mhurhangee/patent-ind-claim-en huggingface dataset:
Stabilized alkaline composite nanoparticles comprising at least one alkaline earth metal salt, characterized in that the particles comprise: a) an alkaline core comprising i) at least one alkaline earth metal salt selected from calcium hydroxide, magnesium hydroxide, magnesium carbonate, calcium carbonate, magnesium bis(hexamethyl-disilazide), calcium bis(hexamethyldisilazide), calcium acetylacetonate hydrate, calcium bis(2,2,6,6,-tetramethyl-3,5-heptanedionate), or a mixture thereof, and ii) optionally at least one hydrophilic cellulose derivative; and b) a stabilizing outer layer comprising at least one stabilizer selected from silylated hydrophobic polysaccharides or hydrophobic polysaccharides. a) an alkaline core comprising i) at least one alkaline earth metal salt selected from calcium hydroxide, magnesium hydroxide, magnesium carbonate, calcium carbonate, magnesium bis(hexamethyl-disilazide), calcium bis(hexamethyldisilazide), calcium acetylacetonate hydrate, calcium bis(2,2,6,6,-tetramethyl-3,5-heptanedionate), or a mixture thereof, and ii) optionally at least one hydrophilic cellulose derivative; and i) at least one alkaline earth metal salt selected from calcium hydroxide, magnesium hydroxide, magnesium carbonate, calcium carbonate, magnesium bis(hexamethyl-disilazide), calcium bis(hexamethyldisilazide), calcium acetylacetonate hydrate, calcium bis(2,2,6,6,-tetramethyl-3,5-heptanedionate), or a mixture thereof, and ii) optionally at least one hydrophilic cellulose derivative; and b) a stabilizing outer layer comprising at least one stabilizer selected from silylated hydrophobic polysaccharides or hydrophobic polysaccharides.
Cooking apparatus comprising an oven , the oven comprising a cooking chamber , a heated air source, a flue , and a baffle , the cooking chamber extending between the heated air source and the flue, thereby defining, in use, a heated air flow path between said heated air source and said flue, wherein the heated air source and the flue are laterally displaced from one another and wherein the baffle is provided laterally between the flue and the heated air source, the baffle being reversibly deployable in said heated air flow path between the air source and the flue to deflect heated air, wherein the baffle depends from a ceiling of the cooking chamber when the baffle is deployed in the heated airflow path .
A data processing method, comprising: extracting a plurality of knowledge graph triplets from network data of a target network, wherein each of the plurality of the knowledge graph triplets is represented in a graph form and includes a point and an edge as two basic elements, the point represents a network entity, and the edge represents a relationship between two network entities, the network data comprises a network topology of the target network and device information of a plurality of network devices in the target network, and the device information comprises one or more of interface configuration information, protocol configuration information, and service configuration information, each knowledge graph triplet comprises two network entities and a relationship between the two network entities, and a type of the network entity is a network device, an interface, a protocol, or a service; and generating a knowledge graph of the target network based on the plurality of knowledge graph triplets. extracting a plurality of knowledge graph triplets from network data of a target network, wherein each of the plurality of the knowledge graph triplets is represented in a graph form and includes a point and an edge as two basic elements, the point represents a network entity, and the edge represents a relationship between two network entities, the network data comprises a network topology of the target network and device information of a plurality of network devices in the target network, and the device information comprises one or more of interface configuration information, protocol configuration information, and service configuration information, each knowledge graph triplet comprises two network entities and a relationship between the two network entities, and a type of the network entity is a network device, an interface, a protocol, or a service; and generating a knowledge graph of the target network based on the plurality of knowledge graph triplets.
A biaxial magnetoresistive angle sensor , comprising: two orthogonal single-axis magnetoresistive angle sensors for detecting an external magnetic field in an X-axis direction and a Y-axis direction that are perpendicular to each other, a unit configured to calculate a measured vector magnitude of the outputs of the single-axis magnetoresistive angle sensor along the X-axis and the Y-axis in real time, a unit configured to calculate a difference between a known calibration vector magnitude and the measured vector magnitude, a unit configured to divide the difference by the square root of 2 in order to calculate an error signal, a unit configured to add the error signal to the X-axis output and the Y-axis output respectively or subtract the error signal from the X-axis output and the Y-axis output in order to calculate the calibrated output signals of the X-axis and the Y-axis angle sensors, and a unit configured to calculate an arc tangent of a factor obtained by dividing the calibrated Y-axis output signal by the calibrated X-axis output signal to provide a rotation angle of the external magnetic field. two orthogonal single-axis magnetoresistive angle sensors for detecting an external magnetic field in an X-axis direction and a Y-axis direction that are perpendicular to each other, a unit configured to calculate a measured vector magnitude of the outputs of the single-axis magnetoresistive angle sensor along the X-axis and the Y-axis in real time, a unit configured to calculate a difference between a known calibration vector magnitude and the measured vector magnitude, a unit configured to divide the difference by the square root of 2 in order to calculate an error signal, a unit configured to add the error signal to the X-axis output and the Y-axis output respectively or subtract the error signal from the X-axis output and the Y-axis output in order to calculate the calibrated output signals of the X-axis and the Y-axis angle sensors, and a unit configured to calculate an arc tangent of a factor obtained by dividing the calibrated Y-axis output signal by the calibrated X-axis output signal to provide a rotation angle of the external magnetic field.
A method of forming an electro-thermal heating element for a wind turbine blade comprising: forming a cut-out in the electro-thermal heating element; forming at least one multi-resistance patch of resistive material for the cut-out; the multi-resistance patch having regions of different resistance formed by an arrangement of multiple layers of resistive material or by sections of material having different resistance; and attaching the at least one multi-resistance patch to the electro-thermal heating element proximate to the cut-out . forming a cut-out in the electro-thermal heating element; forming at least one multi-resistance patch of resistive material for the cut-out; the multi-resistance patch having regions of different resistance formed by an arrangement of multiple layers of resistive material or by sections of material having different resistance; and attaching the at least one multi-resistance patch to the electro-thermal heating element proximate to the cut-out .
A cooking appliance , the appliance including: a controller operatively associated with the heating element to provide for selective delivery of electric power to the heating element to provide a heating profile across the product, with the controller being configured to switch between a first mode and a second mode to alter the electric power to the heating element to vary the heating profile across the product; a control projecting from a generally hollow cuboidal body of the appliance and operatively associated with the controller to alter the electric power to the heating element in both the first mode and the second mode of the controller; an interface releasably mounted to the body , with the interface having an opening through which the control projects when the interface is mounted to the body ; wherein the interface is magnetically attracted to the body so as to be removably mounted thereon; characterized in that - the cooking appliance comprises a heating element in the cavity to deliver radiant energy to cook the product, and - the controller is configured to switch from the first mode to the second mode upon mounting the interface to the body , wherein the body includes a sensor operatively associated with the controller, with the sensor being configured to detect a magnetic field of the interface and to switch the controller from the first mode to the second mode upon the sensor detecting the magnetic field of the interface . a controller operatively associated with the heating element to provide for selective delivery of electric power to the heating element to provide a heating profile across the product, with the controller being configured to switch between a first mode and a second mode to alter the electric power to the heating element to vary the heating profile across the product; a control projecting from a generally hollow cuboidal body of the appliance and operatively associated with the controller to alter the electric power to the heating element in both the first mode and the second mode of the controller; an interface releasably mounted to the body , with the interface having an opening through which the control projects when the interface is mounted to the body ; wherein the interface is magnetically attracted to the body so as to be removably mounted thereon; characterized in that - the cooking appliance comprises a heating element in the cavity to deliver radiant energy to cook the product, and - the controller is configured to switch from the first mode to the second mode upon mounting the interface to the body , - the cooking appliance comprises a heating element in the cavity to deliver radiant energy to cook the product, and - the controller is configured to switch from the first mode to the second mode upon mounting the interface to the body , wherein the body includes a sensor operatively associated with the controller, with the sensor being configured to detect a magnetic field of the interface and to switch the controller from the first mode to the second mode upon the sensor detecting the magnetic field of the interface .
A method for operating a light curtain arrangement for monitoring a safety area , the light curtain arrangement comprising a plurality of first light emitter elements (4a - 4o) placed at an emitter side of the safety area , wherein the light emitter elements (4a - 4o) are arranged in a fixed geometric pattern, and a plurality of second light receiver elements (5a - 5c) placed at a receiver side of the safety area , wherein the light receiver elements (5a - 5c) are arranged in a fixed geometric pattern, and wherein the emitter side and the receiver side are separated by a predetermined distance (D), the method characterized by comprising the steps of: assigning (S1) a plurality of dedicated light emitter elements (4a - 4o) among the plurality of first light emitter elements to a respective one light receiver element (5a - 5c) among the plurality of second light receiver elements, wherein the assigned light emitter elements (4a - 4o) form an array (7a - 7c); and activating (S2) the dedicated light emitter elements (4a - 4o) of a respective array (7a - 7c) to contemporaneously emit light (L), and at the same time, receiving the emitted light (L) from the activated light emitter elements (4a - 4o) by the respective light receiver element (5a - 5c). assigning (S1) a plurality of dedicated light emitter elements (4a - 4o) among the plurality of first light emitter elements to a respective one light receiver element (5a - 5c) among the plurality of second light receiver elements, wherein the assigned light emitter elements (4a - 4o) form an array (7a - 7c); and activating (S2) the dedicated light emitter elements (4a - 4o) of a respective array (7a - 7c) to contemporaneously emit light (L), and at the same time, receiving the emitted light (L) from the activated light emitter elements (4a - 4o) by the respective light receiver element (5a - 5c).
A key generation method, comprising: determining , by an access and mobility management function node, key-related information; and sending , by the access and mobility management function node, a redirection request message to a mobility management entity wherein the redirection request message comprises the key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; receiving , by the mobility management entity, the redirection request message; and generating , by the mobility management entity, an encryption key and an integrity protection key for the voice service based on the key-related information. sending , by the access and mobility management function node, a redirection request message to a mobility management entity wherein the redirection request message comprises the key-related information, and the redirection request message is used to request to hand over a voice service from a packet switched, PS, domain to a circuit switched, CS, domain; receiving , by the mobility management entity, the redirection request message; and generating , by the mobility management entity, an encryption key and an integrity protection key for the voice service based on the key-related information.
Method for estimating a colored vignetting defect of an image-capturing system , said defect producing, for any at least one first image (I) captured by the image-capturing system and representing any scene (S), a variation within the colorimetry field of the first image (I), the mean variation of amplitude in the colorimetry field of the first image (I) produced by the colored vignetting defect being an order of magnitude lower than a mean variation within the colorimetry field introduced by the scene, the method comprising: - calculating, in at least certain points of the field, in at least a first portion of the field of the first image, a measurement μ(l) relative to the colorimetry of the first image (I) for which the defect produces a variation in the field of the image; - obtaining, in at least a second portion of the field of the first image, an estimated magnitude (v) of the colored vignetting defect, based on the calculated measurements (μ(l)), the magnitude (v) having a variation of the same order of magnitude as the variation within the colorimetry field of the first image produced by the colored vignetting defect; and - determining, from the obtained magnitude (v), at least one correction parameter (c) of said defect for at least one second image (I') captured by the image-capturing system with a lighting condition which is identical or similar to that of the first image, the second image being different from the first image (I). - calculating, in at least certain points of the field, in at least a first portion of the field of the first image, a measurement μ(l) relative to the colorimetry of the first image (I) for which the defect produces a variation in the field of the image; - obtaining, in at least a second portion of the field of the first image, an estimated magnitude (v) of the colored vignetting defect, based on the calculated measurements (μ(l)), the magnitude (v) having a variation of the same order of magnitude as the variation within the colorimetry field of the first image produced by the colored vignetting defect; and - determining, from the obtained magnitude (v), at least one correction parameter (c) of said defect for at least one second image (I') captured by the image-capturing system with a lighting condition which is identical or similar to that of the first image, the second image being different from the first image (I).
Tarpaulin superstructure for a movable substructure , such as a truck, a trailer, a semitrailer, a railway wagon, a dump truck or a container, comprising a top frame to which a tarpaulin made of weather-resistant material can be attached, wherein the top frame comprises a plurality of struts which can be moved along at least one guide , wherein the end of the top frame comprises an end runner which can be raised to open the superstructure and lowered to close the superstructure, characterized in that an air deflection part is arranged at an end of the end runner , by means of which air deflection part the airstream is converted into a force in the closing direction of the end runner . wherein the top frame comprises a plurality of struts which can be moved along at least one guide , wherein the end of the top frame comprises an end runner which can be raised to open the superstructure and lowered to close the superstructure, characterized in that an air deflection part is arranged at an end of the end runner , by means of which air deflection part the airstream is converted into a force in the closing direction of the end runner .
- Transmission device for a human-powered vehicle, comprising: - a rotary input shaft able to receive a drive torque applied by a user, - a first transmission subassembly with a plurality of transmission ratios, having a first input coupled to the rotary input shaft , and having a first output , - a second transmission subassembly with a plurality of transmission ratios, having a second input , and having an output shaft coaxial with the input shaft, - an intermediate transmission element , functionally coupling the first output and the second input in rotation, - coupling means able to transmit an assistance torque generated on the shaft of an assistance motor to the intermediate transmission element , - the first transmission subassembly and the second transmission subassembly each comprise a planetary gear train, - the intermediate transmission element is a part constituting both the first output and the second input and mounted rotatably and coaxially with the input shaft and the output shaft , characterized in that - the intermediate transmission element comprises a first dog coupling device able to selectively couple the first output to the first input of the first transmission subassembly , - the intermediate transmission element comprises a second dog coupling device able to selectively couple the output shaft to the second input of the second transmission subassembly . - a rotary input shaft able to receive a drive torque applied by a user, - a first transmission subassembly with a plurality of transmission ratios, having a first input coupled to the rotary input shaft , and having a first output , - a second transmission subassembly with a plurality of transmission ratios, having a second input , and having an output shaft coaxial with the input shaft, - an intermediate transmission element , functionally coupling the first output and the second input in rotation, - coupling means able to transmit an assistance torque generated on the shaft of an assistance motor to the intermediate transmission element , - the first transmission subassembly and the second transmission subassembly each comprise a planetary gear train, - the intermediate transmission element is a part constituting both the first output and the second input and mounted rotatably and coaxially with the input shaft and the output shaft , characterized in that - the intermediate transmission element comprises a first dog coupling device able to selectively couple the first output to the first input of the first transmission subassembly , - the intermediate transmission element comprises a second dog coupling device able to selectively couple the output shaft to the second input of the second transmission subassembly .
A composite material comprising a substrate comprising a resin, and a graphene-like carbon material layer provided so as to cover at least part of a surface of the substrate, the graphene-like carbon material layer being composed of a graphene-like carbon material obtained by pyrolyzing a polymer in a composition in which the polymer is fixed to graphite or primary exfoliated graphite, characterized in that part of the carbon material has entered into the surface of the resin substrate and so adheres to the substrate surface.
A device for the removal of cells and/or cell colonies from a cell culture, characterized by a microscope unit for microscopic scanning the cell culture in combination with an image acquisition unit and an image evaluation unit for the position detection of the cells and/or the cell colonies in the cell culture , a control and storage unit for storing the detected position of the cells and/or the cell colonies and a harvesting module with a removal tool for removing cells and/or the cell colonies at the detected position of the cell and/or the cell colony, characterized in that the device has a tool head with a receptacle formed to make a non-positive, detachable connection between the tool head and the removal tool from an internal taper and/or an external taper and which holds the removal tool that has an internal taper and/or external taper that match with the receptacle .
A parking support device, comprising: an external field recognition unit which is configured to recognize a parking frame line using a plurality of cameras which are attached at a leading end of the vehicle, a trailing end of the vehicle, or both side ends of the vehicle; an information holding unit which is configured to hold information of the parking frame line recognized by the external field recognition unit; a parking region extraction unit which is configured to extract a parking region from information of the parking frame line; a parking position determination unit which is configured to determine a target parking position from the parking region; and a path calculation unit which is configured to calculate a parking path from a current position of an own vehicle (V) up to the target parking position, wherein, in a case where part of the parking frame line is not recognized by the external field recognition unit, the target parking position is defined on the basis of lines connecting an end point of the parking frame line on a rear side of the own vehicle, a virtually extending line of the parking frame line on a front side of the own vehicle, and a point intersecting with the virtual line on a front side of the vehicle (V) from the end point of the parking frame line on the rear side of the own vehicle. an external field recognition unit which is configured to recognize a parking frame line using a plurality of cameras which are attached at a leading end of the vehicle, a trailing end of the vehicle, or both side ends of the vehicle; an information holding unit which is configured to hold information of the parking frame line recognized by the external field recognition unit; a parking region extraction unit which is configured to extract a parking region from information of the parking frame line; a parking position determination unit which is configured to determine a target parking position from the parking region; and a path calculation unit which is configured to calculate a parking path from a current position of an own vehicle (V) up to the target parking position, wherein, in a case where part of the parking frame line is not recognized by the external field recognition unit, the target parking position is defined on the basis of lines connecting an end point of the parking frame line on a rear side of the own vehicle, a virtually extending line of the parking frame line on a front side of the own vehicle, and a point intersecting with the virtual line on a front side of the vehicle (V) from the end point of the parking frame line on the rear side of the own vehicle.