A method for generating a pump card for a well, the method comprising: a) obtaining a first set of data points, wherein the first set of data points comprise a first set of polished rod position data points of the well and a first set of polished rod load data points of the well; b) calculating a first data point of a pump load and a pump position using the first set of data points; and characterised by comprising : c) deleting the oldest data point of the first set of data points to create a revised first set of data points; d) obtaining an additional data point, wherein the additional data point comprises an additional polished rod position data point of the well and additional polished rod load data point of the well; e) creating a second set of data points, wherein the second set of data points comprise the revised first set of data points and the additional data point; and f) calculating an additional data point of the pump position and pump load using the second set of data points. a) obtaining a first set of data points, wherein the first set of data points comprise a first set of polished rod position data points of the well and a first set of polished rod load data points of the well; b) calculating a first data point of a pump load and a pump position using the first set of data points; and characterised by comprising : c) deleting the oldest data point of the first set of data points to create a revised first set of data points; d) obtaining an additional data point, wherein the additional data point comprises an additional polished rod position data point of the well and additional polished rod load data point of the well; e) creating a second set of data points, wherein the second set of data points comprise the revised first set of data points and the additional data point; and f) calculating an additional data point of the pump position and pump load using the second set of data points.
A ventilation-treatment apparatus comprises: a headrest ; a patient-interface device , wherein the patient-interface device comprises a main body having a respiratory cavity, and a head band connected to the main body , the head band comprises a second chamber , and a gas outlet and a second gas hole that communicate with the second chamber , the gas outlet communicates with the second chamber and the respiratory cavity; and charaterized in that the headrest comprises a first chamber , and a gas inlet and a first gas hole that communicate with the first chamber , the gas inlet is configured for gas from a gas source to enter the first chamber , and a first valve assembly for opening and closing the first gas hole is disposed at the first gas hole ; wherein the patient-interface device further comprises a second valve assembly for opening and closing the second gas hole is disposed at the second gas hole ; and wherein the ventilation-treatment apparatus is configured for, when the first valve assembly and the second valve assembly contact, opening the first gas hole and the second gas hole , to make the first chamber communicates with the second chamber , and when the first valve assembly and the second valve assembly are separated, closing the first gas hole and the second gas hole . a headrest ; a patient-interface device , wherein the patient-interface device comprises a main body having a respiratory cavity, and a head band connected to the main body , the head band comprises a second chamber , and a gas outlet and a second gas hole that communicate with the second chamber , the gas outlet communicates with the second chamber and the respiratory cavity; and charaterized in that the headrest comprises a first chamber , and a gas inlet and a first gas hole that communicate with the first chamber , the gas inlet is configured for gas from a gas source to enter the first chamber , and a first valve assembly for opening and closing the first gas hole is disposed at the first gas hole ; wherein the patient-interface device further comprises a second valve assembly for opening and closing the second gas hole is disposed at the second gas hole ; and wherein the ventilation-treatment apparatus is configured for, when the first valve assembly and the second valve assembly contact, opening the first gas hole and the second gas hole , to make the first chamber communicates with the second chamber , and when the first valve assembly and the second valve assembly are separated, closing the first gas hole and the second gas hole .
Composition comprising or consisting of a) from 70% to 96% by weight of triacylglycerol of saturated fatty acids that comprise an alkyl chain of 6 to 12 carbon atoms, b) from 3.0% to 30% by weight of silica, and c) optionally from 0.1% to 5.0% by weight of at least one thickener comprising at least one cellulose derivative and/or water, d) optionally from 1.0% to 35% by weight of at least one additive other than thickeners, in each case based on the total weight of the composition, wherein the ratio of triacylglycerol a) to silica b) is within a range from 1:0.04 to 1:0.4, characterized in that the silica is fumed silica and/or precipitated silica, wherein when the silica is or comprises fumed silica and the composition comprises up to 4.0% by weight thereof, the composition comprises 0.1% to 5.0% by weight of at least one thickener and when the silica is or comprises precipitated silica and the composition comprises up to 10% by weight thereof, the composition comprises 0.1% to 5.0% by weight of at least one thickener, wherein the composition has a dynamic viscosity at 21°C in accordance with DIN 53018 of 50 000 to 400 000 mPa·s, measured with a Brookfield viscometer, spindle 5, at 0.5 revolutions per minute, or is solid at room temperature, and a flash point in accordance with EN 22719 of 210°C to 240°C. a) from 70% to 96% by weight of triacylglycerol of saturated fatty acids that comprise an alkyl chain of 6 to 12 carbon atoms, b) from 3.0% to 30% by weight of silica, and c) optionally from 0.1% to 5.0% by weight of at least one thickener comprising at least one cellulose derivative and/or water, d) optionally from 1.0% to 35% by weight of at least one additive other than thickeners, in each case based on the total weight of the composition, wherein the ratio of triacylglycerol a) to silica b) is within a range from 1:0.04 to 1:0.4, characterized in that the silica is fumed silica and/or precipitated silica, wherein when the silica is or comprises fumed silica and the composition comprises up to 4.0% by weight thereof, the composition comprises 0.1% to 5.0% by weight of at least one thickener and when the silica is or comprises precipitated silica and the composition comprises up to 10% by weight thereof, the composition comprises 0.1% to 5.0% by weight of at least one thickener, wherein the composition has a dynamic viscosity at 21°C in accordance with DIN 53018 of 50 000 to 400 000 mPa·s, measured with a Brookfield viscometer, spindle 5, at 0.5 revolutions per minute, or is solid at room temperature, and a flash point in accordance with EN 22719 of 210°C to 240°C.