mhurhangee/ep-ind-claims huggingface dataset:
A method for processing traffic between a logical network and an external network, the method comprising following steps: transmitting route advertisement messages from a first host machine implementing a first gateway in the logical network implemented in a managed network to a physical router in the external network, the route advertisement messages identifying the first gateway as a next hop for packets with destination network addresses within a range of addresses assigned to machines of the logical network; transmitting route advertisement messages from a second host machine that implements a second gateway for the logical network to the physical router, the route advertisement messages identifying the second gateway as a next hop for packets with destination network addresses within the same range of addresses assigned to machines of the logical network; receiving, by the first host implementing the first gateway, only a first portion of traffic sent from the physical router with destination network addresses within the range of addresses assigned to machines of the logical network; and receiving, by the second host machine implementing the second gateway, a second portion of the traffic sent from the physical router to the logical network for packets with destination network addresses within the same range of addresses assigned to machines of the logical network. transmitting route advertisement messages from a first host machine implementing a first gateway in the logical network implemented in a managed network to a physical router in the external network, the route advertisement messages identifying the first gateway as a next hop for packets with destination network addresses within a range of addresses assigned to machines of the logical network; transmitting route advertisement messages from a second host machine that implements a second gateway for the logical network to the physical router, the route advertisement messages identifying the second gateway as a next hop for packets with destination network addresses within the same range of addresses assigned to machines of the logical network; receiving, by the first host implementing the first gateway, only a first portion of traffic sent from the physical router with destination network addresses within the range of addresses assigned to machines of the logical network; and receiving, by the second host machine implementing the second gateway, a second portion of the traffic sent from the physical router to the logical network for packets with destination network addresses within the same range of addresses assigned to machines of the logical network.
A surgical tool comprising: an upwardly extending tubular support member having a longitudinally extending open channel, the tubular support member comprising a wall surrounding the open channel; and a base pivotably attached to the tubular support member so that a pivot axis extends above a bottom surface of the base across a bottom portion of the tubular support member to allow the tubular support member to pivot back and forth over the bottom surface of the base, wherein the pivot axis extends through an axially extending centerline of spaced apart first and second laterally extending arms held by one of the tubular support member or base that cooperate with hinge members held by the other of the tubular support member or base to allow the tubular support member to pivot above the bottom surface of the base as the laterally extending arms rotate in the hinge members. an upwardly extending tubular support member having a longitudinally extending open channel, the tubular support member comprising a wall surrounding the open channel; and a base pivotably attached to the tubular support member so that a pivot axis extends above a bottom surface of the base across a bottom portion of the tubular support member to allow the tubular support member to pivot back and forth over the bottom surface of the base, wherein the pivot axis extends through an axially extending centerline of spaced apart first and second laterally extending arms held by one of the tubular support member or base that cooperate with hinge members held by the other of the tubular support member or base to allow the tubular support member to pivot above the bottom surface of the base as the laterally extending arms rotate in the hinge members.
A memory, comprising: an array of non-volatile memory cells; a register that stores a value, wherein the value determines that the memory is in one of a normal operation mode and a non-destructive operation mode; a status bit (470, 471) indicating whether a page (411,412) in the array of non-volatile memory cells is open; and control circuitry coupled to the array of non-volatile memory cells and the register, wherein the control circuitry is configured to: prevent write operations to the array of non-volatile memory cells when the memory is in the non-destructive operation mode; receive an indication that the memory is transitioning from the non-destructive operation mode to the normal operation mode; and in response to the indication that the memory is transitioning from the non-destructive operation mode to the normal operation mode, clear the status (411,412, 470, 471) bit, wherein the indication is a change in the value of the register. an array of non-volatile memory cells; a register that stores a value, wherein the value determines that the memory is in one of a normal operation mode and a non-destructive operation mode; a status bit (470, 471) indicating whether a page (411,412) in the array of non-volatile memory cells is open; and control circuitry coupled to the array of non-volatile memory cells and the register, wherein the control circuitry is configured to: prevent write operations to the array of non-volatile memory cells when the memory is in the non-destructive operation mode; receive an indication that the memory is transitioning from the non-destructive operation mode to the normal operation mode; and in response to the indication that the memory is transitioning from the non-destructive operation mode to the normal operation mode, clear the status (411,412, 470, 471) bit, wherein the indication is a change in the value of the register. prevent write operations to the array of non-volatile memory cells when the memory is in the non-destructive operation mode; receive an indication that the memory is transitioning from the non-destructive operation mode to the normal operation mode; and in response to the indication that the memory is transitioning from the non-destructive operation mode to the normal operation mode, clear the status (411,412, 470, 471) bit, wherein the indication is a change in the value of the register.
A luminous signage device comprising: - a casing having a cavity, at least one reflective sidewall, and a light emitting wall that covers one side of said cavity, - at least one lighting module comprising: - a planar printed circuit folded into a three-dimensional structure having three or more planar faces extending around a main axis, - three or more electrically powered light radiation sources fixed to respective faces of said three-dimensional structure and having respective light emitting surfaces facing outwards of said three-dimensional structure, wherein the light radiation sources are angularly equidistant from each other in a plane orthogonal to said main axis along an angle of 360°, said at least one lighting module being disposed in said cavity with said main axis orthogonal to said light emitting wall and with said emitting surfaces of said light radiation sources directed toward said side wall, characterized in that said printed circuit board comprises three or more rigid portions forming said faces and connected together by flexible portions. - a casing having a cavity, at least one reflective sidewall, and a light emitting wall that covers one side of said cavity, - at least one lighting module comprising: - a planar printed circuit folded into a three-dimensional structure having three or more planar faces extending around a main axis, - three or more electrically powered light radiation sources fixed to respective faces of said three-dimensional structure and having respective light emitting surfaces facing outwards of said three-dimensional structure, wherein the light radiation sources are angularly equidistant from each other in a plane orthogonal to said main axis along an angle of 360°, said at least one lighting module being disposed in said cavity with said main axis orthogonal to said light emitting wall and with said emitting surfaces of said light radiation sources directed toward said side wall, characterized in that said printed circuit board comprises three or more rigid portions forming said faces and connected together by flexible portions. wherein the light radiation sources are angularly equidistant from each other in a plane orthogonal to said main axis along an angle of 360°, said at least one lighting module being disposed in said cavity with said main axis orthogonal to said light emitting wall and with said emitting surfaces of said light radiation sources directed toward said side wall, characterized in that said printed circuit board comprises three or more rigid portions forming said faces and connected together by flexible portions.
An article having at least one surface that is coated with an adhesive composition, wherein the adhesive composition comprises an encapsulated liquid adhesive and a separately encapsulated curative complex, said curative complex comprising (i) a curative capable of effecting cure of the liquid adhesive, and (ii) a carrier material in which said curative is dispersed, wherein the carrier is an adhesive thixotropic material formed by the polymerization of: at least one addition polymerizable pre-polymer selected from alkyl (meth)acrylate, aralkyl (meth)acrylate, cycloalkyl (meth)acrylate, alkoxy (meth)acrylate, cycloalkoxy (meth)acrylate, bicycloalkyl (meth)acrylate, and alkoxy (alkoxy) n (meth)acrylate, wherein the alkyl moieties have from 1 to 16 carbon atoms, the cycloalkyl moieties have from 4 to 8 carbon atoms, and n is an integer from 1 to 6. (i) a curative capable of effecting cure of the liquid adhesive, and (ii) a carrier material in which said curative is dispersed, wherein the carrier is an adhesive thixotropic material formed by the polymerization of: at least one addition polymerizable pre-polymer selected from alkyl (meth)acrylate, aralkyl (meth)acrylate, cycloalkyl (meth)acrylate, alkoxy (meth)acrylate, cycloalkoxy (meth)acrylate, bicycloalkyl (meth)acrylate, and alkoxy (alkoxy) n (meth)acrylate, wherein the alkyl moieties have from 1 to 16 carbon atoms, the cycloalkyl moieties have from 4 to 8 carbon atoms, and n is an integer from 1 to 6. at least one addition polymerizable pre-polymer selected from alkyl (meth)acrylate, aralkyl (meth)acrylate, cycloalkyl (meth)acrylate, alkoxy (meth)acrylate, cycloalkoxy (meth)acrylate, bicycloalkyl (meth)acrylate, and alkoxy (alkoxy) n (meth)acrylate, wherein the alkyl moieties have from 1 to 16 carbon atoms, the cycloalkyl moieties have from 4 to 8 carbon atoms, and n is an integer from 1 to 6.
A system for detecting and measuring biomarkers, comprising: an implantable sensor configured to be implanted in an individual, comprising: an array of Surface Plasmon Resonance, SPR, biosensors; and a plurality of optical couplers located at a top surface of the implantable sensor, each optical coupler operatively configured such that light received at the optical coupler is focused to a corresponding biosensor of the array of SPR biosensors; an interface device configured to be worn by the individual proximate to the implantable sensor, comprising: a plurality of emitters, each emitter configured to emit light to a corresponding optical coupler of the implantable sensor; and a plurality of detectors, each detector configured to receive light reflected by a corresponding biosensor of the implantable sensor. an implantable sensor configured to be implanted in an individual, comprising: an array of Surface Plasmon Resonance, SPR, biosensors; and a plurality of optical couplers located at a top surface of the implantable sensor, each optical coupler operatively configured such that light received at the optical coupler is focused to a corresponding biosensor of the array of SPR biosensors; an array of Surface Plasmon Resonance, SPR, biosensors; and a plurality of optical couplers located at a top surface of the implantable sensor, each optical coupler operatively configured such that light received at the optical coupler is focused to a corresponding biosensor of the array of SPR biosensors; an interface device configured to be worn by the individual proximate to the implantable sensor, comprising: a plurality of emitters, each emitter configured to emit light to a corresponding optical coupler of the implantable sensor; and a plurality of detectors, each detector configured to receive light reflected by a corresponding biosensor of the implantable sensor. a plurality of emitters, each emitter configured to emit light to a corresponding optical coupler of the implantable sensor; and a plurality of detectors, each detector configured to receive light reflected by a corresponding biosensor of the implantable sensor.
A Method of producing contact zones for a transistor device including the following steps: a) forming a structure with at least one layer made of a compound based on semiconductor and metal on one or more first semiconductor region(s) of a first N-type transistor and on one or more second semiconductor region(s) of a second P-type transistor resting on a same substrate, the first regions being based on a III-V type material whereas the second semiconductor regions are based on another material different from the III-V material, wherein said other material is Si, or Ge, or SiGe, the semiconductor of the compound being chosen from Si, Ge, or SiGe so as to constitute an N-type dopant of the III-V material. b) carrying out at least one thermal annealing of said structure so as to form on the first semiconductor regions first contact zones based on a semiconductor and metal compound and on the second semiconductor regions second contact zones based on a semiconductor and metal compound while carrying out an N-doping of the III-V material or by increasing the N-doping of the III-V material. a) forming a structure with at least one layer made of a compound based on semiconductor and metal on one or more first semiconductor region(s) of a first N-type transistor and on one or more second semiconductor region(s) of a second P-type transistor resting on a same substrate, the first regions being based on a III-V type material whereas the second semiconductor regions are based on another material different from the III-V material, wherein said other material is Si, or Ge, or SiGe, the semiconductor of the compound being chosen from Si, Ge, or SiGe so as to constitute an N-type dopant of the III-V material. b) carrying out at least one thermal annealing of said structure so as to form on the first semiconductor regions first contact zones based on a semiconductor and metal compound and on the second semiconductor regions second contact zones based on a semiconductor and metal compound while carrying out an N-doping of the III-V material or by increasing the N-doping of the III-V material.
A method for increasing leakage resistance in a closed, pressurized system, comprising: providing a closed system comprising a container sealed with a septum having a top surface with an exposed section having a border section disposed within the exposed section of the septum and a central section, the border section being adjacent to and extending along the periphery of the exposed section, having an outer perimeter coincident with the periphery of the exposed section and an inner perimeter disposed within the exposed section of the septum, with the inner perimeter and the outer perimeter defining the area of the border section and wherein the central section extends from the centre of the exposed section to the inner perimeter of the border section, the central section having an area defined by the inner perimeter of the border section, the system being maintained under a positive pressure of at least about 34.5kPa (5 psig); characterised in that a contact surface of a hard scaffold component is fixedly placed in contact with: (i) all the area of the border section; and (ii) most of the area of the central section, sufficient to eliminate any bulge or deformation formed in the exposed section of the septum. providing a closed system comprising a container sealed with a septum having a top surface with an exposed section having a border section disposed within the exposed section of the septum and a central section, the border section being adjacent to and extending along the periphery of the exposed section, having an outer perimeter coincident with the periphery of the exposed section and an inner perimeter disposed within the exposed section of the septum, with the inner perimeter and the outer perimeter defining the area of the border section and wherein the central section extends from the centre of the exposed section to the inner perimeter of the border section, the central section having an area defined by the inner perimeter of the border section, the system being maintained under a positive pressure of at least about 34.5kPa (5 psig); characterised in that a contact surface of a hard scaffold component is fixedly placed in contact with: (i) all the area of the border section; and (ii) most of the area of the central section, (i) all the area of the border section; and (ii) most of the area of the central section, sufficient to eliminate any bulge or deformation formed in the exposed section of the septum.
A bone plate with at least one screw for angularly stable fixation, in particular in the form of a hallux valgus plate, having at least one through-hole (2, 3, 4, 5) and at least one bone screw comprising an external thread in the head region, which thread tapers more severely in the screwing-in direction than a mating thread formed as an internal thread in the through-hole, such that, on screwing-in, the head of the bone screw becomes directionally stably wedged between the external thread of the head and the internal thread of the plate to protect against rotation, characterised in that the bone plate is configured resiliently in at least one region (2a; 2b; 3a; 3b; 4a; 4b) adjoining the through-hole (2, 3, 4, 5), such that the material of the bone plate is not deformed into the plastic range by the expansion resulting from screwing in of the head of the bone screw, such that, protection against rotation still being provided, over-expansion of the region surrounding the through-hole (2, 3, 4, 5) does not arise in any position of the bone screw, if it is screwed right through the plate, as a result of interaction of the external thread of the head of the bone screw with the internal thread of the plate over the entire length of the thread (5d, 9).
A gas isolation valve that in use is intended to facilitate the harvesting of a product from a reaction vessel and to removes reactive and/or volatile gases present in the reaction vessel during harvesting comprising: a chamber which provides a channel containing no physical barriers that either impede or inhibit the transfer of the product from the reaction vessel to atmosphere, wherein the chamber is composed of a plurality of sections which provides evacuation sections having chamber evacuation nozzles alternating with gas input sections having gas input nozzles, wherein each adjacent evacuation section and gas input section forms a discrete stackable unit of the plurality of sections assembled in modular form, wherein a gas tight seal is provided between the evacuation section and the gas input section and between each discrete stackable unit, whereby in use traces of the reactive and/or volatile gases from the reaction vessel are diminished progressively by each discrete stackable unit such that the reactive and/or volatile gases are isolated from the atmosphere at the base of the gas isolation valve. a chamber which provides a channel containing no physical barriers that either impede or inhibit the transfer of the product from the reaction vessel to atmosphere, wherein the chamber is composed of a plurality of sections which provides evacuation sections having chamber evacuation nozzles alternating with gas input sections having gas input nozzles, wherein each adjacent evacuation section and gas input section forms a discrete stackable unit of the plurality of sections assembled in modular form, wherein a gas tight seal is provided between the evacuation section and the gas input section and between each discrete stackable unit, whereby in use traces of the reactive and/or volatile gases from the reaction vessel are diminished progressively by each discrete stackable unit such that the reactive and/or volatile gases are isolated from the atmosphere at the base of the gas isolation valve.
A method for estimating a performance of a wireless communication network for a given time-frequency resource allocation, wherein said communications in said wireless communication network occur on a subset of time and frequency resources defined according to a frequency hopping sequence characterized in that said communications are subject to interferences whose activation is modeled by a binary random variable b t indicating whether an interferer is active or not at a time instant t, the discrete-time stochastic process { b t} t∈ [-∞;+∞] being modelled by a Markov chain with memory M on a finite space, M being a positive integer, said method comprising at least on iteration of: - Obtaining, from a receiver, at least one set of consecutive observations of interference activation { b t-M,..., b t}; - Determining a frequency channel sequence { n f ( t - M),..., n f ( t)} associated with the at least one set of consecutive observations of interference activation { b t-M,..., b t} from said frequency hopping sequence, where n f ( t) is an index of a frequency channel used for communicating at time t; - Identifying a Markov chain associated with the determined frequency channel sequence; - Updating (S308, S408) a set of probabilities of the identified Markov chain according to the obtained at least one set of consecutive observations of interference activation. - Obtaining, from a receiver, at least one set of consecutive observations of interference activation { b t-M,..., b t}; - Determining a frequency channel sequence { n f ( t - M),..., n f ( t)} associated with the at least one set of consecutive observations of interference activation { b t-M,..., b t} from said frequency hopping sequence, where n f ( t) is an index of a frequency channel used for communicating at time t; - Identifying a Markov chain associated with the determined frequency channel sequence; - Updating (S308, S408) a set of probabilities of the identified Markov chain according to the obtained at least one set of consecutive observations of interference activation.