mhurhangee/patent-ind-claim-en huggingface dataset:
A method by an electronic device, comprising: receiving a 360 degree video and points of interest, POI, data for the 360 degree video, wherein the POI data includes locations of the POIs, types of the POIs and weights assigned to the POIs; determining , based on the POI data, a first path for a viewport for the 360 degree video; providing the viewport on a display device, wherein movement of the viewport is based on the first path during playback of the 360 degree video; presenting an augmentation for a POI occurring in the 360 degree video, wherein the augmentation comprises an interactive indicator for guiding the viewport to the POI based on a location of the POI, and the augmentation is presented in the viewport during a portion of the playback; identifying user interaction with the augmentation; and in response to identifying the user interaction with the augmentation, changing the weights assigned to the POI and one or more other POIs having the same type as the POI in the 360 degree video, determining a second path recommended for the viewport displayed on the display device based on the POI data including the changed weights, and providing the viewport during playback of the 360 degree video after the user interaction based on the second path. receiving a 360 degree video and points of interest, POI, data for the 360 degree video, wherein the POI data includes locations of the POIs, types of the POIs and weights assigned to the POIs; determining , based on the POI data, a first path for a viewport for the 360 degree video; providing the viewport on a display device, wherein movement of the viewport is based on the first path during playback of the 360 degree video; presenting an augmentation for a POI occurring in the 360 degree video, wherein the augmentation comprises an interactive indicator for guiding the viewport to the POI based on a location of the POI, and the augmentation is presented in the viewport during a portion of the playback; identifying user interaction with the augmentation; and in response to identifying the user interaction with the augmentation, changing the weights assigned to the POI and one or more other POIs having the same type as the POI in the 360 degree video, determining a second path recommended for the viewport displayed on the display device based on the POI data including the changed weights, and providing the viewport during playback of the 360 degree video after the user interaction based on the second path.
A non-volatile memory control device configured to receive a write request; determine whether data is an object of a write of sequential management when a write size of the received data is smaller than a block of a non-volatile memory unit ; perform first write processing in which the received data smaller than the block is sequentially written in the non-volatile memory unit when the data is the object of the write of the sequential management; and perform second write processing in which the received data smaller than the block is written in the non-volatile memory unit by the management unit of the write when the data is not the object of the write of the sequential management, characterised in that the first write processing comprises: determining whether the write is a new write or an append write; sequentially appending the data to a physical block unit, that has already been sequentially managed, if the write is an append write; and writing the data in a new physical block unit if the write is a new write. determining whether the write is a new write or an append write; sequentially appending the data to a physical block unit, that has already been sequentially managed, if the write is an append write; and writing the data in a new physical block unit if the write is a new write.
Detector of electromagnetic radiation (RL), comprising: - a substrate , - an oriented polycrystalline layer of thermoelectric material situated on the top surface of the substrate, said oriented polycrystalline layer having a crystal orientation at an angle comprised between 30 degrees and 55 degrees relative to a normal to the top surface of the substrate - first and second electrodes spaced the one from the other and in electrical contact with the oriented polycrystalline layer, whereby said oriented polycrystalline layer of thermoelectric material is deposited on the top surface of the substrate by glancing angle deposition (GLAD), whereby either one ceramic layer is the top layer of said substrate or the entire substrate is one ceramic layer and said ceramic layer in both alternatives does not have a specific grain orientation. - a substrate , - an oriented polycrystalline layer of thermoelectric material situated on the top surface of the substrate, said oriented polycrystalline layer having a crystal orientation at an angle comprised between 30 degrees and 55 degrees relative to a normal to the top surface of the substrate - first and second electrodes spaced the one from the other and in electrical contact with the oriented polycrystalline layer,
An electric power system for a wind turbine comprising a generator , said electric power system comprising at least one main power transformer coupled to the generator and to an electric utility grid, the electric power system further comprising: at least one auxiliary load bus configured to transmit electric power to auxiliary equipment, the electric power having a voltage within one of a first predetermined tolerance range or a second predetermined tolerance range, the first and second predetermined tolerance ranges being within rated tolerance bands of the loads on said at least one auxiliary load bus , at least one motor-generator set coupled to said main power transformer to receive one of generated power or grid electric power , said motor-generator set being characterized in that it is configured to generate auxiliary electric power having a voltage within one of the first predetermined tolerance range or the second predetermined tolerance range, wherein grid electric power has a voltage within a predetermined voltage tolerance range that is wider than the rated voltage tolerance bands of said loads powered from the at least one auxiliary load bus , wherein the at least one auxiliary load bus is coupled to the motor-generator set and is configured to receive electric power from the motor-generator set . at least one auxiliary load bus configured to transmit electric power to auxiliary equipment, the electric power having a voltage within one of a first predetermined tolerance range or a second predetermined tolerance range, the first and second predetermined tolerance ranges being within rated tolerance bands of the loads on said at least one auxiliary load bus , at least one motor-generator set coupled to said main power transformer to receive one of generated power or grid electric power , said motor-generator set being characterized in that it is configured to generate auxiliary electric power having a voltage within one of the first predetermined tolerance range or the second predetermined tolerance range, wherein grid electric power has a voltage within a predetermined voltage tolerance range that is wider than the rated voltage tolerance bands of said loads powered from the at least one auxiliary load bus , wherein the at least one auxiliary load bus is coupled to the motor-generator set and is configured to receive electric power from the motor-generator set .
A steam-type air fryer comprising: an air outlet structure, wherein the air outlet structure comprises a body shell , the body shell is provided therein with a cooking cavity , a steam generator in the body shell configured to generate hot steam which can be introduced into the cooking cavity , the cooking cavity being provided with an air outlet hole for residual steam to be discharged, a cold wind passage into which external cold air enters is formed between the cooking cavity and the body shell , wherein the body shell is provided with an air outlet hood , an air outlet hood seat is mounted at an inner side of the air outlet hood , a steam discharge passage connected to the air outlet hole is provided in the air outlet hood , characterized in that a cold air passage in communication with the cold wind passage is formed between the air outlet hood and the air outlet hood seat , the cold air passage is arranged around the steam discharge passage, a steam outlet in communication with the steam discharge passage is provided in a middle of the air outlet hood , an air outlet in communication with the cold air passage is provided around the steam outlet, and the steam outlet is provided with a guiding component for guiding high-temperature steam, which is discharged from the steam outlet, to the air outlet .
A device for use in a vehicle for receiving and processing first data during a parking position of the vehicle , wherein the first data contain information about a duration of a signal of at least one satellite relating to the vehicle and take into account errors during determining a position of the vehicle due to atmospheric effects, and wherein the first data are generated by the satellite , wherein the at least one satellite is designed to send the first data to the vehicle , wherein the device receives the first data provided and generated by the satellite in defined temporal intervals during the period of time in which the vehicle is in the parking position, with a first communication interface , wherein the first communication interface is designed to receive the first data from the at least one satellite , a controller designed to be connectible to the first communication interface in order to receive first data from the first communication interface for processing, and wherein the controller is further designed to determine at least one parameter for creating an error correction model for correcting a positioning area during the determining of a position for the vehicle based on the received first data.
A trackless ride system , comprising: a. a ride path area comprising a plurality of predefined optional vehicle traversal paths about the ride path area ; b. a controllable trackless ride vehicle dispatchable and maneuverable along the optional vehicle traversal paths , the controllable trackless ride vehicle comprising: i. a track navigator ; ii. a dynamically controllable ride vehicle motive system ; and iii. an independent vehicle controller operatively in communication with the track navigator and the ride vehicle motive system; c. a wireless ride communicator operatively in communication with the independent vehicle controller, the ride communicator comprising: i. a set of wireless rider communicators associatable with a set of trackless ride vehicle riders ; and ii. a facility mounted sensor adapted to capture discrete input from the set of wireless rider communicators, the discrete input comprising a status of a predetermined set of non-ride vehicle related events associated with the set of trackless ride vehicle riders; and d. a central control unit operatively in communication with the independent vehicle controller. a. a ride path area comprising a plurality of predefined optional vehicle traversal paths about the ride path area ; b. a controllable trackless ride vehicle dispatchable and maneuverable along the optional vehicle traversal paths , the controllable trackless ride vehicle comprising: i. a track navigator ; ii. a dynamically controllable ride vehicle motive system ; and iii. an independent vehicle controller operatively in communication with the track navigator and the ride vehicle motive system; i. a track navigator ; ii. a dynamically controllable ride vehicle motive system ; and iii. an independent vehicle controller operatively in communication with the track navigator and the ride vehicle motive system; c. a wireless ride communicator operatively in communication with the independent vehicle controller, the ride communicator comprising: i. a set of wireless rider communicators associatable with a set of trackless ride vehicle riders ; and ii. a facility mounted sensor adapted to capture discrete input from the set of wireless rider communicators, the discrete input comprising a status of a predetermined set of non-ride vehicle related events associated with the set of trackless ride vehicle riders; and i. a set of wireless rider communicators associatable with a set of trackless ride vehicle riders ; and ii. a facility mounted sensor adapted to capture discrete input from the set of wireless rider communicators, the discrete input comprising a status of a predetermined set of non-ride vehicle related events associated with the set of trackless ride vehicle riders; and d. a central control unit operatively in communication with the independent vehicle controller.
Seat for railway rolling stock extending along a longitudinal axis (Xa, Xb) parallel to an antero-posterior axis of a user occupying said seat , comprising at least one seating portion extending longitudinally from a rear part to a front part forming a reception for the back of the user's knees, and at least one foot extending from and beneath the seating portion , said foot comprising a fixing portion extending from an end part of the foot , which fixing portion comprises at least one planar wall which has a lower fixing face intended to be secured to a floor of the rolling stock and an upper face forming a covering for the floor of the rolling stock , wherein said seat comprises two feed that are respectively secured to the free edge of the rear part of the seating portion and to the free edge of the front part of the seating portion , the upper face of the fixing portion of each foot forming a covering for the floor .
An operation method of a storage device , which includes a nonvolatile memory device and is configured to communicate with a host based on a cryptographic key, the method comprising: setting up (S11) a first key identifier and a first lifetime for a first cryptographic key, based on a first command received from the host ; before the first lifetime expires, extending the first lifetime for the first cryptographic key in response to an extension command received from the host , wherein the extension command comprises the first key identifier encoded with a private key shared between the host and the storage device ; and after the first lifetime expires (S13), when a second command (S12) including the first key identifier is received from the host , performing a data protect operation (S14) regarding to the first cryptographic key. setting up (S11) a first key identifier and a first lifetime for a first cryptographic key, based on a first command received from the host ; before the first lifetime expires, extending the first lifetime for the first cryptographic key in response to an extension command received from the host , wherein the extension command comprises the first key identifier encoded with a private key shared between the host and the storage device ; and after the first lifetime expires (S13), when a second command (S12) including the first key identifier is received from the host , performing a data protect operation (S14) regarding to the first cryptographic key.
A volume meter for determining the volume of a liquid flowing through same and for taking a defined sample volume from the liquid, in particular for determining the volume and the alcohol content of an alcohol-containing mixture for bonded distilleries, comprising: - a volume container for receiving a defined volume of liquid, - a drain device for draining the liquid from the volume container and for emptying the volume container, wherein the drain device comprises a liquid line through which the liquid can flow, characterised in that the drain device has a branch from the liquid line to separate out a portion of the liquid, and the branch comprises a sample receiving device for receiving a defined sample volume. - a volume container for receiving a defined volume of liquid, - a drain device for draining the liquid from the volume container and for emptying the volume container, wherein the drain device comprises a liquid line through which the liquid can flow,
A method for treating a cured inner liner for a tire comprising: a. providing a cured inner liner comprising rubber, a majority of which comprises butyl rubber, which may be optionally halogenated, wherein the cured inner liner has an upper and a lower surface, b. treating the lower surface of the cured inner liner with a rubber-containing liquid wherein the rubber-containing liquid comprises at least one conjugated diene monomer-containing rubber, polyurethane and at least one solvent, and c. allowing the rubber-containing liquid to dry upon the treated surface of the cured inner liner, thereby producing a rubber-containing film upon the dried, treated surface. a. providing a cured inner liner comprising rubber, a majority of which comprises butyl rubber, which may be optionally halogenated, wherein the cured inner liner has an upper and a lower surface, b. treating the lower surface of the cured inner liner with a rubber-containing liquid wherein the rubber-containing liquid comprises at least one conjugated diene monomer-containing rubber, polyurethane and at least one solvent, and c. allowing the rubber-containing liquid to dry upon the treated surface of the cured inner liner, thereby producing a rubber-containing film upon the dried, treated surface.
A dental implant guiding tool set, comprising: a handpiece comprising a handpiece head having a replaceable drill bit and configured to provide the drill bit with driving power, and a connection handle connected to the handpiece head ; a dental implant guiding sleeve comprising a handpiece head guiding hole configured for insertion of the handpiece head , and having an aperture size corresponding to a shape of the handpiece head , at least one lateral opening disposed on a side of the handpiece head guiding hole , a position-limiting plate disposed on a bottom of the handpiece head guiding hole and having a drill bit through hole formed on a center thereof and two locating plates disposed radially on two outer sides of the dental implant guiding sleeve , respectively, the handpiece head guiding hole corresponding to the shape of the handpiece head and being disposed axially, the at least one lateral opening corresponding in position to the connection handle ; and a tooth mold fastening device comprising a sleeve hole corresponding to the dental implant guiding sleeve and configured for insertion of the dental implant guiding sleeve , and two locating accommodation spaces formed on two sides of the sleeve hole and corresponding in position to the two locating plates . a handpiece comprising a handpiece head having a replaceable drill bit and configured to provide the drill bit with driving power, and a connection handle connected to the handpiece head ; a dental implant guiding sleeve comprising a handpiece head guiding hole configured for insertion of the handpiece head , and having an aperture size corresponding to a shape of the handpiece head , at least one lateral opening disposed on a side of the handpiece head guiding hole , a position-limiting plate disposed on a bottom of the handpiece head guiding hole and having a drill bit through hole formed on a center thereof and two locating plates disposed radially on two outer sides of the dental implant guiding sleeve , respectively, the handpiece head guiding hole corresponding to the shape of the handpiece head and being disposed axially, the at least one lateral opening corresponding in position to the connection handle ; and a tooth mold fastening device comprising a sleeve hole corresponding to the dental implant guiding sleeve and configured for insertion of the dental implant guiding sleeve , and two locating accommodation spaces formed on two sides of the sleeve hole and corresponding in position to the two locating plates .
Sightglass for a stove, comprising a substrate made of transparent coloured lithium aluminium silicate glass ceramic, wherein the glass ceramic has a light transmittance of 0.1% to 50% and wherein standard illuminant D65 light, after passing through the glass ceramic, at a thickness of 4 mm, has a colour locus in the white region W1 determined by the following coordinates in the chromaticity diagram CIExyY-2°: White region W1 x y 0.27 0.21 0.22 0.25 0.32 0.37 0.45 0.45 0.47 0.34 0.36 0.29 wherein the substrate contains 0.003-0.5% by weight of M0O 3 as colouring component and/or less than 0.2% by weight of Nd 2 O 3 . wherein the glass ceramic has a light transmittance of 0.1% to 50% and wherein standard illuminant D65 light, after passing through the glass ceramic, at a thickness of 4 mm, has a colour locus in the white region W1 determined by the following coordinates in the chromaticity diagram CIExyY-2°: White region W1 x y 0.27 0.21 0.22 0.25 0.32 0.37 0.45 0.45 0.47 0.34 0.36 0.29 wherein the substrate contains 0.003-0.5% by weight of M0O 3 as colouring component and/or less than 0.2% by weight of Nd 2 O 3 .
A device that can be carried and operated by a person, into which a system for semi-automatic and/or automatic weed removal is integrated, wherein the system comprises the following features: at least one system for automatic weed detection, which comprises at least one optical sensor and a central server unit , at least one communication network , at least one control and/or regulating apparatus and at least one weed removal apparatus , wherein the optical sensor , the server unit and the control and/or regulating apparatus are connected for data transfer by means of the communication network , wherein image data of at least one weed can be generated by means of the optical sensor , the optical sensor being a CCD camera, and can be transmitted via the communication network to the server unit , which evaluates the transmitted image data to the effect that the weed can be determined by the server unit , and wherein, in the event of clear determination of the weed, weed confirmation data can be transmitted by means of the server unit via the communication network to the control and/or regulating apparatus , which in response to the weed confirmation data controls and/or regulates the weed removal apparatus such that the weed detected by the optical sensor can be removed by mechanical or thermal means.