mhurhangee/patent-ind-claim-en huggingface dataset:
A method of multiple connection providing a service comprising a communication connection between at least one server and a client, the method characterized by the client performing steps of: referring to a multiple connection history comprising previously determined information about a number of multiple connections and a size of a sub-segment split from a segment of data to be transmitted through the multiple connections, wherein the previously determined information is determined based on an arrival time difference of each packet included in the sub-segment; determining (S730) a number of multiple connections and a size of the sub-segment based on the multiple connection history; and requesting (S740) the multiple connections according to the determined number of multiple connections and the determined size of the sub-segment. referring to a multiple connection history comprising previously determined information about a number of multiple connections and a size of a sub-segment split from a segment of data to be transmitted through the multiple connections, wherein the previously determined information is determined based on an arrival time difference of each packet included in the sub-segment; determining (S730) a number of multiple connections and a size of the sub-segment based on the multiple connection history; and requesting (S740) the multiple connections according to the determined number of multiple connections and the determined size of the sub-segment.
A data processing method for synthesizing in real time customized traffic information for a user who wants to reach a destination position from a departure position, the data processing method comprising the steps of: - obtaining data which define a topological graph, said topological graph being an oriented graph containing information on the connection between segments of a road network, said topological graph comprising nodes which represent points of connection between two adjacent segments and arcs which connect nodes and which correspond to road or carriageway segments; - generating data which define a routes graph (G P ), the routes graph (G P ) being a subset of the topological graph, having a departure node associated with the departure position, a destination node associated with the destination position, intermediate nodes between the departure node and the destination node , arcs (1-5) which connect the nodes of the routes graph to one another, the generating step comprising an operation of identifying on the routes graph a plurality of alternative routes which extend from the departure node to the destination node of the routes graph passing through intermediate nodes and arcs of the routes graph (G P ) ; - noting traffic and/or weather data on the routes graph (G P ) and obtaining data adapted to define an annotated routes graph; - obtaining data adapted to define a simplified routes graph reducing the number of intermediate nodes of the annotated routes graph by defining aggregate segments as sequences of arcs of the same alternative route which meet one or more homogeneity criteria of the traffic and/or weather data. - obtaining data which define a topological graph, said topological graph being an oriented graph containing information on the connection between segments of a road network, said topological graph comprising nodes which represent points of connection between two adjacent segments and arcs which connect nodes and which correspond to road or carriageway segments; - generating data which define a routes graph (G P ), the routes graph (G P ) being a subset of the topological graph, having a departure node associated with the departure position, a destination node associated with the destination position, intermediate nodes between the departure node and the destination node , arcs (1-5) which connect the nodes of the routes graph to one another, the generating step comprising an operation of identifying on the routes graph a plurality of alternative routes which extend from the departure node to the destination node of the routes graph passing through intermediate nodes and arcs of the routes graph (G P ) ; - noting traffic and/or weather data on the routes graph (G P ) and obtaining data adapted to define an annotated routes graph; - obtaining data adapted to define a simplified routes graph reducing the number of intermediate nodes of the annotated routes graph by defining aggregate segments as sequences of arcs of the same alternative route which meet one or more homogeneity criteria of the traffic and/or weather data.
Blank separating device comprising at least one upper blank separating module , the at least one upper blank separating module having a relief, the relief comprising at least three separating elements and/or contact elements (1228; 1235), each including an operative surface and/or contact surface (1227; 1230), and it being possible for the at least three operative surfaces and/or contact surfaces (1227; 1230) to each be arranged at at least three different distances (A7; A5; A6) in the vertical direction (V) with respect to a carrier plate , characterized in that at least one lower blank separating module is provided, and in that the at least one lower blank separating module has a relief that is matched to the relief of the at least one upper blank separating module .
A system for management of diabetes, the system comprising: an episodic glucose meter to measure glucose level in a fluid sample of a subject at discrete non-uniform time intervals and provide such episodic glucose level as input data for bolus calculation; a continuous glucose monitor to continuously measure glucose level of the subject at discrete generally uniform time intervals and provide the glucose level at each interval in the form of glucose measurement data that can be used for bolus calculation; an insulin infusion pump to deliver insulin to the subject; a microcontroller in communication with the pump , glucose meter and the glucose monitor in which the microcontroller is configured to: provide a bolus recommendation to the subject; evaluate whether an actual bolus delivered by the pump is other than the bolus recommendation; in the event the actual bolus delivered is other than the bolus recommendation, determine a low or high trend in the rate of change of glucose level over a period of time after the bolus delivery with respect to a predetermined low trend threshold or a predetermined high trend threshold and annunciate the low trend or high trend to the user along with actual bolus delivered and bolus recommendation. an episodic glucose meter to measure glucose level in a fluid sample of a subject at discrete non-uniform time intervals and provide such episodic glucose level as input data for bolus calculation; a continuous glucose monitor to continuously measure glucose level of the subject at discrete generally uniform time intervals and provide the glucose level at each interval in the form of glucose measurement data that can be used for bolus calculation; an insulin infusion pump to deliver insulin to the subject; a microcontroller in communication with the pump , glucose meter and the glucose monitor in which the microcontroller is configured to: provide a bolus recommendation to the subject; evaluate whether an actual bolus delivered by the pump is other than the bolus recommendation; in the event the actual bolus delivered is other than the bolus recommendation, determine a low or high trend in the rate of change of glucose level over a period of time after the bolus delivery with respect to a predetermined low trend threshold or a predetermined high trend threshold and annunciate the low trend or high trend to the user along with actual bolus delivered and bolus recommendation. provide a bolus recommendation to the subject; evaluate whether an actual bolus delivered by the pump is other than the bolus recommendation; in the event the actual bolus delivered is other than the bolus recommendation, determine a low or high trend in the rate of change of glucose level over a period of time after the bolus delivery with respect to a predetermined low trend threshold or a predetermined high trend threshold and annunciate the low trend or high trend to the user along with actual bolus delivered and bolus recommendation.
A method for simulating a quantum system, comprising: obtaining , by one or more classical processors , a first Hamiltonian describing the quantum system, wherein the Hamiltonian is written in a plane wave basis comprising N plane wave basis vectors; applying , by the one or more classical processors, a discrete Fourier transform to the first Hamiltonian to generate a second Hamiltonian written in a plane wave dual basis, wherein the second Hamiltonian comprises a number of terms that scales at most quadratically with N; mapping, by the one or more classical processors, the second Hamiltonian to a qubit Hamiltonian; and simulating , by quantum computing hardware comprising a plurality of qubits and one or more control devices, the quantum system using the qubit Hamiltonian. obtaining , by one or more classical processors , a first Hamiltonian describing the quantum system, wherein the Hamiltonian is written in a plane wave basis comprising N plane wave basis vectors; applying , by the one or more classical processors, a discrete Fourier transform to the first Hamiltonian to generate a second Hamiltonian written in a plane wave dual basis, wherein the second Hamiltonian comprises a number of terms that scales at most quadratically with N; mapping, by the one or more classical processors, the second Hamiltonian to a qubit Hamiltonian; and simulating , by quantum computing hardware comprising a plurality of qubits and one or more control devices, the quantum system using the qubit Hamiltonian.
An apparatus comprising a reaction chamber including two or more electrodes configured to generate a series of electric arcs to synthesize a reactant gas containing at least nitrogen and oxygen to a product gas containing nitric oxide; a respiration sensor configured to collect information related to one or more triggering events associated with a respiratory system; and a controller in communication with the one or more pairs of electrodes and the sensor, the controller being configured to determine one or more control parameters based on the collected information; characterized in that the controller is further configured to initiate the series of electric arcs before the triggering event occurs based on the determined control parameters, wherein the controller is configured to track at least one of timing and volume of one or more previous inspirations and predict at least one of timing and volume of a subsequent inspiration. a reaction chamber including two or more electrodes configured to generate a series of electric arcs to synthesize a reactant gas containing at least nitrogen and oxygen to a product gas containing nitric oxide; a respiration sensor configured to collect information related to one or more triggering events associated with a respiratory system; and a controller in communication with the one or more pairs of electrodes and the sensor, the controller being configured to determine one or more control parameters based on the collected information; characterized in that the controller is further configured to initiate the series of electric arcs before the triggering event occurs based on the determined control parameters, determine one or more control parameters based on the collected information; characterized in that the controller is further configured to initiate the series of electric arcs before the triggering event occurs based on the determined control parameters, wherein the controller is configured to track at least one of timing and volume of one or more previous inspirations and predict at least one of timing and volume of a subsequent inspiration.
A filter, comprising: a central filter region, the central filter region to transmit a first wavelength range; a peripheral filter region, the peripheral filter region to block a second wavelength range and to transmit the first wavelength range; and a transition filter region between the central and peripheral filter regions, wherein the transition filter region includes a plurality of first portions and a plurality of second portions arranged in a pattern configured to apodize the boundary between the central and peripheral filter regions, wherein the first portions are to block the second wavelength range and the second portions are to transmit the second wavelength range. a central filter region, the central filter region to transmit a first wavelength range; a peripheral filter region, the peripheral filter region to block a second wavelength range and to transmit the first wavelength range; and a transition filter region between the central and peripheral filter regions, wherein the transition filter region includes a plurality of first portions and a plurality of second portions arranged in a pattern configured to apodize the boundary between the central and peripheral filter regions, wherein the first portions are to block the second wavelength range and the second portions are to transmit the second wavelength range.
A vacuum thermal insulation material (X) having a core material and an envelope in which the core material is inserted, wherein: the envelope comprises a hot-melt layer , and the hot-melt layer at an end portion thereof is thermally fused to each other, thereby forming a sealed portion , the core material has a first main flat surface exposed to the relatively high temperature side when in use, and a second main flat surface that faces the first main flat surface and is exposed to the relatively low temperature side when in use, and at least a portion of the sealed portion is positioned on the second main flat surface side, wherein the envelope is positioned on the second main flat surface side by being folded back at the end surface of the core material , characterized in that the length of the folded portion of the envelope is 10 mm to 100 mm starting from the end surface of the core material . the envelope comprises a hot-melt layer , and the hot-melt layer at an end portion thereof is thermally fused to each other, thereby forming a sealed portion , the core material has a first main flat surface exposed to the relatively high temperature side when in use, and a second main flat surface that faces the first main flat surface and is exposed to the relatively low temperature side when in use, and at least a portion of the sealed portion is positioned on the second main flat surface side, wherein the envelope is positioned on the second main flat surface side by being folded back at the end surface of the core material ,
A wide area cosmogenic neutron sensor for detecting moisture within a measurement surface , the wide area cosmogenic neutron sensor comprising: a neutron detector positionable above the measurement surface , wherein a moderator material is positioned around at least a portion of the neutron detector to form a moderated neutron detector , a neutron shield positioned around a portion of the moderated neutron detector , whereby the neutron shield substantially covers an entirety of a bottom of the moderated neutron detector , wherein the neutron shield is positioned to interact with cosmogenic neutrons propagating to the bottom of the moderated neutron detector , thereby substantially blocking fast, epithermal, and thermal cosmogenic neutrons propagating to the bottom of the moderated neutron detector from reaching the moderated neutron detector , and wherein the neutron shield is not positioned on at least a top side of the moderated neutron detector ; characterized by , a stand structure holding the moderated neutron detector and the neutron shield in a position a first spaced vertical distance (D 1 ) above the measurement surface with the bottom side of the moderated neutron detector facing the measurement surface , wherein the moderated neutron detector is positioned a second spaced vertical distance (D 2 ) above the neutron shield , wherein the second spaced vertical distance (D 2 ) is greater than zero; and wherein wide area cosmogenic neutrons propagating from the measurement surface travel through an air space before arriving at the moderated neutron detector . a neutron detector positionable above the measurement surface , wherein a moderator material is positioned around at least a portion of the neutron detector to form a moderated neutron detector , a neutron shield positioned around a portion of the moderated neutron detector , whereby the neutron shield substantially covers an entirety of a bottom of the moderated neutron detector , wherein the neutron shield is positioned to interact with cosmogenic neutrons propagating to the bottom of the moderated neutron detector , thereby substantially blocking fast, epithermal, and thermal cosmogenic neutrons propagating to the bottom of the moderated neutron detector from reaching the moderated neutron detector , and wherein the neutron shield is not positioned on at least a top side of the moderated neutron detector ; characterized by , a stand structure holding the moderated neutron detector and the neutron shield in a position a first spaced vertical distance (D 1 ) above the measurement surface with the bottom side of the moderated neutron detector facing the measurement surface , wherein the moderated neutron detector is positioned a second spaced vertical distance (D 2 ) above the neutron shield , wherein the second spaced vertical distance (D 2 ) is greater than zero; and wherein wide area cosmogenic neutrons propagating from the measurement surface travel through an air space before arriving at the moderated neutron detector .
A computer-implemented method for optimizing the storage and retrieval of an electronic signature of a mark, the method comprising: receiving a captured image of the mark; using the captured image, measuring a characteristic of the mark in a plurality of subareas of the mark, resulting in a set of measurements for the characteristic, wherein the characteristic is associated with one or more artifacts of the mark, wherein at least some of the one or more artifacts are unintentional irregularities that were produced in producing the mark; based on the set of measurements, generating an electronic signature for the mark, the electronic signature being formed from a plurality of magnitudes, each magnitude being derived from a corresponding measurement of the set of measurements, wherein respective magnitudes are associated with respective raster-based index numbers identifying subareas of the mark from which the corresponding measurements were taken; deriving a hash identifier for the mark using the index numbers identifying a subset of the subareas of the mark at which the characteristic is measured; storing the hash identifier in a media storage device in association with the electronic signature; and retrieving the electronic signature using the hash identifier. receiving a captured image of the mark; using the captured image, measuring a characteristic of the mark in a plurality of subareas of the mark, resulting in a set of measurements for the characteristic, wherein the characteristic is associated with one or more artifacts of the mark, wherein at least some of the one or more artifacts are unintentional irregularities that were produced in producing the mark; based on the set of measurements, generating an electronic signature for the mark, the electronic signature being formed from a plurality of magnitudes, each magnitude being derived from a corresponding measurement of the set of measurements, wherein respective magnitudes are associated with respective raster-based index numbers identifying subareas of the mark from which the corresponding measurements were taken; deriving a hash identifier for the mark using the index numbers identifying a subset of the subareas of the mark at which the characteristic is measured; storing the hash identifier in a media storage device in association with the electronic signature; and retrieving the electronic signature using the hash identifier.
An apparatus for rapid screening of material properties in a plurality of additively manufactured test specimens , the apparatus comprising: a build plate having a body, a first substantially planar surface and an opposing second substantially planar surface, the first substantially planar surface defining a build plane; the plurality of additively manufactured test specimens adhered, coupled, or bonded on the first substantially planar surface ; at least one actuator adapted to translationally displace at least one of the plurality of additively manufactured test specimens along an axis to test material properties of at least one of the plurality of additively manufactured test specimens ; and a plurality of sensors , wherein at least one of the plurality of sensors is coupled to a respective one of the plurality of additively manufactured test specimens . a build plate having a body, a first substantially planar surface and an opposing second substantially planar surface, the first substantially planar surface defining a build plane; the plurality of additively manufactured test specimens adhered, coupled, or bonded on the first substantially planar surface ; at least one actuator adapted to translationally displace at least one of the plurality of additively manufactured test specimens along an axis to test material properties of at least one of the plurality of additively manufactured test specimens ; and a plurality of sensors , wherein at least one of the plurality of sensors is coupled to a respective one of the plurality of additively manufactured test specimens .
A food waste treating apparatus , comprising: a housing including a food inlet opening on its upper surface; and a rotating shaft assembly provided within the housing and configured to move food waste within the housing , wherein the rotating shaft assembly is comprised of: a rotating shaft ; a plurality of supporting bars evenly attached and extended from the rotating shaft in a perpendicular direction to the rotating shaft ; a plurality of agitating blades provided at each ends of the plurality of supporting bars ; a motor configured to supply power to rotate the rotating shaft ; and a torque transferring structure connected to both ends of the rotating shaft and configured to transfer torque from the motor . a housing including a food inlet opening on its upper surface; and a rotating shaft assembly provided within the housing and configured to move food waste within the housing , wherein the rotating shaft assembly is comprised of: a rotating shaft ; a plurality of supporting bars evenly attached and extended from the rotating shaft in a perpendicular direction to the rotating shaft ; a plurality of agitating blades provided at each ends of the plurality of supporting bars ; a motor configured to supply power to rotate the rotating shaft ; and a torque transferring structure connected to both ends of the rotating shaft and configured to transfer torque from the motor . a rotating shaft ; a plurality of supporting bars evenly attached and extended from the rotating shaft in a perpendicular direction to the rotating shaft ; a plurality of agitating blades provided at each ends of the plurality of supporting bars ; a motor configured to supply power to rotate the rotating shaft ; and a torque transferring structure connected to both ends of the rotating shaft and configured to transfer torque from the motor .