mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a base station in a mobile communication network, comprising calculating a ratio of downlink traffic to uplink traffic provided to a terminal for an uplink bearer and a downlink bearer; determining a first radio access technology, RAT, to be applied to the uplink bearer for the terminal and a second RAT to be applied to the downlink bearer for the terminal based on the calculated ratio and a mobile communication service provider policy; and communicating with the terminal based on the first RAT and the second RAT; wherein determining comprises: comparing the calculated ratio with a preset threshold ratio; if the calculated ratio is greater than the preset threshold ratio, transmitting downlink traffic through the first RAT and transmitting uplink traffic through the second RAT; and if the calculated ratio is less than or equal to the preset threshold ratio, transmitting the downlink traffic and the uplink traffic through the first RAT, wherein the first RAT is a wireless local access network, LAN, scheme and the second RAT is a long term evolution, LTE, scheme . comparing the calculated ratio with a preset threshold ratio; if the calculated ratio is greater than the preset threshold ratio, transmitting downlink traffic through the first RAT and transmitting uplink traffic through the second RAT; and if the calculated ratio is less than or equal to the preset threshold ratio, transmitting the downlink traffic and the uplink traffic through the first RAT,
Intraocular accommodative lens, comprising: a) an optical arrangement comprising an anterior optical element and a posterior optical element ; and b) haptics, wherein the lens is adapted for variable focusing by movement of at least one part of the optical arrangement by at least one of the haptics, the haptics comprising a coupling component connecting the optical elements ; c) wherein the optical strength of the lens varies with the distance between the optical elements in the direction of the optical axis of the lens; d) characterized in that the haptics also comprise a flange connected to the anterior optical element and adapted to extend in the sulcus for fixation of the lens e) in that the coupling element is arranged to be in contact with the ciliary mass; f) and in that the coupling component is adapted to transfer movement of the ciliary mass to the posterior optical element of the optical arrangement, leading to a change in the distance between the optical elements in the direction of the optical axis of the lens by an axial movement of the posterior optical element away from the anterior optical element . a) an optical arrangement comprising an anterior optical element and a posterior optical element ; and b) haptics, wherein the lens is adapted for variable focusing by movement of at least one part of the optical arrangement by at least one of the haptics, the haptics comprising a coupling component connecting the optical elements ; c) wherein the optical strength of the lens varies with the distance between the optical elements in the direction of the optical axis of the lens; d) characterized in that the haptics also comprise a flange connected to the anterior optical element and adapted to extend in the sulcus for fixation of the lens e) in that the coupling element is arranged to be in contact with the ciliary mass; f) and in that the coupling component is adapted to transfer movement of the ciliary mass to the posterior optical element of the optical arrangement, leading to a change in the distance between the optical elements in the direction of the optical axis of the lens by an axial movement of the posterior optical element away from the anterior optical element .
An oil-in-water emulsion composition comprising: (a) a spherical polylactic acid powder having an average particle size of from 0.5 to 1.5 μm obtained by measuring volume average particle size of the spherical polylactic acid powder using a laser diffraction particle size distribution analyzer, wherein 90% by volume or more of whole particles of the powder have a particle size of 3 μm or less; (b) an oil phase component; and (c) an aqueous phase component; wherein the oil-in-water emulsion composition further comprises from 1.0 to 50.0% by mass of the spherical polylactic acid powder of the component (a) and comprises no surfactant. (a) a spherical polylactic acid powder having an average particle size of from 0.5 to 1.5 μm obtained by measuring volume average particle size of the spherical polylactic acid powder using a laser diffraction particle size distribution analyzer, wherein 90% by volume or more of whole particles of the powder have a particle size of 3 μm or less; (b) an oil phase component; and (c) an aqueous phase component;
A user interface for providing a flow of respiratory gases to a patient during a medical procedure comprising: a nasal interface comprising a body and a pair of prongs extending from the body, the prongs configured to engage nares of the patient's nose and direct high flow respiratory gases into the nares; a mouthpiece adapted to engage the mouth of the patient; wherein the mouthpiece is inflatable, and wherein the mouthpiece comprises a passage to allow insertion of a medical instrument through the mouthpiece ; and wherein the prongs and/or the mouthpiece are configured to at least partially occlude either an oral airway, a nasal passage, or both the oral airway and the nasal passage, while some gases will be leaked from the prong outlets to the surrounding atmosphere, in use. a nasal interface comprising a body and a pair of prongs extending from the body, the prongs configured to engage nares of the patient's nose and direct high flow respiratory gases into the nares; a mouthpiece adapted to engage the mouth of the patient; wherein the mouthpiece is inflatable, and wherein the mouthpiece comprises a passage to allow insertion of a medical instrument through the mouthpiece ; and wherein the prongs and/or the mouthpiece are configured to at least partially occlude either an oral airway, a nasal passage, or both the oral airway and the nasal passage, while some gases will be leaked from the prong outlets to the surrounding atmosphere, in use.
A split-tip catheter comprising: a body defining first and second lumens and first and second separated distal tip portions , each of the distal tip portions defining a lumen which communicates with one of the first and second lumens; at least one distally located normally closed, one-way valve formed in each of the distal tip portions , each of the distally located one-way valves being configured to open in response to an increase in pressure within a respective one of the first and second lumens to enable fluid to be discharged from the respective first or second lumen ; and at least one proximally located normally closed, one-way valve associated with each of the first and second lumens , each of the proximally located one-way valves being spaced proximally of the distally located one-way valves and being configured to open in response to a decrease in pressure within a respective one of the first and second lumens to enable fluid to enter the respective first or second lumen ; wherein the catheter further includes a support structure provided in each distal tip portion to support the at least one proximally located one way valve and to prevent the respective first or second lumens from collapsing in the area adjacent at least one proximally located one way valve . a body defining first and second lumens and first and second separated distal tip portions , each of the distal tip portions defining a lumen which communicates with one of the first and second lumens; at least one distally located normally closed, one-way valve formed in each of the distal tip portions , each of the distally located one-way valves being configured to open in response to an increase in pressure within a respective one of the first and second lumens to enable fluid to be discharged from the respective first or second lumen ; and at least one proximally located normally closed, one-way valve associated with each of the first and second lumens , each of the proximally located one-way valves being spaced proximally of the distally located one-way valves and being configured to open in response to a decrease in pressure within a respective one of the first and second lumens to enable fluid to enter the respective first or second lumen ; wherein the catheter further includes a support structure provided in each distal tip portion to support the at least one proximally located one way valve and to prevent the respective first or second lumens from collapsing in the area adjacent at least one proximally located one way valve .
A method for detecting rubbing and/or contact points on a machine, the machine being a gas turbine with a rotating part and a stationary part that essentially consists of at least one compressor, at least one combustion chamber, at least one turbine, at least one generator, and at least one rotor, and the rotor is operatively connected to a stator, wherein the rotating part forms an electrical coaxial system together with the stationary part of the machine, in which system electrical voltage signals are propagated between the rotating and the stationary part at passage times, short electrical voltage pulses and/or continuous alternating voltage signals being applied at at least one location of the machine between the rotating part and the stationary part, a point of electrical discontinuity in the path of propagation being between the rotating and the stationary part at a rubbing and/or contact point, and passage time measurements being performed in order to locate this rubbing and/or contact point; characterised in that the rubbing and/or the contact points in the machine are located using reflectometric measurement methods; wherein a slowly changing voltage is applied to the rotor with respect to the stator in order to generate the voltage pulses, the amplitude of said voltage being selected to be of such a magnitude that electrical breakdowns between the rotor and stator occur at the rubbing points, and that the electrical breakdowns which occur at the rubbing points are located by passage time measurements and/or on the basis of the pulse patterns forced by the machine geometry; wherein the applied, slowly changing voltage is additionally overlaid with rapid voltage pulses; whrein the voltage pulses and/or the continuous alternating voltage signals are fed in at both ends of the machine.
An imaging system comprising: an image sensor including a plurality of pixels arranged as a plurality of subgroups each subgroup containing at least two pixels, at least one pixel in a respective subgroup having an associated polarizer, whereby light detected by at least a first pixel of each subgroup is differently polarized than light detected by a second pixel of a subgroup; a polarizing optical element distal to the image sensor which by its polarizing characteristics is capable of controlling the relative intensity detected by the pixels in each subgroup; characterized in that the polarizing optical element comprises a beamsplitter , splitting an image beam into a first beam with a first polarization and a second beam with a second polarization, the first beam directed to the image sensor including a plurality of pixels of subgroups, and the second beam directed to a second image sensor , and in that the imaging system further comprises a processor adapted to receive image data from the image sensor and to create a plurality of images from the received image data, each created from a set of pixels spanning a plurality of subgroups and having the same respective polarizer orientation, the processor further adapted to combine the plurality of image data from the image sensor and the second image sensor and generate a high dynamic range (HDR) image therefrom, and a second polarizing optical element arranged along an optical path between the beamsplitter and the image sensor including a plurality of pixels of subgroups. an image sensor including a plurality of pixels arranged as a plurality of subgroups each subgroup containing at least two pixels, at least one pixel in a respective subgroup having an associated polarizer, whereby light detected by at least a first pixel of each subgroup is differently polarized than light detected by a second pixel of a subgroup; a polarizing optical element distal to the image sensor which by its polarizing characteristics is capable of controlling the relative intensity detected by the pixels in each subgroup; characterized in that the polarizing optical element comprises a beamsplitter , splitting an image beam into a first beam with a first polarization and a second beam with a second polarization, the first beam directed to the image sensor including a plurality of pixels of subgroups, and the second beam directed to a second image sensor , and in that the imaging system further comprises a processor adapted to receive image data from the image sensor and to create a plurality of images from the received image data, each created from a set of pixels spanning a plurality of subgroups and having the same respective polarizer orientation, the processor further adapted to combine the plurality of image data from the image sensor and the second image sensor and generate a high dynamic range (HDR) image therefrom, and a second polarizing optical element arranged along an optical path between the beamsplitter and the image sensor including a plurality of pixels of subgroups.
Tablet splitter for splitting a tablet , comprising a main body having a receptacle for the tablet , and a splitter body provided for splitting the tablet and having a cutting tool , wherein a fixing part that can be joined to the main body is provided for fixing the tablet in the receptacle of the main body , characterized in that the splitter body and the fixing part are arranged on opposite sides of the main body .
A surgical access device, comprising: a seal assembly including a seal housing and a gimbal mount disposed within the seal housing, the seal housing defining a central longitudinal axis and having a longitudinal passage for receiving at least one surgical object therethrough and the gimbal mount adapted for angular movement relative to the central longitudinal axis; and at least one centering unit configured to engage at least a portion of the gimbal mount, wherein the at least one centering unit is configured to center the longitudinal passage of the seal assembly with the central longitudinal axis wherein the gimbal mount comprises a hemispherical or parabolic seal member configured to provide at its distal end an aperture which engages the at least one surgical object upon its insertion, the at least one centering unit being disposed proximal of the aperture and inside the seal housing between the top of the gimbal mount and a proximal wall of the seal housing. a seal assembly including a seal housing and a gimbal mount disposed within the seal housing, the seal housing defining a central longitudinal axis and having a longitudinal passage for receiving at least one surgical object therethrough and the gimbal mount adapted for angular movement relative to the central longitudinal axis; and at least one centering unit configured to engage at least a portion of the gimbal mount, wherein the at least one centering unit is configured to center the longitudinal passage of the seal assembly with the central longitudinal axis wherein the gimbal mount comprises a hemispherical or parabolic seal member configured to provide at its distal end an aperture which engages the at least one surgical object upon its insertion, the at least one centering unit being disposed proximal of the aperture and inside the seal housing between the top of the gimbal mount and a proximal wall of the seal housing.
A vehicle seat comprising a seat occupancy sensor, said seat occupancy sensor comprising: a first sensor group having first detection units as a plurality of detection units that are arrayed in a front-rear direction of the vehicle seat, disposed closer to an end of the seat in the seat width direction relative to a centerline (L) of the seat surface extending in the front-rear direction of the seat and that become conductive as a load is applied thereto; a second sensor group having second detection units as a plurality of detection units that are arrayed in the front-rear direction of the seat, farther on a front side of the seat and closer to the end of the seat in a width direction of the seat than the first sensor group , and that become conductive as a load is applied thereto; and an electronic control unit configured to determine that someone is sitting on the seat when both of at least one of the first detection units and at least one of the second detection units become conductive. a first sensor group having first detection units as a plurality of detection units that are arrayed in a front-rear direction of the vehicle seat, disposed closer to an end of the seat in the seat width direction relative to a centerline (L) of the seat surface extending in the front-rear direction of the seat and that become conductive as a load is applied thereto; a second sensor group having second detection units as a plurality of detection units that are arrayed in the front-rear direction of the seat, farther on a front side of the seat and closer to the end of the seat in a width direction of the seat than the first sensor group , and that become conductive as a load is applied thereto; and an electronic control unit configured to determine that someone is sitting on the seat when both of at least one of the first detection units and at least one of the second detection units become conductive.
A turbocharger assembly comprising: a housing comprising a bore ; a shaft sleeve that comprises a bore that extends between a compressor end and a turbine end, outer threads that extend to a first axial position from the compressor end, and an outer shoulder at a second, greater axial position from the compressor end; an inner lock nut that comprises inner threads configured to mate with the outer threads of the shaft sleeve and an axial length that is less than a distance between the compressor end and the first axial position; a bearing assembly that comprises at least one inner race axially located by the outer shoulder of the shaft sleeve and axially located by the inner lock nut; a cartridge received in the bore of the housing, wherein the cartridge comprises a cartridge bore, wherein the bearing assembly is received in the cartridge bore; characterised by : an outer lock nut that comprises outer threads wherein the cartridge bore comprises inner threads that mate with the outer threads of the outer lock nut; a seal element disposed between the bore of the housing and the cartridge and configured to allow radial movement of the cartridge within limits defined by the seal element; and a plate attached to the housing and having an extension received in a recess of the cartridge , the plate and the recess dimensioned to limit rotation of the cartridge about an axis to a limited number of degrees and dimensioned to limit axial movement of the cartridge to a limited distance. a housing comprising a bore ; a shaft sleeve that comprises a bore that extends between a compressor end and a turbine end, outer threads that extend to a first axial position from the compressor end, and an outer shoulder at a second, greater axial position from the compressor end; an inner lock nut that comprises inner threads configured to mate with the outer threads of the shaft sleeve and an axial length that is less than a distance between the compressor end and the first axial position; a bearing assembly that comprises at least one inner race axially located by the outer shoulder of the shaft sleeve and axially located by the inner lock nut; a cartridge received in the bore of the housing, wherein the cartridge comprises a cartridge bore, wherein the bearing assembly is received in the cartridge bore; an outer lock nut that comprises outer threads wherein the cartridge bore comprises inner threads that mate with the outer threads of the outer lock nut; a seal element disposed between the bore of the housing and the cartridge and configured to allow radial movement of the cartridge within limits defined by the seal element; and a plate attached to the housing and having an extension received in a recess of the cartridge , the plate and the recess dimensioned to limit rotation of the cartridge about an axis to a limited number of degrees and dimensioned to limit axial movement of the cartridge to a limited distance.
A hinge-sided finger protection device for a leaf door, wherein the finger protection device comprises at least one protective profile and at least one fastening means for fastening the protective profile to a door frame (R) of the leaf door, wherein the protective profile can be plugged onto the fastening means and wherein the protective profile accommodates in itself the fastening means in the plugged-on state, characterized in that the protective profile is non-destructively removable from the fastening means and can be again plugged thereon.
A method for controlling insects where a composition comprising an insecticide and a polymer are applied to soil, where the polymer is formed from an initiator and a plurality of C 2 to C 6 alkylene oxide units, and where the initiator is an aliphatic polyol with at least three hydroxyl groups, where the alkylene oxide units comprise ethylene oxide and/or propylene oxide, where said polymer has an OH number from 20 to 300 mg KOH/g and where the insecticide has a solubility in water at 20 ° C of up to 10 g/l.