mhurhangee/ep-ind-claims huggingface dataset:
A method of authentication delegation between a client/user accessing a service provider through a gateway, the method comprising the steps of: performing a Transport Layer Security, TLS, handshake with client authentication between a client/user and a gateway, said TLS handshake with client authentication being defined by a protocol that specifies an exchange of a plurality of messages; recording at least a sufficient portion of messages of the TLS handshake to prove that the client/user is authenticated to the gateway, wherein the at least sufficient portion includes only messages specified in the protocol and all messages specified in the protocol up to and including a certificate verify message; and providing the recording of all messages up to and including the certificate verify message from the gateway to the service provider. performing a Transport Layer Security, TLS, handshake with client authentication between a client/user and a gateway, said TLS handshake with client authentication being defined by a protocol that specifies an exchange of a plurality of messages; recording at least a sufficient portion of messages of the TLS handshake to prove that the client/user is authenticated to the gateway, wherein the at least sufficient portion includes only messages specified in the protocol and all messages specified in the protocol up to and including a certificate verify message; and providing the recording of all messages up to and including the certificate verify message from the gateway to the service provider.
A finger valve comprising a base pipe comprising a finger port; one or more fingers; and one or more hinges, each of said hinges connecting one of said fingers to said base pipe; and a sliding sleeve comprising a first sleeve having an in inner surface, said inner surface comprising a void and a depressor, said first sleeve maneuverable into a first position, wherein said depressor pushes said one or more fingers into a closed position; and a second position, wherein said void rests over one of said one or more fingers, allowing said one or more fingers to move into an open position, a fixed sleeve fixed around said base pipe near a first side of said sliding sleeve; and an actuator connecting said fixed sleeve to said sliding sleeve, said actuator capable of moving sliding sleeve from said first position to said second position, characterised in that said base pipe further comprises a fracking port first portion; said sliding sleeve further comprises a second sleeve; a fracking port second portion; and one or more curved sheets connecting said first sleeve to said second sleeve, wherein the space between said one or more curved sheets defines said fracking port second portion.
A communications method for use in a communications system (100, 500) including a first access node and a second access node, the method comprising: receiving at the first access node a signal from a mobile node, said signal being used to initiate a transfer of state information, wherein the signal is a Store State Request, SSRQ, message; communicating (520, 570) state information between the first access node and the second access node in response to said signal received by the first access node, said step of communicating state information between the first access node and the second access node including: communicating from the first access node said state information to a first network node coupled to said first access node and said second access node; storing said state information in the first network node; and communicating said state information from the first network node to said second access node. receiving at the first access node a signal from a mobile node, said signal being used to initiate a transfer of state information, wherein the signal is a Store State Request, SSRQ, message; communicating (520, 570) state information between the first access node and the second access node in response to said signal received by the first access node, said step of communicating state information between the first access node and the second access node including: communicating from the first access node said state information to a first network node coupled to said first access node and said second access node; storing said state information in the first network node; and communicating said state information from the first network node to said second access node. communicating from the first access node said state information to a first network node coupled to said first access node and said second access node; storing said state information in the first network node; and communicating said state information from the first network node to said second access node.
A cargo handling system, comprising: a wireless mobile maintenance display unit (360, 460) configured to monitor an operational status of a line replaceable unit; a data device associated with the line replaceable unit configured to provide an operational status data concerning the line replaceable unit to the wireless mobile maintenance display unit when the wireless mobile maintenance display unit is positioned in proximity of the line replaceable unit; a first server configured to store a catalog of parts for repairing the line replaceable unit; and a system controller configured to communicate with a source of replacement parts for the line replaceable unit; wherein the operational status refers to a failure or an anomaly occurring within the line replaceable unit. a wireless mobile maintenance display unit (360, 460) configured to monitor an operational status of a line replaceable unit; a data device associated with the line replaceable unit configured to provide an operational status data concerning the line replaceable unit to the wireless mobile maintenance display unit when the wireless mobile maintenance display unit is positioned in proximity of the line replaceable unit; a first server configured to store a catalog of parts for repairing the line replaceable unit; and a system controller configured to communicate with a source of replacement parts for the line replaceable unit; wherein the operational status refers to a failure or an anomaly occurring within the line replaceable unit.
A method for operating a network, comprising a node (D1, N) and a system management device (3, SMD), the system management device comprising a root keying material being a set of alpha-secure bivariate polynomial functions each having a degree of complexity of α in each variable, and the node being provided with a node keying material share having a degree of complexity of α, the node keying material share being derived from the root keying material, the method comprising the following steps, upon receipt at the system management device of a request (Rqst) for an external user to gain access to the node (D1, N) the method being characterized by comprising: a) the system management device generating an external user keying material share of degree of complexity of α from the root keying material and generating an access identifier, b) the system management device generating an access keying material of degree of complexity less than α, from the external user keying material share and generating an identifier of the node, c) the system management device providing the external user with the access keying material share and the access identifier, d) the external user deriving a key from the access keying material share, and transmitting this key and the access identifier to the node, e) the node computing a key from the access identifier and the node keying material share, and f) the node comparing the key transmitted by the external user and the key computed by the node, thereby authenticating the external user. a) the system management device generating an external user keying material share of degree of complexity of α from the root keying material and generating an access identifier, b) the system management device generating an access keying material of degree of complexity less than α, from the external user keying material share and generating an identifier of the node, c) the system management device providing the external user with the access keying material share and the access identifier, d) the external user deriving a key from the access keying material share, and transmitting this key and the access identifier to the node, e) the node computing a key from the access identifier and the node keying material share, and f) the node comparing the key transmitted by the external user and the key computed by the node, thereby authenticating the external user.
A mutant β-glucosidase comprising a mutation at a position of amino acid that forms a hydrogen bond or an ionic bond between monomers, wherein the mutation makes tetramer formation of the β-glucosidase unstable, and having a cellobiose decomposition activity equivalent to or higher than that of a wild-type at 40°C to 60°C, wherein the mutant β-glucosidase comprises an amino acid sequence having a sequence homology of at least 90% to the amino acid sequence of SEQ ID NO: 1, wherein the amino acid sequence having a sequence homology of at least 90% comprises mutations of amino acids corresponding to at least three amino acids selected from the group consisting of glutamic acid at position 39, aspartic acid at position 169, arginine at position 170, arginine at position 220, tyrosine at position 227, and glutamic acid at position 330 in the amino acid sequence of SEQ ID NO: 1.
A nipple comprising: a teat, a mounting flange, the mounting flange defining a valve cavity therein, and a valve defined with in the valve cavity; in which the valve is configured to equalize differing pressures; characterized in that the valve cavity has a rectangular transverse cross-section with an interior arcuate bottom surface; and in which the valve cavity has a volumetric area of at least 0.9 cubic centimeters. a teat, a mounting flange, the mounting flange defining a valve cavity therein, and a valve defined with in the valve cavity; in which the valve is configured to equalize differing pressures; characterized in that the valve cavity has a rectangular transverse cross-section with an interior arcuate bottom surface; and in which the valve cavity has a volumetric area of at least 0.9 cubic centimeters.
A suture cutter comprising: an outer member defining a lumen there-through; an inner member received at least partially within the lumen, a portion of the inner member defining a curve, the inner member further defining a feature for retaining a strand of suture; and at least one of the inner member and the outer member being moveable with respect to the other of the inner member and the outer member for cutting the strand of suture characterised in that the outer member is a solid outer member. an outer member defining a lumen there-through; an inner member received at least partially within the lumen, a portion of the inner member defining a curve, the inner member further defining a feature for retaining a strand of suture; and at least one of the inner member and the outer member being moveable with respect to the other of the inner member and the outer member for cutting the strand of suture characterised in that the outer member is a solid outer member.
Electronic unit for an electrically switchable closing device, comprising an evaluation and control unit and a power supply for supplying the evaluation and control unit and an electrical drive of the electrically switchable closing device, the electronic unit being of modular construction and comprising a basic module and also at least one extension module, characterized in that the evaluation and control unit and the power supply form the basic module having a first contacting region, said basic module being extendable with the at least one extension module having a second contacting region, wherein the first contacting region of the basic module and the second contacting region of the at least one extension module are mechanically and electrically connected to one another via a printed circuit board connector, and wherein the at least one extension module has a third contacting region, which is mechanically and electrically connectable to the second contacting region of a further extension module via a further printed circuit board connector, such that the basic module, the at least one extension module and a plurality of extension modules are arrangeable one behind another and electrically and mechanically connectable to one another.
A combiner, wherein the combiner comprises a conductive housing, a printed circuit board, PCB, a conductive column, a first conductor, and a second conductor, • wherein the PCB, the conductive column, the first conductor, and the second conductor are located inside the conductive housing, the second conductor having an annular structure; • wherein one end of the conductive column is fastened to a bottom part of the conductive housing, the PCB is fastened to a top part of the conductive housing, and the first conductor is fastened to the PCB, • wherein an axis of the first conductor, an axis of the second conductor, and an axis of the conductive column are collinear; • wherein an area of a cross section of the first conductor is greater than that of a cross section of the conductive column, and the other end of the conductive column extends into the first conductor, • wherein the second conductor is fastened to an inner side surface of the first conductor, the inner side surface of the first conductor being a surface along the axis of the first conductor and facing the conductive column, wherein furthermore a partial region of a side surface of the second conductor faces an end surface of the other end of the conductive column, so that the partial region of the side surface of the second conductor together with the end surface of the other end of the conductive column form a capacitive structure, the side surface of the second conductor being a surface perpendicular to the axis of the second conductor. • wherein the PCB, the conductive column, the first conductor, and the second conductor are located inside the conductive housing, the second conductor having an annular structure; • wherein one end of the conductive column is fastened to a bottom part of the conductive housing, the PCB is fastened to a top part of the conductive housing, and the first conductor is fastened to the PCB, • wherein an axis of the first conductor, an axis of the second conductor, and an axis of the conductive column are collinear; • wherein an area of a cross section of the first conductor is greater than that of a cross section of the conductive column, and the other end of the conductive column extends into the first conductor, • wherein the second conductor is fastened to an inner side surface of the first conductor, the inner side surface of the first conductor being a surface along the axis of the first conductor and facing the conductive column, wherein furthermore a partial region of a side surface of the second conductor faces an end surface of the other end of the conductive column, so that the partial region of the side surface of the second conductor together with the end surface of the other end of the conductive column form a capacitive structure, the side surface of the second conductor being a surface perpendicular to the axis of the second conductor.
A method for computing a quantitative network quality metric using at least one latency quality metric, the method comprising: receiving network information for connecting a plurality of initiators and a plurality of targets to a network-on-chip, NoC, having a plurality of switches; determining a shortest path for each initiator-target pair selected from the plurality of initiators and the plurality of targets based on floorplan constraints of the NoC; determining an actual path between each of the initiator-target pairs through the NoC, wherein the network information includes a plurality of definitions for any initiator's and any target's connectivity to the NoC; computing a difference between each of the actual paths and each of the shortest paths for the initiator-target pairs; and generating a visual representation of the computed differences and an average value difference, wherein a visual representation and an average value difference represent the at least one latency quality metric of the NoC's latency for a packet to travel from initiator to target in the initiator-target pair. receiving network information for connecting a plurality of initiators and a plurality of targets to a network-on-chip, NoC, having a plurality of switches; determining a shortest path for each initiator-target pair selected from the plurality of initiators and the plurality of targets based on floorplan constraints of the NoC; determining an actual path between each of the initiator-target pairs through the NoC, wherein the network information includes a plurality of definitions for any initiator's and any target's connectivity to the NoC; computing a difference between each of the actual paths and each of the shortest paths for the initiator-target pairs; and generating a visual representation of the computed differences and an average value difference, wherein a visual representation and an average value difference represent the at least one latency quality metric of the NoC's latency for a packet to travel from initiator to target in the initiator-target pair.
A method of controlling an electronic ballast, the electronic ballast being in a lighting circuit, the electronic ballast having a bleeder, the bleeder being for use with dimmer circuits, the method comprising: in response to a mains supply being connected to the lighting circuit, determining whether a dimmer circuit is present in the lighting circuit; and in response to determining that a dimmer circuit is not present, disconnecting the bleeder from the lighting circuit at least until the mains supply is disconnected, characterized in that wherein determining whether a dimmer circuit is present in the lighting circuit comprises checking a parameter indicative of the presence of a dimmer during each of a plurality of mains cycles, and determining whether the dimmer is present in dependence on an absolute number of the checks, which indicate that a dimmer is present. in response to a mains supply being connected to the lighting circuit, determining whether a dimmer circuit is present in the lighting circuit; and in response to determining that a dimmer circuit is not present, disconnecting the bleeder from the lighting circuit at least until the mains supply is disconnected, characterized in that wherein determining whether a dimmer circuit is present in the lighting circuit comprises checking a parameter indicative of the presence of a dimmer during each of a plurality of mains cycles, and determining whether the dimmer is present in dependence on an absolute number of the checks, which indicate that a dimmer is present. checking a parameter indicative of the presence of a dimmer during each of a plurality of mains cycles, and determining whether the dimmer is present in dependence on an absolute number of the checks, which indicate that a dimmer is present.
Perforating single-use indicator of impacts suffered by a package, characterised in that it is composed of three independent elements cooperating with each other: - a perforating sealed container having one end arranged to facilitate its introduction by perforation of the wall of the package, and an arrangement preventing the withdrawal of the impact indicator without any damage to the package to which it may be applied by perforation, - a content formed of several associated components, - a sensitive element to the mixing or movements of said components under the effect of an acceleration caused by an impact applied to the package. - a perforating sealed container having one end arranged to facilitate its introduction by perforation of the wall of the package, and an arrangement preventing the withdrawal of the impact indicator without any damage to the package to which it may be applied by perforation, - a content formed of several associated components, - a sensitive element to the mixing or movements of said components under the effect of an acceleration caused by an impact applied to the package.
Method for connecting two ends of tubular foil by means of adhesive tape comprising: - supplying a first end of a flattened tubular foil, the first end having a first side and a second side; - providing a second end of tubular foil; - dispensing tape on a tape receiving surface (153,154) of a tape applicator (103,104); - holding the tape on the tape receiving surface by suction; - applying the tape to the first side of the first end of the tubular foil while the tape is being held on the tape receiving surface; - opening the first end of the flattened tubular foil by moving the tape receiving surface, the tape held thereon and the first side of the first end of the tubular foil attached to the tape from an initial position to an opened position; - feeding the second end of tubular foil into the opened first end of the tubular foil; - connecting the first end of tubular foil to the second end of tubular foil by moving the tape receiving surface and the first side of the first end of the tubular foil attached to the tape back to the initial position so as to attach the tape held on the tape receiving surface also to the second end of the tubular foil. - supplying a first end of a flattened tubular foil, the first end having a first side and a second side; - providing a second end of tubular foil; - dispensing tape on a tape receiving surface (153,154) of a tape applicator (103,104); - holding the tape on the tape receiving surface by suction; - applying the tape to the first side of the first end of the tubular foil while the tape is being held on the tape receiving surface; - opening the first end of the flattened tubular foil by moving the tape receiving surface, the tape held thereon and the first side of the first end of the tubular foil attached to the tape from an initial position to an opened position; - feeding the second end of tubular foil into the opened first end of the tubular foil; - connecting the first end of tubular foil to the second end of tubular foil by moving the tape receiving surface and the first side of the first end of the tubular foil attached to the tape back to the initial position so as to attach the tape held on the tape receiving surface also to the second end of the tubular foil.
A method for palletising piece goods layers, article layers and/or bundle layers, in which method these layers are successively stacked on top of one another layer by layer or in packages of two or more layers on top of one another, wherein separating intermediate layers of a flat material, such as paperboard, plastic film or the like, are inserted underneath or on top of and/or in each case between individual layers or packages of layers, the method characterised in that a lateral, transverse or curved feed movement of the flat material of the intermediate layer is superimposed by a vertical lifting movement, which corresponds to a set down movement, lifting movement and/or lateral movement of a piece goods layer, article layer and/or bundle layer to be deposited on an existing layer stack or of a package of layers to be deposited, as the case may be, and/or which is synchronised at least in phases with this set down movement, lifting movement and/or lateral movement.