mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for facilitating dynamic load-based merging, the method comprising: storing reference data in respective storage devices in a plurality of server groups , wherein a respective server group in the plurality of server groups includes one or more computing devices ; identifying incremental data in a memory of a first computing device distinct from the plurality of server groups, wherein the incremental data comprises updates to the reference data in a storage device in a second computing device , wherein the second computing device belongs to a first server group of the plurality of server groups; in response to the size of the incremental data being greater than a threshold, selecting the first server group from the plurality of server groups for merging the incremental data; migrating data access request traffic for the reference data from the first server group to a second server group in the plurality of server groups to reduce data access request traffic for the first server group; determining a traffic ratio of data access requests to the first server group with respect to data access requests to the plurality of server groups; in response to the traffic ratio reaching a threshold value, merging the incremental data from the memory of the first computing device with the reference data stored in the storage device in the second computing device, wherein the merging includes batch sequential disk writes to the storage device of the second computing device. storing reference data in respective storage devices in a plurality of server groups , wherein a respective server group in the plurality of server groups includes one or more computing devices ; identifying incremental data in a memory of a first computing device distinct from the plurality of server groups, wherein the incremental data comprises updates to the reference data in a storage device in a second computing device , wherein the second computing device belongs to a first server group of the plurality of server groups; in response to the size of the incremental data being greater than a threshold, selecting the first server group from the plurality of server groups for merging the incremental data; migrating data access request traffic for the reference data from the first server group to a second server group in the plurality of server groups to reduce data access request traffic for the first server group; determining a traffic ratio of data access requests to the first server group with respect to data access requests to the plurality of server groups; in response to the traffic ratio reaching a threshold value, merging the incremental data from the memory of the first computing device with the reference data stored in the storage device in the second computing device, wherein the merging includes batch sequential disk writes to the storage device of the second computing device.
A method of controlling the acid balance in a high chloride heap leach process, carried out at ambient temperature, wherein the chloride concentration is between 100g/L and 180g/L to ensure that the copper dissolution in the agglomeration stage is not limited by acid to maximise the copper dissolution in the cure step and thereby increase the overall copper recovery wherein the method includes the following: a. an agglomeration stage in which acid and process solutions are combined with the ore prior to stacking to form a heap; b. an aerated, but non-irrigated, cure phase to leach a portion of the copper in the ore in the heap wherein copper dissolution in the cure phase is at least 30%; and c. an irrigated leach phase during which the remaining copper minerals are leached and copper is recovered from a pregnant leach solution by a solvent extraction step followed by an electrowinning step, and wherein the heap comprises a plurality of heap sections in which excess acid in the irrigated leach phase is reduced by circulating leach liquor to the heap sections counter-current to the ore loading onto the heap sections and removal of the ore from the heap sections, thereby increasing acid consumption by gangue mineral dissolution in proportion to the number of heap sections irrigated and the acid concentration in the pregnant leach solution, which reports to the solvent extraction step, is less than 10 g/L, to allow effective copper recovery from the pregnant leach solution in the solvent extraction step. a. an agglomeration stage in which acid and process solutions are combined with the ore prior to stacking to form a heap; b. an aerated, but non-irrigated, cure phase to leach a portion of the copper in the ore in the heap wherein copper dissolution in the cure phase is at least 30%; and c. an irrigated leach phase during which the remaining copper minerals are leached and copper is recovered from a pregnant leach solution by a solvent extraction step followed by an electrowinning step, and wherein
Light pole foundation stone having a receptacle for receiving a light pole in sections, wherein the receptacle has an opening for introducing the light pole into the receptacle , wherein the opening is arranged in the region of a head end of the light pole foundation stone , characterized in that a cable lead-through opening is arranged at one end of the receptacle opposite the opening , in that a foot end of the light pole foundation stone opposite the head end of the light pole foundation stone has a groove , and in that the cable lead-through opening opens into this groove .
Antiviral composition comprising one or more zeolites in the form of powders with a silicon to aluminum (Si/Al) atomic ratio comprised between 1 and 15 and a surface functionalization with a silane moiety, characterized in that - the one or more zeolites are selected in a group consisting of Faujasite (FAU), Linde Type A zeolites and mixtures thereof and - the silane moiety is selected among (3-Aminopropyl)trimethoxysilane, (3-Glycidoxypropyl)trimethoxysilane, 3-(trihydroxysilyl) propyldimethyloctadecyl ammonium chloride, octadecyldimethyl (3-trimethoxysilylpropyl) ammonium chloride and mixtures thereof.
A method of routing packets from a provider Autonomous System, AS, in a network comprising Autonomous Systems (AS100, AS200, AS123, AS456, AS789), ASs, the method comprising the steps of : obtaining, by a next hop determiner, route indicators from a Routing Table stored at a public route server or at a provider AS, each said route indicator comprising: an indicator of a network prefix ; and an indicator of an AS path for delivering packets to an AS having the network prefix ; identifying, by a comparator of the next hop determiner, and by comparison of each said AS path indicator to one or more AS identifiers stored in a predetermined AS identifier store , at least one said obtained route indicator having an AS path indicator comprising a predetermined AS identifier ; storing the network prefix indicator of each said identified route indicator in a memory of the next hop determiner; receiving at least one packet having an address indicating a destination; and if the destination address of said packet is within an address range defined by a said stored prefix indicator : transmitting, by a packet output port of the next hop determiner, the packet on a non-peering connection to the AS (AS100) having the predetermined AS identifier , wherein the non-peering connection does not perform direct BGP peering to exchange the network prefix with the AS having the predetermined AS identifier. obtaining, by a next hop determiner, route indicators from a Routing Table stored at a public route server or at a provider AS, each said route indicator comprising: an indicator of a network prefix ; and an indicator of an AS path for delivering packets to an AS having the network prefix ; an indicator of a network prefix ; and an indicator of an AS path for delivering packets to an AS having the network prefix ; identifying, by a comparator of the next hop determiner, and by comparison of each said AS path indicator to one or more AS identifiers stored in a predetermined AS identifier store , at least one said obtained route indicator having an AS path indicator comprising a predetermined AS identifier ; storing the network prefix indicator of each said identified route indicator in a memory of the next hop determiner; receiving at least one packet having an address indicating a destination; and if the destination address of said packet is within an address range defined by a said stored prefix indicator : transmitting, by a packet output port of the next hop determiner, the packet on a non-peering connection to the AS (AS100) having the predetermined AS identifier , wherein the non-peering connection does not perform direct BGP peering to exchange the network prefix with the AS having the predetermined AS identifier.
A non-oriented electrical steel sheet having a chemical composition comprising C: not more than 0.0050 mass%, Si: 1.5-5.0 mass%, Mn: 0.15-3.0 mass%, sol. Al: not more than 0.0050 mass%, P: not more than 0.2 mass%, S: not more than 0.0050 mass%, N: not more than 0.0040 mass%, optionally one or two selected from Sn: 0.01-0.1 mass% and Sb: 0.01-0.1 mass%, optionally one or more selected from Cu: 0.01-0.5 mass%, Ni: 0.01-0.5 mass% and Cr: 0.01-0.5 mass%, optionally one or two selected from REM: 0.0001-0.0050 mass% and Mg: 0.0001-0.0050 mass% and the remainder being Fe and inevitable impurities, characterized in that a total Ca concentration (T. Ca) in steel is 0.0010-0.0080 mass%, and a total oxygen concentration (T. O) is not more than 0.0100 mass%, and fulfilling one or two conditions selected from condition A, in which a concentration ratio (T. Ca/T. O) of a total Ca to a total oxygen is not less than 0.50 but not more than 2.0, and wherein a concentration ratio (sol. Al/Si) of sol. Al to Si is optionally not more than 0.0020, and condition B, in which a total oxygen concentration (T. O) is not more than 0.0100 mass%, and a composition ratio (CaO/SiO 2 ) of CaO to SiO 2 in oxide inclusions existing in a sheet thickness section in a rolling direction and having a size in a sheet thickness direction of not less than 0.2 μm is 0.50-4.0, and wherein a composition ratio (Al 2 O 3 /(CaO + SiO 2 + Al 2 O 3 )) of Al 2 O 3 to (CaO + SiO 2 + Al 2 O 3 ) in the oxide inclusions existing in a sheet thickness section in a rolling direction and having a size in a sheet thickness direction of not less than 0.2 μm is optionally not more than 0.15. condition A, in which a concentration ratio (T. Ca/T. O) of a total Ca to a total oxygen is not less than 0.50 but not more than 2.0, and wherein a concentration ratio (sol. Al/Si) of sol. Al to Si is optionally not more than 0.0020, and condition B, in which a total oxygen concentration (T. O) is not more than 0.0100 mass%, and a composition ratio (CaO/SiO 2 ) of CaO to SiO 2 in oxide inclusions existing in a sheet thickness section in a rolling direction and having a size in a sheet thickness direction of not less than 0.2 μm is 0.50-4.0, and wherein a composition ratio (Al 2 O 3 /(CaO + SiO 2 + Al 2 O 3 )) of Al 2 O 3 to (CaO + SiO 2 + Al 2 O 3 ) in the oxide inclusions existing in a sheet thickness section in a rolling direction and having a size in a sheet thickness direction of not less than 0.2 μm is optionally not more than 0.15.
An apparatus for non-invasive directional tissue treatment comprising: a radiofrequency (RF) generator; a two dimensional array of RF energy delivery elements placed at a predetermined order and being in active communication with the RF generator; a power source; and a controller, wherein each of the RF energy delivery elements comprises a pair of electrodes with opposite polarity, wherein each pair of electrodes is positioned such that a treated volume is formed when applying RF energy to the pair of electrodes and forming electric currents in the volume of a tissue treated by the pair of electrodes, and wherein the predetermined order is determined such that accumulated dimensions of all the treated volumes in a first direction is higher than the accumulated dimensions of all the treated volumes in a second direction. a radiofrequency (RF) generator; a two dimensional array of RF energy delivery elements placed at a predetermined order and being in active communication with the RF generator; a power source; and a controller,
A surgical instrument , comprising: an elongated housing having a proximal end and a distal end; a loading unit removably mountable with the distal end of the elongated housing and having a tool assembly ; a handle assembly at the proximal end of the elongated housing ; a rotation member at the proximal end of the elongated housing ; and characterized in that the surgical instrument further comprises: a locking structure for securing the loading unit on the elongated housing , the locking structure including a locking shaft comprising a slot and a button accessible at the rotation member , said button defining a protrusion which engages slot of locking shaft ; wherein button is part of a button assembly located at the proximal end of the housing , said button assembly being moveable between a first locked position and a second unlocked position and including a return spring which biases the button distally; wherein interaction between the slot and protrusion allows the button and locking shaft to be moveable between first and second positions as the button is moved by a user. an elongated housing having a proximal end and a distal end; a loading unit removably mountable with the distal end of the elongated housing and having a tool assembly ; a handle assembly at the proximal end of the elongated housing ; a rotation member at the proximal end of the elongated housing ; and characterized in that the surgical instrument further comprises: a locking structure for securing the loading unit on the elongated housing , the locking structure including a locking shaft comprising a slot and a button accessible at the rotation member , said button defining a protrusion which engages slot of locking shaft ; wherein button is part of a button assembly located at the proximal end of the housing , said button assembly being moveable between a first locked position and a second unlocked position and including a return spring which biases the button distally; wherein interaction between the slot and protrusion allows the button and locking shaft to be moveable between first and second positions as the button is moved by a user. a locking structure for securing the loading unit on the elongated housing , the locking structure including a locking shaft comprising a slot and a button accessible at the rotation member , said button defining a protrusion which engages slot of locking shaft ; wherein button is part of a button assembly located at the proximal end of the housing , said button assembly being moveable between a first locked position and a second unlocked position and including a return spring which biases the button distally; wherein interaction between the slot and protrusion allows the button and locking shaft to be moveable between first and second positions as the button is moved by a user.
Biological methanation reactor of hydrogen or hydrogen-rich gas, and of carbon dioxide or carbon dioxide-rich gas, characterized in that it comprises: - a chamber having one longitudinal extremity , referred to as "lower", and one opposite longitudinal extremity , referred to as "upper", said chamber comprising, in the vicinity of the lower extremity: - a primary inlet for water, - an inlet for hydrogen or hydrogen-rich gas, and - an inlet for carbon dioxide or carbon dioxide-rich gas; and in the vicinity of the upper extremity: - an outlet for synthetic methane or a gas rich in synthetic methane, and - a primary outlet for water; - a substrate material for forming a bed of methanogenic flora, having a density lower than the density of water, mobile in translation along the longitudinal axis of the chamber, and configured to receive methanogenic flora; and - between the substrate material on the one hand and the methane outlet and the water outlet on the other hand, a perforated surface to retain the substrate material, forming a stop for the longitudinal movement of the substrate material at the position of said surface. - a chamber having one longitudinal extremity , referred to as "lower", and one opposite longitudinal extremity , referred to as "upper", said chamber comprising, in the vicinity of the lower extremity: - a primary inlet for water, - an inlet for hydrogen or hydrogen-rich gas, and - an inlet for carbon dioxide or carbon dioxide-rich gas; and in the vicinity of the upper extremity: - an outlet for synthetic methane or a gas rich in synthetic methane, and - a primary outlet for water; - a primary inlet for water, - an inlet for hydrogen or hydrogen-rich gas, and - an inlet for carbon dioxide or carbon dioxide-rich gas; and - an outlet for synthetic methane or a gas rich in synthetic methane, and - a primary outlet for water; - a substrate material for forming a bed of methanogenic flora, having a density lower than the density of water, mobile in translation along the longitudinal axis of the chamber, and configured to receive methanogenic flora; and - between the substrate material on the one hand and the methane outlet and the water outlet on the other hand, a perforated surface to retain the substrate material, forming a stop for the longitudinal movement of the substrate material at the position of said surface.
Aluminous cement, characterized in that it contains at least 75 wt.% and at most 89 wt.% monocalcium aluminate, CA in crystalline or amorphous form or as a mixture of crystalline and amorphous fractions, wherein it contains at least 53 wt.% aluminum oxide calculated as Al 2 O 3 and has an A/C value based on wt.% in the range of from 1.45 to 1.85, wherein it contains at most 39 wt.% calcium oxide, wherein it has a Blaine fineness in the range of from 3500 to 6000 cm 2 /g, wherein it has a slope n in the range of from 0.7 to 1.5, and has a position parameter x' of 8-30 μm in an RRSB particle size grid according to DIN 66145 and its color in the L*a*b* color system is in the range of values: L* < 85, preferably < 80.
Portable electric motor-driven cutting tool , in particular shears, intended, in particular, for pruning plants, comprising: - at least one movable cutting blade , and - at least one motor to move said movable blade ; further comprising means for detecting the position of said blade comprising: - a single, so-called central, magnetic sensor , arranged fixedly with respect to said movable blade , characterised by - at least two magnets (204 1 , 204 2 ) integral with said movable blade . - at least one movable cutting blade , and - at least one motor to move said movable blade ; - a single, so-called central, magnetic sensor , arranged fixedly with respect to said movable blade , characterised by - at least two magnets (204 1 , 204 2 ) integral with said movable blade .
An optical fiber ribbon comprising a plurality of optical fiber colored core wires that are connected to each other with a connector that comprises a UV curable resin, wherein each of the optical fiber colored core wires comprises: a bare optical fiber ; a primary layer that comprises a UV curable resin that covers the bare optical fiber ; a secondary layer that comprises a UV curable resin that covers the primary layer ; and a colored layer disposed outside the primary layer and comprising a colored UV curable resin, characterized in that the primary layer has a Young's modulus that is greater than or equal to 75% of a saturated Young's modulus of the primary layer , and the Young's modulus of the primary layer is 0.20 MPa or more and 0.72 MPa or less, wherein the saturated Young's modulus is the Young's modulus of a state in which the primary layer has been completely cured and the Young's modulus of the primary layer in the state does not rise even if the curable resin is further irradiated with UV light. a bare optical fiber ; a primary layer that comprises a UV curable resin that covers the bare optical fiber ; a secondary layer that comprises a UV curable resin that covers the primary layer ; and a colored layer disposed outside the primary layer and comprising a colored UV curable resin, characterized in that the primary layer has a Young's modulus that is greater than or equal to 75% of a saturated Young's modulus of the primary layer , and the Young's modulus of the primary layer is 0.20 MPa or more and 0.72 MPa or less, wherein the saturated Young's modulus is the Young's modulus of a state in which the primary layer has been completely cured and the Young's modulus of the primary layer in the state does not rise even if the curable resin is further irradiated with UV light.
A method of reporting channel quality information for three-dimensional, 3D, multiple input multiple output, MIMO, transmission to a base station at a user equipment, UE, in a wireless communication system, the method comprising: receiving information for vertical cycling beamforming from the base station; calculating the channel quality information using the information for the vertical cycling beamforming, on an assumption that different vertical beamforming is cyclically applied per a predetermined resource unit; and reporting the calculated channel quality information to the base station, wherein, when a size of resources allocated to the UE is equal to or greater than two resource blocks, a size of the predetermined resource unit is one resource block, and wherein, when the size of resources allocated to the UE is equal to one resource block, the size of the predetermined resource unit is a specific number of resource elements, wherein resource element is smaller than resource block. receiving information for vertical cycling beamforming from the base station; calculating the channel quality information using the information for the vertical cycling beamforming, on an assumption that different vertical beamforming is cyclically applied per a predetermined resource unit; and reporting the calculated channel quality information to the base station, wherein, when a size of resources allocated to the UE is equal to or greater than two resource blocks, a size of the predetermined resource unit is one resource block, and wherein, when the size of resources allocated to the UE is equal to one resource block, the size of the predetermined resource unit is a specific number of resource elements, wherein resource element is smaller than resource block.
A method for determining tampering at a device coupled to a moveable object comprising: receiving a plurality of orientation states of the device, the plurality of orientation states measured by an orientation sensor ; determining, based on the received orientation states, at least two expected orientation states ; receiving a further orientation state of the device measured by the orientation sensor ; in response to determining that the further orientation state differs from the at least two expected orientation states, generating a tamper alert , wherein determining the at least two expected orientation states comprises: determining the at least two most common orientation states from the received plurality of orientation states and determining that each of the at least two most common orientation states has a count that meets a threshold number. receiving a plurality of orientation states of the device, the plurality of orientation states measured by an orientation sensor ; determining, based on the received orientation states, at least two expected orientation states ; receiving a further orientation state of the device measured by the orientation sensor ; in response to determining that the further orientation state differs from the at least two expected orientation states, generating a tamper alert , wherein determining the at least two expected orientation states comprises: determining the at least two most common orientation states from the received plurality of orientation states and determining that each of the at least two most common orientation states has a count that meets a threshold number.