mhurhangee/patent-ind-claim-en huggingface dataset:
A light detection and ranging, LIDAR, device , comprising: a multiple pulse illumination source configured to emit an encoded multi-pulse beam of illumination light from the LIDAR device into a three dimensional environment to illuminate a particular spot of the three dimensional environment with a measurement pulse sequence of illumination light including multiple pulses of illumination light; a photosensitive detector configured to detect an amount of the measurement pulse sequence reflected from the particular spot of the three dimensional environment illuminated by the multi-pulse beam of illumination light and generate an output signal indicative of the detected amount of light; and a computing system configured to: receive the output signal indicative of the detected amount of light; convert the output signal to a digital signal; determine a time of flight of the measurement pulse sequence from the LIDAR device to the particular spot of the three dimensional environment and back to the LIDAR device based on the digital signal; and change a coding of the multi-pulse beam in response to a measurement of noise in the output signal generated by the photosensitive detector. a multiple pulse illumination source configured to emit an encoded multi-pulse beam of illumination light from the LIDAR device into a three dimensional environment to illuminate a particular spot of the three dimensional environment with a measurement pulse sequence of illumination light including multiple pulses of illumination light; a photosensitive detector configured to detect an amount of the measurement pulse sequence reflected from the particular spot of the three dimensional environment illuminated by the multi-pulse beam of illumination light and generate an output signal indicative of the detected amount of light; and a computing system configured to: receive the output signal indicative of the detected amount of light; convert the output signal to a digital signal; determine a time of flight of the measurement pulse sequence from the LIDAR device to the particular spot of the three dimensional environment and back to the LIDAR device based on the digital signal; and change a coding of the multi-pulse beam in response to a measurement of noise in the output signal generated by the photosensitive detector. receive the output signal indicative of the detected amount of light; convert the output signal to a digital signal; determine a time of flight of the measurement pulse sequence from the LIDAR device to the particular spot of the three dimensional environment and back to the LIDAR device based on the digital signal; and change a coding of the multi-pulse beam in response to a measurement of noise in the output signal generated by the photosensitive detector.
A method implemented by one or more processors, the method comprising: receiving, at a first computing device, a request for the first computing device to process a spoken utterance that was submitted by a user to a second computing device, wherein each of the first computing device and the second computing device are located in a common environment and provide access to a respective automated assistant, and wherein the second computing device encrypts the request using signature data that is generated by the second computing device using a biometric signature that corresponds to the user; processing, by the first computing device, the request from the second computing device by decrypting the request using other signature data, the other signature data being generated by the first computing device using another biometric signature, to identify one or more assistant requests embodied in the request; generating, by the first computing device, assistant response data characterizing one or more automated assistant responses that are responsive to the one or more assistant requests; and causing, by the first computing device, the second computing device to render the one or more automated assistant responses for the user using the assistant response data. receiving, at a first computing device, a request for the first computing device to process a spoken utterance that was submitted by a user to a second computing device, wherein each of the first computing device and the second computing device are located in a common environment and provide access to a respective automated assistant, and wherein the second computing device encrypts the request using signature data that is generated by the second computing device using a biometric signature that corresponds to the user; wherein each of the first computing device and the second computing device are located in a common environment and provide access to a respective automated assistant, and wherein the second computing device encrypts the request using signature data that is generated by the second computing device using a biometric signature that corresponds to the user; processing, by the first computing device, the request from the second computing device by decrypting the request using other signature data, the other signature data being generated by the first computing device using another biometric signature, to identify one or more assistant requests embodied in the request; generating, by the first computing device, assistant response data characterizing one or more automated assistant responses that are responsive to the one or more assistant requests; and causing, by the first computing device, the second computing device to render the one or more automated assistant responses for the user using the assistant response data.
A paper cup configured to hold beverage, comprising: - a base; - a sidewall ; - said base and said sidewall together defining a space configured to receive the beverage; - an upper end portion of the cup consisting of a first and second pair of opposing closure panels, whereby each of the closure panels is attached to an upper edge of the sidewall via a respective first folding line and to adjacent closure panels via respective second folding lines ; - each panel of said first pair containing two additional folding lines , each of which extends from a distal edge of the respective panel to end points of the respective first folding line , to enable folding inwards; - wherein, in a closed position, a first panel of said second pair is partly inserted below a second panel of said second pair, and the panels of said second pair close the upper end portion; - wherein in the closed position, said closure panels are folded inwards and form a lid of the cup; - wherein the entire lid has a concave shape in the closed position; - wherein the first folding lines of the panels of the second pair are curved; - wherein the additional folding lines together with the respective first folding line of the panels of the first pair form a triangle shape with a cut or pointed apex and with a curved base; - wherein each of the panels of the first pair has a length that is less than 50 % of the width of the panels of the second pair; and - wherein each of the panels of the second pair has a length that is greater than 50 % of the width of the panels of the first pair. - a base; - a sidewall ; - said base and said sidewall together defining a space configured to receive the beverage; - an upper end portion of the cup consisting of a first and second pair of opposing closure panels, whereby each of the closure panels is attached to an upper edge of the sidewall via a respective first folding line and to adjacent closure panels via respective second folding lines ; - each panel of said first pair containing two additional folding lines , each of which extends from a distal edge of the respective panel to end points of the respective first folding line , to enable folding inwards; - wherein, in a closed position, a first panel of said second pair is partly inserted below a second panel of said second pair, and the panels of said second pair close the upper end portion; - wherein in the closed position, said closure panels are folded inwards and form a lid of the cup; - wherein the entire lid has a concave shape in the closed position; - wherein the first folding lines of the panels of the second pair are curved; - wherein the additional folding lines together with the respective first folding line of the panels of the first pair form a triangle shape with a cut or pointed apex and with a curved base; - wherein each of the panels of the first pair has a length that is less than 50 % of the width of the panels of the second pair; and - wherein each of the panels of the second pair has a length that is greater than 50 % of the width of the panels of the first pair.
A grinding installation for comminuting material for grinding, comprising at least one grinding apparatus , and a classifying device which is connected to the at least one grinding apparatus and which serves for classifying the material for grinding and which comprises a static classifier and a dynamic classifier, wherein the static classifier is arranged so as to at least partially surround the dynamic classifier, wherein the classifying device comprises at least one coarse material outlet for the discharge of coarse material which comprises a coarse grain fraction, at least one grit outlet for the discharge of grit which comprises a medium grain fraction, and at least one finished material outlet for the discharge of finished material which comprises a fine grain fraction, characterized in that the grinding installation comprises an open-loop/closed-loop control device for open-loop/closed-loop control of at least a part of a stream of material for grinding to the at least one grinding apparatus , wherein the open-loop/closed-loop control device comprises a dosing device which is arranged between the grit outlet and the at least one grinding apparatus and which is designed so as to limit at least a part of the stream of material for grinding to the at least one grinding apparatus .
A powder conveying injector for conveying coating powder which comprises a drive nozzle and a collecting nozzle , wherein the collecting nozzle comprises a stream collecting channel disposed axially opposite from the drive nozzle at a distance, wherein an injector housing is further provided in which at least the drive nozzle is at least partially accommodated in preferably removable or replaceable manner, and wherein the collecting nozzle and the drive nozzle are consolidated as a single component such that - when the drive nozzle is replaced - said drive nozzle can only be replaced simultaneously with the collecting nozzle .
A method for wireless communication, comprising: receiving, by a first serving network, an attach request originated from a user equipment, the attach request carrying a temporary identifier; transmitting, by the first serving network, a request message to a second serving network that previously served the user equipment to obtain a user context comprising a vector of security information for authenticating the user equipment from the second serving network according to the temporary identifier carried in the attach request; receiving, by the first serving network, a response message from the second serving network indicating a failure in retrieving the user context; transmitting, by the first serving network in response to the failure, an identity request message to the user equipment, wherein the identity request message includes an identity type indicating that an encrypted subscription identity is requested, receiving, by the first serving network, an identity response from the user equipment including the encrypted subscription identity; performing, by the first serving network, an authentication procedure based on at least one of the encrypted subscription identity, a Mobile Country Code, MCC, of the home network, and a Mobile Network Node, MNC, of the home network; and receiving, by the first serving network, an authentication response message from the home network, the authentication response message comprising a decrypted subscription identity corresponding to the encrypted subscription identity. receiving, by a first serving network, an attach request originated from a user equipment, the attach request carrying a temporary identifier; transmitting, by the first serving network, a request message to a second serving network that previously served the user equipment to obtain a user context comprising a vector of security information for authenticating the user equipment from the second serving network according to the temporary identifier carried in the attach request; receiving, by the first serving network, a response message from the second serving network indicating a failure in retrieving the user context; transmitting, by the first serving network in response to the failure, an identity request message to the user equipment, wherein the identity request message includes an identity type indicating that an encrypted subscription identity is requested, receiving, by the first serving network, an identity response from the user equipment including the encrypted subscription identity; performing, by the first serving network, an authentication procedure based on at least one of the encrypted subscription identity, a Mobile Country Code, MCC, of the home network, and a Mobile Network Node, MNC, of the home network; and receiving, by the first serving network, an authentication response message from the home network, the authentication response message comprising a decrypted subscription identity corresponding to the encrypted subscription identity.
A method of forming a component , said method comprising forming the component and at least one support structure joined to the component by additive layer manufacturing, wherein at least a portion of the support structure has a reduced density and/or increased porosity relative to the component and subsequently carrying out a heat treatment at increased pressure on the component and support structure to at least partially separate the component and at least one support structure and wherein the heat treatment comprises hot isostatic pressing.
A method for upgrading carbohydrates, carbohydrate derivatives or angelica lactone, the method comprising providing a feedstock comprising carbohydrates comprising angelica lactone, or; carbohydrate derivatives comprising angelica lactone, or; angelica lactone, and dimerising and/or oligomerising the carbohydrates comprising angelica lactone, the carbohydrate derivatives comprising angelica lactone or the angelica lactone in the presence of a heterogeneous catalyst, wherein oligomers are trimers or higher, wherein the step of dimerising/oligomerising is carried out at a reaction temperature in the range of 30 °C to 195 °C, and wherein the heterogeneous catalyst is an inorganic catalyst comprising an alkali metal compound and/or an alkaline earth metal compound and at least one further metal compound. providing a feedstock comprising carbohydrates comprising angelica lactone, or; carbohydrate derivatives comprising angelica lactone, or; angelica lactone, and dimerising and/or oligomerising the carbohydrates comprising angelica lactone, the carbohydrate derivatives comprising angelica lactone or the angelica lactone in the presence of a heterogeneous catalyst, wherein oligomers are trimers or higher, wherein the step of dimerising/oligomerising is carried out at a reaction temperature in the range of 30 °C to 195 °C, and wherein the heterogeneous catalyst is an inorganic catalyst comprising an alkali metal compound and/or an alkaline earth metal compound and at least one further metal compound.
A heat-ray reflecting film structure used for an agricultural greenhouse utilizing sunlight, being characterized in that the heat-ray reflecting film structure is formed of a woven or knitted fabric weaving or knitting a narrow band-shaped tape as a warp or a weft and a filament yarn or a spun yarn as a weft or a warp, wherein the narrow band-shaped tape is obtained by cutting an original film in which a lubricity-attached layer is provided on at least one surface of a multi-layer laminated film made by laminating at least two kinds of resin layers with different refractive indices alternately and having an average transmittance at 80% or more for light with wavelength of 400-750 nm and an average reflectance at 70% or more for light with wavelength of 800-1100 nm, and a thickness of the filament yarn or the spun yarn is 0.01-0.30 times as thick as a width of the narrow band-shaped tape and intervals between the adjacent narrow band-shaped tapes are 0.1-0.5 times the width of the narrow band-shaped tape.
An antibody kit comprising two or more anti-human hemoglobin monoclonal antibodies, wherein one or more monoclonal antibody-immobilized insoluble carrier particles, which are obtained by immobilizing the two or more anti-human hemoglobin monoclonal antibodies to one or more insoluble carrier particles, specifically detect a hemoglobin-haptoglobin complex from a mixture containing free hemoglobin and the hemoglobin-haptoglobin complex when applied to an immunoassay by an agglutination method, wherein the two or more anti-human hemoglobin monoclonal antibodies are the combination of 1-5G-3C (NPMD accession number NITE BP-02271) and SU112, the combination of 5C-2A (NPMD accession number NITE BP-02268) and 79-8G-3F (NPMD accession number NITE BP-02272), the combination of 7C-7B-8E (NPMD accession number NITE BP-02270) and 79-8G-3F (NPMD accession number NITE BP-02272), or the combination of 12-9G-C (NPMD accession number NITE BP-02269) and 79-8G-3F (NPMD accession number NITE BP-02272).
Implant screw for an implant, in particular for a dental implant , with a ceramic head part and with a non-ceramic base thread (111, 111', 111", 211, 311) that can be screwed into a base body of the dental implant , characterized in that the head part is connected to the base thread by means of an interlocking connection for transmitting a torque acting about a central axis (M) of the implant screw; wherein the head part is provided with a recess , in which a connector (1, 1', 1", 2, 3) is received at least in portions, on which connector the base thread is formed, and a mating retaining thread for screwing the head part onto the connector is arranged in the recess.
A system comprising: a bendable, pre-formed lead body operable to be implanted proximate a neural pathway of a patient; a first electrode comprising a plurality of first segments at a first longitudinal location of the lead body; a second electrode comprising a plurality of second segments at a second longitudinal location of the lead body and; a signal generator electrically coupled to at least one of the first and second electrodes ; and a processor coupled to the signal generator and operable to apply a stimulation signal to at least one of the first and second electrodes , characterized in that the first electrode is configured to be positioned at a lateral epidural region proximate at least one nerve root of the patient, and the second electrode is configured to be positioned along a midline of the patient's spinal column, wherein the system further comprises a sensing circuit configured to sense biopotentials, wherein the signal generator is electrically coupled to one of the first and second electrodes and the sensing circuit is operable coupled to the other of the first and second electrodes . a bendable, pre-formed lead body operable to be implanted proximate a neural pathway of a patient; a first electrode comprising a plurality of first segments at a first longitudinal location of the lead body; a second electrode comprising a plurality of second segments at a second longitudinal location of the lead body and; a signal generator electrically coupled to at least one of the first and second electrodes ; and a processor coupled to the signal generator and operable to apply a stimulation signal to at least one of the first and second electrodes , wherein the system further comprises a sensing circuit configured to sense biopotentials, wherein the signal generator is electrically coupled to one of the first and second electrodes and the sensing circuit is operable coupled to the other of the first and second electrodes .
Flywheel kinetic accumulator (1;100) comprising: - an accumulator assembly ; - a flywheel (4;104), arranged in said assembly so as to rotate about a rotation axis (R) in a desired rotation direction (V), - mechanical rolling means , mounted between the accumulator assembly and the flywheel (4;104), for guiding the rotation of the latter, - magnetic support means of the flywheel (4;104), comprising at least two sets of magnetic elements (16,16';116,116') facing each other and magnetically interacting with each other, arranged in two respective parallel planes, along two respective circular paths (T) having the same diameter (D), at a distance from each other around said rotation axis (R), said sets being one connected to the accumulator assembly and the other to the flywheel (4;104), and defining a magnetic support space therebetween, wherein the magnetic elements (16,16';116,116') of the two sets are arranged such that when a magnetic element (16';116') of the one set is aligned and geometrically overlapped with a respective magnetic element (16;116) of the other set along an axis that is parallel to the rotation axis (R), all other magnetic elements are offset with respect to one another in order to reduce or eliminate the magnetic forces acting in the direction opposite to the rotation direction (V), characterized in that : - the magnetic elements (16;116) of one of said sets have a regular mutual angular distance; - the magnetic elements (16';116') of the other of said sets have a different mutual angular distance with respect to one another. - an accumulator assembly ; - a flywheel (4;104), arranged in said assembly so as to rotate about a rotation axis (R) in a desired rotation direction (V), - mechanical rolling means , mounted between the accumulator assembly and the flywheel (4;104), for guiding the rotation of the latter, - magnetic support means of the flywheel (4;104), comprising at least two sets of magnetic elements (16,16';116,116') facing each other and magnetically interacting with each other, arranged in two respective parallel planes, along two respective circular paths (T) having the same diameter (D), at a distance from each other around said rotation axis (R), said sets being one connected to the accumulator assembly and the other to the flywheel (4;104), and defining a magnetic support space therebetween, - the magnetic elements (16;116) of one of said sets have a regular mutual angular distance; - the magnetic elements (16';116') of the other of said sets have a different mutual angular distance with respect to one another.