mhurhangee/patent-ind-claim-en huggingface dataset:
A method for elevator maintenance: determining at least one reference profile of a wheel and rope pair, wherein the rope is arranged on the wheel; characterized in that, scanning a profile of the wheel and rope pair using a two-dimensional laser scanner; comparing said scanned profile to said reference profile, wherein the comparison result indicates a possible rope or wheel wearing; and based on the comparing result, launching an action when said comparison result indicates a possible rope or wheel wearing. determining at least one reference profile of a wheel and rope pair, wherein the rope is arranged on the wheel; characterized in that, scanning a profile of the wheel and rope pair using a two-dimensional laser scanner; comparing said scanned profile to said reference profile, wherein the comparison result indicates a possible rope or wheel wearing; and based on the comparing result, launching an action when said comparison result indicates a possible rope or wheel wearing.
Turboprop engine, comprising a propeller , a propeller-carrying shaft and an electric machine around the propeller-carrying shaft, the electric machine comprising a first machine formed on a stator and a first rotor , and a second machine formed on the stator and a second rotor corresponding to the propeller-carrying shaft, the stator, the first rotor and the second rotor being concentric, the first machine and the second machine being controlled by different electric circuits , the second electric machine belonging to a circuit for de-icing of the propeller, the second rotor carrying an induced winding , characterised in that the first machine is reversible and the first rotor is connected to the second rotor by a mechanical transmission.
A semiconductor device, comprising: at least one memory cell , the at least one memory cell comprising: a fixed region exhibiting a fixed vertical magnetic orientation and comprising: magnetic sub-regions , each magnetic sub-region comprising a magnetic material and having a height of about 0.2 nm to about 0.3 nm, wherein each of the magnetic sub-regions exhibits a vertical magnetic orientation oppositely directed to a vertical magnetic orientation exhibited by a neighboring magnetic sub-region of the magnetic sub-regions; and coupler sub-regions alternating with the magnetic sub-regions, each coupler sub-region comprising a coupler material and having a height of about 0.3 nm to about 0.5 nm. magnetic sub-regions , each magnetic sub-region comprising a magnetic material and having a height of about 0.2 nm to about 0.3 nm, wherein each of the magnetic sub-regions exhibits a vertical magnetic orientation oppositely directed to a vertical magnetic orientation exhibited by a neighboring magnetic sub-region of the magnetic sub-regions; and coupler sub-regions alternating with the magnetic sub-regions, each coupler sub-region comprising a coupler material and having a height of about 0.3 nm to about 0.5 nm.
A method for treating a waste container, the waste container initially comprising on the one hand a binder comprising bitumen, and on the other hand, in addition to said binder, contents in contact with the binder and including waste , the method comprising: - a cooling step (S1) during which at least part of the waste container is cooled to bring at least part of the binder to a temperature at which the binder is brittle, and - a primary mechanical separation step (S2) implemented when the binder of at least said part is brittle, during which mechanical shocks are applied to break the binder of at least said part to separate at least the binder of said part from said container. - a cooling step (S1) during which at least part of the waste container is cooled to bring at least part of the binder to a temperature at which the binder is brittle, and - a primary mechanical separation step (S2) implemented when the binder of at least said part is brittle, during which mechanical shocks are applied to break the binder of at least said part to separate at least the binder of said part from said container.
Electrical component with a housing which has a first outlet opening and a second outlet opening , a first cable being routed out of the interior space of the housing through the first outlet opening towards the outside, and a second cable being routed out of the interior space of the housing through the second outlet opening towards the outside, the first outlet opening and the second outlet opening being set back relative to a peripheral face of the housing , and a housing web being arranged between the first outlet opening and the second outlet opening , characterized in that the second outlet opening is formed by way of the housing web and a potting compound.
A sample handling device comprising at least one magnetic positioning device configured for magnetically holding a carrier configured for carrying at least one vessel in the sample handling device , wherein the sample handling device further comprises at least two rotors for rotating the carrier within the sample handling device , wherein the magnetic positioning device is configured to pull the carrier onto the rotors by magnetic force, wherein the magnetic positioning device is at least partially located in between the at least two rotors .
A composition for surface treatment of a Mg-containing galvanized steel sheet, the composition comprising a trivalent chromium compound, a carboxylated vinylidene copolymer, and a crosslinking agent, wherein the crosslinking agent is at least one selected from the group consisting of aziridine, an isocyanate compound, and a carbodiimide compound.
An electronic device comprising: a communicator comprising communication circuitry; and a processor configured to: control the communicator to perform communication with an external device based on identifying that a strength of a signal received from the external device is equal to or greater than a predetermined threshold value, convert the electronic device to a low power mode, characterised in based on identifying, after converting the electronic device to the low power mode, that a strength of a signal received from the external device is within a first range, control the electronic device to perform a secure pairing operation. a communicator comprising communication circuitry; and a processor configured to: control the communicator to perform communication with an external device based on identifying that a strength of a signal received from the external device is equal to or greater than a predetermined threshold value, convert the electronic device to a low power mode, characterised in based on identifying, after converting the electronic device to the low power mode, that a strength of a signal received from the external device is within a first range, control the electronic device to perform a secure pairing operation. control the communicator to perform communication with an external device based on identifying that a strength of a signal received from the external device is equal to or greater than a predetermined threshold value, convert the electronic device to a low power mode, characterised in based on identifying, after converting the electronic device to the low power mode, that a strength of a signal received from the external device is within a first range, control the electronic device to perform a secure pairing operation.
An OLED. organic light emitting diode, device comprising an OLED panel and a circularly polarizing plate disposed on one side of the OLED panel , the circularly polarizing plate comprising sequentially: an antireflection film ; a polarizer ; a retardation film ; and a pressure-sensitive adhesive layer , wherein the circularly polarizing plate has a transmittance of 30% or less for a wavelength of 430 nm, characterized in that the retardation film has an R /R value of 0.99 to 1.01 and has a slow axis to from 37 to 43 degrees with an absorption axis of the polarizer , wherein R (λ) is an in-plane retardation value for a wavelength of λ nm the OLED panel has an average reflectance of 45% or less for a wavelength in a range of 410 nm to 500 nm and an average reflectance of 50% or less for a wavelength in a range of 600 nm to 650 nm. an antireflection film ; a polarizer ; a retardation film ; and a pressure-sensitive adhesive layer , wherein the circularly polarizing plate has a transmittance of 30% or less for a wavelength of 430 nm, characterized in that the retardation film has an R /R value of 0.99 to 1.01 and has a slow axis to from 37 to 43 degrees with an absorption axis of the polarizer , wherein R (λ) is an in-plane retardation value for a wavelength of λ nm the OLED panel has an average reflectance of 45% or less for a wavelength in a range of 410 nm to 500 nm and an average reflectance of 50% or less for a wavelength in a range of 600 nm to 650 nm.
Procedure of dehydroxylation of granular silicates for the production of dehydroxylated silicates, dehydroxylated phyllosilicates, metakaolin and thermal activated clays by using a single-mode microwaves (300 MHz to 300 GHz) treatment in an open chamber at continuous processing and wherein said granular silicates are heated in the range of 400 to 1200 °C.
Glass composite with at least one first main glass panel , at least one second main glass panel arranged at a distance therefrom and at least one plate element arranged between the main glass panels , with at least one technical module arranged between the two main glass panels and wherein the plate element delimits a recess which is adapted to the shape of the technical module and in which the technical module is received, characterized in that lighting means are integrated between two main glass panels and designed for the lateral feed of light between the main glass panels and that the lighting means are thermally coupled with a spacer .
Locking cap for a container with a neck, which cap is intended to block a stopper in the neck of the container and is capable of adopting two positions on said container : an intermediate holding position in which the stopper is partially pushed into the neck ; and a locking position in which the stopper is pushed and locked into the neck ; the cap comprising an outer body and a cage configured to fit into and axially lock in said outer body ; the cage comprising: - an upper ring , - a plurality n of arms which are connected to the upper ring and define therewith a generally cylindrical shape of the cage , - n/2 middle bridges and n/2 lower bridges , each connecting two adjacent arms to one another, the middle bridges and the lower bridges being arranged alternately around the circumference of the cage , each middle bridge supporting a first flexible tongue intended to block the stopper inside the cage , against the upper ring , when the cap is in the intermediate holding position, and each lower bridge supporting a second flexible tongue , the cap being characterized in that, in the intermediate holding position: - only the lower bridges and the arms are intended to surround a collar of the neck of the container , - the middle bridges are located, in an axial direction, between the upper ring and the lower bridges , each middle bridge being designed to provide an open space between itself and the collar . - an upper ring , - a plurality n of arms which are connected to the upper ring and define therewith a generally cylindrical shape of the cage , - n/2 middle bridges and n/2 lower bridges , each connecting two adjacent arms to one another, the middle bridges and the lower bridges being arranged alternately around the circumference of the cage , each middle bridge supporting a first flexible tongue intended to block the stopper inside the cage , against the upper ring , when the cap is in the intermediate holding position, and each lower bridge supporting a second flexible tongue , - only the lower bridges and the arms are intended to surround a collar of the neck of the container , - the middle bridges are located, in an axial direction, between the upper ring and the lower bridges , each middle bridge being designed to provide an open space between itself and the collar .
A method for manufacturing a connection structure of a wind turbine blade, said method comprising the steps of providing an elongate insert with a predetermined length (L2), said insert comprising at least one cylindrical part and one tapered part where the at least one cylindrical part comprises an end face from which a centrally arranged threaded bore extends towards the tapered part, providing a fibre mat of a predetermined shape which at least in one direction is longer than the predetermined length (L2) of said elongate insert , wrapping said elongate insert in said fibre mat such that the wrapping has a general taper and a thickness of the wrapping decreases from a proximal end towards a distal end of the wrapped insert, embedding said wrapped elongate insert between further layers of fibre mat of said connection structure , impregnating the fibre mat layers with curable resin, and curing the resin. providing an elongate insert with a predetermined length (L2), said insert comprising at least one cylindrical part and one tapered part where the at least one cylindrical part comprises an end face from which a centrally arranged threaded bore extends towards the tapered part, providing a fibre mat of a predetermined shape which at least in one direction is longer than the predetermined length (L2) of said elongate insert , wrapping said elongate insert in said fibre mat such that the wrapping has a general taper and a thickness of the wrapping decreases from a proximal end towards a distal end of the wrapped insert, embedding said wrapped elongate insert between further layers of fibre mat of said connection structure , impregnating the fibre mat layers with curable resin, and curing the resin.
A forming device for carrying out controlled deformation of tubes, especially tubes of heat exchangers, placeable between the table and pressure bar of the mechanical press, which comprises a lower forming plate and an upper forming plate , which are coupled by guide devices, and die elements arranged on mutually counter surfaces of the lower forming plate and the upper forming plate , characterized in that the lower forming plate has on its top surface attached oblong die elements arranged in a row, whereas these die elements are coupled to the lower forming plate in an demountable and adjustable manner with possibility to be sloped with respect to the axis of their row, the upper forming plate has on its bottom surface attached oblong die elements arranged in a row, whereas these die elements are coupled to the upper forming plate in an demountable and adjustable manner with possibility to be sloped with respect to the axis of their row, whereas die elements on the upper forming plate and die elements on the lower forming plate are mutually shifted towards each other by a non-zero pitch (p), whereas the forming plates are coupled to devices for adjusting the position of the processed tube with respect to the forming plates along the longitudinal axis of the tube and in the direction of shifting the tube round its longitudinal axis, and to means that secures the tube in the set position, whereas these devices for adjusting the position of the processed tube are arranged outside the forming plates .
A housing structure for a footwear apparatus, the housing structure comprising: a first inlet defined by a first pair of opposing channel walls of the housing structure; a second inlet defined by a second pair of opposing channel walls of the housing structure; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle defined by a counterbore in a floor of the housing structure located between the first and second inlets, whereby the counterbore is centered within the floor and forms the lowest portion of the lacing channel; a first relief area defined by a pair of angled channel transition walls of the housing structure extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls of the housing structure extending from the spool receptacle to the second inlet; wherein the first and second relief areas are linearly tapered between the spool receptacle and the first and second inlets, respectively, wherein the pairs of angled channel transition walls of the first and second relief areas comprise planar sidewalls extending from the spool receptacle to form passageways that taper from the spool receptacle to the first and second inlets, respectively. a first inlet defined by a first pair of opposing channel walls of the housing structure; a second inlet defined by a second pair of opposing channel walls of the housing structure; and a lacing channel extending between the first and second inlets, the lacing channel comprising: a spool receptacle defined by a counterbore in a floor of the housing structure located between the first and second inlets, whereby the counterbore is centered within the floor and forms the lowest portion of the lacing channel; a first relief area defined by a pair of angled channel transition walls of the housing structure extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls of the housing structure extending from the spool receptacle to the second inlet; a spool receptacle defined by a counterbore in a floor of the housing structure located between the first and second inlets, whereby the counterbore is centered within the floor and forms the lowest portion of the lacing channel; a first relief area defined by a pair of angled channel transition walls of the housing structure extending from the spool receptacle to the first inlet; and a second relief area defined by a pair of angled channel transition walls of the housing structure extending from the spool receptacle to the second inlet;
A mould for food products, of the type comprising at least one support , said support comprising with an upper side which comprises at least one housing defining an upper opening for placing the food product to be moulded, external legs with through hole and a lower side , said support being suitable to interact with a lower support and an upper support , said supports being identical, wherein said support comprises fixing means , in form of a pin or a latch, which is suitable to attach and block said the support to external legs of the upper support , and in that the lower side of said support is suitable to be a lid of a lower support to which it is suitable to be attached and blocked by means of its external legs which fit into lower support , characterized in that said external legs are suitable to be attached and blocked by respective fixing means of the lower support through said hole .
A device for measurement of a soiling level of a photovoltaic array, the device comprising a transparent window , an imaging unit , , an enclosure , within which the imaging unit is located, and a computing element coupled to said imaging unit , wherein the transparent window is bonded to the inside or outside of the enclosure , said device is configured to allow soiling particles to accumulate on a surface of said transparent window , said imaging unit is configured to capture an image of said surface, and said computing element is configured to perform analysis of said image to determine a soiling level of said transparent window corresponding to a transmission loss through the transparent window due to the soiling particles, wherein said analysis comprises determining a reference brightness of said image corresponding to a clean state of said transparent window, and determining said soiling level based at least upon a brightness of said image relative to said reference brightness.
Method of determination of the depth of an interaction in a pixelated gamma radiation detector comprising the following steps: - detect initial photons on the detector; - measure the arrival time (T pc ) of said initial photons on the detector for a central pixel ; this time is equal to T i + Z / (c / n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / n corresponds to the speed of propagation of radiation in said central pixel; - measure the arrival time (T pa ) of the first photons in a pixel adjacent to said central pixel; this time is approximately equal to T i + Z / (c / 2n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / 2n corresponds to the speed of propagation of radiation in said pixel adjacent to the central pixel; - compare said arrival time (Tpa) of the first photons for an adjacent pixel with said arrival time (Tpc) of the first photons for a central pixel in order to estimate the depth of interaction (Z) due to the different speed of propagation of light in a pixel adjacent to the central pixel; - integrate the radiation emitted over the whole of the emission of a crystal of the detector in order to determine the energy of the interaction; - record the integral of the energy emitted by this detection. - detect initial photons on the detector; - measure the arrival time (T pc ) of said initial photons on the detector for a central pixel ; this time is equal to T i + Z / (c / n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / n corresponds to the speed of propagation of radiation in said central pixel; - measure the arrival time (T pa ) of the first photons in a pixel adjacent to said central pixel; this time is approximately equal to T i + Z / (c / 2n); where T i is the interaction time; Z is the depth of the interaction on the detector and c / 2n corresponds to the speed of propagation of radiation in said pixel adjacent to the central pixel; - compare said arrival time (Tpa) of the first photons for an adjacent pixel with said arrival time (Tpc) of the first photons for a central pixel in order to estimate the depth of interaction (Z) due to the different speed of propagation of light in a pixel adjacent to the central pixel; - integrate the radiation emitted over the whole of the emission of a crystal of the detector in order to determine the energy of the interaction; - record the integral of the energy emitted by this detection.