mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a data service based on a Session Initiation Protocol, SIP, characterized by comprising: determining (S102), by a proxy server, based on a SIP INFO message received from a called party, a data service performed by a calling party based on the SIP; and processing (S104), by the proxy server, the data service between the calling/called parties through a SIP re-INVITE message, wherein the data service comprises at least one of the following: a fax service and a modem service, wherein in a case that the data service is a fax service, the SIP INFO message comprises a fax voice event, in a case that the data service is a modem service, the SIP INFO message comprises a Voice Band Data, VBD, signal event, wherein processing the data service between the calling/called parties through a SIP re-INVITE message comprises: establishing and negotiating the data service between the calling/called parties by sending to the calling party the SIP re-INVITE message, based on the fax voice event or the VBD signal event in the SIP INFO message. determining (S102), by a proxy server, based on a SIP INFO message received from a called party, a data service performed by a calling party based on the SIP; and processing (S104), by the proxy server, the data service between the calling/called parties through a SIP re-INVITE message, wherein the data service comprises at least one of the following: a fax service and a modem service, wherein in a case that the data service is a fax service, the SIP INFO message comprises a fax voice event, in a case that the data service is a modem service, the SIP INFO message comprises a Voice Band Data, VBD, signal event, wherein processing the data service between the calling/called parties through a SIP re-INVITE message comprises: establishing and negotiating the data service between the calling/called parties by sending to the calling party the SIP re-INVITE message, based on the fax voice event or the VBD signal event in the SIP INFO message. a fax service and a modem service, wherein in a case that the data service is a fax service, the SIP INFO message comprises a fax voice event, in a case that the data service is a modem service, the SIP INFO message comprises a Voice Band Data, VBD, signal event, wherein processing the data service between the calling/called parties through a SIP re-INVITE message comprises: establishing and negotiating the data service between the calling/called parties by sending to the calling party the SIP re-INVITE message, based on the fax voice event or the VBD signal event in the SIP INFO message.
A mobile station in a communication system where a plurality of communication apparatuses are configured to coordinate transmissions to the mobile station, the mobile station comprising: a reception means for receiving a first signal of Radio Resource Control (RRC), the first signal including information indicating a first Channel State Information (CSI)-Reference Signal (RS) resource, a first identifier for a first CSI reporting setting associated with the first CSI-RS resource, information indicating a second CSI-RS resource and a second identifier for a second CSI reporting setting associated with the second CSI-RS resource, each CSI-RS resource being associated with a respective one of the plurality of communication apparatuses; wherein the reception means is configured for receiving a second signal in a Physical Downlink Control Channel (PDCCH), the second signal including at least one of a first value corresponding to the first identifier and a second value corresponding to the second identifier; a measurement means for determining a first CSI based on a first CSI-RS within the first CSI-RS resource in a case where the second signal includes the first value, wherein the measurement means for determining a second CSI based on a second CSI-RS within the second CSI-RS resource in a case where the second signal includes the second value; and a transmission means for reporting the first CSI in a case where the second signal includes the first value, wherein the transmission means for reporting the second CSI in a case where the second signal includes the second value. a reception means for receiving a first signal of Radio Resource Control (RRC), the first signal including information indicating a first Channel State Information (CSI)-Reference Signal (RS) resource, a first identifier for a first CSI reporting setting associated with the first CSI-RS resource, information indicating a second CSI-RS resource and a second identifier for a second CSI reporting setting associated with the second CSI-RS resource, each CSI-RS resource being associated with a respective one of the plurality of communication apparatuses; wherein the reception means is configured for receiving a second signal in a Physical Downlink Control Channel (PDCCH), the second signal including at least one of a first value corresponding to the first identifier and a second value corresponding to the second identifier; a measurement means for determining a first CSI based on a first CSI-RS within the first CSI-RS resource in a case where the second signal includes the first value, wherein the measurement means for determining a second CSI based on a second CSI-RS within the second CSI-RS resource in a case where the second signal includes the second value; and a transmission means for reporting the first CSI in a case where the second signal includes the first value, wherein the transmission means for reporting the second CSI in a case where the second signal includes the second value.
An optical device (R) comprising: a first fiber including a first reflective portion ; a second fiber including a second reflective portion ; and an amplifying fiber including a first end connected to the first fiber and a second end connected to the second fiber , wherein the amplifying fiber is wound in a spiral on a planar surface of one single plane so as not to intersect on said one single plane and so as to have the first end located on an inside thereof, and has an outer section (SC1) in which the amplifying fiber is wound in a circular manner, characterized in that : the amplifying fiber has an inner section (SC2) in which the amplifying fiber is wound on said one single plane in a non-circular manner, and that includes an inner most loop with at least two first arc portions (AR1) each having a radius of curvature set such that a higher-order mode higher than an LP11 mode has loss, wherein the at least two first arc portions (AR1) function as a mode filter (MF1) designed to remove higher-order modes higher than the LP11 mode, and the amplifying fiber has a normalized frequency equal to 5.13 or higher. a first fiber including a first reflective portion ; a second fiber including a second reflective portion ; and an amplifying fiber including a first end connected to the first fiber and a second end connected to the second fiber , wherein the amplifying fiber is wound in a spiral on a planar surface of one single plane so as not to intersect on said one single plane and so as to have the first end located on an inside thereof, and has an outer section (SC1) in which the amplifying fiber is wound in a circular manner, characterized in that : the amplifying fiber has an inner section (SC2) in which the amplifying fiber is wound on said one single plane in a non-circular manner, and that includes an inner most loop with at least two first arc portions (AR1) each having a radius of curvature set such that a higher-order mode higher than an LP11 mode has loss, wherein the at least two first arc portions (AR1) function as a mode filter (MF1) designed to remove higher-order modes higher than the LP11 mode, and the amplifying fiber has a normalized frequency equal to 5.13 or higher. the amplifying fiber has an inner section (SC2) in which the amplifying fiber is wound on said one single plane in a non-circular manner, and that includes an inner most loop with at least two first arc portions (AR1) each having a radius of curvature set such that a higher-order mode higher than an LP11 mode has loss, wherein the at least two first arc portions (AR1) function as a mode filter (MF1) designed to remove higher-order modes higher than the LP11 mode, and the amplifying fiber has a normalized frequency equal to 5.13 or higher.
An ultrasound diagnosis apparatus comprising: a data acquisition unit configured to acquire flow data of blood flow in real-time from a region of interest (ROI) of an object; a parameter setting unit configured to analyze power data in the blood flow of the ROI by using the acquired flow data in real-time, calculate an average value of the power data of the blood flow with respect to time, and set a power threshold or a power ceiling based on the calculated average value of the power data; an image generator configured to generate a color flow image of the ROI by using the power data that has a value that is greater than or equal to the set power threshold or less than the set power ceiling among the power data of blood flow through the ROI; and a display configured to display the color flow image, wherein the parameter setting unit is further configured to set the power threshold to increase as the average value of power data of blood flow through the ROI increases and to decrease as the average value of the power data decreases. a data acquisition unit configured to acquire flow data of blood flow in real-time from a region of interest (ROI) of an object; a parameter setting unit configured to analyze power data in the blood flow of the ROI by using the acquired flow data in real-time, calculate an average value of the power data of the blood flow with respect to time, and set a power threshold or a power ceiling based on the calculated average value of the power data; an image generator configured to generate a color flow image of the ROI by using the power data that has a value that is greater than or equal to the set power threshold or less than the set power ceiling among the power data of blood flow through the ROI; and a display configured to display the color flow image, wherein the parameter setting unit is further configured to set the power threshold to increase as the average value of power data of blood flow through the ROI increases and to decrease as the average value of the power data decreases.
A sticker with IC tag for installation on a cover of a covered container , the sticker comprising: an antenna portion ; an IC chip coupled to the antenna portion and having the function of communicating through the antenna portion , characterized in that the sticker comprises a single-stroke line portion constituted of a single-stroke conductor line in the form of a meander, wherein the single-stroke line portion is coupled to the IC chip , and the IC chip is configured to detect a disconnection of the single-stroke lined portion . an antenna portion ; an IC chip coupled to the antenna portion and having the function of communicating through the antenna portion , characterized in that the sticker comprises a single-stroke line portion constituted of a single-stroke conductor line in the form of a meander, wherein the single-stroke line portion is coupled to the IC chip , and the IC chip is configured to detect a disconnection of the single-stroke lined portion .
A carrying element for forming an upper car or carriage cover of a tunnel kiln car or carriage for directly mounting a bottom firing tray of a firing tray stack formed from firing trays (35; 35a) stacked on top of one another, wherein the carrying element has a lattice-like carrying frame having one or more continuous lattice opening(s) from a carrying frame upper side to a carrying frame underside , characterised in that the carrying element has at least one cover plate covering and closing the lattice opening(s) from above, wherein the cover plate(s) lie(s) on the carrying frame and a cover plate is detachably connected to the carrying frame in each case and the carrying frame has means for holding down the cover plate(s) .
A sledge with lever-steerable runners, characterised in that it comprises a pair of runners, one on each side of the sledge, each one comprising three sections: a front runner , a central runner , a rear runner and a control lever on both sides of the sledge; - on the front and rear runners it also comprises a crank , a connecting rod and a slide on its left and right sides as well as a shell and a seat ; - the control lever having a gearwheel and the slide having a rack to allow meshing of the gears without slipping of the runner or of the wheel; - the cranks have a triangular shape and are arranged on the front runner and on the rear runner , these cranks being attached to the connecting rods , which in turn are attached to the slide ; - the slide being operated with the control lever arranged in the central part that is manually operated from the sledge seat ; - by pushing the control lever forwards, it transmits the movement to the slide backwards, thereby pulling the connecting rod backwards and pushing the connecting rod backwards; both connecting rods transmit the movement to the cranks ; - pulling the connecting rod of the front crank causes it to rotate about a first axis causing the front runner to move counterclockwise; - pushing the connecting rod over the rear crank causes it to rotate about a second axis by moving the rear runner clockwise. - on the front and rear runners it also comprises a crank , a connecting rod and a slide on its left and right sides as well as a shell and a seat ; - the control lever having a gearwheel and the slide having a rack to allow meshing of the gears without slipping of the runner or of the wheel; - the cranks have a triangular shape and are arranged on the front runner and on the rear runner , these cranks being attached to the connecting rods , which in turn are attached to the slide ; - the slide being operated with the control lever arranged in the central part that is manually operated from the sledge seat ; - by pushing the control lever forwards, it transmits the movement to the slide backwards, thereby pulling the connecting rod backwards and pushing the connecting rod backwards; both connecting rods transmit the movement to the cranks ; - pulling the connecting rod of the front crank causes it to rotate about a first axis causing the front runner to move counterclockwise; - pushing the connecting rod over the rear crank causes it to rotate about a second axis by moving the rear runner clockwise. - pushing the connecting rod over the rear crank causes it to rotate about a second axis by moving the rear runner clockwise.
A calculation method of calculating, by a computer, a light intensity distribution formed on an image plane of a projection optical system upon illuminating a mask using an illumination optical system and projecting an image of a pattern of the mask onto a substrate via the projection optical system, comprising: a division step of dividing an effective light source formed on a pupil plane of the projection optical system into a plurality of point sources; a generation step of shifting a pupil function describing a pupil of the projection optical system for each of the plurality of point sources in accordance with positions thereof, thereby generating a plurality of shifted pupil functions; a defining step of defining a matrix by arranging each of the plurality of shifted pupil functions generated in the generation step in each row or each column; a first calculation step of performing singular value decomposition of the matrix defined in the defining step, thereby calculating an eigenvalue and an eigenfunction; and a second calculation step of calculating the light intensity distribution formed on the image plane of the projection optical system, based on a distribution of the light diffracted by the pattern of the mask, and the eigenvalue and the eigenfunction calculated in the first calculation step. a division step of dividing an effective light source formed on a pupil plane of the projection optical system into a plurality of point sources; a generation step of shifting a pupil function describing a pupil of the projection optical system for each of the plurality of point sources in accordance with positions thereof, thereby generating a plurality of shifted pupil functions; a defining step of defining a matrix by arranging each of the plurality of shifted pupil functions generated in the generation step in each row or each column; a first calculation step of performing singular value decomposition of the matrix defined in the defining step, thereby calculating an eigenvalue and an eigenfunction; and a second calculation step of calculating the light intensity distribution formed on the image plane of the projection optical system, based on a distribution of the light diffracted by the pattern of the mask, and the eigenvalue and the eigenfunction calculated in the first calculation step.
An arterial access graft for blood subject to a driving pressure, the arterial access graft being configured for surgical attachment to an axillary artery and for providing access to the axillary artery via an access port, the arterial access graft comprising a wall defining a main lumen, wherein a portion of the wall comprises the access port for an object to be introduced into the graft through the wall, wherein the access port comprises a biasing structure providing a self-closing behaviour sufficiently strong to remain fluid-tight when exposed to a driving pressure of up to 200 mmHg (0.263 atm) or higher, whereby the access port is sufficiently fluid-tight to contain pressurised blood flowing through the arterial access graft.
A machine for drag finishing of mechanical parts comprising a frame housing a rotating tub for containing finishing media and a movement group connected to the frame for a rotating part-carrying element , where the movement group comprises at least a motor group for setting in rotation a shaft able to support the rotating part-carrying element , where the movement group comprises a first group of guides allowing movement of the motor group and of the rotating part-carrying element along a first vertical axis (Y) by means of a piston-cylinder group to carry the part-carrying element in the rotating tub in a central position thereof, and a second group of guides allowing movement of the motor group and of the rotating part-carrying element along a second horizontal axis (X), characterized in that the second group of guides is configured to allow movement inside the rotating tub of the rotating part-carrying element by means of a piston-cylinder group along the second horizontal axis (X), from the central position inside the rotating tub towards an offset position with respect to the centre of the rotating tub , the movement group being configured for allowing the movement of the rotating part-carrying element along the second horizontal axis (X) to be performed successively with respect to the movement of the rotating part-carrying element along the first vertical axis (Y).
A directional wireless hotspot device for communication in a mobile network having a number of distributed cells, each cell covered by at least one fixed transceiver, the device comprising: - a printed circuit board and a directional antenna , wherein the directional antenna and the printed circuit board constitute one integrated element; - an electric motor , such as a substantially flat piezoelectric motor, for rotating the printed circuit board around an axis substantially perpendicular to the directional antenna ; - a wireless modem , such as a 3G/4G/LTE/5G modem, or a receiving element, such as a socket, arranged to receive an external wireless modem; - a local communication element , such as a Wi-Fi circuit, for communication with a local device; - a housing ; characterized in that the directional wireless hotspot device further comprises: - a compass, such as a magnetometer; - a geographical positioning device , such as a GPS receiver; - a microprocessor configured to calculate an azimuthal rotation angle and control the electric motor to point the directional antenna to one of the fixed transceivers based on: ∘ directional and positional data from the compass and geographical positioning device ; ∘ positional data of the fixed transceivers. - a printed circuit board and a directional antenna , wherein the directional antenna and the printed circuit board constitute one integrated element; - an electric motor , such as a substantially flat piezoelectric motor, for rotating the printed circuit board around an axis substantially perpendicular to the directional antenna ; - a wireless modem , such as a 3G/4G/LTE/5G modem, or a receiving element, such as a socket, arranged to receive an external wireless modem; - a local communication element , such as a Wi-Fi circuit, for communication with a local device; - a housing ; - a compass, such as a magnetometer; - a geographical positioning device , such as a GPS receiver; - a microprocessor configured to calculate an azimuthal rotation angle and control the electric motor to point the directional antenna to one of the fixed transceivers based on: ∘ directional and positional data from the compass and geographical positioning device ; ∘ positional data of the fixed transceivers. ∘ directional and positional data from the compass and geographical positioning device ; ∘ positional data of the fixed transceivers.
A printed circuit board design method comprising: receiving a plurality of different schematics, each respective schematic corresponding to a different circuit; generating a single printed circuit board design based on said plurality of different schematics for each respective different circuit, the single printed circuit board design having a pre-designed fixed connection array; placing components for any one of the plurality of different circuits on said single printed circuit board design so that said components are connected within the pre-designed fixed connection array and form the resulting different circuit; and further comprising storing information based on said received plurality of different schematics for each respective different circuit into a non-volatile storage selected from the group consisting of a memory on said single printed circuit board design, and an accessible computer database. receiving a plurality of different schematics, each respective schematic corresponding to a different circuit; generating a single printed circuit board design based on said plurality of different schematics for each respective different circuit, the single printed circuit board design having a pre-designed fixed connection array; placing components for any one of the plurality of different circuits on said single printed circuit board design so that said components are connected within the pre-designed fixed connection array and form the resulting different circuit; and further comprising storing information based on said received plurality of different schematics for each respective different circuit into a non-volatile storage selected from the group consisting of a memory on said single printed circuit board design, and an accessible computer database.