mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a control node; and an exposure function entity between the control node and an Application Server; wherein if the control node has received a NAS (Non Access Stratum) message with non-IP data from a terminal and has sent a Request message for NIDD (Non-IP Data Delivery) including the non-IP data to the exposure function entity during Mobile Originated procedure for NIDD, the control node is configured to: clear a Not Reachable for NIDD flag for the terminal, and skip sending an Indication message for NIDD to the exposure function entity, and the exposure function entity is configured to: send a Request message for NIDD including downlink non-IP data buffered in the exposure function entity toward the control node if the exposure function entity has not received the Indication message for NIDD from the control node. a control node; and an exposure function entity between the control node and an Application Server; wherein if the control node has received a NAS (Non Access Stratum) message with non-IP data from a terminal and has sent a Request message for NIDD (Non-IP Data Delivery) including the non-IP data to the exposure function entity during Mobile Originated procedure for NIDD, the control node is configured to: clear a Not Reachable for NIDD flag for the terminal, and skip sending an Indication message for NIDD to the exposure function entity, and the exposure function entity is configured to: send a Request message for NIDD including downlink non-IP data buffered in the exposure function entity toward the control node if the exposure function entity has not received the Indication message for NIDD from the control node. the control node is configured to: clear a Not Reachable for NIDD flag for the terminal, and skip sending an Indication message for NIDD to the exposure function entity, and clear a Not Reachable for NIDD flag for the terminal, and skip sending an Indication message for NIDD to the exposure function entity, and the exposure function entity is configured to: send a Request message for NIDD including downlink non-IP data buffered in the exposure function entity toward the control node if the exposure function entity has not received the Indication message for NIDD from the control node.
An electronic system for determining a fertility phase of a female human, the system characterized by comprising: a wearable device including a first sensor system configured to be worn in contact with the skin of the female human and to determine heart rate and heart rate variability of the female human; and a processor configured to determine a change in pulse during a menstrual cycle using the heart rate, wherein the processor is further configured to determine the fertility phase using a time (t1, t3) of the change in the pulse. a wearable device including a first sensor system configured to be worn in contact with the skin of the female human and to determine heart rate and heart rate variability of the female human; and a processor configured to determine a change in pulse during a menstrual cycle using the heart rate, wherein the processor is further configured to determine the fertility phase using a time (t1, t3) of the change in the pulse.
A process for manufacturing a hafnium-containing nickel-based single-crystal superalloy part, characterized in that it comprises the following successive steps consisting in: - manufacturing a nickel-based, non-hafnium-doped, single-crystal superalloy, - manufacturing a part from this superalloy, - depositing, directly on said part, a layer of hafnium having a thickness comprised between 50 nm and 800 nm, - carrying out a hafnium diffusion treatment so as to form an interdiffusion layer on the surface of said part, and thereby obtain a hafnium-containing nickel-based single-crystal superalloy part. - manufacturing a nickel-based, non-hafnium-doped, single-crystal superalloy, - manufacturing a part from this superalloy, - depositing, directly on said part, a layer of hafnium having a thickness comprised between 50 nm and 800 nm, - carrying out a hafnium diffusion treatment so as to form an interdiffusion layer on the surface of said part, and thereby obtain a hafnium-containing nickel-based single-crystal superalloy part.
A cosmetic composition comprising (a) a ceramide, (b) a surfactant, and (c) water, wherein the cosmetic composition comprises (a) in an amount of 0.001 to 0.3% by weight based on the total weight of the cosmetic composition, a polyglycerin aliphatic ether as (b) in an amount of 0.1 to 3.0% by weight based on the total weight of the cosmetic composition, and (c) in an amount of 50.0% by weight or more based on the total weight of the cosmetic composition, and wherein the content of the polyglycerin aliphatic ether is 10 to 100 parts by weight per part by weight (a) the ceramide contained in the cosmetic composition. wherein the cosmetic composition comprises (a) in an amount of 0.001 to 0.3% by weight based on the total weight of the cosmetic composition, a polyglycerin aliphatic ether as (b) in an amount of 0.1 to 3.0% by weight based on the total weight of the cosmetic composition, and (c) in an amount of 50.0% by weight or more based on the total weight of the cosmetic composition, and wherein the content of the polyglycerin aliphatic ether is 10 to 100 parts by weight per part by weight (a) the ceramide contained in the cosmetic composition.
A direct velocity seismic sensor , comprising: a housing ; a proof mass coupled to the housing by a resilient component ; and a motion dampener that damps oscillation of the proof mass to a degree that causes displacement (D3) of the proof mass relative to the housing to be substantially proportional to a rate of change of seismic displacements of the housing over a frequency range of interest; characterised by : a terminator for an optical fiber coupled to the proof mass and adapted to receive light that has reflected from a surface of the housing . a housing ; a proof mass coupled to the housing by a resilient component ; and a motion dampener that damps oscillation of the proof mass to a degree that causes displacement (D3) of the proof mass relative to the housing to be substantially proportional to a rate of change of seismic displacements of the housing over a frequency range of interest; characterised by : a terminator for an optical fiber coupled to the proof mass and adapted to receive light that has reflected from a surface of the housing .
Display apparatus for enabling a user to experience a 3D perception when visual information is presented by the display apparatus, the display apparatus comprising: - an image forming unit comprising a two-dimensional array of image subpixels arranged to emit light for presenting associated visual information, and - an optical system comprising an array of diffractive optical elements associated with respective ones of the array of image subpixels, each diffractive optical element being arranged to diffract light from the associated image subpixel into a diffraction pattern comprising a plurality of diffraction orders to provide the visual information from the associated image subpixel to a plurality of directional viewing regions associated with the plurality of diffraction orders, characterised in that the array of diffractive optical elements comprising a plurality of subsets of diffractive optical elements, the diffractive optical elements of each subset of diffractive optical elements being arranged to provide the diffraction pattern from the associated diffractive optical element with an associated predetermined subset direction, the predetermined subset directions of different subsets being different to provide the visual information from the image subpixels associated with the different subsets to the directional viewing regions at different directions, to enable the user to view with 3D perception in each of the plurality of directional viewing regions. - an image forming unit comprising a two-dimensional array of image subpixels arranged to emit light for presenting associated visual information, and - an optical system comprising an array of diffractive optical elements associated with respective ones of the array of image subpixels, each diffractive optical element being arranged to diffract light from the associated image subpixel into a diffraction pattern comprising a plurality of diffraction orders to provide the visual information from the associated image subpixel to a plurality of directional viewing regions associated with the plurality of diffraction orders, characterised in that
A computer-implemented method of machining a dental block by using at least one dental tool to finish or pre-finish a dental restoration at least completely along the equator (Sa), with or without a holding stub , the method comprising: a step of moving the axis of the dental tool along a path with an overlaid lateral motion having an amplitude (A), and without separating an unmachined piece from the rest of the dental block , wherein the path lies away from the equator at least by an amount equal to half of the diameter of the dental tool plus half of the amplitude (A) of the overlaid lateral motion, wherein the amplitude (A) of the overlaid lateral motion is varied along the path , wherein the path has a trochoidal shape.
Plant for the absorption of individual components, such as pollutants or recyclable materials, in gases, in which an absorption solution is brought into contact with the gas in an absorption chamber , where the absorption solution is fed into the absorption chamber through spray nozzles of a spraying level and the gas can be fed into the absorption chamber from below through a vertical inlet duct , where the inlet duct has an opening covered by a roof structure , where the horizontal projection of the roof structure is larger than the horizontal projection of the inlet opening with the result that the absorption solution cannot drop into the inlet opening , where the roof structure is formed by a large number of lamellae placed one on top of the other with spaces in between and where the roof structure is closed by an auxiliary roof , characterized in that the lamellae are curved in an arched shape in their initial section or in that the lamellae run upwards vertically in their initial section and then curve in an arched shape in such a way as to enhance deflection of the gas.
Air cleaning device , in particular for cooking vapors, with a housing , comprising at least one intake opening arranged in an upper side of the housing , a collecting tray arranged in an interior of the housing , at least one fan wheel arranged inside the collecting tray , which fan wheel has a receiving recess with an inner circumferential surface and a base surface , and at least one housing outlet opening arranged in at least one side part (28.1, 28.2, 29.1, 29.2) of the housing , further comprising at least one motor arranged on a bottom part of the housing and below the fan wheel and having a motor shaft with an axial end surface and an outer circumferential surface , wherein the motor shaft can be arranged in the receiving recess of the fan wheel , characterized in that at least near or adjacent to the base surface of the receiving recess , an inner peripheral portion of the inner circumferential surface is conical and correspondingly near or adjacent to the axial end surface of the motor shaft , at least an outer circumferential region of the outer circumferential surface of the motor shaft is conically shaped, so that the inner circumferential surface of the fan wheel and the outer circumferential surface of the motor shaft abut each other at least in the inner circumferential portion and the corresponding outer circumferential region , wherein in a central region adjacent to the inner circumferential region of the inner circumferential surface the receiving recess is formed cylindrically, wherein the fan wheel and the motor shaft are connected to each other via an engagement connecting device wherein at least one rear engagement projection is formed in the cylindrical central region of the receiving recess , and wherein the inner circumferential surface in the conically shaped inner circumferential region forms a cone angle α with the cylindrically formed central region in a range from about 3° to about 15°.
Connecting element formed for arrangement and functional cooperation with a fan impeller blade in order to transmit a torque of a drive to the fan blade , comprising a connection section for joining the connecting element to the fan blade and a connecting section for connecting the connecting element to the drive, wherein the connection section forms an outer edge section adjoining an outer contour of the connecting element , the cross-section of said outer edge section tapering outwards at least partially with respect to its thickness relative to the connecting section , and wherein the connecting element has respectively at least one projecting pin or at least one engagement groove on two opposite connecting sides of the connecting section .
A ceramic refractory insulation block for a hot press , the ceramic refractory insulation block comprising: a ceramic body defining a plurality of outer surfaces wherein each outer surface is a planar surface, wherein the ceramic body also defines a centerline about which the ceramic body is subjected to a bending moment ; and a plurality of reinforcing rods extending through the ceramic body, wherein the reinforcing rods have a greater flexural strength than the ceramic body , and wherein one or more of the plurality of reinforcing rods extend through the ceramic body on each of the opposed sides of the centerline about which the ceramic body is subjected to the bending moment , wherein the plurality of reinforcing rods are disposed in an array comprising at least one row of reinforcing rods, and characterized in that adjacent reinforcing rods of a respective row are spaced apart by 15 to 25 times a diameter of the reinforcing rods . a ceramic body defining a plurality of outer surfaces wherein each outer surface is a planar surface, wherein the ceramic body also defines a centerline about which the ceramic body is subjected to a bending moment ; and a plurality of reinforcing rods extending through the ceramic body, wherein the reinforcing rods have a greater flexural strength than the ceramic body , and wherein one or more of the plurality of reinforcing rods extend through the ceramic body on each of the opposed sides of the centerline about which the ceramic body is subjected to the bending moment , wherein the plurality of reinforcing rods are disposed in an array comprising at least one row of reinforcing rods, and characterized in that adjacent reinforcing rods of a respective row are spaced apart by 15 to 25 times a diameter of the reinforcing rods .
Method for the at least semi-autonomous manoeuvring of a motor vehicle , in which a parking space in an area surrounding the motor vehicle is detected (S1) by means of a sensor , and a travel trajectory for parking the motor vehicle in the parking space is determined, wherein the travel trajectory is determined in such a way that when manoeuvring along the travel trajectory the motor vehicle travels over a kerbstone at a determined angle (α1, α2), wherein the travel trajectory is additionally determined depending on a number of parking movements between which the travel direction of the motor vehicle is changed during the manoeuvring along the travel trajectory , wherein, in order to determine the travel trajectory , a multiplicity of travel trajectories are determined (S2, S3, S4) for parking in the parking space , and one of the travel trajectories is selected (S5), wherein the multiplicity of travel trajectories differs with respect to the angle (α1, α2) at which the motor vehicle travels over the kerbstone and/or the number of parking movements, characterized in that a first of the travel trajectories is determined in which the motor vehicle travels at a first angle (α1) over the kerbstone , wherein the first angle (α1) is a maximum possible angle for parking in the parking space , a predetermined standard trajectory is determined as a second travel trajectory for the parking space , in which trajectory the motor vehicle travels at a second angle (α2) over the kerbstone , and a third travel trajectory is determined in which the motor vehicle travels at a third angle over the kerbstone , which angle is smaller than the first angle (α1) and larger than the second angle (α2).
A sheave knurling tool comprising: a body detachably coupled to a support structure of a drive unit ; an arm pivotally engaged to the body about a first pivot axis ; a jack adjustably coupled to and extending between the body and the arm ; and a first knurling wheel carried by the arm , and wherein the jack is constructed and arranged to pivot the arm toward a sheave thereby exerting a biasing force of the first knurling wheel against the sheave , characterized in that the sheave knurling tool is configured to knurl the sheave while carrying a belt and while coupled to the drive unit for rotation. a body detachably coupled to a support structure of a drive unit ; an arm pivotally engaged to the body about a first pivot axis ; a jack adjustably coupled to and extending between the body and the arm ; and a first knurling wheel carried by the arm , and wherein the jack is constructed and arranged to pivot the arm toward a sheave thereby exerting a biasing force of the first knurling wheel against the sheave , characterized in that the sheave knurling tool is configured to knurl the sheave while carrying a belt and while coupled to the drive unit for rotation.
Method of adjusting at least one sensor of installed building service sensors of a building service system, wherein the system further comprises at least one installed building service supply device , wherein the at least one installed building service supply device comprises one or more of luminaires, wherein said installed building service sensors comprise any one or more of presence detection sensors and movement sensors, said at least one sensor being an active sensor arranged to output a sensing signal and sense a response or reflection signal, the method comprising the step of: automatically adjusting a sensor coverage area of said at least one sensor by adjusting the amplitude of the sensing signal, the adjusting of the sensor coverage area of each of said at least one sensor being based on information on a position of the installed sensor relative to at least one other sensor of the installed building service sensors; using information on the position of said at least one sensor to assign to each of said at least one sensor at least one of the at least one installed building service supply device . automatically adjusting a sensor coverage area of said at least one sensor by adjusting the amplitude of the sensing signal, the adjusting of the sensor coverage area of each of said at least one sensor being based on information on a position of the installed sensor relative to at least one other sensor of the installed building service sensors; using information on the position of said at least one sensor to assign to each of said at least one sensor at least one of the at least one installed building service supply device .
A method of acquiring telemetry data in an acoustic communications network that includes a plurality of acoustic communication nodes (106; 202-214) deployed in a wellbore extending from a surface into a hydrocarbon-producing formation , comprising: gathering, by a first acoustic communication node (106; 208; 210; 214), a downhole data set corresponding to a measured parameter of interest; defining a target data set desired at the surface , wherein the target data set is a subset of the downhole data set; defining performance limitations of the acoustic communications network ; automatically optimizing acquisition of an actual data set from the downhole data set to transmit to the surface , wherein the actual data set is an optimal data set that best matches the target data set given the performance limitations of the acoustic communication network ; and receiving the actual data set at the surface . gathering, by a first acoustic communication node (106; 208; 210; 214), a downhole data set corresponding to a measured parameter of interest; defining a target data set desired at the surface , wherein the target data set is a subset of the downhole data set; defining performance limitations of the acoustic communications network ; automatically optimizing acquisition of an actual data set from the downhole data set to transmit to the surface , wherein the actual data set is an optimal data set that best matches the target data set given the performance limitations of the acoustic communication network ; and receiving the actual data set at the surface .
A method of operating a transmission reception point, TRP, apparatus of a Coordinated Multipoint, CoMP, network , comprising: determining a periodicity of periodic traffic between the TRP apparatus and a user equipment, UE ; and scheduling a Channel State Information, CSI, process in advance of a traffic window for a next instance of the periodic traffic in accordance with the determined periodicity. determining a periodicity of periodic traffic between the TRP apparatus and a user equipment, UE ; and scheduling a Channel State Information, CSI, process in advance of a traffic window for a next instance of the periodic traffic in accordance with the determined periodicity.