mhurhangee/patent-ind-claim-en huggingface dataset:
A network routing device for processing a session of an IP network having a plurality of nodes on a routed path being established for the session from a source node to a destination node through a number of intermediate nodes, the plurality of nodes on the routed path including the network routing device and a next node following the network routing device on the routed path, the next node having a next authentication key, the network routing device having a current authentication key and comprising: an input interface configured to receive a first session packet, the first session packet having a digital signature , payload data , and meta-data separate from the payload data and including an original source IP address and port number; a signature module operatively coupled with the input interface, the signature module being configured to process the digital signature using the current authentication key to produce a processed digital signature, the signature module also being configured to process the payload data and the meta-data to produce validation information, the signature module further being configured to compare the processed digital signature and the validation information to determine if they match, the signature module further being configured to 1) discard the first session packet if there is not a match, or 2) digitally sign the first session packet using the next authentication key if there is a match; and an output interface operatively coupled with the signature module , the output interface being configured to route the first session packet, after digitally signing, to the next node via the IP network using a Layer 3 protocol. an input interface configured to receive a first session packet, the first session packet having a digital signature , payload data , and meta-data separate from the payload data and including an original source IP address and port number; a signature module operatively coupled with the input interface, the signature module being configured to process the digital signature using the current authentication key to produce a processed digital signature, the signature module also being configured to process the payload data and the meta-data to produce validation information, the signature module further being configured to compare the processed digital signature and the validation information to determine if they match, the signature module further being configured to 1) discard the first session packet if there is not a match, or 2) digitally sign the first session packet using the next authentication key if there is a match; and an output interface operatively coupled with the signature module , the output interface being configured to route the first session packet, after digitally signing, to the next node via the IP network using a Layer 3 protocol.
A graphite-copper composite electrode material comprising: a substrate comprising a graphite material and having pores; and copper impregnated in the pores of the substrate, the electrode material characterized by having an electrical resistivity of 2.5 μΩm or less, wherein the substrate comprising the graphite material has an anisotropy ratio of 1.2 or less, and an impregnation rate φ of the copper in the electrode material is 15% or greater, the impregnation rate φ being obtained by the following equation : φ = d B − d B , s / ρ Cu × 100 , wherein d B is a bulk density of the electrode, d B,s is a bulk density of the substrate comprising the graphite material, and ρ Cu is the specific gravity of copper (ρ Cu = 8.96 Mg/m 3 ).
Box for collecting a refrigerant fluid (FR) for a heat exchanger , the collecting box being formed by a wall and accommodating at least one pipe extending along a longitudinal axis (A1), one of the longitudinal ends of the pipe communicating with an inlet mouth for taking the refrigerant fluid (FR) inside the pipe , the pipe comprising at least one aperture oriented in a direction (DT) transverse to its longitudinal axis (A1), the collecting box being provided with at least one angular positioning device arranging at least the pipe about its longitudinal axis (A1) in a predetermined angular position relative to the wall of the collecting box , characterized in that the angular positioning device comprises a pair of members (31a-31b; 33a-33b) interacting via at least one set of complementary forms (34a-34b; 35a-35b), wherein a first member of the first angular positioning device is provided at either one of the longitudinal ends of the pipe and interacts with a second member provided on the wall of the collecting box .
A pharmaceutical combination comprising the EP4 antagonist of Formula (R)-4-(1-(6-(4-(trifluoromethyl)benzyl)-6-azaspiro[2.5]octane-5-carboxamido)cyclopropyl)-benzoic acid or a pharmaceutically acceptable salt thereof and at least one immune checkpoint inhibitor.
A computer-implemented method of generating a secondary transaction identifier of a target blockchain transaction, the secondary transaction identifier enabling a querying user to determine whether the target blockchain transaction comprises a candidate data field; the method being performed by a generating user and comprising: identifying a set of data fields of the target blockchain transaction, each data field comprising respective data of the target blockchain transaction; generating a transaction hash tree, wherein the transaction hash tree comprises: i) a leaf layer comprising a plurality of leaf hashes, wherein each data field is hashed to generate a respective one of the plurality of leaf hashes, ii) one or more internal layers each comprising a plurality of internal hashes, wherein each internal hash in each internal layer is generated by hashing a concatenation of at least two hashes from a lower layer, each internal hash of a lowermost internal layer of the one or more internal layers being generated by hashing a concatenation of at least two different leaf hashes, and iii) a root layer comprising the secondary transaction identifier, wherein the secondary transaction identifier is generated by hashing a concatenation of the internal hashes of an uppermost internal layer of the one or more internal layers. identifying a set of data fields of the target blockchain transaction, each data field comprising respective data of the target blockchain transaction; generating a transaction hash tree, wherein the transaction hash tree comprises: i) a leaf layer comprising a plurality of leaf hashes, wherein each data field is hashed to generate a respective one of the plurality of leaf hashes, ii) one or more internal layers each comprising a plurality of internal hashes, wherein each internal hash in each internal layer is generated by hashing a concatenation of at least two hashes from a lower layer, each internal hash of a lowermost internal layer of the one or more internal layers being generated by hashing a concatenation of at least two different leaf hashes, and iii) a root layer comprising the secondary transaction identifier, wherein the secondary transaction identifier is generated by hashing a concatenation of the internal hashes of an uppermost internal layer of the one or more internal layers. i) a leaf layer comprising a plurality of leaf hashes, wherein each data field is hashed to generate a respective one of the plurality of leaf hashes, ii) one or more internal layers each comprising a plurality of internal hashes, wherein each internal hash in each internal layer is generated by hashing a concatenation of at least two hashes from a lower layer, each internal hash of a lowermost internal layer of the one or more internal layers being generated by hashing a concatenation of at least two different leaf hashes, and iii) a root layer comprising the secondary transaction identifier, wherein the secondary transaction identifier is generated by hashing a concatenation of the internal hashes of an uppermost internal layer of the one or more internal layers.
Examination apparatus with visual field perimetry and blind spot capabilities comprising: - a mechanical assembly arranged to contact a front side of a face of a patient under examination when the examination apparatus is in use, - a fixed-focus optical assembly mounted to said mechanical assembly , and arranged to be located opposite to an eye of a patient under examination when the examination apparatus is in use, - a fixed-position dome device mounted to said mechanical assembly , having a curved surface , associated to a plurality of light emitting devices , said dome device being arranged to be located behind said optical assembly at a fixed position therefrom and coaxial thereto when the examination apparatus is in use, and - an illumination device arranged to illuminate said curved surface of said dome device in a uniform manner, wherein a front side of the examination apparatus is configured so that, when the examination apparatus is in use, a volume is defined between said front side of the examination apparatus and a front side of a face of a patient under examination sufficient for housing spectacles of a patient under examination ;wherein a transversal position of said optical assembly may be adjusted so to align it with a pupil of an eye of a patient under examination ; characterized by : - a semi-transparent mirror being located between said optical assembly and said dome device and being arranged to transmit light from said dome device to said optical assembly , and - an electronic display for blind spot examination, being arranged so that images generated by it are directed towards said optical assembly , through reflection by said semi-transparent mirror . - a mechanical assembly arranged to contact a front side of a face of a patient under examination when the examination apparatus is in use, - a fixed-focus optical assembly mounted to said mechanical assembly , and arranged to be located opposite to an eye of a patient under examination when the examination apparatus is in use, - a fixed-position dome device mounted to said mechanical assembly , having a curved surface , associated to a plurality of light emitting devices , said dome device being arranged to be located behind said optical assembly at a fixed position therefrom and coaxial thereto when the examination apparatus is in use, and - an illumination device arranged to illuminate said curved surface of said dome device in a uniform manner, - a semi-transparent mirror being located between said optical assembly and said dome device and being arranged to transmit light from said dome device to said optical assembly , and - an electronic display for blind spot examination, being arranged so that images generated by it are directed towards said optical assembly , through reflection by said semi-transparent mirror .
A work vehicle comprising: - a vehicle body frame having a front frame including left and right side members , a front end member , and front and rear cross members that span between the left and right side members ; - a wheel supporting member that is supported by the vehicle body frame , by being supported by the cross members ; - left and right steerable wheels that are supported by the wheel supporting member so as to be steerable; and - a steering mechanism that includes a power steering unit and that steers the left and right steerable wheels , characterized in that : - the power steering unit includes a hydraulic steering cylinder that is linked to the left and right steerable wheels , and an oil pressure control unit that controls oil pressure that is applied to the steering cylinder , and - the oil pressure control unit is supported by the vehicle body frame in a state of being located above the front side cross member relative to the wheel supporting member so as to overlap the front side cross member in a plan view, and in a state of being located between the left and right side members - a vehicle body frame having a front frame including left and right side members , a front end member , and front and rear cross members that span between the left and right side members ; - a wheel supporting member that is supported by the vehicle body frame , by being supported by the cross members ; - left and right steerable wheels that are supported by the wheel supporting member so as to be steerable; and - a steering mechanism that includes a power steering unit and that steers the left and right steerable wheels , - the power steering unit includes a hydraulic steering cylinder that is linked to the left and right steerable wheels , and an oil pressure control unit that controls oil pressure that is applied to the steering cylinder , and - the oil pressure control unit is supported by the vehicle body frame in a state of being located above the front side cross member relative to the wheel supporting member so as to overlap the front side cross member in a plan view, and in a state of being located between the left and right side members
A composition comprising a membrane submerged in a solution, when the solution comprises: 70% w/v or more of a sugar; and a zwitterionic surfactant, wherein the sugar and the zwitterionic surfactant are dissolved in water or an aqueous buffer, and the membrane configured for use in an analyte detection assay. 70% w/v or more of a sugar; and a zwitterionic surfactant, wherein the sugar and the zwitterionic surfactant are dissolved in water or an aqueous buffer, and the membrane configured for use in an analyte detection assay.
A ganglioside carbohydrate multimer comprising 4 carbohydrate gangliosides covalently bonded to a PAMAM core molecule, wherein one or more of said ganglioside carbohydrates is a ganglioside carbohydrate of formula or
Actuation system comprising an airfoil leading edge high-lift device carrier track which, in use, is connected to an airfoil leading edge high-lift device, the actuation system further comprising a guidance assembly for guiding a movement of the airfoil leading edge high-lift device carrier track between a retracted position in which said high-lift device is retracted with respect to an airfoil, and at least one extended position, in which the high-lift device is deployed with respect to the airfoil, wherein the guidance assembly comprises at least one lower guide element contacting a lower surface of said carrier track and/or at least one upper guide element contacting an upper surface of said carrier track , each one of said lower or upper guide element including a sliding surface in sliding contact with said leading edge high-lift device carrier track for support and load bearing during movement of said carrier track , characterized in that the guidance assembly further comprises a pin for each guide element, wherein the upper and/or lower guide elements have a pin hole through which the respective pin is receivable, wherein the pin is connectable to two airfoil ribs , and defines a pin axis around which said guide element is pivotable, such that, in use, the upper guide element is located between the two airfoil ribs , and/or the lower guide element is located between the two airfoil ribs.
Method for intermittent ultrasonic processing of a length of material , wherein a length of material is moved through between a sonotrode and a counter-tool and the length of material is processed intermittently, wherein in a processing interval (I) the sonotrode is stimulated by an ultrasonic oscillation with an oscillation amplitude A and in a movement interval (II) the sonotrode is stimulated with an oscillation amplitude B, characterised in that B < A and during the processing interval (I) and during movement interval (II) the length of material touches both the sonotrode and also the counter-tool , wherein the sonotrode is designed as a rotary sonotrode with cylindrical sealing surface, wherein the sonotrode and the counter-tool are rotated around an axis of rotation both during the processing interval and also during the movement interval, wherein the circumferential speed of the sonotrode and the counter-tool approximately amounts to the speed of the length of the material to be processed.
An apparatus configured for attachment to a firearm, the apparatus comprising: processing circuitry ; one or more accelerometers, an attitude sensor, and a communication interface, wherein the processing circuitry is configured to: process outputs of the one or more accelerometers to identify a firearm discharge event; capture firearm orientation data provided by the attitude sensor and a geolocation of the firearm at a time of the firearm discharge event; encode a firearm discharge message comprising the firearm orientation data, the geolocation, and the time, for transmission via the communication interface, timestamp the firearm orientation data and the geolocation with the time of the firearm discharge event; and encode the firearm discharge message to include the timestamped firearm orientation data and timestamped geolocation. process outputs of the one or more accelerometers to identify a firearm discharge event; capture firearm orientation data provided by the attitude sensor and a geolocation of the firearm at a time of the firearm discharge event; encode a firearm discharge message comprising the firearm orientation data, the geolocation, and the time, for transmission via the communication interface, timestamp the firearm orientation data and the geolocation with the time of the firearm discharge event; and encode the firearm discharge message to include the timestamped firearm orientation data and timestamped geolocation.
A method executed by a network device in a source packet routing in networking, SPRING, network, the method to establish a multipoint to multipoint multicast distribution tree where the network device is selected as a rendezvous point for the multipoint to multipoint multicast distribution tree, the method comprising: advertising , by the network device, that the network device is the rendezvous point for a multicast group to each node of the SPRING network via a control plane protocol, wherein the advertisement identifies the multicast group using a multicast group identifier and an associated multicast segment identifier, the multicast segment identifier to enable the rendezvous point to map received traffic with the multicast segment identifier to the multipoint to multipoint multicast distribution tree for a multicast group and to be used by nodes in the SPRING network to identify the multipoint to multipoint multicast distribution tree when tunneling traffic for the associated multicast group to the rendezvous point via unicast tunneling; receiving , by the network device, at least one interest registration from receivers of the multicast group via the control plane protocol; and constructing , by the network device, the multipoint to multipoint multicast distribution tree with the rendezvous point as a root and each of the receivers as leaves using unicast tunnels and replication point; receiving data traffic tunneled to the rendezvous point from senders of the multicast group via the unicast tunneling; forwarding the received data traffic to the multicast distribution tree. advertising , by the network device, that the network device is the rendezvous point for a multicast group to each node of the SPRING network via a control plane protocol, wherein the advertisement identifies the multicast group using a multicast group identifier and an associated multicast segment identifier, the multicast segment identifier to enable the rendezvous point to map received traffic with the multicast segment identifier to the multipoint to multipoint multicast distribution tree for a multicast group and to be used by nodes in the SPRING network to identify the multipoint to multipoint multicast distribution tree when tunneling traffic for the associated multicast group to the rendezvous point via unicast tunneling; receiving , by the network device, at least one interest registration from receivers of the multicast group via the control plane protocol; and constructing , by the network device, the multipoint to multipoint multicast distribution tree with the rendezvous point as a root and each of the receivers as leaves using unicast tunnels and replication point; receiving data traffic tunneled to the rendezvous point from senders of the multicast group via the unicast tunneling; forwarding the received data traffic to the multicast distribution tree.
A process for making a foamed composition, comprising the steps of a. providing a liquid hair treatment composition, b. providing a foaming device comprising a chamber, a removable or rechargeable pressurised gas unit and a dispensing nozzle, c. placing the liquid hair treatment composition in the chamber of the foaming device, d. charging the chamber with the gas, e. mixing the liquid hair treatment composition with the gas, and f. operating said foaming device such that the composition is ejected from the nozzle as a foam, wherein the liquid hair treatment composition comprises at least one conditioning ingredient and is free from hair styling polymer. a. providing a liquid hair treatment composition, b. providing a foaming device comprising a chamber, a removable or rechargeable pressurised gas unit and a dispensing nozzle, c. placing the liquid hair treatment composition in the chamber of the foaming device, d. charging the chamber with the gas, e. mixing the liquid hair treatment composition with the gas, and f. operating said foaming device such that the composition is ejected from the nozzle as a foam,
Use of a wood-based panel as a floor panel having a surface layer on a substrate , the surface layer being arranged above the substrate and having at least one layer , the at least one layer comprising natural or synthetic fibres , at least one binder , abrasion-resistant particles and at least one additive , characterized in that the at least one additive is selected from the group consisting of at least conductive substances and in addition optionally flame retardants, luminescent substances and metals, and the substrate comprises a balancing coating in addition to the surface layer .
A method for improving the cleaning performance of a washing or cleaning agent comprising a protease, characterized in that a biosurfactant is added to the washing or cleaning agent, which biosurfactant, in conjunction with the protease, causes a synergistic cleaning performance when the agent is used, the biosurfactant being a lipopeptide.
An agricultural machine for distributing commodity, comprising: a frame ; a tank coupled to the frame and configured to store the commodity; a row unit coupled to the frame , the row unit comprising a hopper and a seed meter ; a manifold assembly configured to direct commodity through the agricultural machine ; a tank line coupled between the tank and the manifold assembly ; a row unit line coupled between the manifold assembly and the hopper ; a return line coupled between the manifold assembly and the tank ; a blower configured to provide an air flow through the tank line and the row unit line to transfer commodity from the tank , through the manifold assembly , and to the hopper of the row unit ; and a vacuum assembly configured to provide an air flow through the row unit line and the return line to transfer commodity from the hopper of the row unit , through the manifold assembly , and to the tank . a frame ; a tank coupled to the frame and configured to store the commodity; a row unit coupled to the frame , the row unit comprising a hopper and a seed meter ; a manifold assembly configured to direct commodity through the agricultural machine ; a tank line coupled between the tank and the manifold assembly ; a row unit line coupled between the manifold assembly and the hopper ; a return line coupled between the manifold assembly and the tank ; a blower configured to provide an air flow through the tank line and the row unit line to transfer commodity from the tank , through the manifold assembly , and to the hopper of the row unit ; and a vacuum assembly configured to provide an air flow through the row unit line and the return line to transfer commodity from the hopper of the row unit , through the manifold assembly , and to the tank .