mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: recognizing , based on image data obtained by a wearable device , real-world items that already exist in the real-world environment of a user ; analyzing the real-world items that already exist in the real-world environment to identify characteristics for a set of items in the real-world environment and analyzing the characteristics to determine preferred characteristics, wherein the preferred characteristics include one or more of a price category, a size category, a brand, a color, or a decorative theme; creating and maintaining an inventory of items that belong to the user , the inventory including the locations of the items in the real-world environment; determining if an item of the items in the real-world environment should be replaced; accessing an item catalog to retrieve three-dimensional model data for an item to be replaced that has characteristics that correlate to the preferred characteristics; and causing a rendering of the item to be replaced on a display device of the wearable device using the three-dimensional model data. recognizing , based on image data obtained by a wearable device , real-world items that already exist in the real-world environment of a user ; analyzing the real-world items that already exist in the real-world environment to identify characteristics for a set of items in the real-world environment and analyzing the characteristics to determine preferred characteristics, wherein the preferred characteristics include one or more of a price category, a size category, a brand, a color, or a decorative theme; creating and maintaining an inventory of items that belong to the user , the inventory including the locations of the items in the real-world environment; determining if an item of the items in the real-world environment should be replaced; accessing an item catalog to retrieve three-dimensional model data for an item to be replaced that has characteristics that correlate to the preferred characteristics; and causing a rendering of the item to be replaced on a display device of the wearable device using the three-dimensional model data.
A method for controlling brakes in a trailer vehicle, wherein the trailer vehicle comprises a pneumatic brake system, service brakes and an electronic brake system with anti-lock control, wherein at least one axle of the trailer vehicle is fitted with spring-loaded brakes and revolution rate sensors, and wherein the pneumatic brake system further comprises a reservoir container with a reservoir container pressure, wherein a) the electronic brake system monitors whether there is a braking demand, b) the electronic brake system monitors whether at least one wheel of at least one axle is locking up, c) if there is no braking demand and at least one wheel of the at least one axle is locked while traveling, the electronic brake system controls the pneumatic braking system such that the spring-loaded brakes are ventilated and the trailer vehicle is automatically braked by the service brakes with anti-lock control, characterized in that a pneumatically actuated valve unit pressurizes the spring-loaded brakes with the reservoir container pressure if a control pressure above a limit value is applied to a control input of the pneumatically actuated valve unit , and the reservoir container pressure is delivered to the control input of the pneumatically actuated valve unit for triggering the pressurization of the spring-loaded brakes. a) the electronic brake system monitors whether there is a braking demand, b) the electronic brake system monitors whether at least one wheel of at least one axle is locking up, c) if there is no braking demand and at least one wheel of the at least one axle is locked while traveling, the electronic brake system controls the pneumatic braking system such that the spring-loaded brakes are ventilated and the trailer vehicle is automatically braked by the service brakes with anti-lock control, characterized in that a pneumatically actuated valve unit pressurizes the spring-loaded brakes with the reservoir container pressure if a control pressure above a limit value is applied to a control input of the pneumatically actuated valve unit , and the reservoir container pressure is delivered to the control input of the pneumatically actuated valve unit for triggering the pressurization of the spring-loaded brakes.
A route detection method, wherein the method comprises: establishing , by a first network device, a first Border Gateway Protocol Monitoring Protocol, BMP, session with a second network device, and establishing , by the first network device, a second BMP session with a third network device; receiving, by the first network device by using the first BMP session, a first Border Gateway Protocol, BGP, route set sent by the second network device, wherein the first BGP route set comprises one or more BGP routes sent by the second network device to the third network device, and the one or more BGP routes are stored in an Adjacency-routing information base-output, Adj-RIB-Out, of the second network device, and a BGP peering session has been established between the third network device and the second network device; receiving, by the first network device by using the second BMP session, a second BGP route set sent by the third network device, wherein the second BGP route set comprises one or more BGP routes received by the third network device from the second network device, and the one or more BGP routes are stored in an Adjacency-routing information base-input, Adj-RIB-In, of the third network device; and when the first network device detects that the second BGP route set comprises a first BGP route but the first BGP route set does not comprise the first BGP route, determining , by the first network device, the first BGP route as an unavailable route. establishing , by a first network device, a first Border Gateway Protocol Monitoring Protocol, BMP, session with a second network device, and establishing , by the first network device, a second BMP session with a third network device; receiving, by the first network device by using the first BMP session, a first Border Gateway Protocol, BGP, route set sent by the second network device, wherein the first BGP route set comprises one or more BGP routes sent by the second network device to the third network device, and the one or more BGP routes are stored in an Adjacency-routing information base-output, Adj-RIB-Out, of the second network device, and a BGP peering session has been established between the third network device and the second network device; receiving, by the first network device by using the second BMP session, a second BGP route set sent by the third network device, wherein the second BGP route set comprises one or more BGP routes received by the third network device from the second network device, and the one or more BGP routes are stored in an Adjacency-routing information base-input, Adj-RIB-In, of the third network device; and when the first network device detects that the second BGP route set comprises a first BGP route but the first BGP route set does not comprise the first BGP route, determining , by the first network device, the first BGP route as an unavailable route.
A data streaming device that streams content to a content display device , comprising: a first component configured to provide a first functionality to the data streaming device ; a first power supply (302A-C) configured to receive power from the content display device and provide the power to the first component of the data streaming device such that the first component provides the first functionality to the data streaming device using the power received from the first power supply (302A-C); a measuring module configured to measure the power provided to the first power supply (302A-C) from the content display device ; and a controller configured to: determine that the power provided by the content display device to the first power supply (302A-C) is below a power threshold required to operate the first component of the data streaming device such that the first component is receiving a reduced amount of power from the content display device , perform a modification or a disabling of the first component of the data streaming device , and generate an indication that the reduced amount of power is insufficient to operate the first component of the data streaming device . a first component configured to provide a first functionality to the data streaming device ; a first power supply (302A-C) configured to receive power from the content display device and provide the power to the first component of the data streaming device such that the first component provides the first functionality to the data streaming device using the power received from the first power supply (302A-C); a measuring module configured to measure the power provided to the first power supply (302A-C) from the content display device ; and a controller configured to: determine that the power provided by the content display device to the first power supply (302A-C) is below a power threshold required to operate the first component of the data streaming device such that the first component is receiving a reduced amount of power from the content display device , perform a modification or a disabling of the first component of the data streaming device , and generate an indication that the reduced amount of power is insufficient to operate the first component of the data streaming device . determine that the power provided by the content display device to the first power supply (302A-C) is below a power threshold required to operate the first component of the data streaming device such that the first component is receiving a reduced amount of power from the content display device , perform a modification or a disabling of the first component of the data streaming device , and generate an indication that the reduced amount of power is insufficient to operate the first component of the data streaming device .
A method for identifying which phase (P 1 , P 2 , P 3 ) of a multi-phase system is associated with which terminal (T 1 , T 2 , T 3 ) of a group of electricity meters associated with the multi-phase system, the group of electricity meters including a plurality of electricity meters of which at least one electricity meter is a reference meter for which it is known which phase of the multi-phase system is connected with which terminal, the method comprising the steps of: - in each of the electricity meters , measuring and storing voltage variables (v 1n , v 2n , v 3n ) induced on the terminals (T 1 , T 2 , T 3 ) of the respective electricity meter (S1) during a predefined period; - collecting the voltage variables from the plurality of electricity meters via a collection system (S2); - for each terminal of each electricity meter, calculating a set of mean free voltage change, MFVC, variables based on time derivatives of the voltage variables collected from the respective electricity meter (S3); - comparing the set of MFVC variables characterizing each terminal of each meter with the sets of MFVC variables calculated for the terminals of the reference meter and/or other meters of the group of electricity meters for which the phases are known; - determining which phase of the multiple phases each terminal of each electrical meter is associated with, based on information about which sets of MFVC variables of the reference meter and/or the other meters, the set of MFVC variables characterizing each terminal of each meter are most identical to. - in each of the electricity meters , measuring and storing voltage variables (v 1n , v 2n , v 3n ) induced on the terminals (T 1 , T 2 , T 3 ) of the respective electricity meter (S1) during a predefined period; - collecting the voltage variables from the plurality of electricity meters via a collection system (S2); - for each terminal of each electricity meter, calculating a set of mean free voltage change, MFVC, variables based on time derivatives of the voltage variables collected from the respective electricity meter (S3); - comparing the set of MFVC variables characterizing each terminal of each meter with the sets of MFVC variables calculated for the terminals of the reference meter and/or other meters of the group of electricity meters for which the phases are known; - determining which phase of the multiple phases each terminal of each electrical meter is associated with, based on information about which sets of MFVC variables of the reference meter and/or the other meters, the set of MFVC variables characterizing each terminal of each meter are most identical to.
A method of forming a dual-phase magnetic component from an initial component comprising a non-magnetic austenite composition, wherein the non-magnetic austenite composition comprises an iron alloy that includes nitrogen, the method comprising: removing nitrogen from a portion of the non-magnetic austenite composition to form a magnetic region therein, wherein removing nitrogen from the portion of the non-magnetic austenite composition to form the magnetic region therein, comprises: forming a coating on a portion of a surface of the initial component to form a masked area while leaving an unmasked area thereon; thereafter, heating the initial component to a treatment temperature such that nitrogen diffuses out of the unmasked area of the initial component to transform the non-magnetic austenite composition to a magnetic phase in the unmasked area; and thereafter, cooling the initial component from the treatment temperature to form a dual-phase magnetic component having the magnetic region corresponding to the unmasked area and a non-magnetic region corresponding to the masked area. removing nitrogen from a portion of the non-magnetic austenite composition to form a magnetic region therein, wherein removing nitrogen from the portion of the non-magnetic austenite composition to form the magnetic region therein, comprises: forming a coating on a portion of a surface of the initial component to form a masked area while leaving an unmasked area thereon; thereafter, heating the initial component to a treatment temperature such that nitrogen diffuses out of the unmasked area of the initial component to transform the non-magnetic austenite composition to a magnetic phase in the unmasked area; and thereafter, cooling the initial component from the treatment temperature to form a dual-phase magnetic component having the magnetic region corresponding to the unmasked area and a non-magnetic region corresponding to the masked area. forming a coating on a portion of a surface of the initial component to form a masked area while leaving an unmasked area thereon; thereafter, heating the initial component to a treatment temperature such that nitrogen diffuses out of the unmasked area of the initial component to transform the non-magnetic austenite composition to a magnetic phase in the unmasked area; and thereafter, cooling the initial component from the treatment temperature to form a dual-phase magnetic component having the magnetic region corresponding to the unmasked area and a non-magnetic region corresponding to the masked area.
A method for producing a light transmissive optical component (10; 20; 30; 40; 50; 60; 70), wherein the method comprises 3D printing a stack (1; 21; 31; 41; 51; 61) of at least two layers (2; 22; 32; 42, 42'; 52, 52'), wherein each layer is a biconvex cylinder lens having an optical axis (OA) perpendicular to a stacking direction (S) of the stack (1; 21; 31; 41; 51; 61), and wherein the stack (1; 21; 31; 41; 51; 61) is 3D printed using fused deposition modeling, characterized in that the at least two layers are made of materials having different indices of refraction.
Handling device for repositioning objects , with an adhesion gripping device having a support structure , at which a fastening interface is formed for fastening the adhesion gripping device at a positioning device , by means of which fastening interface the adhesion gripping device can be moved and positioned while performing a handling movement , with at least one gripping unit , which is located at the support structure and has a bendable adhesion tape , which extends in a main plane of the adhesion gripping device between two adjacent holding regions and has at least one adhesion surface , and which has a longitudinal section routed through a working region of the gripping unit and forming a gripping section , by means of which an object to be repositioned can be gripped and releasably held in the working region by the adhesion effect of the adhesion surface , wherein the adhesion gripping device comprises a releasing device designed for releasing an object gripped by the gripping section of the adhesion tape , which releasing device has at least one releasing deflection element located in the working region of the gripping unit , partially wrapped by the adhesion tape and capable of translational movement in the main plane relative to the support structure while performing a releasing movement , and which furthermore has a releasing drive device located at the support structure , characterised in that by means of the releasing drive device an orbital movement of the gripping section about the releasing deflection element can be caused, which orbital movement accompanies the releasing movement of the releasing deflection element and causes an active withdrawal of the adhesion tape from the gripped object .
An interaction method, applied to a target execution component , and used for interacting with a virtual object in an extended reality scenario, wherein the target execution component is one of a plurality of execution components , a state of the target execution component is active, and a state of each remaining execution component in the plurality of execution components except the target execution component is inactive, and each execution component corresponds to one input device, and the method comprises: receiving a trigger request sent by the corresponding target input device; caching the trigger request in a preset action queue, and performing trigger signal collision detection based on a user interface after receiving an update instruction; obtaining , according to a preset sequence, a trigger request from the preset action queue as a trigger request to be executed, after the trigger signal collision detection is performed; and calling , according to the trigger request to be executed, an action execution interface to process a trigger event, so that a processed result of the action execution interface is displayed on the user interface; wherein the received trigger signal causes the performing of a trigger signal collision detection, wherein performing of the trigger signal collision detection comprises detecting the collision of a ray and the user interface after receiving an update instruction further comprises: tracking a position and an attitude of the corresponding target input device to determine a starting point and a direction of the ray, updating the position and the direction of the ray, and performing ray collision detection to determine a node where the ray collides with the user interface, and displaying the node, where a collision is occurred, on the user interface. receiving a trigger request sent by the corresponding target input device; caching the trigger request in a preset action queue, and performing trigger signal collision detection based on a user interface after receiving an update instruction; obtaining , according to a preset sequence, a trigger request from the preset action queue as a trigger request to be executed, after the trigger signal collision detection is performed; and calling , according to the trigger request to be executed, an action execution interface to process a trigger event, so that a processed result of the action execution interface is displayed on the user interface; wherein the received trigger signal causes the performing of a trigger signal collision detection, wherein performing of the trigger signal collision detection comprises detecting the collision of a ray and the user interface after receiving an update instruction further comprises: tracking a position and an attitude of the corresponding target input device to determine a starting point and a direction of the ray, updating the position and the direction of the ray, and performing ray collision detection to determine a node where the ray collides with the user interface, and displaying the node, where a collision is occurred, on the user interface.
A method of transferring a rights object (RO) including usage rights information regarding digital content, the method comprising: generating a secure RO by encrypting the RO (S10) by extracting the usage rights information from the RO and encrypting the usage rights information; transferring the secure RO from a first device to a second device (S14); receiving a notification that the transfer of the secure RO has been completed; removing the secure RO from the memory of the first device; issuing from the first device a request for decryption of the secure RO to the second device (S22), wherein the request includes an encryption key used to produce the secure RO; and decrypting the secure RO at the second device (S24). generating a secure RO by encrypting the RO (S10) by extracting the usage rights information from the RO and encrypting the usage rights information; transferring the secure RO from a first device to a second device (S14); receiving a notification that the transfer of the secure RO has been completed; removing the secure RO from the memory of the first device; issuing from the first device a request for decryption of the secure RO to the second device (S22), wherein the request includes an encryption key used to produce the secure RO; and decrypting the secure RO at the second device (S24).
Apparatus to produce a three-dimensional object, the apparatus comprising a processor, the processor being arranged to control: the application of a first fluid on a layer of particulate material , the first fluid comprising a colorant to color the object; and the application of a second fluid on the layer of particulate material, the second fluid comprising a substantially 2. colorless absorber to absorb electromagnetic radiation; wherein the processor is arranged to control the application of a quantity or a volume of the second fluid to the layer of particulate material whereby said quantity or volume is determined in dependence on electromagnetic radiation absorption characteristics of the first fluid. the application of a first fluid on a layer of particulate material , the first fluid comprising a colorant to color the object; and the application of a second fluid on the layer of particulate material, the second fluid comprising a substantially 2. colorless absorber to absorb electromagnetic radiation; wherein the processor is arranged to control the application of a quantity or a volume of the second fluid to the layer of particulate material whereby said quantity or volume is determined in dependence on electromagnetic radiation absorption characteristics of the first fluid.
An optical detector with a curved detection area comprising: - a photosensitive sensor ; - a support arranged to dictate a curvature to the photosensitive sensor; and - a glue layer , disposed directly between the photosensitive sensor and the support; characterised in that the glue layer has a thickness greater than or equal to 50μm. - a photosensitive sensor ; - a support arranged to dictate a curvature to the photosensitive sensor; and - a glue layer , disposed directly between the photosensitive sensor and the support; characterised in that the glue layer has a thickness greater than or equal to 50μm.