mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for stimulating cellular function within a tissue, the apparatus comprising a transcranial direct current electric source and a transcranial ultrasound device , characterized in that : the transcranial ultrasound device is configured to emit acoustic energy at a dose that alone inhibits electrical function of cells within a region of the tissue; and the transcranial direct current electric source is configured to emit an electric field at a dose that alone facilitates electrical function of cells within the region of the tissue; wherein the apparatus is configured such that the transcranial ultrasound device and the transcranial direct current electric source target the same region of the tissue and the combined effect of the dose of the acoustic energy and the dose of the electric field stimulates electrical function of cells within the region of the tissue in a manner in which the stimulatory effect exceeds the effect of the dose of the electric field alone. the transcranial ultrasound device is configured to emit acoustic energy at a dose that alone inhibits electrical function of cells within a region of the tissue; and the transcranial direct current electric source is configured to emit an electric field at a dose that alone facilitates electrical function of cells within the region of the tissue; wherein the apparatus is configured such that the transcranial ultrasound device and the transcranial direct current electric source target the same region of the tissue and the combined effect of the dose of the acoustic energy and the dose of the electric field stimulates electrical function of cells within the region of the tissue in a manner in which the stimulatory effect exceeds the effect of the dose of the electric field alone.
A float plate for a connector interface, comprising: at least one substantially planar body panel ; at least one opening in the body panel, the opening having a perimeter; and a plurality of fingers extending from the perimeter of the opening wherein the fingers are configured to engage a coaxial connector inserted into the opening; characterized in that the plurality of fingers extend within a plane defined by the body panel , and in that the fingers are configured to flex within the plane defined by the body panel and normal to the plane defined by the body panel to enable adjustment of the position of the coaxial connector radially, angularly and axially. at least one substantially planar body panel ; at least one opening in the body panel, the opening having a perimeter; and a plurality of fingers extending from the perimeter of the opening wherein the fingers are configured to engage a coaxial connector inserted into the opening; characterized in that the plurality of fingers extend within a plane defined by the body panel , and in that the fingers are configured to flex within the plane defined by the body panel and normal to the plane defined by the body panel to enable adjustment of the position of the coaxial connector radially, angularly and axially.
A purification process for obtaining a composition comprising a live virus, comprising: separating an aqueous fluid comprising the live virus on a size separation chromatography column, detecting by quantitative polymerase chain reaction (qPCR) one or more nucleic acid sequences found in the live virus in at least one fraction of the eluate from said size separation column; collecting at least one positive fraction of the eluate from said size separation column containing the one or more nucleic acid sequences found in the live virus; pooling the at least one positive fraction; separating the pooled at least one positive fraction on an anion exchange chromatography column which does not significantly bind to the virus, and collecting in at least one positive fraction of the flow-through eluate from said anion exchange chromatography column containing the live virus wherein the virus is PVS-RIPO, and wherein purification process does not include a step that utilizes as virus-binding CDM resin. separating an aqueous fluid comprising the live virus on a size separation chromatography column, detecting by quantitative polymerase chain reaction (qPCR) one or more nucleic acid sequences found in the live virus in at least one fraction of the eluate from said size separation column; collecting at least one positive fraction of the eluate from said size separation column containing the one or more nucleic acid sequences found in the live virus; pooling the at least one positive fraction; separating the pooled at least one positive fraction on an anion exchange chromatography column which does not significantly bind to the virus, and collecting in at least one positive fraction of the flow-through eluate from said anion exchange chromatography column containing the live virus wherein the virus is PVS-RIPO, and wherein purification process does not include a step that utilizes as virus-binding CDM resin.
A throttle valve, intended to be used in a piping for transporting a fluid under high pressure called HP or under extreme pressure called EP, comprising at least one valve body having a cylindrical shape provided with a cylindrical central recess in which a substantially circular shutter plate extends, said shutter plate being pivotally mounted around an axis extending vertically and parallel to a diameter of the valve body , said axis protruding from the upper end of said valve body to form a so-called actuating axis , said throttle valve further comprising a metallic part having the form of a frame, said part forming a neck of the valve, comprising a lower branch provided with a passage for the actuating axis , an upper branch forming a fastening flange for an actuating member and provided with an aperture from which said actuating axis protrudes, and two lateral branches connecting the lower and upper branches, the upper end of the valve body comprising a flat surface extending perpendicular to the axis , said throttle valve being characterized in that said metallic part is in the shape of a substantially parallelepipedic frame and in that the lower branch of said part having the form of a frame is secured to said flat surface. the upper end of the valve body comprising a flat surface extending perpendicular to the axis , said throttle valve being characterized in that said metallic part is in the shape of a substantially parallelepipedic frame and in that the lower branch of said part having the form of a frame is secured to said flat surface.
A method for manufacturing sintered ore comprising: charging sintering raw material comprising fine ore and carbon material on a circulatively moving pallet to form a raw material layer; igniting the carbon material on a surface of the raw material layer and sucking air from above the raw material layer down to below the palette so that the air is introduced into the raw material layer; and combusting the carbon material in the raw material layer to thereby manufacture sintered ore, wherein fuel gas is discharged from a nozzle at a flow speed of 40 Nm/s or more, the discharged fuel gas is combusted to generate combustion gas, and the combustion gas is used for the igniting the carbon material, wherein the combustion gas is generated using a burner comprising: a main burner part having a fuel gas nozzle configured to discharge the fuel gas and an air nozzle configured to discharge air for combustion; and a sub burner part positioned further outward than the main burner part and configured to combust the fuel gas discharged from the main burner part. charging sintering raw material comprising fine ore and carbon material on a circulatively moving pallet to form a raw material layer; igniting the carbon material on a surface of the raw material layer and sucking air from above the raw material layer down to below the palette so that the air is introduced into the raw material layer; and combusting the carbon material in the raw material layer to thereby manufacture sintered ore, wherein fuel gas is discharged from a nozzle at a flow speed of 40 Nm/s or more, the discharged fuel gas is combusted to generate combustion gas, and the combustion gas is used for the igniting the carbon material, wherein the combustion gas is generated using a burner comprising: a main burner part having a fuel gas nozzle configured to discharge the fuel gas and an air nozzle configured to discharge air for combustion; and a sub burner part positioned further outward than the main burner part and configured to combust the fuel gas discharged from the main burner part. a main burner part having a fuel gas nozzle configured to discharge the fuel gas and an air nozzle configured to discharge air for combustion; and a sub burner part positioned further outward than the main burner part and configured to combust the fuel gas discharged from the main burner part.
An orthopedic joint device having an upper part , on which are arranged upper connection means for securing to a patient, and having a lower part , which is fastened on the upper part in an articulated manner about a pivot axis , wherein a retaining device is arranged between the upper part and the lower part , wherein the retaining device is of flexion-moment-controlled design and arrests flexion and, when a predetermined flexion moment about the pivot axis is exceeded, releases the flexion, characterized in that the orthopedic joint device is designed in the form of an orthotic or prosthetic knee joint or orthotic or prosthetic elbow joint or in the form of ankle joint or wrist joint and that the retaining device has at least one magnetic coupling and/or a suction-cup coupling and/or a prestressed snap spring and/or a hydraulic arresting unit with a switchable arresting valve .
Device for drying a textile article containing a filling that is likely to form clumps, comprising a drum which is rotatable about an axis and accommodates the textile article and agitates the textile article in an airflow passing through the drum , characterised by at least one beater mounted in the drum and movable with the textile article for beating the textile article during the agitation, wherein the beater is connected to the drum by means of a cord and is otherwise freely movable in the drum .
An X-ray apparatus, comprising: a radiation shielding substrate having a first side and an opposite second side ; a wraparound electrical circuit wrapped around the substrate; an X-ray sensor assembly adapted to generate sensor signals indicative of X-rays impinged thereon, the sensor assembly being connected to the wraparound electrical circuit and positioned adjacent to the first side of the substrate; and a sensor signal processing assembly connected to the wraparound electrical circuit and positioned adjacent to the second side of the substrate, wherein the wraparound electrical circuit comprises a plurality of circuit traces , wherein each of the plurality of circuit traces has a length no longer than about 100 mm, and wherein the distance between the first and second surfaces of the substrate is between about 0.5 mm and 2 mm. a radiation shielding substrate having a first side and an opposite second side ; a wraparound electrical circuit wrapped around the substrate; an X-ray sensor assembly adapted to generate sensor signals indicative of X-rays impinged thereon, the sensor assembly being connected to the wraparound electrical circuit and positioned adjacent to the first side of the substrate; and a sensor signal processing assembly connected to the wraparound electrical circuit and positioned adjacent to the second side of the substrate, wherein the wraparound electrical circuit comprises a plurality of circuit traces , wherein each of the plurality of circuit traces has a length no longer than about 100 mm, and wherein the distance between the first and second surfaces of the substrate is between about 0.5 mm and 2 mm.
A portable hand-held laundry treating apparatus comprising: a portable body ; a supply tank including a tank body provided at the portable body , a water chamber to store water therein, and a detergent chamber to store detergent therein; a suction tank including a suction tank body provided at the portable body , and a suction chamber to store liquid therein; and a liquid transferring part for supplying liquid stored in the supply tank to the laundry and transferring the liquid remaining in laundry to the suction tank , whereby the water chamber and the detergent chamber are provided in the tank body , and the suction chamber is provided in the suction tank body , wherein the portable body is configured to be carried by hand. a portable body ; a supply tank including a tank body provided at the portable body , a water chamber to store water therein, and a detergent chamber to store detergent therein; a suction tank including a suction tank body provided at the portable body , and a suction chamber to store liquid therein; and a liquid transferring part for supplying liquid stored in the supply tank to the laundry and transferring the liquid remaining in laundry to the suction tank , whereby the water chamber and the detergent chamber are provided in the tank body , and the suction chamber is provided in the suction tank body , wherein the portable body is configured to be carried by hand.
A user equipment, UE, comprising: a display configured to render a portion of a 360-degree video; a processor configured to generate metadata including information related to at least one viewport of the UE, the viewport being the portion of the 360-degree video displayed and viewed by a user; and a communication unit configured to transmit the metadata including flag information, to a server or another UE, wherein in case that the flag information is set to a first value, the flag information indicates that viewport coordinates for a frame of the 360-degree video is copied from viewport coordinates of a previous frame of the frame, and in case that the flag information is set to a second value, the flag information indicates that viewport coordinates for the frame is linearly interpolated from viewport coordinates of previous and next frames in which the viewport coordinates is transmitted. a display configured to render a portion of a 360-degree video; a processor configured to generate metadata including information related to at least one viewport of the UE, the viewport being the portion of the 360-degree video displayed and viewed by a user; and a communication unit configured to transmit the metadata including flag information, to a server or another UE, wherein in case that the flag information is set to a first value, the flag information indicates that viewport coordinates for a frame of the 360-degree video is copied from viewport coordinates of a previous frame of the frame, and in case that the flag information is set to a second value, the flag information indicates that viewport coordinates for the frame is linearly interpolated from viewport coordinates of previous and next frames in which the viewport coordinates is transmitted.
A circuit breaker (305; 405), comprising: a microcontroller (307; 407) including a processor (310 ) and a memory (310 ), computer-readable software code stored in the memory which, when executed by the processor, causes the microcontroller to: sample analog signals representing one or more of the following: a Received Signal Strength Indicator, RSSI, signal, a voltage signal, and a current signal; perform multiple pre-processing steps on the analog signals to derive a data set of measurements and features over a period of time; and input the data set into a machine learning classifier (325; 720) that resides in the microcontroller such that an output of the machine learning classifier is a value between 0 and 1 which represents a percent chance that the data set is from an electrical arc, wherein based on the value of the percent chance an accumulator value is either incremented or decremented in proportion to an amount of the current passing through the circuit breaker and if the accumulator value passes an upper threshold level, the microcontroller sends a signal output to a trip circuit which then opens the circuit breaker. a microcontroller (307; 407) including a processor (310 ) and a memory (310 ), computer-readable software code stored in the memory which, when executed by the processor, causes the microcontroller to: sample analog signals representing one or more of the following: a Received Signal Strength Indicator, RSSI, signal, a voltage signal, and a current signal; perform multiple pre-processing steps on the analog signals to derive a data set of measurements and features over a period of time; and input the data set into a machine learning classifier (325; 720) that resides in the microcontroller such that an output of the machine learning classifier is a value between 0 and 1 which represents a percent chance that the data set is from an electrical arc, wherein based on the value of the percent chance an accumulator value is either incremented or decremented in proportion to an amount of the current passing through the circuit breaker and if the accumulator value passes an upper threshold level, the microcontroller sends a signal output to a trip circuit which then opens the circuit breaker. sample analog signals representing one or more of the following: a Received Signal Strength Indicator, RSSI, signal, a voltage signal, and a current signal; perform multiple pre-processing steps on the analog signals to derive a data set of measurements and features over a period of time; and input the data set into a machine learning classifier (325; 720) that resides in the microcontroller such that an output of the machine learning classifier is a value between 0 and 1 which represents a percent chance that the data set is from an electrical arc, wherein based on the value of the percent chance an accumulator value is either incremented or decremented in proportion to an amount of the current passing through the circuit breaker and if the accumulator value passes an upper threshold level, the microcontroller sends a signal output to a trip circuit which then opens the circuit breaker.
A double-stranded ribonucleic acid comprising: a combination of a sense strand and an antisense strand, wherein the combination of the sense strand and the antisense strand are selected from the group consisting of combinations: SEQ ID NO: 159 and SEQ ID NO: 160; SEQ ID NO: 141 and SEQ ID NO: 142; SEQ ID NO: 143 and SEQ ID NO: 144; SEQ ID NO: 145 and SEQ ID NO: 146; SEQ ID NO: 147 and SEQ ID NO: 148; and SEQ ID NO: 153 and SEQ ID NO: 154. a combination of a sense strand and an antisense strand, wherein the combination of the sense strand and the antisense strand are selected from the group consisting of combinations: SEQ ID NO: 159 and SEQ ID NO: 160; SEQ ID NO: 141 and SEQ ID NO: 142; SEQ ID NO: 143 and SEQ ID NO: 144; SEQ ID NO: 145 and SEQ ID NO: 146; SEQ ID NO: 147 and SEQ ID NO: 148; and SEQ ID NO: 153 and SEQ ID NO: 154.
An electromechanical power steering system for a motor vehicle, comprising a worm shaft which can be driven by an electric motor and which meshes with a worm wheel coupled to a steering shaft , wherein the worm shaft is rotatably mounted in a bearing which has at least one bearing ring fitted in a retainer that can be displaced relative to the worm wheel , wherein the retainer has a main body of plastic, which is injection-molded onto the bearing ring as an injection-molded part.
A burr for an electrically or pneumatically operated, hand-held or automatically operated tool for milling metal surfaces, comprising: - a shaft portion , and - a milling portion made from hard metal adjoining the shaft portion and ending in a milling tip , the milling portion having a milling length (f) and a plurality of cutters separated by spacedapart main flutes having a main flute depth (h) and extending helically in a first twist direction with a first twist angle (α) along the milling length (f), each of the cutters having a rake face and a relief face and a cutting edge at the transition between the rake face and the relief face forming a rake angle (γ) and a relief angle (δ), wherein a plurality of chip breakers is provided in each relief face , the chip breakers having a chip breaker depth (s) and extending helically in a second twist direction with a second twist angle (β) along the milling portion , wherein in the region of the milling portion having the largest diameter: - the rake angle (γ) is in the range between -3° and +14°, - the relief angle (δ) is in the range between 10° and 20°, characterized in that in the region of the milling portion having the largest diameter: - the chip breaker depth (s) is in the range between 5 and 25% of the main flute depth (h), - the first twist angle (α) is greater than 25°, and - the number of main flutes is less than 15, preferably not greater than 12. - a shaft portion , and - a milling portion made from hard metal adjoining the shaft portion and ending in a milling tip , the milling portion having a milling length (f) and a plurality of cutters separated by spacedapart main flutes having a main flute depth (h) and extending helically in a first twist direction with a first twist angle (α) along the milling length (f), each of the cutters having a rake face and a relief face and a cutting edge at the transition between the rake face and the relief face forming a rake angle (γ) and a relief angle (δ), wherein a plurality of chip breakers is provided in each relief face , the chip breakers having a chip breaker depth (s) and extending helically in a second twist direction with a second twist angle (β) along the milling portion , wherein in the region of the milling portion having the largest diameter: - the rake angle (γ) is in the range between -3° and +14°, - the relief angle (δ) is in the range between 10° and 20°, - the rake angle (γ) is in the range between -3° and +14°, - the relief angle (δ) is in the range between 10° and 20°, characterized in that in the region of the milling portion having the largest diameter: - the chip breaker depth (s) is in the range between 5 and 25% of the main flute depth (h), - the first twist angle (α) is greater than 25°, and - the number of main flutes is less than 15, preferably not greater than 12. - the chip breaker depth (s) is in the range between 5 and 25% of the main flute depth (h), - the first twist angle (α) is greater than 25°, and - the number of main flutes is less than 15, preferably not greater than 12.