mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting channel state information-reference signals, CSI-RSs, for 8 antenna ports at a base station, the method comprising: transmitting the CSI-RSs for the 8 antenna ports, the CSI-RSs being mapped, according to a predetermined pattern, to a data region of a downlink subframe having a normal cyclic prefix, CP, configuration, wherein the downlink subframe having the normal CP configuration has 14 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; wherein the predetermined pattern is defined such that the CSI-RSs for the 8 antenna ports are mapped to only two consecutive OFDM symbols in the data region of the downlink subframe and are mapped to four subcarrier locations in each of the two consecutive OFDM symbols, wherein the downlink subframe has: 14 OFDM symbols in a time domain and 12 subcarriers in a frequency domain, wherein the two consecutive OFDM symbols are OFDM symbols to which User Equipment-specific, UE-specific, reference signals are allowed to be mapped, wherein the four subcarrier locations defined in the predetermined pattern include two consecutive subcarrier locations and two other consecutive subcarrier locations separated therefrom by a predetermined number of subcarriers, wherein the CSI-RSs are subjected to code division multiplexing, CDM, using orthogonal codes, such that in the downlink subframe CSI-RSs for two antenna ports are mapped to the same OFDM symbol symbols and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two consecutive OFDM symbols at the same subcarrier location. transmitting the CSI-RSs for the 8 antenna ports, the CSI-RSs being mapped, according to a predetermined pattern, to a data region of a downlink subframe having a normal cyclic prefix, CP, configuration, wherein the downlink subframe having the normal CP configuration has 14 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; wherein the predetermined pattern is defined such that the CSI-RSs for the 8 antenna ports are mapped to only two consecutive OFDM symbols in the data region of the downlink subframe and are mapped to four subcarrier locations in each of the two consecutive OFDM symbols, wherein the downlink subframe has: 14 OFDM symbols in a time domain and 12 subcarriers in a frequency domain, wherein the two consecutive OFDM symbols are OFDM symbols to which User Equipment-specific, UE-specific, reference signals are allowed to be mapped, wherein the four subcarrier locations defined in the predetermined pattern include two consecutive subcarrier locations and two other consecutive subcarrier locations separated therefrom by a predetermined number of subcarriers, wherein the CSI-RSs are subjected to code division multiplexing, CDM, using orthogonal codes, such that in the downlink subframe CSI-RSs for two antenna ports are mapped to the same OFDM symbol symbols and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two consecutive OFDM symbols at the same subcarrier location.
A method of printing a three-dimensional "3D" article from a 3D design file describing a three-dimensional "3D" design, the method comprising the steps of: receiving the 3D design file in encrypted format, the 3D design file comprising a unique design file identifier, a 3D printer configuration file, the 3D printer configuration file defining one or more 3D printer configuration settings required to print the article in accordance with the 3D design; constructing an authentication request for authenticating use of the 3D design file with a 3D printer the request including the unique design file identifier; transmitting the authentication request to an authentication server; receiving an authentication response from the authentication server, the response enabling printing of the article from the 3D design file on the 3D printer, the response comprising an authentication confirmation enabling decryption of the encrypted 3D design file; decrypting the received encrypted 3D design file, and sending the decrypted 3D design file to the 3D printer; configuring the 3D printer in accordance with the configuration settings defined in the 3D printer configuration file; and printing the 3D article in accordance with the decrypted 3D design file at the 3D printer. receiving the 3D design file in encrypted format, the 3D design file comprising a unique design file identifier, a 3D printer configuration file, the 3D printer configuration file defining one or more 3D printer configuration settings required to print the article in accordance with the 3D design; constructing an authentication request for authenticating use of the 3D design file with a 3D printer the request including the unique design file identifier; transmitting the authentication request to an authentication server; receiving an authentication response from the authentication server, the response enabling printing of the article from the 3D design file on the 3D printer, the response comprising an authentication confirmation enabling decryption of the encrypted 3D design file; decrypting the received encrypted 3D design file, and sending the decrypted 3D design file to the 3D printer; configuring the 3D printer in accordance with the configuration settings defined in the 3D printer configuration file; and printing the 3D article in accordance with the decrypted 3D design file at the 3D printer.
A method for creating images of vascular features from a combination of image data sources, the method comprising: creating a three-dimensional angiographic image of a vessel segment; acquiring an intravascular ultrasound, IVUS, image data set, comprising information distinct from the angiographic image data, comprising information acquired at a series of positions along the vessel segment, correlating, by comparing a characteristic rendered independently from both the angiographic image and the IVUS image data at positions along the vessel segment, instances of the IVUS image data to points along the angiographic image of the vessel segment, wherein the characteristic comprises an area of a circumferential cross-section at a position along the vessel segment, and wherein the images of the IVUS image data are circumferentially aligned with the three-dimensional angiographic image by determining a best angular fit comprising comparing IVUS and angiographic circumferential cross-section images. creating a three-dimensional angiographic image of a vessel segment; acquiring an intravascular ultrasound, IVUS, image data set, comprising information distinct from the angiographic image data, comprising information acquired at a series of positions along the vessel segment, correlating, by comparing a characteristic rendered independently from both the angiographic image and the IVUS image data at positions along the vessel segment, instances of the IVUS image data to points along the angiographic image of the vessel segment, wherein the characteristic comprises an area of a circumferential cross-section at a position along the vessel segment, and wherein the images of the IVUS image data are circumferentially aligned with the three-dimensional angiographic image by determining a best angular fit comprising comparing IVUS and angiographic circumferential cross-section images.
A method for operating a mobile radio station in a mobile radio system, which is carried out by the mobile radio station, wherein a number of mobile radio device categories are defined in the mobile radio system, wherein the communication in the mobile radio system requires a logging in / logging on through the mobile radio station at a mobile radio base station by providing the mobile radio device category, wherein different mobile radio device categories are assigned to a number of different operating states of the mobile radio station, that it is monitored in the mobile radio station whether the operating state changes, and that it is analysed during operation whether the logged on device category is still suitable for changing the operating state, wherein, when determining that a different mobile radio device category is provided for changing the operating state, that the mobile radio station logs out of the mobile radio base station, and that the mobile radio station logs on again at the mobile radio base station by providing the suitable mobile radio device category, wherein the mobile radio station is installed in a vehicle (30, 31, 32), characterised in that the operating state of the mobile radio station refers to the operating state of the vehicle (30, 31, 32), wherein at least the operating states "Engine on" and "Engine off" are differentiated for registration and when analysing whether the logged on device category is still suitable for changing the operating state, wherein furthermore at least the operating state "Relay", in which the shut-off vehicle is operated as radio relay station, is differentiated as further operating state for registration and when analysing whether the logged on device category is still suitable for changing the operating state.
A vessel comprising a thermoplastic wall enclosing a lumen an SiO x composite barrier coating or layer, for which x is from 1.8 to 2.4, supported by the wall between the wall and the lumen, an interior surface of the composite barrier coating or layer facing the lumen, and a pH protective coating or layer of SiO x C y or SiN x C y wherein x is from about 0.5 to about 2.4 and y is from about 0.6 to about 3, the pH protective coating or layer having an interior surface facing the lumen and an outer surface facing the interior surface of the composite barrier coating or layer, in which an FTIR absorbance spectrum of the pH protective coating or layer has a ratio greater than 0.75 and at most 1.7 between: the maximum amplitude of the Si-O-Si symmetrical stretch peak between about 1000 and 1040 cm -1, and the maximum amplitude of the Si-O-Si asymmetric peak between about 1060 and about 1100 cm -1, the pH protective coating or layer being effective to increase the calculated shelf life of the vessel (total Si / Si dissolution rate), in which the degree of adhesion of the composite barrier coating or layer on the substrate is at least 90%, optionally at least 95%, optionally at least 98%, optionally 100%, by the A2 Coated Article Cross-Scratch Tape Test Method. a thermoplastic wall enclosing a lumen an SiO x composite barrier coating or layer, for which x is from 1.8 to 2.4, supported by the wall between the wall and the lumen, an interior surface of the composite barrier coating or layer facing the lumen, and a pH protective coating or layer of SiO x C y or SiN x C y wherein x is from about 0.5 to about 2.4 and y is from about 0.6 to about 3, the pH protective coating or layer having an interior surface facing the lumen and an outer surface facing the interior surface of the composite barrier coating or layer, in which an FTIR absorbance spectrum of the pH protective coating or layer has a ratio greater than 0.75 and at most 1.7 between: the maximum amplitude of the Si-O-Si symmetrical stretch peak between about 1000 and 1040 cm -1, and the maximum amplitude of the Si-O-Si asymmetric peak between about 1060 and about 1100 cm -1, the maximum amplitude of the Si-O-Si symmetrical stretch peak between about 1000 and 1040 cm -1, and the maximum amplitude of the Si-O-Si asymmetric peak between about 1060 and about 1100 cm -1, the pH protective coating or layer being effective to increase the calculated shelf life of the vessel (total Si / Si dissolution rate), in which the degree of adhesion of the composite barrier coating or layer on the substrate is at least 90%, optionally at least 95%, optionally at least 98%, optionally 100%, by the A2 Coated Article Cross-Scratch Tape Test Method.
An aerosol generation device comprising: a body; a heating chamber housed in the body, the heating chamber comprising an elongate cavity; an aperture in an outer surface of the body, through which aperture a substrate carrier including aerosol generating material is insertable into the elongate cavity of the heating chamber along a cavity axis that extends centrally along the length of the elongate cavity, a perimeter of the aperture defining an aperture plane with an aperture axis normal to the aperture plane at the centroid of the aperture; and a user manipulated element arranged to be moveable in a movement region of the outer surface of the body, the movement region extending at least predominantly to one side of the aperture and having a movement region axis normal to the movement region at the centroid of the movement region; wherein the cavity axis lies along a direction extending out of the aperture that is tilted away from the movement region axis, characterized in that the aperture axis lies along a direction extending out of the aperture that is tilted away from the movement region axis. a body; a heating chamber housed in the body, the heating chamber comprising an elongate cavity; an aperture in an outer surface of the body, through which aperture a substrate carrier including aerosol generating material is insertable into the elongate cavity of the heating chamber along a cavity axis that extends centrally along the length of the elongate cavity, a perimeter of the aperture defining an aperture plane with an aperture axis normal to the aperture plane at the centroid of the aperture; and a user manipulated element arranged to be moveable in a movement region of the outer surface of the body, the movement region extending at least predominantly to one side of the aperture and having a movement region axis normal to the movement region at the centroid of the movement region; wherein the cavity axis lies along a direction extending out of the aperture that is tilted away from the movement region axis, characterized in that the aperture axis lies along a direction extending out of the aperture that is tilted away from the movement region axis.
An arrangement comprising a rotor or stator of an electric machine and a device for mounting a magnet to the rotor or stator of the electric machine, wherein the rotor or stator is arranged to magnetically interact with the magnet to allow a magnetic force to magnetically attach the magnet to a first mounting surface on the rotor or stator, the device comprising a mounting element having a second mounting surface, wherein the mounting element is arranged to magnetically interact with the magnet to allow a magnetic force to magnetically attach the magnet to the second mounting surface; means for moving the mounting element having the magnet magnetically attached to the second mounting surface to a predetermined distance from the first mounting surface of the rotor or stator; means for moving the mounting element away from the first mounting surface when the mounting element is at the predetermined distance from the first mounting surface, wherein the magnetic force exerted between the magnet and the mounting element and the magnet and the rotor or stator is arranged to allow the magnetic force between the rotor or stator and the magnet to retain the magnet to the first mounting surface when the mounting element is moved away from the first mounting surface, characterized by means for varying the flux density between the mounting element and the magnet.
Reversible rotating work tool comprising a driving axle along an axis of rotation (Δ) and a main body driven in rotation by the driving axle along the axis of rotation (Δ), the main body extending around the driving axle, the main body having two opposite faces (211, 212), each one having a peripheral edge (213, 214) and at least one work member (231, 232) arranged between the driving axle and the peripheral edge (213, 214), the driving axle having along the axis of rotation (Δ), a height (h) greater than a thickness (e) of the main body along the axis of rotation (Δ), characterised in that the driving axle is mounted so that it can be moved with respect to the main body along the direction of the axis of rotation (Δ).
Tool holder, in particular a turning tool holder equipped with a tool holder body and a rapid locking system for the mechanical fastening of interchangeable inserts in the tool holder, wherein the said rapid locking system is constituted by a clamp, through which a drive pin extends, and the drive pin itself, characterised in that, the rapid locking system further comprises a cylindrical pin inserted in a seat of the drive pin, the cylindrical pin extending radially relative to the axis of drive pin and being fixed to the drive pin by means of a grub screw, wherein the bidirectional rotation of the drive pin can activate the rapid locking system, wherein the cylindrical pin cooperates with two cams equipped with a helical section developed on an arc of between 5 and 175 degrees, in order to allow the movement of the drive pin in the direction of its axis, thereby moving the clamp at the same time.
A reclosure for a reclosable package, including: a first profile and a second profile; the first profile including a first web portion with a first lower interlocking element and a first upper interlocking element; and the second profile including a second web portion with a second lower interlocking element and a second upper interlocking element, characterised in that the first profile is severed through the first upper interlocking element to form a lower first profile and an upper first profile (12") thereby forming at least one tab extending from an upper edge of the lower first profile and including a portion of the first upper interlocking element. a first profile and a second profile; the first profile including a first web portion with a first lower interlocking element and a first upper interlocking element; and the second profile including a second web portion with a second lower interlocking element and a second upper interlocking element, characterised in that the first profile is severed through the first upper interlocking element to form a lower first profile and an upper first profile (12") thereby forming at least one tab extending from an upper edge of the lower first profile and including a portion of the first upper interlocking element.
An apparatus (10, 70, 80) for generating droplets, the apparatus (10, 70, 80) comprising: a liquid dispenser (12, 72) comprising a liquid outlet adapted to generate a collimated droplet stream; a first fluid flow device (14, 14') configured to generate a confinement fluid flow for confining a trajectory of the droplet stream therein, the first fluid flow device comprises an outlet arranged to allow the droplet stream to exit therefrom, and further comprising a first conduit wherein the liquid outlet is arranged so as to dispense the droplets within the first conduit of the first fluid device (14,14'), a second fluid flow device (16, 16') configured to generate a reaction fluid flow for reacting with droplets in the droplet stream, the second flow device (16, 16') comprising a second conduit and the first fluid flow device (14, 14') is arranged within the second fluid flow device (16, 16') so that the droplet stream exits in the second conduit of the second fluid flow device (16,16') a liquid dispenser (12, 72) comprising a liquid outlet adapted to generate a collimated droplet stream; a first fluid flow device (14, 14') configured to generate a confinement fluid flow for confining a trajectory of the droplet stream therein, the first fluid flow device comprises an outlet arranged to allow the droplet stream to exit therefrom, and further comprising a first conduit wherein the liquid outlet is arranged so as to dispense the droplets within the first conduit of the first fluid device (14,14'), a second fluid flow device (16, 16') configured to generate a reaction fluid flow for reacting with droplets in the droplet stream, the second flow device (16, 16') comprising a second conduit and the first fluid flow device (14, 14') is arranged within the second fluid flow device (16, 16') so that the droplet stream exits in the second conduit of the second fluid flow device (16,16')
Bi-injection molded housing of a locking cap for a pharmaceutical vial, composed of: - a first material forming an upper ring, legs of which the upper ends are rigidly connected to the upper ring, and bridges connecting the lower ends of the legs in pairs, at least some bridges comprising a flexible tab intended to engage under a flange of the vial, and - a second material, elastomer, forming a stopper which is configured to seal the vial when the flexible tabs engage under the flange, at least one inner face of the upper ring, made of the first material, being rigidly connected to the stopper, made of the second material. - a first material forming an upper ring, legs of which the upper ends are rigidly connected to the upper ring, and bridges connecting the lower ends of the legs in pairs, at least some bridges comprising a flexible tab intended to engage under a flange of the vial, and - a second material, elastomer, forming a stopper which is configured to seal the vial when the flexible tabs engage under the flange,
A transmitter for use in a mobile communication system supporting an orthogonal transmission scheme and a non-orthogonal transmission scheme, comprising: a non-orthogonal signal generator (1005, 1305, 1605) for generating a first signal according to the CDMA scheme, an orthogonal signal generator (1006, 1306, 1606) for generating a second signal according to the OFDMA scheme; an FFT processor for receiving the first signal and generating an FFT processed CDMA signal; and a subcarrier mapper for subcarrier mapping the FFT processed CDMA signal and the second signal according to a predetermined pattern, wherein the second signal is high-speed packet data. a non-orthogonal signal generator (1005, 1305, 1605) for generating a first signal according to the CDMA scheme, an orthogonal signal generator (1006, 1306, 1606) for generating a second signal according to the OFDMA scheme; an FFT processor for receiving the first signal and generating an FFT processed CDMA signal; and a subcarrier mapper for subcarrier mapping the FFT processed CDMA signal and the second signal according to a predetermined pattern, wherein the second signal is high-speed packet data.
Device configured to monitor the spectrum of UWB signals of UWB devices, characterized by that it comprises: • a series of UWB sensors composed of an antenna configured to capture the spectrum radiated by each UWB device and an electro optical modulator configured to modulate the UWB signal of radio-frequency captured by the antenna on a corresponding optical channel, • an optical source configured to generate a series of optical channels, one per UWB sensor, • a series of optic fibres configured to carry the signal present in said channels to each one of the UWB sensors, • a series of optic fibres that carry the optical signal with the modulated UWB signal thereon to a series of photodetectors that photodetect the signal, and • an analogue-digital converter configured to digitalise the modulated signal received by the above mentioned optic fibres for evaluating the joint spectral content of the UWB signal captured by the UWB sensors. • a series of UWB sensors composed of an antenna configured to capture the spectrum radiated by each UWB device and an electro optical modulator configured to modulate the UWB signal of radio-frequency captured by the antenna on a corresponding optical channel, • an optical source configured to generate a series of optical channels, one per UWB sensor, • a series of optic fibres configured to carry the signal present in said channels to each one of the UWB sensors, • a series of optic fibres that carry the optical signal with the modulated UWB signal thereon to a series of photodetectors that photodetect the signal, and • an analogue-digital converter configured to digitalise the modulated signal received by the above mentioned optic fibres for evaluating the joint spectral content of the UWB signal captured by the UWB sensors.