mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting data to an external device , the method comprising: establishing a communication link with the external device using a first application and displaying a first window corresponding to the first application; in response to receiving a request to execute a second application, displaying a second window corresponding to the second application, wherein the second window being displayed as a background of the first window ; in response to receiving a sharing mode request via the first window , setting an operation mode of the device as a sharing mode; and transmitting data that is provided from the second application to the external device via the communication link, based on receiving a user input of touching the second window while the first window is displayed on the second window . establishing a communication link with the external device using a first application and displaying a first window corresponding to the first application; in response to receiving a request to execute a second application, displaying a second window corresponding to the second application, wherein the second window being displayed as a background of the first window ; in response to receiving a sharing mode request via the first window , setting an operation mode of the device as a sharing mode; and transmitting data that is provided from the second application to the external device via the communication link, based on receiving a user input of touching the second window while the first window is displayed on the second window .
An automatic winder configured to wind yarn from a yarn supply bobbin to form a package , the automatic winder comprising: an acquisition unit configured to acquire information related to quality of the yarn travelling from the yarn supply bobbin toward the package ; and a controller configured to control a winding speed at which the yarn is wound from the yarn supply bobbin , characterized in that the controller controls the winding speed, based on a quality index of the yarn based on the information related to quality acquired by the acquisition unit and a preset index threshold range related to quality of the yarn , such that the quality index falls within the index threshold range. an acquisition unit configured to acquire information related to quality of the yarn travelling from the yarn supply bobbin toward the package ; and a controller configured to control a winding speed at which the yarn is wound from the yarn supply bobbin , characterized in that the controller controls the winding speed, based on a quality index of the yarn based on the information related to quality acquired by the acquisition unit and a preset index threshold range related to quality of the yarn , such that the quality index falls within the index threshold range.
A method for controlling interruption of media content in a passenger seating zone, the method comprising: receiving media content being consumed by a user in the passenger seating zone; providing said media content consumed by the user to an output circuit that outputs the media content to the user; characterized by the steps detecting an interruption event that comprises a public announcement; determining a current state of the user in the passenger seating zone as detected by one or more sensors; determining if the interruption event is relevant to the user based on the current state of the user; interrupting the media content being consumed by the user, by pausing the media content being output to said output circuit, if the interruption event is relevant to the user based on the determined current state of the user; and inhibiting the interruption of the media content being consumed by the user if the interruption event is not relevant to the user based on the determined current state of the user. receiving media content being consumed by a user in the passenger seating zone; providing said media content consumed by the user to an output circuit that outputs the media content to the user; characterized by the steps detecting an interruption event that comprises a public announcement; determining a current state of the user in the passenger seating zone as detected by one or more sensors; determining if the interruption event is relevant to the user based on the current state of the user; interrupting the media content being consumed by the user, by pausing the media content being output to said output circuit, if the interruption event is relevant to the user based on the determined current state of the user; and inhibiting the interruption of the media content being consumed by the user if the interruption event is not relevant to the user based on the determined current state of the user.
A verification extension method (S200) for a device, the method comprising: obtaining (S210), in response to a request to verify a signature associated with a further application, an asymmetric verifier application from off-device storage; loading (S215) the asymmetric verifier application; verifying (S218), using a first hashing function and an initial application hash, the asymmetric verifier application, wherein the initial application hash is retrieved from on-device storage; executing (S220), responsive to a positive verification result of the verification of the asymmetric verifier application, the asymmetric verifier application; verifying (S230), using the asymmetric verifier application and one or more keys, the signature associated with the further application using asymmetric-key cryptography. obtaining (S210), in response to a request to verify a signature associated with a further application, an asymmetric verifier application from off-device storage; loading (S215) the asymmetric verifier application; verifying (S218), using a first hashing function and an initial application hash, the asymmetric verifier application, wherein the initial application hash is retrieved from on-device storage; executing (S220), responsive to a positive verification result of the verification of the asymmetric verifier application, the asymmetric verifier application; verifying (S230), using the asymmetric verifier application and one or more keys, the signature associated with the further application using asymmetric-key cryptography.
A method for surface treatment of a powdery metal material for manufacturing a harmonic structure metal in which a fine grain region and a coarse grain region are harmonically arranged comprising the steps of: ejecting ejection powder with a compressed gas in a cabinet by use of a blasting machine and causing the ejection powder to collide against an object to be collided, suctioning an inside of the cabinet by dust collecting means and removing/collecting powder dusts, namely surface oxides such as oxidized scale exfoliated from the surface of the powdery metal material; and performing blasting by causing a powdery metal material having an average grain diameter of 10 to 200 μm and a medium substance having hardness equal to or higher than that of the powdery metal material to collide with each other repeatedly at an ejection speed of 100 to 300 m/sec, and exfoliate surface oxides from the powdery metal material and forming a fine grain region called a shell in the vicinity of the surface of the powdery material and a region at a center part called a core maintaining an original crystal grain diameter, the fine grain region covering this coarse grain region, wherein the fine grain region which is formed in the vicinity of the surface of the powdery metal material has a crystal grain with a diameter smaller than that of the crystal grain on a center portion of the powdery metal material which is formed, wherein the fine grain region of the powdery metal material is formed on the surface of the powdery metal material to a depth of approximately 20% at the maximum with respect to the grain diameter if the powdery metal material as the treatment target is less than 100 μm and formed to a depth of approximately 10% at the maximum with respect to the grain diameter if the powdery metal material as the treatment target is 100 μm or more, sintering the powdery material or using the powdery material for formation of a metal film by thermal spraying, and obtaining a network-state structure formed of the fine grain regions of the powdery metal materials connected to each other and the coarse grain regions arranged harmonically in the fine grain regions. ejecting ejection powder with a compressed gas in a cabinet by use of a blasting machine and causing the ejection powder to collide against an object to be collided, suctioning an inside of the cabinet by dust collecting means and removing/collecting powder dusts, namely surface oxides such as oxidized scale exfoliated from the surface of the powdery metal material; and performing blasting by causing a powdery metal material having an average grain diameter of 10 to 200 μm and a medium substance having hardness equal to or higher than that of the powdery metal material to collide with each other repeatedly at an ejection speed of 100 to 300 m/sec, and exfoliate surface oxides from the powdery metal material and forming a fine grain region called a shell in the vicinity of the surface of the powdery material and a region at a center part called a core maintaining an original crystal grain diameter, the fine grain region covering this coarse grain region,
User Equipment, UE, comprising: first logic to connect with a cellular access network ; second logic to connect with a wireless local area network, WLAN ; and processing circuitry to: determine a percentage signal strength of the WLAN relative to a maximum signal strength of the WLAN ; determine an estimated time value through which the UE is likely to remain in a coverage area of the WLAN , based on a relative mobility of the UE with respect to network coverage of the WLAN ; select the WLAN and steer traffic to the WLAN if the percentage signal strength satisfies a first threshold value for a predefined period, and the estimated time value satisfies a second threshold. first logic to connect with a cellular access network ; second logic to connect with a wireless local area network, WLAN ; and processing circuitry to: determine a percentage signal strength of the WLAN relative to a maximum signal strength of the WLAN ; determine an estimated time value through which the UE is likely to remain in a coverage area of the WLAN , based on a relative mobility of the UE with respect to network coverage of the WLAN ; select the WLAN and steer traffic to the WLAN if the percentage signal strength satisfies a first threshold value for a predefined period, and the estimated time value satisfies a second threshold. determine a percentage signal strength of the WLAN relative to a maximum signal strength of the WLAN ; determine an estimated time value through which the UE is likely to remain in a coverage area of the WLAN , based on a relative mobility of the UE with respect to network coverage of the WLAN ; select the WLAN and steer traffic to the WLAN if the percentage signal strength satisfies a first threshold value for a predefined period, and the estimated time value satisfies a second threshold.
A method for weighing containers arranged in a holding structure including the steps of: - providing a holding structure suitable to hold in a substantially stable position at least one container (A) possibly containing a substance to be weighted, said at least one container (A) including a supporting portion (C) shaped so as to abut against the holding structure for keeping said at least one container (A) hanging from the holding structure ; - bringing said at least one container (A) to a weighing station including a weighing member suitable to weight said at least one container (A); - weighing said at least one container with said weighing member; characterized in that the weighing step is carried out by moving the holding structure towards said weighing member in such a manner so as to bring said at least one container (A) housed inside the holding structure into contact with the weighing member while said weighing member is kept in a stationary position, said at least one container (A) lifting from the holding structure causing the detachment of the supporting portion (C) from said holding structure , the detachment of the supporting portion (C) being obtained only by the movement of the holding structure with respect to the stationary weighing member . - providing a holding structure suitable to hold in a substantially stable position at least one container (A) possibly containing a substance to be weighted, said at least one container (A) including a supporting portion (C) shaped so as to abut against the holding structure for keeping said at least one container (A) hanging from the holding structure ; - bringing said at least one container (A) to a weighing station including a weighing member suitable to weight said at least one container (A); - weighing said at least one container with said weighing member;
A method for constructing an optical network, comprising: selecting a central node among a plurality of nodes in the optical network, wherein each node comprises a processor having an interface configured to receive a traffic request of subcarriers of a superchannel and a wavelength selective switch, WSS, configured to implement the superchannel having subcarriers; connecting each of the plurality of nodes to the central node via a set of superchannels, wherein each of the superchannels includes a set of subcarriers and has a bounded data rate; managing network resources between the central node and each of the plurality of nodes by dynamically allocating the subcarrier bandwidths to support communication among the plurality of nodes via the superchannels; and performing wavelength selective switching among the superchannels by the WSS at the central node. selecting a central node among a plurality of nodes in the optical network, wherein each node comprises a processor having an interface configured to receive a traffic request of subcarriers of a superchannel and a wavelength selective switch, WSS, configured to implement the superchannel having subcarriers; connecting each of the plurality of nodes to the central node via a set of superchannels, wherein each of the superchannels includes a set of subcarriers and has a bounded data rate; managing network resources between the central node and each of the plurality of nodes by dynamically allocating the subcarrier bandwidths to support communication among the plurality of nodes via the superchannels; and performing wavelength selective switching among the superchannels by the WSS at the central node.
A surgical organ positioning instrument for supporting and holding organs during surgery, wherein the organ positioning instrument comprises a supporting portion having: two outer corners, a first curved, rounded edge extending from one outer corner to the other outer corner and connecting a substantially planar underside surface to a concave, rounded bearing surface a second convex edge extending from one outer corner to the other outer corner and connecting the bearing surface to a convex, rounded supporting surface , and a third convex, rounded edge extending from one outer corner to the other outer corner and connecting the supporting surface to the underside surface , wherein the bearing surface is widest at one end portion on the side of the underside surface and narrows toward its other end portion and finally merges into a bearing surface front portion which constitutes a wedge tip , characterized in that the third edge is substantially in the form of a half ellipse, the ellipse minor axis of which extends from one outer corner to the other outer corner of the supporting portion , the bearing surface is arranged substantially perpendicular to the underside surface , and the supporting portion tapers from the underside surface in the direction of the bearing surface front portion in all dimensions parallel to the underside surface . two outer corners, a first curved, rounded edge extending from one outer corner to the other outer corner and connecting a substantially planar underside surface to a concave, rounded bearing surface a second convex edge extending from one outer corner to the other outer corner and connecting the bearing surface to a convex, rounded supporting surface , and a third convex, rounded edge extending from one outer corner to the other outer corner and connecting the supporting surface to the underside surface , wherein the bearing surface is widest at one end portion on the side of the underside surface and narrows toward its other end portion and finally merges into a bearing surface front portion which constitutes a wedge tip , characterized in that the third edge is substantially in the form of a half ellipse, the ellipse minor axis of which extends from one outer corner to the other outer corner of the supporting portion , the bearing surface is arranged substantially perpendicular to the underside surface , and the supporting portion tapers from the underside surface in the direction of the bearing surface front portion in all dimensions parallel to the underside surface .
Method for air conditioning, by heating, a vehicle interior comprising an air conditioning member based on electric heating of a heat-transfer fluid circulating in a radiator housed in the interior, comprising a step of activation of said electric member, a step of detection of conditions for optimizing operation of another member of the vehicle which triggers said activation step when said conditions are detected, characterized in that said optimization conditions concern those linked to a minimum operating torque of the engine to obtain a better energy and/or antipollution efficiency.
A rolled fin stock material from an 3xxx-series aluminium alloy comprising, in wt.%, Mn 1.3% to 2.0%, Si 0.4% to 1.5%, Zn up to 4%, preferably 0.35% to 3%, Fe up to 0.8%, Zr 0.02% to 0.40%, Sc 0.01% to 0.6%, Ni up to 0.3%, preferably less than 0.05%, Cu up to 0.5%, Mg up to 2%, Cr up to 0.3%, Ti up to 0.3%, the balance aluminium and tolerable impurities, each up to 0.05% and in total up to 0.25%.
A computer implemented method of estimating soil properties for a specific geo-location comprising: using a soil preprocessing module in a server computer system, receiving one or more soil spectrum data records that represent a mean soil spectrum of the specific geo-location of a specified area of land; using the soil preprocessing module, removing interference signals from the one or more soil spectrum data records to create one or more soil spectral bands, wherein the interference signals include at least one of a baseline drift effect, particle deviation, and surface heterogeneity; using a soil regression module, predicting soil property datasets based upon the one or more soil spectral bands by way of inputting the one or more soil spectral bands into an appropriate preconfigured soil model that is programmed to determine relevant soil properties related to the soil spectrum data; using the soil regression module, selecting the soil property datasets that best represent the soil properties of the specific geo-location, wherein the specific soil property dataset includes soil property data and spectral band data for spectral bands used to determine the soil property data; wherein using the soil regression module, first retrieving the appropriate preconfigured soil model from a model and field data repository, said model and field data repository storing soil prediction models previously created based upon earlier soil spectrum data related to one or more measured geo-locations and preselected spectral bands. using a soil preprocessing module in a server computer system, receiving one or more soil spectrum data records that represent a mean soil spectrum of the specific geo-location of a specified area of land; using the soil preprocessing module, removing interference signals from the one or more soil spectrum data records to create one or more soil spectral bands, wherein the interference signals include at least one of a baseline drift effect, particle deviation, and surface heterogeneity; using a soil regression module, predicting soil property datasets based upon the one or more soil spectral bands by way of inputting the one or more soil spectral bands into an appropriate preconfigured soil model that is programmed to determine relevant soil properties related to the soil spectrum data; using the soil regression module, selecting the soil property datasets that best represent the soil properties of the specific geo-location, wherein the specific soil property dataset includes soil property data and spectral band data for spectral bands used to determine the soil property data; wherein using the soil regression module, first retrieving the appropriate preconfigured soil model from a model and field data repository, said model and field data repository storing soil prediction models previously created based upon earlier soil spectrum data related to one or more measured geo-locations and preselected spectral bands.
Lighting system for an interior module of a vehicle, comprising at least one light source , at least one light guide and at least one emission element , wherein the at least one light guide consists at least partly of silicone, and wherein the at least one emission element is optically connected to the at least one light guide on at least one side, and during the operation of the lighting system , the at least one emission element is provided with light generated by the at least one light source by means of the at least one light guide , wherein the lighting system is flexibly designed such that upon being connected to a support layer , the lighting system adapts to a shape of the support layer , characterised in that the at least one emission element consists at least partially of a nonwoven and is connected to a decorative layer which has at least one perforation opening for the outlet of light rays emitted by the at least one emission element , and the at least one emission element engages in a form-fitting manner in the at least one perforation opening of the decorative layer and forms, together with the decorative layer , a smooth surface which is substantially impervious to contamination.