mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil, comprising: an airfoil section having an external wall and an internal wall , said internal wall defining a first reference plane extending in a spanwise direction and through a thickness of said internal wall; a first cavity and a second cavity separated by said internal wall; and a plurality of crossover passages within said internal wall and connecting said first cavity to said second cavity , each of said plurality of crossover passages defining a passage axis, said plurality of crossover passages distributed in said spanwise direction and arranged such that said passage axis of each of said plurality of crossover passages intersects a surface of said second cavity; characterised in that said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages positioned on opposite sides of said first reference plane, and at least one of said first set of crossover passages includes a helical geometry. an airfoil section having an external wall and an internal wall , said internal wall defining a first reference plane extending in a spanwise direction and through a thickness of said internal wall; a first cavity and a second cavity separated by said internal wall; and a plurality of crossover passages within said internal wall and connecting said first cavity to said second cavity , each of said plurality of crossover passages defining a passage axis, said plurality of crossover passages distributed in said spanwise direction and arranged such that said passage axis of each of said plurality of crossover passages intersects a surface of said second cavity; characterised in that said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages positioned on opposite sides of said first reference plane, and at least one of said first set of crossover passages includes a helical geometry.
An electric cleaning and care appliance comprising: a handle comprising a handle housing , inside which are mounted a power supply portion for supplying power to respective portions of the electric cleaning and care appliance, a control portion for controlling various operation modes of the electric cleaning and care appliance and turning on or off the electric cleaning and care appliance, a trigger portion for turning on or off operation of the electric cleaning and care appliance and a driver for converting input electric energy into mechanical energy output, the driver comprising a transducer, a drive coil , and a drive coil iron core provided in the drive coil , wherein when an alternating current flows through the drive coil , permanent magnets provided on the transducer are subjected to a reaction force of an electromagnetic force and drive the transducer to make reciprocating rotary motion at a frequency of the alternating current, thereby driving a cleaning element fit on a drive shaft of the transducer to make reciprocating rotary motion, wherein the transducer comprises at least two transducer elastic members , the at least two transducer elastic members engage in resonance oscillation motion with bending strain characteristics and are distributed symmetrically on left and right sides of a longitudinal axis (L 2 ) of the drive shaft, an angle between the left and right side transducer elastic members is 180°, and the left and right side transducer elastic members are approximately equal in length and in section modulus in bending such that deflection amplitude of the left side transducer elastic member and deflection amplitude of the right side transducer elastic member are approximately equal, and flexure direction of the left side transducer elastic member and flexure direction of the right side transducer elastic member are opposite; wherein an angle between a longitudinal axis (L 1 ) of the cleaning element and a normal direction of a plane (M) of the transducer elastic member is 0° to 60°; characterized in that a frequency of the alternating current in the drive coil is a fixed value equal to f 0max -n, n being a fixed value in the range of -0.3(f 0max -f 0min ) to 0.85(f 0max -f 0min ), wherein f 0max is a frequency of the current of the drive coil corresponding to a maximum value of an average voltage on a current-detecting resistor (R 25 ), and f 0min is a frequency of the current of the drive coil corresponding to a minimum value of the average voltage on the current-detecting resistor (R 25 ).
An aqueous polymer composition comprising, (A) an emulsion polymer comprising, based on the weight of the emulsion polymer, from 5% to 28% by weight of structural units of a cycloalkyl (meth)acrylate, from 0.1% to 10% by weight of structural units of an acetoacetoxy or acetoacetamide functional monomer, from 0.05% to 10% by weight of structural units of a phosphorous acid monomer, a salt thereof, or mixtures thereof, from zero to 10% by weight of structural units of an additional ethylenically unsaturated acid monomer, and structural units of an additional ethylenically unsaturated nonionic monomer; and (B) from 0.7% to 7.8% by dry weight of a waterborne resin comprising at least one fatty acid ester segment and having a number average molecular weight of 20,000 grams per mole or less, measured using the method disclosed in the description, based on the total dry weight of the emulsion polymer and the waterborne resin. (A) an emulsion polymer comprising, based on the weight of the emulsion polymer, from 5% to 28% by weight of structural units of a cycloalkyl (meth)acrylate, from 0.1% to 10% by weight of structural units of an acetoacetoxy or acetoacetamide functional monomer, from 0.05% to 10% by weight of structural units of a phosphorous acid monomer, a salt thereof, or mixtures thereof, from zero to 10% by weight of structural units of an additional ethylenically unsaturated acid monomer, and structural units of an additional ethylenically unsaturated nonionic monomer; and from 5% to 28% by weight of structural units of a cycloalkyl (meth)acrylate, from 0.1% to 10% by weight of structural units of an acetoacetoxy or acetoacetamide functional monomer, from 0.05% to 10% by weight of structural units of a phosphorous acid monomer, a salt thereof, or mixtures thereof, from zero to 10% by weight of structural units of an additional ethylenically unsaturated acid monomer, and structural units of an additional ethylenically unsaturated nonionic monomer; and (B) from 0.7% to 7.8% by dry weight of a waterborne resin comprising at least one fatty acid ester segment and having a number average molecular weight of 20,000 grams per mole or less, measured using the method disclosed in the description, based on the total dry weight of the emulsion polymer and the waterborne resin.
A method for implementing a high-efficient configurable on-chip interconnection system, comprising: setting , by master devices in an interconnection system, bit widths of bus Identifiers, IDs, of the master devices, the bit widths of the bus IDs of the master devices being identical; and in a storage access process, interacting , by the master devices via interconnection matrices only, with slave devices according to the bus IDs; characterized in that : setting , by master devices, bit widths of bus IDs of the master devices comprises: calculating, by master devices, bit widths of bus IDs of the master devices according to the number of all the master devices in the interconnection system and the number of types of requests that can be sent by each of all the master devices; wherein the types of the requests that can be sent by the master devices comprise one or more of the following: bit width variability in a data transmission process, cacheability, a security level of access to a storage space, and a type of the accessed storage space. setting , by master devices in an interconnection system, bit widths of bus Identifiers, IDs, of the master devices, the bit widths of the bus IDs of the master devices being identical; and in a storage access process, interacting , by the master devices via interconnection matrices only, with slave devices according to the bus IDs; characterized in that : setting , by master devices, bit widths of bus IDs of the master devices comprises: calculating, by master devices, bit widths of bus IDs of the master devices according to the number of all the master devices in the interconnection system and the number of types of requests that can be sent by each of all the master devices; wherein the types of the requests that can be sent by the master devices comprise one or more of the following: bit width variability in a data transmission process, cacheability, a security level of access to a storage space, and a type of the accessed storage space. calculating, by master devices, bit widths of bus IDs of the master devices according to the number of all the master devices in the interconnection system and the number of types of requests that can be sent by each of all the master devices; wherein the types of the requests that can be sent by the master devices comprise one or more of the following: bit width variability in a data transmission process, cacheability, a security level of access to a storage space, and a type of the accessed storage space.
A compressor comprising an oil line structure, the oil line structure comprising: a spindle , internally provided with a spindle oil hole an upper flange , provided with an upper oil groove ; a rolling bearing , wherein an interior of the rolling bearing encloses a cylinder cavity for performing compression, and the rolling bearing comprises a rolling body ; and a lower flange , provided with a lower oil groove in communication with the rolling body , wherein the upper oil groove is in communication with the spindle oil hole to guide an oil into the rolling body so as to lubricate the same and the lower oil groove is configured to guide the oil out of the lower flange or guide the oil out of the rolling bearing . a spindle , internally provided with a spindle oil hole an upper flange , provided with an upper oil groove ; a rolling bearing , wherein an interior of the rolling bearing encloses a cylinder cavity for performing compression, and the rolling bearing comprises a rolling body ; and a lower flange , provided with a lower oil groove in communication with the rolling body , wherein the upper oil groove is in communication with the spindle oil hole to guide an oil into the rolling body so as to lubricate the same and the lower oil groove is configured to guide the oil out of the lower flange or guide the oil out of the rolling bearing .
A handling system for moving a block (B) of stone material, comprising at least two handling devices (50, 50'; 60, 60'), which are positioned mutually spaced apart from each other and parallel to each other, for supporting a portion of a base of the block (B) of stone material and configured to handle said portion of the base of the block (B) of stone material, each handling device (50, 50'; 60, 60') comprising: - a frame , possibly shared between said handling devices (50, 50'; 60, 60'), shaped to support a portion of the base of the block (B) of stone material, said frame having a substantially planar supporting surface ; - handling means of the block (B) of stone material, at least partially fixed to said frame and configured to be positioned or between said frame and the block (B) of stone material, said handling means comprising at least one translation unit configured to move a portion of the base of the block (B) of stone material in a translation plane (A-A), and a lifting unit (12; 16) configured to support and to move said portion of the base of the block (B) of stone material in a direction substantially perpendicular to said translation plane (A-A); characterized in that each handling device further comprises actuating means (20, 20'; 20, 22) configured to actuate said handling means in such a way as to allow an independent actuation of each of said at least one translation unit and of said lifting unit (12; 16). - a frame , possibly shared between said handling devices (50, 50'; 60, 60'), shaped to support a portion of the base of the block (B) of stone material, said frame having a substantially planar supporting surface ; - handling means of the block (B) of stone material, at least partially fixed to said frame and configured to be positioned or between said frame and the block (B) of stone material, said handling means comprising at least one translation unit configured to move a portion of the base of the block (B) of stone material in a translation plane (A-A), and a lifting unit (12; 16) configured to support and to move said portion of the base of the block (B) of stone material in a direction substantially perpendicular to said translation plane (A-A);
An anti-sclerostin antibody for use in a method for treating osteoporosis or osteopenia, which method comprises: (a) administering at least two doses of anti-sclerostin antibody to a subject in need of such treatment, wherein the interval between doses is a month or four weeks, and monitoring the subject to identify whether the subject shows a reduced response to a dose of the anti-sclerostin antibody in comparison to the response seen with the first dose of the antibody given to the subject, the response to the antibody is defined by serum P1NP level and the level of the marker is measured before administration of the dose then four, five, six, seven, eight, ten, eleven or twelve days after administration of the dose; (b) if such a reduced response is identified, allowing the subject a dosing holiday which is from 6 to 18 months in length and administering to the subject at least one further dose of anti-sclerostin antibody. (a) administering at least two doses of anti-sclerostin antibody to a subject in need of such treatment, wherein the interval between doses is a month or four weeks, and monitoring the subject to identify whether the subject shows a reduced response to a dose of the anti-sclerostin antibody in comparison to the response seen with the first dose of the antibody given to the subject, the response to the antibody is defined by serum P1NP level and the level of the marker is measured before administration of the dose then four, five, six, seven, eight, ten, eleven or twelve days after administration of the dose; (b) if such a reduced response is identified, allowing the subject a dosing holiday which is from 6 to 18 months in length and administering to the subject at least one further dose of anti-sclerostin antibody.
An aqueous polymer dispersion, comprising a water insoluble polymer P in the form of dispersed polymer particles, which is obtainable by free radical aqueous emulsion polymerization of ethylenically unsaturated monomers M, which comprise a) at least one monomer M1 which has two ethylenically unsaturated moieties which are connected by a linker which comprises a disulfide moiety, and b) at least one monoethylenically unsaturated monomer M2, which has a solubility in deionized water at 25 °C and 1 bar of not more than 60 g/l. a) at least one monomer M1 which has two ethylenically unsaturated moieties which are connected by a linker which comprises a disulfide moiety, and b) at least one monoethylenically unsaturated monomer M2, which has a solubility in deionized water at 25 °C and 1 bar of not more than 60 g/l.
System for vertical farming, comprising at least one plant containment device , at least one light source and a frame with at least one rail extending horizontally from a back wall of the frame , wherein the at least one plant containment device comprises a plant holding compartment to hold at least one plant and an irrigation channel , wherein the at least one light source is arranged on a bottom side of the at least one rail , wherein a top side of the rail is shaped complementary to a bottom side of the plant containment device , wherein the plant containment device is configured to be arranged on the top side of the rail without fixing it to the rail , wherein the plant growing system is configured to control the temperature of the air surrounding the plant containment device by regulating the temperature of a liquid working medium circulated through the irrigation channel , characterised in that the at least one rail is shaped as a beam extending horizontally from the back wall of the frame in a direction parallel to a flowing direction of a liquid working medium inside the irrigation channel , wherein one side of the plant containment device comprises a outwardly protruding, downwardly sloped connection port for the irrigation channel , wherein a side wall of the frame comprises a corresponding drain in the shape of a hole, wherein the connection port is shaped and configured to create a watertight connection with the drain when pushed into the drain .
A power module substrate comprising: an insulating substrate , a circuit layer formed on one surface of the insulating substrate , and a metal layer formed on an other surface of the insulating substrate , wherein one surface of the circuit layer functions as an installation surface on which an electronic component is installed, the metal layer is formed by bonding an aluminum sheet composed of aluminum or an aluminum alloy, a thickness t 1 of the circuit layer is within a range of 0.1 mm ≤ t 1 ≤ 0.6 mm, a thickness t 2 of the metal layer is within a range of 0.5 mm ≤ t 2 ≤ 6 mm, a relationship between the thickness t 1 of the circuit layer and the thickness t 2 of the metal layer satisfies t 1 < t 2 , characterized in that the circuit layer is composed of oxygen-free copper (OFC) or 6N-Cu, wherein a relationship between the thickness t 1 of the circuit layer and the thickness t 2 of the metal layer satisfies t 2 /t 1 ≥ 4.00, and wherein an indentation hardness H B1 of the circuit layer in the vicinity of a bonding interface with the insulating substrate is set within a range of 60 mgf/μm 2 ≤ H B1 ≤ 120 mgf/μm 2 . an insulating substrate , a circuit layer formed on one surface of the insulating substrate , and a metal layer formed on an other surface of the insulating substrate , wherein one surface of the circuit layer functions as an installation surface on which an electronic component is installed, the metal layer is formed by bonding an aluminum sheet composed of aluminum or an aluminum alloy, a thickness t 1 of the circuit layer is within a range of 0.1 mm ≤ t 1 ≤ 0.6 mm, a thickness t 2 of the metal layer is within a range of 0.5 mm ≤ t 2 ≤ 6 mm, a relationship between the thickness t 1 of the circuit layer and the thickness t 2 of the metal layer satisfies t 1 < t 2 , characterized in that the circuit layer is composed of oxygen-free copper (OFC) or 6N-Cu, wherein a relationship between the thickness t 1 of the circuit layer and the thickness t 2 of the metal layer satisfies t 2 /t 1 ≥ 4.00, and wherein an indentation hardness H B1 of the circuit layer in the vicinity of a bonding interface with the insulating substrate is set within a range of 60 mgf/μm 2 ≤ H B1 ≤ 120 mgf/μm 2 .
Injection device for injecting liquid medicine to a patient, comprising a medicine container an end of which is connectable to a needle , and further comprising a magnetic sensor means for sensing connection of the needle to the medicine container , wherein the magnetic sensor means comprise: - a lever actuable by connecting the needle to the medicine container and comprising a magnetic element , the lever comprising first and second ends ; and - a sensor element sensitive to a magnetic field generated by the magnetic element . - a lever actuable by connecting the needle to the medicine container and comprising a magnetic element , the lever comprising first and second ends ; and - a sensor element sensitive to a magnetic field generated by the magnetic element .
A vehicle environment detection system , being a radar, ultrasonic or Lidar system, comprising a control unit arrangement and at least one sensor arrangement that is arranged to be mounted in an ego vehicle and to provide sensor detections for at least two preceding target vehicles , wherein the control unit arrangement is arranged to determine a resulting TTC, time to collision, between the ego vehicle and the closest preceding target vehicle of the at least two preceding target vehicles, based on an ego velocity (v 0 ) and an ego acceleration (a 0 ) for the ego vehicle , a first distance (r 1 ) between the ego vehicle and the closest preceding target vehicle , and that target velocity (v 1 , v 2 ) and corresponding target acceleration (a l , a 2 ) for a preceding target vehicle among said target vehicles that provide a lowest TTC value, wherein the control unit arrangement is configured to compare the resulting TTC with a first and second threshold value, the second threshold value falling below the first threshold value, wherein the control unit is configured to initiate an alarm if the resulting TTC falls below the first threshold value and initiate an emergency system if the resulting TTC falls below the second threshold value characterized in that for each pair of any two preceding vehicles that travel successively one after the other among said at least two preceding vehicles, the control unit arrangement is arranged to determine a corresponding further TTC between the vehicles in each such pair, where the control unit arrangement is arranged to for each pair of vehicles compare the further TTC with a further threshold value, and to adjust at least one of a first and second threshold value accordingly.
A nacelle installed atop a wind turbine tower of a wind turbine including a rail system for removing or installing a main shaft of a drivetrain assembly of the wind turbine to and from the nacelle , the rail system comprising: a plurality of parallel support arms mounted above the main shaft for supporting the main shaft within the nacelle , the plurality of parallel support arms each defining a longitudinal axis extending parallel with respect to a longitudinal axis of the main shaft , each of the parallel support arms comprising a track , a sliding component arranged within each track of each of the plurality of parallel support arms ; and a push/pull component mounted to an aft end of a bearing housing of the main shaft ; wherein the sliding components are configured to move horizontally along a respective track so as to slide the main shaft between an installed position and an uninstalled position and the push/pull component is configured to push or pull the main shaft during removal or installation thereof. a plurality of parallel support arms mounted above the main shaft for supporting the main shaft within the nacelle , the plurality of parallel support arms each defining a longitudinal axis extending parallel with respect to a longitudinal axis of the main shaft , each of the parallel support arms comprising a track , a sliding component arranged within each track of each of the plurality of parallel support arms ; and a push/pull component mounted to an aft end of a bearing housing of the main shaft ; wherein the sliding components are configured to move horizontally along a respective track so as to slide the main shaft between an installed position and an uninstalled position and the push/pull component is configured to push or pull the main shaft during removal or installation thereof.
A cap cover of the double-walled type fitted on a cap for closing a bottle and the like, wherein said cap cover is provided with retention means adapted to retain said cap cover with respect to said cap , said retention means comprising a plurality of wings that are arranged inside a lower inner circumferential rim of said cap cover and are adapted to couple by snap action to an end rim of the cap , characterized in that said retention means further comprise a circumferential tab that protrudes from said lower inner circumferential rim of said cap cover , said circumferential tab being bent against the end rim of the cap , once the cap cover has been coupled to the cap , so as to create an undercut.