mhurhangee/ep-ind-claims huggingface dataset:
An ethylene polymer having a density of greater than or equal to about 0.954 g/cm 3, a high load melt index (HLMI) in a range from about 10 to about 45 g/10 min, a ratio of high load melt index to melt index (HLMI/MI) in a range from about 175 to about 600, a slope of a plot of the viscosity (in Pa-sec) versus shear rate (in sec -1) of the ethylene polymer at 100 sec -1 in a range from about 0.15 to about 0.30, and an environmental stress crack resistance (ESCR, 10% igepal) of greater than or equal to about 800 hours.
Heat-protective insert for a fuel line, comprising a first part in the form of a pipe with a cross section and a second part which adjoins the first part and extends over the cross section and has openings to achieve a sieve effect, characterized in that the first and second parts are formed from one piece.
An authentication and key management method for a network equipment for convergence of heterogeneous networks, comprising: generating, by the network equipment, a Network Key, NK; performing, by the network equipment, authentication protocol interaction with an opposite communication equipment, and calculating a Basic Session Key, BSK according to parameters for the authentication protocol interaction and the NK; and calculating, by the network equipment, link Encryption Keys, EKs used respectively for two or more Media Access Control, MAC and Physical, PHY layers corresponding to two or more access technologies according to the BSK and according to EK lengths required by the MAC and PHY layers associated with the two or more access technologies; and providing the EKs for respective MAC and PHY layer function modules, wherein each of the EKs used respectively for the two or more MAC and PHY layers corresponding to the two or more access technologies is extracted from any positions of a key string that constitute the respective required EK length, wherein the key string is calculated from the BSK and the key string has a length that is not shorter than the maximal of the required EK lengths. generating, by the network equipment, a Network Key, NK; performing, by the network equipment, authentication protocol interaction with an opposite communication equipment, and calculating a Basic Session Key, BSK according to parameters for the authentication protocol interaction and the NK; and calculating, by the network equipment, link Encryption Keys, EKs used respectively for two or more Media Access Control, MAC and Physical, PHY layers corresponding to two or more access technologies according to the BSK and according to EK lengths required by the MAC and PHY layers associated with the two or more access technologies; and providing the EKs for respective MAC and PHY layer function modules, wherein each of the EKs used respectively for the two or more MAC and PHY layers corresponding to the two or more access technologies is extracted from any positions of a key string that constitute the respective required EK length, wherein the key string is calculated from the BSK and the key string has a length that is not shorter than the maximal of the required EK lengths.
A non-temporary central venous catheter for use in haemodialysis treatments characterised in that, in the end section to be positioned in the subcutaneous tunnel, it comprises two cuffs, a first cuff and a second cuff spaced apart by 3-8 cm so that the first cuff is positioned within the subcutaneous tunnel in the proximity of the exit site of the subcutaneous tunnel and the second cuff is positioned within the subcutaneous tunnel in the proximity of the access point to the catheterised central vein.
A method of capturing cellular components of which cells are composed or which are secreted from cells whose dynamic is simultaneously observed with a microscope, and then subjecting the cellular components to mass spectrometry in real time; the method comprising: 1) the step of inserting a nanospray ionization capillary tip whose top bore has a diameter corresponding to a specific region of a cell under observation with a microscope; 2) the step of capturing cellular components of the specific region of the cell into the top bore of the nanospray ionization capillary tip and keeping the cellular components at a top point of the nanospray ionization capillary tip; 3) the step of introducing ionization supporting solvent from the back-end of the nanospray ionization capillary tip; 4) the step of ionizing the cellular components using nanospray ionization by applying an electric field between a sample inlet of a mass spectrometer and the nanospray ionization capillary tip; 5) the step of performing mass spectrometry of cellular components introduced into the mass spectrometer. 1) the step of inserting a nanospray ionization capillary tip whose top bore has a diameter corresponding to a specific region of a cell under observation with a microscope; 2) the step of capturing cellular components of the specific region of the cell into the top bore of the nanospray ionization capillary tip and keeping the cellular components at a top point of the nanospray ionization capillary tip; 3) the step of introducing ionization supporting solvent from the back-end of the nanospray ionization capillary tip; 4) the step of ionizing the cellular components using nanospray ionization by applying an electric field between a sample inlet of a mass spectrometer and the nanospray ionization capillary tip; 5) the step of performing mass spectrometry of cellular components introduced into the mass spectrometer.
A method for crest factor reduction, CFR, the method comprising: receiving an input signal having an initial magnitude exceeding a CFR threshold; and introducing a clipping noise signal into the input signal to produce an output signal having a resulting magnitude that is less than or equal to the threshold, wherein the clipping noise signal and the input signal have different amplitude-phase relationships such that a resulting phase of the output signal differs from an initial phase of the input signal, characterised by further comprising: determining a desired steering angle in accordance with a distribution of users in a cell to increase a signal to noise ratio, SNR, at a location of one or more of the users; and selecting amplitude and phase parameters of the clipping noise signal in accordance with the desired steering angle. receiving an input signal having an initial magnitude exceeding a CFR threshold; and introducing a clipping noise signal into the input signal to produce an output signal having a resulting magnitude that is less than or equal to the threshold, wherein the clipping noise signal and the input signal have different amplitude-phase relationships such that a resulting phase of the output signal differs from an initial phase of the input signal, characterised by further comprising: determining a desired steering angle in accordance with a distribution of users in a cell to increase a signal to noise ratio, SNR, at a location of one or more of the users; and selecting amplitude and phase parameters of the clipping noise signal in accordance with the desired steering angle. determining a desired steering angle in accordance with a distribution of users in a cell to increase a signal to noise ratio, SNR, at a location of one or more of the users; and selecting amplitude and phase parameters of the clipping noise signal in accordance with the desired steering angle.
A method for decoding an optical signal transmitted over an optical channel from a transmitter to a receiver, comprising: receiving the transmitted optical signal; producing, from the transmitted optical signal, a digital signal including received data symbols and received pilot symbols; determining filtering coefficients based on an error between amplitudes of the received pilot symbols and amplitudes of transmitted pilot symbols, while ignoring errors between phases of the received pilot symbols and phases of the transmitted pilot symbols, wherein the amplitudes and the phases of the transmitted pilot symbols are known at the transmitter and the receiver; filtering the digital signal according to the filtering coefficients to produce a filtered signal with an equalized amplitude and an unconstrained phase; and demodulating and decoding the filtered signal to produce an estimate of the transmitted optical signal, wherein at least some steps of the method are performed using a processor of the receiver. receiving the transmitted optical signal; producing, from the transmitted optical signal, a digital signal including received data symbols and received pilot symbols; determining filtering coefficients based on an error between amplitudes of the received pilot symbols and amplitudes of transmitted pilot symbols, while ignoring errors between phases of the received pilot symbols and phases of the transmitted pilot symbols, wherein the amplitudes and the phases of the transmitted pilot symbols are known at the transmitter and the receiver; filtering the digital signal according to the filtering coefficients to produce a filtered signal with an equalized amplitude and an unconstrained phase; and demodulating and decoding the filtered signal to produce an estimate of the transmitted optical signal, wherein at least some steps of the method are performed using a processor of the receiver.
A communication method, wherein the method comprises: receiving, by a terminal (103, 104), a message from a first master node, wherein the message comprises an identifier of a first candidate primary secondary cell, PSCell, or an identifier of configuration information of the first candidate PSCell, wherein the first candidate PSCell is comprised in both a first PSCell list and a second PSCell list; or the message comprises delta configuration information of a candidate PSCell in a second PSCell list out of a first PSCell list and a second PSCell list, wherein the configuration information of the first candidate PSCell comprises an addition/change condition and a configuration of the first candidate PSCell, the first PSCell list comprises one or more candidate PSCells configured by the first master node for the terminal (103, 104), and the second PSCell list comprises one or more candidate PSCells configured by a second master node for the terminal (103, 104); and adding, by the terminal (103, 104), a target PSCell or changing from an original PSCell to the target PSCell based on the message and first configuration information, wherein the first configuration information comprises an addition/change condition and a configuration of the candidate PSCell in the first PSCell list, the target PSCell is a PSCell in the second PSCell list, and the original PSCell is a PSCell to which the terminal (103, 104) is connected before the terminal (103, 104) is handed over from the first master node to the second master node. receiving, by a terminal (103, 104), a message from a first master node, wherein the message comprises an identifier of a first candidate primary secondary cell, PSCell, or an identifier of configuration information of the first candidate PSCell, wherein the first candidate PSCell is comprised in both a first PSCell list and a second PSCell list; or the message comprises delta configuration information of a candidate PSCell in a second PSCell list out of a first PSCell list and a second PSCell list, wherein the configuration information of the first candidate PSCell comprises an addition/change condition and a configuration of the first candidate PSCell, the first PSCell list comprises one or more candidate PSCells configured by the first master node for the terminal (103, 104), and the second PSCell list comprises one or more candidate PSCells configured by a second master node for the terminal (103, 104); and adding, by the terminal (103, 104), a target PSCell or changing from an original PSCell to the target PSCell based on the message and first configuration information, wherein the first configuration information comprises an addition/change condition and a configuration of the candidate PSCell in the first PSCell list, the target PSCell is a PSCell in the second PSCell list, and the original PSCell is a PSCell to which the terminal (103, 104) is connected before the terminal (103, 104) is handed over from the first master node to the second master node.
Coupling device for a hydrodynamic retarder for connecting a rotor shaft of the hydrodynamic retarder to a hydraulic pump which delivers operating fluid into an operating space which is formed by a rotor together with a stator, which rotor is connected fixedly to the rotor shaft so as to rotate with it, characterized in that the coupling device is arranged radially within the rotor shaft.
Beverage dispensing assembly, comprising a container and a tapping apparatus having a chamber in which the container fits and can be entered into through an opening closable by a lid, such that when the container is placed, it is enclosed between the lid and an opposite end of the chamber, wherein a first connector is provided, for feeding pressurised gas into the container through a gas inlet provided in the container, and a pressure element is provided for pressing the gas inlet onto and/or into the first connector, characterized in that the gas inlet is provided at a bottom end of the container, opposite a neck portion of the container, for cooperation with the first connector, positioned at an end of the chamber opposite the opening of the chamber, wherein the pressure element is provided at the side of the opening for fitting against and/or over the neck portion of the container and/or at a closure of the container, wherein a dispense opening of the container is provided in or at the neck portion.
A communication device having an embedded optical time domain reflectometer, OTDR, comprising: a transmit optical subassembly, OSA, embedded in a small form factor pluggable, SFP, package, the transmit OSA coupled to an optical fiber and having a first optical transmitter and a second optical transmitter, wherein the first optical transmitter is configured to transmit a first optical data signal at a first wavelength through the optical fiber, and wherein the second optical transmitter is configured to transmit an optical OTDR signal at a second wavelength through the optical fiber; a receive OSA embedded in the SFP package, the receive OSA coupled to the optical fiber and having a first optical detector and a second optical detector, wherein the first optical detector is configured to detect a second optical data signal at a third wavelength from the optical fiber, and wherein the second optical detector is configured to detect returns of the optical OTDR signal from the optical fiber; and logic configured to define data indicative of at least one anomaly along the optical fiber based on the returns of the optical OTDR signal. a transmit optical subassembly, OSA, embedded in a small form factor pluggable, SFP, package, the transmit OSA coupled to an optical fiber and having a first optical transmitter and a second optical transmitter, wherein the first optical transmitter is configured to transmit a first optical data signal at a first wavelength through the optical fiber, and wherein the second optical transmitter is configured to transmit an optical OTDR signal at a second wavelength through the optical fiber; a receive OSA embedded in the SFP package, the receive OSA coupled to the optical fiber and having a first optical detector and a second optical detector, wherein the first optical detector is configured to detect a second optical data signal at a third wavelength from the optical fiber, and wherein the second optical detector is configured to detect returns of the optical OTDR signal from the optical fiber; and logic configured to define data indicative of at least one anomaly along the optical fiber based on the returns of the optical OTDR signal.
An infusion unit for a coffee machine, comprising a closing piston, an infusion cylinder subjectable to reversible rotational-translational travel between a position for loading a load of coffee, in which it is disengaged from the closing piston and has the axis inclined relative to the axis of the closing piston, and an infusion position in which it is engaged with the closing piston and has the axis in the direction of the axis of the closing piston, a piston for ejecting the load of spent coffee, said piston sliding inside the infusion cylinder in the direction of the axis of the infusion cylinder between a retracted position and an extended position for ejection of the load of spent coffee, and operating means for the ejection piston, characterized in that said operating means comprises an oscillating rocker having a first arm provided with a member for driving the ejection piston and a second arm provided with a member for engaging the oscillating movement of the rocker selectively from a first control cam configured and arranged in such a manner as to generate an oscillation of the rocker in the direction corresponding to the driving towards the extended position of the ejection piston, or with a second control cam configured and arranged in such a manner as to generate an oscillation of the rocker in the direction corresponding to the driving towards the retracted position of the ejection piston.
A driving device for connecting with a propeller, the driving device comprising a body portion and a driving shaft disposed at the body portion, wherein the driving shaft protrudes beyond a center position of the body portion, wherein the driving device further comprises a lock portion disposed on the body portion, the lock portion is provided thereon with at least one first snap-fitting portion for being clamped with the propeller, characterised in that the driving device further comprises an elastic abutting member disposed on the body portion, the elastic abutting member is configured for being pressed down and deformed by a connecting surface of the propeller, and for abutting against the propeller when the first snap-fitting portion is snapped with the propeller.
A package for dispensing a liquid personal care product that is a shave prep composition, the package comprising: a body for grasping with a user's hand, the body containing the shave prep composition; an applicator comprising an applicator base and a skin-contacting portion extending from the applicator base to a first height; a dispensing conduit through which the shave prep composition is dispensable from the body, wherein the dispensing conduit comprises a proximal end and a distal end, wherein the proximal end comprises an inlet that is in fluid communication with the body, wherein the distal end extends from the applicator base to a second height that is less than the first height; characterised by a flow-restricting member associated with the dispensing conduit; wherein the body comprises a horizontal plane defining a first cross-sectional shape, the skin-contacting portion comprises a horizontal plane defining a second cross-sectional shape, each of the first cross-sectional shape and the second cross-sectional shape comprises a major dimension oriented along a first axis and a minor dimension oriented along a second axis, and wherein the major dimensions are greater than the minor dimensions. a body for grasping with a user's hand, the body containing the shave prep composition; an applicator comprising an applicator base and a skin-contacting portion extending from the applicator base to a first height;
A tail cone for a gas turbine engine, comprising: a tip section including an inner radius; an outer sheet converging to the tip section and further comprising an inner surface; an inner sheet located radially inboard from and spaced from the outer sheet; and a plurality of film cooling openings extending through the outer sheet to direct a cooling airflow therethrough to cool the outer sheet; characterised in that the inner sheet includes a locating opening; the outer sheet further comprises a locating portion extending axially into the locating opening of the inner sheet to define and control a spacing between the outer sheet and the inner sheet, a radial gap existing between the locating portion and the locating opening; the inner radius is defined between the locating portion and the inner surface of the outer sheet, and wherein a film cooling opening nearest an apex of the tip section is located between 0.25 mm and 3.175 mm from the inner radius. a tip section including an inner radius; an outer sheet converging to the tip section and further comprising an inner surface; an inner sheet located radially inboard from and spaced from the outer sheet; and a plurality of film cooling openings extending through the outer sheet to direct a cooling airflow therethrough to cool the outer sheet; characterised in that the inner sheet includes a locating opening; the outer sheet further comprises a locating portion extending axially into the locating opening of the inner sheet to define and control a spacing between the outer sheet and the inner sheet, a radial gap existing between the locating portion and the locating opening; the inner radius is defined between the locating portion and the inner surface of the outer sheet, and wherein a film cooling opening nearest an apex of the tip section is located between 0.25 mm and 3.175 mm from the inner radius.
Process for recovering monoalkylbenzene from a gas stream comprising oxygen and monoalkylbenzene, wherein the gas stream comprising oxygen and monoalkylbenzene is contacted with a liquid stream comprising a naphthalene compound, wherein the naphthalene compound is naphthalene, alkylated naphthalene or a mixture thereof.
A crystalline form of ibrutinib, designated as Form I, having an X-ray powder diffraction pattern comprising the following 2θ values measured using CuKα radiation: 5.2°±0.2°, 17.6°±0.2°, and 22.1°±0.2°.
Damping device, especially for damping or avoiding pressure surges, such as pulsing, in hydraulic supply systems, preferably in the form of a silencer, with a fluid holding chamber acting as a damping chamber, said fluid holding chamber being surrounded by a damping housing, which comprises at least one fluid inlet and at least one fluid outlet and the fluid holding chamber extending between fluid inlet and fluid outlet, wherein a fluid flow passes through the damping chamber when the device is in operation in a flow direction (2, 15) coming from the fluid inlet towards the fluid outlet, wherein at least portions of the fluid holding chamber extend in at least one expansion direction transversely with respect to the flow direction (2,15), the fluid holding chamber being directly adjacent to the fluid inlet and the fluid outlet and delimited by at least one flexible wall part designed as a membrane, and the damping housing being designed in multiple parts, with a base part, which comprises the fluid inlet and fluid outlet, and with a lid part designed in the form of a flange, characterised in that the base part is designed to be cup-shaped and comprises a disk-shaped recess, the disc surface of which forms a boundary wall of the fluid holding chamber which is designed as a disc-shaped cavity, in that the lid part comprises an engagement piece, which engages flush in the central recess of the base part when the lid part is fixed to the base part, and in that the membrane delimits the cavity forming the fluid holding chamber on the side opposite the boundary wall.