mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving an initial log-derived velocity model for an anisotropic formation; receiving crosswell shot data comprising compressional (P) wave signals and shear (S) wave signals that span a depth range of the anisotropic formation via receivers disposed in a vertical portion of an offset monitoring well in the anisotropic formation responsive to stimulation of the anisotropic formation via a source disposed in vertical portion of a stimulation well in the formation, wherein the source is triggered at controlled times and depths, with a controlled radiation pattern and within a controlled frequency range; calibrating vertical and horizontal velocities of the initial velocity model using the received crosswell shot data to generate a crosswell calibrated velocity model; storing the crosswell calibrated velocity model; receiving seismic data responsive to a stimulation of the anisotropic formation via a first perforation in a horizontal portion of the stimulation well , wherein the first seismic data comprises seismic data received by the receivers of the offset monitoring well ; receiving the crosswell calibrated velocity model; locating a microseismic event generated by a stimulation of the anisotropic formation using the received first seismic data and the crosswell calibrated velocity model; and rendering the located microseismic event to a display with respect to one or more dimensions of the anisotropic formation. receiving an initial log-derived velocity model for an anisotropic formation; receiving crosswell shot data comprising compressional (P) wave signals and shear (S) wave signals that span a depth range of the anisotropic formation via receivers disposed in a vertical portion of an offset monitoring well in the anisotropic formation responsive to stimulation of the anisotropic formation via a source disposed in vertical portion of a stimulation well in the formation, wherein the source is triggered at controlled times and depths, with a controlled radiation pattern and within a controlled frequency range; calibrating vertical and horizontal velocities of the initial velocity model using the received crosswell shot data to generate a crosswell calibrated velocity model; storing the crosswell calibrated velocity model; receiving seismic data responsive to a stimulation of the anisotropic formation via a first perforation in a horizontal portion of the stimulation well , wherein the first seismic data comprises seismic data received by the receivers of the offset monitoring well ; receiving the crosswell calibrated velocity model; locating a microseismic event generated by a stimulation of the anisotropic formation using the received first seismic data and the crosswell calibrated velocity model; and rendering the located microseismic event to a display with respect to one or more dimensions of the anisotropic formation.
A cap for fitting to a pipe end to detect one or more conditions within a pipe comprising the pipe end, the cap comprising: a housing comprising a first opening at a first end thereof, the opening comprising a fitting means arranged to cooperate with a corresponding fitting means of the pipe end to secure the cap to the pipe end; and a sensor, the sensor being configured to detect one or more conditions within the pipe, wherein, when the cap is fitted to the pipe end, the sensor is arranged to detect one or more conditions within the pipe, wherein the fitting means of the first opening is a screw thread located on an internal wall of the housing, and wherein the corresponding fitting means of the pipe end is a corresponding screw thread on an external wall of the pipe end, characterised in that the cap comprises an electrical connection point for the sensor on an external wall of the cap. the cap comprising: a housing comprising a first opening at a first end thereof, the opening comprising a fitting means arranged to cooperate with a corresponding fitting means of the pipe end to secure the cap to the pipe end; and a sensor, the sensor being configured to detect one or more conditions within the pipe, a housing comprising a first opening at a first end thereof, the opening comprising a fitting means arranged to cooperate with a corresponding fitting means of the pipe end to secure the cap to the pipe end; and a sensor, the sensor being configured to detect one or more conditions within the pipe, wherein, when the cap is fitted to the pipe end, the sensor is arranged to detect one or more conditions within the pipe, wherein the fitting means of the first opening is a screw thread located on an internal wall of the housing, and wherein the corresponding fitting means of the pipe end is a corresponding screw thread on an external wall of the pipe end, characterised in that the cap comprises an electrical connection point for the sensor on an external wall of the cap.
Sprayer boom support for agricultural sprayer, including two articulated arms that are identical and can be arranged on either side of the sprayer and extended crosswise to the travel direction, the articulated arms are coupled in an articulated manner to a central support section of the sprayer chassis, each articulated arm is comprised by bar sections (1.1, 1.2, 1.3) having a tube geometry with a rectangular cross section (1.4) with rounded vertices (1.41) and arched sides (1.42, 1.43), the bar sections (1.1, 1.2, 1.3) are formed in a composite material that consists of a reinforcing agent chosen from carbon fibre, fibreglass, aramid fibre, boron fibre or a combination thereof, and a matrix of epoxy, vinyl ester, phenolic or polyester resin, the cross section (1.4) keeps the length of two equal sides (1.42) constant along the bar section (1.1, 1.2, 1.3), characterised in that said equal sides (1.42) of the cross section (1.4) that keep their length constant are arranged perpendicularly to the travel direction of the sprayer and comprise stiffening ridges (1.44, 1.45) in the form of recesses, distributed along the entire bar section (1.1, 1.2, 1.3).
A method for transmitting system information, SI, in a 5G radio system, the method comprising: transmitting , by a base station, a minimum SI message, wherein the minimum SI message comprises information regarding transmission of at least one additional SI message; and transmitting , by the base station, the at least one additional SI message according to the information in the minimum SI message, wherein the minimum SI message comprises an indicator for indicating the transmission of the at least one additional SI message, and the indicator further indicates that the at least one additional SI message are periodically broadcasted, wherein the indicator is set in response to a request from a UE, wherein transmitting at least one additional SI message comprises transmitting (704-3), by the base station, each of the at least one additional SI message for its predetermined times according to the transmission period, TP, of the each additional SI message, and wherein the number of repetitions for each of the at least one additional SI message is determined based on one of, or combination of, the following: a coverage size of a cell; a received signal strength of the request from the UE; and an importance of the requested SI message. transmitting , by a base station, a minimum SI message, wherein the minimum SI message comprises information regarding transmission of at least one additional SI message; and transmitting , by the base station, the at least one additional SI message according to the information in the minimum SI message, wherein the minimum SI message comprises an indicator for indicating the transmission of the at least one additional SI message, and the indicator further indicates that the at least one additional SI message are periodically broadcasted, wherein the indicator is set in response to a request from a UE, wherein transmitting at least one additional SI message comprises transmitting (704-3), by the base station, each of the at least one additional SI message for its predetermined times according to the transmission period, TP, of the each additional SI message, and wherein the number of repetitions for each of the at least one additional SI message is determined based on one of, or combination of, the following: a coverage size of a cell; a received signal strength of the request from the UE; and an importance of the requested SI message. a coverage size of a cell; a received signal strength of the request from the UE; and an importance of the requested SI message.
A ceramic circuit substrate comprising: a ceramic substrate ; a copper circuit made of a copper-based material bonded, via a bonding layer , to a surface of the ceramic; and a copper heat sink made of the copper-based material bonded, via a bonding layer , to the other surface of the ceramic, wherein the bonding layers each include a brazing material component comprising at least two or more kinds of metals together with Ag serving as an essential component, and at least one or more kinds of components of active metals, the active metals having a content ranging, relative to a metallic element content in each of the whole bonding layers , from 0.5 mass% to 2.0 mass% inclusive, wherein the bonding layers each include a brazing material layer comprising the brazing material component, and an active metal compound layer consisting of a compound of the active metals and a component of the ceramic, the active metal compound layer being formed along a bonded interface with the ceramic substrate , and wherein, further, a ratio of a bonding area between the active metal compound layer and the ceramic substrate in a bonding area between each of the bonding layers and the ceramic substrate is 88% or more and 95% or less. a ceramic substrate ; a copper circuit made of a copper-based material bonded, via a bonding layer , to a surface of the ceramic; and a copper heat sink made of the copper-based material bonded, via a bonding layer , to the other surface of the ceramic, wherein the bonding layers each include a brazing material component comprising at least two or more kinds of metals together with Ag serving as an essential component, and at least one or more kinds of components of active metals, the active metals having a content ranging, relative to a metallic element content in each of the whole bonding layers , from 0.5 mass% to 2.0 mass% inclusive, wherein the bonding layers each include a brazing material layer comprising the brazing material component, and an active metal compound layer consisting of a compound of the active metals and a component of the ceramic, the active metal compound layer being formed along a bonded interface with the ceramic substrate , and wherein, further, a ratio of a bonding area between the active metal compound layer and the ceramic substrate in a bonding area between each of the bonding layers and the ceramic substrate is 88% or more and 95% or less.
Computer-implemented method of optimizing bandwidth in a public safety answering point, PSAP, environment comprising a public safety answering point server , wherein the method comprises the steps of - receiving a Real Time Processing, RTP, stream relating to an emergency call comprising video and audio data in a Session Border Controller, SBC, ; - retrieving content related to emergency incidents from a Social Media, SM, server in the PSAP ; - feeding the content from the SM server to a Stream Processing Module, SPM, comprising a Machine Learning, ML, engine for determining a similarity level between the emergency call and any of the emergency incidents retrieved from the SM server ; and - if the similarity level exceeds a predetermined threshold value, then providing to a call taker in the PSAP an option for downgrading the emergency call to a call comprising only audio data, and if the option is selected by the call taker , downgrading the RTP stream to an audio call. - receiving a Real Time Processing, RTP, stream relating to an emergency call comprising video and audio data in a Session Border Controller, SBC, ; - retrieving content related to emergency incidents from a Social Media, SM, server in the PSAP ; - feeding the content from the SM server to a Stream Processing Module, SPM, comprising a Machine Learning, ML, engine for determining a similarity level between the emergency call and any of the emergency incidents retrieved from the SM server ; and - if the similarity level exceeds a predetermined threshold value, then providing to a call taker in the PSAP an option for downgrading the emergency call to a call comprising only audio data, and if the option is selected by the call taker , downgrading the RTP stream to an audio call.
Inspection and/or maintenance system comprising - an inspection and/or maintenance device which is movable or displaceable in a channel (K), - a control device which is arrangeable outside of a shaft (S) which opens into the channel (K), - and a hose guide for diverting a hose leading to the inspection and/or maintenance device out of the shaft (S) and into the channel (K), - the hose guide comprising a guidance device , - the guidance device having a predetermined radius of curvature, such that - a front portion (V) of the guidance device protrudes into the channel (K), - and a rear portion (H) of the guidance device protrudes into the shaft (S), the hose being diverted from the shaft (S) into the channel (K) by means of the guidance device , characterized in that - the hose guide comprises a transmitting/receiving device - the transmitting/receiving device is adapted so as to establish a wireless communication link (F1, F2) between the inspection and/or maintenance device arranged in the channel (K) and the control device arranged outside of the shaft (S), - the transmitting/receiving device comprises a transmitting/receiving module and an antenna device , - the transmitting/receiving module being coupled to the antenna device , - the antenna device being arranged on the front portion (V) of the guidance device , - and the transmitting/receiving module being arranged on the rear portion (H) of the guidance device, - and the antenna device is pivotally articulated on the guidance device , such that the antenna device remains oriented perpendicularly to the channel bottom irrespective of an inclination angle (α) of the guidance device . - an inspection and/or maintenance device which is movable or displaceable in a channel (K), - a control device which is arrangeable outside of a shaft (S) which opens into the channel (K), - and a hose guide for diverting a hose leading to the inspection and/or maintenance device out of the shaft (S) and into the channel (K), - the hose guide comprising a guidance device , - the guidance device having a predetermined radius of curvature, such that - a front portion (V) of the guidance device protrudes into the channel (K), - and a rear portion (H) of the guidance device protrudes into the shaft (S), - the hose guide comprises a transmitting/receiving device - the transmitting/receiving device is adapted so as to establish a wireless communication link (F1, F2) between the inspection and/or maintenance device arranged in the channel (K) and the control device arranged outside of the shaft (S), - the transmitting/receiving device comprises a transmitting/receiving module and an antenna device , - the transmitting/receiving module being coupled to the antenna device , - the antenna device being arranged on the front portion (V) of the guidance device , - and the transmitting/receiving module being arranged on the rear portion (H) of the guidance device, - and the antenna device is pivotally articulated on the guidance device , such that the antenna device remains oriented perpendicularly to the channel bottom irrespective of an inclination angle (α) of the guidance device .
An toothpaste composition comprising: (i) 5 to 60 wt% abrasive wherein said abrasive is a calcium containing abrasive; (ii) an anionic surfactant; and, (iii) a bipolar antimicrobial particle whose precursor is an asymmetric 1:1 or 2:1:1 clay particle comprising alternating tetrahedral and octahedral sheets terminating with a tetrahedral sheet at one external surface plane and an octahedral sheet at another external surface plane with an antibacterial agent attached to the coordinating cation on one of the said external surface plane where the antibacterial agent is a quaternary ammonium material. (i) 5 to 60 wt% abrasive wherein said abrasive is a calcium containing abrasive; (ii) an anionic surfactant; and, (iii) a bipolar antimicrobial particle whose precursor is an asymmetric 1:1 or 2:1:1 clay particle comprising alternating tetrahedral and octahedral sheets terminating with a tetrahedral sheet at one external surface plane and an octahedral sheet at another external surface plane with an antibacterial agent attached to the coordinating cation on one of the said external surface plane where the antibacterial agent is a quaternary ammonium material.
Device for defibrillation , which has a low-voltage range and a high-voltage range and in which the low-voltage range is coupled to the high-voltage range via at least one translator and in which electrodes are arranged in the high-voltage range, wherein both a power supply and a set of power electronics and an energy store are arranged in the low-voltage range, characterized in that the translator is part of a voltage converter for converting the current surge from the low-voltage range into the high-voltage range, wherein the voltage converter is implemented as a resonance converter.
A method performed by a device of a mesh distribution network and for reducing power consumed in the mesh distribution network , the method comprising: receiving from communicatively coupled mesh nodes of the mesh distribution network , data indicating which respective mesh nodes of the mesh nodes are currently active gateways ingressing or egressing traffic from the mesh distribution network, and an amount of traffic being served by the mesh nodes ; determining based on the received data, a first mesh node of the mesh nodes to put into an inactive state; and providing a communication to the first mesh node that causes the first mesh node to enter the inactive state. receiving from communicatively coupled mesh nodes of the mesh distribution network , data indicating which respective mesh nodes of the mesh nodes are currently active gateways ingressing or egressing traffic from the mesh distribution network, and an amount of traffic being served by the mesh nodes ; determining based on the received data, a first mesh node of the mesh nodes to put into an inactive state; and providing a communication to the first mesh node that causes the first mesh node to enter the inactive state.
A system for controlling downforce on at least one of a plurality of tires on a vehicle, the vehicle having at least one forward axle and at least one rearward axle spaced apart from the forward axle , each axle having at least one right tire and at least one left tire, an axle downforce adjustment mechanism configured to adjust the downforce of at least one tire, the system comprising: a sensor attached to the vehicle configured to detect vehicle turns; a vehicle axle control unit ; wherein said sensor is configured to send a sensor signal to the vehicle axle control unit ; wherein the vehicle axle control unit is configured to use the sensor signal to determine if the vehicle is turning; characterized in that upon determining that the vehicle is turning, the vehicle axle control unit is configured to send a control signal to the axle downforce adjustment mechanism to reduce the downforce of at least one of the tires. a sensor attached to the vehicle configured to detect vehicle turns; a vehicle axle control unit ; wherein said sensor is configured to send a sensor signal to the vehicle axle control unit ; wherein the vehicle axle control unit is configured to use the sensor signal to determine if the vehicle is turning; characterized in that upon determining that the vehicle is turning, the vehicle axle control unit is configured to send a control signal to the axle downforce adjustment mechanism to reduce the downforce of at least one of the tires.
An electronic device comprising: a processor , an image processing module and a memory , the image processing module and the memory being controlled by the processor , wherein the image processing module is configured to: select at least one desired image from a plurality of source contents; generate matching information between the at least one selected image and the plurality of source contents; and generate an edited video including the at least one selected image and the matching information, wherein the matching information comprises first presentation time stamp, PTS, information corresponding to the at least one selected image in the source contents, and a file path of the source contents corresponding to the at least one selected image, in association with second PTS information corresponding to the at least one selected image in the edited video; and wherein the image processing module includes a filtering engine that selects the at least one selected image through at least one of face recognition, object recognition or classification. a processor , an image processing module and a memory , the image processing module and the memory being controlled by the processor , wherein the image processing module is configured to: select at least one desired image from a plurality of source contents; generate matching information between the at least one selected image and the plurality of source contents; and generate an edited video including the at least one selected image and the matching information, wherein the matching information comprises first presentation time stamp, PTS, information corresponding to the at least one selected image in the source contents, and a file path of the source contents corresponding to the at least one selected image, in association with second PTS information corresponding to the at least one selected image in the edited video; and wherein the image processing module includes a filtering engine that selects the at least one selected image through at least one of face recognition, object recognition or classification. select at least one desired image from a plurality of source contents; generate matching information between the at least one selected image and the plurality of source contents; and generate an edited video including the at least one selected image and the matching information, wherein the matching information comprises first presentation time stamp, PTS, information corresponding to the at least one selected image in the source contents, and a file path of the source contents corresponding to the at least one selected image, in association with second PTS information corresponding to the at least one selected image in the edited video; and wherein the image processing module includes a filtering engine that selects the at least one selected image through at least one of face recognition, object recognition or classification.