mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic system for controlling docking of a vehicle , such as an airport's vehicule, at a given docking zone of a docking destination of a docking destination of an airplan or of a building, the given docking zone comprising at least one target , the system comprising first means for determining configured for determining the docking zone's position by determining the type of the target from a set of given types and from its position, second means for determining configured for determining a guidance trajectory of the vehicle to said docking zone depending on the type and on the position of said target , and third means for determining configured for determining the type of the docking destination , the second determination being suitable for determining one or more exclusion zones depending on a type of the docking destination , by comparison of the type of the docking destination with types of docking destination stored in a database in association with exclusion zones so that the guidance trajectory of the vehicle to the given docking zone does not pass into any of the exclusion zones, characterized in that the second means for determining are suitable to determine a docking line passing through a target situated on a surface of the docking zone and perpendicular to said surface, so that the guidance trajectory of the vehicle to the docking zone is terminated by a final portion of said docking line with a length greater than or equal to a determined threshold greater than or equal to 2 meters, the second means for determining being suitable for said trajectory for going to the final portion of the docking line by adjusting the trajectory at different predetermined moments, in order, at each of the predetermined moments: - to align the rear suspension of the vehicle with the docking line when said vehicle is located at a distance greater than a given distance from the docking line ; - to align a front suspension of the vehicle with the docking line when said vehicle is located at a distance less than the given distance from the docking line; and - to retain the trajectory determined at a preceding moment if the confidence level in locating the targets determined the first means for determining is less than a given threshold, or if the first means for determining are no longer detecting the targets . - to align the rear suspension of the vehicle with the docking line when said vehicle is located at a distance greater than a given distance from the docking line ; - to align a front suspension of the vehicle with the docking line when said vehicle is located at a distance less than the given distance from the docking line; and - to retain the trajectory determined at a preceding moment if the confidence level in locating the targets determined the first means for determining is less than a given threshold, or if the first means for determining are no longer detecting the targets .
An apparatus, comprising: an intermediary edge device , including at least one memory adapted to store run-time data for the device, and at least one processor that is adapted to execute processor-executable code that, in response to execution, enables the intermediary edge device to perform actions, including: maintaining and controlling a virtual loT device to act as a representation of a connected device ; storing, on the virtual loT device, an edge application that includes a plurality of modules interoperably compositable with other modules without altering the other modules; receiving communications from an loT support service ; synchronizing the modules of the plurality with corresponding module twins on the loT support service, wherein each module twin acts as a virtual representation of the corresponding module of the plurality and includes metadata associated with the corresponding module, and wherein the synchronizing includes synchronizing at least a portion of the metadata on the module twins based on the corresponding modules; acting in response to the received communications from the loT support service, including sending communications to the loT support service in response to the received communications, and changing the virtual loT device as if the virtual loT device were the connected device; and communicating with the connected device based on changes in the virtual loT device. maintaining and controlling a virtual loT device to act as a representation of a connected device ; storing, on the virtual loT device, an edge application that includes a plurality of modules interoperably compositable with other modules without altering the other modules; receiving communications from an loT support service ; synchronizing the modules of the plurality with corresponding module twins on the loT support service, wherein each module twin acts as a virtual representation of the corresponding module of the plurality and includes metadata associated with the corresponding module, and wherein the synchronizing includes synchronizing at least a portion of the metadata on the module twins based on the corresponding modules; acting in response to the received communications from the loT support service, including sending communications to the loT support service in response to the received communications, and changing the virtual loT device as if the virtual loT device were the connected device; and communicating with the connected device based on changes in the virtual loT device.
A cargo restraint system comprising: a cargo conveyor system , the cargo conveyor system including a plurality of rails and a plurality of rollers , the rollers being disposed between two adjacent and parallel rails; an inner pawl rotatably attached to the cargo conveyor system; an outer pawl rotatably attached to the cargo conveyor system; a lever rotatably attached to the cargo conveyor system; and a mechanical linkage connecting the lever to the outer pawl and to the inner pawl, the outer pawl and the inner pawl being controlled by movement of the lever through the mechanical linkage, the mechanical linkage raising the outer pawl, which in turn raises the inner pawl from the retracted position, wherein the lever is configured to rotate about an axis that is perpendicular to the rails from an extended position, clockwise to a first retracted position, and counterclockwise to a second retracted position, when the lever is in the first retracted position, the outer pawl and the inner pawl are maintained in an extended position by the mechanical linkage , when the lever is in the extended position or in the second retracted position, the outer pawl and the inner pawl are maintained in a retracted position by the mechanical linkage between adjacent rails and below an uppermost point of the outer surface of the rollers. a cargo conveyor system , the cargo conveyor system including a plurality of rails and a plurality of rollers , the rollers being disposed between two adjacent and parallel rails; an inner pawl rotatably attached to the cargo conveyor system; an outer pawl rotatably attached to the cargo conveyor system; a lever rotatably attached to the cargo conveyor system; and a mechanical linkage connecting the lever to the outer pawl and to the inner pawl, the outer pawl and the inner pawl being controlled by movement of the lever through the mechanical linkage, the mechanical linkage raising the outer pawl, which in turn raises the inner pawl from the retracted position, wherein the lever is configured to rotate about an axis that is perpendicular to the rails from an extended position, clockwise to a first retracted position, and counterclockwise to a second retracted position, when the lever is in the first retracted position, the outer pawl and the inner pawl are maintained in an extended position by the mechanical linkage , when the lever is in the extended position or in the second retracted position, the outer pawl and the inner pawl are maintained in a retracted position by the mechanical linkage between adjacent rails and below an uppermost point of the outer surface of the rollers.
Mulching device comprising a flail mower that has a rotor shaft which is rotatable about a rotor axis and has tools accommodated thereon for cutting and/or shredding green matter and/or lumber and/or straw, in particular maize straw, and comprising a sickle mower that has a blade support which is rotatable about a blade shaft axis that is skewed in relation to the rotor axis of the flail mower , and which has at least one blade tool arranged on the blade support for cutting and/or shredding green matter and/or lumber and/or straw, in particular maize straw, characterized in that the blade support of the sickle mower is arranged so as to be linearly displaceable along an adjustment axis that lies in a plane parallel to the rotor axis of the rotor shaft of the flail mower .
A position sensor, in particular intended for detecting the torsion of a steering column, consisting of a first magnetized magnetic rotor structure comprising a plurality of magnets, a second stator structure comprising two rings extended by teeth which are axially oriented and interlocked, and a third stationary collector structure consisting of two flux collection parts which define at least one air gap in which at least one magnet-sensitive element is placed, said flux collection parts and said toothed rings defining therebetween a magnetic permeance independent of the relative radial and angular position of said second stator structure with respect to said third collector structure , said collection parts each comprising an angular collection sector , wherein - said collection parts each comprise an angular collection sector and have at least one primary collection zone continued by at least one prolongation having at least one secondary collection zone , - said secondary collection zones are terminated by flat extensions forming the two poles of said air gap, and in that the transverse median plane of said air gap intersects at least one of said prolongations, characterized in that - said primary collection zone is positioned on one side of the transverse median plane defining the air gap - and a secondary collection zone is positioned on the other side of the transverse median plane defining the air gap to create, by combining two flux collection parts , a blocking zone of the magnetic field that reverses the direction of the collected magnetic field passing through the air gap. - said collection parts each comprise an angular collection sector and have at least one primary collection zone continued by at least one prolongation having at least one secondary collection zone , - said secondary collection zones are terminated by flat extensions forming the two poles of said air gap, and in that the transverse median plane of said air gap intersects at least one of said prolongations, - said primary collection zone is positioned on one side of the transverse median plane defining the air gap - and a secondary collection zone is positioned on the other side of the transverse median plane defining the air gap to create, by combining two flux collection parts , a blocking zone of the magnetic field that reverses the direction of the collected magnetic field passing through the air gap.
Kit for inhaling vaporized substances, comprising an electronic cigarette with improved safety and a bottle said electronic cigarette comprising: a mouthpiece through which the user inhales, a chamber for storing a liquid substance to be inhaled, an atomizer suitable to vaporize said substance to be inhaled and to produce a vaporized substance, said atomizer being suitable to deliver said vaporized substance to said mouthpiece , an electric battery connected to said atomizer and suitable to permit the activation thereof, activating means of said atomizer , said chamber comprising: at least one outer wall forming a boundary with the external environment, and means of access arranged along said outer wall , said means of access being of the one-way type suitable to connect the external environment with said chamber and to permit the introduction of said liquid substance to be inhaled from the external environment, said bottle comprising a neck provided with an aperture through which said liquid substance to be inhaled is able to flow, characterized in that : - said means of access comprise a filling valve and in that said liquid substance to be inhaled is introduced into said chamber from the external environment through said filling valve by means of a bottle comprising a neck provided with an aperture through which said liquid substance to be inhaled is able to flow, and wherein said filling valve comprises first releasable retaining means suitable to firmly connect said neck of said bottle to said filling valve and to establish a fluidic through connection between said aperture and said filling valve . - said means of access comprise a filling valve and in that said liquid substance to be inhaled is introduced into said chamber from the external environment through said filling valve by means of a bottle comprising a neck provided with an aperture through which said liquid substance to be inhaled is able to flow, and wherein said filling valve comprises first releasable retaining means suitable to firmly connect said neck of said bottle to said filling valve and to establish a fluidic through connection between said aperture and said filling valve .
A polyurethane composition comprising: an aliphatic polyester urethane matrix; and a fluorinated ionic antistatic additive; wherein the aliphatic polyester urethane matrix comprises: an aliphatic diisocyanate; a polyester polyol comprising: a polyester diol, and a polyester triol; and a sulfonated polyester urethane polyol; and wherein the fluorinated ionic antistatic additive comprises a quaternary ammonium salt of a fluorinated sulfonimide. an aliphatic polyester urethane matrix; and a fluorinated ionic antistatic additive; wherein the aliphatic polyester urethane matrix comprises: an aliphatic diisocyanate; a polyester polyol comprising: a polyester diol, and a polyester triol; and a sulfonated polyester urethane polyol; and an aliphatic diisocyanate; a polyester polyol comprising: a polyester diol, and a polyester triol; and a polyester diol, and a polyester triol; and a sulfonated polyester urethane polyol; and wherein the fluorinated ionic antistatic additive comprises a quaternary ammonium salt of a fluorinated sulfonimide.
A graft polymer having a polyolefin (A), as a main chain, and a polymer (B) of a polymerized dye (b) having a radical reactive functional group, as a side chain, obtainable by reacting a reactive mixture containing the polyolefin (A), the dye (b) having a radical reactive functional group, and a radical reaction initiator (C), by heating the reactive mixture to generate a radical graft reaction that is carried out under melting of the polyolefin (A).
A method for treating one or more ends of a machine-woven stent to manufacture a woven stent, the method comprising the steps of: providing a machine-woven stent defining a body having a tubular body portion, a first end portion, and a second end portion defined by a plurality of wires extending in a first helical direction around the body and extending in a second helical direction around the body, the first helical direction being transverse to the second helical direction, wherein the plurality of wires define a plurality of wire ends terminating at the first end portion, wherein the plurality of wires are woven together to define a plurality of cells and a plurality of intersections; characterized by : bending a first loose wire portion of the plurality of wires around a bend point to define a first crown portion, and weaving the first loose wire portion into the body of the machine-woven stent along a weave path in the second helical direction; and bending a second loose wire portion of the plurality of wires around said bend point to define a second crown portion, and weaving the second loose wire portion into the body of the machine-woven stent along a weave path in the first helical direction. providing a machine-woven stent defining a body having a tubular body portion, a first end portion, and a second end portion defined by a plurality of wires extending in a first helical direction around the body and extending in a second helical direction around the body, the first helical direction being transverse to the second helical direction, wherein the plurality of wires define a plurality of wire ends terminating at the first end portion, wherein the plurality of wires are woven together to define a plurality of cells and a plurality of intersections; characterized by : bending a first loose wire portion of the plurality of wires around a bend point to define a first crown portion, and weaving the first loose wire portion into the body of the machine-woven stent along a weave path in the second helical direction; and bending a second loose wire portion of the plurality of wires around said bend point to define a second crown portion, and weaving the second loose wire portion into the body of the machine-woven stent along a weave path in the first helical direction. bending a first loose wire portion of the plurality of wires around a bend point to define a first crown portion, and weaving the first loose wire portion into the body of the machine-woven stent along a weave path in the second helical direction; and bending a second loose wire portion of the plurality of wires around said bend point to define a second crown portion, and weaving the second loose wire portion into the body of the machine-woven stent along a weave path in the first helical direction.
An IL-6 inhibitor for use in the treatment of atrophic age-related macular degeneration or retinitis pigmentosa, wherein said IL-6 inhibitor is an antibody recognizing IL-6, a soluble IL-6 receptor or an antibody recognizing IL-6R.
A method of diagnosing disease signature for a disease in a patient, the method comprising the steps of: incubating a sample comprising extracellular vesicles (EVs) from the patient with one or more probes that bind biomarkers for the disease of interest bound to the EVs; subjecting the sample to microflow cytometry to identify the EVs; obtaining signal intensities for the one or more biomarkers and, obtaining one or more optical properties associated with the sample; processing the signal intensities and, if obtained, the one or more optical properties to calculate concentrations of different particle phenotypes in the sample; wherein the processing comprises log transforming the signal intensities to produce transformed signal intensities; and binning particles with similar transformed signal intensities into regions of interest (ROI) for each optical property where each ROI is considered a different particle phenotype; and calculating particle phenotype concentrations in samples using a Dynamic Fluorescence Thresholding algorithm by identifying the biomarker positivity status for each particle in each patient; using these concentrations of particle phenotypes as inputs for machine learning algorithms to determine the probability of patients having clinically significant prostate cancer. incubating a sample comprising extracellular vesicles (EVs) from the patient with one or more probes that bind biomarkers for the disease of interest bound to the EVs; subjecting the sample to microflow cytometry to identify the EVs; obtaining signal intensities for the one or more biomarkers and, obtaining one or more optical properties associated with the sample; processing the signal intensities and, if obtained, the one or more optical properties to calculate concentrations of different particle phenotypes in the sample; wherein the processing comprises log transforming the signal intensities to produce transformed signal intensities; and binning particles with similar transformed signal intensities into regions of interest (ROI) for each optical property where each ROI is considered a different particle phenotype; and calculating particle phenotype concentrations in samples using a Dynamic Fluorescence Thresholding algorithm by identifying the biomarker positivity status for each particle in each patient; using these concentrations of particle phenotypes as inputs for machine learning algorithms to determine the probability of patients having clinically significant prostate cancer.
Frame for a drawer, wherein the frame has a wall element , wherein the frame has a frame body consisting of a base part which has a hollow chamber for mounting a drawer guiding system and a casing element for covering the base part, wherein the wall element forms at least the upper portion of the frame with an upper end face and opposite vertical wall sections and wherein the wall element is designed to be fitted from above onto the frame body and fixed onto the frame body , wherein the wall element has a recess for inserting a decorative surface, wherein the wall element forms an outer contour of the frame , wherein the outer contour in a mounted state on a finished drawer is visible to a user from above externally and from above internally, wherein the recess is provided on an outer side of the wall element , characterised in that , as viewed from above internally, the wall element fully forms an outer side of the frame from the drawer base to the upper end face , wherein the wall element has a wiper lip for bearing on an upper side of the drawer base.
A three-level active neutral-point clamped, ANPC, converter system comprising: first and second Direct Current, DC, bus structures comprising switches and at least one of a number of DC-bus film capacitors on printed circuit boards, PCBs, , the PCBs are laminated together with an air gap in between for a thermal dissipation and an insulation creepage; impedance bus bars configured to reduce a parasitic inductance and equivalents series resistance structure of the PCBs , the impedance bus bars electrically coupled to edges of the PCBs , wherein the air gap is configured to provide airflow for a neutral bus bar ; and three DC-bus terminals that include the PCBs , and are electrically connected to a three-level power converter , wherein the three-level power converter is mounted on a heatsink or a cold plate ; wherein the impedance bus bars include a positive bus bar , the neutral bus bar , and a negative bus bar , and wherein the impedance bus bars are positioned at the edges of the PCBs and between the switches . first and second Direct Current, DC, bus structures comprising switches and at least one of a number of DC-bus film capacitors on printed circuit boards, PCBs, , the PCBs are laminated together with an air gap in between for a thermal dissipation and an insulation creepage; impedance bus bars configured to reduce a parasitic inductance and equivalents series resistance structure of the PCBs , the impedance bus bars electrically coupled to edges of the PCBs , wherein the air gap is configured to provide airflow for a neutral bus bar ; and three DC-bus terminals that include the PCBs , and are electrically connected to a three-level power converter , wherein the three-level power converter is mounted on a heatsink or a cold plate ; wherein the impedance bus bars include a positive bus bar , the neutral bus bar , and a negative bus bar , and wherein the impedance bus bars are positioned at the edges of the PCBs and between the switches .