mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing for display, by a user device, a user interface comprising a plurality of media items and a plurality of media availability indicators (626; 1122), wherein a portion of the user interface represents that an encrypted version of a media item of the plurality of media items and a wrapped encryption key for the encrypted version of the media item are being received over a peer-to-peer connection, wherein the wrapped encryption key is encrypted using a public key of a media server and masks the encryption key from the user device and wherein the encrypted version of the media item is a version of the media item encrypted using the encryption key; updating, by the user device, a media availability indicator of the media availability indicators (626; 1122) to represent that the encrypted version of the media item and the wrapped encryption key are saved; transmitting, by the user device, the wrapped encryption key to the media server; receiving, by the user device, an unwrapped encryption key for the encrypted version of the media item from the media server, wherein the unwrapped encryption key is the encryption key; using, by the user device, the unwrapped encryption key to decrypt the encrypted version of the media item; and updating, by the user device, the media availability indicator (626; 1122) to represent the media item is available to be experienced. providing for display, by a user device, a user interface comprising a plurality of media items and a plurality of media availability indicators (626; 1122), wherein a portion of the user interface represents that an encrypted version of a media item of the plurality of media items and a wrapped encryption key for the encrypted version of the media item are being received over a peer-to-peer connection, wherein the wrapped encryption key is encrypted using a public key of a media server and masks the encryption key from the user device and wherein the encrypted version of the media item is a version of the media item encrypted using the encryption key; updating, by the user device, a media availability indicator of the media availability indicators (626; 1122) to represent that the encrypted version of the media item and the wrapped encryption key are saved; transmitting, by the user device, the wrapped encryption key to the media server; receiving, by the user device, an unwrapped encryption key for the encrypted version of the media item from the media server, wherein the unwrapped encryption key is the encryption key; using, by the user device, the unwrapped encryption key to decrypt the encrypted version of the media item; and updating, by the user device, the media availability indicator (626; 1122) to represent the media item is available to be experienced.
Method for supplying electrical energy by means of a switching device connected to a plurality of installations (A,B,C) by way of cables able to transport electrical energy (Ie A, Ie B, Ie C), the method comprising the following steps: coupling one of said cables (Ie A), connected to one of said installations termed a demander, to at least one other of said cables (Ie B, Ie C), connected to at least one other of said installations termed a supplier (B,C), by means of the switching device, as a function of at least one negotiation message exchanged between energy manager devices (EGE A, EGE B) installed in said demander and supplier installations; and transporting a quantity of electrical energy, from said at least one supplier installation to the demander installation, by way of the cables coupled by means of the switching device, characterized in that the negotiation message is in accordance with the Session Initiation Protocol SIP. coupling one of said cables (Ie A), connected to one of said installations termed a demander, to at least one other of said cables (Ie B, Ie C), connected to at least one other of said installations termed a supplier (B,C), by means of the switching device, as a function of at least one negotiation message exchanged between energy manager devices (EGE A, EGE B) installed in said demander and supplier installations; and transporting a quantity of electrical energy, from said at least one supplier installation to the demander installation, by way of the cables coupled by means of the switching device, characterized in that the negotiation message is in accordance with the Session Initiation Protocol SIP.
A computer-implemented method executing, using at least one processor, instructions recorded on a non-transitory computer-readable storage medium, the method for creating system pages that describe a source database for a data migration, wherein the source database is a DB2 database wherein the system pages are created as a result of performing an update on a table associated with the source database, the method comprising: determining whether data in a table associated with the source database has been changed since a most recent alter command performed on the table in the source database; performing an update on the table when it is determined that data in the table has not been changed since the most recent alter; creating a new system page as the result of performing the update; and performing a rollback on the table after the update. determining whether data in a table associated with the source database has been changed since a most recent alter command performed on the table in the source database; performing an update on the table when it is determined that data in the table has not been changed since the most recent alter; creating a new system page as the result of performing the update; and performing a rollback on the table after the update.
A helical tower comprising: a plurality of helical tower turns connected to each other in a helical shape for travel by a vehicle; and a plurality of stair elements connected to each other so as to be walkable by a user; wherein each of the tower turns is formed from a plurality of interconnected turn modules that also interconnect adjacent tower turns; wherein a respective upper one of the tower turns is mountable from a respective lower one of the tower turns by connecting further turn modules, characterized in that the stair elements are connected to each other in a helical shape; and the walkable connected stair elements run in a spiral-shaped opposite direction to the travelable tower turns. a plurality of helical tower turns connected to each other in a helical shape for travel by a vehicle; and a plurality of stair elements connected to each other so as to be walkable by a user; wherein each of the tower turns is formed from a plurality of interconnected turn modules that also interconnect adjacent tower turns; wherein a respective upper one of the tower turns is mountable from a respective lower one of the tower turns by connecting further turn modules, the stair elements are connected to each other in a helical shape; and the walkable connected stair elements run in a spiral-shaped opposite direction to the travelable tower turns.
Aqueous animal or human health food supplement comprising plant-based active principles, characterised in that said active principles comprise at least: - curcumin extracts of the genus Curcuma, having the binominal name Curcuma longa; - white willow bark extracts of the genus Salix, having the binominal name Salix alba; - yucca root extracts of the genus Yucca, having the binominal name Yucca schidigera; - Boswellia extracts of the genus Boswellia, having the binominal name Boswellia serrata; and - spirulina extracts of the genus Arthrospira having the binominal name Arthrospira platensis, in order to enable in particular the relief and support for sensitive and/or ageing joints. - curcumin extracts of the genus Curcuma, having the binominal name Curcuma longa; - white willow bark extracts of the genus Salix, having the binominal name Salix alba; - yucca root extracts of the genus Yucca, having the binominal name Yucca schidigera; - Boswellia extracts of the genus Boswellia, having the binominal name Boswellia serrata; and - spirulina extracts of the genus Arthrospira having the binominal name Arthrospira platensis,
Dual frequency RF identification device comprising an HF antenna for receiving an HF electromagnetic field, an HF interface, an UHF antenna for receiving an UHF electromagnetic field, an UHF interface, non-volatile memory means, device reset means, a power generator and a power management unit, the HF interface being arranged for carrying out an HF protocol and the UHF Interface being arranged for carrying out an UHF protocol; characterized in that the non-volatile memory means are formed at least by a first non-volatile memory and a second non-volatile memory, the identification device being arranged so that the first non-volatile memory can be powered and be in an active state without activating the second non-volatile memory, the first non-volatile memory consuming substantially a first power in a read mode and the second non-volatile memory consuming substantially a second power in a read mode, the second power being substantially higher than the first power; in that the first non-volatile memory comprises all data needed for a device configuration allowing this device to carry out at least a communication mode of said UHF protocol, this communication mode having access to the first non-volatile memory but not to the second non-volatile memory, the first non-volatile memory further comprising all attributes needed for a configuration of said communication mode; in that the power management unit is arranged for detecting: - a first determined power level provided by said power generator and required for said communication mode of the UHF protocol to be carried out by the device, - at least a second determined power level provided by said power generator and substantially higher than the first determined power level, this second determined power level being required for a communication mode of said HF protocol with an access at least to said second non-volatile memory to be carried out by the device; in that the device is further arranged for allowing said configuration of the communication mode of the UHF protocol and then an execution of this communication mode when the power provided by the power generator is equal or superior to the first determined power level; and in that the device is arranged for allowing a full activation of the HF Interface together with the second non-volatile memory only when the power provided by the power generator is equal or superior to the second determined power level. - a first determined power level provided by said power generator and required for said communication mode of the UHF protocol to be carried out by the device, - at least a second determined power level provided by said power generator and substantially higher than the first determined power level, this second determined power level being required for a communication mode of said HF protocol with an access at least to said second non-volatile memory to be carried out by the device;
Bushing for fastening a material layer on an underlying structure, comprising a plate and a hollow shank integrally formed thereon for receiving a fastening screw (24; 34), a stepped hole being provided in the hollow shank, the stepped hole comprising at least two steps (28; 38; 50) between at least three regions (18; 30; 36; 52), at least part of the hollow shank being tapered on an exterior surface, the hollow shank being provided with elements that can be widened radially, and the elements that can be widened being formed as axial slots in the tapered part of the hollow shank, characterised in that the base of each slot is provided with a thin axial bottom that can be expanded or split by the widening.
A method performed by a first wireless Access Point, AP, node for controlling radio resource usage, wherein the first wireless AP node has a first Radio Frequency, RF, coverage area that is at least partly overlapping with a second RF coverage area of a second wireless AP node, wherein the first and second wireless AP nodes (102,104) are operating on the same RF channel and wherein the method comprises: - transmitting, to the second wireless AP node, a negotiation request message when at least one trigger requirement is fulfilled, which negotiation request message comprises information indicating a request for a first priority level of the first wireless AP node and which negotiation request message is configured to comprise information relating to the at least one trigger requirement; - receiving, from the second wireless AP node, a negotiation response message, which negotiation response message comprises information relating to the request for the first priority level of the first wireless AP node; - configuring, based on the negotiation response message, the first priority level of the first wireless AP node in relation to a second priority level of the second wireless AP node, which first and second priority levels are priority levels for accessing the RF channel; and - transmitting, to a wireless device associated with the first wireless AP node, data via the RF channel in dependence of the first priority level thereby controlling the radio resource usage. - transmitting, to the second wireless AP node, a negotiation request message when at least one trigger requirement is fulfilled, which negotiation request message comprises information indicating a request for a first priority level of the first wireless AP node and which negotiation request message is configured to comprise information relating to the at least one trigger requirement; - receiving, from the second wireless AP node, a negotiation response message, which negotiation response message comprises information relating to the request for the first priority level of the first wireless AP node; - configuring, based on the negotiation response message, the first priority level of the first wireless AP node in relation to a second priority level of the second wireless AP node, which first and second priority levels are priority levels for accessing the RF channel; and - transmitting, to a wireless device associated with the first wireless AP node, data via the RF channel in dependence of the first priority level thereby controlling the radio resource usage.
A winding mechanism for a sunscreen, for use in an open roof construction for a vehicle, comprising a winding tube being rotatable around a central axis of rotation for winding and unwinding the sunscreen, at least one spring member for biasing the winding tube in a direction for winding the sunscreen thereon, and a sleeve for protecting said spring member from causing noises, characterized in that the sleeve is manufactured of a flexible layered material, having at least a first and a second layer connected to each other and having different properties.
A wireless transmit/receive unit, WTRU, (102, 202, 302, 802, 902, 1002) characterized in comprising: a processor configured to: send a first request message to a network, the first request message comprising an indication to establish a user plane; receive a response message to the first request message, the response message comprising an indication that the WTRU is located in a non-allowed area and an indication that the network is preventing the user plane from being established in the non-allowed area; and send a second request message without the indication to establish the user plane in response to receiving the indication that the WTRU is located in the non-allowed area. send a first request message to a network, the first request message comprising an indication to establish a user plane; receive a response message to the first request message, the response message comprising an indication that the WTRU is located in a non-allowed area and an indication that the network is preventing the user plane from being established in the non-allowed area; and send a second request message without the indication to establish the user plane in response to receiving the indication that the WTRU is located in the non-allowed area.
A display apparatus, comprising: a signal processing unit which is arranged to process a broadcast signal; an application execution unit which is arranged to execute an application; a storage unit including a first memory area allocated for processing the broadcast signal and a second memory area allocated for execution of the application; and a control unit which is arranged to change the first memory area to an area for execution of the application; characterised in that: the storage unit is arranged to store a pre-stored code command to change a use of a memory area; the control unit, if the application is executed, is arranged to change, by calling the pre-stored code command stored in a kernel area of the storage unit, the first memory area to an area for execution of the application, and the control unit, if a predetermined event occurs while the first memory area is changed to the area for execution of the application, is arranged to restore the changed first memory area back to an area for processing the broadcast signal, by calling another pre-stored code command stored in the kernel area of the storage unit, and is arranged to move data stored in the first memory area during execution of the application to the second memory area and store the data therein. a signal processing unit which is arranged to process a broadcast signal; an application execution unit which is arranged to execute an application; a storage unit including a first memory area allocated for processing the broadcast signal and a second memory area allocated for execution of the application; and a control unit which is arranged to change the first memory area to an area for execution of the application; the storage unit is arranged to store a pre-stored code command to change a use of a memory area; the control unit, if the application is executed, is arranged to change, by calling the pre-stored code command stored in a kernel area of the storage unit, the first memory area to an area for execution of the application, and the control unit, if a predetermined event occurs while the first memory area is changed to the area for execution of the application, is arranged to restore the changed first memory area back to an area for processing the broadcast signal, by calling another pre-stored code command stored in the kernel area of the storage unit, and is arranged to move data stored in the first memory area during execution of the application to the second memory area and store the data therein.
A method of operating a mobile terminal (302, 710), the method comprising: receiving, via a Local Area Network, LAN, from an external terminal without connecting to the external terminal, a service list broadcast by the external terminal, the service list comprising at least one service that may be provided by the external terminal via the LAN; displaying a list of available services comprising at least one service to be provided by the mobile terminal (302, 710) and the at least one service included in the received service list; displaying, on a display unit of the mobile terminal (302, 710), a first point representing a location of the mobile terminal (302, 710) and a second point representing a location of the external terminal, wherein the first point and the second point as displayed on the display unit of the mobile terminal (302, 710) represent relative locations to each other, and wherein the at least one service to be provided by the mobile terminal (302, 710) is displayed on the first point and the at least one service included in the received service list is displayed on the second point; requesting, based on the displayed list of available services, the external terminal to provide a service included in the service list; and connecting to the external terminal via the LAN and receiving the requested service. receiving, via a Local Area Network, LAN, from an external terminal without connecting to the external terminal, a service list broadcast by the external terminal, the service list comprising at least one service that may be provided by the external terminal via the LAN; displaying a list of available services comprising at least one service to be provided by the mobile terminal (302, 710) and the at least one service included in the received service list; displaying, on a display unit of the mobile terminal (302, 710), a first point representing a location of the mobile terminal (302, 710) and a second point representing a location of the external terminal, wherein the first point and the second point as displayed on the display unit of the mobile terminal (302, 710) represent relative locations to each other, and wherein the at least one service to be provided by the mobile terminal (302, 710) is displayed on the first point and the at least one service included in the received service list is displayed on the second point; requesting, based on the displayed list of available services, the external terminal to provide a service included in the service list; and connecting to the external terminal via the LAN and receiving the requested service.
A rail system with two rails for a rail vehicle, each of which has a guide groove (2.3) with a drainage recess (2.2), wherein a drainage channel is arranged transverse to the rails and in the area of the drainage recess (2.2), wherein a recess is provided in the wall of the drainage channel for each rail, characterised in that the length of the drainage channel stretches beyond the outer side (2.4) of the rails.
Device for generating and transmitting control commands for an autonomously driving motor vehicle, wherein the device is configured to receive at least environment data and vehicle status data, to calculate at least one trajectory therefrom, to calculate the control commands required for the implementation of the trajectory for at least one actuator and to transmit them to the at least one actuator, wherein the device comprises at least a first subsystem, a second subsystem, a third subsystem and a fourth subsystem, wherein the first subsystem and the third subsystem operate as masters and the second subsystem and the fourth subsystem operate as slaves, wherein the first subsystem and the second subsystem are connected via at least one data connection and the third subsystem and the fourth subsystem are connected to one another via a further data connection, wherein additionally the first subsystem and the third subsystem are connected to one another via at least one data connection and the second subsystem and the fourth subsystem are connected to one another via a data connection, wherein the first subsystem and the second subsystem each receive at least environment data and vehicle status data and the third subsystem and the fourth subsystem transmit at least the control commands to the at least one actuator system, wherein at least the first subsystem and the third subsystem are configured to be fail-silent, wherein the device is further configured to generate and transmit at least one control command in the event of individual errors in a subsystem (CM, CS, EM, ES) in order to bring the motor vehicle into a safe state, wherein the first subsystem and the second subsystem are configured such that they each calculate at least one trajectory, wherein the device is configured such that in error-free operation the control commands for the actuator system are calculated and output by the second subsystem or the fourth subsystem, wherein the second subsystem and the fourth subsystem are configured for higher computing power compared with the first subsystem and third subsystem.