mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing media content in Moving Picture Experts Group, MPEG, Network Based Media Processing, NBMP, the method being performed by at least one processor, wherein the method comprises: obtaining multiple tasks for processing the media content, each of the multiple tasks having an envelope descriptor indicating, for a respective one among the multiple tasks, a message identifier, ID, a message priority and a sender ID of a sender; determining whether repeated tasks exist among the obtained multiple tasks, based on the message ID and the sender ID of each of the obtained multiple tasks; based on the repeated tasks being determined to exist, processing the media content, using one among the repeated tasks that has a highest priority among the message priority of each of the repeated tasks; and based on the repeated tasks being determined to not exist, processing the media content, using the obtained multiple tasks. obtaining multiple tasks for processing the media content, each of the multiple tasks having an envelope descriptor indicating, for a respective one among the multiple tasks, a message identifier, ID, a message priority and a sender ID of a sender; determining whether repeated tasks exist among the obtained multiple tasks, based on the message ID and the sender ID of each of the obtained multiple tasks; based on the repeated tasks being determined to exist, processing the media content, using one among the repeated tasks that has a highest priority among the message priority of each of the repeated tasks; and based on the repeated tasks being determined to not exist, processing the media content, using the obtained multiple tasks.
A cartridge for use with a system for rapid analysis of a fluid sample for detection of at least one viable microbial organism therein, wherein the cartridge comprises: a casing with an outward-facing tab configured for demountable engagement with a receptacle , a first well extending downward from an upper surface of the casing , said first well configured for receiving a fluid sample therein, a second well imbedded in the casing underneath a first portion of the first well , said second well having a screen printed electrode housing therein a counter electrode having a terminal end exposed at the outward-facing tab and a reference electrode having a terminal end exposed at the outward-facing tab ; a third well imbedded in the casing underneath a second portion of the first well , said third well having a light-addressable potentiometric sensor with an upper surface having a layer of functionalized pH-sensitive hydrogel nanofibers thereon, said light-addressable potentiometric sensor having a working electrode having a terminal end exposed at the outward-facing tab ; wherein a bottom surface of the casing has a bore extending upward to about a bottom surface of the third well , said bore configured for communication with a port of a reader component of the system for rapid analysis of the fluid sample ; and wherein the screen printed electrode is configured to communicate a reference signal to the detector and the light-addressable potentiometric sensor is configured to communicate a sample signal to the detector. a first well extending downward from an upper surface of the casing , said first well configured for receiving a fluid sample therein, a second well imbedded in the casing underneath a first portion of the first well , said second well having a screen printed electrode housing therein a counter electrode having a terminal end exposed at the outward-facing tab and a reference electrode having a terminal end exposed at the outward-facing tab ; a third well imbedded in the casing underneath a second portion of the first well , said third well having a light-addressable potentiometric sensor with an upper surface having a layer of functionalized pH-sensitive hydrogel nanofibers thereon, said light-addressable potentiometric sensor having a working electrode having a terminal end exposed at the outward-facing tab ; wherein a bottom surface of the casing has a bore extending upward to about a bottom surface of the third well , said bore configured for communication with a port of a reader component of the system for rapid analysis of the fluid sample ; and wherein the screen printed electrode is configured to communicate a reference signal to the detector and the light-addressable potentiometric sensor is configured to communicate a sample signal to the detector.
A mobile bulk material processing apparatus comprising: a mainframe mounting endless tracks or wheels to allow the apparatus to move over the ground; a hanging assembly having at least one material processing unit and a carrier frame , the carrier frame suspended from the mainframe via at least one support structure ; a plurality of first couplings provided at the support structure and a plurality of complementary second couplings provided at the hanging assembly to releasably engage the first couplings to suspend the hanging assembly at the mainframe ; a plurality of power operated actuators acting on the first and/or second couplings and powered by a motor to move at least one of the first and second couplings relative to one another to provide powered engagement and disengagement between the first and second couplings and to allow the hanging assembly to be connected and disconnected from the mainframe ; characterised in that : the hanging assembly comprises at least a pair of telescopic arms mounted to extend from the carrier frame , each arm comprising one of the second couplings . a mainframe mounting endless tracks or wheels to allow the apparatus to move over the ground; a hanging assembly having at least one material processing unit and a carrier frame , the carrier frame suspended from the mainframe via at least one support structure ; a plurality of first couplings provided at the support structure and a plurality of complementary second couplings provided at the hanging assembly to releasably engage the first couplings to suspend the hanging assembly at the mainframe ; a plurality of power operated actuators acting on the first and/or second couplings and powered by a motor to move at least one of the first and second couplings relative to one another to provide powered engagement and disengagement between the first and second couplings and to allow the hanging assembly to be connected and disconnected from the mainframe ; characterised in that : the hanging assembly comprises at least a pair of telescopic arms mounted to extend from the carrier frame , each arm comprising one of the second couplings .
Compressor module for a turbomachine , which compressor module forms a compressor gas duct for conducting a compressor gas to be compressed, the compressor module being in the form of an intermediate compressor housing and a flow bypass structure extending through the compressor gas duct radially between an inner housing wall and an outer housing wall , and a discharge opening , for proportionally discharging the compressor gas conducted in the compressor gas duct , being arranged in an inner housing wall surface with which the inner housing wall radially inwardly delimits the compressor gas duct , a discharge duct being connected to the discharge opening for conducting the discharge gas discharged through the discharge opening , and the discharge duct extending through the flow bypass structure radially outside the compressor gas duct , the inner housing wall surface extending axially with a curvature and the discharge opening being arranged in the curvature and/or upstream of the curvature relative to the compressor gas conducted in the compressor gas duct , characterized in that the discharge opening extends, relative to the compressor gas conducted in the compressor gas duct , at least proportionally upstream of the flow bypass structure . which compressor module forms a compressor gas duct for conducting a compressor gas to be compressed, the compressor module being in the form of an intermediate compressor housing and a flow bypass structure extending through the compressor gas duct radially between an inner housing wall and an outer housing wall , and a discharge opening , for proportionally discharging the compressor gas conducted in the compressor gas duct , being arranged in an inner housing wall surface with which the inner housing wall radially inwardly delimits the compressor gas duct , a discharge duct being connected to the discharge opening for conducting the discharge gas discharged through the discharge opening , and the discharge duct extending through the flow bypass structure radially outside the compressor gas duct , the inner housing wall surface extending axially with a curvature and the discharge opening being arranged in the curvature and/or upstream of the curvature relative to the compressor gas conducted in the compressor gas duct , characterized in that the discharge opening extends, relative to the compressor gas conducted in the compressor gas duct , at least proportionally upstream of the flow bypass structure .
A method of operating a terminal device capable of coverage enhancement in a wireless telecommunication system comprising receiving a signal from a base station within the wireless telecommunication system, measuring the received signal strength of the received signal, comparing the measured signal strength with a plurality of threshold values and selecting the mode of operation of coverage enhancement based on the result of the comparison, wherein each mode of operation of coverage enhancement provides a different respective level of coverage enhancement, each mode of operation of coverage enhancement is associated with a different respective one of the plurality of threshold values, and each of the plurality of threshold values relates to the minimum level of power supported by the base station at the level of coverage enhancement associated with that threshold value; wherein when operating in the selected mode of operation, in the event that system information associated with the selected mode of operation is not received, the method comprises: selecting a different mode of coverage enhancement associated with a lower threshold value than that of the previously selected mode of coverage enhancement.
Method for manoeuvring a motor vehicle , in which a trajectory for manoeuvring the motor vehicle is determined, during the manoeuvring of the motor vehicle along the trajectory, a notification distance (DTH), which describes a distance to a turning point of the trajectory, and a collision distance (DTC), which describes a distance to an object in a surroundings of the motor vehicle , are determined and, on the basis of the notification distance (DTH) and the collision distance (DTC), a distance to go (R) until the actuation of a brake system of the motor vehicle is determined, wherein, on the basis of changes in the time curve of the notification distance (DTH), a corrected notification distance (DTH k ) is determined in an ongoing manner, on the basis of changes in the time curve of the collision distance (DTC), a corrected collision distance (DTC k ) is determined in an ongoing manner, and the distance to go (R) is determined on the basis of the corrected notification distance (DTH k ) and the corrected collision distance, characterized in that , to determine the corrected notification distance (DTH k ) and/or the corrected collision distance (DTC k ), a jump in the time curve of the notification distance (DTH) and/or in the time curve of the collision distance (DTC) is detected as a change.
An image and text typesetting computer-implemented method, comprising: determining an importance measurement value of each pixel in an image; obtaining at least one text box area formed by at least one text box overlapped on the image, wherein the text box area is an area range of a background image obtained after the image is captured by using a coordinate axis of the text box as a boundary, and a background image corresponding to each of the at least one text box area comprises at least one pixel; obtaining , based on an importance measurement value of the pixels in the background image corresponding to each text box area, an importance measurement value of the background image corresponding to each text box area; obtaining an importance measurement value gravity center or an importance measurement value mass center of the image based on the importance measurement values of the pixels in the image; determining , based on a preset principle and a location relationship between the importance measurement value gravity center and a central area of the image or a location relationship between the importance measurement value mass center and a central area of the image, information about a balance degree of each text box area relative to the image; and selecting , from the at least one text box area based on the importance measurement value of the background image corresponding to each text box area and the information about the balance degree of each text box area, one text box area to typeset a word. determining an importance measurement value of each pixel in an image; obtaining at least one text box area formed by at least one text box overlapped on the image, wherein the text box area is an area range of a background image obtained after the image is captured by using a coordinate axis of the text box as a boundary, and a background image corresponding to each of the at least one text box area comprises at least one pixel; obtaining , based on an importance measurement value of the pixels in the background image corresponding to each text box area, an importance measurement value of the background image corresponding to each text box area; obtaining an importance measurement value gravity center or an importance measurement value mass center of the image based on the importance measurement values of the pixels in the image; determining , based on a preset principle and a location relationship between the importance measurement value gravity center and a central area of the image or a location relationship between the importance measurement value mass center and a central area of the image, information about a balance degree of each text box area relative to the image; and selecting , from the at least one text box area based on the importance measurement value of the background image corresponding to each text box area and the information about the balance degree of each text box area, one text box area to typeset a word.
A roller jack for rotatably supporting an inner casing of a turbine, the roller jack comprising: a base including a mounting element configured to couple to an outer casing of the turbine; an arm pivotally connected to the base , the arm having a first end and a second end ; a guide roller rotatably positioned at the first end of the arm , the guide roller configured to rotatably engage an exterior surface of the inner casing of the turbine; and an adjustment system configured to adjustably pivot the arm relative to the base to adjust a position of the guide roller relative to the exterior surface of the inner casing , wherein the mounting element includes a flange , the flange surrounding at least a portion of the arm , and wherein the mounting element further comprises a shim approximately matching the shape of the flange and configured to mate with the flange . a base including a mounting element configured to couple to an outer casing of the turbine; an arm pivotally connected to the base , the arm having a first end and a second end ; a guide roller rotatably positioned at the first end of the arm , the guide roller configured to rotatably engage an exterior surface of the inner casing of the turbine; and an adjustment system configured to adjustably pivot the arm relative to the base to adjust a position of the guide roller relative to the exterior surface of the inner casing ,
A method for recovering ethylene and a vinyl-based comonomer comprising: polymerizing ethylene and a vinyl-based comonomer at a pressure of 1500 bar or more; depressurizing the product obtained in the polymerization step including an ethylene-vinyl-based comonomer polymer, ethylene, and the vinyl-based comonomer including a first depressurization step of reducing the product obtained in the polymerization step to a pressure of 200 bar to 300 bar; a second depressurization step of reducing the pressure to 40 bar to 60 bar; and a third depressurization step of reducing the pressure to 0.1 bar to 5 bar after the second depressurization step; adding 1 % to 45 % by weight, based on the weight of the ethylene-vinyl comonomer polymer contained in the product obtained in the polymerization step, of ethylene to the product obtained in the polymerization step under the pressure of 0.1 bar to 5 bar; and separating ethylene and the vinyl-based comonomer from the product obtained in the polymerization step to which ethylene has been added. polymerizing ethylene and a vinyl-based comonomer at a pressure of 1500 bar or more; depressurizing the product obtained in the polymerization step including an ethylene-vinyl-based comonomer polymer, ethylene, and the vinyl-based comonomer including a first depressurization step of reducing the product obtained in the polymerization step to a pressure of 200 bar to 300 bar; a second depressurization step of reducing the pressure to 40 bar to 60 bar; and a third depressurization step of reducing the pressure to 0.1 bar to 5 bar after the second depressurization step; adding 1 % to 45 % by weight, based on the weight of the ethylene-vinyl comonomer polymer contained in the product obtained in the polymerization step, of ethylene to the product obtained in the polymerization step under the pressure of 0.1 bar to 5 bar; and separating ethylene and the vinyl-based comonomer from the product obtained in the polymerization step to which ethylene has been added.
An electronic apparatus comprising: a camera ; a memory configured to store attribute information of a plurality of objects and environment information; and a processor configured to identify a plurality of objects based on an image obtained by the camera, identify a relationship between attribute information of the plurality of objects, wherein the relationship indicates a state or an operation between a first object and a second object from among the plurality of objects, identify a first context of the first object based on the relationship between the attribute information of the plurality of objects and on the environment information, and control a traveling state of the electronic apparatus based on the first context. a camera ; a memory configured to store attribute information of a plurality of objects and environment information; and a processor configured to identify a plurality of objects based on an image obtained by the camera, identify a relationship between attribute information of the plurality of objects, wherein the relationship indicates a state or an operation between a first object and a second object from among the plurality of objects, identify a first context of the first object based on the relationship between the attribute information of the plurality of objects and on the environment information, and control a traveling state of the electronic apparatus based on the first context.
Optical device adapted for a wearer comprising: - an emitting system comprising a light conducting element configured to output a light through an exit face of said light conducting element towards an eye of the wearer, - a first wafer comprising an internal face facing the light conducting element, and - a gap arranged between at least the exit face of the light conducting element and the wafer, wherein the internal face of the first wafer comprises at least a curved surface facing the exit face and having a curvature greater than 0 D, and the curved surface of the internal face comprises at least a concave area facing the exit face and having a curvature greater than 0.2 D, wherein the optical device further comprises a second wafer arranged such that the light conducting element is placed between the first and the second wafers, wherein the optical device further comprises another gap arranged between at least the face opposed to the exit face of the light conducting element and the second wafer, and wherein the second wafer comprises an internal face facing the light conducting element, the internal face of the second wafer comprising at least an curved surface facing the face opposed to the exit face and having a curvature greater than 0 D, wherein: - one of the wafers, also called front wafer, is configured to form a plano lens, with both faces having the same curvature, and - the other of the wafers, also called back wafer, is configured to form a lens having a refractive power adapted to the wearer, and wherein the internal face of the back wafer comprises at least a convex area facing the exit face without contact with the light conducting element and configured to receive the light outputting from the exit face towards the eye of the wearer, and the internal face further comprises a concave area extending from the convex area to the periphery of the internal face. - an emitting system comprising a light conducting element configured to output a light through an exit face of said light conducting element towards an eye of the wearer, - a first wafer comprising an internal face facing the light conducting element, and - a gap arranged between at least the exit face of the light conducting element and the wafer, - one of the wafers, also called front wafer, is configured to form a plano lens, with both faces having the same curvature, - the other of the wafers, also called back wafer, is configured to form a lens having a refractive power adapted to the wearer, and