mhurhangee/ep-ind-claims huggingface dataset:
A device for treating the outside surface of a cork stopper, comprising: - a first liquid composition, named a reactive composition, comprising: ∘ a composition, named a bi-epoxy composition, of at least one compound having a molecular mass of from 340 g/mol to 800 g/mol and having the following general formula: wherein: ▪ n is a natural whole number selected from the group formed of 0, 1 and 2, and ▪ R1 is chosen from the group formed of -H and -CH 3; ∘ a solvent, named a reactive solvent, of the following general formula: wherein x is a whole number from 2 to 10; - a second liquid composition, named a curing composition, comprising at least one polyamine adapted to react with at least one epoxy group of the reactive composition to form a covalent bond between a primary amine of the polyamine and said epoxy group, and to form, by polymerization, a protective film on the surface of the cork stopper; characterized in that the reactive composition comprises a filler of a solid in the divided state dispersed in the reactive composition, said solid in the divided state being formed of barium sulfate in the divided state. - a first liquid composition, named a reactive composition, comprising: ∘ a composition, named a bi-epoxy composition, of at least one compound having a molecular mass of from 340 g/mol to 800 g/mol and having the following general formula: wherein: ▪ n is a natural whole number selected from the group formed of 0, 1 and 2, and ▪ R1 is chosen from the group formed of -H and -CH 3; ∘ a solvent, named a reactive solvent, of the following general formula: wherein x is a whole number from 2 to 10; ∘ a composition, named a bi-epoxy composition, of at least one compound having a molecular mass of from 340 g/mol to 800 g/mol and having the following general formula: wherein: ▪ n is a natural whole number selected from the group formed of 0, 1 and 2, and ▪ R1 is chosen from the group formed of -H and -CH 3; ▪ n is a natural whole number selected from the group formed of 0, 1 and 2, and ▪ R1 is chosen from the group formed of -H and -CH 3; ∘ a solvent, named a reactive solvent, of the following general formula: - a second liquid composition, named a curing composition, comprising at least one polyamine adapted to react with at least one epoxy group of the reactive composition to form a covalent bond between a primary amine of the polyamine and said epoxy group, and to form, by polymerization, a protective film on the surface of the cork stopper; characterized in that the reactive composition comprises a filler of a solid in the divided state dispersed in the reactive composition, said solid in the divided state being formed of barium sulfate in the divided state.
A printing blanket comprising at least a printable surface layer and a non-extensible backing layer, said printing blanket having opposing lead and trail ends adapted to be inserted into a gap of a printing blanket cylinder; said lead end of said blanket including a first relief area positioned inwardly from said lead end and extending substantially across the width of said blanket, said first relief area defined by a gap in the blanket carcass that overlies the non-extensible backing layer and is bounded on either side by blanket walls; and said trail end of said blanket including a second relief area positioned inwardly from said trail end and extending substantially across the width of said blanket, said second relief area defined by a gap in the at least one layer of said blanket overlying said non-extensible backing layer and bounded on either side by blanket walls, said first and second relief areas positioned such that when said blanket is mounted on said blanket cylinder, said relief areas substantially align with the point at which the lead and trail ends of said blanket are inserted into said gap in said blanket cylinder; characterized in that said non-extensible backing layer extends beyond said blanket carcass on said trail end of said blanket.
An agrochemical composition comprising: i. a complex formed with: a. at least one zinc salt, b. at least one of eugenol or a source thereof; and ii. at least one agrochemical excipient; wherein the composition comprises particles in the size range of from 0.1 micron to 50 microns; wherein the composition is in the form of a solid or a liquid, wherein the solid composition is in the form of water dispersible granules, broadcast granules, water disintegrable granules, wettable powder or micro granules; and wherein the water dispersible granules, water disintegrable granules, broadcast granules are in the size range of from 0.1 to 6 mm; and the micro granules are in the size range of from 0.1 to 2.5 mm; and wherein the liquid composition is in the form of an oil dispersion, an aqueous suspension, or a suspoemulsion; and wherein the agrochemical excipient comprises a surfactant. i. a complex formed with: a. at least one zinc salt, b. at least one of eugenol or a source thereof; and a. at least one zinc salt, b. at least one of eugenol or a source thereof; and ii. at least one agrochemical excipient; wherein the composition comprises particles in the size range of from 0.1 micron to 50 microns; wherein the composition is in the form of a solid or a liquid, wherein the solid composition is in the form of water dispersible granules, broadcast granules, water disintegrable granules, wettable powder or micro granules; and wherein the water dispersible granules, water disintegrable granules, broadcast granules are in the size range of from 0.1 to 6 mm; and the micro granules are in the size range of from 0.1 to 2.5 mm; and wherein the liquid composition is in the form of an oil dispersion, an aqueous suspension, or a suspoemulsion; and wherein the agrochemical excipient comprises a surfactant.
A method performed in a network node relating to a process of controlling a data transfer related to video data of a video streaming service from a server to a wireless device, which network node and wireless device operate in a wireless communications network, wherein the process of controlling of data transfer comprises: determining a target bitrate of the data transfer based on network operational efficiency of the wireless communications network; determining a target rate scheduling weight value of the data transfer based on the target bitrate of the data transfer, determining a scheduling weight value for the wireless device to be used in the data transfer, based on the target rate scheduling weight value, wherein the scheduling weight value is a priority value, a higher scheduling weight value corresponding to a better chance of data transmission scheduling to the wireless device in a next transmission interval; determining a size of data segment to be used in the data transfer based at least in part on the scheduling weight value, and determining a pending data volume for the transferring of the video data to a play back buffer of the wireless device based at least in part on the scheduling weight value, wherein the pending data volume is an amount of video data in the play back buffer that is ready to be played. determining a target bitrate of the data transfer based on network operational efficiency of the wireless communications network; determining a target rate scheduling weight value of the data transfer based on the target bitrate of the data transfer, determining a scheduling weight value for the wireless device to be used in the data transfer, based on the target rate scheduling weight value, wherein the scheduling weight value is a priority value, a higher scheduling weight value corresponding to a better chance of data transmission scheduling to the wireless device in a next transmission interval; determining a size of data segment to be used in the data transfer based at least in part on the scheduling weight value, and determining a pending data volume for the transferring of the video data to a play back buffer of the wireless device based at least in part on the scheduling weight value, wherein the pending data volume is an amount of video data in the play back buffer that is ready to be played.
A method for steering a mobile agricultural machine to align a guidance point with a guidance line, the method comprising: Setting the guidance point; setting the guidance line; receiving, from an orientation sensor mounted on the mobile agricultural machine, orientation information including one or both of a pitch angle and a roll angle of the mobile agricultural machine; characterized in that the method further comprises: calculating an orientation correction based on the orientation information including calculating a header-based orientation correction based on a height of a header of the mobile agricultural machine and the orientation information; performing at least one of: modifying the guidance point using the orientation correction and steering the mobile agricultural machine to align the modified guidance point with the guidance line; and modifying the guidance line using the orientation correction and steering the mobile agricultural machine to align the guidance point with the modified guidance line. Setting the guidance point; setting the guidance line; receiving, from an orientation sensor mounted on the mobile agricultural machine, orientation information including one or both of a pitch angle and a roll angle of the mobile agricultural machine; characterized in that the method further comprises: calculating an orientation correction based on the orientation information including calculating a header-based orientation correction based on a height of a header of the mobile agricultural machine and the orientation information; performing at least one of: modifying the guidance point using the orientation correction and steering the mobile agricultural machine to align the modified guidance point with the guidance line; and modifying the guidance line using the orientation correction and steering the mobile agricultural machine to align the guidance point with the modified guidance line. calculating an orientation correction based on the orientation information including calculating a header-based orientation correction based on a height of a header of the mobile agricultural machine and the orientation information; performing at least one of: modifying the guidance point using the orientation correction and steering the mobile agricultural machine to align the modified guidance point with the guidance line; and modifying the guidance line using the orientation correction and steering the mobile agricultural machine to align the guidance point with the modified guidance line. modifying the guidance point using the orientation correction and steering the mobile agricultural machine to align the modified guidance point with the guidance line; and modifying the guidance line using the orientation correction and steering the mobile agricultural machine to align the guidance point with the modified guidance line.
A message decapsulation method, applied to a second node, comprising: decapsulating a data packet sent by a first node; wherein the data packet is obtained by encapsulating, by the first node, a data message sent through a first Attachment Circuit, AC, the data packet carries a split horizon attribute of the first AC determined by the first node, and the split horizon attribute of the first AC comprises at least one of the following: a leaf attribute, a root attribute; and the leaf attribute or the root attribute indicates a node attribute of a user-side interface corresponding to the first AC in an E-Tree service; wherein a format of the data packet comprise one of the following: Generic Network Virtualization Encapsulation, Geneve, and Virtual Extensible Local Area Network Generic Protocol Extension, VXLAN-GPE. decapsulating a data packet sent by a first node; wherein the data packet is obtained by encapsulating, by the first node, a data message sent through a first Attachment Circuit, AC, the data packet carries a split horizon attribute of the first AC determined by the first node, and the split horizon attribute of the first AC comprises at least one of the following: a leaf attribute, a root attribute; and the leaf attribute or the root attribute indicates a node attribute of a user-side interface corresponding to the first AC in an E-Tree service; wherein a format of the data packet comprise one of the following: Generic Network Virtualization Encapsulation, Geneve, and Virtual Extensible Local Area Network Generic Protocol Extension, VXLAN-GPE.
Tank for farming of marine organisms, the tank comprising a main chamber to hold the marine organisms, wherein the tank also comprises a first ring chamber arranged at the periphery of the main chamber and wherein water from the main chamber is circulated via pipelines to the first ring chamber, characterised in that the pipelines are arranged near the centre of the main chamber and are fitted with a pumping device that lifts the water sufficiently high up so that the water flows freely in a horizontally tilted section of the pipelines to the first ring chamber, and in that a vacuum pump, such as a fan, is arranged in communication with the pipelines and set up so that a negative pressure is established in the horizontally tilted section of the pipelines.
A process for preparing a compound of formula (VIII): wherein A is a C 6 -C 14 alkylene linker; each R is, independently, an acid protecting group; and R x is an acid protecting group; said process comprising reacting a compound of the formula: with a compound of the formula: to yield a compound of formula (VIII), wherein Hal is halogen. A is a C 6 -C 14 alkylene linker; each R is, independently, an acid protecting group; and R x is an acid protecting group; said process comprising reacting a compound of the formula: with a compound of the formula: to yield a compound of formula (VIII), wherein Hal is halogen.
A method performed by one or more computers, the method comprising: receiving a request for validation of an analytics process configured to execute on a distributed computing system comprising a plurality of physical computers; receiving a raw subset of a dataset; processing the raw subset of the dataset to generate a first output subset, including executing a test script specifying an expression of the analytics process and supplying the raw subset as an input to the test script; receiving, from the distributed computing system that is executing the analytics process on the dataset, a second output subset that is a portion of an output of the analytics process executing on the distributed computing system, the second output subset resulting from the distributed computing system processing the raw subset, and wherein receiving the second output subset comprises polling the distributed computing system that is executing the analytics process on the dataset using an asynchronous callback function implemented using a representational state transfer application program interface, further referred to as RESTful API, comprising polling the distributed computing system that is executing the analytics process on the dataset in parallel with processing the raw subset; comparing the first output subset to the second output subset; and outputting, prior to the distributed computing system completing execution of the analytics process on the whole dataset, a validation result based on comparing the first output subset to the second output subset. receiving a request for validation of an analytics process configured to execute on a distributed computing system comprising a plurality of physical computers; receiving a raw subset of a dataset; processing the raw subset of the dataset to generate a first output subset, including executing a test script specifying an expression of the analytics process and supplying the raw subset as an input to the test script; receiving, from the distributed computing system that is executing the analytics process on the dataset, a second output subset that is a portion of an output of the analytics process executing on the distributed computing system, the second output subset resulting from the distributed computing system processing the raw subset, and wherein receiving the second output subset comprises polling the distributed computing system that is executing the analytics process on the dataset using an asynchronous callback function implemented using a representational state transfer application program interface, further referred to as RESTful API, comprising polling the distributed computing system that is executing the analytics process on the dataset in parallel with processing the raw subset; comparing the first output subset to the second output subset; and outputting, prior to the distributed computing system completing execution of the analytics process on the whole dataset, a validation result based on comparing the first output subset to the second output subset.
A handover method performed by a user equipment UE, comprising: receiving a get instruction from a macro serving cell (step 301), wherein the get instruction is used to instruct the UE to obtain a first reference signal parameter Mn of a target node in a macro neighboring cell and a second reference parameters Mp corresponding to multiple nodes in the macro serving cell, and instruct the UE to select a preferred Mp that meets a predefined requirement from the Mps corresponding to the multiple nodes, obtaining the first reference signal parameter Mn of the target node in the macro neighboring cell and the second reference signal parameters Mp corresponding to multiple nodes in the macro serving cell, wherein the macro serving cell is a cell serving a user equipment UE and the macro neighboring cell is a cell adjacent to the macro serving cell, wherein within the macro serving cell Coordinated Multi Point, CoMP, technology is applied (step 201, step 302); selecting the preferred Mp that meets the predefined requirement from the Mps corresponding to the multiple nodes (step 202, step 303); and triggering a handover procedure if the preferred Mp and the Mn meet a preset handover condition (step 203, step 305). receiving a get instruction from a macro serving cell (step 301), wherein the get instruction is used to instruct the UE to obtain a first reference signal parameter Mn of a target node in a macro neighboring cell and a second reference parameters Mp corresponding to multiple nodes in the macro serving cell, and instruct the UE to select a preferred Mp that meets a predefined requirement from the Mps corresponding to the multiple nodes, obtaining the first reference signal parameter Mn of the target node in the macro neighboring cell and the second reference signal parameters Mp corresponding to multiple nodes in the macro serving cell, wherein the macro serving cell is a cell serving a user equipment UE and the macro neighboring cell is a cell adjacent to the macro serving cell, wherein within the macro serving cell Coordinated Multi Point, CoMP, technology is applied (step 201, step 302); selecting the preferred Mp that meets the predefined requirement from the Mps corresponding to the multiple nodes (step 202, step 303); and triggering a handover procedure if the preferred Mp and the Mn meet a preset handover condition (step 203, step 305).
Apparatus for determining and/or monitoring at least a predefined level of a liquid in a vessel with a sensor unit, comprising at least one unit that is capable of vibrating mechanically and can be arranged at the height of the predefined level, a transmission unit, which uses an electrical transmission signal to excite the unit that is capable of vibrating to produce mechanical vibrations, and a reception unit, which is mechanically and electrically coupled to the transmission unit, and which converts the vibrations of the unit that is capable of vibrating into an electrical reception signal, and with an electronics unit, said unit comprising at least an evaluation unit, which uses the electrical reception signal to determine whether the unit that is capable of vibrating is covered or not by a product, and a regulation unit, which regulates a phase difference between the electrical transmission signal and the electrical reception signal to a certain value at which the unit that is capable of vibrating produces vibrations at a resonance frequency, and which forms a resonant circuit with the transmission unit, the reception unit and the unit that is capable of vibrating, wherein the electronics unit has a compensation path with a compensation unit, which is used to compensate for additional signal components in the reception signal, wherein the additional signal components in the reception signal result from the mechanical and/or electrical coupling between the transmission unit and the reception unit, wherein the compensation unit at least temporarily generates a compensation signal from the transmission signal and supplies said compensation signal to the reception signal, wherein the compensation unit generates the compensation signal in such a way that the compensation signal is opposed to the additional signal components in the reception signal, characterized in that the compensation unit has at least an adjustable damping element for the dynamic compensation of the additional signal components in the reception signal, in that the compensation unit is controlled by a microcontroller, which is designed to initiate and terminate the compensation, and to control the setting for the level of the compensation signal, in that - for the purpose of generating the compensation signal - the compensation unit modifies the transmission signal in the compensation path depending on a current vibration frequency of the resonant circuit, and in that the compensation unit is designed to generate a compensation signal at least when the current vibration frequency is outside a range, said range being delimited - with certain tolerances - by the vibration frequency of a covered unit that is capable of vibrating and the vibration frequency of an uncovered unit that is capable of vibrating.
An apparatus comprising: one or more queues to store a plurality of packets; a packet selector coupled to the one or more queues; and a transmitter coupled to the packet selector; the packet selector adapted to provide to the transmitter a first packet from the one or more queues to be transmitted by the transmitter, and to speculate as to possible outcomes of the transmission of the first packet and to select further packets based on the speculating; the packet selector further adapted to pre-emptively provide to the transmitter the selected packets along with conditional information to allow the transmitter to decide which packet to transmit next prior to receiving an indication of a success or failure of the transmission of the first packet; and the transmitter adapted to transmit a packet from the provided packets based upon the result of a comparison of the conditional information to the outcome of the transmission of the first packet. one or more queues to store a plurality of packets; a packet selector coupled to the one or more queues; and a transmitter coupled to the packet selector; the packet selector adapted to provide to the transmitter a first packet from the one or more queues to be transmitted by the transmitter, and to speculate as to possible outcomes of the transmission of the first packet and to select further packets based on the speculating; the packet selector further adapted to pre-emptively provide to the transmitter the selected packets along with conditional information to allow the transmitter to decide which packet to transmit next prior to receiving an indication of a success or failure of the transmission of the first packet; and the transmitter adapted to transmit a packet from the provided packets based upon the result of a comparison of the conditional information to the outcome of the transmission of the first packet.