mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for tracking network traffic of users in a research panel, performed on a network access device having at least one processor and memory storing at least one program for execution by the at least one processor to perform the method, comprising: receiving, at the network access device , a packet for a network device (104-1) coupled to the network access device by a local area network ; obtaining, by the network access device , an indicia corresponding to a presumptive user (105-1) of the network device (104-1), the presumptive user (105-1) comprising a member of a set of known users of the network access device; applying, at the network access device , one or more logging rules to the packet for the network device (104-1), the one or more logging rules corresponding to the presumptive user of the set of known users of the network access device; and storing, by the network access device , information relating to the packet in accordance with a determination, at the network access device , that the packet satisfies the one or more logging rules applied to the packet for the network device (104-1). receiving, at the network access device , a packet for a network device (104-1) coupled to the network access device by a local area network ; obtaining, by the network access device , an indicia corresponding to a presumptive user (105-1) of the network device (104-1), the presumptive user (105-1) comprising a member of a set of known users of the network access device; applying, at the network access device , one or more logging rules to the packet for the network device (104-1), the one or more logging rules corresponding to the presumptive user of the set of known users of the network access device; and storing, by the network access device , information relating to the packet in accordance with a determination, at the network access device , that the packet satisfies the one or more logging rules applied to the packet for the network device (104-1).
A vibration-damping tabletop comprising: a top metallic skin perforated with a plurality of holes ; a plurality of cups backing the plurality of holes and sealed to the top metallic skin; a first homogeneous filling material bonded to the top metallic skin, wherein the first homogeneous filling material includes manufactured voids formed therein to accommodate the plurality of cups; and a base metallic plate connected to the first homogeneous filling material. a top metallic skin perforated with a plurality of holes ; a plurality of cups backing the plurality of holes and sealed to the top metallic skin; a first homogeneous filling material bonded to the top metallic skin, wherein the first homogeneous filling material includes manufactured voids formed therein to accommodate the plurality of cups; and a base metallic plate connected to the first homogeneous filling material.
Equipment adapted for being connected to a system for the automatic management of electricity meter readings, referred to as an AMM system, the AMM system comprising at least one data concentrator to which smart electricity meters , referred to as meters, are attached, via a first powerline network , each data concentrator being connected to a management system comprising a management entity via a second network and serving as a relay between said meters and the management system, characterised in that : the equipment is connected to a data concentrator, referred to as a relay concentrator, via a third network , said equipment comprises at least one interface for communication with a fourth network , said fourth network enabling at least one device connected to said fourth network to communicate with the equipment, said equipment being able: to receive data from one or more devices connected to the fourth network, to check that the data received are in accordance with a predetermined criterion dependent on a type of data transmitted and to transmit an alarm to an administration server included in the management system in the event of non-conformity of said data; and able to relay a command sent by the administration server and intended for a device connected to the fourth network. the equipment is connected to a data concentrator, referred to as a relay concentrator, via a third network , said equipment comprises at least one interface for communication with a fourth network , said fourth network enabling at least one device connected to said fourth network to communicate with the equipment, said equipment being able: to receive data from one or more devices connected to the fourth network, to check that the data received are in accordance with a predetermined criterion dependent on a type of data transmitted and to transmit an alarm to an administration server included in the management system in the event of non-conformity of said data; and able to relay a command sent by the administration server and intended for a device connected to the fourth network. to receive data from one or more devices connected to the fourth network, to check that the data received are in accordance with a predetermined criterion dependent on a type of data transmitted and to transmit an alarm to an administration server included in the management system in the event of non-conformity of said data; and able to relay a command sent by the administration server and intended for a device connected to the fourth network.
A rotary disc saw comprising a carrier disc having a pair of major surfaces and a shaft accommodating bore extending therethrough from one of the major surfaces to the other one of the major surfaces , the carrier disc terminating adjacent its outer periphery in one or more cutting elements , a noise damping disc having a pair of major surfaces , and a shaft accommodating bore extending therethrough from one of the major surfaces of the noise damping disc to the other one of the major surfaces thereof, the noise damping disc being attached to one of the major surfaces of the carrier disc and being coaxial with the carrier disc , characterised in that the noise damping disc is of maximum diameter not greater than 60% of the diameter of the outer periphery of the carrier disc , and is attached to the carrier disc by a layer of a resilient adhesive located between adjacent ones of the major surfaces of the carrier disc and the noise damping disc and extending continuously over substantially the entire adjacent major surface of the noise damping disc . a carrier disc having a pair of major surfaces and a shaft accommodating bore extending therethrough from one of the major surfaces to the other one of the major surfaces , the carrier disc terminating adjacent its outer periphery in one or more cutting elements , a noise damping disc having a pair of major surfaces , and a shaft accommodating bore extending therethrough from one of the major surfaces of the noise damping disc to the other one of the major surfaces thereof, the noise damping disc being attached to one of the major surfaces of the carrier disc and being coaxial with the carrier disc , characterised in that the noise damping disc is of maximum diameter not greater than 60% of the diameter of the outer periphery of the carrier disc , and is attached to the carrier disc by a layer of a resilient adhesive located between adjacent ones of the major surfaces of the carrier disc and the noise damping disc and extending continuously over substantially the entire adjacent major surface of the noise damping disc .
A well system, comprising: a packer assembly including a base pipe and an annular seal element which is swellable in response to contact with a selected fluid; and a shunt tube flowpath extending through the seal element and positioned radially between the base pipe and a wellbore for delivery of a slurry in a gravel packing operation characterised in that : a swellable material of the seal element is exposed to both the flowpath in the seal element and an annulus ; and the swellable material swells and thereby prevents fluid flow through both the flowpath and the annulus , in response to contact with the selected fluid, after completion of the gravel packing operation. a packer assembly including a base pipe and an annular seal element which is swellable in response to contact with a selected fluid; and a shunt tube flowpath extending through the seal element and positioned radially between the base pipe and a wellbore for delivery of a slurry in a gravel packing operation characterised in that : a swellable material of the seal element is exposed to both the flowpath in the seal element and an annulus ; and the swellable material swells and thereby prevents fluid flow through both the flowpath and the annulus , in response to contact with the selected fluid, after completion of the gravel packing operation. a swellable material of the seal element is exposed to both the flowpath in the seal element and an annulus ; and the swellable material swells and thereby prevents fluid flow through both the flowpath and the annulus , in response to contact with the selected fluid, after completion of the gravel packing operation.
A multirow roller bearing, in particular an open centered large roller bearing, having an inner ring and an outer ring as well as at least two axial roller bearing rows for supporting axial forces between the inner and outer rings, wherein the two axial roller bearing rows are seated on oppositely disposed axial sides of a radially projecting ring nose that engages in a ring groove and that is supported by said axial roller bearing rows at the ring groove , wherein both axial roller bearing rows are formed as taper roller bearings having an inclination angle (a) of more than 0° to a maximum of 45°, characterized in that the axial roller bearing rows are inclined such that the axial roller bearing rows counteract a radial moving away of the ring nose from the ring groove , with a separate radial bearing that counteracts a radial moving in of the outer ring toward the inner ring being arranged between an end face of the ring nose and a base of the ring groove approximately centrally between the axial roller bearing rows .
Cooking appliance , with a housing , in which a cooking compartment is embodied, and with a door , which is movably arranged on the housing and is embodied to close off the cooking compartment , and with a lighting apparatus , which has a light source , wherein the lighting apparatus is arranged on the housing , wherein the lighting apparatus has a first operating mode, in which, with a first lighting current, the rays of light are emitted out of the housing at a light outlet region into the closed door , and has an at least second operating mode, in which, with a second lighting current which is different from the first lighting current, the rays of light are emitted out of the housing at the light outlet region into a front space formed at the front of the cooking compartment when the door is opened, wherein the door has at least one optical element of the lighting apparatus , in which rays of light of the light source can be coupled when the door is in the closed state, wherein the lighting apparatus has an optical facility , which is embodied to influence the rays of light of the light source in a defined manner, such that the rays of light are directed outside the housing into a focal point , wherein the focal point lies at a coupling end of the optical element or lies inside a distance interval of +/- 3.0 cm thereto when the door is in the closed state.
Exhaust-gas aftertreatment system for nitrogen oxide reduction by means of SCR for a vehicle having an internal combustion engine, comprising at least two exhaust tracts , which include in each case one SCR catalytic converter and, upstream thereof, in each case one auxiliary substance injection chamber , and comprising an auxiliary substance tank which feeds said injection chambers , wherein, at each of said exhaust tracts , there is provided in each case one associated auxiliary substance dosing unit and in each case one associated auxiliary substance delivery unit , which supplies auxiliary substance to the dosing unit at an elevated pressure level, and in that said delivery units are connected in each case via a feed line (2+2.1, 2+2.2) to the auxiliary substance tank , wherein the respective feed lines (2+2.1, 2+2.2) to the delivery units have substantially the same line length, characterized in that two tank lines are provided, which are arranged such that filling of the auxiliary substance tank is possible from both sides of the vehicle.
An integrated biomaterial for bone tissue regeneration, the integrated biomaterial comprising: a lower structure comprising collagen and a bone mineral component; and an upper layer comprising collagen, wherein an amount ratio (weight ratio) of the collagen of the upper layer to the collagen of the lower structure ranges from 0.13-1.3: 1.
A cold-rolled dual-phase steel plate having a high yield ratio, comprising the following chemical elements in mass percentages: C: 0.05-0.08%, Mn: 0.9-1.2%, Si: 0.1-0.6%, Nb: 0.030-0.060%, Ti: 0.030-0.060%, Al: 0.015-0.045%, P ≤ 0.015%, S ≤ 0.005%, N ≤ 0.005%, and a balance of Fe and other unavoidable impurities; wherein the cold-rolled dual-phase steel plate has a microstructure which is a complex phase structure of martensite+ferrite+[Nb x Ti y (C,N) z ] carbonitride, wherein x + y = z; the martensite has a phase proportion of 20-30%, and the martensite is in the shape of long strips-islands; the [Nb x Ti y (C,N) z ] carbonitride has an irregular spherical shape and is uniformly distributed in ferrite grains, and the [Nb x Ti y (C,N) z ] carbonitride has a phase proportion of 5-10%; and the cold-rolled dual-phase steel plate has a yield strength of 550-660 MPa, a tensile strength of ≥ 660 MPa, an elongation at break of ≥ 15%, and a yield ratio of greater than 0.8. C: 0.05-0.08%, Mn: 0.9-1.2%, Si: 0.1-0.6%, Nb: 0.030-0.060%, Ti: 0.030-0.060%, Al: 0.015-0.045%, P ≤ 0.015%, S ≤ 0.005%, N ≤ 0.005%, and a balance of Fe and other unavoidable impurities; wherein the cold-rolled dual-phase steel plate has a microstructure which is a complex phase structure of martensite+ferrite+[Nb x Ti y (C,N) z ] carbonitride, wherein x + y = z; the martensite has a phase proportion of 20-30%, and the martensite is in the shape of long strips-islands; the [Nb x Ti y (C,N) z ] carbonitride has an irregular spherical shape and is uniformly distributed in ferrite grains, and the [Nb x Ti y (C,N) z ] carbonitride has a phase proportion of 5-10%; and the cold-rolled dual-phase steel plate has a yield strength of 550-660 MPa, a tensile strength of ≥ 660 MPa, an elongation at break of ≥ 15%, and a yield ratio of greater than 0.8.
An optical adaptor for mounting to a receptacle to optically couple connectorized optical cables, comprising: - an assembly of an optical extension comprising an optical lens to provide an optical bridging path between a first and a second one of the connectorized optical cables to optically couple the first and the second connectorized optical cable , wherein the assembly of the optical extension has a first side (S100a) to optically couple the first connectorized optical cable to the optical lens and a second side (S100b) to optically couple the second connectorized optical cable to the optical lens , - a mounting element to mount the optical adaptor to the receptacle , - wherein the mounting element is configured to receive the assembly of the optical extension and to mechanically couple the first connectorized optical cable to the mounting element so that the first connectorized optical cable is optically coupled to the first side (S100a) of the assembly of the optical extension , - wherein the assembly of the optical extension comprises a connector interface having a first hollow area to receive a middle portion of the lens , - wherein the lens is arranged in the first hollow area of the connector interface such that a first end portion of the lens protrudes at a first side (S120a) of the connector interface from the first hollow area of the connector interface , - wherein the connector interface has a second hollow area to receive a second end portion of the lens , the second hollow area having a larger diameter than the first hollow area . - an assembly of an optical extension comprising an optical lens to provide an optical bridging path between a first and a second one of the connectorized optical cables to optically couple the first and the second connectorized optical cable , wherein the assembly of the optical extension has a first side (S100a) to optically couple the first connectorized optical cable to the optical lens and a second side (S100b) to optically couple the second connectorized optical cable to the optical lens , - a mounting element to mount the optical adaptor to the receptacle , - wherein the mounting element is configured to receive the assembly of the optical extension and to mechanically couple the first connectorized optical cable to the mounting element so that the first connectorized optical cable is optically coupled to the first side (S100a) of the assembly of the optical extension , - wherein the assembly of the optical extension comprises a connector interface having a first hollow area to receive a middle portion of the lens , - wherein the lens is arranged in the first hollow area of the connector interface such that a first end portion of the lens protrudes at a first side (S120a) of the connector interface from the first hollow area of the connector interface , - wherein the connector interface has a second hollow area to receive a second end portion of the lens , the second hollow area having a larger diameter than the first hollow area .
A battery pack comprising: a battery module frame accommodating a battery cell stack; a battery pack frame on which the battery module frame is mounted; and a battery module mounting part formed in the battery pack frame and allow the battery module frame to be mounted on the battery pack frame , wherein an insulation member is formed between the battery module mounting part and the battery module frame ; wherein the battery module mounting part and the battery module frame are coupled to each other through a mounting member ; wherein the battery module frame includes end plates covering front and rear surfaces of the battery cell stack, and the mounting member is inserted through a through-hole formed at each of both ends of the end plates , wherein the insulation member is located between the mounting member and the through-hole . a battery module frame accommodating a battery cell stack; a battery pack frame on which the battery module frame is mounted; and a battery module mounting part formed in the battery pack frame and allow the battery module frame to be mounted on the battery pack frame , wherein an insulation member is formed between the battery module mounting part and the battery module frame ; wherein the battery module mounting part and the battery module frame are coupled to each other through a mounting member ; wherein the battery module frame includes end plates covering front and rear surfaces of the battery cell stack, and the mounting member is inserted through a through-hole formed at each of both ends of the end plates , wherein the insulation member is located between the mounting member and the through-hole .
A method for stopping the operation of a wind turbine, the method comprising: receiving signals associated with at least one operating condition of the wind turbine; analyzing the at least one operating condition with a controller of the wind turbine; implementing a first stopping procedure or a second stopping procedure in order to stop operation of the wind turbine, wherein the first stopping procedure is implemented when analysis of the at least one operating condition indicates that a pitch system failure has occurred, the first stopping procedure comprising pitching at least one operational rotor blade of the wind turbine at a first pitch rate, wherein the second stopping procedure is implemented when analysis of the at least one operating condition indicates that a different wind turbine stop event has occurred, the second stopping procedure comprising pitching rotor blades of the wind turbine at a second pitch rate. receiving signals associated with at least one operating condition of the wind turbine; analyzing the at least one operating condition with a controller of the wind turbine; implementing a first stopping procedure or a second stopping procedure in order to stop operation of the wind turbine, wherein the first stopping procedure is implemented when analysis of the at least one operating condition indicates that a pitch system failure has occurred, the first stopping procedure comprising pitching at least one operational rotor blade of the wind turbine at a first pitch rate, wherein the second stopping procedure is implemented when analysis of the at least one operating condition indicates that a different wind turbine stop event has occurred, the second stopping procedure comprising pitching rotor blades of the wind turbine at a second pitch rate.
A method, comprising: receiving (515; 705), by a memory device from a controller (105; 305; 505) over a plurality of data lines (190; 315), data to be written to an array of memory cells of a memory device (110; 310; 510) as part of a write operation; the method further comprises: receiving (520; 710), by the memory device (110; 310; 510) over an error detection code (EDC) line coupled with the controller (105; 305; 505) during the write operation, checksum information for the data received over the plurality of data lines (190; 315); detecting (535; 715), by the memory device (110; 310; 510), an error in the data based at least in part on the checksum information and the write operation; and transmitting (540; 720), from the memory device to the controller (105; 305; 505), transmission failure information for the write operation indicating the error in the data based at least in part on detecting the error, characterised in that the transmission failure information for the write operation is transmitted over a first line coupled with the memory device and the controller, the first line being different than the EDC line. receiving (520; 710), by the memory device (110; 310; 510) over an error detection code (EDC) line coupled with the controller (105; 305; 505) during the write operation, checksum information for the data received over the plurality of data lines (190; 315); detecting (535; 715), by the memory device (110; 310; 510), an error in the data based at least in part on the checksum information and the write operation; and transmitting (540; 720), from the memory device to the controller (105; 305; 505), transmission failure information for the write operation indicating the error in the data based at least in part on detecting the error, characterised in that the transmission failure information for the write operation is transmitted over a first line coupled with the memory device and the controller, the first line being different than the EDC line.
Method for structuring a roller surface, wherein a laser pulse generated by a laser source is directed at the roller surface and brings about material ablation on the roller surface, wherein a modulation of a spatial intensity profile is impressed on the laser pulse generated by the laser source by at least one beam shaper in a first step, wherein the modulated laser beam is split into at least two component beams by at least one beam splitter in a second step, in such a way that the at least two component beams form an intensity pattern on the roller surface, wherein beam shaper and beam splitter bring about a change in phase space, which is transferred into position space by a focusing unit .