mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising a myostatin inhibitor which is an antibody or antigen-binding fragment thereof, for use as a medicament in treatment of a metabolic disease in a human subject, comprising steps of selecting a human subject suffering from a metabolic disease; and, administering to the human subject the composition comprising an effective amount of the antibody, or antigen-binding fragment thereof; wherein the metabolic disease is obesity, metabolic syndrome, non-alcoholic steatohepatitis (NASH), non-alcoholic fatty liver disease (NAFLD) and/or diabetes; wherein the human subject is on a caloric restriction diet. selecting a human subject suffering from a metabolic disease; and, administering to the human subject the composition comprising an effective amount of the antibody, or antigen-binding fragment thereof; wherein the metabolic disease is obesity, metabolic syndrome, non-alcoholic steatohepatitis (NASH), non-alcoholic fatty liver disease (NAFLD) and/or diabetes; wherein the human subject is on a caloric restriction diet.
A method for manufacturing a composite part comprising a stack of pultruded plates and a fiber mat , the stack of pultruded plates and the fiber mat having a longitudinal direction and a transverse direction, the method characterized in comprising: providing tension to the fiber mat ; placing the stack of pultruded plates on the tensioned fiber mat ; and descending the fiber mat and stack of pultruded plates to a mold . providing tension to the fiber mat ; placing the stack of pultruded plates on the tensioned fiber mat ; and descending the fiber mat and stack of pultruded plates to a mold .
A method for aligning a tyre on a rim at a precise angle of rotation in a preassembled complete wheel , wherein the actual angular position of a match point of the tyre and/or a match point of the rim is detected based on an image recorded by a camera and a desired angular position is established by rotating the tyre and/or the rim , characterized in that the detection of the actual angular position comprises the following steps: • recording at least three, preferably four individual images of the complete wheel by the camera , each with different illumination directions; • creating an output image containing information on the surface structure of the complete wheel by fusion from the individual images; • software-based object search in the output image for a predetermined structural feature of the tyre and/or the rim and determination of the object position. • recording at least three, preferably four individual images of the complete wheel by the camera , each with different illumination directions; • creating an output image containing information on the surface structure of the complete wheel by fusion from the individual images; • software-based object search in the output image for a predetermined structural feature of the tyre and/or the rim and determination of the object position.
Marking machine for creating marking lines of fluid marking material on traffic surfaces such as roads, comprising a chassis and at least one extruder to be guided over the surface to be marked, said extruder having at least one outlet orifice supplied with the marking material by a marking material pump from at least one marking material container arranged on the chassis , through at least one marking material duct , with the extruder being adjustable in its position transversely to a direction of movement of the marking machine , characterised in that the marking material container is mounted on the chassis for rotary movement around a vertical axis of rotation relative to the chassis and that the marking material conduit and the extruder together with the marking material container are rotatable as a unit relative to the chassis .
A computer-implemented distance measurement method, the method comprising: obtaining (S112) two neighboring frames of images that are photographed by an unmanned aerial vehicle ; determining (S113) a first region of interest, ROI, of each of the two neighboring frames of images; determining (S114) that the unmanned aerial vehicle cannot determine a distance between the unmanned aerial vehicle and a target in a flight direction of the unmanned aerial vehicle by using a stereo matching method; enlarging (S115) the first region of interest, ROI, of each of the two neighboring frames of images, to form a second region of interest, ROI; characterized by respectively extracting (S116) foregrounds in the second regions of interest, ROIs, from the two neighboring frames of images; determining (S117) whether at least two targets exist in the foregrounds; if yes, determining that one of the at least two targets is a detection object; and determining (S121) a distance between the unmanned aerial vehicle and the detection object according to the foregrounds respectively extracted from the two neighboring frames of images. obtaining (S112) two neighboring frames of images that are photographed by an unmanned aerial vehicle ; determining (S113) a first region of interest, ROI, of each of the two neighboring frames of images; determining (S114) that the unmanned aerial vehicle cannot determine a distance between the unmanned aerial vehicle and a target in a flight direction of the unmanned aerial vehicle by using a stereo matching method; enlarging (S115) the first region of interest, ROI, of each of the two neighboring frames of images, to form a second region of interest, ROI; characterized by respectively extracting (S116) foregrounds in the second regions of interest, ROIs, from the two neighboring frames of images; determining (S117) whether at least two targets exist in the foregrounds; if yes, determining that one of the at least two targets is a detection object; and determining (S121) a distance between the unmanned aerial vehicle and the detection object according to the foregrounds respectively extracted from the two neighboring frames of images.
A cosmetic cleansing composition comprising at least: a) one or more vegetable oil(s), in an amount of at least 0.3 pbw relative to the total weight of 100 pbw of the composition, b) from about 2 pbw to 40 pbw, relative to the total weight of 100 pbw of the composition, of a surfactant system comprising at least one sultaine surfactant and one taurate surfactant, and c) from 0.3 to 2 pbw, relative to the total weight of 100 pbw of the composition, of a non-ionic solubilizer which is a mono- or poly- alkyl or alkenyl ester of an alkoxylated fatty acid, with said fatty acid being a saturated or unsaturated hydroxylated (C8-C22) fatty acid; wherein the weight ratio between the vegetable oil and the solubilizer ranges from 1:2 to 1:1; wherein the cosmetic cleansing composition exhibits a light transmittance value at 600nm of greater than or equal to 90% and wherein the light transmittance value is measured according to the description. a) one or more vegetable oil(s), in an amount of at least 0.3 pbw relative to the total weight of 100 pbw of the composition, b) from about 2 pbw to 40 pbw, relative to the total weight of 100 pbw of the composition, of a surfactant system comprising at least one sultaine surfactant and one taurate surfactant, and c) from 0.3 to 2 pbw, relative to the total weight of 100 pbw of the composition, of a non-ionic solubilizer which is a mono- or poly- alkyl or alkenyl ester of an alkoxylated fatty acid, with said fatty acid being a saturated or unsaturated hydroxylated (C8-C22) fatty acid; wherein the weight ratio between the vegetable oil and the solubilizer ranges from 1:2 to 1:1; wherein the cosmetic cleansing composition exhibits a light transmittance value at 600nm of greater than or equal to 90% and wherein the light transmittance value is measured according to the description.
Levelling guide system for excavators equipped with: - a chassis provided with wheels or tracks , - an operating cab fixed to the chassis , preferably pivotably, - a grading blade that is horizontal, positioned in front of the chassis and mounted on the latter pivotably, and - a laser detection device comprising a laser sensor configured to identify and recognise a levelling plane defined by a rotary laser , - a control apparatus configured to control the position of the grading blade and give an instruction to the operator so that the grading blade follows the defined levelling plane , characterised in that the control apparatus is configured to control the position of the grading blade as a function of the data from the devices for the detection of angular positions and laser detection , and in that the guide system further comprises: - an actuator system that receives control signals and makes it possible to actuate the main or support arm, the bucket arm or dipper, the excavating or grading tool and the grading blade, - devices for the detection of angular positions disposed on the moving parts of the excavator and configured to calculate the angular position relative to the same plane or reference direction, for example, the direction perpendicular to the different moving parts, - a support arm also called the main arm, fixed pivotably to the cab , - a bucket arm also called the dipper, having a first end and a second end , the first end being fixed pivotably to the main or support arm , - a grading or excavation tool , fixed pivotably to the second end of the bucket arm or dipper, and in that the laser detection device is situated on the bucket arm. - a chassis provided with wheels or tracks , - an operating cab fixed to the chassis , preferably pivotably, - a grading blade that is horizontal, positioned in front of the chassis and mounted on the latter pivotably, and - a laser detection device comprising a laser sensor configured to identify and recognise a levelling plane defined by a rotary laser , - a control apparatus configured to control the position of the grading blade and give an instruction to the operator so that the grading blade follows the defined levelling plane , - an actuator system that receives control signals and makes it possible to actuate the main or support arm, the bucket arm or dipper, the excavating or grading tool and the grading blade, - devices for the detection of angular positions disposed on the moving parts of the excavator and configured to calculate the angular position relative to the same plane or reference direction, for example, the direction perpendicular to the different moving parts, - a support arm also called the main arm, fixed pivotably to the cab , - a bucket arm also called the dipper, having a first end and a second end , the first end being fixed pivotably to the main or support arm , - a grading or excavation tool , fixed pivotably to the second end of the bucket arm or dipper,
A lid assembly for a beverage container, the lid assembly comprising: a base including: a cover member ; a lip extending upward from the cover member ; the lip positioned around a perimeter of the cover member ; a skirt member extending downward from the cover member ; a retaining wall spaced inward from the skirt creating a grommet groove between the skirt member and the retaining wall ; a primary opening in the cover member ; a secondary opening spaced from the primary opening ; a straw extending through the primary opening ; and a grommet arranged in the grommet groove , the grommet including a primary body member and a spiral ring extending outward from an outer surface of the primary body member ; and wherein the spiral ring creates an airflow path from below the lid assembly to the secondary opening . a cover member ; a lip extending upward from the cover member ; the lip positioned around a perimeter of the cover member ; a skirt member extending downward from the cover member ; a retaining wall spaced inward from the skirt creating a grommet groove between the skirt member and the retaining wall ; a primary opening in the cover member ; a secondary opening spaced from the primary opening ; a straw extending through the primary opening ; and a grommet arranged in the grommet groove , the grommet including a primary body member and a spiral ring extending outward from an outer surface of the primary body member ; and wherein the spiral ring creates an airflow path from below the lid assembly to the secondary opening .
A refrigeration appliance , comprising: a fresh-food compartment configured for storing food items at a first target temperature above zero degrees Celsius; a freezer compartment configured for storing food items at a second target temperature below zero degrees Celsius; a cooling air channel formed between the freezer compartment and the fresh-food compartment a refrigeration circuit configured for cooling the freezer compartment, the circuit having a variable speed compressor , an evaporator , and a variable speed evaporator fan ; and a controller operatively connected to the refrigeration circuit and configured to: operate the variable speed compressor and the variable speed evaporator fan at a calculated speed of the variable speed compressor and a calculated speed of the variable speed evaporator fan, respectively; wherein in a normal mode of operation, the controller operates the variable speed compressor at a first calculated compressor speed and the variable speed evaporator fan at a first calculated fan speed, and wherein in a freezer priority mode of operation, where cooling capacity is directed to the freezer compartment, the controller operates the variable speed compressor at a second calculated compressor speed and the variable speed evaporator fan at a second calculated fan speed, wherein the second calculated compressor speed is higher than the first calculated compressor speed and characterized in that the second calculated fan speed is lower than the first calculated fan speed. a fresh-food compartment configured for storing food items at a first target temperature above zero degrees Celsius; a freezer compartment configured for storing food items at a second target temperature below zero degrees Celsius; a cooling air channel formed between the freezer compartment and the fresh-food compartment a refrigeration circuit configured for cooling the freezer compartment, the circuit having a variable speed compressor , an evaporator , and a variable speed evaporator fan ; and a controller operatively connected to the refrigeration circuit and configured to: operate the variable speed compressor and the variable speed evaporator fan at a calculated speed of the variable speed compressor and a calculated speed of the variable speed evaporator fan, respectively; wherein in a normal mode of operation, the controller operates the variable speed compressor at a first calculated compressor speed and the variable speed evaporator fan at a first calculated fan speed, and wherein in a freezer priority mode of operation, where cooling capacity is directed to the freezer compartment, the controller operates the variable speed compressor at a second calculated compressor speed and the variable speed evaporator fan at a second calculated fan speed, wherein the second calculated compressor speed is higher than the first calculated compressor speed and characterized in that the second calculated fan speed is lower than the first calculated fan speed.
A method implemented by a security apparatus coupled to a camera , the method comprising: accessing video content from the coupled camera ; splitting the video content into a plurality of RTP packets, each RTP packet having a payload; encrypting the payloads of the RTP packets using a key of a current crypto period to generate encrypted RTP packets; embedding in a header of each of the encrypted RTP packets, at least two key identifications for decryption of the encrypted RTP packets, during a predefined period of the current crypto period before the current crypto period is changed to a next crypto period, the at least two key identifications including an identification of the key used for the current crypto period and an identification of a key to be used in the next crypto period; and transmitting the plurality of RTP packets over a network to a video management system. accessing video content from the coupled camera ; splitting the video content into a plurality of RTP packets, each RTP packet having a payload; encrypting the payloads of the RTP packets using a key of a current crypto period to generate encrypted RTP packets; embedding in a header of each of the encrypted RTP packets, at least two key identifications for decryption of the encrypted RTP packets, during a predefined period of the current crypto period before the current crypto period is changed to a next crypto period, the at least two key identifications including an identification of the key used for the current crypto period and an identification of a key to be used in the next crypto period; and transmitting the plurality of RTP packets over a network to a video management system.
An optical filter for anti-reflection comprising: a first retardation film having an in-plane optical axis and having quarter-wave phase retardation characteristics; a second retardation film having an optical axis constantly tilted along the thickness direction; and a polarizer having an absorption axis formed in one direction, wherein the first retardation film , the second retardation film and the polarizer are disposed sequentially, wherein the optical axis of the first retardation film forms an angle of 40 degrees to 50 degrees with the absorption axis of the polarizer , wherein the projection of the optical axis of the second retardation film onto the plane forms an angle of o degrees or more and less than 4 degrees with the absorption axis of the polarizer . a first retardation film having an in-plane optical axis and having quarter-wave phase retardation characteristics; a second retardation film having an optical axis constantly tilted along the thickness direction; and a polarizer having an absorption axis formed in one direction, wherein the first retardation film , the second retardation film and the polarizer are disposed sequentially, wherein the optical axis of the first retardation film forms an angle of 40 degrees to 50 degrees with the absorption axis of the polarizer , wherein the projection of the optical axis of the second retardation film onto the plane forms an angle of o degrees or more and less than 4 degrees with the absorption axis of the polarizer .
A method for checking plausibility for additive manufacturing devices, comprising input data produced by CAM software, said input data being in the form of graphics data which is rendered as layers to be printed, respectively, every layer having at least one pixel, in particular a plurality of pixels, corresponding to the component region to be printed in the concerned layer, and output data controlling the additive manufacturing device to produce the component to be printed, characterized in that the input data of at least two consecutive layers is checked and for every layer the sum of all pixels to be exposed is determined, and in that a signal is output when the pixel sum, i.e. the exposure area of a subsequent layer, differs from that of the previous layer at least by a predetermined factor, in particular is larger at least by the predetermined factor.
An assembly formed by an individualized base carrying a bracket for inclusion in an orthodontic appliance and an individualized jig for precisely positioning the base on a tooth of a patient, wherein the tooth has a free edge and anterior and posterior faces, wherein the jig is a cap which covers said tooth by covering its free edge and at least portions of its anterior and posterior faces, wherein one face of the base is intended to espouse the posterior face of said tooth and the bracket is fixed to the other face of the base in a chosen position, characterized in that the jig comprises a housing for surrounding the base only on a portion of at least one of its side edges and at least a portion of its longitudinal edge intended to be located closest to the free edge of the tooth, such that the base may be lodged in the housing .
A method for improving the adhesion of silicone to the surface of a thermoplastic , characterized in that the surface of the thermoplastic is irradiated with UV-C radiation .
A three-axis hinge assembly for an electronics enclosure, comprising: - a first hinge component comprising a pin member portion and a leaf portion terminating in a first knuckle and a second knuckle , the first knuckle comprising a first protrusion and the second knuckle comprising a first recess; and - a second hinge component , the second hinge component rotatably coupled to the first hinge component and structurally identical to the first hinge component ; wherein the first protrusion of the first hinge component is configured to fit within the first recess of the second hinge component , and the first protrusion of the second hinge component is configured to fit within the first recess of the first hinge component , wherein the pin member portion is configured to permit the first hinge component and the second hinge component to pivotally couple to an electronic device comprising a first device enclosure component and a second device enclosure component via a snap fit assembly process, and wherein the pin member portion is configured to pivotally couple to a plurality of hinge receiving features located on the first device enclosure component and the second device enclosure component . - a first hinge component comprising a pin member portion and a leaf portion terminating in a first knuckle and a second knuckle , the first knuckle comprising a first protrusion and the second knuckle comprising a first recess; and - a second hinge component , the second hinge component rotatably coupled to the first hinge component and structurally identical to the first hinge component ;
A positioning device for calculating a position of a mobile device, the positioning device configured to - determine a measurement quality , and a reference signal type and configuration based on a positioning request , - determine a reference signal configuration request based on at least the measurement quality , and the reference signal type and configuration , - obtain a measurement result based on a reference signal configured according to the reference signal configuration request , - calculate the position based on at least the measurement result , wherein the reference signal type is a DL reference signal type, and the reference signal configuration request comprises a request for a DL reference signal, wherein the positioning device is further configured to: - send the reference signal configuration request to a radio resource controller, RRC, - receive a DL reference signal configuration - receive a DL reference signal corresponding to the reference signal configuration , and - obtain DL measurements based on the received DL reference signal . - determine a measurement quality , and a reference signal type and configuration based on a positioning request , - determine a reference signal configuration request based on at least the measurement quality , and the reference signal type and configuration , - obtain a measurement result based on a reference signal configured according to the reference signal configuration request , - calculate the position based on at least the measurement result , - send the reference signal configuration request to a radio resource controller, RRC, - receive a DL reference signal configuration - receive a DL reference signal corresponding to the reference signal configuration , and - obtain DL measurements based on the received DL reference signal .
Polymeric composition for manufacturing a polyphenol based foam material comprising isocyanate, an acid catalyst and tannins, characterized in that it has a tannin-furan-isocyanate mixed structure in which the tannins are part of a resin having the function of a reactant for the composition, and in that it is totally free of low-boiling solvents, the amount of isocyanate being not less than 10% by weight with respect to the composition.