mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically discovering an optical fibre connection within a network element, characterized in that the method comprises: determining, by a destination board, whether the destination board is connected with a source board for the first time according to a first message which is received within a predefined period and which is sent by the source board; if yes, generating, by the destination board, a second message according to the first message sent by the source board and a first message of the destination board, sending the second message to an Automatically Switched Optical Network, ASON, and storing the second message in a local database; otherwise, sending, by the destination board when timing is reached, the ASON the second message which is stored in the local database and which corresponds to the first message sent by the source board; and when receiving the second message sent by the destination board and determining that the second message is not stored locally, detecting, by the ASON, validity of a connection corresponding to the second message, locally storing the second message if the connection is valid, and outputting connection error information if the connection is invalid. determining, by a destination board, whether the destination board is connected with a source board for the first time according to a first message which is received within a predefined period and which is sent by the source board; if yes, generating, by the destination board, a second message according to the first message sent by the source board and a first message of the destination board, sending the second message to an Automatically Switched Optical Network, ASON, and storing the second message in a local database; otherwise, sending, by the destination board when timing is reached, the ASON the second message which is stored in the local database and which corresponds to the first message sent by the source board; and when receiving the second message sent by the destination board and determining that the second message is not stored locally, detecting, by the ASON, validity of a connection corresponding to the second message, locally storing the second message if the connection is valid, and outputting connection error information if the connection is invalid.
A method of uplink synchronization in a multiple carrier system, performed by a mobile station, the method comprising: establishing uplink synchronization for a primary carrier; activating a secondary carrier based on activation information received via the primary carrier; and if the activation information includes an indicator indicating whether a periodic ranging is needed to be performed, performing (S861, S862) the periodic ranging over the secondary carrier to adjust uplink synchronization for the secondary carrier. establishing uplink synchronization for a primary carrier; activating a secondary carrier based on activation information received via the primary carrier; and if the activation information includes an indicator indicating whether a periodic ranging is needed to be performed, performing (S861, S862) the periodic ranging over the secondary carrier to adjust uplink synchronization for the secondary carrier.
A method implemented by a client device for media content streaming, the method comprising: obtaining a media presentation description, MPD, for the media content, wherein the MPD comprises a uniform resource locator, URL, template for construction of URLs; inserting one or more query parameters in a query string portion of a URL, wherein the query string portion follows a path portion of the URL, wherein the one or more parameters are specified to be inserted in the query string portion of the URL based on the URL template, the one or more parameter values are dynamic, and the one or more parameter values are gathered and provided by the client device; sending a media request comprising the URL to a streaming server; and receiving one or more segments of a media content from the streaming server in response to the media request. obtaining a media presentation description, MPD, for the media content, wherein the MPD comprises a uniform resource locator, URL, template for construction of URLs; inserting one or more query parameters in a query string portion of a URL, wherein the query string portion follows a path portion of the URL, wherein the one or more parameters are specified to be inserted in the query string portion of the URL based on the URL template, the one or more parameter values are dynamic, and the one or more parameter values are gathered and provided by the client device; sending a media request comprising the URL to a streaming server; and receiving one or more segments of a media content from the streaming server in response to the media request.
A papermaking felt comprising a base fabric layer and at least one batt layer integrated with the base fabric layer, wherein the base fabric layer comprises at least two layers in form of a first base fabric layer and a second base fabric layer, in which each of the first base fabric layer and the second base fabric layer is formed by spirally winding a band-shaped body having a width smaller than a width of the papermaking felt and having a plurality of ground warp yarns (13, 23), a plurality of ground weft yarns (14, 24), a first side edge, and a second side edge in such a manner that the first side edge and the second side edge are adjacent and by joining the side edges (11, 21, 12, 22) together, and wherein the first base fabric layer and the second base fabric layer are laminated together such that their directions of spiral winding are different from each other, characterized in that a magnitude of a displacement with respect to a cross-machine direction between two intersection points formed by a straights line, which straight line passes through intersection points of the side edges (11, 21, 12, 22) of the respective band-shaped bodies of the first base fabric layer and the second base fabric layer and has a minimum angle to the cross-machine direction, and both ends of the papermaking felt is 2 cm or more.
A DNA marker, which is linked to the linkage group 6 Botrytis cinerea resistance locus of tomato plant 04TEP990312, seed of which was deposited under Deposit Number NCIMB 41623, and which can be amplified by a pair of PCR oligonucleotide primers selected from i. primer pair 1 represented by a forward primer of SEQ ID NO: 1 and a reverse primer of SEQ ID NO: 2, ii. primer pair 2 represented by a forward primer of SEQ ID NO: 3 and a reverse primer of SEQ ID NO: 4. i. primer pair 1 represented by a forward primer of SEQ ID NO: 1 and a reverse primer of SEQ ID NO: 2, ii. primer pair 2 represented by a forward primer of SEQ ID NO: 3 and a reverse primer of SEQ ID NO: 4.
A method for managing data on a memory module, the method comprising: receiving information from an operating system page fault handler indicating that requested data is not stored in a first non-volatile memory of a plurality of NVMs on the memory module; copying, in response to the received information, the requested data from a second NVM of the plurality of NVMs to the first NVM, wherein the second NVM has a higher memory capacity and a longer access latency than the first NVM; storing, in one of the plurality of NVMs, a mapping between a first address and a second address, wherein the first address refers to a location at which the requested data is stored in the first NVM, and wherein the second address refers to a location, in the second NVM, from which the requested data was copied; reading, when the memory module is powered up, the stored mapping; and copying data stored at the first address in the first NVM to the second address in the second NVM. receiving information from an operating system page fault handler indicating that requested data is not stored in a first non-volatile memory of a plurality of NVMs on the memory module; copying, in response to the received information, the requested data from a second NVM of the plurality of NVMs to the first NVM, wherein the second NVM has a higher memory capacity and a longer access latency than the first NVM; storing, in one of the plurality of NVMs, a mapping between a first address and a second address, wherein the first address refers to a location at which the requested data is stored in the first NVM, and wherein the second address refers to a location, in the second NVM, from which the requested data was copied; reading, when the memory module is powered up, the stored mapping; and copying data stored at the first address in the first NVM to the second address in the second NVM.
An LED downlight unit comprising:- (i) a cylindrical casing comprising a side wall having a lower peripheral annular flange extending outwardly from the bottom end of the side wall and an upper peripheral annular flange extending inwardly from an upper end of the side wall to form a rear face having an opening; (ii) an LED module comprising one or more single LEDs on a first printed circuit board; (iii) a heat sink comprising at a lower end an outer annular portion for location against the upper annular peripheral flange of the cylindrical casing and a void or recess within the body of the heat sink, the first printed circuit board being in good thermal contact with the lower end of the heat sink such that heat from the LED(s) on the LED module is dissipated through the heat sink; (iv) a second printed circuit board adapted to accommodate power and control circuitry for the LED(s); characterised in that the second printed circuit board is located within a driver box accommodated within the void or recess within the body of the heat sink and wherein the driver box is thermally insulated from both the heat sink and from the first printed circuit board and thus from the LED(s). (i) a cylindrical casing comprising a side wall having a lower peripheral annular flange extending outwardly from the bottom end of the side wall and an upper peripheral annular flange extending inwardly from an upper end of the side wall to form a rear face having an opening; (ii) an LED module comprising one or more single LEDs on a first printed circuit board; (iii) a heat sink comprising at a lower end an outer annular portion for location against the upper annular peripheral flange of the cylindrical casing and a void or recess within the body of the heat sink, the first printed circuit board being in good thermal contact with the lower end of the heat sink such that heat from the LED(s) on the LED module is dissipated through the heat sink; (iv) a second printed circuit board adapted to accommodate power and control circuitry for the LED(s);
Suburethral sling for the surgical treatment of female urinary incontinence, arranged to secure the mid-urethra, vesical neck and proximal urethra, in order to prevent urine leaks during stresses and the sling comprising a monofilament or multifilament band or mesh of polypropylene or other material, macroporous or similar, whose length corresponds to the endopelvic fascia to which it is anchored, its central zone presents both edges smooth and a black silk filament which crosses the band or mesh centrally in order to mark its midpoint; and wherein, the rest of the band or mesh being designed like an arrow tip; and wherein the band or mesh is fringed with the tip in an oblique direction towards the center, in the form of steps or teeth either separate (4, 6) or contiguous (8, 9), of different angles, according to the case; characterized in that the band or mesh includes a monofilament thread interlaced at from 7 to 15 mm from both ends of the band or mesh, for being pulled and adjusting the tension of the mesh, correcting the stress urinary incontinence; and wherein the black silk filament remains anchored to the edges in order to permit the transverse extension of the band or mesh; and wherein the black silk filament is arranged to prevent it from folding on itself with its longitudinal edges approaching each other and remain spread thus when the two ends are pulled.
Method for positioning an uncoupled central buffer coupling of a rail vehicle into an angular position in relation to the vehicle longitudinal axis, in which the central buffer coupling lies in the middle of its gripping range, wherein the central buffer coupling is arranged such that it can be horizontally pivoted by means of a force-operated drive, with the following method steps: - determining the angular position of the central buffer coupling in relation to the track by means of an optical image recognition method and transmitting said position information to a control facility, - determining a target setting of the central buffer coupling, in which the central buffer coupling lies in the middle of its gripping range, by means of the position information by way of the control facility, - actuating the drive by way of the control facility, until the central buffer coupling has assumed the target setting. - determining the angular position of the central buffer coupling in relation to the track by means of an optical image recognition method and transmitting said position information to a control facility, - determining a target setting of the central buffer coupling, in which the central buffer coupling lies in the middle of its gripping range, by means of the position information by way of the control facility, - actuating the drive by way of the control facility, until the central buffer coupling has assumed the target setting.
An analyzer comprising: an input configured to receive a plurality of data samples, each data sample based on an accelerometer signal indicative of head movement in a single axis due to blood flow through a brain initiated by a different heartbeat; a processor configured to determine a level of chaos of the plurality of data samples that are time-aligned in reference to the heartbeats; and an output configured to provide an indication that a Large Vessel Occlusion is present in the brain when the level of chaos exceeds a threshold, wherein the level of chaos is at least partially based on a difference between signal levels at a plurality of selected times of each of a plurality of acceleration versus time functions of the plurality of data samples, wherein the level of chaos is at least partially based on a calculation of the plurality of acceleration versus time functions, and wherein the calculation comprises determining a difference function for each data sample at a plurality of times, each difference function comprising a difference between the data sample and an average of all data samples. an input configured to receive a plurality of data samples, each data sample based on an accelerometer signal indicative of head movement in a single axis due to blood flow through a brain initiated by a different heartbeat; a processor configured to determine a level of chaos of the plurality of data samples that are time-aligned in reference to the heartbeats; and an output configured to provide an indication that a Large Vessel Occlusion is present in the brain when the level of chaos exceeds a threshold, wherein the level of chaos is at least partially based on a difference between signal levels at a plurality of selected times of each of a plurality of acceleration versus time functions of the plurality of data samples, wherein the level of chaos is at least partially based on a calculation of the plurality of acceleration versus time functions, and wherein the calculation comprises determining a difference function for each data sample at a plurality of times, each difference function comprising a difference between the data sample and an average of all data samples.
A method of providing network security in a communications system, characterized by providing, in a first apparatus and in a second apparatus, a secure storage for an X.509v3 digital certificate; mutually authenticating ports of the first apparatus and the second apparatus by using IEEE 802.1X port based authentication and IEEE 802.1AR secure device identity certificates, wherein the amount of MAC addresses is limited to a configurable number per port in the first apparatus and the second apparatus (102, 101); dividing traffic types by means of an operator-configurable selector function into at least one of user plane, control plane, synchronization plane, and management plane traffic types, and/or one or more further traffic types; wherein for Ethernet transport the method comprises creating a virtual port for each selected traffic type; creating a different MACsec secure connectivity association CA for each virtual port; maintaining an operator-programmable security policy for each of the selected traffic types; repeatedly re-authenticating a port by means of an operator-definable timer value.
Machine for assembling pallets comprising a support structure, at least one framework for assembling a pallet, said pallet being formed of parts, said framework being housable within said support structure, at least one upright movable on said support structure and provided with at least one front nailing means for nailing the parts of the pallet, said machine further comprising means of vertical movement for vertically displacing said at least one front nailing means on the movable upright, said movable upright comprises on the rear part at least one abutment means, said at least one abutment means being designed to close or rivet the nails or staples at the back inserted by said front nailing means into the parts of a pallet supported by said at least one framework, characterised in that said at least one abutment means is vertically movable by means of said movement means in a coordinated manner with the respective one or more front nailing means.
A multi-cylinder Stirling engine having at least two double-cylinder Stirling engines, each comprising a shared hot area or a shared cold area, each double-cylinder Stirling engine having a pair of displacer cylinders (10A, 10B; 10C, 10D) which oppose each other mirror-symmetrically with respect to a mirror plane extending perpendicular to a displacer axis, each of the displacer cylinders having a hot area (12A, 12B; 12C, 12D) comprising a hot plate, a cold area (13A, 13B; 13C, 13D) comprising a cold plate, and a displacer piston (11A, 11B, 11C, 11D) which is moveable between these areas along the displacer axis, at least one power cylinder (20; 20A, 20B), each displacer cylinder being associated with a power cylinder comprising a power piston (21; 21A, 21B), which is moveable along a power axis by means of a pressure change of a working gas which can be caused within the displacer cylinder, a motion conversion device (22, 23, 33; or 22A, 22B, 23A, 23B, 33) for transferring a movement of the power piston along the power axis to a rotational movement of a rotating shaft of the double-cylinder Stirling engine along a rotation axis of the rotating shaft, a coupling device (32, 34, 33) for mechanically coupling a movement of the rigid piston rod along the displacer axis and the rotational movement of the rotating shaft, the displacer pistons of each pair of displacer cylinders (10A, 10B; 10C, 10D) being mechanically coupled to one another by means of a rigid piston rod which is moveable along the displacer axis formed as a shared displacer axis of the displacer pistons (11A, 11B, 11C, 11D) of the pair; the at least two double-cylinder Stirling engines being coupled along the shared displacer axis via said piston rod, which intersperses the shared hot or cold areas and according to a first alternative both displacer cylinders of the double-cylinder Stirling engines being associated with a shared power cylinder and preferably with the motion conversion device (22, 23, 33), or according to a second alternative both displacer cylinders of the double-cylinder Stirling engines each being associated with a separate power cylinder (20A, 20B) and the motion conversion device (22A, 22B, 23A, 23B, 33) being further designed for transferring the movement of the two power cylinders to the rotational movement of the rotating shaft along the power axis.
A reconfigurable stent-graft delivery system for the treatment of abdominal aortic aneurysm comprising: a tubular sheath component defining a lumen from a proximal end to distal end thereof that is reconfigurable from a multi-lumen delivery catheter configuration to a delivery sheath configuration, wherein in the multi-lumen delivery catheter configuration a proximal portion of the sheath component lumen is divided into a plurality of working lumens and a distal portion of the sheath component lumen includes a stent-graft delivery area for compressing a main stent-graft prosthesis in a delivery configuration therein, and wherein in the delivery sheath configuration the proximal portion of the sheath component lumen is not divided into the plurality of working lumens; the delivery system further comprising: a middle member component removably coupled to the delivery system, the middle member component having a middle member shaft that extends within and divides the sheath component lumen into the plurality of working lumens when the delivery system is in the multi-lumen delivery catheter configuration; wherein a plurality of grooves longitudinally extend within an exterior surface of the middle member shaft with each groove at least partially defining one of the plurality of working lumens. a tubular sheath component defining a lumen from a proximal end to distal end thereof that is reconfigurable from a multi-lumen delivery catheter configuration to a delivery sheath configuration, wherein in the multi-lumen delivery catheter configuration a proximal portion of the sheath component lumen is divided into a plurality of working lumens and a distal portion of the sheath component lumen includes a stent-graft delivery area for compressing a main stent-graft prosthesis in a delivery configuration therein, and wherein in the delivery sheath configuration the proximal portion of the sheath component lumen is not divided into the plurality of working lumens; the delivery system further comprising: wherein in the multi-lumen delivery catheter configuration a proximal portion of the sheath component lumen is divided into a plurality of working lumens and a distal portion of the sheath component lumen includes a stent-graft delivery area for compressing a main stent-graft prosthesis in a delivery configuration therein, and wherein in the delivery sheath configuration the proximal portion of the sheath component lumen is not divided into the plurality of working lumens; the delivery system further comprising: a middle member component removably coupled to the delivery system, the middle member component having a middle member shaft that extends within and divides the sheath component lumen into the plurality of working lumens when the delivery system is in the multi-lumen delivery catheter configuration; wherein a plurality of grooves longitudinally extend within an exterior surface of the middle member shaft with each groove at least partially defining one of the plurality of working lumens.