mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle tyre having a tread , two sidewalls , a tyre inside, a tyre cavity, at least one carcass ply and a belt ply , wherein the tyre components have different rubber compounds and reinforcements, wherein the vehicle tyre has an electrical resistance of greater than 10 6 ohms that can be ascertained according to ISO standard 16392, characterized in that the vehicle tyre has a specific identification indicating that the vehicle tyre is approved exclusively for specific vehicles, and wherein the information for the specific identification is stored on an RFID chip and the RFID chip is installed permanently with the vehicle tyre and wherein this information includes that the vehicle tyre is nonconductive. wherein the tyre components have different rubber compounds and reinforcements, wherein the vehicle tyre has an electrical resistance of greater than 10 6 ohms that can be ascertained according to ISO standard 16392, characterized in that the vehicle tyre has a specific identification indicating that the vehicle tyre is approved exclusively for specific vehicles, and wherein the information for the specific identification is stored on an RFID chip and the RFID chip is installed permanently with the vehicle tyre and wherein this information includes that the vehicle tyre is nonconductive.
A method for producing a liposome, comprising: a stirring step of stirring a mixed liquid containing an oil phase in which at least one lipid is dissolved in an organic solvent and a water phase; and an evaporating step of evaporating an organic solvent from the mixed liquid, wherein the condensed organic solvent is removed by passing a gas having a temperature not higher than the dew point of the total solvent in the mixed liquid in the evaporating step. a stirring step of stirring a mixed liquid containing an oil phase in which at least one lipid is dissolved in an organic solvent and a water phase; and an evaporating step of evaporating an organic solvent from the mixed liquid, wherein the condensed organic solvent is removed by passing a gas having a temperature not higher than the dew point of the total solvent in the mixed liquid in the evaporating step.
A fish analogue comprising greater than 50% by weight plant material, wherein the plant material is selected from textured rice flake, textured wheat, textured chickpea, textured pea and/or textured tapioca 7% to 20% by weight wheat gluten; from 0.25 % to 7.5% by weight plant fibre, and wherein the plant fibre has a fibre length between about 80 microns to about 500 microns; from 5 to 15% by weight of a plant-based oil; wherein the fish analogue does not comprise an ingredient from an animal origin and is free of soy protein, and wherein the plant fibre is a cereal or bamboo fibre. greater than 50% by weight plant material, wherein the plant material is selected from textured rice flake, textured wheat, textured chickpea, textured pea and/or textured tapioca 7% to 20% by weight wheat gluten; from 0.25 % to 7.5% by weight plant fibre, and wherein the plant fibre has a fibre length between about 80 microns to about 500 microns; from 5 to 15% by weight of a plant-based oil; wherein the fish analogue does not comprise an ingredient from an animal origin and is free of soy protein, and wherein the plant fibre is a cereal or bamboo fibre.
An acquisition device for acquiring an image of a sample , the acquisition device comprising: - a receiving support for receiving the sample , the receiving support having a transparent surface ; and - an image sensor , capable of acquiring an image of the sample during periods of acquisition, the image sensor being disposed in front of said transparent surface ; - a heating means for heating the receiving support , - a temperature sensor capable of measuring a temperature of the receiving support , and - a regulating unit for regulating the heating of the receiving support , based on the temperature measured by the temperature sensor , the regulating unit being capable of regulating the heating of the receiving support in function of a predetermined set point temperature (Tset point), characterised in that the image sensor , outside the periods of image acquisition, forms the heating means , the regulating unit being capable of controlling the powering up of the image sensor as long as the predetermined set point temperature (Tset point) has not been reached. - a receiving support for receiving the sample , the receiving support having a transparent surface ; and - an image sensor , capable of acquiring an image of the sample during periods of acquisition, the image sensor being disposed in front of said transparent surface ; - a heating means for heating the receiving support , - a temperature sensor capable of measuring a temperature of the receiving support , and - a regulating unit for regulating the heating of the receiving support , based on the temperature measured by the temperature sensor ,
A method of providing a communication function, comprising: receiving , by a server of a mobile network operator, MNO, an activation request to enable a communication profile in a first user equipment, UE, wherein the communication profile is associated with a user, and wherein a maximum number of communication profiles associated with the user can be provided at the same time; determining , by the server of the MNO, a number of communication profiles which are associated with the user and which are currently enabled; and if the number of communication profiles which are associated with the user and which are currently enabled is equal to the maximum number of communication profiles: disabling a communication profile associated with the user in a second UE; and enabling a communication profile associated with the user in the first UE . receiving , by a server of a mobile network operator, MNO, an activation request to enable a communication profile in a first user equipment, UE, wherein the communication profile is associated with a user, and wherein a maximum number of communication profiles associated with the user can be provided at the same time; determining , by the server of the MNO, a number of communication profiles which are associated with the user and which are currently enabled; and if the number of communication profiles which are associated with the user and which are currently enabled is equal to the maximum number of communication profiles: disabling a communication profile associated with the user in a second UE; and enabling a communication profile associated with the user in the first UE . disabling a communication profile associated with the user in a second UE; and enabling a communication profile associated with the user in the first UE .
A cable exercise machine , comprising: a frame ; a first pull cable and a second pull cable incorporated into the frame, wherein each of the first pull cable and the second pull cable is linked to a resistance mechanism comprising: a central shaft ; a flywheel attached to the central shaft about which the flywheel is arranged to rotate; features incorporated into the flywheel including at least one magnetic feature; and a magnetic unit arranged to resist movement of the flywheel; a magnetic rotary sensor configured to count the magnetic feature as the features rotate to track a number of fractional revolutions of the flywheel; a processor configured to receive as an input a level of magnetic resistance exerted on the flywheel by the magnetic unit and the number of fractional revolutions of the flywheel to calculate an amount of work performed during a workout; and a display configured to present the calculated amount of work performed during the workout. a frame ; a first pull cable and a second pull cable incorporated into the frame, wherein each of the first pull cable and the second pull cable is linked to a resistance mechanism comprising: a central shaft ; a flywheel attached to the central shaft about which the flywheel is arranged to rotate; features incorporated into the flywheel including at least one magnetic feature; and a magnetic unit arranged to resist movement of the flywheel; a central shaft ; a flywheel attached to the central shaft about which the flywheel is arranged to rotate; features incorporated into the flywheel including at least one magnetic feature; and a magnetic unit arranged to resist movement of the flywheel; a magnetic rotary sensor configured to count the magnetic feature as the features rotate to track a number of fractional revolutions of the flywheel; a processor configured to receive as an input a level of magnetic resistance exerted on the flywheel by the magnetic unit and the number of fractional revolutions of the flywheel to calculate an amount of work performed during a workout; and a display configured to present the calculated amount of work performed during the workout.
Cold-formable packaging laminate which can be cold-formed into a blister packaging tray, comprising a carrier layer made of aluminum, which layer is bonded on a first side to an oriented plastics layer via a first adhesive layer , and on an opposite second side to a second plastics layer via a second adhesive layer , characterized in that the surface of the carrier layer facing the first adhesive layer has a modified surface layer which is produced by silication or titanization and on which the first adhesive layer is applied.
Ventilation device for a motor vehicle, having a first ventilation channel for guiding a first air flow through a first ventilation device opening into a motor vehicle interior, a second ventilation channel for guiding a second air flow through a second ventilation device opening into the motor vehicle interior, and a first and a second closing device , the respective degree of openness of which can be adjusted between an open and a closed position by an operating device , wherein the first closing device closes the first ventilation channel in the closed position and the second closing device closes the second ventilation channel in the closed position, wherein the operating device has at least two degrees of operating freedom (A, B), wherein, by means of the first degree of operating freedom (A), it can be selected which of the closing devices is or are selected for the subsequent adjustment of the degree of openness by the second degree of operating freedom (B), and the degree of openness or the degrees of openness of the selected closing device is or are adjustable by means of the second degree of operating freedom (B), characterised in that the first degree of operating freedom (A) corresponds to a linear movement or a rotation of the operating device or a component of the operating device into a first operating direction and the second degree of operating freedom (B) corresponds to a linear movement or a rotation of the operating device or of the component into a second operating direction at an angle to the first operating direction.
A method for wireless communication at a wireless device , comprising: identifying an energy detection threshold for a sensing beam associated with a channel access procedure; identifying a set of transmit power parameters for a transmit beam used for performing wireless transmissions associated with the channel access procedure; determining a set of channel sensing parameters associated with the sensing beam based at least in part on a transmission opportunity associated with the transmit beam ; selecting a beam pattern for the sensing beam based at least in part on the set of channel sensing parameters; adjusting the set of transmit power parameters, the energy detection threshold, or both, based at least in part on a degree of overlap between a beam shape of the transmit beam and a beam shape of the sensing beam ; and performing the channel access procedure based at least in part on the adjusting. identifying an energy detection threshold for a sensing beam associated with a channel access procedure; identifying a set of transmit power parameters for a transmit beam used for performing wireless transmissions associated with the channel access procedure; determining a set of channel sensing parameters associated with the sensing beam based at least in part on a transmission opportunity associated with the transmit beam ; selecting a beam pattern for the sensing beam based at least in part on the set of channel sensing parameters; adjusting the set of transmit power parameters, the energy detection threshold, or both, based at least in part on a degree of overlap between a beam shape of the transmit beam and a beam shape of the sensing beam ; and performing the channel access procedure based at least in part on the adjusting.
A telescopic actuator comprising an inner component , an intermediate component and an outer component , all telescopingly interfitted together, the inner component comprising a fluid outlet at one end, the intermediate component making a sliding seal with the inner component and comprising an end surrounding the fluid outlet end, the outer component making a first sliding seal with the intermediate component and a second sliding seal with the inner component , and a detent (26, 38, 64; 80, 90, 104) operative to hold the outer component in an extended position relative to the inner component ; characterized in that the detent (26, 38, 64; 80, 90, 104) is releasable by retraction of the intermediate component into the outer component , to allow relative sliding movement between the inner and outer components so that the telescopic actuator is retractable.
An embedded device comprising: a plurality of microcontrollers, each comprising a central processing unit (310; 340) and a plurality of peripheral devices (170, 175, 180, 185; 210..240), wherein each peripheral device (170, 175, 180, 185; 210..240) may comprise an output; a housing comprising a plurality of assignable external pins ; and a protected pin ownership logic (110; 370) for each assignable external pin and configured to be programmable to assign an output function of an associated assignable external pin to one of the plurality of peripheral devices (170, 175, 180, 185; 210..240) of only one of the plurality of microcontrollers, wherein the protected pin ownership logic (110; 370) is configured to be programmed during programming of the embedded device and wherein the protected pin ownership logic (110; 370) further comprises a locking logic providing a blocking function preventing a re-assignment of the associated assignable external pin , wherein only the processing unit to which the external pin has been assigned is allowed to reset the blocking function. a plurality of microcontrollers, each comprising a central processing unit (310; 340) and a plurality of peripheral devices (170, 175, 180, 185; 210..240), wherein each peripheral device (170, 175, 180, 185; 210..240) may comprise an output; a housing comprising a plurality of assignable external pins ; and a protected pin ownership logic (110; 370) for each assignable external pin and configured to be programmable to assign an output function of an associated assignable external pin to one of the plurality of peripheral devices (170, 175, 180, 185; 210..240) of only one of the plurality of microcontrollers, wherein the protected pin ownership logic (110; 370) is configured to be programmed during programming of the embedded device and wherein the protected pin ownership logic (110; 370) further comprises a locking logic providing a blocking function preventing a re-assignment of the associated assignable external pin , wherein only the processing unit to which the external pin has been assigned is allowed to reset the blocking function.
A culture medium composition for hydroponic cultivation of Centella asiatica, characterised in that comprises a macroelement group comprising phosphorus (P), nitrogen (N), potassium (K), calcium (Ca), magnesium (Mg), and sulfur (S), a weight ratio of phosphorus (P), nitrogen (N), potassium (K), calcium (Ca), magnesium (Mg), and sulfur (S) being 1:3.0-6.0:4.8-7.0:3.0-5.2:0.4-1.7:1.0-3.0.
A method of making an ethylcellulose oleogel comprising cooling a mixture of ethylcellulose polymer and oil from 100°C to 35°C at a rate of 0.6°C/min or slower.
A production method for obtaining a fiber-reinforced composite material by impregnating a fiber assembly with an epoxy resin composition and curing, the method comprising preparing the epoxy resin composition including a constitutional element [A], a constitutional element [B], and a constitutional element [C] by blending at at least 60°C and no higher than 80°C, wherein, given that a blending amount of the constitutional element [B] is b parts by mass and a blending amount of the constitutional element [C] is c parts by mass with respect to 100 parts by mass of the constitutional element [A], the epoxy resin composition satisfies equation in a range of equation , equation in a range of equation , and equation in a range of equation , wherein the constitutional element [A] is an epoxy resin of a converted molecular weight a; the constitutional element [B] is 3,3'-diaminodiphenyl sulfone; and the constitutional element [C] is 4,4'-diaminodiphenyl sulfone, 150 < a < 200 0 < b / b + c < 1 200 < a ≤ 350 0.002 a − 0.35 ≤ b / b + c ≤ − 0.002 a + 1.35 350 < a 0.35 ≤ b / b + c ≤ 0.65 the converted molecular weight a being defined as follows : in a case of using only one kind of epoxy resin as the epoxy resin [A], the converted molecular weight a is a product of an epoxy equivalent of the epoxy resin used and the number of epoxy groups in a molecule of the epoxy resin; and in a case of using a plurality of kinds of epoxy resin as the epoxy resin [A], the converted molecular weight a is a value obtained by: obtaining a product of an epoxy equivalent and the number of epoxy groups in a molecule of the epoxy resin for each epoxy resin component; and then weighted-averaging, per blending ratios of components composing the epoxy resin [A], the product of the epoxy equivalent and the number of epoxy groups thus obtained for each epoxy resin component.
A light diffusing fiber for emitting ultraviolet radiation comprising: a. a core comprising a silica-based glass; b. a cladding in direct contact with the core; and c. a scattering layer in direct contact with the cladding, charaterised in that the core further comprises gas-filled voids or particles and the scattering layer comprises nano- or microparticles of a scattering material in a polymer coating, the scattering material being transparent at wavelengths less than 400 nm, and the intensity of the emitted ultraviolet radiation does not vary by more than 30% for all viewing angle from 10° to 170° relative to the direction of the light diffusing optical fiber. a. a core comprising a silica-based glass; b. a cladding in direct contact with the core; and c. a scattering layer in direct contact with the cladding,
Method for processing personal data, characterized in that it comprises the implementation by a system of steps of: (a) For each reference personal datum from a reference personal data base, calculating in the encrypted domain a level of similarity between the reference personal datum and a candidate personal datum; said reference personal data base being associated with a first partition into a plurality of first sets of reference personal data, and with a second partition into a plurality of second sets of reference personal data, such that each reference personal datum from a reference personal data base belongs to a unique first set and a unique second set; the level of similarity being a score which decreases the more distance there is between the reference personal datum and the candidate personal datum; (b) For each first set and each second set, calculating in the encrypted domain an overall level of similarity of said set as a function of the levels of similarities between the reference personal data of said set; (c) Comparing in the encrypted domain each overall level of similarity of a first set with a first predetermined threshold, and each overall level of similarity of a second set with a second predetermined threshold; wherein the candidate personal datum and/or each reference personal datum is encrypted in a homomorphic manner, in particular in an entirely homomorphic manner. (a) For each reference personal datum from a reference personal data base, calculating in the encrypted domain a level of similarity between the reference personal datum and a candidate personal datum; said reference personal data base being associated with a first partition into a plurality of first sets of reference personal data, and with a second partition into a plurality of second sets of reference personal data, such that each reference personal datum from a reference personal data base belongs to a unique first set and a unique second set; the level of similarity being a score which decreases the more distance there is between the reference personal datum and the candidate personal datum; (b) For each first set and each second set, calculating in the encrypted domain an overall level of similarity of said set as a function of the levels of similarities between the reference personal data of said set; (c) Comparing in the encrypted domain each overall level of similarity of a first set with a first predetermined threshold, and each overall level of similarity of a second set with a second predetermined threshold;
An agricultural harvester, preferably a combine harvester , comprising: a chassis ; a feeder house pivotally mounted to the chassis ; at least one auxiliary axle assembly for the feeder house , the auxiliary axle assembly deployable between a retracted position for a field mode and an extended position for a road mode where at least one wheel of the auxiliary axle assembly contacts the ground; and at least one hydraulic lift cylinder coupled between the chassis and the feeder house , the hydraulic lift cylinder arranged to adjust the height of the feeder house and any connected implements/headers, characterised in that , when in a road mode, the auxiliary axle assembly is locked in the extended position and the hydraulic lift cylinder is configured in a float mode, such that weight of feeder house is supported by the at least one auxiliary axle assembly as the feeder house pivots relative to the chassis . a chassis ; a feeder house pivotally mounted to the chassis ; at least one auxiliary axle assembly for the feeder house , the auxiliary axle assembly deployable between a retracted position for a field mode and an extended position for a road mode where at least one wheel of the auxiliary axle assembly contacts the ground; and at least one hydraulic lift cylinder coupled between the chassis and the feeder house , the hydraulic lift cylinder arranged to adjust the height of the feeder house and any connected implements/headers, characterised in that , when in a road mode, the auxiliary axle assembly is locked in the extended position and the hydraulic lift cylinder is configured in a float mode, such that weight of feeder house is supported by the at least one auxiliary axle assembly as the feeder house pivots relative to the chassis .
A method for optically monitoring a component produced by means of a 3D printing process, wherein, during the 3D printing process, a material is deposited in layers by means of at least one movably arranged print head as an application on the component , which is in the making, wherein the application is optically detected by means of at least one camera and is compared to a geometric target specification, wherein the application is detected by the at least one camera by means of at least one optical deflecting means , wherein the at least one optical deflecting means is arranged in such a way that it assumes a defined position, which is invariable during a printing and/or scanning process, to the print head and is arranged for performing a relative movement with respect to the component , characterized in that the at least one camera is arranged in a stationary manner to the component , and wherein a detection region is detected by means of the at least one camera , which is so large that a light beam deflected by the optical deflecting means can be detected even during movement of the print head .