mhurhangee/patent-ind-claim-en huggingface dataset:
Device for determining the concentration of a substance in the blood of a subject, comprising: - an input unit for receiving detection signals reflected back or transmitted through a skin area of the subject in response to irradiation of the skin area by a radiation signal, - a signal extraction unit for extracting at least three photo-plethysmography, PPG, signals at different wavelengths from said detection signals, - a processing unit configured to DC normalize said at least three PPG signals and to form a first difference signal between a first normalized PPG signal and a second normalized PPG signal and a second difference signal between a third normalized PPG signal and one other of the at least three normalized PPG signals and to form a ratio between estimated AC amplitudes of said first difference signal and said second difference signal, and - a concentration detection unit configured to calculate the concentration of a substance in the blood of the subject based on said ratio. - an input unit for receiving detection signals reflected back or transmitted through a skin area of the subject in response to irradiation of the skin area by a radiation signal, - a signal extraction unit for extracting at least three photo-plethysmography, PPG, signals at different wavelengths from said detection signals, - a processing unit configured to DC normalize said at least three PPG signals and to form a first difference signal between a first normalized PPG signal and a second normalized PPG signal and a second difference signal between a third normalized PPG signal and one other of the at least three normalized PPG signals and to form a ratio between estimated AC amplitudes of said first difference signal and said second difference signal, and - a concentration detection unit configured to calculate the concentration of a substance in the blood of the subject based on said ratio.
A computer implemented method of selectively displaying, based on one or more authorization levels, varying redacted content from an electronic document having one or more pages, including the steps of: providing a file record associated with the electronic document; providing one or more page records within the file record , each page record corresponding to the one or more pages in the electronic document ; for each page with redacted content, providing one or more redacted page image records, each redacted page image record having an associated authorization level; in response to a request from a first user, displaying to the first user a first combination selected from the one or more page records and the one or more redacted page image records, wherein the authorization level associated with each displayed redacted page image record assembled into the first combination corresponds to a first authorization level associated with the first user; and in response to another request from a second user, displaying to the second user a second combination selected from the one or more page records and the one or more redacted page image records, wherein the authorization level associated with each displayed redacted page image record assembled into the second combination corresponds to a second authorization level associated with the second user that is different than the first authorization level associated with the first user. providing a file record associated with the electronic document; providing one or more page records within the file record , each page record corresponding to the one or more pages in the electronic document ; for each page with redacted content, providing one or more redacted page image records, each redacted page image record having an associated authorization level; in response to a request from a first user, displaying to the first user a first combination selected from the one or more page records and the one or more redacted page image records, wherein the authorization level associated with each displayed redacted page image record assembled into the first combination corresponds to a first authorization level associated with the first user; and in response to another request from a second user, displaying to the second user a second combination selected from the one or more page records and the one or more redacted page image records, wherein the authorization level associated with each displayed redacted page image record assembled into the second combination corresponds to a second authorization level associated with the second user that is different than the first authorization level associated with the first user.
A method of sharing language constructs among different Java-based scripting languages, wherein language constructs include data types, such as primitives (including int, double, char, short, float, byte and language specific constructs), strings, lists, dictionaries, sets, tuples, arrays, and language types such as functions, class definitions, class instances, methods and modules of code, wherein scripting languages refers to interpreted languages that are configured to allow a user to drive an application from a command prompt or text file, wherein language constructs are treated as first-class objects configured to be shared across the different Java-based scripting languages, the method comprising: (a) defining, using a programming language, a core application programming interface which is language-neutral relative to a plurality of Java-based scripting languages allowing the use in one interpreted programming language of language constructs written in a different interpreted programming language, said core application programming interface comprising a respective core interface for each of a plurality of types of language constructs; wherein a processor is configured to execute the following operations: (b) calling a language construct of a first type written in a first Java-based scripting language, the call being made by a language construct of said first type written in a second Java-based scripting language; (c) creating a first instance of a first core interface that handles language constructs of said first type; (d) redirecting the call to said first instance of said first core interface ; and (e) redirecting the call received by said first instance of said first core interface to said language construct of said first type written in said first Java-based scripting language. (a) defining, using a programming language, a core application programming interface which is language-neutral relative to a plurality of Java-based scripting languages allowing the use in one interpreted programming language of language constructs written in a different interpreted programming language, said core application programming interface comprising a respective core interface for each of a plurality of types of language constructs; wherein a processor is configured to execute the following operations: (b) calling a language construct of a first type written in a first Java-based scripting language, the call being made by a language construct of said first type written in a second Java-based scripting language; (c) creating a first instance of a first core interface that handles language constructs of said first type; (d) redirecting the call to said first instance of said first core interface ; and (e) redirecting the call received by said first instance of said first core interface to said language construct of said first type written in said first Java-based scripting language.
Method for manufacturing a structure with a structural component , in particular a wall, ceiling or similar, formed by a plurality of interconnected wooden panels , characterised in that the wooden panels are connected to each other to form a structural component , which is formed from at least two wooden panels , the method comprising the following steps: - positioning at least two wooden panels which fit together with each other according to a contact surface which is perpendicular to the surfaces forming the structural component, - forming a cavity on the surface of two panels at the edges of the panels facing each other, the cavity being open on at least one end face of the panel, wherein the adjacent cavities form a single receptacle, - pressing a connecting element into the cavity perpendicular thereto, - clamping the connecting element by means of screws at an angle of preferably 60°, but essentially between 30° and 70°, relative to the contact surface of the panels , and wherein the seats of the screws in the connecting element are diametrically opposed to one another, closing the connecting gap between the two panels , - wherein at least two panels forming the structural component are connected to a further structure via two tensile connections, - covering the receptacle by means of a strip. - positioning at least two wooden panels which fit together with each other according to a contact surface which is perpendicular to the surfaces forming the structural component, - forming a cavity on the surface of two panels at the edges of the panels facing each other, the cavity being open on at least one end face of the panel, wherein the adjacent cavities form a single receptacle, - pressing a connecting element into the cavity perpendicular thereto, - clamping the connecting element by means of screws at an angle of preferably 60°, but essentially between 30° and 70°, relative to the contact surface of the panels , and wherein the seats of the screws in the connecting element are diametrically opposed to one another, closing the connecting gap between the two panels , - wherein at least two panels forming the structural component are connected to a further structure via two tensile connections, - covering the receptacle by means of a strip.
A composition comprising: a polycarbonate; a copolymer derived from a copolymerization of a vinyl aromatic monomer and an ethylenically unsaturated nitrile monomer; an impact modifier that comprises acrylonitrile-styrene-acrylate; a first gel-type low gloss additive; where the first gel-type low gloss additive is an epoxy cross-linked styrene acrylonitrile dispersed in polycarbonate; a second gel-type low gloss additive; where the second gel-type low gloss additive is an epoxy cross-linked styrene acrylonitrile dispersed in polystyrene; a first polymethylmethacrylate; and a second polymethylmethacrylate; where the first polymethylmethacrylate and the second polymethylmethacrylate are present in a total amount of 1 to 25 wt%, based on the total weight of the composition; and wherein a weight ratio of the first polymethylmethacrylate to a total weight of the first polymethylmethacrylate and the second polymethylmethacrylate is 0.2 to 1.0; and where the first polymethylmethacrylate has a higher melt viscosity than the second polymethylmethacrylate. a polycarbonate; a copolymer derived from a copolymerization of a vinyl aromatic monomer and an ethylenically unsaturated nitrile monomer; an impact modifier that comprises acrylonitrile-styrene-acrylate; a first gel-type low gloss additive; where the first gel-type low gloss additive is an epoxy cross-linked styrene acrylonitrile dispersed in polycarbonate; a second gel-type low gloss additive; where the second gel-type low gloss additive is an epoxy cross-linked styrene acrylonitrile dispersed in polystyrene; a first polymethylmethacrylate; and a second polymethylmethacrylate; where the first polymethylmethacrylate and the second polymethylmethacrylate are present in a total amount of 1 to 25 wt%, based on the total weight of the composition; and wherein a weight ratio of the first polymethylmethacrylate to a total weight of the first polymethylmethacrylate and the second polymethylmethacrylate is 0.2 to 1.0; and where the first polymethylmethacrylate has a higher melt viscosity than the second polymethylmethacrylate.
An oral care system , comprising: a cleaning and/or treatment portion for an oral care device, at least a section of the cleaning and/or treatment portion for being received in an oral cavity of a user for a cleaning or treatment function, the cleaning and/or treatment portion, characterized by : a magnetic field source for generating a reference magnetic field in the oral cavity when received therein, and a magnetic field sensing arrangement , arranged to detect a magnetic field strength of the reference field, or changes therein, at one or more spatial locations; and a processing arrangement , arranged to receive a sensor output from the magnetic field sensing arrangement and adapted to perform sensing of blood in or on gum tissue or in the oral cavity, based on analysis of the sensor output. a cleaning and/or treatment portion for an oral care device, at least a section of the cleaning and/or treatment portion for being received in an oral cavity of a user for a cleaning or treatment function, the cleaning and/or treatment portion, characterized by : a magnetic field source for generating a reference magnetic field in the oral cavity when received therein, and a magnetic field sensing arrangement , arranged to detect a magnetic field strength of the reference field, or changes therein, at one or more spatial locations; and a magnetic field source for generating a reference magnetic field in the oral cavity when received therein, and a magnetic field sensing arrangement , arranged to detect a magnetic field strength of the reference field, or changes therein, at one or more spatial locations; and a processing arrangement , arranged to receive a sensor output from the magnetic field sensing arrangement and adapted to perform sensing of blood in or on gum tissue or in the oral cavity, based on analysis of the sensor output.
A spool and wobbler assembly for a sprinkler, the spool and wobbler assembly comprising: a spool section with facing spool flanges on opposite sides of a spool core , at least one of the spool flanges including a circumferential rolling ledge ; a wobbler cage including a wobbler ring supported on the spool section; a water deflector plate coupled with the wobbler cage, wherein an underside of the wobbler ring comprises a circumferential rolling surface engaging the circumferential rolling ledge of the at least one spool flange; and said spool and wobbler assembly further comprising: spool teeth positioned on an outside circumference of the one of the spool flanges including the circumferential rolling ledge , wherein leading edges of the spool teeth are closer to vertical than trailing edges of the spool teeth, and wherein the underside of the wobbler ring comprises wobbler teeth positioned radially outward of the circumferential rolling surface , the wobbler teeth being positionable in spaces defined between the spool teeth. a spool section with facing spool flanges on opposite sides of a spool core , at least one of the spool flanges including a circumferential rolling ledge ; a wobbler cage including a wobbler ring supported on the spool section; a water deflector plate coupled with the wobbler cage, wherein an underside of the wobbler ring comprises a circumferential rolling surface engaging the circumferential rolling ledge of the at least one spool flange; and said spool and wobbler assembly further comprising: spool teeth positioned on an outside circumference of the one of the spool flanges including the circumferential rolling ledge , wherein leading edges of the spool teeth are closer to vertical than trailing edges of the spool teeth, and wherein the underside of the wobbler ring comprises wobbler teeth positioned radially outward of the circumferential rolling surface , the wobbler teeth being positionable in spaces defined between the spool teeth. spool teeth positioned on an outside circumference of the one of the spool flanges including the circumferential rolling ledge , wherein leading edges of the spool teeth are closer to vertical than trailing edges of the spool teeth, and wherein the underside of the wobbler ring comprises wobbler teeth positioned radially outward of the circumferential rolling surface , the wobbler teeth being positionable in spaces defined between the spool teeth.
A rotation speed correction apparatus configured to correct a rotation speed of a driving wheel tire mounted on a vehicle , the apparatus comprising: a rotation speed obtainment unit configured to obtain the rotation speed of the driving wheel tire and a rotation speed of a following wheel tire mounted on the vehicle ; and a comparative value calculation unit configured to calculate a comparative value between the rotation speed of the driving wheel tire and the rotation speed of the following wheel tire on the basis of the rotation speeds of the driving wheel tire and the following wheel tire, characterized by a torque obtainment unit configured to obtain a wheel torque applied to a driving wheel of the vehicle ; and a rotation speed calculation unit configured to identify a linear relationship between the comparative value and the wheel torque, and on the basis of the rotation speed of the following wheel tire and the linear relationship, calculate a rotation speed of the driving wheel tire in which influence of slippage has been eliminated. a rotation speed obtainment unit configured to obtain the rotation speed of the driving wheel tire and a rotation speed of a following wheel tire mounted on the vehicle ; and a comparative value calculation unit configured to calculate a comparative value between the rotation speed of the driving wheel tire and the rotation speed of the following wheel tire on the basis of the rotation speeds of the driving wheel tire and the following wheel tire, characterized by a torque obtainment unit configured to obtain a wheel torque applied to a driving wheel of the vehicle ; and a rotation speed calculation unit configured to identify a linear relationship between the comparative value and the wheel torque, and on the basis of the rotation speed of the following wheel tire and the linear relationship, calculate a rotation speed of the driving wheel tire in which influence of slippage has been eliminated.
A method for calibrating a scanner for positioning a laser beam in a machining field , comprising: arranging at least one retroreflector (19, 19a-e) in the machining field of the scanner , which is formed in a machining chamber for irradiating powder layers , detecting laser radiation which is reflected back into the scanner when the laser beam passes over the retroreflector (19, 19a-e), determining an actual position (X P , Y P ) of the laser beam in the machining field based on the detected laser radiation , and calibrating the scanner by correcting one of the target position (X T , Y T ) of the laser beam in the machining field specified for the scanner based on the determined actual position (X P , Y P ) of the laser beam in the machining field , wherein the retroreflector (19, 19a-e) is automatically arranged in the machining field of the scanner by moving the retroreflector (19, 19a-e) on a movable device into the machining field of the scanner . arranging at least one retroreflector (19, 19a-e) in the machining field of the scanner , which is formed in a machining chamber for irradiating powder layers , detecting laser radiation which is reflected back into the scanner when the laser beam passes over the retroreflector (19, 19a-e), determining an actual position (X P , Y P ) of the laser beam in the machining field based on the detected laser radiation , and calibrating the scanner by correcting one of the target position (X T , Y T ) of the laser beam in the machining field specified for the scanner based on the determined actual position (X P , Y P ) of the laser beam in the machining field , wherein the retroreflector (19, 19a-e) is automatically arranged in the machining field of the scanner by moving the retroreflector (19, 19a-e) on a movable device into the machining field of the scanner .
A nodal lighting system, comprising: a controller; a plurality of lighting nodes configured to wirelessly communicate with the controller; a control unit within each of the plurality of lighting nodes configured to store and interpret commands received from the controller, wherein the commands comprise commands to recreate a lighting environment; characterised in that the plurality of lighting nodes is configured to recreate the lighting environment - being the lighting environment of a remote location - in real-time based on one or more light parameters measured in real-time at the remote location; and by a projector configured to display images from the remote location in concert with the lighting environment. a controller; a plurality of lighting nodes configured to wirelessly communicate with the controller; a control unit within each of the plurality of lighting nodes configured to store and interpret commands received from the controller, wherein the commands comprise commands to recreate a lighting environment; characterised in that the plurality of lighting nodes is configured to recreate the lighting environment - being the lighting environment of a remote location - in real-time based on one or more light parameters measured in real-time at the remote location; and by a projector configured to display images from the remote location in concert with the lighting environment.
Gas expansion device for expanding a gas or a gas-liquid mixture, whereby the gas expansion device comprises a gas expansion element with an inlet port for the gas to be expanded and an inlet pipe for the gas to be expanded, whereby the inlet pipe is connected to the inlet port , whereby the gas expansion device comprises a first liquid injection point for the injection of liquid, characterised in that the first liquid injection point is at a position level with the inlet port or upstream from the inlet port , and in that the expansion element device is privided with a liquid separator for separating liquid from gas that is expanded in the gas expansion element , whereby the first liquid injection point is connected to a liquid outlet of the liquid separator .
A photon detection device comprising: a silicon photomultiplier SiPM configured to generate a detected signal when the SiPM absorbs a photon; an amplifier connected to the SiPM ; and a transmission line stub between the SiPM and the amplifier ; wherein the transmission line stub is configured to generate a reflected signal back into the SiPM-amplifier connection; wherein the amplifier is configured to amplify a combination of the detected signal and the reflected signal; characterized in that the stub is terminated with a complex impedance such that the reflected signal substantially subtracts a recovery tail portion of the detected signal from the SiPM, and the termination is comprised of a very low impedance R ∥ L or RC ∥ L circuit. a silicon photomultiplier SiPM configured to generate a detected signal when the SiPM absorbs a photon; an amplifier connected to the SiPM ; and a transmission line stub between the SiPM and the amplifier ; wherein the transmission line stub is configured to generate a reflected signal back into the SiPM-amplifier connection; wherein the amplifier is configured to amplify a combination of the detected signal and the reflected signal; characterized in that the stub is terminated with a complex impedance such that the reflected signal substantially subtracts a recovery tail portion of the detected signal from the SiPM, and the termination is comprised of a very low impedance R ∥ L or RC ∥ L circuit.