mhurhangee/patent-ind-claim-en huggingface dataset:
An intrauterine device for preventing egg fertilization comprising: a) a membrane ; b) an elongated tail portion positioned proximal of the membrane; and c) an expandable V-shaped frame having a first arm and a second arm , the first and second arms extending distally and radially outwardly and being movable from a first position to a second more expanded position, the first and second arms of the frame supporting and attached to the membrane to move the membrane between a first position to a second more expanded position as the first and second arms move to expand the V-shape to spread the membrane, characterized in that the first and second arms are non-planar and each arm has a proximal portion , an intermediate portion and a distal portion , the first arm has a bend at the intermediate portion so the intermediate portion of the first arm lies in a different plane than the proximal portion of the first arm and the second arm has a bend at the intermediate portion so the intermediate portion of the second arm lies in a different plane than the proximal portion of the second arm to increase the surface area of the membrane, the membrane at an intermediate region curving inwardly in a concave manner with respect to the distal region due to the first and second arms. a) a membrane ; b) an elongated tail portion positioned proximal of the membrane; and c) an expandable V-shaped frame having a first arm and a second arm , the first and second arms extending distally and radially outwardly and being movable from a first position to a second more expanded position, the first and second arms of the frame supporting and attached to the membrane to move the membrane between a first position to a second more expanded position as the first and second arms move to expand the V-shape to spread the membrane, characterized in that
A kit comprising a support block for cartridge couplings , said support block being suitable for being mounted on a machine and for being hydraulically connected to a hydraulic circuit on said machine, said support block comprising at least one seat configured to house a first cartridge coupling of a first diameter among a plurality of cartridge couplings , characterized in that said kit further comprises at least one adapter externally configured to be inserted into said seat and internally configured so as to house in turn a second cartridge coupling among said plurality of cartridge couplings , said second cartridge coupling having a diameter less than that of said first cartridge coupling, and in that said adapter further comprises, at Z a rear end thereof, a pusher which is movable with respect to the cylindrical body of said adapter so as to allow a decompression valve of said second cartridge coupling comprising the same to be actuated.
A communications device for resource allocation, comprising: a determining module , configured to acquire, from a space, S, region corresponding to each beam in a cell, each beam identity, ID, fed back by user equipments, determine each time, T, region comprising a user equipment(s) according to the beam ID, and determine a quantity of user equipment(s) comprised in each T region using the beam ID; wherein in one S region, a T region is a region pointed by scanning time of one beam corresponding to the one S region; a calculation module , configured to select, according to a preset rule, to-be-connected user equipment(s) from the user equipment(s) comprised in each T region, and calculate, according to a preset resource allocation policy, a ratio of resources to be allocated to each to-be-connected user equipment; and an allocation module , configured to allocate, in a preset allocation manner according to the resource ratio, a resource to be allocated to each user equipment to the user equipment(s), and send physical downlink control channel, PDCCH, information to the user equipment(s) to deliver the resource allocated to the user equipment(s) to the user equipment(s). a determining module , configured to acquire, from a space, S, region corresponding to each beam in a cell, each beam identity, ID, fed back by user equipments, determine each time, T, region comprising a user equipment(s) according to the beam ID, and determine a quantity of user equipment(s) comprised in each T region using the beam ID; wherein in one S region, a T region is a region pointed by scanning time of one beam corresponding to the one S region; a calculation module , configured to select, according to a preset rule, to-be-connected user equipment(s) from the user equipment(s) comprised in each T region, and calculate, according to a preset resource allocation policy, a ratio of resources to be allocated to each to-be-connected user equipment; and an allocation module , configured to allocate, in a preset allocation manner according to the resource ratio, a resource to be allocated to each user equipment to the user equipment(s), and send physical downlink control channel, PDCCH, information to the user equipment(s) to deliver the resource allocated to the user equipment(s) to the user equipment(s).
A composition comprising a bioconjugate of an E.coli O25B antigen N -linked to a carrier protein, wherein the E.coli O25B antigen comprises the structure of Formula O25B': wherein n is an integer between 1 and 30.
A method for printing an inkjet energy curable ink or coating composition comprising: a) providing an energy curable ink or coating composition, wherein the energy curable ink or coating composition comprises: i. one or more multifunctional polymerizable monomers; ii. optionally, one or more polymerizable oligomers and/or monofunctional monomers; wherein the energy curable ink or coating composition comprises less than 10% (w/w) of any monofunctional polymerizable monomer or oligomer, based on the total weight of the ink or coating composition; iii. 0.1 % to 5% (w/w) one or more photoinitiators; iv. optionally, one or more solvents; and v. optionally, one or more colorants; and vi. a silicone polyether acrylate; b) applying the ink or coating composition of step a) on a substrate; c) exposing the applied ink or coating composition of step b) to UV radiation to partially cure the ink or coating composition, pinning the ink or coating composition to the substrate; and d) exposing the partially cured ink or coating composition of step c) to electron beam radiation. a) providing an energy curable ink or coating composition, wherein the energy curable ink or coating composition comprises: i. one or more multifunctional polymerizable monomers; ii. optionally, one or more polymerizable oligomers and/or monofunctional monomers; wherein the energy curable ink or coating composition comprises less than 10% (w/w) of any monofunctional polymerizable monomer or oligomer, based on the total weight of the ink or coating composition; iii. 0.1 % to 5% (w/w) one or more photoinitiators; iv. optionally, one or more solvents; and v. optionally, one or more colorants; and vi. a silicone polyether acrylate; i. one or more multifunctional polymerizable monomers; ii. optionally, one or more polymerizable oligomers and/or monofunctional monomers; wherein the energy curable ink or coating composition comprises less than 10% (w/w) of any monofunctional polymerizable monomer or oligomer, based on the total weight of the ink or coating composition; iii. 0.1 % to 5% (w/w) one or more photoinitiators; iv. optionally, one or more solvents; and v. optionally, one or more colorants; and vi. a silicone polyether acrylate; b) applying the ink or coating composition of step a) on a substrate; c) exposing the applied ink or coating composition of step b) to UV radiation to partially cure the ink or coating composition, pinning the ink or coating composition to the substrate; and d) exposing the partially cured ink or coating composition of step c) to electron beam radiation.
Light conversion device in the form of an optical fibre with a core and with or without cavities, consisting of fibre cladding or waveguide substrate (IV) with an adapted geometry which defines the light guiding properties of the fibre mode with designed dispersion properties (VI), characterised in that in that the core carries an atomically thin layer of transition metal dichalcognides in crystallite form grown directly by gas phase deposition or atomic layer deposition by means of chemical vapour deposition with precursor gases, this layer covering the core completely or partially, the crystallites being stochastically ordered and the layer being located as a monolayer on the waveguiding region of the core.
Valve assembly of a radial piston hydraulic apparatus , said apparatus comprising a cylinder block insertable onto a shaft by translation, said assembly comprising: - a valve , in contact with said cylinder block , - a valve train cover , - a first and a second chamber that are respectively defined by a first and a second volume that are located at the interface between said valve and said valve train cover , and intended for the pressurised fluids that enable the mechanical-pressure conversion, said assembly being characterised in that it comprises an additional section defined by a third volume located at the interface between said valve and said valve train cover , said section being intended to receive a pressurised fluid in order to enable the insertion of the cylinder block onto the shaft . - a valve , in contact with said cylinder block , - a valve train cover , - a first and a second chamber that are respectively defined by a first and a second volume that are located at the interface between said valve and said valve train cover , and intended for the pressurised fluids that enable the mechanical-pressure conversion,
Centre console for a vehicle, having at least one holder for holding an emergency hammer , characterized in that the holder has a handle-holding unit with an upwardly open recess for at least partially receiving a handle of the emergency hammer and a head-holding unit arranged in the transverse direction of the centre console at a distance from the handle-holding unit with an upwardly open recess for at least partially receiving a hammer head of the emergency hammer , wherein the emergency hammer arranged on the holder is preloaded by means of at least one preloading element in the direction of an inoperative position, in which at least one holding projection of the handle-holding unit and/or of the head-holding unit extending on the rear side and partially closing the recess or the recess on the front side at the top at least partially upwardly covers the handle or the hammer head .
An edible cap comprising: an edible flat body in the form of a cap; and at least one edible film attached to at least one face of the flat body in a detachable manner. an edible flat body in the form of a cap; and at least one edible film attached to at least one face of the flat body in a detachable manner.
A metal poster comprising a rectangular sheet metal plate having an obverse face , a rear face and a peripheral selvage, image indicia imprinted on the obverse face , the image indicia being surrounded by a relief printed frame imprinted on the obverse face , the relief printed frame being relief printed of a plurality of layers of UV curable ink, the relief printed frame having inner edges separating the image indicia from the relief printed frame , characterised in the relief printed frame having a fold line spaced outwardly from each inner edge , the relief printed frame being bent along each fold line such that portions of the relief printed frame between the inner edges and the fold lines appear on the obverse face and portions of the relief printed frame extending beyond the fold lines overlie the rear face .
A method of controlling a spin ensemble comprising: applying a time-varying magnetic drive field to a first spin ensemble in a sample in a static magnetic field, the time-varying magnetic drive field adapted to couple spin states of the first spin ensemble with a cavity mode of a cavity, wherein the time-varying magnetic drive field is tuned to a spin-resonance frequency, ω s , of the first spin ensemble, the cavity mode corresponds to a cavity-resonance frequency, ω c , and the cavity-resonance frequency, ω c , is detuned from the spin-resonance frequency, ω s , by an amount δω = ω c - ω s ; increasing polarization of the first spin ensemble as a result of the coupling between the spin states of the first spin ensemble and the cavity mode of the cavity; and transferring polarization from the first spin ensemble to a second spin ensemble in the sample. applying a time-varying magnetic drive field to a first spin ensemble in a sample in a static magnetic field, the time-varying magnetic drive field adapted to couple spin states of the first spin ensemble with a cavity mode of a cavity, wherein the time-varying magnetic drive field is tuned to a spin-resonance frequency, ω s , of the first spin ensemble, the cavity mode corresponds to a cavity-resonance frequency, ω c , and the cavity-resonance frequency, ω c , is detuned from the spin-resonance frequency, ω s , by an amount δω = ω c - ω s ; increasing polarization of the first spin ensemble as a result of the coupling between the spin states of the first spin ensemble and the cavity mode of the cavity; and transferring polarization from the first spin ensemble to a second spin ensemble in the sample.
Device for obtaining a vital signal of a subject, said device comprising: - an input unit for obtaining at least two detection signals acquired from a subject, the detection signals being related to a physiological property of the subject and allowing extraction of a vital sign of the subject, wherein all detection signals are photoplethysmography, PPG, detection signals representing different wavelength intervals; - a decomposition unit for performing a spectral decomposition of the at least two detection signals to obtain two or more spectral components of the detection signals; - a weighting unit for determining a weight per spectral component based on an estimate of the relevance of the respective spectral component to the vital sign, derived from a characteristic of said spectral component; and - a vital sign extraction unit for obtaining a vital sign by i) weighting at least part of the spectral components with the determined corresponding weight and extracting a vital sign from the weighted spectral components or ii) extracting two or more vital sign sub-signals from individual spectral components of the at least two detection signals and, weighting the extracted vital sign sub-signals with the determined weight of the corresponding spectral component, and extracting a vital sign from the weighted vital sign sub-signals. - an input unit for obtaining at least two detection signals acquired from a subject, the detection signals being related to a physiological property of the subject and allowing extraction of a vital sign of the subject, wherein all detection signals are photoplethysmography, PPG, detection signals representing different wavelength intervals; - a decomposition unit for performing a spectral decomposition of the at least two detection signals to obtain two or more spectral components of the detection signals; - a weighting unit for determining a weight per spectral component based on an estimate of the relevance of the respective spectral component to the vital sign, derived from a characteristic of said spectral component; and - a vital sign extraction unit for obtaining a vital sign by i) weighting at least part of the spectral components with the determined corresponding weight and extracting a vital sign from the weighted spectral components or ii) extracting two or more vital sign sub-signals from individual spectral components of the at least two detection signals and, weighting the extracted vital sign sub-signals with the determined weight of the corresponding spectral component, and extracting a vital sign from the weighted vital sign sub-signals. i) weighting at least part of the spectral components with the determined corresponding weight and extracting a vital sign from the weighted spectral components or ii) extracting two or more vital sign sub-signals from individual spectral components of the at least two detection signals and, weighting the extracted vital sign sub-signals with the determined weight of the corresponding spectral component, and extracting a vital sign from the weighted vital sign sub-signals.
Electrohydraulic drive apparatus for a motor vehicle , preferably utility vehicle, wherein the electrohydraulic drive apparatus is embodied without an internal combustion engine, comprising a) a purely electrically driveable axle (A 1 ) on which at least one electric machine is arranged; b) an electrohydraulically driveable axle (A 2 ) on which at least one hydraulic machine is arranged; and c) a first electrohydraulic drive device (3 1 ), comprising - a first electric machine (3e 1 ) and - a first hydraulic machine (3h 1 ) which is drive-connected to the first electric machine (3e 1 ) for power transfer and which is in fluid communication with at least one hydraulic machine , which is arranged on the electrohydraulically driveable axle (A 2 ), for power transfer; characterized by d) a second electrohydraulic drive device (3 2 ) comprising - a second electric machine (3e 2 ) and - a second hydraulic machine (3h 2 ) which is drive-connected to the second electric machine (3e 2 ) for power transfer and which is in fluid communication with at least one hydraulic machine , which is arranged on the electrohydraulic driveable axle (A 2 ), for power transfer. a) a purely electrically driveable axle (A 1 ) on which at least one electric machine is arranged; b) an electrohydraulically driveable axle (A 2 ) on which at least one hydraulic machine is arranged; and c) a first electrohydraulic drive device (3 1 ), comprising - a first electric machine (3e 1 ) and - a first hydraulic machine (3h 1 ) which is drive-connected to the first electric machine (3e 1 ) for power transfer and which is in fluid communication with at least one hydraulic machine , which is arranged on the electrohydraulically driveable axle (A 2 ), for power transfer; - a first electric machine (3e 1 ) and - a first hydraulic machine (3h 1 ) which is drive-connected to the first electric machine (3e 1 ) for power transfer and which is in fluid communication with at least one hydraulic machine , which is arranged on the electrohydraulically driveable axle (A 2 ), for power transfer; - a second electric machine (3e 2 ) and - a second hydraulic machine (3h 2 ) which is drive-connected to the second electric machine (3e 2 ) for power transfer and which is in fluid communication with at least one hydraulic machine , which is arranged on the electrohydraulic driveable axle (A 2 ), for power transfer.
Laboratory oscillation mill with at least one swingingly mounted grinding bowl holder for at least one grinding bowl and with a tempering device for tempering the grinding bowl , 3) by supplying and/or discharging a liquid or gaseous tempering medium via at least one tempering line to the grinding bowl holder , characterized in that the grinding bowl holder has at least one heat transfer element connected to the tempering line , wherein the heat transfer element has at least one medium channel for passing through the tempering medium and wherein the tempering of a grinding bowl held on and/or in the grinding bowl holder is effected by heat transfer between the tempering medium guided in the medium channel and the grinding bowl via a wall of the heat transfer element , and in that the heat transfer element is designed as a flat tempering plate, so that the grinding bowl can be placed with a bottom surface on the tempering plate.
A composition comprising a bacterium of the genus Bifidobacterium or a mixture thereof, and one or more prebiotics and/or fibres, for therapeutic use in treating and preventing sarcopenia by increasing lean body mass in a mammal, wherein the bacterium of the genus Bifidobacterium is Bifidobacterium animalis ssp. lactis (strain) 420 (B420).
A method of reporting measurement information by a user equipment, UE, the method comprising: receiving interference measurement resource, IMR, configuration information, for cross-link interference, CLI, measurement, from a base station, BS; measuring received signal strength indicator, RSSI, of CLI based on the IMR configuration information; and transmitting a report including the measured RSSI of CLI to the BS, wherein the IMR configuration information includes information on a resource to be used for the CLI measurement and location of the resource to be used for the CLI measurement, and characterized in that the report includes information on a highest value among the measured RSSI of CLI and an IMR configuration index corresponding to the highest value. receiving interference measurement resource, IMR, configuration information, for cross-link interference, CLI, measurement, from a base station, BS; measuring received signal strength indicator, RSSI, of CLI based on the IMR configuration information; and transmitting a report including the measured RSSI of CLI to the BS, wherein the IMR configuration information includes information on a resource to be used for the CLI measurement and location of the resource to be used for the CLI measurement, and characterized in that the report includes information on a highest value among the measured RSSI of CLI and an IMR configuration index corresponding to the highest value.
A method for determining a position of a device in a network, the method comprising: receiving a plurality of OFDM symbols from one or more transmitters over a pilot positioning channel, PPC, each OFDM symbol having an active portion and an idle portion, wherein a transmitter is in an active state when it transmits on the active portion and the transmitter is not in the active state when it transmits on the idle portion, and further wherein the transmitter in the active state is an active transmitter; determining one or more identities of one or more active transmitters based on the plurality of received OFDM symbols, wherein the plurality of received OFDM symbols are partitioned by subcarriers and time and wherein one or more active portions of the plurality of received OFDM symbols identify the one or more active transmitters by the location of the plurality of OFDM symbols in a transmission superframe; determining one or more channel estimates associated with the one or more active transmitters; and determining the position of the device based at least in part on the one or more identities of the one or more active transmitters and the one or more channel estimates. receiving a plurality of OFDM symbols from one or more transmitters over a pilot positioning channel, PPC, each OFDM symbol having an active portion and an idle portion, wherein a transmitter is in an active state when it transmits on the active portion and the transmitter is not in the active state when it transmits on the idle portion, and further wherein the transmitter in the active state is an active transmitter; determining one or more identities of one or more active transmitters based on the plurality of received OFDM symbols, wherein the plurality of received OFDM symbols are partitioned by subcarriers and time and wherein one or more active portions of the plurality of received OFDM symbols identify the one or more active transmitters by the location of the plurality of OFDM symbols in a transmission superframe; determining one or more channel estimates associated with the one or more active transmitters; and determining the position of the device based at least in part on the one or more identities of the one or more active transmitters and the one or more channel estimates.