mhurhangee/ep-ind-claims huggingface dataset:
A network element, comprising: a plurality of ports interfacing to a plurality of other network elements (102b, 102c), wherein each of the plurality of ports has corresponding dedicated active bandwidth; and a control element coupled to the plurality of ports, characterised in that at least one of the plurality of ports comprises dedicated protection bandwidth, and that the control element is configured to provide virtualized shared protection capacity across a plurality of instance flows over the plurality of ports, the virtualized shared protection capacity comprising shared protection bandwidth, wherein the plurality of instance flows comprise one or more of virtual private networks (VPNs) and virtual machines (VMs), wherein the virtualized shared protection bandwidth may be used by the plurality of virtual private networks or virtual machines over the plurality of ports. a plurality of ports interfacing to a plurality of other network elements (102b, 102c), wherein each of the plurality of ports has corresponding dedicated active bandwidth; and a control element coupled to the plurality of ports, characterised in that at least one of the plurality of ports comprises dedicated protection bandwidth, and that the control element is configured to provide virtualized shared protection capacity across a plurality of instance flows over the plurality of ports, the virtualized shared protection capacity comprising shared protection bandwidth, wherein the plurality of instance flows comprise one or more of virtual private networks (VPNs) and virtual machines (VMs), wherein the virtualized shared protection bandwidth may be used by the plurality of virtual private networks or virtual machines over the plurality of ports.
A method for use in a first network access point, NAP, the method comprising: assigning an Internet Protocol, IP, address to a client that is connected to the first NAP; receiving an Internet Group Management Protocol, IGMP, message from the client to join a multicast address, wherein the multicast address is associated with a response bucket, wherein the response bucket comprises a group of clients connected to the first NAP, wherein a class D octet in the multicast address is a class C octet of the client's IP address; receiving a Hypertext Transfer Protocol, HTTP, request from the client; sending the HTTP request to a second NAP, wherein the HTTP request comprises a content identifier, CID; receiving an HTTP response from the second NAP, wherein the HTTP response comprises a reverse CID, rCID; and sending a multicast response comprising the HTTP response to the multicast address, wherein the multicast response includes a group identification, ID, field in an IP header, wherein the group ID field indicates that the client is to extract the HTTP response, wherein the group ID field in the IP header comprises a number of bits, wherein a bit position of the number of bits indicates a group membership of the client. assigning an Internet Protocol, IP, address to a client that is connected to the first NAP; receiving an Internet Group Management Protocol, IGMP, message from the client to join a multicast address, wherein the multicast address is associated with a response bucket, wherein the response bucket comprises a group of clients connected to the first NAP, wherein a class D octet in the multicast address is a class C octet of the client's IP address; receiving a Hypertext Transfer Protocol, HTTP, request from the client; sending the HTTP request to a second NAP, wherein the HTTP request comprises a content identifier, CID; receiving an HTTP response from the second NAP, wherein the HTTP response comprises a reverse CID, rCID; and sending a multicast response comprising the HTTP response to the multicast address, wherein the multicast response includes a group identification, ID, field in an IP header, wherein the group ID field indicates that the client is to extract the HTTP response, wherein the group ID field in the IP header comprises a number of bits, wherein a bit position of the number of bits indicates a group membership of the client.
A nasal respiratory assembly comprising: flexible tubing connected to a fluid source, wherein the flexible tubing comprises a segment having a pair of radially directed receptacles extending therefrom, each receptacle having an exit end through which fluid from the fluid source is dispensed; and a pair of posts; wherein each post comprises: a flange sized and shaped to attach to an exterior portion of the nostril of a patient; a main body comprising a passageway within its interior; and a connector with a central opening sized and shaped to provide for removable insertion of the exit end of one of the receptacles, wherein the nasal respiratory assembly is maskless and strapless. flexible tubing connected to a fluid source, wherein the flexible tubing comprises a segment having a pair of radially directed receptacles extending therefrom, each receptacle having an exit end through which fluid from the fluid source is dispensed; and a pair of posts; wherein each post comprises: a flange sized and shaped to attach to an exterior portion of the nostril of a patient; a main body comprising a passageway within its interior; and a connector with a central opening sized and shaped to provide for removable insertion of the exit end of one of the receptacles, wherein the nasal respiratory assembly is maskless and strapless. a flange sized and shaped to attach to an exterior portion of the nostril of a patient; a main body comprising a passageway within its interior; and a connector with a central opening sized and shaped to provide for removable insertion of the exit end of one of the receptacles, wherein the nasal respiratory assembly is maskless and strapless.
An internal joint stabilizer for stabilizing a joint between a first bone and a second bone, the joint having a natural axis of rotation, the internal joint stabilizer comprising: a first plate; a rotating portion connectable to the first plate affixed to a first bone of a joint; said rotating portion configured to have an axis of rotation collinear with the natural axis of rotation of the joint; said rotating portion additionally configured to rotate on a plane perpendicular to the natural axis of rotation of the joint, in use; an adjustable neck portion having a cylindrical cross-section, said adjustable neck portion translatable at least longitudinally along an axis; a second plate affixed to a second bone of the joint, the second plate attached to said adjustable neck portion, said adjustable neck portion connected between said second plate and said rotating portion connected to the first plate; said first plate having holes formed therein for receiving screws; wherein the rotating portion is a bearing or hinge adjustable around the X, Y and Z axes. a first plate; a rotating portion connectable to the first plate affixed to a first bone of a joint; said rotating portion configured to have an axis of rotation collinear with the natural axis of rotation of the joint; said rotating portion additionally configured to rotate on a plane perpendicular to the natural axis of rotation of the joint, in use; an adjustable neck portion having a cylindrical cross-section, said adjustable neck portion translatable at least longitudinally along an axis; a second plate affixed to a second bone of the joint, the second plate attached to said adjustable neck portion, said adjustable neck portion connected between said second plate and said rotating portion connected to the first plate; said first plate having holes formed therein for receiving screws; wherein the rotating portion is a bearing or hinge adjustable around the X, Y and Z axes.
A suction instrument for providing suction at a site within a patient comprising: (a) a cannula assembly comprising: (i) a proximal end, (ii) a distal end, (iii) a suction lumen (178, 414) extending from the proximal end to the distal end, wherein the cannula is formed of a rigid material; and (b) a sensor assembly comprising: (i) a position sensor fixed relative to the cannula assembly on a portion of the cannula assembly exterior to the suction lumen, and (ii) a communication wire in electrical communication with the sensor, wherein the communication wire extends along a length of the cannula assembly exterior to the suction lumen. (a) a cannula assembly comprising: (i) a proximal end, (ii) a distal end, (iii) a suction lumen (178, 414) extending from the proximal end to the distal end, wherein the cannula is formed of a rigid material; and (i) a proximal end, (ii) a distal end, (iii) a suction lumen (178, 414) extending from the proximal end to the distal end, wherein the cannula is formed of a rigid material; and (b) a sensor assembly comprising: (i) a position sensor fixed relative to the cannula assembly on a portion of the cannula assembly exterior to the suction lumen, and (ii) a communication wire in electrical communication with the sensor, wherein the communication wire extends along a length of the cannula assembly exterior to the suction lumen. (i) a position sensor fixed relative to the cannula assembly on a portion of the cannula assembly exterior to the suction lumen, and (ii) a communication wire in electrical communication with the sensor, wherein the communication wire extends along a length of the cannula assembly exterior to the suction lumen.
A method of improving the balance of a rotor in a wind turbine, the method including; initiate the following process upon a receipt of a process call; determining blade load data associated with two or more selected rotor blade pairs; determining for each of the selected rotor blade pairs, based on the blade load data, pitch imbalance data associated with the selected rotor blade pair, wherein the pitch imbalance data associated with a rotor blade pair is based on measurements of at least blade loading, rotor speed and wind speed and represents the difference in pitch between the selected rotor blade pair; and determining and applying pitch control inputs in the form of pitch offset values to each of the selected rotor blade pairs in order to reduce the severity of the rotor imbalance.
A method for monitoring a condition of a sample handling system connected to a gas analyzer, the sample handling system comprising a sample line for supplying a gas sample to the gas analyzer, and at least one sample handling device on the sample line for operating on the gas sample, the method comprising: receiving measured operational parameters associated with the sample handling system obtained with a plurality of sensors provided in the sample line; determining estimated operational parameters associated with the sample handling system based on the measured operational parameters and data related to at least one of physical dimensions of the sample line and operating characteristics relating to the at least one sample handling device; comparing the measured operational parameters and the estimated operational parameters with reference values of operational parameters associated with the at least one sample handling device; determining at least one operating condition of the sampling handling system based on the result of comparison and based on rate of change of at least one of the measured operational parameters, wherein determining the at least one operating condition of the sampling handling system based on rate of change comprises an extrapolation of the rate of change and a comparison with a reference value; and generating an alarm based on the determined at least one operating condition, wherein the alarm includes at least one event relating to faults, warnings about failure, estimation of life of the at least one sample handling device, estimation of condition of the at least one sample handling device, and schedule of maintenance for the at least one sample handling device. receiving measured operational parameters associated with the sample handling system obtained with a plurality of sensors provided in the sample line; determining estimated operational parameters associated with the sample handling system based on the measured operational parameters and data related to at least one of physical dimensions of the sample line and operating characteristics relating to the at least one sample handling device; comparing the measured operational parameters and the estimated operational parameters with reference values of operational parameters associated with the at least one sample handling device; determining at least one operating condition of the sampling handling system based on the result of comparison and based on rate of change of at least one of the measured operational parameters, wherein determining the at least one operating condition of the sampling handling system based on rate of change comprises an extrapolation of the rate of change and a comparison with a reference value; and generating an alarm based on the determined at least one operating condition, wherein the alarm includes at least one event relating to faults, warnings about failure, estimation of life of the at least one sample handling device, estimation of condition of the at least one sample handling device, and schedule of maintenance for the at least one sample handling device.
A vehicle in which a motor is mounted, the vehicle comprising: a power control unit that includes a capacitor and a discharge execution unit, which is configured to execute discharge control for reducing electric charges stored in the capacitor, and which controls power to be supplied to the motor; a first control unit configured to send a control instruction signal, which controls the power, to the power control unit; and a second control unit configured to communicate with the first control unit; characterized in that the vehicle comprises; an auxiliary power supply that supplies operating power to the first control unit and the second control unit, and further characterised in that; the first control unit acquires collision prediction information indicating whether there is a possibility that the vehicle will collide and sends an instruction to the discharge execution unit to execute the discharge control, if (i) an abnormality occurs in a communication with the second control unit and, (ii) the collision prediction information indicates that there is a possibility that the vehicle will collide, or if (iii) a voltage of the auxiliary power supply becomes lower than a threshold voltage and, (iv) the collision prediction information indicates that there is a possibility that the vehicle will collide. a power control unit that includes a capacitor and a discharge execution unit, which is configured to execute discharge control for reducing electric charges stored in the capacitor, and which controls power to be supplied to the motor; a first control unit configured to send a control instruction signal, which controls the power, to the power control unit; and a second control unit configured to communicate with the first control unit; characterized in that the vehicle comprises; an auxiliary power supply that supplies operating power to the first control unit and the second control unit, and further characterised in that;
A patient treatment table extension for imaging and treatment of a prone patient's breast, comprising: a planar base having right and left sides, proximal and distal ends and an opening for either a right or left breast on a respective left or right side of said base and located between said proximal and distal ends; a chest support located adjacent said opening; and at least one handrail (10, 20) located on said side having said opening side and extending from said distal end to said proximal end, characterized in that each of said at least one handrail is mounted to said planar base by a hinge at said proximal end and is restrained by a releasable mount at said distal end, said hinge configured to allow said handrail to be raised at said distal end and rotated toward said proximal end. a planar base having right and left sides, proximal and distal ends and an opening for either a right or left breast on a respective left or right side of said base and located between said proximal and distal ends; a chest support located adjacent said opening; and at least one handrail (10, 20) located on said side having said opening side and extending from said distal end to said proximal end, a chest support located adjacent said opening; and at least one handrail (10, 20) located on said side having said opening side and extending from said distal end to said proximal end, characterized in that each of said at least one handrail is mounted to said planar base by a hinge at said proximal end and is restrained by a releasable mount at said distal end, said hinge configured to allow said handrail to be raised at said distal end and rotated toward said proximal end.
A stretchable knitted fabric comprising a non-elastic yarn and an elastic yarn, wherein the instantaneous heat generation temperature when stretched by 100 % for 100 times in at least one of warp and weft directions of the knitted fabric is 1.0 °C or more, characterized in that the knitted fabric comprises the elastic yarn in an amount of 40 g/m 2 or more, the power of the knitted fabric stretched by 95 % in at least one of warp and weft directions of the knitted fabric is 2.5 N or more, and the ratio (Lb/La) between the length La obtained by adding the length of sinker loop of the elastic yarn and the length of needle loop of the non-elastic yarn in one unit of the knit structure when knitted fabric is stretched by 30 % in both warp and weft directions, and the length Lb obtained by adding the length of the sinker loop of the elastic yarn and the length of the needle loop of the non-elastic yarn in one unit of the knit structure when knitted fabric is further stretched in either one of the warp and the weft directions to 50 % stretch satisfies the following Formula: 1.2 ≤ Lb / La ≤ 1.8 wherein the power of the knitted fabric stretched by 95 % is measured as follows: the knitted fabric in the state of being stretched by 30 % of the initial length is set on a tensile tester and assuming that the stress value here is 0, the stress value when further stretched by 50 % based on the length at the setting, i.e. stretched by 95 % in all of the initial length of the knitted fabric, is measured and taken as the power of knitted fabric stretched by 95 %.
Main apparatus for the personal protection, which comprises one or more main sensors (9, 10), a first main transceiver and at least one main control unit which is connected to these one or more main sensors (9, 10) and to this first main transceiver for transmitting and receiving to or from at least one secondary apparatus (2, 3) on a first radio channel control signals and/or activation signals, characterized in that the main apparatus also comprises a second main transceiver, wherein the main control unit is also connected to this second main transceiver for transmitting and receiving to or from said at least one secondary apparatus (2, 3) on a second radio channel said control signals and/or activation signals.
A method for forming a copper wire on a substrate, said substrate having at least one wire bonding portion made of copper or copper alloy comprising the steps of (i) providing a substrate having at least one wire bonding portion made of copper or copper alloy; (ii) forming a palladium layer having a palladium content of more than 99.9 wt.-% or palladium alloy layer which comprises 90.0 - 99.9 wt.-% palladium and 0.1 - 10-0 wt.-% phosphorous on the at least one wire bonding portion; and thereafter (iii) bonding a copper wire onto the palladium or palladium alloy layer, and wherein the palladium or palladium alloy layer according to step (ii) is formed directly upon the copper or copper alloy bonding portion. (i) providing a substrate having at least one wire bonding portion made of copper or copper alloy; (ii) forming a palladium layer having a palladium content of more than 99.9 wt.-% or palladium alloy layer which comprises 90.0 - 99.9 wt.-% palladium and 0.1 - 10-0 wt.-% phosphorous on the at least one wire bonding portion; and thereafter (iii) bonding a copper wire onto the palladium or palladium alloy layer,
An elevator cabin comprising: a platform having a peripheral edge; at least one panel arranged near the peripheral edge for defining a wall, said at least one panel comprising an end portion folded outwardly of the platform; a bracket having an extension along a main direction following a section of said peripheral edge, said bracket comprising a first portion mounted on said peripheral edge and a second portion originating from the first portion with an extension away therefrom, said second portion being located at a first distance above the platform, characterized in that a plurality of first through openings are obtained along said end portion; said bracket and said platform delimiting a gap; said second portion having a plurality of second through openings, said end portion being arranged on the bracket so that the first through openings are at least partially superimposed on the second through openings. a platform having a peripheral edge; at least one panel arranged near the peripheral edge for defining a wall, said at least one panel comprising an end portion folded outwardly of the platform; a bracket having an extension along a main direction following a section of said peripheral edge, said bracket comprising a first portion mounted on said peripheral edge and a second portion originating from the first portion with an extension away therefrom, said second portion being located at a first distance above the platform, characterized in that a plurality of first through openings are obtained along said end portion; said bracket and said platform delimiting a gap; said second portion having a plurality of second through openings, said end portion being arranged on the bracket so that the first through openings are at least partially superimposed on the second through openings.