mhurhangee/patent-ind-claim-en huggingface dataset:
A turf treatment apparatus , comprising: a cylindrical rotor , rotatable about an axis , the rotor having: a first helical track portion having a first helical track extending about the axis in a first direction from a first end of the rotor towards a central portion of the rotor , wherein the first direction comprises an anticlockwise direction; a second helical track portion having a second helical track extending about the axis in a second direction between a second end of the rotor and the central portion of the rotor , wherein the second direction comprises a clockwise direction; wherein each helical track portion comprises between 2 and 10 helical tracks , each helical track having a plurality of teeth arranged therealong; wherein the teeth are closely spaced along the helical tracks to provide substantially full coverage across the rotor such that the rotor is capable of removing in one pass substantially all thatch, grass, infected humus and or sand. a first helical track portion having a first helical track extending about the axis in a first direction from a first end of the rotor towards a central portion of the rotor , wherein the first direction comprises an anticlockwise direction; a second helical track portion having a second helical track extending about the axis in a second direction between a second end of the rotor and the central portion of the rotor , wherein the second direction comprises a clockwise direction; wherein each helical track portion comprises between 2 and 10 helical tracks , each helical track having a plurality of teeth arranged therealong; wherein the teeth are closely spaced along the helical tracks to provide substantially full coverage across the rotor such that the rotor is capable of removing in one pass substantially all thatch, grass, infected humus and or sand.
Method for testing a network comprising a number of network sections (A - I, J - Q), in particular in a wiring harness comprising a number of such networks , comprising the following steps: recording (S1) training measurement values for a number of reference networks , the reference networks corresponding to the network to be tested, preprocessing (S2) the recorded training measurement values in order to eliminate data errors in the training measurement values , training (S3) a first classification system with the training measurement values , the first classification system being based on at least one algorithm from the field of machine learning and being designed to classify a network as either fault-free or faulty, training (S4) a second classification system with the training measurement values , the second classification system being based on at least one algorithm from the field of machine learning and being designed to classify a faulty network section (A - I, J - Q) of a network , recording (S5) test measurement values for the network to be tested, preprocessing (S6) the recorded test measurement values in order to eliminate data errors in the training measurement values , classifying (S7) the network to be tested as fault-free or faulty on the basis of the recorded test measurement values with the trained first classification system , and classifying (S8) the faulty network section (A - I, J - Q) of the network to be tested with the trained second classification system if the network to be tested was classified as faulty by the trained first classification system . recording (S1) training measurement values for a number of reference networks , the reference networks corresponding to the network to be tested, preprocessing (S2) the recorded training measurement values in order to eliminate data errors in the training measurement values , training (S3) a first classification system with the training measurement values , the first classification system being based on at least one algorithm from the field of machine learning and being designed to classify a network as either fault-free or faulty, training (S4) a second classification system with the training measurement values , the second classification system being based on at least one algorithm from the field of machine learning and being designed to classify a faulty network section (A - I, J - Q) of a network , recording (S5) test measurement values for the network to be tested, preprocessing (S6) the recorded test measurement values in order to eliminate data errors in the training measurement values , classifying (S7) the network to be tested as fault-free or faulty on the basis of the recorded test measurement values with the trained first classification system , and classifying (S8) the faulty network section (A - I, J - Q) of the network to be tested with the trained second classification system if the network to be tested was classified as faulty by the trained first classification system .
Black tea product comprising a preservative composition, wherein the black tea product is a ready-to-drink beverage or a beverage concentrate, wherein the black tea product comprises less than 60 ppm linalool, and wherein the preservative composition comprises at least 3 compounds selected from: hexanal, E-2-hexenal, E-2-hexenol, E-linalool oxide, methanol and methyl salicylate.
An antenna system comprising first and second antennas , the second antenna being disposed laterally from the first antenna along a longitudinal axis, and further comprising a first isolation structure disposed between the first and second antennas , the first isolation structure comprising a first resonator element having a first arm with first and second ends, the first arm connected to ground at its first end and extending across the longitudinal axis, and a lateral second arm connected to the second end of the first arm , wherein at least a portion of the first resonator element is disposed adjacent to a portion of the first antenna such that the first resonator element is strongly coupled to the first antenna such that a resonant condition is created when the first antenna is excited in a first frequency band, wherein the first isolation structure further comprises a second resonator element disposed relative to the first resonator element so as to couple strongly to the first resonator element , and wherein the first and second resonator elements are not directly connected to each other, but are each separately connected to ground, and wherein the second resonator element comprises a lateral elongated element located between the first antenna and the first arm of the first resonator element .
A connector comprising: a body having a through-way which is open at one end; a shoulder in the through-way faces the open end and supports an O-ring a cap fitted to an open end of the body and extending from the open end towards the opposite end, the cap being a different colour to the body; a gripping ring in the cap and having a plurality of inwardly facing teeth to grip, in use, a tube in the through-way to prevent it from being pulled out of the open end of the connector; a locking ring fitted over the open end of the body and cap, the locking ring being rotatable between a locked position in which the teeth of the gripping ring can engage the tube and an unlocked position in which the teeth of the gripping ring are prevented from engaging the tube; the locking ring having a window which lines up with the body in one of the locked and unlocked positions and the cap in the other of the locked and unlocked positions. a body having a through-way which is open at one end; a shoulder in the through-way faces the open end and supports an O-ring a cap fitted to an open end of the body and extending from the open end towards the opposite end, the cap being a different colour to the body; a gripping ring in the cap and having a plurality of inwardly facing teeth to grip, in use, a tube in the through-way to prevent it from being pulled out of the open end of the connector; a locking ring fitted over the open end of the body and cap, the locking ring being rotatable between a locked position in which the teeth of the gripping ring can engage the tube and an unlocked position in which the teeth of the gripping ring are prevented from engaging the tube; the locking ring having a window which lines up with the body in one of the locked and unlocked positions and the cap in the other of the locked and unlocked positions.
Tipifarnib for use in a method of treating cetuximab-refractory squamous cell carcinoma of the head and neck (SCCHN) in a subject, wherein the SCCHN has an HRAS mutation.
A method for receiving control information by a User Equipment, UE, in a wireless communication system, the method comprising: monitoring channel quality of a control channel; determining whether reconfiguration of the control channel is required, based on the channel quality of the control channel; if the reconfiguration of the control channel is required, requesting an evolved Node B, eNB, to reconfigure the control channel; receiving, from the eNB, a response message corresponding to the request to reconfigure the control channel, the response message indicating that the control channel is reconfigured; and receiving the control information through the reconfigured control channel by performing blind decoding on a resource region of the control channel and on a resource region of the reconfigured control channel using at least one specific aggregation level based on receiving the response message, wherein the at least one specific aggregation level is selected from among a plurality of aggregation levels that are available for receiving the control information. monitoring channel quality of a control channel; determining whether reconfiguration of the control channel is required, based on the channel quality of the control channel; if the reconfiguration of the control channel is required, requesting an evolved Node B, eNB, to reconfigure the control channel; receiving, from the eNB, a response message corresponding to the request to reconfigure the control channel, the response message indicating that the control channel is reconfigured; and receiving the control information through the reconfigured control channel by performing blind decoding on a resource region of the control channel and on a resource region of the reconfigured control channel using at least one specific aggregation level based on receiving the response message, wherein the at least one specific aggregation level is selected from among a plurality of aggregation levels that are available for receiving the control information.
Food preparation appliance with a food preparation vessel , with a rotatable mixing tool for mixing and/or chopping a food in a bottom region of the food preparation vessel , with a control unit with which the rotational speed for the mixing tool can be set, wherein a rotational speed of at least 5000 revolutions per minute, preferably of at least 8000 revolutions per minute, can be set by the control unit for the mixing tool , wherein a collecting basket can be inserted or is inserted into the food preparation vessel or is detachably positioned on the food preparation vessel, with a rotatable chopping tool for chopping food, wherein the chopping tool is arranged or can be arranged relative to the collecting basket in such a way that, after chopping by means of the chopping tool , a food falls downwards due to gravity in order to be collected in the collecting basket , characterized in that the food preparation vessel is liquid-tight and the mixing tool comprises a blade protruding from a shaft.
An apparatus for deskewing an eye diagram of a multilevel signal, the apparatus comprising: a skew estimator adapted to estimate, at a respective sampling phase, a skew value, p i , of each signal level, L i , of the multilevel signal using a variability measurement, σ, m, and a quantization, Q i , of the respective region associated with each signal level, L i ,; and a deskew calculator adapted to determine, at the respective sampling phase, a deskew value, d i , of each quantization region of the multilevel signal based on the estimated skew value, p i , wherein: the estimated skew value, p i , of each signal level, L i , equals a time shift, ΔUI, corresponding to the respective lowest value, σ min , m min , of the variability measurement, σ, m; and, wherein the variability measurement is related to a measurement of standard deviation, σ, or mean absolute deviation, m, for each signal level L i . a skew estimator adapted to estimate, at a respective sampling phase, a skew value, p i , of each signal level, L i , of the multilevel signal using a variability measurement, σ, m, and a quantization, Q i , of the respective region associated with each signal level, L i ,; and a deskew calculator adapted to determine, at the respective sampling phase, a deskew value, d i , of each quantization region of the multilevel signal based on the estimated skew value, p i , wherein: the estimated skew value, p i , of each signal level, L i , equals a time shift, ΔUI, corresponding to the respective lowest value, σ min , m min , of the variability measurement, σ, m; and, wherein the variability measurement is related to a measurement of standard deviation, σ, or mean absolute deviation, m, for each signal level L i . the estimated skew value, p i , of each signal level, L i , equals a time shift, ΔUI, corresponding to the respective lowest value, σ min , m min , of the variability measurement, σ, m; and, wherein the variability measurement is related to a measurement of standard deviation, σ, or mean absolute deviation, m, for each signal level L i .
A sustained release tablet comprising: - 14.00 to 24.00 mg of molsidomine, - 45.00 to 80.00 mg of calcium monohydrogen phosphate dihydrate, - 35.00 to 60.00 mg of a lipophilic matrix agent, - 15.00 to 45.00 mg of microcrystalline cellulose, - 0.10 to 10.00 mg of anhydrous colloidal silica, and - 0.50 to 5.00 mg of magnesium stearate, wherein said tablet is obtained by a direct compression method. - 14.00 to 24.00 mg of molsidomine, - 45.00 to 80.00 mg of calcium monohydrogen phosphate dihydrate, - 35.00 to 60.00 mg of a lipophilic matrix agent, - 15.00 to 45.00 mg of microcrystalline cellulose, - 0.10 to 10.00 mg of anhydrous colloidal silica, and - 0.50 to 5.00 mg of magnesium stearate,
A seal for a fluid level sensor assembly mounted in a pipe, the seal comprising a seal body arranged to be sealingly fitted around a sensor , the seal body having a first side defining a first lip and a second side defining a second lip , the second lip being thinner than the first lip, and a spring mounted to the seal and arranged to move the seal body along the sensor, when mounted around the sensor, such that the second lip provides a seal around the sensor and the first lip wipes the sensor to remove debris thereon.
An emulsion stabilizer comprising: a blend of one or more cellulose ether and one or more cross-linked, modified starch, wherein one or more of the cellulose ethers is hydrophobically modified, and wherein the total amount of cellulose ethers in the blend is not greater than 50 wt%.
A web of bags configured to be guided through a filling station , the web of bags comprising - a continuous guide of a guide material configured to be guided through the filling station and wherein the guide is connected with one or more bags of a bag material , wherein the bag material is of a different material than the guide material , the guide material is a polymer or plastic, and the bag material is selected amongst fibrous materials such as paper, or the bag material is selected amongst metallic foils such as aluminum foils, characterized in that the one or more bags comprises a bag opening , and the guide is connected to the one or more bags on the inside of the one or more bags . - a continuous guide of a guide material configured to be guided through the filling station and wherein the guide is connected with one or more bags of a bag material , wherein the bag material is of a different material than the guide material , the guide material is a polymer or plastic, and the bag material is selected amongst fibrous materials such as paper, or the bag material is selected amongst metallic foils such as aluminum foils, characterized in that the one or more bags comprises a bag opening , and the guide is connected to the one or more bags on the inside of the one or more bags . the guide material is a polymer or plastic, and the bag material is selected amongst fibrous materials such as paper, or the bag material is selected amongst metallic foils such as aluminum foils, characterized in that the one or more bags comprises a bag opening , and the guide is connected to the one or more bags on the inside of the one or more bags .
Canopy having at least two lateral beams on which a plurality of slats are each mounted so as to be pivotable about an axis of rotation, wherein the axes of rotation of the slats extend from one beam (1; 2) to the other beam (2; 1) and each have a longitudinal extent (L) bounded by a first side and an opposite second side, the slats being pivotable from a closed position, in which the slats form a closed roof surface, into an, in particular arbitrary, open position, wherein the slats are kinetically coupled to one another by means of at least one coupling rod , characterised in that at least one compression spring is arranged between a beam and the coupling rod and/or at least one slat in such a way that a fixed end of the compression spring engages on the beam , while a free end of the compression spring engages on the coupling rod and/or on the slat and at all times exerts a compressive force on the coupling rod and/or on the slat in the closing direction of the slats , the compression spring being arranged in such a way that a compressive force in the closing direction of the slats is also exerted on the coupling rod in the closed position of the slats .
A sliding compound mitre saw comprising: a base ; a rotatable table pivotally mounted within the base to enable the saw to perform mitre cuts, the base and rotatable table forming a base assembly with the top surfaces of the base and the rotatable table forming a work surface; a mount pivotally mounted on the rear of the rotatable table to enable the saw to perform bevel cuts; a second base pivotally mounted on the mount to enable the saw to perform chop cuts; two parallel guide rods rigidly attached to the second base and which extend across the base assembly , one guide rod being located above the other guide rod ; a cutting unit slideably mounted on the two guide rods which is capable of being slid along the length of the guide rods over the base assembly to enable the saw to perform sliding cuts; characterised in that a handle is mounted to each side of the base , the top surfaces of which are flat and flush with the top surfaces of the base and the rotatable table to extend the work surface ; wherein each side of the base comprises a receiving section which faces at least in an upward direction; the underside of each handle comprising a mating portion which faces at least in a downward direction for engaging with a corresponding receiving section ; wherein the sliding compound mitre saw is configured such that each handle is mounted on the base by being lowered (Arrow A) from above the base onto the base so that the receiving section engages with the mating portion , each handle being secured to the base with at least one fastener when mounted on the base . a base ; a rotatable table pivotally mounted within the base to enable the saw to perform mitre cuts, the base and rotatable table forming a base assembly with the top surfaces of the base and the rotatable table forming a work surface; a mount pivotally mounted on the rear of the rotatable table to enable the saw to perform bevel cuts; a second base pivotally mounted on the mount to enable the saw to perform chop cuts; two parallel guide rods rigidly attached to the second base and which extend across the base assembly , one guide rod being located above the other guide rod ; a cutting unit slideably mounted on the two guide rods which is capable of being slid along the length of the guide rods over the base assembly to enable the saw to perform sliding cuts; characterised in that a handle is mounted to each side of the base , the top surfaces of which are flat and flush with the top surfaces of the base and the rotatable table to extend the work surface ; wherein each side of the base comprises a receiving section which faces at least in an upward direction; the underside of each handle comprising a mating portion which faces at least in a downward direction for engaging with a corresponding receiving section ; wherein the sliding compound mitre saw is configured such that each handle is mounted on the base by being lowered (Arrow A) from above the base onto the base so that the receiving section engages with the mating portion , each handle being secured to the base with at least one fastener when mounted on the base .
A trimmer head , comprising: a spool formed with a winding portion for winding a trimmer line ; a head housing formed with an accommodating space for accommodating at least a portion of the spool ; and the trimmer head further comprises an intermediate element the trimmer head being characterized in that the intermediate element is configured for transmitting a torque between the spool and the head housing such that one of the spool and the head housing rotates with the other, the spool drives the intermediate element to rotate, and the intermediate element is slidably connected to the spool in a direction along a rotation axis or parallel to the rotation axis , the intermediate element is formed with driving teeth arranged sequentially in a circumferential direction around the rotation axis , a number of the driving teeth is at least two, and the head housing is formed with matching teeth for matching the driving teeth. a spool formed with a winding portion for winding a trimmer line ; a head housing formed with an accommodating space for accommodating at least a portion of the spool ; and the trimmer head further comprises an intermediate element the trimmer head being characterized in that the intermediate element is configured for transmitting a torque between the spool and the head housing such that one of the spool and the head housing rotates with the other, the spool drives the intermediate element to rotate, and the intermediate element is slidably connected to the spool in a direction along a rotation axis or parallel to the rotation axis , the intermediate element is formed with driving teeth arranged sequentially in a circumferential direction around the rotation axis , a number of the driving teeth is at least two, and the head housing is formed with matching teeth for matching the driving teeth.