mhurhangee/ep-ind-claims huggingface dataset:
A system for use with a communication network, the system comprising: a proxy server configured to, in response to a request identifying a domain name, determine whether domain name resolution information associated with the domain name is stored in a storage accessible by the proxy server and has exceeded an expiration time for the domain name resolution information, provide the domain name resolution information from the storage in response to the request via the network upon determining that the domain name resolution information is stored in the storage, has exceeded the expiration time and meets a delivery condition, wherein the delivery condition is met when an IP address has not changed more than a designated number of times in a last number of IP address refreshes, and request from a domain name server updated domain name resolution information upon determining that the domain name resolution information is at least one of absent from the storage and has exceeded the expiration time; and the proxy server is configured to provide the domain name resolution information from the storage while also requesting the updated domain name resolution information from the domain name server when the domain name resolution information in the storage has exceeded the expiration time. a proxy server configured to, in response to a request identifying a domain name, determine whether domain name resolution information associated with the domain name is stored in a storage accessible by the proxy server and has exceeded an expiration time for the domain name resolution information, provide the domain name resolution information from the storage in response to the request via the network upon determining that the domain name resolution information is stored in the storage, has exceeded the expiration time and meets a delivery condition, wherein the delivery condition is met when an IP address has not changed more than a designated number of times in a last number of IP address refreshes, and request from a domain name server updated domain name resolution information upon determining that the domain name resolution information is at least one of absent from the storage and has exceeded the expiration time; and the proxy server is configured to provide the domain name resolution information from the storage while also requesting the updated domain name resolution information from the domain name server when the domain name resolution information in the storage has exceeded the expiration time.
A tower vibration damper adapted to be mounted in a wind turbine tower, the tower vibration damper comprising: - a pendulum structure adapted to be suspended in the wind turbine tower, said pendulum structure comprising a pendulum body, - a chamber holding a damping liquid into which damping liquid the pendulum structure is at least partly immersed, - a plurality of damping elements arranged to dampen movements of the pendulum structure when suspended in the wind turbine tower, and - a suspension arrangement for suspending the pendulum structure in the wind turbine tower such that the pendulum structure is allowed to displace from a neutral position for the pendulum structure, wherein the plurality of damping elements each comprises a foam portion composed of a resilient and porous foam material. - a pendulum structure adapted to be suspended in the wind turbine tower, said pendulum structure comprising a pendulum body, - a chamber holding a damping liquid into which damping liquid the pendulum structure is at least partly immersed, - a plurality of damping elements arranged to dampen movements of the pendulum structure when suspended in the wind turbine tower, and - a suspension arrangement for suspending the pendulum structure in the wind turbine tower such that the pendulum structure is allowed to displace from a neutral position for the pendulum structure,
A food product comprising a food ingredient comprising: a. a combination of: i. insoluble whey protein particles having a particle size in the range of 1-10 micron (referred to as type A particles) in an amount of at least 20% (w/w) relative to the total amount of protein, and ii. acid-gellable whey protein aggregates having a particle size in the range of 0.02-0.5 micron (referred to as type B particles) in an amount of at least 10% (w/w) relative to the total amount of protein. a. a combination of: i. insoluble whey protein particles having a particle size in the range of 1-10 micron (referred to as type A particles) in an amount of at least 20% (w/w) relative to the total amount of protein, and ii. acid-gellable whey protein aggregates having a particle size in the range of 0.02-0.5 micron (referred to as type B particles) in an amount of at least 10% (w/w) relative to the total amount of protein. i. insoluble whey protein particles having a particle size in the range of 1-10 micron (referred to as type A particles) in an amount of at least 20% (w/w) relative to the total amount of protein, and ii. acid-gellable whey protein aggregates having a particle size in the range of 0.02-0.5 micron (referred to as type B particles) in an amount of at least 10% (w/w) relative to the total amount of protein.
A surgical generator, comprising: a power supply; an amplifier coupled to the power supply and configured to output a first waveform and a second waveform; a controller coupled to the amplifier and configured to provide at least one of a first control signal and a second control signal to the amplifier, the controller including: a first controller configured to provide the first control signal to the amplifier to generate the first waveform; a second controller configured to provide the second control signal to the amplifier to generate the second waveform; and a switch configured to receive and select at least one of the first control signal and the second control signal to be provided to the amplifier and to the power supply wherein the first controller is an electrosurgical controller and the first control signal is an RF control signal wherein the second controller is an ultrasonic controller and the second control signal is an ultrasonic control signal. a power supply; an amplifier coupled to the power supply and configured to output a first waveform and a second waveform; a controller coupled to the amplifier and configured to provide at least one of a first control signal and a second control signal to the amplifier, the controller including: a first controller configured to provide the first control signal to the amplifier to generate the first waveform; a second controller configured to provide the second control signal to the amplifier to generate the second waveform; and a switch configured to receive and select at least one of the first control signal and the second control signal to be provided to the amplifier and to the power supply wherein the first controller is an electrosurgical controller and the first control signal is an RF control signal wherein the second controller is an ultrasonic controller and the second control signal is an ultrasonic control signal. a first controller configured to provide the first control signal to the amplifier to generate the first waveform; a second controller configured to provide the second control signal to the amplifier to generate the second waveform; and a switch configured to receive and select at least one of the first control signal and the second control signal to be provided to the amplifier and to the power supply wherein the first controller is an electrosurgical controller and the first control signal is an RF control signal wherein the second controller is an ultrasonic controller and the second control signal is an ultrasonic control signal.
An instrumented bearing ring comprising: - a first one-piece bearing ring comprising at least one raceway defining an axis of rotation, with the raceway radially facing in a first direction inwards or outwards, and - a sensor unit intended to be positioned opposite an encoder secured to a second bearing ring so as to form an instrumented bearing, characterized in that - the first one-piece bearing ring comprises at least a first annular shoulder extending radially relative to the raceway in the first direction, and having an inner face axially facing toward the raceway, and a flat annular outer face axially facing away from the raceway, with fixing holes going through the first shoulder and opening on the inner and outer faces; and - the sensor unit bears against the inner face. - a first one-piece bearing ring comprising at least one raceway defining an axis of rotation, with the raceway radially facing in a first direction inwards or outwards, and - a sensor unit intended to be positioned opposite an encoder secured to a second bearing ring so as to form an instrumented bearing, - the first one-piece bearing ring comprises at least a first annular shoulder extending radially relative to the raceway in the first direction, and having an inner face axially facing toward the raceway, and a flat annular outer face axially facing away from the raceway, with fixing holes going through the first shoulder and opening on the inner and outer faces; and - the sensor unit bears against the inner face.
A food material in the form of a composition for lowering the glycemic index of a foodstuff, the food material comprising insoluble resistant starch, soluble fibre, and at least one carbohydrate enzyme inhibitor(s), wherein said insoluble resistant starch is present in an amount selected from the range 40-80% by weight of the composition, wherein said soluble fibre is present in an amount selected from the range 10-20% by weight of the composition, and wherein said at least one carbohydrate enzyme inhibitor(s) is present in an amount selected from the range 0.5% to 2.5% by weight of the composition.
A signal processing system comprising: a first portion which is selectively supplied with power; and a second portion having a VFD driver and an auxiliary controller, which is permanently supplied with power when the signal processing system is connected to a main power line, characterized in that, the first portion communicates with the VFD driver via a data bus using a first VFD protocol and communicates with the auxiliary controller via the data bus using a second VFD protocol which is distinguished from the first VFD protocol, wherein, the data bus comprises a first, a second, a third (Din), and a fourth (Dout) signal paths, and wherein, in a first mode of operation, the first portion generates a first state of control signal in the presence of clock signal, and in a second mode of operation, the second portion generates a second state of control signal in the presence of clock signal. a first portion which is selectively supplied with power; and a second portion having a VFD driver and an auxiliary controller, which is permanently supplied with power when the signal processing system is connected to a main power line, characterized in that, the first portion communicates with the VFD driver via a data bus using a first VFD protocol and communicates with the auxiliary controller via the data bus using a second VFD protocol which is distinguished from the first VFD protocol, wherein, the data bus comprises a first, a second, a third (Din), and a fourth (Dout) signal paths, and wherein, in a first mode of operation, the first portion generates a first state of control signal in the presence of clock signal, and in a second mode of operation, the second portion generates a second state of control signal in the presence of clock signal.
A method of clarifying oily and bitumen-containing process water obtained from an oil-sands mining operation, said method comprising: (a) adjusting the pH of said process water to about 2 to 4; (b) thereafter adding a polycationic coagulant to said process water, wherein said polycationic coagulant has a molecular weight of at least 5000 Daltons and less than 1 million Daltons; and (c) adding a flocculant material together with or subsequent to said polycationic coagulant, wherein said flocculant material is: (i) a cationic acrylamide copolymer; or (ii) a combination of an acrylamide copolymer and a heat-activated, pregelatinized starch having flocculating activity; to said process water, wherein said acrylamide copolymer has a molecular weight of at least 4 million Daltons and includes at least 50 mole% acrylamide. (a) adjusting the pH of said process water to about 2 to 4; (b) thereafter adding a polycationic coagulant to said process water, wherein said polycationic coagulant has a molecular weight of at least 5000 Daltons and less than 1 million Daltons; and (c) adding a flocculant material together with or subsequent to said polycationic coagulant, wherein said flocculant material is: (i) a cationic acrylamide copolymer; or (ii) a combination of an acrylamide copolymer and a heat-activated, pregelatinized starch having flocculating activity; to said process water, wherein said acrylamide copolymer has a molecular weight of at least 4 million Daltons and includes at least 50 mole% acrylamide. (i) a cationic acrylamide copolymer; or (ii) a combination of an acrylamide copolymer and a heat-activated, pregelatinized starch having flocculating activity;
Lining sleeve for the rehabilitation of sewers and wastewater lines, having an inner film sleeve on which at least one ply composed of nonwoven material is arranged, which material is impregnated with a light-curable or heat-curable liquid reactive resin, wherein at least one further ply composed of glass short fibres is arranged on the nonwoven material, and the nonwoven material is at least partially surrounded by a protective sleeve composed of a flexible material which is tension-resistant, in particular tear-resistant, in the longitudinal direction of the lining sleeve, by way of which protective sleeve the lining sleeve can be pulled into a sewer to be rehabilitated, characterized in that the reactive resin contains glass short fibres and/or finely ground glass.
Method for managing the operation of an object capable of contactless communication with a reader magnetically coupled to the said object, comprising at least one transmission phase of information from the said object to the reader comprising a modulation of the impedance of a load connected to the terminals of the antenna of the said object, characterized in that it furthermore comprises, prior to the said at least one transmission phase, a monitoring phase comprising a monitoring of the level of amplitude modulation of a modulated test signal present at the antenna of the object and resulting from a test modulation of the impedance of the said load and a capacitive modification of the impedance of the said load if this level is lower than a threshold, the threshold being chosen taking into account a sensitivity threshold of an amplitude demodulator of the reader.
A population of adherent cells derived from the placenta comprising at least 70 % adherent cells from a fetal portion of the placenta for use in therapy, wherein the cells are from an allogeneic or xenogeneic source.
A tire printing method for performing a printing on a side face of a tire by discharging ink from nozzles of a print head disposed to face the side face of the tire, the method comprising the steps of: detecting a surface profile of the side face of the tire using a two-dimensional displacement measuring sensor disposed to face the side face of the tire; and adjusting the distance between the print head and the side face of the tire by adjusting either the position of the print head or the distance between the beads of the tire based on the surface profile of the side face of the tire. detecting a surface profile of the side face of the tire using a two-dimensional displacement measuring sensor disposed to face the side face of the tire; and adjusting the distance between the print head and the side face of the tire by adjusting either the position of the print head or the distance between the beads of the tire based on the surface profile of the side face of the tire.
A method for manufacturing a ball member, the method comprising the steps of: forming a first curved portion of the ball member by: moving a cutting tool toward a workpiece along an axis of the cutting tool; rotating the workpiece about 180 degrees about an axis of rotation oriented generally perpendicular to the axis of the cutting tool; and forming a second curved portion of the ball member by: moving a cutting tool toward the workpiece along the axis of the cutting tool; rotating the workpiece about 180 degrees about the axis of rotation oriented generally perpendicular to the axis of the cutting tool; and machining a bore through the first and second curved portions (51a, 51b) transverse to the axis of rotation, said bore comprising a first opening and a second opening, and machining first and second shoulders (54a, 54b) on the ball member, wherein the first shoulder of the ball member encircles part of the first opening of the bore on one side and the second shoulder of the ball member encircles part of the second opening of the bore on the other side, wherein the first curved portion extends past the second curved portion, characterized in that the first and second shoulders (54a, 54b) extend generally perpendicular relative to the longitudinal axis of the bore. forming a first curved portion of the ball member by: moving a cutting tool toward a workpiece along an axis of the cutting tool; rotating the workpiece about 180 degrees about an axis of rotation oriented generally perpendicular to the axis of the cutting tool; and moving a cutting tool toward a workpiece along an axis of the cutting tool; rotating the workpiece about 180 degrees about an axis of rotation oriented generally perpendicular to the axis of the cutting tool; and forming a second curved portion of the ball member by: moving a cutting tool toward the workpiece along the axis of the cutting tool; rotating the workpiece about 180 degrees about the axis of rotation oriented generally perpendicular to the axis of the cutting tool; and moving a cutting tool toward the workpiece along the axis of the cutting tool; rotating the workpiece about 180 degrees about the axis of rotation oriented generally perpendicular to the axis of the cutting tool; and machining a bore through the first and second curved portions (51a, 51b) transverse to the axis of rotation, said bore comprising a first opening and a second opening, and machining first and second shoulders (54a, 54b) on the ball member, wherein the first shoulder of the ball member encircles part of the first opening of the bore on one side and the second shoulder of the ball member encircles part of the second opening of the bore on the other side, wherein the first curved portion extends past the second curved portion, characterized in that the first and second shoulders (54a, 54b) extend generally perpendicular relative to the longitudinal axis of the bore.
A piezoelectric actuator, comprising: a piezoelectric element; a base body having an upper face on which a lower end of the piezoelectric element abuts; and a case having an inner face on which an upper end of the piezoelectric element abuts, the case being configured to enclose the piezoelectric element, wherein the case comprises a flange portion having a lower face facing the upper face of the base body, and further comprising a ring-shaped portion for joining the upper face of the base body to the lower face of the flange portion, wherein at least two bent portions are present on an inner face that is exposed to the inside of the case and reaches from the lower face of the flange portion of the case across a side face of the ring-shaped portion to the upper face of the base body, and wherein a material of the ring-shaped portion is different from materials of the base body and the case. a piezoelectric element; a base body having an upper face on which a lower end of the piezoelectric element abuts; and a case having an inner face on which an upper end of the piezoelectric element abuts, the case being configured to enclose the piezoelectric element, wherein the case comprises a flange portion having a lower face facing the upper face of the base body, and further comprising a ring-shaped portion for joining the upper face of the base body to the lower face of the flange portion, wherein at least two bent portions are present on an inner face that is exposed to the inside of the case and reaches from the lower face of the flange portion of the case across a side face of the ring-shaped portion to the upper face of the base body, and wherein a material of the ring-shaped portion is different from materials of the base body and the case.
A method of preventing component erosion in a well, comprising: forming a base pipe with a plurality of flow restriction openings extending radially therethrough; limiting the average diameter of each flow restriction opening to 8 mm or less; placing a screen around the base pipe to filter particulates from an inflowing fluid stream; and spacing the plurality of flow restriction openings along the base pipe to reduce a peak flux through the screen and to create a distributed inflow of fluid which maintains a flow rate of the inflowing fluid below an erosion flow rate across the screen; varying perforation density along a length of the base pipe to optimize a flow distribution pattern by varying the sizes of flow restriction openings along the base pipe, the varying perforation density providing a relatively greater restriction of flow in sections of the screen otherwise exposed to the highest radial flow of fluid through the screen, characterised by the varying perforation density providing separation of peak annular flows from peak radial flows to reduce the probability of erosive particle entrainment. forming a base pipe with a plurality of flow restriction openings extending radially therethrough; limiting the average diameter of each flow restriction opening to 8 mm or less; placing a screen around the base pipe to filter particulates from an inflowing fluid stream; and spacing the plurality of flow restriction openings along the base pipe to reduce a peak flux through the screen and to create a distributed inflow of fluid which maintains a flow rate of the inflowing fluid below an erosion flow rate across the screen; varying perforation density along a length of the base pipe to optimize a flow distribution pattern by varying the sizes of flow restriction openings along the base pipe, the varying perforation density providing a relatively greater restriction of flow in sections of the screen otherwise exposed to the highest radial flow of fluid through the screen, characterised by the varying perforation density providing separation of peak annular flows from peak radial flows to reduce the probability of erosive particle entrainment.