mhurhangee/patent-ind-claim-en huggingface dataset:
An information indicating method comprising: receiving , by a terminal, service data adaptation protocol, SDAP, data, and determining , based on reflective quality of service, QoS, indication, RQI, information in a header of the SDAP data, whether to update a first mapping relationship between an Internet Protocol, IP, flow and a QoS flow corresponding to a Non-Access Stratum, NAS, Reflective QoS function; wherein the determining , based on the RQI information in the header of the SDAP data, whether to update the first mapping relationship comprises: determining by the terminal, when the RQI information is valued 1, the first mapping relationship needs to be updated; and determining by the terminal, when the RQI information is valued 0, the first mapping relationship does not need to be updated, characterized in that the method further comprises: starting a timer when the RQI information is valued 1; determining, when the timer is in a running state, a second mapping relationship between a QoS flow and a data resource bearer, DRB, corresponding to an Access Stratum, AS, Reflective QoS function does not need to be updated; and determining, when the timer expires, the second mapping relationship needs to be updated. receiving , by a terminal, service data adaptation protocol, SDAP, data, and determining , based on reflective quality of service, QoS, indication, RQI, information in a header of the SDAP data, whether to update a first mapping relationship between an Internet Protocol, IP, flow and a QoS flow corresponding to a Non-Access Stratum, NAS, Reflective QoS function; wherein the determining , based on the RQI information in the header of the SDAP data, whether to update the first mapping relationship comprises: determining by the terminal, when the RQI information is valued 1, the first mapping relationship needs to be updated; and determining by the terminal, when the RQI information is valued 0, the first mapping relationship does not need to be updated, determining by the terminal, when the RQI information is valued 1, the first mapping relationship needs to be updated; and determining by the terminal, when the RQI information is valued 0, the first mapping relationship does not need to be updated, characterized in that the method further comprises: starting a timer when the RQI information is valued 1; determining, when the timer is in a running state, a second mapping relationship between a QoS flow and a data resource bearer, DRB, corresponding to an Access Stratum, AS, Reflective QoS function does not need to be updated; and determining, when the timer expires, the second mapping relationship needs to be updated. starting a timer when the RQI information is valued 1; determining, when the timer is in a running state, a second mapping relationship between a QoS flow and a data resource bearer, DRB, corresponding to an Access Stratum, AS, Reflective QoS function does not need to be updated; and determining, when the timer expires, the second mapping relationship needs to be updated.
A method for forming on a substrate (108; 214) a pattern of a material, the method comprising: providing a material layer on a surface of an intermediate carrier by liquid electrophotographic printing; applying an adhesive layer onto the material layer provided on the intermediate carrier by liquid electrophotographic printing (S104, S106) a liquid electro photographic ink on the material layer, wherein at least one of the material layer or the liquid electro photographic ink comprises a pattern corresponding to the pattern to be formed on the substrate (108; 214); heating up the adhesive layer provided on the material layer so that the adhesive layer acts as a glue; and transferring (S108) the material layer to the substrate (108; 214) with the heated adhesive layer fixing the material layer to a surface (110; 216) of the substrate (108; 214). providing a material layer on a surface of an intermediate carrier by liquid electrophotographic printing; applying an adhesive layer onto the material layer provided on the intermediate carrier by liquid electrophotographic printing (S104, S106) a liquid electro photographic ink on the material layer, wherein at least one of the material layer or the liquid electro photographic ink comprises a pattern corresponding to the pattern to be formed on the substrate (108; 214); heating up the adhesive layer provided on the material layer so that the adhesive layer acts as a glue; and transferring (S108) the material layer to the substrate (108; 214) with the heated adhesive layer fixing the material layer to a surface (110; 216) of the substrate (108; 214).
A power conversion apparatus , comprising: a first power conversion portion having a first end connected to a first battery and a second end selectively connected to at least one of a power-supply portion and a second battery ; a second power conversion portion having a first end connected to the first battery and a second end connected to the second battery , configured to provide power supplied from the first battery to the second battery ; and a switching portion configured to connect any one of the power-supply portion and the second battery to the first power conversion portion , wherein any one of the first power conversion portion and the second power conversion portion is configured to provide power of the first battery to the second battery when an electrically-connected external load requests a smaller amount of power than a predetermined value or when the second battery is to be charged with lower power amount of power than a predetermined value; and wherein the first power conversion portion and the second power conversion portion simultaneously operate to provide power of the first battery to the second battery when an electrically-connected external load requests a larger amount of power than a predetermined value or when the second battery is to be charged with higher amount of power than a predetermined value. a first power conversion portion having a first end connected to a first battery and a second end selectively connected to at least one of a power-supply portion and a second battery ; a second power conversion portion having a first end connected to the first battery and a second end connected to the second battery , configured to provide power supplied from the first battery to the second battery ; and a switching portion configured to connect any one of the power-supply portion and the second battery to the first power conversion portion , wherein any one of the first power conversion portion and the second power conversion portion is configured to provide power of the first battery to the second battery when an electrically-connected external load requests a smaller amount of power than a predetermined value or when the second battery is to be charged with lower power amount of power than a predetermined value; and wherein the first power conversion portion and the second power conversion portion simultaneously operate to provide power of the first battery to the second battery when an electrically-connected external load requests a larger amount of power than a predetermined value or when the second battery is to be charged with higher amount of power than a predetermined value.
A device comprising: a rigid frame member having a top portion ; a plurality of mounts each having a top surface, wherein the plurality of mounts are disposed at prescribed locations of the top portion, wherein each mount of the plurality of mounts is configured to mount a respective tracking marker element on each mount such that a centerline of each tracking marker element is aligned with the top surface after mounting; and wherein the top surfaces of the plurality of mounts are configured to align on a common horizontal plane that extends in parallel with the top portion of the frame member ; wherein indicia for respective functional icons are disposed on the top portion at respective prescribed locations which can be registered to respective image space locations in an image space comprising radiological image data for a patient; wherein, optionally, a function is executed when the indicia representing the function is touched. a rigid frame member having a top portion ; a plurality of mounts each having a top surface, wherein the plurality of mounts are disposed at prescribed locations of the top portion, wherein each mount of the plurality of mounts is configured to mount a respective tracking marker element on each mount such that a centerline of each tracking marker element is aligned with the top surface after mounting; and wherein the top surfaces of the plurality of mounts are configured to align on a common horizontal plane that extends in parallel with the top portion of the frame member ; wherein indicia for respective functional icons are disposed on the top portion at respective prescribed locations which can be registered to respective image space locations in an image space comprising radiological image data for a patient; wherein, optionally, a function is executed when the indicia representing the function is touched.
A wire j oint, comprising a wire and a joint ; wherein the wire comprises a plurality of strands of core wires and a first wire skin , each strand of the core wires is respectively wrapped by the first wire skin , the first wire skin outside the each strand of the core wires is stripped within a threshold interval, the each strand of the core wires in the threshold interval is subjected to a tin-impregnation treatment, and an insulating wire fastener is provided between the each strand of the core wires in the threshold interval; the joint comprises a connection section and an extraposition section , the insulating wire fastener is wrapped in the extraposition section , and the connection section is connected at one end of the extraposition section and wraps around the outer circumference of the first wire skin of the plurality of strands of core wires ; characterized in that a cross-sectional dimension of the extraposition section is larger than a cross-sectional dimension of the connection section , a circumference of the connection section is provided with a thread , and a notch is formed on the thread along a length direction of the connection section ; a first breathing channel is provided in the extraposition section , one port of the first breathing channel is in communication with the notch , and the other port is located on a surface of the extraposition section , and a first breathing film is provided in the first breathing channel . wherein the wire comprises a plurality of strands of core wires and a first wire skin , each strand of the core wires is respectively wrapped by the first wire skin , the first wire skin outside the each strand of the core wires is stripped within a threshold interval, the each strand of the core wires in the threshold interval is subjected to a tin-impregnation treatment, and an insulating wire fastener is provided between the each strand of the core wires in the threshold interval; the joint comprises a connection section and an extraposition section , the insulating wire fastener is wrapped in the extraposition section , and the connection section is connected at one end of the extraposition section and wraps around the outer circumference of the first wire skin of the plurality of strands of core wires ; characterized in that a cross-sectional dimension of the extraposition section is larger than a cross-sectional dimension of the connection section , a circumference of the connection section is provided with a thread , and a notch is formed on the thread along a length direction of the connection section ; a first breathing channel is provided in the extraposition section , one port of the first breathing channel is in communication with the notch , and the other port is located on a surface of the extraposition section , and a first breathing film is provided in the first breathing channel .
An X-ray computed tomography apparatus comprising: an X-ray generation unit configured to generate X-rays; an X-ray detection unit configured to detect X-rays generated from the X-ray generation unit and transmitted through an object; a projection data generation unit configured to generate projection data based on an output from the X-ray detection unit ; a variance data generation unit configured to generate variance data based on the projection data and noise data concerning predetermined noise; a statistical weight generation unit configured to generate a statistical weight by compressing the variance data to a predetermined data range; and a reconstruction unit configured to reconstruct volume data by iterative reconstruction processing based on the projection data and the statistical weight; wherein the variance data generation unit is configured to: generate filtering data by performing predetermined filtering processing for original data on which the projection data is based, and generate the variance data by dividing a sum of the filtering data and the noise data by a square of the filtering data; Characterised In That : the statistical weight generation unit is configured to compress the variance data to the data range by replacing a value, of the variance data, over an upper limit value of the data range with the upper limit value and replacing a value, of the variance data, below an lower limit value of the data range with the lower limit value. an X-ray generation unit configured to generate X-rays; an X-ray detection unit configured to detect X-rays generated from the X-ray generation unit and transmitted through an object; a projection data generation unit configured to generate projection data based on an output from the X-ray detection unit ; a variance data generation unit configured to generate variance data based on the projection data and noise data concerning predetermined noise; a statistical weight generation unit configured to generate a statistical weight by compressing the variance data to a predetermined data range; and a reconstruction unit configured to reconstruct volume data by iterative reconstruction processing based on the projection data and the statistical weight; wherein the variance data generation unit is configured to: generate filtering data by performing predetermined filtering processing for original data on which the projection data is based, and generate the variance data by dividing a sum of the filtering data and the noise data by a square of the filtering data; generate filtering data by performing predetermined filtering processing for original data on which the projection data is based, and generate the variance data by dividing a sum of the filtering data and the noise data by a square of the filtering data; Characterised In That : the statistical weight generation unit is configured to compress the variance data to the data range by replacing a value, of the variance data, over an upper limit value of the data range with the upper limit value and replacing a value, of the variance data, below an lower limit value of the data range with the lower limit value.
Machine for cutting to size rolls (R) with a defined length (L2) from logs having a greater length (L1), comprising: - a first conveyor belt which can be driven so as to convey a log advancing in a longitudinal direction (X-X); - a cutting blade , downstream of second conveyor belts , which can be rotationally driven and which is fixed in the longitudinal direction and movable in the vertical direction (Z-Z); - a programming device for controlling and commanding the various operating drives and performing the necessary synchronization for correct management of the machine cycle; characterized in that it comprises - a pair of second conveyor belts, i.e. bottom belt and top belt respectively, which are parallel to each other and arranged downstream of the first belt in the longitudinal direction (X-X); - a third conveyor belt for conveying finished rolls (R) towards the machine outlet; - a first photocell connected to the programming and control device and arranged upstream of the second belts in the longitudinal direction (X-X), for detecting the passage of the rear end of a log being machined and sending a respective signal to the control device ; wherein the programming and control device is configured to command feeding of a new log to be machined to the first conveyor belt , depending on said signal emitted by the first photocell ; and wherein the programming and control device is configured to control the driving in the feeding direction of the first belt at a first speed (V20) and of the second belts with respective speeds (V20,VI30), such as to cause contact of the front end of a new log to be machined with the rear end of the log preceding it along the longitudinal feeding path through the machine. - a first conveyor belt which can be driven so as to convey a log advancing in a longitudinal direction (X-X); - a cutting blade , downstream of second conveyor belts , which can be rotationally driven and which is fixed in the longitudinal direction and movable in the vertical direction (Z-Z); - a programming device for controlling and commanding the various operating drives and performing the necessary synchronization for correct management of the machine cycle; - a pair of second conveyor belts, i.e. bottom belt and top belt respectively, which are parallel to each other and arranged downstream of the first belt in the longitudinal direction (X-X); - a third conveyor belt for conveying finished rolls (R) towards the machine outlet; - a first photocell connected to the programming and control device and arranged upstream of the second belts in the longitudinal direction (X-X), for detecting the passage of the rear end of a log being machined and sending a respective signal to the control device ;
Use of zerumbone for a non therapeutical cosmetic topical treatment of skin firming via the protection and repairing of the extracellular matrix (ECM) of the dermis.
A control box and operator interface for an industrial vehicle, the control box and operator interface comprising: an outer periphery ; a left thumb joystick controller positioned in an upper left portion of the outer periphery ; a right thumb joystick controller positioned in an upper right portion of the outer periphery ; integrated handles positioned adjacent the left thumb joystick controller and the right thumb joystick controller , respectively, the integrated handles being ergonomically positioned relative to the left and right thumb joystick controllers such that when an operator grasps the handles, the operator's thumbs are naturally positioned adjacent the left and right thumb joystick controllers, respectively; characterized by : the outer periphery surrounding a center opening and by further comprising: an enabling mechanism associated with each of the integrated handles , the enabling mechanism comprising a switch that serves to activate operational functionality of the left and right thumb joystick controllers. an outer periphery ; a left thumb joystick controller positioned in an upper left portion of the outer periphery ; a right thumb joystick controller positioned in an upper right portion of the outer periphery ; integrated handles positioned adjacent the left thumb joystick controller and the right thumb joystick controller , respectively, the integrated handles being ergonomically positioned relative to the left and right thumb joystick controllers such that when an operator grasps the handles, the operator's thumbs are naturally positioned adjacent the left and right thumb joystick controllers, respectively; characterized by : the outer periphery surrounding a center opening and by further comprising: the outer periphery surrounding a center opening and by further comprising: an enabling mechanism associated with each of the integrated handles , the enabling mechanism comprising a switch that serves to activate operational functionality of the left and right thumb joystick controllers.
Wheel lubrication controlling device , comprising: - a sensor , adapted to be installed on a railway vehicle , and - a processing component comprising: - an acquisition module , adapted to acquire a sensor information measured by the sensor , and - a command module , adapted to be connected to a lubricator and to generate a lubrication instruction for the lubricator as a function of the sensor information, wherein - the sensor is a vibration sensor adapted to measure vibrations of said railway vehicle , - the command module is adapted to generate the lubrication instruction as a function of the sensor information representing the measured vibrations; and - the processing component comprises a filtering module adapted to filter the sensor information from the acquisition module , characterised in that the sensor is adapted to measure vibrations of the wheels in an axial direction along a central axis of the wheels , the filtering module being adapted to filter the sensor information depending on its frequency by forming a band-pass filter, the command module being configured for generating a lubrication instruction corresponding to a release instruction if an amplitude of the filtered sensor information exceeds a predetermined upper threshold, the release instruction being adapted to be interpreted by the lubricator as a command to distribute lubricant. - a sensor , adapted to be installed on a railway vehicle , and - a processing component comprising: - an acquisition module , adapted to acquire a sensor information measured by the sensor , and - a command module , adapted to be connected to a lubricator and to generate a lubrication instruction for the lubricator as a function of the sensor information, wherein - an acquisition module , adapted to acquire a sensor information measured by the sensor , and - a command module , adapted to be connected to a lubricator and to generate a lubrication instruction for the lubricator as a function of the sensor information, wherein - the sensor is a vibration sensor adapted to measure vibrations of said railway vehicle , - the command module is adapted to generate the lubrication instruction as a function of the sensor information representing the measured vibrations; and - the processing component comprises a filtering module adapted to filter the sensor information from the acquisition module , characterised in that the sensor is adapted to measure vibrations of the wheels in an axial direction along a central axis of the wheels , the filtering module being adapted to filter the sensor information depending on its frequency by forming a band-pass filter, the command module being configured for generating a lubrication instruction corresponding to a release instruction if an amplitude of the filtered sensor information exceeds a predetermined upper threshold, the release instruction being adapted to be interpreted by the lubricator as a command to distribute lubricant.
A method for preparing a pharmaceutical composition comprising TIMP-GLIA particles, the method comprising: (a) homogenizing gliadin dissolved in an aqueous media with an oil phase including a polymer to produce water-in-oil primary emulsion particles; (b) mixing the primary emulsion particles with a surfactant; (c) homogenizing the mixture of (b) to provide secondary emulsion particles; and (d) hardening the secondary emulsion particles, wherein the method is carried out without trifluoroacetic acid (TFA). (a) homogenizing gliadin dissolved in an aqueous media with an oil phase including a polymer to produce water-in-oil primary emulsion particles; (b) mixing the primary emulsion particles with a surfactant; (c) homogenizing the mixture of (b) to provide secondary emulsion particles; and (d) hardening the secondary emulsion particles,