mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed in a private address resolving node of a personal area network deploying Bluetooth low energy, BLE, of resolving a periodically updated private address of a private address generating node connected to the private address resolving node, wherein the private address is used in addressing messages from the private address resolving node to the private address generating nodes, the method comprising the steps of: - receiving (S41), from a private address generating node in the personal area network, an Identity Resolving Key, IRK, the IRK being received over an encrypted link established between the private address resolving node and the private address generating node; - determining (S42) a resolvable first private address based on the received IRK; - receiving (S43), from the private address generating node, private address update information defining when and how to update the private address of the private address generating node, wherein the private address update information comprises an Address Update Interval, AUI, that indicates an updating periodicity for when to update a private address; and - determining (S45) based on the received IRK and the received private address update information, an updated private address to be used when addressing a next message to the private address generating node. - receiving (S41), from a private address generating node in the personal area network, an Identity Resolving Key, IRK, the IRK being received over an encrypted link established between the private address resolving node and the private address generating node; - determining (S42) a resolvable first private address based on the received IRK; - receiving (S43), from the private address generating node, private address update information defining when and how to update the private address of the private address generating node, wherein the private address update information comprises an Address Update Interval, AUI, that indicates an updating periodicity for when to update a private address; and - determining (S45) based on the received IRK and the received private address update information, an updated private address to be used when addressing a next message to the private address generating node.
Bakery product with an open crumb structure obtainable by a method comprising the following steps a) providing a dough mixture wherein said dough mixture comprises 50 weight% to 65 weight% (ofw) of water, and said dough mixture comprises particles comprised of 2 weight% to 15 weight% (ofw) starch or starch derived products, wherein said particles comprised of starch or starch derived products have a particle size of 3 mm to 5 mm, and a particle density of between 60 g/L to 90 g/L, b) mixing the particles present in said dough mixture through said dough mixture providing a homogenous dough mixture comprised of intact starch or starch derived products, c) proofing of said homogenous dough mixture for 15 to 120 minutes, providing a proofed dough mixture, d) baking of said proofed dough mixture in order to obtain the bakery product, wherein the open crumb structure of the bakery products has a porosity of at least 10% coarse cell volume over the total volume of the bakery food. a) providing a dough mixture wherein said dough mixture comprises 50 weight% to 65 weight% (ofw) of water, and said dough mixture comprises particles comprised of 2 weight% to 15 weight% (ofw) starch or starch derived products, wherein said particles comprised of starch or starch derived products have a particle size of 3 mm to 5 mm, and a particle density of between 60 g/L to 90 g/L, b) mixing the particles present in said dough mixture through said dough mixture providing a homogenous dough mixture comprised of intact starch or starch derived products, c) proofing of said homogenous dough mixture for 15 to 120 minutes, providing a proofed dough mixture, d) baking of said proofed dough mixture in order to obtain the bakery product,
Hearing system comprising a first hearing device , a second hearing device , and an accessory device , wherein the hearing system is configured to perform a method of operating the hearing system comprising the first hearing device , the second hearing device , and the accessory device , the hearing system configured to: obtain sensor data, the sensor data comprising first sensor data and second sensor data, the first sensor data indicative of a first sensor signal from the first hearing device arranged at a first ear of a user and the second sensor data indicative of a second sensor signal from the second hearing device arranged at a second ear of the user; characterized in that the hearing system is configured to: detect an atrial fibrillation condition of the user based on the first sensor data and the second sensor data; and in accordance with detecting the atrial fibrillation condition, output a first output signal indicative of the atrial fibrillation condition. obtain sensor data, the sensor data comprising first sensor data and second sensor data, the first sensor data indicative of a first sensor signal from the first hearing device arranged at a first ear of a user and the second sensor data indicative of a second sensor signal from the second hearing device arranged at a second ear of the user; characterized in that the hearing system is configured to: detect an atrial fibrillation condition of the user based on the first sensor data and the second sensor data; and in accordance with detecting the atrial fibrillation condition, output a first output signal indicative of the atrial fibrillation condition. detect an atrial fibrillation condition of the user based on the first sensor data and the second sensor data; and in accordance with detecting the atrial fibrillation condition, output a first output signal indicative of the atrial fibrillation condition.
A food and beverage processing device, utilizing alternating magnetic flux and a magnetic coupling for rotation of a blade assembly , comprising: a base , comprising an electric motor or its stator and a first component of the magnetic coupling, a blending, crushing or mixing container comprising an assembly of blades or shoulders, which is connected with a lid of the container and a second component of the magnetic coupling, characterized in that the said container is adapted for stationing it with the lid facing down for working by a principle of a flipper-up bottle, in that the second component of the magnetic coupling is integrated into the lid in a separate chamber, wherein the separate chamber is hermetically sealed with respect to the inside of the container , and where the lid and the base are not bounded by any physical fixation mechanism, with the base comprising an utterly even surface. a base , comprising an electric motor or its stator and a first component of the magnetic coupling, a blending, crushing or mixing container comprising an assembly of blades or shoulders, which is connected with a lid of the container and a second component of the magnetic coupling, characterized in that the said container is adapted for stationing it with the lid facing down for working by a principle of a flipper-up bottle, in that the second component of the magnetic coupling is integrated into the lid in a separate chamber, wherein the separate chamber is hermetically sealed with respect to the inside of the container , and where the lid and the base are not bounded by any physical fixation mechanism, with the base comprising an utterly even surface.
An apparatus for separating particles from a flowable substance, the apparatus comprising: an inlet for entry of particles combined with the flowable substance; an outlet for exit of particles separated from the flowable substance; an elongated rotatable screen comprising an inner surface and an outer surface , located between the inlet and the outlet; and a wash unit for delivering a wash agent to the particles under controlled pressure through a plurality of spray openings adapted to spray the wash agent, wherein: the screen allows for passage of the flowable substance through the inner surface thereof past the outer surface thereof, and the inner surface of the screen defines a path for passage of the particles between the inlet and the outlet; and delivery of the wash agent to the particles assists with separation of the particles from the flowable substance, characterised in that the apparatus comprises a vacuum unit for obtaining at least a portion of the flowable substance through the screen under vacuum at a position towards the inlet of the apparatus prior to delivery of wash agent to the particles by the wash unit. an inlet for entry of particles combined with the flowable substance; an outlet for exit of particles separated from the flowable substance; an elongated rotatable screen comprising an inner surface and an outer surface , located between the inlet and the outlet; and a wash unit for delivering a wash agent to the particles under controlled pressure through a plurality of spray openings adapted to spray the wash agent, wherein: the screen allows for passage of the flowable substance through the inner surface thereof past the outer surface thereof, and the inner surface of the screen defines a path for passage of the particles between the inlet and the outlet; and delivery of the wash agent to the particles assists with separation of the particles from the flowable substance, characterised in that the apparatus comprises a vacuum unit for obtaining at least a portion of the flowable substance through the screen under vacuum at a position towards the inlet of the apparatus prior to delivery of wash agent to the particles by the wash unit. the screen allows for passage of the flowable substance through the inner surface thereof past the outer surface thereof, and the inner surface of the screen defines a path for passage of the particles between the inlet and the outlet; and delivery of the wash agent to the particles assists with separation of the particles from the flowable substance, characterised in that the apparatus comprises a vacuum unit for obtaining at least a portion of the flowable substance through the screen under vacuum at a position towards the inlet of the apparatus prior to delivery of wash agent to the particles by the wash unit.
A computer-implemented information sending method, comprising: analyzing video data of a plurality of offline users, removing a preset person other than the offline users in each image of the video data according to a face detection technology, and determining an attribute of each of the offline users, wherein a preset person is a person for whom no attribute is to be determined; dividing the offline users into at least one offline user group according to the attributes of the offline users, and determining an attribute corresponding to each of the at least one offline user group; searching for historical access information of at least one online user matching the attribute of each of the at least one offline user group; and determining at least one object recommended to the each of the at least one offline user group according to the historical access information of each of the at least one online user, and sending information of the at least one object to the each of the at least one offline user group. analyzing video data of a plurality of offline users, removing a preset person other than the offline users in each image of the video data according to a face detection technology, and determining an attribute of each of the offline users, wherein a preset person is a person for whom no attribute is to be determined; dividing the offline users into at least one offline user group according to the attributes of the offline users, and determining an attribute corresponding to each of the at least one offline user group; searching for historical access information of at least one online user matching the attribute of each of the at least one offline user group; and determining at least one object recommended to the each of the at least one offline user group according to the historical access information of each of the at least one online user, and sending information of the at least one object to the each of the at least one offline user group.
High-voltage transformer comprising: a first winding having three or more turns (141, 142, 143; 241, 242, 243), a second winding and a core forming an unclosed core material for the high-voltage transformer , wherein the core is formed as a U-shaped core provided as an integral core material having a first leg and a second leg with a length of 40 mm or less, the first winding and the second winding being wound on the first leg , wherein the core as a whole is pressed, and wherein no other magnetic components are provided apart from the U-shaped core. a first winding having three or more turns (141, 142, 143; 241, 242, 243), a second winding and a core forming an unclosed core material for the high-voltage transformer , wherein the core is formed as a U-shaped core provided as an integral core material having a first leg and a second leg with a length of 40 mm or less, the first winding and the second winding being wound on the first leg , wherein the core as a whole is pressed, and wherein no other magnetic components are provided apart from the U-shaped core.
Acoustical lens for an ultrasound probe , comprising: - an inner surface for facing an emission surface of an ultrasound transducer and for receiving ultrasound waves from the ultrasound transducer, - an outer surface for emitting the ultrasound waves received at the inner surface, wherein the inner surface is formed as a convexly curved surface, and characterized in that : at least one recess is associated to an edge of the inner surface for capturing mold material, and wherein sidewalls are associated to the inner surface forming a cavity together with the inner surface for receiving the ultrasound transducer, and wherein the recess is formed between the sidewalls and the inner surface. - an inner surface for facing an emission surface of an ultrasound transducer and for receiving ultrasound waves from the ultrasound transducer, - an outer surface for emitting the ultrasound waves received at the inner surface, at least one recess is associated to an edge of the inner surface for capturing mold material, and wherein sidewalls are associated to the inner surface forming a cavity together with the inner surface for receiving the ultrasound transducer, and wherein the recess is formed between the sidewalls and the inner surface.
A device for sampling dermal interstitial fluid comprising one or more analytes, the device comprising o a first electrode and a second electrode adapted to be positioned adjacent to a skin surface , o a power source adapted to induce an electric current through the first electrode, interstitial fluid and the second electrode and ∘ a first frame adapted to position the first electrode, wherein the electric current is adapted to produce reverse iontophoresis to drive the interstitial fluid from dermis towards the skin surface, characterized in that the device comprises o a second frame 406b, 506b) adapted to position the second electrode and the power source, and o a formable connecting means adapted to provide mechanical connection between the first frame and the second frame and electric connection between the power source and the first electrode and wherein o the second frame comprises a first magnet adapted to induce a magnetic field in the interstitial fluid, and wherein direction of the magnetic field produced by the first magnet and direction of the electric current is adapted to be such that Lorentz force drives the interstitial fluid from the dermis towards the skin surface o the first frame comprises a second magnet adapted to induce a magnetic field in the interstitial fluid, and wherein direction of the magnetic field produced by the second magnet and the direction of the electric current is adapted to be such that Lorentz force drives the interstitial fluid from the dermis towards the skin surface and wherein the polarity of the first magnet is opposite to the polarity of the second magnet. o a first electrode and a second electrode adapted to be positioned adjacent to a skin surface , o a power source adapted to induce an electric current through the first electrode, interstitial fluid and the second electrode and ∘ a first frame adapted to position the first electrode, o a second frame 406b, 506b) adapted to position the second electrode and the power source, and o a formable connecting means adapted to provide mechanical connection between the first frame and the second frame and electric connection between the power source and the first electrode and wherein o the second frame comprises a first magnet adapted to induce a magnetic field in the interstitial fluid, and wherein direction of the magnetic field produced by the first magnet and direction of the electric current is adapted to be such that Lorentz force drives the interstitial fluid from the dermis towards the skin surface o the first frame comprises a second magnet adapted to induce a magnetic field in the interstitial fluid, and wherein direction of the magnetic field produced by the second magnet and the direction of the electric current is adapted to be such that Lorentz force drives the interstitial fluid from the dermis towards the skin surface and wherein the polarity of the first magnet is opposite to the polarity of the second magnet.
A client device for a wireless communication system , the client device being configured to obtain a first parameter (P1) associated with a radio link failure timer (T), wherein the first parameter (P1) indicates a first time period during which the radio link failure timer (T) is reset and thereafter started; obtain a second parameter (P2) associated with the radio link failure timer (T), wherein the second parameter (P2) indicates a second time period during which the radio link failure timer (T) is started and thereafter reset; determine a value of the radio link failure timer (T) based on the first parameter (P1) and the second parameter (P2); wherein the client device is further configured to: generate a second control message indicating the value of the radio link failure timer (T); transmit the second control message to a network access node serving the client device ; wherein the client device is further configured to: determine a spatial location of the client device associated with the value of the radio link failure timer (T); and generate the second control message further indicating the spatial location of the client device. obtain a first parameter (P1) associated with a radio link failure timer (T), wherein the first parameter (P1) indicates a first time period during which the radio link failure timer (T) is reset and thereafter started; obtain a second parameter (P2) associated with the radio link failure timer (T), wherein the second parameter (P2) indicates a second time period during which the radio link failure timer (T) is started and thereafter reset; determine a value of the radio link failure timer (T) based on the first parameter (P1) and the second parameter (P2); wherein the client device is further configured to: generate a second control message indicating the value of the radio link failure timer (T); transmit the second control message to a network access node serving the client device ; wherein the client device is further configured to: determine a spatial location of the client device associated with the value of the radio link failure timer (T); and generate the second control message further indicating the spatial location of the client device. generate a second control message indicating the value of the radio link failure timer (T); transmit the second control message to a network access node serving the client device ; wherein the client device is further configured to: determine a spatial location of the client device associated with the value of the radio link failure timer (T); and generate the second control message further indicating the spatial location of the client device.
A studio for life-size videoconferencing comprising a local conferee space and a local transceiver comprising an optical input unit (30; 330), an optical output unit , and a screen (60; 360), wherein the optical output unit is adapted and configured to provide continuous duplex image transfer via a duplex area of the screen (60; 360), the screen (60; 360) being adapted and configured to reflect, by total reflection, an image of the complete local conferee space , enabling the image of the complete local conferee space to be visualized to scale, without aberrations, in a remote conferee space and to be transmitting to a conferee in the local conferee space that is observing the optical output unit showing an image of the remote conferee space visualized to scale without aberrations, thereby enabling a local party comprising a conferee to establish eye contact and register the body movements of a remote party comprising a remote conferee , characterized in that the local transceiver comprises a transparent protective barrier , the screen (60; 360) is provided between the transparent protective barrier and the optical output unit and is skewed with an angle (α) around a vertical axis (z) with respect to the transparent protective barrier , the screen is a film mounted to a frame, and the film has a wide critical angle of refraction for the surface facing the conferee space and a narrow critical angle of refraction for the surface facing the optical output unit .
A threadless nut , the threadless nut including: translational retention lugs circumferentially spaced apart and positionable behind lugs of a stud to axially retain the nut to the stud when said threadless nut is coupled to the stud; and rotational retention lugs circumferentially spaced apart and positioned adjacent to said translational retention lugs, and positionable adjacent to the stud lugs such that said rotational retention lugs are axially overlappable with respect to the stud lugs when said threadless nut is coupled to the stud, wherein said translational and rotational retention lugs define seats to receive the stud lugs and define passages circumferentially between said seats to allow passage of the stud lugs, said rotational retention lugs being axially movable with respect to the stud lugs, and rotatably movable with respect to the stud lugs when said rotational retention lugs are axially moved with respect to the stud lugs so as to axially clear the stud lugs. translational retention lugs circumferentially spaced apart and positionable behind lugs of a stud to axially retain the nut to the stud when said threadless nut is coupled to the stud; and rotational retention lugs circumferentially spaced apart and positioned adjacent to said translational retention lugs, and positionable adjacent to the stud lugs such that said rotational retention lugs are axially overlappable with respect to the stud lugs when said threadless nut is coupled to the stud, wherein said translational and rotational retention lugs define seats to receive the stud lugs and define passages circumferentially between said seats to allow passage of the stud lugs, said rotational retention lugs being axially movable with respect to the stud lugs, and rotatably movable with respect to the stud lugs when said rotational retention lugs are axially moved with respect to the stud lugs so as to axially clear the stud lugs.