mhurhangee/patent-ind-claim-en huggingface dataset:
A base unit for actuating a bone mill used to convert bone stock into bone chips, said base unit including: a surface shaped to releasably receive a bone mill housing on which the bone mill housing is seated; a motor ; and a drive spindle attached to said motor to be rotated by said motor, said drive spindle being located adjacent said surface on which the bone mill housing is seated and having at least one drive member shaped to releasably engage a cutting device internal to the bone mill housing so that rotation of said drive spindle results in actuation of a cutting device internal to the bone mill that results in the conversion of bone stock to bone chips within the bone mill housing, characterized in that : said drive spindle is further attached to said motor to move longitudinally relative to said motor; a biasing member abuts said drive spindle to normally urge said drive spindle away from said surface on which the bone mill housing is seated so that said drive spindle and said biasing member cooperate to normally hold the bone mill housing away from said surface ; and an assembly is attached to at least one of said base unit or bone mill housing for releasably holding the bone mill housing against said surface . a surface shaped to releasably receive a bone mill housing on which the bone mill housing is seated; a motor ; and a drive spindle attached to said motor to be rotated by said motor, said drive spindle being located adjacent said surface on which the bone mill housing is seated and having at least one drive member shaped to releasably engage a cutting device internal to the bone mill housing so that rotation of said drive spindle results in actuation of a cutting device internal to the bone mill that results in the conversion of bone stock to bone chips within the bone mill housing, characterized in that : said drive spindle is further attached to said motor to move longitudinally relative to said motor; a biasing member abuts said drive spindle to normally urge said drive spindle away from said surface on which the bone mill housing is seated so that said drive spindle and said biasing member cooperate to normally hold the bone mill housing away from said surface ; and an assembly is attached to at least one of said base unit or bone mill housing for releasably holding the bone mill housing against said surface . said drive spindle is further attached to said motor to move longitudinally relative to said motor; a biasing member abuts said drive spindle to normally urge said drive spindle away from said surface on which the bone mill housing is seated so that said drive spindle and said biasing member cooperate to normally hold the bone mill housing away from said surface ; and an assembly is attached to at least one of said base unit or bone mill housing for releasably holding the bone mill housing against said surface .
A composition comprising: an aqueous medium, a volatile base, an acrylic film-forming polymer, a compatibilizing polymer, and a poly acidic polymer, wherein said composition is free from any alkaline swellable thickener, and wherein said composition is capable of being applied to a substrate using aqueous means and removed from said same substrate using aqueous means at a specific pH.
A method of wireless communication, comprising: detecting , by a first apparatus, a beam failure of a first link between the first apparatus and a second apparatus, wherein the first link is a direct link between the first apparatus and the second apparatus; transmitting , by the first apparatus, a beam failure recovery request indicating the beam failure of the first link, wherein the beam failure recovery request is transmitted via a second link of the first apparatus, wherein the second link is an indirect link between the first apparatus and a third apparatus that relays the beam failure recovery request to the second apparatus; and performing , by the first apparatus, a beam failure recovery procedure, to select one or more beams for communication between the first apparatus and the second apparatus, based at least in part on transmitting the beam failure recovery request via the second link. detecting , by a first apparatus, a beam failure of a first link between the first apparatus and a second apparatus, wherein the first link is a direct link between the first apparatus and the second apparatus; transmitting , by the first apparatus, a beam failure recovery request indicating the beam failure of the first link, wherein the beam failure recovery request is transmitted via a second link of the first apparatus, wherein the second link is an indirect link between the first apparatus and a third apparatus that relays the beam failure recovery request to the second apparatus; and performing , by the first apparatus, a beam failure recovery procedure, to select one or more beams for communication between the first apparatus and the second apparatus, based at least in part on transmitting the beam failure recovery request via the second link.
A full face piece of a breathing apparatus comprising an eyepiece for covering a front part and both side parts of a face and a main body integrally united with a circumference of the eyepiece so as to cover a circumferential part of the face, wherein the eyepiece is made of transparent hard plastic material and the main body is made of flexible elastic material, characterized in that: the eyepiece comprises a plurality of spherical surfaces. an eyepiece for covering a front part and both side parts of a face and a main body integrally united with a circumference of the eyepiece so as to cover a circumferential part of the face, wherein the eyepiece is made of transparent hard plastic material and the main body is made of flexible elastic material, characterized in that: the eyepiece comprises a plurality of spherical surfaces.
A fusion protein comprising a first cytokine that is interleukin 13 (IL13) and a second cytokine that is interleukin 4 (IL4), interleukin 10 (IL10), or IL13, wherein the first cytokine comprises a wild type IL13 amino acid sequence or the second cytokine comprises a wild type IL4, IL10, or IL13 amino acid sequence.
A radar fill level measuring device for emitting a fill level of a fill product, wherein the radar fill level measuring device is configured for clocked operation, the radar fill level measuring device comprising: a frequency synthesizer configured to generate an oscillator signal; a high frequency module configured to generate a transmission signal based on the oscillator signal; and an energy supply module configured to supply electrical energy to the frequency synthesizer and the high frequency module ; wherein the frequency synthesizer comprises a controller , a phase-locked loop with a phase regulator element and an oscillator ; and wherein the phase-locked loop is configured to adjust a frequency of the oscillator signal to a target value; wherein the phase regulator element is configured to provide a control signal for the controller , when the frequency of the oscillator signal has reached the target value; characterized in that the controller is configured to actuate, during a settling time, in which the frequency of the oscillator signal is adjusted to the target value, the energy supply module to supply the high-frequency module with electrical energy before the control signal is provided by the phase regulator element . a frequency synthesizer configured to generate an oscillator signal; a high frequency module configured to generate a transmission signal based on the oscillator signal; and an energy supply module configured to supply electrical energy to the frequency synthesizer and the high frequency module ; wherein the frequency synthesizer comprises a controller , a phase-locked loop with a phase regulator element and an oscillator ; and wherein the phase-locked loop is configured to adjust a frequency of the oscillator signal to a target value; wherein the phase regulator element is configured to provide a control signal for the controller , when the frequency of the oscillator signal has reached the target value; characterized in that the controller is configured to actuate, during a settling time, in which the frequency of the oscillator signal is adjusted to the target value, the energy supply module to supply the high-frequency module with electrical energy before the control signal is provided by the phase regulator element .
A method for estimating aquatic environment-originating biofilm biomass on a coating of an object, including: a) obtaining one or more digital images of a fouled portion of the coating on the object; b) determining from each of the one or more images a respective reflectance value for the portion of the coating; c) determining on the basis of the one or more reflectance values a value of a spectral index representative of biomass; d) calculating a biomass pigment surface area density on the basis of the spectral index, SI, and one or more calibration values determined for a reference coating; and e) compensating the calculated biomass pigment surface area density for the reflectance of the coating of the object by applying a compensation associated with the difference of the reflectance of the coating of the object relative to the reference coating. a) obtaining one or more digital images of a fouled portion of the coating on the object; b) determining from each of the one or more images a respective reflectance value for the portion of the coating; c) determining on the basis of the one or more reflectance values a value of a spectral index representative of biomass; d) calculating a biomass pigment surface area density on the basis of the spectral index, SI, and one or more calibration values determined for a reference coating; and e) compensating the calculated biomass pigment surface area density for the reflectance of the coating of the object by applying a compensation associated with the difference of the reflectance of the coating of the object relative to the reference coating.
A driving module comprising: a driving source configured to transmit power; an input side rotary body connected to the driving source and configured to rotate; and a first decelerator and a second decelerator configured to operate using the power received from the driving source through the input side rotary body , wherein a gear ratio from the input side rotary body to the output terminal of the first decelerator differs from a gear ratio from the input side rotary body to the output terminal of the second decelerator , and the first decelerator comprises a first planet gear , a first carrier , a first ring gear , and a first pulley , and the second decelerator comprises a second planet gear , a second carrier , a second ring gear , and a second pulley , wherein: the first planet gear and second planet gear are fixed together to perform a single rigid body motion and the first ring gear and second ring gear are fixed to the first pulley and second pulley respectively to perform a single rigid body motion; or the first ring gear and second ring gear are fixed together to perform a single rigid body motion and the first carrier and second carrier are fixed to the first pulley and second pulley respectively to perform a single rigid body motion. a driving source configured to transmit power; an input side rotary body connected to the driving source and configured to rotate; and a first decelerator and a second decelerator configured to operate using the power received from the driving source through the input side rotary body , wherein a gear ratio from the input side rotary body to the output terminal of the first decelerator differs from a gear ratio from the input side rotary body to the output terminal of the second decelerator , and the first decelerator comprises a first planet gear , a first carrier , a first ring gear , and a first pulley , and the second decelerator comprises a second planet gear , a second carrier , a second ring gear , and a second pulley , wherein: the first planet gear and second planet gear are fixed together to perform a single rigid body motion and the first ring gear and second ring gear are fixed to the first pulley and second pulley respectively to perform a single rigid body motion; or the first ring gear and second ring gear are fixed together to perform a single rigid body motion and the first carrier and second carrier are fixed to the first pulley and second pulley respectively to perform a single rigid body motion. the first planet gear and second planet gear are fixed together to perform a single rigid body motion and the first ring gear and second ring gear are fixed to the first pulley and second pulley respectively to perform a single rigid body motion; or the first ring gear and second ring gear are fixed together to perform a single rigid body motion and the first carrier and second carrier are fixed to the first pulley and second pulley respectively to perform a single rigid body motion.
A method of producing an endless metal ring by butting and welding ends of a steel plate having a chemical composition including 0.30 to 0.70% by mass of C, 2.50% by mass or less of Si, 1.00% by mass or less of Mn, 1.00 to 4.00% by mass of Cr, 0.50 to 3.00% by mass of Mo, and 1.00% by mass or less of V, the chemical composition satisfying a relationship of Formula 1, and the remainder of the chemical composition being Fe and unavoidable impurities, wherein the Formula 1 is 159 × C (%) + 91 × Si (%) + 68 × Cr (%) + 198 × Mo (%) + 646 ≥ 1000, the method comprising: a welding process in which, while the ends of the steel plate are heated at a temperature lower than a melting temperature, the ends are pressed against each other and welded by butt welding; and a heat treatment process in which heating is performed at an austenite transformation temperature or lower after the welding process. a welding process in which, while the ends of the steel plate are heated at a temperature lower than a melting temperature, the ends are pressed against each other and welded by butt welding; and a heat treatment process in which heating is performed at an austenite transformation temperature or lower after the welding process.
Compound of formula (I): Wherein: - R 1 represents a phenyl group or a five or six-membered heteroaryl group with one, two or three heteroatoms selected from O, S and N, which are optionally substituted by 1, 2 or 3 substituents selected from the group consisting of halogen atom, C 1 -C 6 haloalkyl linear or branched, C 1 -C 6 alkyl linear or branched, C 1 -C 6 alkoxy linear or branched and cyano group, and pharmaceutically acceptable salts thereof. - R 1 represents a phenyl group or a five or six-membered heteroaryl group with one, two or three heteroatoms selected from O, S and N, which are optionally substituted by 1, 2 or 3 substituents selected from the group consisting of halogen atom, C 1 -C 6 haloalkyl linear or branched, C 1 -C 6 alkyl linear or branched, C 1 -C 6 alkoxy linear or branched and cyano group,
An implant for insertion between adjacent vertebral bodies, the implant comprising: (a) a base having a first contact surface for contacting a first region of tissue, said base comprising a first portion displaceable relative to a second portion , said base having an initial length and being shortened towards a second length through relative motion of said first portion and said second portion; (b) a hinged element having a second contact surface for contacting a second of the adjacent vertebral bodies, said hinged element being interconnected with said first portion of said base at a hinge ; and (c) a linking segment hingedly connected to said second portion of said base at an axis of hinged interconnection and further hingedly connected to said hinged element at an axis of hinged interconnection, wherein each of said first and second contact surfaces is provided with tissue engaging features for anchoring against adjacent bone surfaces, characterized in that said base , said hinged element and said linking segment form a rigid triangular geometry for any given length of said base such that shortening of said base from said initial length towards said second length causes said linking segment to push a region of said hinged element away from said base , thereby changing an angle of said second contact surface relative to said first contact surface such that, when the implant is deployed between the first and second vertebral bodies and said base is shortened, said changing of said angle of said second contact surface relative to said first contact surface contributing to an angular correction between the vertebral bodies, and wherein a largest dimension (D 1 ) of said second contact surface is at least 40% longer than a dimension (D 2 ) between said axis of hinged interconnection between said linking segment and said second portion of said base and said axis of hinged interconnection between said linking segment and said hinged element . (a) a base having a first contact surface for contacting a first region of tissue, said base comprising a first portion displaceable relative to a second portion , said base having an initial length and being shortened towards a second length through relative motion of said first portion and said second portion; (b) a hinged element having a second contact surface for contacting a second of the adjacent vertebral bodies, said hinged element being interconnected with said first portion of said base at a hinge ; and (c) a linking segment hingedly connected to said second portion of said base at an axis of hinged interconnection and further hingedly connected to said hinged element at an axis of hinged interconnection,
A computer-implemented method comprising: defining one or more processor units having a plurality of peer lateral caches , wherein each processor unit comprises a processor having at least one cache from the plurality of peer lateral caches, and wherein each of the one or more processor units are coupled together by an interconnect fabric; for each of the plurality of peer lateral caches, arranging a plurality of cache lines into one or more congruence classes, wherein each congruence class in the one or more congruence classes comprises a chronology vector; arranging each cache in the plurality of peer lateral caches into a cluster of caches, each cluster of caches being assigned to a scope domain corresponding to a scope of persistence; determining a first cache line to evict based on an age of the first cache line indicated by the chronology vector; and determining a target cache for installing the first cache line based on a scope of the first cache line and a saturation metric associated with the target cache, wherein: the scope of the first cache line comprises a scope of persistence and is determined based on lateral persistence tag bits; and the saturation metric comprises at least one of a number of installs defined by processor misses and a number of installs in a cache from lateral caches. defining one or more processor units having a plurality of peer lateral caches , wherein each processor unit comprises a processor having at least one cache from the plurality of peer lateral caches, and wherein each of the one or more processor units are coupled together by an interconnect fabric; for each of the plurality of peer lateral caches, arranging a plurality of cache lines into one or more congruence classes, wherein each congruence class in the one or more congruence classes comprises a chronology vector; arranging each cache in the plurality of peer lateral caches into a cluster of caches, each cluster of caches being assigned to a scope domain corresponding to a scope of persistence; determining a first cache line to evict based on an age of the first cache line indicated by the chronology vector; and determining a target cache for installing the first cache line based on a scope of the first cache line and a saturation metric associated with the target cache, wherein: the scope of the first cache line comprises a scope of persistence and is determined based on lateral persistence tag bits; and the saturation metric comprises at least one of a number of installs defined by processor misses and a number of installs in a cache from lateral caches. the scope of the first cache line comprises a scope of persistence and is determined based on lateral persistence tag bits; and the saturation metric comprises at least one of a number of installs defined by processor misses and a number of installs in a cache from lateral caches.
A surgical injection device for treating a selected site of a spine, the device comprising: a plurality of tubular elements , wherein the plurality of tubular elements include a syringe barrel defining a barrel passageway , and tubing defining a tubing passageway , the tubing connected with a distal end of the barrel , such that barrel passageway connects with tubing passageway to define a passageway (P); an agent and an evacuator disposed within the passageway (P), the plurality of tubular elements being configured for disposal of a selected volume (V) of the agent ; and an actuator, characterized in that the agent and the evacuator are disposed in series within the barrel passageway ; and the actuator is engageable with the evacuator to entirely expel the selected volume (V) of the agent from the passageway (P) to the selected site. a plurality of tubular elements , wherein the plurality of tubular elements include a syringe barrel defining a barrel passageway , and tubing defining a tubing passageway , the tubing connected with a distal end of the barrel , such that barrel passageway connects with tubing passageway to define a passageway (P); an agent and an evacuator disposed within the passageway (P), the plurality of tubular elements being configured for disposal of a selected volume (V) of the agent ; and an actuator, characterized in that the agent and the evacuator are disposed in series within the barrel passageway ; and the actuator is engageable with the evacuator to entirely expel the selected volume (V) of the agent from the passageway (P) to the selected site.
An orthodontic system comprising: a removable segmentary shell for being fitted on a segment of teeth in a posterior lateral sector of an arch, the segment of teeth comprising between two and six adjacent teeth and extending from a canine or premolar to a premolar or molar; an elastic band ; and a labial retention feature configured to be coupled with the elastic band, wherein either the removable segmentary shell comprises the labial retention feature or the labial retention feature is configured to be fitted on a tooth of the segment of teeth and the segmentary shell comprises an opening through which the labial retention feature is configured to protrude; and wherein the removable segmentary shell is not connected to another segmentary shell or to other teeth outside the segment and within the same arch such that the orthodontic system is configured to apply distalizing forces to the segment of teeth, without transferring the forces to other teeth outside the segment and in the arch. a removable segmentary shell for being fitted on a segment of teeth in a posterior lateral sector of an arch, the segment of teeth comprising between two and six adjacent teeth and extending from a canine or premolar to a premolar or molar; an elastic band ; and a labial retention feature configured to be coupled with the elastic band, wherein either the removable segmentary shell comprises the labial retention feature or the labial retention feature is configured to be fitted on a tooth of the segment of teeth and the segmentary shell comprises an opening through which the labial retention feature is configured to protrude; and wherein the removable segmentary shell is not connected to another segmentary shell or to other teeth outside the segment and within the same arch such that the orthodontic system is configured to apply distalizing forces to the segment of teeth, without transferring the forces to other teeth outside the segment and in the arch.