mhurhangee/ep-ind-claims huggingface dataset:
A control circuit in a radio communication device configured to perform circuit-switched fallback, CSFB, the control circuit configured to: receive an initial call notification attempt in idle mode from a first, packet-switched mobile network for an incoming call that originates from a second, circuit-switched mobile network; characterized in that the control circuit is further configured to: in response to the initial call notification attempt, establish an active connection with the first, packet-switched mobile network by transmitting a Service Request to the first, packet-switched mobile network and refraining from transmitting an Extended Service Request; if a subsequent call notification attempt for the incoming call from the first, packet-switched mobile network is received while the radio communication device is in connected mode, wherein the subsequent call notification attempt is a circuit-switched, CS, service notification message that provides a caller identity information for the incoming call, present a user with the caller identity information for the incoming call in response to receiving the subsequent call notification attempt; receive input from the user to accept or reject the incoming call based on the presented caller identity information; and transmit an Extended Service Request in response to the subsequent call notification attempt to accept, or reject the incoming call, wherein the Extended Service Request is based on the received input from the user. in response to the initial call notification attempt, establish an active connection with the first, packet-switched mobile network by transmitting a Service Request to the first, packet-switched mobile network and refraining from transmitting an Extended Service Request; if a subsequent call notification attempt for the incoming call from the first, packet-switched mobile network is received while the radio communication device is in connected mode, wherein the subsequent call notification attempt is a circuit-switched, CS, service notification message that provides a caller identity information for the incoming call, present a user with the caller identity information for the incoming call in response to receiving the subsequent call notification attempt; receive input from the user to accept or reject the incoming call based on the presented caller identity information; and transmit an Extended Service Request in response to the subsequent call notification attempt to accept, or reject the incoming call, wherein the Extended Service Request is based on the received input from the user.
An ultrasound diagnostic apparatus comprising: an ultrasound probe which has ultrasound transducers transmitting ultrasonic waves, receiving an ultrasonic echo reflected by a subject, and outputting a reception signal according to the received ultrasonic echo; image producing means adapted to produce a B-mode image as well as M-mode images over an entire region along an azimuth direction in the B-mode image from the reception signal output from the ultrasound transducers; storage means adapted to store the M-mode images produced by the image producing means; display means; display processing means adapted to display on the display means at least one of the B-mode image produced by the image producing means and an M-mode image stored in the storage means; and position selecting means adapted to select a position in the azimuth direction in the B-mode image displayed on the display means, wherein the image producing means produces the M-mode images of all selectable positions in the azimuth direction by the position selecting means over the entire region along the azimuth direction in the B-mode image; and wherein when a position in the azimuth direction in the B-mode image displayed on the display means is selected by the position selecting means, the display processing means reads out from the storage means an M-mode image corresponding to the selected position and displays the M-mode image along with the B-mode image on the display means. an ultrasound probe which has ultrasound transducers transmitting ultrasonic waves, receiving an ultrasonic echo reflected by a subject, and outputting a reception signal according to the received ultrasonic echo; image producing means adapted to produce a B-mode image as well as M-mode images over an entire region along an azimuth direction in the B-mode image from the reception signal output from the ultrasound transducers; storage means adapted to store the M-mode images produced by the image producing means; display means; display processing means adapted to display on the display means at least one of the B-mode image produced by the image producing means and an M-mode image stored in the storage means; and position selecting means adapted to select a position in the azimuth direction in the B-mode image displayed on the display means, wherein the image producing means produces the M-mode images of all selectable positions in the azimuth direction by the position selecting means over the entire region along the azimuth direction in the B-mode image; and wherein when a position in the azimuth direction in the B-mode image displayed on the display means is selected by the position selecting means, the display processing means reads out from the storage means an M-mode image corresponding to the selected position and displays the M-mode image along with the B-mode image on the display means.
A pharmaceutical composition comprising: (a) imipenem or a pharmaceutically acceptable salt thereof, and (b) a compound of Formula or a stereoisomer or a pharmaceutically acceptable salt thereof; wherein the compound of Formula or the stereoisomer or the pharmaceutically acceptable salt thereof is present in the composition in an amount from 0.25 gram to 4 gram per gram of imipenem or the pharmaceutically acceptable salt thereof.
A polyester film comprising a polyester composed mainly of polybutylene terephthalate and a polyester composed mainly of polyethylene terephthalate, characterized in that a mass ratio (A/B) between the polyesters and is 70/30 to 55/45, a dry heat shrinkage rate through heat treatment at 200°C for 15 minutes is 350 or less in any of four directions on a film surface consisting of a 0° direction as an arbitrary direction, and a 45° direction, a 90° direction and a 135° direction clockwise from the 0° direction, and a difference between a maximum value and a minimum value of these dry heat shrinkage rates is 5% or less, a thickness variation calculated from the following equation in the four directions is 10% or less: Thickness variation % = T max − T min / T ave × 100 T max: maximum thickness in four directions of polyester film T min: minimum thickness in four directions of polyester film T ave: average thickness in four directions of polyester film, and a crystallization index shown in DSC measurement is 25 to 55 J/g. characterized in that a mass ratio (A/B) between the polyesters and is 70/30 to 55/45, a dry heat shrinkage rate through heat treatment at 200°C for 15 minutes is 350 or less in any of four directions on a film surface consisting of a 0° direction as an arbitrary direction, and a 45° direction, a 90° direction and a 135° direction clockwise from the 0° direction, and a difference between a maximum value and a minimum value of these dry heat shrinkage rates is 5% or less, a thickness variation calculated from the following equation in the four directions is 10% or less: Thickness variation % = T max − T min / T ave × 100 T max: maximum thickness in four directions of polyester film T min: minimum thickness in four directions of polyester film T ave: average thickness in four directions of polyester film, T max: maximum thickness in four directions of polyester film T min: minimum thickness in four directions of polyester film T ave: average thickness in four directions of polyester film, and a crystallization index shown in DSC measurement is 25 to 55 J/g.
A calibration composition for use in mass spectrometry comprising: a predetermined concentration of a calibrant comprising a mixture of polyethylene glycol compounds having an amino group on one end, a number of ethylene oxide units, and a carboxylic acid group on the other end; and a solvent for dissolving the calibrant. a predetermined concentration of a calibrant comprising a mixture of polyethylene glycol compounds having an amino group on one end, a number of ethylene oxide units, and a carboxylic acid group on the other end; and a solvent for dissolving the calibrant.
A snow making device, comprising: a main channel which is arranged to receive and to guide water, and which has a first portion, a second portion downstream of the first portion, and a third portion downstream of the second portion, wherein the second portion presents a constriction with a reduced cross-section compared to the first portion and the third portion for creating a reduced water pressure at the constriction; at least one diversion channel which has an inlet connected to the main channel at the constriction of the second portion and is arranged to divert part of the water from the main channel as a diverted water flow of reduced pressure; and at least one ice nucleator nozzle which is arranged to create ice nuclei from said diverted water flow and compressed air. a main channel which is arranged to receive and to guide water, and which has a first portion, a second portion downstream of the first portion, and a third portion downstream of the second portion, wherein the second portion presents a constriction with a reduced cross-section compared to the first portion and the third portion for creating a reduced water pressure at the constriction; at least one diversion channel which has an inlet connected to the main channel at the constriction of the second portion and is arranged to divert part of the water from the main channel as a diverted water flow of reduced pressure; and at least one ice nucleator nozzle which is arranged to create ice nuclei from said diverted water flow and compressed air.
A method of manufacturing an aperture plate wafer, the method comprising providing a substrate of conductive material, applying a mask over the substrate in a pattern of columns having top surfaces, electroplating around the columns, removing the mask to provide a wafer of the electroplated material with aerosol-forming holes, characterized in that, the electroplating step partially over-plates the top surfaces of the columns while leaving aerosol-forming apertures of a desired size, the columns have a height in the range of 40μm to 70μm, the over-plating is controlled and the column dimensions are chosen to also achieve a desired slope of wafer material towards the aerosol-forming apertures to achieve a funnelling effect for liquid in use, the columns (2, 11) are configured so that when the masking material is removed they form passageways (24, 34) aligned with the apertures and being shaped for entrainment of droplets from the apertures, and the passageways have a length in the range of range of 40 μm to 70 μm.
Hinge for a household appliance, the hinge comprising a housing, a pivot arm which is held on the housing to be pivotable relative to the housing between a first end position and a second end position, the hinge further comprising a carriage which is coupled to the pivot arm, mounted on the housing translationally movably relative to same and at least partly received in the housing, and the hinge further comprising a drive device which comprises a motor and a coupling element which is translationally movable relative to the housing by means of the motor and via which the carriage is translationally movable by means of the motor into at least one direction relative to the housing, whereby a rotary movement of the pivot arm towards at least one of the positions can be effected, characterized in that the coupling element by means of the motor is translationally movable relative to the housing, relative to the carriage, and relative to the pivot arm into at least one neutral position in which the pivot arm and via same the carriage are movable from end position to end position independently of the drive device relative to the housing and relative to the drive device.
Foldable wheelchair comprising two substantially planar lateral structures that are connected perpendicularly to their plane by articulated means for moving them together or apart in order to fold or unfold the chair, each structure being equipped with a front idle wheel around an axis located in their plane and receiving a rear wheel coupled by a transmission to a drive member that is remote from the rear wheel, characterised in that the transmission is incorporated in a transmission sub-assembly composed of a frame bearing two pulleys (14,15) that are free to rotate with respect to the frame and that are rotationally coupled to one another by a loop link, each frame being mounted on each lateral structure equipped, for this purpose, with means (10,11) for receiving same with the axes of the pulleys (14,15) perpendicular to the plane of each structure, the frame also supporting the above-mentioned rear wheel, which is rotationally locked with one of the pulleys, and supporting the drive member, which is a manual flywheel that is rotationally locked with the other pulley.
Method for producing a fibre composite material in the form of at least one wide fibre strip impregnated with a polymer, comprising the following steps: - providing a plurality of prefabricated individual fibre strips, which each have a filament structure impregnated with the polymer, - bringing the individual fibre strips together in a heating/pressure-application device (7; 22), the individual fibre strips being fed into the heating/pressure-application device (7; 22) next to one another in an entry region in such a manner that adjacent lateral edges of the individual fibre strips that have been brought together lie against one another in abutment regions, - heating the individual fibre strips fed next to one another by the heating/pressure-application device (7; 22) to a temperature above a melting point of the polymer, the heating taking place over an entire width of the individual fibre strips transversely (y) to their feeding direction (x), - applying a pressure to the heated-up individual fibre strips fed next to one another by the heating/pressure-application device (7; 22), - keeping the individual fibre strips that have been brought together in a processing temperature range above the polymer melting point until the abutment regions of the individual fibre strips that have been brought together have fused together, - cooling down the individual fibre strips that have fused together to form the wide fibre strip, characterized in that during the heating a shearing/vibrating action is applied to the individual fibre strips that have been brought together by the heating/pressure-application device (7; 22), a shearing force that is perpendicular to a feeding direction (x) and perpendicular to a normal (z) to the strip being exerted on the individual fibre strips along a shearing-force application device (y). - providing a plurality of prefabricated individual fibre strips, which each have a filament structure impregnated with the polymer, - bringing the individual fibre strips together in a heating/pressure-application device (7; 22), the individual fibre strips being fed into the heating/pressure-application device (7; 22) next to one another in an entry region in such a manner that adjacent lateral edges of the individual fibre strips that have been brought together lie against one another in abutment regions, - heating the individual fibre strips fed next to one another by the heating/pressure-application device (7; 22) to a temperature above a melting point of the polymer, the heating taking place over an entire width of the individual fibre strips transversely (y) to their feeding direction (x), - applying a pressure to the heated-up individual fibre strips fed next to one another by the heating/pressure-application device (7; 22), - keeping the individual fibre strips that have been brought together in a processing temperature range above the polymer melting point until the abutment regions of the individual fibre strips that have been brought together have fused together, - cooling down the individual fibre strips that have fused together to form the wide fibre strip,
A method for delivering on request a 3D content to a 3D client device comprising a 2D part and a metadata part which are divided into equal number of segments and are transmitted in two multicast streams, comprising the steps of receiving a first request for the 3D content from a 3D client device when delivering a first non-initial segment of the 2D part of the 3D content in a first multicast stream to a 2D client device (203, 205); and transmitting segments from initial segment to the first non-initial segment of the 2D part in a second multicast stream and segments from initial segment to end segment of the metadata part in a third multicast stream, wherein, it further comprises determining time points for transmitting the segments from the initial segment to the first non-initial segment of the 2D part; determining a first delay value for segments of the 2D part based on a bandwidth limit; determining time points for transmitting the segments from the initial segment to the end segment of the metadata part; delaying time points for transmitting the segments from the initial segment to the first non-initial segment of the 2D part by the first delay value; and delaying time points for transmitting the segments from the initial segment to the end segment of the metadata part by the first delay value, wherein for second request and subsequent requests for the 3D content received from a 3D client device when a second non-initial segment of the 2D part and a first non-initial segment of the metadata part are being delivered, the method further comprises determining time points for transmitting the segments from the initial segment to the second non-initial segment of the 2D part; determining a second delay value for segments of the 2D part based on a bandwidth limit; determining time points for transmitting the segments from the initial segment to the first non-initial segment of the metadata part; determining a third delay value for segments of the metadata part based on a bandwidth limit; selecting the larger delay value between the second delay value and the third delay value to delay time points for transmitting segments from the initial segment to the second non-initial segment of the 2D part and time points for transmitting segments from the initial segment to the first non-initial segment of the metadata part.
An extracorporeal body-fluid purification machine with a concentration determination apparatus for determining quantitative amounts of uremic toxins in a fluid, wherein the fluid is a fluid excreted/extracted from the body or an extracorporeal blood purification fluid, wherein the concentration determination apparatus comprises: - an optical absorption sensor adapted to detect at least one first extinction signal of the fluid excreted/extracted from the body or the spent dialysate at at least one predetermined or adjustable analysis wavelength at a defined or adjustable first pH value of the fluid excreted/extracted from the body or the spent dialysate, - a pH adjusting/changing device (9; 13; 15) adapted to adjust a second pH value of the fluid excreted/extracted from the body or the spent dialysate which differs from the first pH value, - the optical absorption sensor adapted to detect at least one second extinction signal of the fluid excreted/extracted from the body or the spent dialysate at the at least one equal analysis wavelength at the second pH value, - a signal processing device adapted to process, preferably compare, the two extinction signals at the first and the second pH values, and - a determination device adapted to determine an absolute concentration or a signal proportional to the concentration of at least one selected or selectable substance, such as uremic toxins, in the fluid excreted/extracted from the body or the spent dialysate on the basis of the result of the signal processing device. - an optical absorption sensor adapted to detect at least one first extinction signal of the fluid excreted/extracted from the body or the spent dialysate at at least one predetermined or adjustable analysis wavelength at a defined or adjustable first pH value of the fluid excreted/extracted from the body or the spent dialysate, - a pH adjusting/changing device (9; 13; 15) adapted to adjust a second pH value of the fluid excreted/extracted from the body or the spent dialysate which differs from the first pH value, - the optical absorption sensor adapted to detect at least one second extinction signal of the fluid excreted/extracted from the body or the spent dialysate at the at least one equal analysis wavelength at the second pH value, - a signal processing device adapted to process, preferably compare, the two extinction signals at the first and the second pH values, and - a determination device adapted to determine an absolute concentration or a signal proportional to the concentration of at least one selected or selectable substance, such as uremic toxins, in the fluid excreted/extracted from the body or the spent dialysate on the basis of the result of the signal processing device.