mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: acquiring a three-dimensional representation from a dental patient including a digital surface representation of one or more intraoral structures, wherein a scanner is used for acquiring two-dimensional image sets at a video rate while the scanner is passed over a surface of the dental patient, the two-dimensional image sets being forwarded to a computer for derivation of three-dimensional point clouds, wherein the three-dimensional data for each newly acquired two-dimensional image set is derived and fitted to existing three-dimensional data; processing the three-dimensional representation to generate user feedback concerning the one or more intraoral structures, and providing a visual display of the three-dimensional representation in real time and providing a visual display of the user feedback, wherein the feedback includes a visual display recommending acquiring additional three-dimensional representations of one or more regions of the one or more intraoral structures. acquiring a three-dimensional representation from a dental patient including a digital surface representation of one or more intraoral structures, wherein a scanner is used for acquiring two-dimensional image sets at a video rate while the scanner is passed over a surface of the dental patient, the two-dimensional image sets being forwarded to a computer for derivation of three-dimensional point clouds, wherein the three-dimensional data for each newly acquired two-dimensional image set is derived and fitted to existing three-dimensional data; processing the three-dimensional representation to generate user feedback concerning the one or more intraoral structures, and providing a visual display of the three-dimensional representation in real time and providing a visual display of the user feedback, wherein the feedback includes a visual display recommending acquiring additional three-dimensional representations of one or more regions of the one or more intraoral structures.
A semiconductor device comprising: a first nitride semiconductor layer formed over a substrate; a second nitride semiconductor layer formed over the first nitride semiconductor layer, and wider in band gap than the first nitride semiconductor layer; a trench penetrating through the second nitride semiconductor layer, and reaching the first nitride semiconductor layer at the bottom surface thereof; a first insulation film formed over the second nitride semiconductor layer to surround the trench; a gate insulation film formed in the trench and extending from the trench to over the first insulation film; a gate electrode formed in the trench on the gate insulation film, and extending from the trench to over the first insulation film via the gate insulation film; and a first electrode and a second electrode formed over the second nitride semiconductor layer on the opposite sides of the gate electrode, respectively, wherein the first insulation film has a first silicon nitride film (IF1a) in contact with the second nitride semiconductor layer, and a second silicon nitride film (IF1b) formed over the first silicon nitride film (IF1a), wherein the second silicon nitride film (IF1b) is larger in composition ratio of silicon (Si) than the first silicon nitride film (IF1a), and wherein the gate electrode is provided at least over the second silicon nitride film (IF1b). a first nitride semiconductor layer formed over a substrate; a second nitride semiconductor layer formed over the first nitride semiconductor layer, and wider in band gap than the first nitride semiconductor layer; a trench penetrating through the second nitride semiconductor layer, and reaching the first nitride semiconductor layer at the bottom surface thereof; a first insulation film formed over the second nitride semiconductor layer to surround the trench; a gate insulation film formed in the trench and extending from the trench to over the first insulation film; a gate electrode formed in the trench on the gate insulation film, and extending from the trench to over the first insulation film via the gate insulation film; and a first electrode and a second electrode formed over the second nitride semiconductor layer on the opposite sides of the gate electrode, respectively, wherein the first insulation film has a first silicon nitride film (IF1a) in contact with the second nitride semiconductor layer, and a second silicon nitride film (IF1b) formed over the first silicon nitride film (IF1a), wherein the second silicon nitride film (IF1b) is larger in composition ratio of silicon (Si) than the first silicon nitride film (IF1a), and wherein the gate electrode is provided at least over the second silicon nitride film (IF1b).
A shoe press belt for a papermaking machine, comprising one or more resin layers (22, 23), wherein at least a part of the resin layers (22, 23) is made of a polyurethane resin comprising polymeric MDI as an ingredient, characterised in that a mixing amount of the polymeric MDI is 0.1 wt% to 15 wt% with respect to a total resin weight of the part.
A power line communication device comprising: a coupling circuit comprising: a first circuit comprising a first inductor (L1, L3) connected in parallel with a first capacitor (C1, C3) and a first resistor, wherein the coupling circuit is connected between a first terminal and second terminal and is connected to a current path; a sensor configured to sense a communication parameter of the coupling circuit, wherein the communication parameter is selected from the group of communication parameters comprising at least one of a resonant frequency of the first circuit, the quality factor of resonance corresponding to the resonant frequency, the bandwidth of the coupling circuit, the resistance of the first resistor or the impedance of the first circuit; and a transceiver adapted to couple to the first terminal and the second terminal, and, responsive to the communication parameter of the coupling circuit and a level of current in the current path, to transmit a signal onto the current path or to receive a signal from the current path. a first circuit comprising a first inductor (L1, L3) connected in parallel with a first capacitor (C1, C3) and a first resistor, wherein the coupling circuit is connected between a first terminal and second terminal and is connected to a current path; a sensor configured to sense a communication parameter of the coupling circuit, wherein the communication parameter is selected from the group of communication parameters comprising at least one of a resonant frequency of the first circuit, the quality factor of resonance corresponding to the resonant frequency, the bandwidth of the coupling circuit, the resistance of the first resistor or the impedance of the first circuit; and a transceiver adapted to couple to the first terminal and the second terminal, and, responsive to the communication parameter of the coupling circuit and a level of current in the current path, to transmit a signal onto the current path or to receive a signal from the current path.
A cortical stimulation device, comprising: a detection module, configured to detect cortical oscillations in a subject; an analysis module configured to analyze the detected cortical oscillations; a generation module configured to generate an oscillating electric current; and an oscillating electric current passing module configured to pass oscillating electric current through the skull of the subject, characterized in that: the detection module is configured to detect coherence between the cortical oscillations in the subject. a detection module, configured to detect cortical oscillations in a subject; an analysis module configured to analyze the detected cortical oscillations; a generation module configured to generate an oscillating electric current; and an oscillating electric current passing module configured to pass oscillating electric current through the skull of the subject, characterized in that: the detection module is configured to detect coherence between the cortical oscillations in the subject.
A method of calibrating an optical coherence tomography system and an angiography system comprising: generating N sets of optical coherence tomography image data, wherein each of the N sets of OCT image data is obtained by performing N pullbacks of an ex vivo data collection probe comprising a marker; generating N sets of angiography image data comprising a plurality of two-dimensional images, wherein each of the N sets of angiography image comprise a plurality of two-dimensional images of the marker in two or more different spatial positions; using a computing device: generating N sets of OCT frames using the N sets of OCT image data obtained during the N pullbacks; determining an initial frame of the OCT probe pullback from the plurality of OCT frames for each set N; determining an initial angiography frame that corresponds to the initial frame of OCT probe pullback for each set N; determining a time delay between the initial OCT frame and the initial angiography frame for each set N such that N time delays are determined; selecting a minimum time delay from the N time delays; and aligning OCT and angiography frames using the minimum time delay. generating N sets of optical coherence tomography image data, wherein each of the N sets of OCT image data is obtained by performing N pullbacks of an ex vivo data collection probe comprising a marker; generating N sets of angiography image data comprising a plurality of two-dimensional images, wherein each of the N sets of angiography image comprise a plurality of two-dimensional images of the marker in two or more different spatial positions; using a computing device: generating N sets of OCT frames using the N sets of OCT image data obtained during the N pullbacks; determining an initial frame of the OCT probe pullback from the plurality of OCT frames for each set N; determining an initial angiography frame that corresponds to the initial frame of OCT probe pullback for each set N; determining a time delay between the initial OCT frame and the initial angiography frame for each set N such that N time delays are determined; selecting a minimum time delay from the N time delays; and aligning OCT and angiography frames using the minimum time delay.
A method for reproducing a state of a system and a network upon occurrence of an error, the method comprising: - continuously recording a state of the system for a time window, wherein the state of the system is recorded by a tracing debugger; - generating a network log for the network, wherein the network log for the network is generated by a network tracer; - detecting a network condition indicative of an error or an internal condition indicative of an error; - storing a recorded state of the system before the error together with a log of network system actions until appearance of the error; - restoring the recorded state before the error on the system; and - replaying logged network traffic to reproduce the error. U - continuously recording a state of the system for a time window, wherein the state of the system is recorded by a tracing debugger; - generating a network log for the network, wherein the network log for the network is generated by a network tracer; - detecting a network condition indicative of an error or an internal condition indicative of an error; - storing a recorded state of the system before the error together with a log of network system actions until appearance of the error; - restoring the recorded state before the error on the system; and - replaying logged network traffic to reproduce the error. U
An oil-soluble lubricating oil additive composition prepared by the process which comprises reacting: (a) a hydrocarbon polymer having a number average molecular weight (M n) between 7,000 and 500,000; (b) an ethylenically unsaturated acylating agent; and (c) a hydroxyl-linked polycyclic hydrocarbon compound having 3 to 6 contiguous fused carbocyclic rings wherein the carbocyclic ring is independently selected from 5 to 7 carbon atoms and the polycyclic hydrocarbon compound contains at least 5 n bonds. (a) a hydrocarbon polymer having a number average molecular weight (M n) between 7,000 and 500,000; (b) an ethylenically unsaturated acylating agent; and (c) a hydroxyl-linked polycyclic hydrocarbon compound having 3 to 6 contiguous fused carbocyclic rings wherein the carbocyclic ring is independently selected from 5 to 7 carbon atoms and the polycyclic hydrocarbon compound contains at least 5 n bonds.
A rubber composition for base tread, which is a rubber composition for base tread to be used for base tread of a tread portion of a tire, wherein a ratio of storage modulus at 0 °C, expressed as 0 °C E', to storage modulus at 30 °C, expressed as 30 °C E', that is, 0 °C E'/30 °C E' is in a range of 1.3 to 2.0.
A method implemented by an access point in a Wireless Local Area Network (WLAN) for steering traffic of a user equipment from the WLAN to a cellular network with an overlapping coverage area, wherein the UE is connected to the WLAN through the AP, said method comprising: determining a need to steer the UE to a cellular network based on a signal quality associated with the UE; suppressing the broadcast of a unique network identifier of the WLAN in a part of the WLAN coverage area; de-authenticating the UE from the WLAN; ignoring probe requests from the UE to steer the UE to connect to the cellular network. determining a need to steer the UE to a cellular network based on a signal quality associated with the UE; suppressing the broadcast of a unique network identifier of the WLAN in a part of the WLAN coverage area; de-authenticating the UE from the WLAN; ignoring probe requests from the UE to steer the UE to connect to the cellular network.
A method for preparing an enriched Factor H composition from plasma, the method comprising the steps: precipitating Factor H from a Cohn plasma pool or Fraction I supernatant with alcohol, thereby forming a Factor H precipitate; suspending the Factor H precipitate in a suspension buffer, thereby forming a Factor H suspension; contacting the Factor H suspension with finely divided silicon dioxide (SiO 2); separating the Factor H suspension into a soluble fraction and an insoluble fraction; extracting Factor H from the insoluble fraction separated in step with an extraction buffer comprising a conductivity of from 15 mS/cm to 24 mS/cm and a pH of from 4.6 to 5.4, thereby forming a Factor H extract; and enriching the Factor H extract with at least one chromatographic enrichment step. precipitating Factor H from a Cohn plasma pool or Fraction I supernatant with alcohol, thereby forming a Factor H precipitate; suspending the Factor H precipitate in a suspension buffer, thereby forming a Factor H suspension; contacting the Factor H suspension with finely divided silicon dioxide (SiO 2); separating the Factor H suspension into a soluble fraction and an insoluble fraction; extracting Factor H from the insoluble fraction separated in step with an extraction buffer comprising a conductivity of from 15 mS/cm to 24 mS/cm and a pH of from 4.6 to 5.4, thereby forming a Factor H extract; and enriching the Factor H extract with at least one chromatographic enrichment step.
A liquid cleansing composition comprising: a) a foam booster comprising ethoxylated hydrogenated castor oil present in an amount ranging from 0.5% to 2% based on the total weight of the composition; b) castor oil maleate; c) glycerin; and d) at least one surfactant, wherein the pH of the composition is less than 7. a) a foam booster comprising ethoxylated hydrogenated castor oil present in an amount ranging from 0.5% to 2% based on the total weight of the composition; b) castor oil maleate; c) glycerin; and d) at least one surfactant,
An electrosurgical probe comprising: a shaft having a proximal end and a distal end; a first expandable electrode disposed at the distal end of the shaft, said first electrode having a conformable surface which is shiftable between a retracted profile and an expanded profile; and a second expandable electrode disposed at the distal end of the shaft, said second electrode having a conformable surface which is shiftable between a retracted profile and an expanded profile. a shaft having a proximal end and a distal end; a first expandable electrode disposed at the distal end of the shaft, said first electrode having a conformable surface which is shiftable between a retracted profile and an expanded profile; and a second expandable electrode disposed at the distal end of the shaft, said second electrode having a conformable surface which is shiftable between a retracted profile and an expanded profile.
A method for authenticating a virtual subscriber identity module, VSIM, comprising: establishing, by a terminal in roaming, a first connection with a first mobile communication network according to an international mobile subscriber identification number, IMSI, of a removable subscriber identity module, RSIM, in the terminal; acquiring, by the terminal, VSIM information sent by a VSIM server via the first connection, the VSIM information comprising an IMSI of the VSIM of the VSIM server; initiating, by the terminal, a registration request to a second mobile communication network according to the IMSI of the VSIM information for establishing a second connection with the second mobile communication network; acquiring, by the terminal, an authentication request carrying an authentication parameter for authentication for the VSIM from the second mobile communication network; sending, by the terminal, the authentication request carrying the authentication parameter to the VSIM server via the first connection, such that the VSIM server determines an authentication response parameter according to the authentication parameter; and acquiring, by the terminal, the authentication response parameter sent by the VSIM server via the first connection, and performing authentication according to the authentication response parameter. establishing, by a terminal in roaming, a first connection with a first mobile communication network according to an international mobile subscriber identification number, IMSI, of a removable subscriber identity module, RSIM, in the terminal; acquiring, by the terminal, VSIM information sent by a VSIM server via the first connection, the VSIM information comprising an IMSI of the VSIM of the VSIM server; initiating, by the terminal, a registration request to a second mobile communication network according to the IMSI of the VSIM information for establishing a second connection with the second mobile communication network; acquiring, by the terminal, an authentication request carrying an authentication parameter for authentication for the VSIM from the second mobile communication network; sending, by the terminal, the authentication request carrying the authentication parameter to the VSIM server via the first connection, such that the VSIM server determines an authentication response parameter according to the authentication parameter; and acquiring, by the terminal, the authentication response parameter sent by the VSIM server via the first connection, and performing authentication according to the authentication response parameter.
An antagonist of the serotonin receptor 5-HT 3 for use in the treatment of an alcohol related disease or disorder in a patient, wherein the patient's HTR3A gene and/or HTR3B gene is known to have: a) the AG genotype of rs1150226; b) the AC genotype of rs17614942; or c) the GG genotype of rs1176713. a) the AG genotype of rs1150226; b) the AC genotype of rs17614942; or c) the GG genotype of rs1176713.
A heat radiation structure of an inverter, comprising: at least two heat radiators configured to radiate heat from a heating element of the inverter, and a heat radiation fan configured to air-cool the at least two heat radiators; wherein each of the at least two heat radiators comprises a plurality of heat radiation fins configured to be air-cooled; wherein two adjacent heat radiators are a first heat radiator and a second heat radiator respectively; and wherein the heat radiation fan is provided between the first heat radiator and the second heat radiator, whereby each of the at least two heat radiators comprises a heat radiation substrate, whereby two adjacent heat radiators may share the same heat radiation substrate or may independently adopt different heat radiation substrates, and the heat radiation fins are provided on the heat radiation substrate or substrates, wherein a plane defined by a base of the heat radiation fan is not closer to the heat radiation substrate or substrates than a plane defined by tops of the heat radiation fins to the heat radiation substrate or substates. at least two heat radiators configured to radiate heat from a heating element of the inverter, and a heat radiation fan configured to air-cool the at least two heat radiators; wherein each of the at least two heat radiators comprises a plurality of heat radiation fins configured to be air-cooled; wherein two adjacent heat radiators are a first heat radiator and a second heat radiator respectively; and wherein the heat radiation fan is provided between the first heat radiator and the second heat radiator, whereby each of the at least two heat radiators comprises a heat radiation substrate, whereby two adjacent heat radiators may share the same heat radiation substrate or may independently adopt different heat radiation substrates, and the heat radiation fins are provided on the heat radiation substrate or substrates, wherein a plane defined by a base of the heat radiation fan is not closer to the heat radiation substrate or substrates than a plane defined by tops of the heat radiation fins to the heat radiation substrate or substates.
A supporting frame for an insulating frame for a roof window, said supporting frame comprising top, bottom and side supporting rails, where one or more supporting rails are configured to carry insulating elements, each supporting rail comprising one or more rail connecting sections, said supporting frame further comprising a plurality of connector brackets, each of said connector brackets comprising two bracket connecting sections each connected to a rail connecting section of a supporting rail, where each of said connector brackets detachably interconnects two supporting rails so that the respective supporting rails are perpendicular to each other or interconnects two supporting rails in longitudinal continuation of each other, and where each of said connector brackets is made of polymer, and characterised in that each of the connector brackets is double-walled with a hollow cross-section at the connecting sections and acts as a female connector, the hollow cross-section accommodating the rail connecting section, and wherein each connector bracket has an angular L-shaped cross-section at each connecting section. said supporting frame further comprising a plurality of connector brackets, each of said connector brackets comprising two bracket connecting sections each connected to a rail connecting section of a supporting rail, where each of said connector brackets detachably interconnects two supporting rails so that the respective supporting rails are perpendicular to each other or interconnects two supporting rails in longitudinal continuation of each other, and where each of said connector brackets is made of polymer, and characterised in that each of the connector brackets is double-walled with a hollow cross-section at the connecting sections and acts as a female connector, the hollow cross-section accommodating the rail connecting section, and wherein each connector bracket has an angular L-shaped cross-section at each connecting section.