mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-ply bath tissue comprising: a first ply providing a first surface of the bath tissue, the first ply including first and second layers, the first layer of the first ply forming the first surface, the first layer of the first ply including a temporary wet strength resin and the second layer of the first ply being substantially free from a temporary wet strength resin; a second ply providing a second surface of the bath tissue, the second ply including first and second layers, the first layer of the second ply forming the second surface, the first layer of the second ply including a temporary wet strength resin and the second layer of the second ply being substantially free from a temporary wet strength resin; and a third ply sandwiched between the first ply and the second ply, the third ply including only one layer and having a temporary wet strength resin throughout the one layer, wherein the bath tissue is free from regenerated cellulosic microfibers, wherein the bath tissue has a cross machine direction (CD) wet tensile strength of between 50 grams to 90 grams, and wherein the bath tissue has a wet abrasion lint area to CD wet tensile strength ratio of less than 0.3333 mm 2 /gram when the wet abrasion lint area is determined according to the Wet Abrasion Lint Test. a first ply providing a first surface of the bath tissue, the first ply including first and second layers, the first layer of the first ply forming the first surface, the first layer of the first ply including a temporary wet strength resin and the second layer of the first ply being substantially free from a temporary wet strength resin; a second ply providing a second surface of the bath tissue, the second ply including first and second layers, the first layer of the second ply forming the second surface, the first layer of the second ply including a temporary wet strength resin and the second layer of the second ply being substantially free from a temporary wet strength resin; and a third ply sandwiched between the first ply and the second ply, the third ply including only one layer and having a temporary wet strength resin throughout the one layer, wherein the bath tissue is free from regenerated cellulosic microfibers, wherein the bath tissue has a cross machine direction (CD) wet tensile strength of between 50 grams to 90 grams, and wherein the bath tissue has a wet abrasion lint area to CD wet tensile strength ratio of less than 0.3333 mm 2 /gram when the wet abrasion lint area is determined according to the Wet Abrasion Lint Test.
Method for operating a headlamp for a motor vehicle , which can be operated in at least two illumination states (26, 50, 54, 58; 30, 52, 56, 60), with the steps: - detecting at least one influencing variable, which can influence a future change of a mode of the headlamp from one of the illumination states (26, 50, 54, 58; 30, 52, 56, 60) to another of the illumination states (30, 52, 56, 60; 26, 50, 54, 58), - detecting a time profile of the influencing variable, - detecting a control signal, which is intended to effect a change of mode of the headlamp from a current illumination state to another of the illumination states , and - controlling the mode of the headlamp depending on the control signal, wherein the change of mode of the headlamp is delayed depending on the time profile of the influencing variable; - wherein at least one ambient measurement value for the surroundings of the motor vehicle is detected as the influencing variable; characterized in that - a probability for an appearance of another vehicle in a working range of the headlamp is determined from the time profile of the ambient measurement value, wherein the control is delayed depending on the probability. - detecting at least one influencing variable, which can influence a future change of a mode of the headlamp from one of the illumination states (26, 50, 54, 58; 30, 52, 56, 60) to another of the illumination states (30, 52, 56, 60; 26, 50, 54, 58), - detecting a time profile of the influencing variable, - detecting a control signal, which is intended to effect a change of mode of the headlamp from a current illumination state to another of the illumination states , and - controlling the mode of the headlamp depending on the control signal, wherein the change of mode of the headlamp is delayed depending on the time profile of the influencing variable; - wherein at least one ambient measurement value for the surroundings of the motor vehicle is detected as the influencing variable; characterized in that - a probability for an appearance of another vehicle in a working range of the headlamp is determined from the time profile of the ambient measurement value, wherein the control is delayed depending on the probability.
A surface treatment method of tantalum spinneret, characterized in that the method comprises the following steps: (a) placing the tantalum spinneret in an oxygen-containing electrolyte solution at room temperature to 380°C and applying an anode voltage of 3 to 800V constantly for 0.01 to 2 hours, with a voltage-increasing current density of 1 to 200 mA/cm 2 to form a layer of amorphous Ta 2 O 5 film; (b) optionally polishing: polishing a fiber outlet face of the tantalum spinneret treated in step (a) to remove the Ta 2 O 5 film on a surface of the fiber outlet face; and (c) coating: subjecting the tantalum spinneret treated in step (b) to a coating treatment by a molten salt electrochemical method to form a film layer containing lithium-containing compound. (a) placing the tantalum spinneret in an oxygen-containing electrolyte solution at room temperature to 380°C and applying an anode voltage of 3 to 800V constantly for 0.01 to 2 hours, with a voltage-increasing current density of 1 to 200 mA/cm 2 to form a layer of amorphous Ta 2 O 5 film; (b) optionally polishing: polishing a fiber outlet face of the tantalum spinneret treated in step (a) to remove the Ta 2 O 5 film on a surface of the fiber outlet face; and (c) coating: subjecting the tantalum spinneret treated in step (b) to a coating treatment by a molten salt electrochemical method to form a film layer containing lithium-containing compound.
A shaft assembly attachable to a handle of a surgical instrument , said shaft assembly comprising: a shaft , comprising: a connector portion configured to operably connect said shaft to the handle; and a proximal end; an end effector comprising a distal end; an articulation joint connecting said end effector to said shaft ; a firing driver movable relative to said end effector by a firing motion; an articulation driver system, comprising: a proximal articulation driver ; and a distal articulation driver operably engaged with said end effector ; an articulation lock configured to releasably hold said distal articulation driver in position, wherein the movement of said proximal articulation driver is configured to unlock said articulation lock and drive said distal articulation driver ; and characterized by : a clutch system configured to selectively connect the proximal articulation driver to the firing driver such that said firing motion can generate said movement of said proximal articulation driver . a shaft , comprising: a connector portion configured to operably connect said shaft to the handle; and a proximal end; a connector portion configured to operably connect said shaft to the handle; and a proximal end; an end effector comprising a distal end; an articulation joint connecting said end effector to said shaft ; a firing driver movable relative to said end effector by a firing motion; an articulation driver system, comprising: a proximal articulation driver ; and a distal articulation driver operably engaged with said end effector ; a proximal articulation driver ; and a distal articulation driver operably engaged with said end effector ; an articulation lock configured to releasably hold said distal articulation driver in position, wherein the movement of said proximal articulation driver is configured to unlock said articulation lock and drive said distal articulation driver ; and characterized by : a clutch system configured to selectively connect the proximal articulation driver to the firing driver such that said firing motion can generate said movement of said proximal articulation driver .
A pharmaceutical composition for use in a method of treating pulmonary arterial hypertension (PAH) in a subject, wherein the pharmaceutical composition comprises endothelial progenitor cells (EPCs) that are treated ex vivo by prostacyclin such that the treated EPCs exhibit an enhanced angiogenic activity, and a mesenchymal stem cell (MSC) or a MSC-conditioned culture medium, wherein the MSC or MSC-conditioned culture medium is obtained by treating the MSC ex vivo during expansion with a prostacyclin, the method comprising administering the pharmaceutical composition to the subject.
A radio communication device comprising: a band comprising a plurality of recesses ; a module detachably coupled to the band, the module comprising a plurality of light sources , wherein each light source of the plurality of light sources lines up with a respective recess of the plurality of recesses when the module is coupled to the band, such that light from the plurality of light sources shines through the band; a state determination circuit configured to determine an operation state of the radio communication device ; an activation determination circuit configured to determine a respective activation state for each light source of the plurality of light sources based on the determined operation state, wherein there is an assignment between the determined operation state and activation states of the plurality of light sources ; and a control circuit configured to control each light source of the plurality of light sources based on the respective activation state for the light source. a band comprising a plurality of recesses ; a module detachably coupled to the band, the module comprising a plurality of light sources , wherein each light source of the plurality of light sources lines up with a respective recess of the plurality of recesses when the module is coupled to the band, such that light from the plurality of light sources shines through the band; a state determination circuit configured to determine an operation state of the radio communication device ; an activation determination circuit configured to determine a respective activation state for each light source of the plurality of light sources based on the determined operation state, wherein there is an assignment between the determined operation state and activation states of the plurality of light sources ; and a control circuit configured to control each light source of the plurality of light sources based on the respective activation state for the light source.
Can lid for an aluminum beverage can, said can lid comprising a pull tab for opening a tear panel , said can lid having a chuck wall defining a can lid plug diameter (R), a countersink and central panel having a panel radius , wherein a score line defining the tear panel and a rivet connecting the pull tab to the central panel are arranged on the central panel , the central panel having a thickness of less than 0,19 mm, characterized in that the can lid's lid plug diameter (R) is between 45 to 49 mm, the can lid has an outside diameter that is between 52 to 55 mm and a weight of less than 1,9 gr, the score line defines the tear panel that has an area that is between 300 mm 2 to 350 mm 2 , and in that the score line has a shortest distance from the panel radius of less than 3 mm.
A CD24 protein for use in reducing low-density lipoprotein (LDL) cholesterol (LDL-C) levels in a subject.
A method for producing a silicon ingot by the horizontal magnetic field Czochralski method, the method comprising: rotating a natural sand crucible containing a silicon melt at more than two revolutions per minute, the crucible having a wettable surface with a cristobalite layer formed thereon, the cristobalite layer having a thickness of greater than 0.25 mm; applying a horizontal magnetic field to the crucible; contacting the silicon melt with a seed crystal; and withdrawing the seed crystal from the silicon melt while rotating the crucible at more than two revolutions per minute to form a silicon ingot. rotating a natural sand crucible containing a silicon melt at more than two revolutions per minute, the crucible having a wettable surface with a cristobalite layer formed thereon, the cristobalite layer having a thickness of greater than 0.25 mm; applying a horizontal magnetic field to the crucible; contacting the silicon melt with a seed crystal; and withdrawing the seed crystal from the silicon melt while rotating the crucible at more than two revolutions per minute to form a silicon ingot.
An adjustable structure comprising an array of beams pivotally connected together at their ends by one or more tension joints , the or each tension joint comprising two or more entwined or intertwined flexible lines connected to adjacent beam ends by respective beam connectors , each end of each line being received and secured to a respective beam connector , wherein at least one of the lines is adjustably connected to at least one beam end by a tension adjustor of the beam connector which has a threaded portion that threadedly engages the beam end for adjusting the tension of the line along said beam .
A method, comprising: receiving , by a user equipment , a first signal transmitted by a network node , wherein the first signal comprises first configuration information; detecting , by the user equipment , a second signal based on the first configuration information, wherein the first signal determines a search space for the user equipment to detect the second signal; and transmitting , by the user equipment , a third signal based at least partly on the detected second signal, wherein the first signal comprises a first part of downlink control information, the second signal comprises a second part of downlink control information, and the third signal comprises a short transmission time interval Physical Uplink Shared Channel communication, wherein the first signal is received on a Physical Downlink Control Channel, PDCCH, or on an Enhanced PDCCH, and the second signal is detected on a control channel associated with the short transmission time interval, wherein the short transmission time interval is a Long Term Evolution, LTE, short transmission time interval. receiving , by a user equipment , a first signal transmitted by a network node , wherein the first signal comprises first configuration information; detecting , by the user equipment , a second signal based on the first configuration information, wherein the first signal determines a search space for the user equipment to detect the second signal; and transmitting , by the user equipment , a third signal based at least partly on the detected second signal,
A first anti-cancer agent (i), which is BVD-523 or a pharmaceutically acceptable salt thereof and a second anti-cancer agent (ii), which is a cyclin dependent kinase (CDK) inhibitor or a pharmaceutically acceptable salt thereof, for use in treating or ameliorating the effects of cancer in a subject, wherein the CDK inhibitor is selected from the group consisting of palbociclib, LEE-011, pharmaceutically acceptable salts thereof, and combinations thereof.
A device for securing an end of braided hoisting rope to a lifting device, characterised in that it comprises a tubular fastening frame to be fixed to the lifting device; a coil spring which is arranged to be installed and fastened over the tubular fastening frame ; a hoisting rope comprising a hollow end or workable into a hollow end; wherein said end of the hoisting rope is arranged to be secured in place by threading over the windings of the coil spring as the outer surface of the windings and into contact or to be brought into contact with the surface of the tubular fastening frame . a tubular fastening frame to be fixed to the lifting device; a coil spring which is arranged to be installed and fastened over the tubular fastening frame ; a hoisting rope comprising a hollow end or workable into a hollow end; wherein said end of the hoisting rope is arranged to be secured in place by threading over the windings of the coil spring as the outer surface of the windings and into contact or to be brought into contact with the surface of the tubular fastening frame .
An apparatus for fixing a surgically cut sternum during healing, the sternum having been cut into at least two fragments, the apparatus comprising: an elastic cable configured to secure said sternum fragments in apposition in proper position to promote bony healing; and a tensioning tool configured to apply variable tension to said elastic cable, said elastic cable being configured to accept repeated cycles of extension and contraction while maintaining the ability to provide a compressive load on the sternum fragments, wherein the apparatus further comprises: a pressure transducer configured to be inserted between the sternum fragments; and a pressure monitoring system coupled to the pressure transducer and configured to measure pressure sensed by said transducer, wherein the tensioning tool is configured to apply tension to said elastic cable to apply pressure between the sternum fragments , said tensioning tool being configured, in response to user manipulation or a programmed digital computer, to adjust the tension on the elastic cable to set the pressure between the sternum fragments to a desired compression range. an elastic cable configured to secure said sternum fragments in apposition in proper position to promote bony healing; and a tensioning tool configured to apply variable tension to said elastic cable, said elastic cable being configured to accept repeated cycles of extension and contraction while maintaining the ability to provide a compressive load on the sternum fragments, wherein the apparatus further comprises: a pressure transducer configured to be inserted between the sternum fragments; and a pressure monitoring system coupled to the pressure transducer and configured to measure pressure sensed by said transducer, wherein the tensioning tool is configured to apply tension to said elastic cable to apply pressure between the sternum fragments , said tensioning tool being configured, in response to user manipulation or a programmed digital computer, to adjust the tension on the elastic cable to set the pressure between the sternum fragments to a desired compression range. a pressure transducer configured to be inserted between the sternum fragments; and a pressure monitoring system coupled to the pressure transducer and configured to measure pressure sensed by said transducer, wherein the tensioning tool is configured to apply tension to said elastic cable to apply pressure between the sternum fragments , said tensioning tool being configured, in response to user manipulation or a programmed digital computer, to adjust the tension on the elastic cable to set the pressure between the sternum fragments to a desired compression range.
A kit for the detection of urease, the kit comprising: a composition comprising wet reagents provided in a water-based gel form that contains a pH indicator, wherein the composition is contained in a well formed in a container; a delivery tool arranged to deliver a tissue sample into contact with the composition, wherein the delivery tool comprises a holding part and a sampling part separated by a frangible connection enabling the sampling part to be separated from the holding part; and urea carried on the delivery tool is located at the sampling part, whereby the urea is arranged to be delivered to the composition together with the tissue sample; wherein the pH indicator is suitable for testing for ammonia that will be formed during use of the kit when the urea is broken down by urease. a composition comprising wet reagents provided in a water-based gel form that contains a pH indicator, wherein the composition is contained in a well formed in a container; a delivery tool arranged to deliver a tissue sample into contact with the composition, wherein the delivery tool comprises a holding part and a sampling part separated by a frangible connection enabling the sampling part to be separated from the holding part; and urea carried on the delivery tool is located at the sampling part, whereby the urea is arranged to be delivered to the composition together with the tissue sample; wherein the pH indicator is suitable for testing for ammonia that will be formed during use of the kit when the urea is broken down by urease.
An inductive coupler assembly for use in a downhole environment, comprising: a first inductive coupler ; and a second inductive coupler , wherein the first inductive coupler has first and second magnetically coupled coils; and the second inductive coupler has third and fourth magnetically coupled coils, characterized in that the first inductive coupler is to convey a differential-mode telemetry signal between a first pair and a second pair of signal lines, and the second inductive coupler is to convey a common-mode power signal between the first and second pairs of signal lines, wherein the first and third coils are coupled to the first pair of signal lines and the second and fourth coils are coupled to the second pair of signal lines , the first inductive coupler to magnetically convey the differential mode telemetry signal between the first and second pairs of signal lines and the second inductive coupler to magnetically convey a common mode power signal between the first and second pairs of signal lines, wherein each of the third and fourth coils has a respective first end coupled to an electrical ground or return path and wherein respective second ends of the third and fourth coils are electrically connected to respective ones of the first and second coils, and wherein the respective second ends are electrically connected to respective center taps of the first and second coils . a first inductive coupler ; and a second inductive coupler , wherein the first inductive coupler has first and second magnetically coupled coils; and the second inductive coupler has third and fourth magnetically coupled coils, characterized in that the first inductive coupler is to convey a differential-mode telemetry signal between a first pair and a second pair of signal lines, and the second inductive coupler is to convey a common-mode power signal between the first and second pairs of signal lines, wherein the first and third coils are coupled to the first pair of signal lines and the second and fourth coils are coupled to the second pair of signal lines , the first inductive coupler to magnetically convey the differential mode telemetry signal between the first and second pairs of signal lines and the second inductive coupler to magnetically convey a common mode power signal between the first and second pairs of signal lines, wherein each of the third and fourth coils has a respective first end coupled to an electrical ground or return path and wherein respective second ends of the third and fourth coils are electrically connected to respective ones of the first and second coils, and wherein the respective second ends are electrically connected to respective center taps of the first and second coils .