mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving at a user equipment data broadcasted from a network node; characterized in that the data comprises expected interference levels calculated by the network node for a plurality of respective resource blocks associated with cellular communications, the user equipment operating in a hybrid network comprising device-to-device and cellular communications, and the expected interference levels being represented by data indicative of expected interference associated with the plurality of resource blocks due to device-to-device communications using the resource blocks; and selecting by the user equipment a resource block from the plurality of resource blocks for a device-to-device communications session based at least in part on the expected interference levels for the plurality of resource blocks, so as to lessen or avoid interference caused by the device-to-device communications session on the cellular communications in the hybrid network. receiving at a user equipment data broadcasted from a network node; characterized in that the data comprises expected interference levels calculated by the network node for a plurality of respective resource blocks associated with cellular communications, the user equipment operating in a hybrid network comprising device-to-device and cellular communications, and the expected interference levels being represented by data indicative of expected interference associated with the plurality of resource blocks due to device-to-device communications using the resource blocks; and selecting by the user equipment a resource block from the plurality of resource blocks for a device-to-device communications session based at least in part on the expected interference levels for the plurality of resource blocks, so as to lessen or avoid interference caused by the device-to-device communications session on the cellular communications in the hybrid network.
A battery bank for a redox flow battery having a cavity (8, 12, 35) in which electrolyte (10, 14, 36) is stored, wherein the electrolyte (10, 14, 36) is provided for supply to one or more redox flow cells, wherein the cavity (8, 12, 35) is a cavern (8, 12, 35) and wherein the electrolyte (10, 14, 36) comprises brine and polymer.
A method for automatically hyperlinking a plurality of electronic documents each including one or more pages, the electronic documents being stored on a computer and organized according to a hierarchical file system, the method comprising: receiving, from a user, a selection of the plurality of electronic documents; generating a list of search terms from the selected plurality of electronic documents, each of the search terms of the list being associated to a hyperlink destination of a corresponding electronic document of the selected plurality of electronic documents, each of the search terms of the list having been i) filtered based on a filter mode and a delimiter character and ii) extracted from a user-designated source selected from a group consisting of: a file name, a page region, and a page label, the user-designated source being common to all of the selected plurality of electronic documents; scanning, without user intervention, each of the selected plurality of electronic documents for text strings matching the search terms of the list; generating, without user intervention, activatable hyperlinks from the matched text strings in the selected plurality of electronic documents, the activatable hyperlinks being assigned the hyperlink destinations to which the corresponding search terms of the matched text strings are correlated in the list; and appending, without user intervention, the activatable hyperlinks to the respective matched text strings in the selected plurality of electronic documents. receiving, from a user, a selection of the plurality of electronic documents; generating a list of search terms from the selected plurality of electronic documents, each of the search terms of the list being associated to a hyperlink destination of a corresponding electronic document of the selected plurality of electronic documents, each of the search terms of the list having been i) filtered based on a filter mode and a delimiter character and ii) extracted from a user-designated source selected from a group consisting of: a file name, a page region, and a page label, the user-designated source being common to all of the selected plurality of electronic documents; scanning, without user intervention, each of the selected plurality of electronic documents for text strings matching the search terms of the list; generating, without user intervention, activatable hyperlinks from the matched text strings in the selected plurality of electronic documents, the activatable hyperlinks being assigned the hyperlink destinations to which the corresponding search terms of the matched text strings are correlated in the list; and appending, without user intervention, the activatable hyperlinks to the respective matched text strings in the selected plurality of electronic documents.
Filling device for dosing a defined amount of loose-type material, the filling device comprising a filling unit with a basic body rotating symmetrically around an axis of rotation and a control device having two controlling arms, wherein the basic body has at least one dosing channel passing through it extending in the axial direction of the axis of rotation, comprising an inlet section, a dosing channel section having a defined volume and an outlet section, wherein each dosing channel has a dosing channel section inlet and a dosing channel section outlet, and wherein the basic body comprises at a first end a first intake unit for a storage receptacle for loose-type material arranged on the filling unit and at an end opposite the first end, a second intake unit for an intake receptacle for loose-type material arranged on the filling unit and wherein the basic body possesses two controlling arm guides for accommodating the controlling arms displaceable in these controlling arms of the controlling device, wherein the first controlling arm has a dosing channel section inlet opening associated with the dosing channel section inlet and the second controlling arm has a dosing channel section outlet opening associated with the dosing channel section outlet and wherein the control device can be selectively brought into different shift positions by displacement, wherein the shift position is an inlet position in which, when the control device is brought there, the dosing channel section inlet opening releases the dosing channel section inlet associated with it to fill the dosing channel, and at the same time, the dosing channel section outlet is closed, and wherein the shift position is an outlet position in which, when the control device is brought there, the dosing channel section inlet is closed and at the same time the dosing channel section outlet opening releases the dosing channel section outlet associated with it, and wherein the basic body is formed in several parts, wherein the basic body has a dosing channel body rotatable around the axis of rotation, the body possessing a plurality of dosing channel sections with different defined volumes, characterised in that each of the different dosing channel sections with a defined volume can be locked in the dosing channel of the basic body by rotation around the axis of rotation.
An ablator comprising: a base material formed from fiber; granular resin; and binder resin impregnated in the base material to couple the granular resin and the base material, wherein the content of the binder resin contained in the ablator is such that the ablator has flexibility so the ablator can be bent to fit to the shape of a fuselage main unit. a base material formed from fiber; granular resin; and binder resin impregnated in the base material to couple the granular resin and the base material, wherein the content of the binder resin contained in the ablator is such that the ablator has flexibility so the ablator can be bent to fit to the shape of a fuselage main unit.
An aft frame for a combustor of a gas turbine, which is connected to or formed as a part of a downstream end of a duct for routing combustion gases through the combustor to an inlet of the gas turbine, and which when installed in the combustor forms an axial gap between the aft frame and shroud portions of a first stage stationary nozzle disposed at the inlet of the gas turbine, the aft frame comprising: a rail extending circumferentially around and radially outwardly from the downstream end of the duct, the rail defining an outer surface of the aft frame facing the axial gap; and a preformed cover plate having an inner surface attached to the outer surface of the aft frame; wherein a plurality of micro-cooling channels is formed within at least one of the inner surface of the preformed cover plate and the outer surface of the aft frame, wherein the preformed cover plate extends across the plurality of micro-cooling channels characterized in that the cover plate is flush with the outer surface of the aft frame; and in that the plurality of micro-cooling channels have a width of between about 100 micrometers and about 3 millimeters and a depth between about 100 micrometers and about 3 millimeters or have a width and/or depth of less than about 50, 100, 150, 200, 250, 300, 350, 400, 450, 500, 600, 700, or 750 micrometers. a rail extending circumferentially around and radially outwardly from the downstream end of the duct, the rail defining an outer surface of the aft frame facing the axial gap; and a preformed cover plate having an inner surface attached to the outer surface of the aft frame; wherein a plurality of micro-cooling channels is formed within at least one of the inner surface of the preformed cover plate and the outer surface of the aft frame, wherein the preformed cover plate extends across the plurality of micro-cooling channels
A laser resonator comprising a front mirror and a rear mirror with respective resonator cavity reflective surfaces which in cooperation form an unstable resonator cavity with a principal optical axis (O/A), wherein the front mirror further comprises: an output coupling reflective surface which couples out an output beam from the laser resonator by reflection, characterized in that the output coupling reflective surface forms a continuation of the front mirror's resonator cavity reflective surface; and in that a curved reflective surface is provided having a rounded edge that forms a smooth transition between the front mirror's resonator cavity surface and the output coupling reflective surface which suppresses formation of diffraction ripples. an output coupling reflective surface which couples out an output beam from the laser resonator by reflection, characterized in that the output coupling reflective surface forms a continuation of the front mirror's resonator cavity reflective surface; and in that a curved reflective surface is provided having a rounded edge that forms a smooth transition between the front mirror's resonator cavity surface and the output coupling reflective surface which suppresses formation of diffraction ripples.
An elastic plug-in jaw structure for a tap-off unit, the elastic plug-in jaw structure comprising: a plug-in conductor and a connector connected to the plug-in conductor, wherein: the plug-in conductor is configured to be connected to a lead-out conductor in the tap-off unit through the connector; an elastic member is arranged at a rear end of the plug-in conductor; a pressing member abuts against a rear side of the elastic member; the pressing member is configured to elastically press against the plug-in conductor through the elastic member, to facilitate a direct electrical connection between the plug-in conductor and a busbar conductor; wherein said connector is a flexible connector; characterized in that the pressing member comprises a hinge with a fixed shaft at one end of the hinge and a pressing mechanism at the other end of the hinge; and the pressing mechanism is configured to swing the hinge along the fixed shaft, to drive the plug-in conductor to be electronically connected to the busbar conductor. the plug-in conductor is configured to be connected to a lead-out conductor in the tap-off unit through the connector; an elastic member is arranged at a rear end of the plug-in conductor; a pressing member abuts against a rear side of the elastic member; the pressing member is configured to elastically press against the plug-in conductor through the elastic member, to facilitate a direct electrical connection between the plug-in conductor and a busbar conductor; wherein said connector is a flexible connector; characterized in that the pressing member comprises a hinge with a fixed shaft at one end of the hinge and a pressing mechanism at the other end of the hinge; and the pressing mechanism is configured to swing the hinge along the fixed shaft, to drive the plug-in conductor to be electronically connected to the busbar conductor.
A seal comprising: a brush seal plate (200; 250) comprising a retention opening (208; 258); a sealing disk (228; 278) axially proximate the brush seal plate (200; 250), wherein the bristle (204; 254) extends towards a seal shoe (206; 256) of the sealing disk (228; 278); and characterised by a bristle (204; 254) extending radially inward from an inner diameter (203; 253) of the brush seal plate (200; 250); and a spacer (212; 262) adjacent the brush seal plate (200; 250) and including a retention pin (210; 260) that extends through the retention opening (208; 258). a brush seal plate (200; 250) comprising a retention opening (208; 258); a sealing disk (228; 278) axially proximate the brush seal plate (200; 250), wherein the bristle (204; 254) extends towards a seal shoe (206; 256) of the sealing disk (228; 278); and characterised by a bristle (204; 254) extending radially inward from an inner diameter (203; 253) of the brush seal plate (200; 250); and a spacer (212; 262) adjacent the brush seal plate (200; 250) and including a retention pin (210; 260) that extends through the retention opening (208; 258).
A method performed by a user equipment, UE, the method comprising: receiving a downlink transmission, from a base station, in first downlink resources; receiving signaling comprising a pilot sequence, the signaling being sent on downlink resources reserved for the signaling, and the pilot sequence indicating that data on a portion of the first downlink resources in one or more other subframes has been punctured. receiving a downlink transmission, from a base station, in first downlink resources; receiving signaling comprising a pilot sequence, the signaling being sent on downlink resources reserved for the signaling, and the pilot sequence indicating that data on a portion of the first downlink resources in one or more other subframes has been punctured.
A method of handling non-access stratum, NAS, mobility management, MM, messages for a user equipment in a wireless communication system when the user equipment is configured for dual priority, the method comprising: sending a first NAS MM request message containing a first priority level to a network in the wireless communication system, characterized in that the method further comprises: storing a priority indicator indicating the first priority level and a mobility management back-off, MMBK, timer in a non-volatile memory if the user equipment receives a NAS MM reject message with the MMBK timer from the network; and determining whether the user equipment is allowed to initiate a second NAS MM request message according to the MMBK timer and the priority indicator retained in the non-volatile memory after the user equipment is switched off and then switched on, characterized in that the information of priority indicator is cleared if the remaining time of the MMBK timer is zero when the UE is switched on again. sending a first NAS MM request message containing a first priority level to a network in the wireless communication system, characterized in that the method further comprises: storing a priority indicator indicating the first priority level and a mobility management back-off, MMBK, timer in a non-volatile memory if the user equipment receives a NAS MM reject message with the MMBK timer from the network; and determining whether the user equipment is allowed to initiate a second NAS MM request message according to the MMBK timer and the priority indicator retained in the non-volatile memory after the user equipment is switched off and then switched on, characterized in that the information of priority indicator is cleared if the remaining time of the MMBK timer is zero when the UE is switched on again. storing a priority indicator indicating the first priority level and a mobility management back-off, MMBK, timer in a non-volatile memory if the user equipment receives a NAS MM reject message with the MMBK timer from the network; and determining whether the user equipment is allowed to initiate a second NAS MM request message according to the MMBK timer and the priority indicator retained in the non-volatile memory after the user equipment is switched off and then switched on, characterized in that the information of priority indicator is cleared if the remaining time of the MMBK timer is zero when the UE is switched on again.
Method for the production of a component part which is at least partially shell-shaped, especially of a housing part, which comprises a wall, wherein the wall is produced by winding of a fiber material which is supplied with an adhesive medium on a body which is rotating around an axis of rotation, wherein the method comprises the steps of: a) Placing of at least one anchor element at or in the at least partially produced wall; b) Integrating of the anchor element in the wall by further winding of the fiber material which is supplied with adhesive medium; c) After completion of the wall: Attaching of a connection part at the anchor element, characterized in that the integration of the anchor element in the wall takes place by the steps: b 1) Machining of a recess in the at least partially produced wall which recess corresponds to the shape of the anchor element; b 2) Inserting of the anchor element into the recess. a) Placing of at least one anchor element at or in the at least partially produced wall; b) Integrating of the anchor element in the wall by further winding of the fiber material which is supplied with adhesive medium; c) After completion of the wall: Attaching of a connection part at the anchor element, b 1) Machining of a recess in the at least partially produced wall which recess corresponds to the shape of the anchor element; b 2) Inserting of the anchor element into the recess.
Camera with a single-piece housing and a receiving module surrounding a camera module, which receiving module is held in a bearing of the housing, wherein the housing has a cavity which serves for receiving the receiving module, and wall portions of the cavity form the bearing for the receiving module, wherein the viewing angle of the camera is adjustable by pivoting of the receiving module in the bearing, wherein the receiving module is connected to the bearing with a frictional and/or force fit in such a manner that the frictional and/or force fit counters an unintended rotation of the receiving module in relation to the housing, characterized in that the housing and the bearing are composed of rubber, and the bearing is manufactured as part of the housing, and in that the receiving module is of spherical or partially spherical design and the bearing has at least one spherical portion for receiving the receiving module, wherein the cavity is configured for receiving more than one hemisphere of the receiving module, and wherein the cavity of the housing tapers from its largest diameter in the direction of the receiving module such that the receiving module is held as a form fit by the wall portions delimiting the cavity.
Access protection device with a closeable part, which comprises an opening, a closing part, which comprises a lock, which is moveable between a locking position and an unlocking position, wherein, in the locking position, the lock protrudes into the opening, and, in the unlocking position, the lock is pulled out of the opening, and a monitoring device to detect at least one state of the access protection device, in particular a locking state, if the lock is located in the locking position, characterized in that the monitoring device comprises a biaxial magnetic field sensor and a magnetic field generator, which are moveable relative to one another, wherein the magnetic field sensor or the magnetic field generator is moveable with the lock, wherein the magnetic field sensor is an AMR sensor, in order to surely be able to detect when the magnetic field sensor passes the magnetic field generator.
Method for monitoring the wear of the clutch of a manual or automated manual transmission, in particular for industrial vehicles, wherein the following steps are performed for any packing of the disks: - estimation of an overall clutch slip time interval, - calculation of an overall slip (Drpm) sustained by the clutch during said overall time interval, - storage of torque values delivered by a vehicle engine during said overall time interval, - calculation of an energy dissipated on the clutch as an integral (i) in said overall time of the delivered torque multiplied by said overall slip (Drpm). - estimation of an overall clutch slip time interval, - calculation of an overall slip (Drpm) sustained by the clutch during said overall time interval, - storage of torque values delivered by a vehicle engine during said overall time interval, - calculation of an energy dissipated on the clutch as an integral (i) in said overall time of the delivered torque multiplied by said overall slip (Drpm).
A multi-homing access overlay network message processing method, characterized by comprising: when receiving a data message from an interface bounded with multi-homing access, an edge device setting an identifier indicating that the data message is from multi-homing access in the data message, then performing overlay encapsulation on the data message, and sending the data message on which the overlay encapsulation is performed to the overlay network; after a remote end edge device receives the data message sent by the edge device, if data messages sent by multiple edge devices carry the identifier indicating that the data messages are from the multi-homing access and internal layer source MACs are same, then storing a mapping relationship between one same MAC address and multiple overlay network device identifiers in the data messages. when receiving a data message from an interface bounded with multi-homing access, an edge device setting an identifier indicating that the data message is from multi-homing access in the data message, then performing overlay encapsulation on the data message, and sending the data message on which the overlay encapsulation is performed to the overlay network; after a remote end edge device receives the data message sent by the edge device, if data messages sent by multiple edge devices carry the identifier indicating that the data messages are from the multi-homing access and internal layer source MACs are same, then storing a mapping relationship between one same MAC address and multiple overlay network device identifiers in the data messages.