mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a structural component of a wind turbine blade , the method comprising: providing an elongate composite strip comprising structural fibres disposed in a thermoplastic matrix, the strip comprising an end portion defining an end of the strip; heating the end portion of the strip ; characterised by : shaping the end portion of the strip to form a tapered end of the strip by compressing the end portion. providing an elongate composite strip comprising structural fibres disposed in a thermoplastic matrix, the strip comprising an end portion defining an end of the strip; heating the end portion of the strip ; characterised by : shaping the end portion of the strip to form a tapered end of the strip by compressing the end portion.
A system for aseptically filling a tray of pharmaceutical containers with a pharmaceutical product, comprising: a chamber capable of maintaining an aseptic condition, a sensor aseptically disposed with respect to the chamber, the sensor having a sensing cone within the chamber; an articulated filling arm and a tray of pharmaceutical containers disposed within the chamber, the articulated filling arm and the tray having a range of motion within the sensing cone, a reflective surface positioned within the sensing cone, wherein the reflective surface includes a retroreflector disposed to reflect to the sensor light from a light source , the light from the light source perpendicularly impinging on the tray of pharmaceutical containers such that openings of containers held by the tray exhibit high contrast with respect to tray to the sensor, the retroreflector having a retroflective sheet covered by a transparent sheet , the retroreflective sheet being located underneath the base of the chamber with the transparent sheet aseptically embedded within the base of the chamber ; and a controller in data communication with the sensor and with the filling arm and configured for: obtaining image information from the sensor, determining the locations of openings of the containers within the sensing cone based on the image information, and automatically guiding the filling arm to fill the containers with the product based on the locations of openings of the containers. a chamber capable of maintaining an aseptic condition, a sensor aseptically disposed with respect to the chamber, the sensor having a sensing cone within the chamber; an articulated filling arm and a tray of pharmaceutical containers disposed within the chamber, the articulated filling arm and the tray having a range of motion within the sensing cone, a reflective surface positioned within the sensing cone, wherein the reflective surface includes a retroreflector disposed to reflect to the sensor light from a light source , the light from the light source perpendicularly impinging on the tray of pharmaceutical containers such that openings of containers held by the tray exhibit high contrast with respect to tray to the sensor, the retroreflector having a retroflective sheet covered by a transparent sheet , the retroreflective sheet being located underneath the base of the chamber with the transparent sheet aseptically embedded within the base of the chamber ; and a controller in data communication with the sensor and with the filling arm and configured for: obtaining image information from the sensor, determining the locations of openings of the containers within the sensing cone based on the image information, and automatically guiding the filling arm to fill the containers with the product based on the locations of openings of the containers. obtaining image information from the sensor, determining the locations of openings of the containers within the sensing cone based on the image information, and automatically guiding the filling arm to fill the containers with the product based on the locations of openings of the containers.
A winder system , comprising a battery winder and a camera apparatus with a camera and a lens , wherein an angle between a sensor target plane of the camera and a lens plane of the lens is a predetermined angle, and an angle value of the predetermined angle is greater than 0 degree and less than or equal to 20 degrees, wherein the camera apparatus is mounted at a target position with respect to the battery winder , and is configured to obtain image information of a first detection region and image information of a second detection region concurrently, the target position is determined based on the predetermined angle, the battery winder is configured to wind a positive electrode plate of a battery and a negative electrode plate of the battery, the image information of the first detection region comprises positive electrode features of the positive electrode plate , and the image information of the second detection region comprises negative electrode features of the negative electrode plate .
A layer 2 processing method performed by a central unit, CU, comprising: sending channel reconstruction indication information to a distributed unit, DU; receiving a response message from the DU; generating a Radio Resource Control, RRC, reconfiguration message based on the response message; and sending the RRC reconfiguration message to a user equipment, UE, to enable the UE to perform a corresponding operation, characterized in that the channel reconstruction indication information comprises layer 2 reset indication information or synchronization reconfiguration indication information; wherein the layer 2 reset indication information or the synchronization reconfiguration indication information is used to instruct the DU to perform a layer 2 reset operation or to instruct the DU to perform a synchronization reconfiguration operation; wherein the response message carries a downlink transmission address newly allocated by the DU for each Data Radio Bearer, DRB. sending channel reconstruction indication information to a distributed unit, DU; receiving a response message from the DU; generating a Radio Resource Control, RRC, reconfiguration message based on the response message; and sending the RRC reconfiguration message to a user equipment, UE, to enable the UE to perform a corresponding operation, characterized in that the channel reconstruction indication information comprises layer 2 reset indication information or synchronization reconfiguration indication information; wherein the layer 2 reset indication information or the synchronization reconfiguration indication information is used to instruct the DU to perform a layer 2 reset operation or to instruct the DU to perform a synchronization reconfiguration operation; wherein the response message carries a downlink transmission address newly allocated by the DU for each Data Radio Bearer, DRB.
A method for producing a pressure-deformed core layer, comprising step (iv): (iv) pressure-deforming a core layer , which is suitable for a multilayer composite , which has at least one cover layer (2, 2', 2", 20') and a core layer , wherein the cover layer (2, 2', 2", 20') is arranged such that it at least partially covers the core layer and is fixedly connected thereto, the core layer comprising zigzag-shaped wooden elements (7, 8, 30, 30', 30"), which have platelet-shaped areas that are arranged in a zigzag shape, wherein a zig area of an element (7, 8, 30, 30', 30") forms with an adjoining zag area of the zigzag-shaped element (7, 8, 30, 30', 30") a common edge between them, and wherein zigzag-shaped elements (7, 8, 30, 30', 30") are arranged in the core layer such that two of such edges of two zigzag-shaped elements (7, 8, 30, 30', 30"), which can be the same or different from one another, intersect at an angle different from zero, wherein the two elements (7, 8, 30, 30', 30") at the point of intersection are fixedly connected to one another by means of an adhesive; wherein more than 50% of the wooden elements (7, 8, 30, 30', 30") in the core layer are present such that they are fixedly connected to one another, wherein the wooden elements (7, 8, 30, 30', 30") are in a random distribution; or wherein the wooden elements (7, 8, 30, 30', 30") are arranged randomly in the core layer , wherein the wooden elements (7, 8, 30, 30', 30"), when arranging and subsequently gluing them, usually have point-like intersection points on the edges intersecting at different angles; and wherein the zigzag-shaped wooden elements (7, 8, 30, 30', 30") have a fiber direction, wherein the common edge or the common edges does or do not run in parallel to the fiber direction; or wherein the common edge or the common edges runs or run perpendicularly to the fiber direction; and wherein the method comprises prior to step (iv) steps (i) to (iii): (i) providing the zigzag-shaped wooden elements (7, 8, 30, 30', 30"); (ii) arranging the elements (7, 8, 30, 30', 30") from step (i) such that two of such edges of two elements (7, 8, 30, 30', 30") intersect at an angle different from zero; (iii) fixedly connecting the edges from step (ii) by means of an adhesive. (i) providing the zigzag-shaped wooden elements (7, 8, 30, 30', 30"); (ii) arranging the elements (7, 8, 30, 30', 30") from step (i) such that two of such edges of two elements (7, 8, 30, 30', 30") intersect at an angle different from zero; (iii) fixedly connecting the edges from step (ii) by means of an adhesive.
A brake fluid pressure control device for a vehicle capable of performing fluid pressure control of a brake fluid pressure applied to a wheel brake , the brake fluid pressure control device comprising: wheel speed acquisition means that acquires a wheel speed (VW); estimated vehicle body speed calculation means that calculates an estimated vehicle body speed (VR) based on the wheel speed (VW); and bad road determination means that determines whether a state of a traveling road surface is bad, characterized in that the bad road determination means determines whether the state of the traveling road surface is bad based on a deviation between the estimated vehicle body speed (VR) and the wheel speed (VW), wherein the state of the traveling road surface is determined to be bad when a bad road determination threshold value (TH) is acquired based on a time period for which the wheel speed (VW) is continuously more than or less than the estimated vehicle body speed (VR) and the deviation is more than the bad road determination threshold value (TH). wheel speed acquisition means that acquires a wheel speed (VW); estimated vehicle body speed calculation means that calculates an estimated vehicle body speed (VR) based on the wheel speed (VW); and bad road determination means that determines whether a state of a traveling road surface is bad, characterized in that the bad road determination means determines whether the state of the traveling road surface is bad based on a deviation between the estimated vehicle body speed (VR) and the wheel speed (VW), wherein the state of the traveling road surface is determined to be bad when a bad road determination threshold value (TH) is acquired based on a time period for which the wheel speed (VW) is continuously more than or less than the estimated vehicle body speed (VR) and the deviation is more than the bad road determination threshold value (TH).
A method for operating a production machine, which is provided with a rotating operating wheel and a plurality of processing stations positioned on the operating wheel, characterised in that an intrinsic oscillation characteristic of the operating wheel, which is provided with the processing stations, is modified such that the modified intrinsic oscillation characteristic is specified so as to differ from a resonance oscillation characteristic at an excitation frequency acting on the operating wheel, wherein, for this purpose, a modifier comprising specifiable variable dynamic properties for modifying the intrinsic oscillation characteristic is positioned in the area of the operating wheel.
A hot-band annealing method for improving a descaling property of a Si-containing hot rolled steel sheet containing not less than 1.0 mass% of Si, which is a raw material for an electrical steel sheet, the method comprising subjecting the Si-containing hot rolled steel sheet to hot-band annealing with a hot-band annealing equipment provided with a heating zone, a soaking zone and a cooling zone, wherein a rapid heating device is disposed at an upper stream side of the heating zone and/or an inlet side of the heating zone, said rapid heating device is an induction heating device or an electric heating device, characterized in that the Si-containing hot rolled steel sheet is heated from a start temperature to an end temperature by a temperature rising amount of not less than 50°C at a heating rate of not less than 15°C/s using the rapid heating device, wherein the start temperature is within a range between a room temperature and 600°C.
A surgical access system adapted to facilitate access to a surgical site through an incision in a patient's body by opening the incision, comprising a supporting ring ; a radially adjustable saddle-shaped retractor configured to cup and manually retract a section of abdominal tissue at the incision; and coupling elements configured for retrofitting each of the radially adjustable saddle-shaped retractors to the supporting ring in a tissue-retracting position; characterised in that the system is adapted to facilitate access to a neonate through a Caesarean incision in the patients abdomen and in that the supporting ring is dimensioned to allow delivery of a neonate through the ring and comprises a non-adjustable saddle-shaped retractor fixed to the supporting ring and an outwardly projecting handle fixed to the supporting ring adjacent the fixed saddle-shaped retractor , wherein the non-adjustable saddle-shaped retractor is a pelvic region retractor configured to cover and hold back the woman's bladder during a caesarean section. a supporting ring ; a radially adjustable saddle-shaped retractor configured to cup and manually retract a section of abdominal tissue at the incision; and coupling elements configured for retrofitting each of the radially adjustable saddle-shaped retractors to the supporting ring in a tissue-retracting position;
A method for spatial detecting nucleic acids in a tissue sample comprising the steps of: a) identifying at least one region of interest (ROI) within the sample; b) applying at least one species of oligonucleotide probes onto predefined locations within the ROI and allowing the oligonucleotide probes to bind to the nucleic acids of the sample, wherein each species of the oligonucleotide probes comprises a unique barcode sequence; c) extracting the nucleic acid-oligonucleotide probes complexes; d) sequencing the extracted nucleic acid molecules; e) correlating the sequenced nucleic acid molecules encompassing the barcode sequence(s) of the oligonucleotide probes to the initial location of the corresponding targeted nucleic acid molecules within the ROI based on the barcode sequence(s) to generate a spatial distribution of the targeted nucleic acid molecules, wherein each location is identified by one or more species of oligonucleotide probes bound in step b). a) identifying at least one region of interest (ROI) within the sample; b) applying at least one species of oligonucleotide probes onto predefined locations within the ROI and allowing the oligonucleotide probes to bind to the nucleic acids of the sample, wherein each species of the oligonucleotide probes comprises a unique barcode sequence; c) extracting the nucleic acid-oligonucleotide probes complexes; d) sequencing the extracted nucleic acid molecules; e) correlating the sequenced nucleic acid molecules encompassing the barcode sequence(s) of the oligonucleotide probes to the initial location of the corresponding targeted nucleic acid molecules within the ROI based on the barcode sequence(s) to generate a spatial distribution of the targeted nucleic acid molecules, wherein each location is identified by one or more species of oligonucleotide probes bound in step b).
An electronic device comprising: a display ; a fingerprint sensor disposed under a designated region of the display ; and a processor , wherein the processor is configured to control the electronic device to: detect a first input on the designated region; obtain fingerprint information corresponding to the first input using the fingerprint sensor; display, on the display, an object related to an application based on obtaining the fingerprint information; detect a second input generated by dragging from the designated region to a region corresponding to the displayed object while the first input is maintained; execute an application related to the object selected by the second input; and perform authentication related to the application based on the fingerprint information. a display ; a fingerprint sensor disposed under a designated region of the display ; and a processor , wherein the processor is configured to control the electronic device to: detect a first input on the designated region; obtain fingerprint information corresponding to the first input using the fingerprint sensor; display, on the display, an object related to an application based on obtaining the fingerprint information; detect a second input generated by dragging from the designated region to a region corresponding to the displayed object while the first input is maintained; execute an application related to the object selected by the second input; and perform authentication related to the application based on the fingerprint information. detect a first input on the designated region; obtain fingerprint information corresponding to the first input using the fingerprint sensor; display, on the display, an object related to an application based on obtaining the fingerprint information; detect a second input generated by dragging from the designated region to a region corresponding to the displayed object while the first input is maintained; execute an application related to the object selected by the second input; and perform authentication related to the application based on the fingerprint information.
A method for producing a hydrogenated nitrile rubber having an iodine value of 120 or less, the method comprising: a first coagulation step of adding a halogen atom-free metal salt as a coagulant to a nitrile rubber latex to form a nitrile rubber coagulum; a solution preparation step of dissolving the nitrile rubber coagulum in an organic solvent to prepare a nitrile rubber solution; a hydrogenation step of subjecting the nitrile rubber solution to a hydrogenation reaction to afford a hydrogenated nitrile rubber solution; and a second coagulation step of adding a divalent metal salt as a coagulant to the hydrogenated nitrile rubber solution to form a hydrogenated nitrile rubber coagulum. a first coagulation step of adding a halogen atom-free metal salt as a coagulant to a nitrile rubber latex to form a nitrile rubber coagulum; a solution preparation step of dissolving the nitrile rubber coagulum in an organic solvent to prepare a nitrile rubber solution; a hydrogenation step of subjecting the nitrile rubber solution to a hydrogenation reaction to afford a hydrogenated nitrile rubber solution; and a second coagulation step of adding a divalent metal salt as a coagulant to the hydrogenated nitrile rubber solution to form a hydrogenated nitrile rubber coagulum.
A negative electrode active material, comprising: a core including SiO x (0≤x<2); an intermediate layer covering at least a portion of a surface of the core and including at least one of silicon nitride or silicon oxynitride; and a carbon coating layer covering at least a portion of the intermediate layer and containing nitrogen. a core including SiO x (0≤x<2); an intermediate layer covering at least a portion of a surface of the core and including at least one of silicon nitride or silicon oxynitride; and a carbon coating layer covering at least a portion of the intermediate layer and containing nitrogen.
Arrangement comprising a driving gear and a plastics cable for a forestry winch , wherein the driving gear has a rotatable pulley which guides and deflects the plastics cable , wherein the pulley is driven by a drive motor , wherein the driving gear has at least one rotatable press roller (10; 10a; 10b) which presses the plastics cable against the pulley , wherein the driven pulley and the press roller (10; 10a; 10b) are rotationally coupled, wherein the pulley has a receiving groove for the plastics cable , wherein the receiving groove has a groove bottom , in particular a flat groove bottom, on which the plastics cable rests, and two lateral groove flanks , wherein the press roller (10; 10a; 10b) dips into the receiving groove of the pulley , characterized in that the press roller (10; 10a; 10b) is configured to dip into the receiving groove in such a way that the plastics cable is pressed against the groove base by an outer circumferential surface of the press roller (10; 10a; 10b) and that end faces of the press roller (10; 10a; 10b) lie against the groove flanks of the pulley .
A fiber optic equipment assembly, comprising: a rear housing section (28 , 28 , 28 , 28 ) for a fiber optic housing (12, 12 , 12 ); and an attachment mechanism (34 , 34 ) extending from the rear housing section (28 , 28 , 28 , 28 ), the attachment mechanism (34 , 34 ) configured to removably attach the rear housing section (28 , 28 , 28 , 28 ) to the fiber optic housing (12, 12 , 12 ), characterized in that the attachment mechanism (34 , 34 ) comprises at least one spring plunger configured to releasably maintain the rear housing section (28 , 28 , 28 , 28 ) in a position to allow fasteners to removably attach the rear housing section (28 , 28 , 28 , 28 ) to the fiber optic housing (12, 12 , 12 ), and wherein the housing (12, 12 , 12 ) maintains an installed U-space the housing (12, 12 , 12 ) occupied prior to the rear housing section (28 , 28 , 28 , 28 ) being removably attached to the housing (12, 12 , 12 ). a rear housing section (28 , 28 , 28 , 28 ) for a fiber optic housing (12, 12 , 12 ); and an attachment mechanism (34 , 34 ) extending from the rear housing section (28 , 28 , 28 , 28 ), the attachment mechanism (34 , 34 ) configured to removably attach the rear housing section (28 , 28 , 28 , 28 ) to the fiber optic housing (12, 12 , 12 ), characterized in that the attachment mechanism (34 , 34 ) comprises at least one spring plunger configured to releasably maintain the rear housing section (28 , 28 , 28 , 28 ) in a position to allow fasteners to removably attach the rear housing section (28 , 28 , 28 , 28 ) to the fiber optic housing (12, 12 , 12 ), and wherein the housing (12, 12 , 12 ) maintains an installed U-space the housing (12, 12 , 12 ) occupied prior to the rear housing section (28 , 28 , 28 , 28 ) being removably attached to the housing (12, 12 , 12 ).
An arrangement for optical smoke detection according to the two-color principle, wherein the arrangement comprises a light emitting diode and a photosensor which is spectrally coordinated therewith, wherein the light emitting diode comprises an LED chip for emitting light in a first wavelength range and a light converter for converting part of the emitted light into light in a second wavelength range, and wherein the second wavelength range has a spectral half-width (BR) of a maximum of 100 nm, in particular a maximum of 75 nm and preferably a maximum of 50 nm.