mhurhangee/ep-ind-claims huggingface dataset:
A swing mechanism for a construction machine, said swing mechanism being provided with: a swing frame, an inner race having an internal gear on an inner circumferential portion thereof and mounted on a side of a base, an outer race rotatably arranged surrounding said inner race and provided with said swing frame mounted thereon, a pinion inserted through a pinion insertion hole formed in said swing frame and maintained in meshing engagement with said internal gear, a pinion drive device for rotationally driving said pinion, and a first pin fit-in hole arranged in said swing frame such that a first knock pin fixed on said outer race is fitted in said first pin fit-in hole to position said swing frame, a pin fit-in hole portion through which said first pin fit-in hole is formed being arranged on said swing frame at a location adjacent to a place of meshing engagement between said pinion and said internal gear characterized in that said pin fit-in hole portion extends within said pinion insertion hole, and said first pin fit-in hole is located on or adjacent to a line that extends through a center of swinging (O 1) of said outer race and a center of rotation (O 2) of said pinion. a swing frame, an inner race having an internal gear on an inner circumferential portion thereof and mounted on a side of a base, an outer race rotatably arranged surrounding said inner race and provided with said swing frame mounted thereon, a pinion inserted through a pinion insertion hole formed in said swing frame and maintained in meshing engagement with said internal gear, a pinion drive device for rotationally driving said pinion, and a first pin fit-in hole arranged in said swing frame such that a first knock pin fixed on said outer race is fitted in said first pin fit-in hole to position said swing frame, a pin fit-in hole portion through which said first pin fit-in hole is formed being arranged on said swing frame at a location adjacent to a place of meshing engagement between said pinion and said internal gear characterized in that said pin fit-in hole portion extends within said pinion insertion hole, and said first pin fit-in hole is located on or adjacent to a line that extends through a center of swinging (O 1) of said outer race and a center of rotation (O 2) of said pinion.
A method for implementing a consistency group, comprising: locking resources associated with the members (102a, 102b) of a consistency group, generating a snapshot of the resources (124a, 124b, 124c) associated with the members (102a, 102b) of the consistency group; and releasing locks on the resource (124a, 124b, 124c) after the snapshot has been generated, characterized in that the members (102a, 102b) of the consistency group comprise a group of related virtual machines (102a, 102b). locking resources associated with the members (102a, 102b) of a consistency group, generating a snapshot of the resources (124a, 124b, 124c) associated with the members (102a, 102b) of the consistency group; and releasing locks on the resource (124a, 124b, 124c) after the snapshot has been generated, characterized in that the members (102a, 102b) of the consistency group comprise a group of related virtual machines (102a, 102b).
Coaxial electric cable (1, 11) including an electrically conductive central core, an electrically insulating dielectric covering said central core and an electrically conductive shielding braid covering said dielectric, said dielectric being formed of a material capable of being transformed at a temperature above 300°C and said shielding braid comprising a coverage rate of between 30 and 50%, said dielectric has a thickness between 0.01 and 2 mm in order to adjust a speed of detection of the temperature of the surrounding environment in the vicinity of the coaxial electric cable (1, 11), characterised in that said dielectric is formed of a nonporous material and the shielding braid is openworked at the crossings between its strands, forming a porous layer which, in case of a fluid leak, enables heat to be transmitted rapidly from the fluid to the dielectric.
A pressure bulkhead comprising: a plurality of layers of composite fiber material having uni-directional fibers arranged in a single direction within the composite fiber material, the plurality of layers including: two or more full layers of the composite fiber material; a circumferential stiffener layer interlaid between the full layers and comprising a plurality of curvilinear tearstraps; and a radial stiffener layer interlaid between the full layers and comprising a plurality of stiffeners extending radially from a central portion of the pressure bulkhead toward a periphery of the pressure bulkhead. two or more full layers of the composite fiber material; a circumferential stiffener layer interlaid between the full layers and comprising a plurality of curvilinear tearstraps; and a radial stiffener layer interlaid between the full layers and comprising a plurality of stiffeners extending radially from a central portion of the pressure bulkhead toward a periphery of the pressure bulkhead.
A composite airframe structure section comprising: a thermoplastic matrix substructure; a first thermoplastic matrix cap grid structure comprising a thermoplastic tape or tow in-situ co-bonded to said thermoplastic matrix substructure; and a thermoplastic matrix outer skin intermeshed to the first thermoplastic matrix cap grid structure, further comprising a second thermoplastic matrix cap grid structure in-situ co-bonded to said thermoplastic matrix substructure opposite said first thermoplastic matrix cap grid structure. a thermoplastic matrix substructure; a first thermoplastic matrix cap grid structure comprising a thermoplastic tape or tow in-situ co-bonded to said thermoplastic matrix substructure; and a thermoplastic matrix outer skin intermeshed to the first thermoplastic matrix cap grid structure, further comprising a second thermoplastic matrix cap grid structure in-situ co-bonded to said thermoplastic matrix substructure opposite said first thermoplastic matrix cap grid structure.
A bluish green phosphor represented by Formula 3 below: [Formula 3] Ba x Mg y B b O c N d G e Li v K w P z: RE h wherein B is at least one selected from the group consisting of Si, Ge and Sn elements, G is any one of C, Cl, F and Br elements, RE is at least one selected from the group consisting of Eu, Ce, Sm, Er, Yb, Dy, Gd, Tm, Lu, Pr, Nd, Pm and Ho, 0<b≤15, 0<c≤15, 0<d≤20, 0<e≤10, 0<h≤10, 0.5<x≤15, 0<y≤10, 0.5<x+y≤15, 0<v≤6, 0<w≤6, and 0<z≤2.
A bone-meat separator, comprising a chassis, a driving mechanism, a transmission shaft, a spiral shaft, a feed hopper, a pressurization portion and a bone-meat separation portion, characterized in that the feed hopper is arranged on the chassis; an outlet of the feed hopper is communicated with an inlet of the pressurization portion, and an outlet of the pressurization portion is communicated with an inlet of the bone-meat separation portion; one end of the transmission shaft is connected to an output end of the driving mechanism, the spiral shaft comprises a feeding spiral shaft portion located below the feed hopper, a pressurization spiral shaft portion located within the pressurization portion and a separation spiral shaft portion located within the bone-meat separation portion; the separation spiral shaft portion is a conical spiral shaft; the bone-meat separation portion is a conical component coaxially sheathed on the periphery of the separation spiral shaft portion, and an inner wall of the bone-meat separation portion is in clearance fit with an outer wall of the separation spiral shaft portion; larger ends of both the separation spiral shaft portion and the bone-meat separation portion are ends close to the pressurization portion; meat discharge gaps are provided on a side wall of the end of the bone-meat separation portion close to the pressurization portion; a control valve is provided inside the bone-meat separation portion and sheathed on the periphery of a front end of the separation spiral shaft portion, and a residue discharge gap is provided between the control valve and the front end of the separation spiral shaft portion; a residue outlet is provided on a side wall of the bone-meat separation portion in front of the control valve; Characterized in that one end of the spiral shaft is sheathed on the other end of the transmission shaft and is movable relative to the transmission shaft and the spiral shaft is a hollow spiral shaft within which an adjustment lever is provided; a connector is internally fixed at one end of the spiral shaft connected to the transmission shaft; and, one end of the adjustment lever is in threaded connection to the connector, while the other end thereof extends out from the spiral shaft and then into the bone-meat separation portion.
A deployable structure comprising a lattice element arrangeable in a stowed configuration and a deployed configuration, the lattice element comprising: a pre-stressed strip arranged in a clockwise helix; a pre-stressed strip arranged in an anticlockwise helix; and a plurality of fasteners for rotatably coupling the strips to one another at a plurality of positions distributed along the length of the strips; wherein the fasteners are provided at unequal spacings along at least a part of the length of the strips such that on deployment the lattice element bends to a curved deployed configuration. a pre-stressed strip arranged in a clockwise helix; a pre-stressed strip arranged in an anticlockwise helix; and a plurality of fasteners for rotatably coupling the strips to one another at a plurality of positions distributed along the length of the strips; wherein the fasteners are provided at unequal spacings along at least a part of the length of the strips such that on deployment the lattice element bends to a curved deployed configuration.
A concrete panel, especially for composite floors, having a longitudinal reinforcement in the form of a steel truss arranged axially symmetrically, and a fibre reinforcement, characterised in that: the concrete panel also has a bonding layer, which is constituted by a heterogeneous top surface of the concrete panel having a rough structure with ribs and/or grooves and the bonding layer is additionally constituted by elements in the form of crushed aggregate sunken in the top surface of the concrete panel; wherein the fibre reinforcement is constituted by mesh of artificial and/or composite fibres sunken in the plane of the panel, wherein the fibres protrude above the top surface of the concrete panel and are also involved in the bonding layer; and in that the height of concrete panel is in the range of 100 to 500 mm and the width of the concrete panel is in the range of 20 to 90 cm. the concrete panel also has a bonding layer, which is constituted by a heterogeneous top surface of the concrete panel having a rough structure with ribs and/or grooves and the bonding layer is additionally constituted by elements in the form of crushed aggregate sunken in the top surface of the concrete panel; wherein the fibre reinforcement is constituted by mesh of artificial and/or composite fibres sunken in the plane of the panel, wherein the fibres protrude above the top surface of the concrete panel and are also involved in the bonding layer; and in that the height of concrete panel is in the range of 100 to 500 mm and the width of the concrete panel is in the range of 20 to 90 cm.
A method for monitoring performance of a wind turbine system, the wind turbine system comprises a plurality of wind turbine modules mounted to a common support structure, where each of the wind turbine modules comprises a rotor, a power generation system driven by the rotor, and a rotor blade pitch adjustment system for pitching rotor blades, the method comprises: - obtaining a parameter for each of the wind turbine modules, where each parameter relates to the operation of the wind turbine module for which the parameter is obtained, and where each parameter being determined dependent on a history of values obtained over a period, - determining a comparison parameter (211, 311) based on at least one of the parameters, - comparing one of the parameters obtained for one of the wind turbine modules with the comparison parameter (211, 311) to determine if the parameter deviates significant from the comparision parameter, and - invoking a performance action dependent on a result of the comparison. - obtaining a parameter for each of the wind turbine modules, where each parameter relates to the operation of the wind turbine module for which the parameter is obtained, and where each parameter being determined dependent on a history of values obtained over a period, - determining a comparison parameter (211, 311) based on at least one of the parameters, - comparing one of the parameters obtained for one of the wind turbine modules with the comparison parameter (211, 311) to determine if the parameter deviates significant from the comparision parameter, and - invoking a performance action dependent on a result of the comparison.
A method for wireless communication at a base station, comprising: identifying that a buffer contains data for transmission to a user equipment, UE; transmitting, to the UE and based at least in part on the identifying, an indication that a grant of resources will be subsequently transmitted to the UE, characterised in that the indication includes a duration of time for the UE to wake up and listen for the grant of resources, said duration of time including a duration of the grant of resources and an inactivity period; and transmitting, to the UE while the UE is in a discontinuous reception state, the grant of resources following the transmission of the indication, wherein the indication that the grant of resources will be subsequently transmitted to the UE and the grant of resources are transmitted during the same discontinuous reception cycle. identifying that a buffer contains data for transmission to a user equipment, UE; transmitting, to the UE and based at least in part on the identifying, an indication that a grant of resources will be subsequently transmitted to the UE, characterised in that the indication includes a duration of time for the UE to wake up and listen for the grant of resources, said duration of time including a duration of the grant of resources and an inactivity period; and transmitting, to the UE while the UE is in a discontinuous reception state, the grant of resources following the transmission of the indication, wherein the indication that the grant of resources will be subsequently transmitted to the UE and the grant of resources are transmitted during the same discontinuous reception cycle.
A wind turbine comprising a hub, a number of blade shafts extending radially outward from the hub, a rotor blade mounted rotatably around each blade shaft, and a blade pitch arrangement, which blade pitch arrangement comprises - a toothed ring arranged at the root end of each rotor blade on the outside of the rotor blade; and - a pitch drive unit for each rotor blade, comprising a driver body and a pinion realised to engage with the toothed ring of a rotor blade; wherein each pitch drive unit is arranged relative to its corresponding rotor blade such that the pinion is positioned closest to the hub, and the driver body extends in a direction radially outward from the hub. - a toothed ring arranged at the root end of each rotor blade on the outside of the rotor blade; and - a pitch drive unit for each rotor blade, comprising a driver body and a pinion realised to engage with the toothed ring of a rotor blade;
A flow control device with a device aerodynamic surface arranged on a structure with a structure aerodynamic surface wherein the flow control device is arranged on the structure such that strain in the structure is at least partially transferred to the flow control device, the flow control device having a first state corresponding to a first shape of the device aerodynamic surface, and a second state (22, 24) corresponding to a second shape of the device aerodynamic surface, wherein the first state is a stable state of the flow control device and the second state is either a steady state or a second stable state of the flow control device, and the flow control device is arranged to rapidly transition from the first state to the second state when strain in the structure exceeds an activation threshold of the flow control device. the flow control device is arranged on the structure such that strain in the structure is at least partially transferred to the flow control device, the flow control device having a first state corresponding to a first shape of the device aerodynamic surface, and a second state (22, 24) corresponding to a second shape of the device aerodynamic surface, wherein the first state is a stable state of the flow control device and the second state is either a steady state or a second stable state of the flow control device, and the flow control device is arranged to rapidly transition from the first state to the second state when strain in the structure exceeds an activation threshold of the flow control device.
An anomaly-detection computer system to identify when an user of a network is a malicious actor, the anomaly-detection computer system comprising: one or more computer readable storage devices configured to store one or more software modules including computer executable instructions; and one or more hardware computer processors in communication with the one or more computer readable storage devices and configured to execute the one or more software modules in order to cause the computer system to: log, to the one or more computer readable storage devices, activity on the network by a plurality of users; calculate similarity scores based at least in part on the logged activity on the network; sort the plurality of users into a plurality of cohorts based at least in part on the similarity scores; store data about the plurality of cohorts into a memory; detect a first port used in a new network activity of a first user of the plurality of users sorted into a first cohort of the plurality of cohorts; and determine that the new network activity by the first user is anomalous, the determination based at least in part on a comparison performed by the one or more processors of the first port to other ports used by the first cohort. one or more computer readable storage devices configured to store one or more software modules including computer executable instructions; and one or more hardware computer processors in communication with the one or more computer readable storage devices and configured to execute the one or more software modules in order to cause the computer system to: log, to the one or more computer readable storage devices, activity on the network by a plurality of users; calculate similarity scores based at least in part on the logged activity on the network; sort the plurality of users into a plurality of cohorts based at least in part on the similarity scores; store data about the plurality of cohorts into a memory; detect a first port used in a new network activity of a first user of the plurality of users sorted into a first cohort of the plurality of cohorts; and determine that the new network activity by the first user is anomalous, the determination based at least in part on a comparison performed by the one or more processors of the first port to other ports used by the first cohort. log, to the one or more computer readable storage devices, activity on the network by a plurality of users; calculate similarity scores based at least in part on the logged activity on the network; sort the plurality of users into a plurality of cohorts based at least in part on the similarity scores; store data about the plurality of cohorts into a memory; detect a first port used in a new network activity of a first user of the plurality of users sorted into a first cohort of the plurality of cohorts; and determine that the new network activity by the first user is anomalous, the determination based at least in part on a comparison performed by the one or more processors of the first port to other ports used by the first cohort.
A fabrication method of mass-produced glass containers with visible light shielding using recovered post-consumer glass, the method comprising: obtaining successive batches of raw material for glass manufacture, each batch including between 80% and 100% by weight of a mixture of pieces of soda-lime-silica recovered post-consumer glass with a heterogeneous chromatic composition predominantly transparent; mixing to the successive batches of raw material visible light shielding additives including at least cobalt oxide, nickel oxide, manganese oxide, chromium oxide and iron oxide; melting the successive batches of raw material and automatically manufacturing therewith the mass-produced glass containers with a glass thickness of at least 1,5mm and/or with a glass thickness in most of the receptacle of at least 2mm through an automatic compression and/or blow molding process; detecting and rejecting manufactured containers with permeability against visible light between 450nm and 680nm wavelength above 3% or above 1%. obtaining successive batches of raw material for glass manufacture, each batch including between 80% and 100% by weight of a mixture of pieces of soda-lime-silica recovered post-consumer glass with a heterogeneous chromatic composition predominantly transparent; mixing to the successive batches of raw material visible light shielding additives including at least cobalt oxide, nickel oxide, manganese oxide, chromium oxide and iron oxide; melting the successive batches of raw material and automatically manufacturing therewith the mass-produced glass containers with a glass thickness of at least 1,5mm and/or with a glass thickness in most of the receptacle of at least 2mm through an automatic compression and/or blow molding process; detecting and rejecting manufactured containers with permeability against visible light between 450nm and 680nm wavelength above 3% or above 1%.
Device designed for detecting a joint on a flexible material strand consisting of a plurality of interconnected strand sections, particularly a sealing material strand, comprising a pivotable pressure body, which presses against and into the material strand and deforms it, past which the material strand can be moved, as well as a sensor apparatus detecting a pivoting movement of the pressure body which can be affected by a changed material density present at the joint.
An electronic smoking device comprising: - a liquid reservoir; - a battery; - a heating element adapted to atomize liquid of the liquid reservoir; wherein the heating element has a modified surface which comprises a plurality of structures adapted to provide a capillary force on liquid of the liquid reservoir when applied onto the heating element, characterized in that at least some of the structures of the modified surface of the heating element have been generated via a mechanical treatment of the heating element, wherein the mechanical treatment comprised a grinding treatment and/or a sand-blasting treatment and/or a polishing, brushing, milling, scouring, tumbling, drifting, shot-blasting, especially shot-blasting with steel balls and/or peening of the heating element. - a liquid reservoir; - a battery; - a heating element adapted to atomize liquid of the liquid reservoir;
A topical composition comprising: (a) a buffering agent having a pKa of 2.8 to 4.2; and (b) a cosmetically acceptable active ingredient having a pKa within 1 unit of the pKa of the buffering agent; wherein the composition has a pH of 3.3 to 4 and a buffer capacity of at least 0.1; and wherein the cosmetically acceptable active ingredient is cross-linked hyaluronic acid. (a) a buffering agent having a pKa of 2.8 to 4.2; and (b) a cosmetically acceptable active ingredient having a pKa within 1 unit of the pKa of the buffering agent;