mhurhangee/ep-ind-claims huggingface dataset:
A network path computation method, comprising: sending, by a first node, a path computation request to a first path computation element, PCE, for rerouting form a first label switched path, LSP, wherein the path computation request comprises a rerouting sharing policy specifying, the first LSP and the requested path, sharing as many links as possible, a head node and a last node, and one of an identifier of the first LSP or an identifier of a fault-free link in the first LSP; and receiving, by the first node, a path computation result that is returned by the first PCE and that is obtained according to the identifier and the sharing policy, and establishing a second path from the head node to the last node according to the path computation result, wherein the head node and the last node belong to a first-layer network, the first LSP between the head node and the last node comprises at least one link that belongs to a second-layer network, a head node of the link of the second-layer network is a third node, and the second LSP further comprises at least one link in the second-layer network; and sending, by the first node, to the third node, information causing the third node to send a report message to a second PCE in the second-layer network after marking the at least one link in the second-layer network as a third LSP, wherein the report message comprises a mapping relationship indicating that the third LSP and the second LSP serve a same service. sending, by a first node, a path computation request to a first path computation element, PCE, for rerouting form a first label switched path, LSP, wherein the path computation request comprises a rerouting sharing policy specifying, the first LSP and the requested path, sharing as many links as possible, a head node and a last node, and one of an identifier of the first LSP or an identifier of a fault-free link in the first LSP; and receiving, by the first node, a path computation result that is returned by the first PCE and that is obtained according to the identifier and the sharing policy, and establishing a second path from the head node to the last node according to the path computation result, wherein the head node and the last node belong to a first-layer network, the first LSP between the head node and the last node comprises at least one link that belongs to a second-layer network, a head node of the link of the second-layer network is a third node, and the second LSP further comprises at least one link in the second-layer network; and sending, by the first node, to the third node, information causing the third node to send a report message to a second PCE in the second-layer network after marking the at least one link in the second-layer network as a third LSP, wherein the report message comprises a mapping relationship indicating that the third LSP and the second LSP serve a same service.
A data recording apparatus comprising: a data collection unit configured to collect measurement data obtained by measuring a physical quantity associated with a measurement target; a registration request unit configured to transmit, to a system configured to manage the measurement data using a distributed ledger technology, a registration request including identification information for identifying the data recording apparatus; a key exchange unit configured to exchange a first encryption key with the system in response to authentication by the system based on the identification information; a data recording unit configured to record the measurement data; and a data transmission unit configured to transmit, to the system, the measurement data encrypted using the first encryption key together with the identification information. a data collection unit configured to collect measurement data obtained by measuring a physical quantity associated with a measurement target; a registration request unit configured to transmit, to a system configured to manage the measurement data using a distributed ledger technology, a registration request including identification information for identifying the data recording apparatus; a key exchange unit configured to exchange a first encryption key with the system in response to authentication by the system based on the identification information; a data recording unit configured to record the measurement data; and a data transmission unit configured to transmit, to the system, the measurement data encrypted using the first encryption key together with the identification information.
A single-stranded oligonucleotide which targets a Nuclear factor (erythroid-derived 2)-like 2 natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of Nuclear factor (erythroid-derived 2)-like 2, and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NO: 3 or in Accession No. BU656954.1, or a variant thereof which retains the function of the natural antisense transcript of SEQ ID NO: 3 or Accession No. BU656954.1.
A paging method, comprising: configuring, by a transmitting end, paging mode configuration signaling and trigger state configuration signaling to a receiving end; determining, by the transmitting end, a paging mode for the receiving end, wherein the paging mode comprises at least one of: a sweeping mode, a trigger mode, or a combination mode, wherein the sweeping mode comprises a paging mode wherein a paging information is repeatedly transmitted with all beams of the transmitting end, the trigger mode comprises a paging mode wherein the transmitting end triggers the receiving end to report an available downlink beam in advance, and the transmitting end transmits a paging information according to the received available downlink beam reported by the receiving end, and the combination mode comprises a paging mode wherein a transmission of a paging information is repeated in an omnidirectional mode, or a single frequency network, SFN, transmission mode; characterized in that, two states of 1-bit binary paging mode configuration signaling respectively indicate the sweeping mode and the trigger mode, and two states of 1-bit binary trigger state configuration signaling respectively indicate a trigger state and a non-trigger state; and in a case where a bit of the paging mode configuration signaling "0" is received by the receiving end, the paging mode of the receiving end is determined as the sweeping mode, and in a case where a bit of the paging mode configuration signaling "1" is received by the receiving end, the paging mode of the receiving end is determined as the trigger mode. configuring, by a transmitting end, paging mode configuration signaling and trigger state configuration signaling to a receiving end; determining, by the transmitting end, a paging mode for the receiving end, wherein the paging mode comprises at least one of: a sweeping mode, a trigger mode, or a combination mode, wherein the sweeping mode comprises a paging mode wherein a paging information is repeatedly transmitted with all beams of the transmitting end, the trigger mode comprises a paging mode wherein the transmitting end triggers the receiving end to report an available downlink beam in advance, and the transmitting end transmits a paging information according to the received available downlink beam reported by the receiving end, and the combination mode comprises a paging mode wherein a transmission of a paging information is repeated in an omnidirectional mode, or a single frequency network, SFN, transmission mode; characterized in that, two states of 1-bit binary paging mode configuration signaling respectively indicate the sweeping mode and the trigger mode, and two states of 1-bit binary trigger state configuration signaling respectively indicate a trigger state and a non-trigger state; and in a case where a bit of the paging mode configuration signaling "0" is received by the receiving end, the paging mode of the receiving end is determined as the sweeping mode, and in a case where a bit of the paging mode configuration signaling "1" is received by the receiving end, the paging mode of the receiving end is determined as the trigger mode.
A cooking top comprising a support surface adapted to receive at least one pot (4, 4b), a user interface (5, 5b) allowing a user to adjust an operating parameter of said cooking top, and a control unit adapted to detect the position of said at least one pot (4, 4b) and to control the operation of said cooking top as a function of commands received through said user interface (5, 5b), wherein said control unit is adapted to position said user interface (5, 5b) near said detected position of said at least one pot (4, 4b), characterized in that said cooking top further comprises an interactive display of the touch-screen type, and in that said control unit is adapted to visualise said user interface (5, 5b) on said interactive display.
A surgical instrument, comprising: a surgical end effector operable to effect a surgical procedure when powered; an electric motor operationally connected to the end effector; and a power supply electrically connected to and selectively powering the motor, the power supply having at least one battery cell with a rated current, characterized in that the power supply has a switch that when activated to power the motor, operates the at least one battery cell at a current higher than the rated current. a surgical end effector operable to effect a surgical procedure when powered; an electric motor operationally connected to the end effector; and a power supply electrically connected to and selectively powering the motor, the power supply having at least one battery cell with a rated current, characterized in that the power supply has a switch that when activated to power the motor, operates the at least one battery cell at a current higher than the rated current.
A computer-implemented method of recognising chords in music, the method comprising: receiving music data for a time interval; processing the music data in a machine learning model to output chord data corresponding to the time interval, the chord data comprising a set of chord features; wherein the processing in the machine learning model is characterised by: predicting a value of a chord feature from a set of chord features using an Autoregressive Distribution Estimator ADE; modifying the ADE using the predicted value for the chord feature using the modified ADE to predict a value for a different feature of the chord from the set of chord features; repeating the modifying and predicting until a value for each of the features in the set of chord features have been predicted. receiving music data for a time interval; processing the music data in a machine learning model to output chord data corresponding to the time interval, the chord data comprising a set of chord features; wherein the processing in the machine learning model is characterised by: predicting a value of a chord feature from a set of chord features using an Autoregressive Distribution Estimator ADE; modifying the ADE using the predicted value for the chord feature using the modified ADE to predict a value for a different feature of the chord from the set of chord features; predicting a value of a chord feature from a set of chord features using an Autoregressive Distribution Estimator ADE; modifying the ADE using the predicted value for the chord feature using the modified ADE to predict a value for a different feature of the chord from the set of chord features; repeating the modifying and predicting until a value for each of the features in the set of chord features have been predicted.
A magnetically clamped wellbore instrument module, comprising: a substantially non-magnetic housing configured to traverse an interior of the wellbore; first and second electromagnets (36A, 36B) disposed along the housing, the second electromagnet being disposed along the housing at a position spaced apart from the first electromagnet, the first and second electromagnets (36A, 36B) having a plurality of circumferentially spaced apart contact points that define a diameter greater than the diameter of the housing, characterised in that the contact points having circumferential spaces therebetween defining a diameter smaller than the diameter defined by the contact points; wherein the contact points comprise upper and lower contact points (38A, 38B) acting as corresponding poles of the electromagnet (36A, 36B); and the contact points of the first and second electromagnets (36A, 36B) are rotationally aligned such that the contact points of the first and second electromagnets (36A, 36B) define lines parallel to the long axis of the housing. a substantially non-magnetic housing configured to traverse an interior of the wellbore; first and second electromagnets (36A, 36B) disposed along the housing, the second electromagnet being disposed along the housing at a position spaced apart from the first electromagnet, the first and second electromagnets (36A, 36B) having a plurality of circumferentially spaced apart contact points that define a diameter greater than the diameter of the housing, characterised in that the contact points having circumferential spaces therebetween defining a diameter smaller than the diameter defined by the contact points; wherein the contact points comprise upper and lower contact points (38A, 38B) acting as corresponding poles of the electromagnet (36A, 36B); and the contact points of the first and second electromagnets (36A, 36B) are rotationally aligned such that the contact points of the first and second electromagnets (36A, 36B) define lines parallel to the long axis of the housing.
A method of providing electromagnetic effects protection in a composite structure, said method comprising: providing a bushing including a cylindrical body fabricated from a conductive material; and inserting the bushing within an opening defined in the composite structure such that the bushing is secured within the opening in an interference fit to facilitate transferring the electromagnetic effects from the bushing to the composite structure, wherein a contact pressure between the bushing and the composite structure is sufficient to inhibit arcing during the transfers of induced lightning current from the bushing to the composite structure, wherein the contact pressure has a numeric lower limit of 141 kg/cm 2 [2000 psi]. providing a bushing including a cylindrical body fabricated from a conductive material; and inserting the bushing within an opening defined in the composite structure such that the bushing is secured within the opening in an interference fit to facilitate transferring the electromagnetic effects from the bushing to the composite structure, wherein a contact pressure between the bushing and the composite structure is sufficient to inhibit arcing during the transfers of induced lightning current from the bushing to the composite structure, wherein the contact pressure has a numeric lower limit of 141 kg/cm 2 [2000 psi].
An illumination device, comprising: a substrate comprising a plurality of microLEDs; a film comprising a plurality of quantum dots; and a beam splitter comprising a plurality of layers, wherein the beam splitter is disposed between the substrate and the film as a continuous layer on and in contact with the substrate and the plurality of microLEDs. a substrate comprising a plurality of microLEDs; a film comprising a plurality of quantum dots; and a beam splitter comprising a plurality of layers, wherein the beam splitter is disposed between the substrate and the film as a continuous layer on and in contact with the substrate and the plurality of microLEDs.
A composition for use in directed self-assembly comprising; i) a block copolymer comprising a repeat unit of structure and a repeat unit of structure, where R 1 is hydrogen or C 1 -C 4 alkyl, R 2 is selected from a group chosen from hydrogen, C 1 -C 4 alkyl, C 1 -C 4 alkoxy and halide, R 3 is selected from a group chosen from hydrogen, C 1 -C 4 alkyl and C 1 -C 4 fluoroalkyl, and R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, and R 12 are independently chosen from C 1 -C 4 alkyl and n= 1-6; preferably R 1 is hydrogen, R 2 is hydrogen or C 1 -C 4 alkyl, R 3 is C 1 -C 4 alkyl or C 1 -C 4 fluoroalkyl, and R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, and R 12 are each methyl and n=2-6, and ii) solvent. i) a block copolymer comprising a repeat unit of structure and a repeat unit of structure, where R 1 is hydrogen or C 1 -C 4 alkyl, R 2 is selected from a group chosen from hydrogen, C 1 -C 4 alkyl, C 1 -C 4 alkoxy and halide, R 3 is selected from a group chosen from hydrogen, C 1 -C 4 alkyl and C 1 -C 4 fluoroalkyl, and R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, and R 12 are independently chosen from C 1 -C 4 alkyl and n= 1-6; preferably R 1 is hydrogen, R 2 is hydrogen or C 1 -C 4 alkyl, R 3 is C 1 -C 4 alkyl or C 1 -C 4 fluoroalkyl, and R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, and R 12 are each methyl and n=2-6, and ii) solvent.
An intraluminal treatment apparatus comprising: a fluid supply mechanism including an elongate catheter body having a profiled catheter tip defining a fluid outlet, the elongate catheter body being configured to supply a treatment fluid to a body lumen of a patient, and at least one longitudinally extending passage (24, 26) connecting with the fluid outlet; and a flow managing mechanism positionable within the at least one passage for controlling said flow of the treatment fluid within the body lumen, and including an elongate flow control component defining a longitudinal axis and having a subordinate shape memory property, and an elongate shape control component positioned within the flow control component and slidable relative to the flow control component, the shape control component having a dominant shape memory property; the flow control component further having a fixed primary shape, a fixed secondary shape, and a mutable tertiary shape, and the flow managing mechanism having a lumen access configuration in which the shape control component is positioned at a first axial location within the flow control component and the dominant shape memory property defines the tertiary shape, and a deployed configuration in which the shape control component is positioned at a second axial location and the subordinate shape memory property defines the tertiary shape. a fluid supply mechanism including an elongate catheter body having a profiled catheter tip defining a fluid outlet, the elongate catheter body being configured to supply a treatment fluid to a body lumen of a patient, and at least one longitudinally extending passage (24, 26) connecting with the fluid outlet; and a flow managing mechanism positionable within the at least one passage for controlling said flow of the treatment fluid within the body lumen, and including an elongate flow control component defining a longitudinal axis and having a subordinate shape memory property, and an elongate shape control component positioned within the flow control component and slidable relative to the flow control component, the shape control component having a dominant shape memory property; the flow control component further having a fixed primary shape, a fixed secondary shape, and a mutable tertiary shape, and the flow managing mechanism having a lumen access configuration in which the shape control component is positioned at a first axial location within the flow control component and the dominant shape memory property defines the tertiary shape, and a deployed configuration in which the shape control component is positioned at a second axial location and the subordinate shape memory property defines the tertiary shape.
A hand held appliance comprising a housing, a fluid flow path extending between a fluid inlet and a fluid outlet and a heater within the fluid flow path wherein the housing houses the heater and encloses the fluid flow path, and wherein the housing is curved and the heater is curved wherein the housing comprises a straight section and a curved section and the heater is housed within the curved section, and wherein the heater comprises a heating element, characterized in that the heater is a ceramic heater, a plurality of fins extend away from the heating element and the plurality of fins dissipate heat from the heating element into the fluid flow path.
A composition for use in treating wounds comprising a combination of proteins derived from Cohn fraction IV and/or Cohn fraction IV-1 paste, wherein the composition is enriched with at least one of transferrin, immunoglobulin, haptoglobin and alpha-2-macroglobulin and having a reduced content of alpha-1 antitrypsin compared to the AAT content in the source Cohn fraction material, wherein the AAT content is 10% or less out of the total protein content of said composition.
An electrically insulating cross-arm for a tower arranged to carry power conductors spaced from a body of said tower, the cross-arm comprising at least one first insulating structural member having a proximal end adapted for attachment to the tower body and a distal end adapted for attachment to a conductor support means, wherein the first insulating structural member comprises a solid rigid spine (18, 21) extending along a long axis between the distal and proximal ends and wherein the spine (18, 21) has a cross sectional profile, normal to the long axis, having a centroid and wherein the second moment of area of the cross sectional profile about every axis normal to the long axis and dissecting the centroid has a value of A 2 /2π or more, where A is the area of the cross sectional profile, and characterised in that: the rigid spine (18, 21) comprises three rib-like protrusions extending along the axis, arranged to form at least two substantially concave faces (32, 33, 35, 36, 37) therebetween such that the cross-sectional profile of the rigid spine (18, 21) is substantially T or Y shaped, the rib-like protrusions providing the arms of the T or Y shape. the rigid spine (18, 21) comprises three rib-like protrusions extending along the axis, arranged to form at least two substantially concave faces (32, 33, 35, 36, 37) therebetween such that the cross-sectional profile of the rigid spine (18, 21) is substantially T or Y shaped, the rib-like protrusions providing the arms of the T or Y shape.
An appliance (10.1-10.8) for removing deposits in interiors (52.1-52.6) of receptacles or facilities (51.1-51.6) by way of explosion technology, comprising a supply device for providing at least two starting components, a transport conduit (1.2-1.3, 91) which is connected to the supply device and which has a cleaning-side outlet opening and is for transporting explosive mixture to a cleaning location, and a mixing unit for creating an explosive mixture from the at least two starting components which are provided by the supply device is arranged between the supply device and the transport conduit (1.2-1.3, 91), further comprising an ignition device for controlled ignition of the explosive mixture, wherein the transport conduit (1.2-1.3, 91) is designed at least in a section or in sections as a transport hose, which serves as a conduit extension between the mixing unit and the cleaning-side outlet opening, wherein the transport hose (1.2-1.3) is constructed in a multi-layered manner and comprises a first hose (4, 94) which is pressure-resistant with regard to radially acting pressure forces in the transport channel of the transport conduit (1.2-1.3, 91) on igniting the explosive mixture, and an inner-lying second hose (5, 92) which is surrounded by the first hose (4, 94) and is gas-impermeable.