mhurhangee/ep-ind-claims huggingface dataset:
A system to determine health prognostics for selection and management of a tool for deployment in a downhole environment, the system comprising: a database configured to store life cycle information of the tool, the life cycle information including environmental and operational parameters associated with use of the tool; a memory device configured to store statistical equations to determine the health prognostics of the tool; and characterized by a processor configured to calibrate the statistical equations and build a time-to-failure model of the tool based on a first portion of the life cycle information in the database, and further configured to validate the time-to-failure model based on a second portion of the life cycle information in the database, wherein the tool is repaired or replaced based on the time-to-failure model. a database configured to store life cycle information of the tool, the life cycle information including environmental and operational parameters associated with use of the tool; a memory device configured to store statistical equations to determine the health prognostics of the tool; and characterized by a processor configured to calibrate the statistical equations and build a time-to-failure model of the tool based on a first portion of the life cycle information in the database, and further configured to validate the time-to-failure model based on a second portion of the life cycle information in the database, wherein the tool is repaired or replaced based on the time-to-failure model.
A method for random access handling of a UE, the method being performed by a network node, the method comprising: receiving, from the UE during a first random access opportunity, RAO, a first random access, RA, preamble, whilst refraining from responding to the first RA preamble; transmitting, towards the UE and without the network node first having received any retransmitted RA preamble from the UE, one random access response, RAR, for each of N possible RA preambles, where each RAR comprises a TA command corresponding to a timing advance, TA, value estimated for the first RA preamble; receiving, from the UE during a further RAO, a retransmitted RA preamble; and determining whether the TA value for the retransmitted RA preamble matches the TA value for the first RA preamble or not. receiving, from the UE during a first random access opportunity, RAO, a first random access, RA, preamble, whilst refraining from responding to the first RA preamble; transmitting, towards the UE and without the network node first having received any retransmitted RA preamble from the UE, one random access response, RAR, for each of N possible RA preambles, where each RAR comprises a TA command corresponding to a timing advance, TA, value estimated for the first RA preamble; receiving, from the UE during a further RAO, a retransmitted RA preamble; and determining whether the TA value for the retransmitted RA preamble matches the TA value for the first RA preamble or not.
A mesh-networkable device for use in a mesh network comprising a controller and a plurality of mesh-networked devices, operable to communicate with the controller; the mesh-networkable device comprising a timing unit, and being operable to communicate in accordance with a frequency hopping sequence; wherein the mesh-networkable device is operable to switch between a transmit mode, in which it is capable of transmitting messages to one or more other mesh-networked device and/or the controller and an inactive mode, in which it is unable to transmit to or receive messages from one or more other mesh-networked devices or the controller; wherein the mesh-networkable device is operable to synchronise its timing unit to the mesh-networked devices and/or the controller and operable to switch to the transmit mode at time intervals having a pseudorandom component.
A method for producing a device for protecting a power semiconductor module arrangement, the method comprising: mixing a first material and a second material, wherein the first material is a liquid or viscous dielectric material and wherein the second material is distributed within the first material and comprises a reactant, wherein the reactant is configured to chemically react with, trap, adsorb, or absorb corrosive gases; filling the mixture into a casting mold; developing the mixture into a solid or semi-solid mat or plate, with the second material evenly distributed therein; removing the mat or plate from the casting mold; and inserting the solid or semi-solid mat or plate into a housing of a power semiconductor module arrangement, wherein the solid or semi-solid mat or plate, after inserting the mat or plate into the housing, only forms a non-permanent adhesive bond with any of the other components of the power semiconductor module arrangement. mixing a first material and a second material, wherein the first material is a liquid or viscous dielectric material and wherein the second material is distributed within the first material and comprises a reactant, wherein the reactant is configured to chemically react with, trap, adsorb, or absorb corrosive gases; filling the mixture into a casting mold; developing the mixture into a solid or semi-solid mat or plate, with the second material evenly distributed therein; removing the mat or plate from the casting mold; and inserting the solid or semi-solid mat or plate into a housing of a power semiconductor module arrangement, removing the mat or plate from the casting mold; and inserting the solid or semi-solid mat or plate into a housing of a power semiconductor module arrangement, wherein the solid or semi-solid mat or plate, after inserting the mat or plate into the housing, only forms a non-permanent adhesive bond with any of the other components of the power semiconductor module arrangement.
A metal body on which at least at least partially a metal layer as thermal and/or mechanical and/or chemical protection which consists of at least three partial layers, of are applied directly on the surface of the substrate and at least one protective layer consisting of the following constituents: - Iron from 5 to 20 % and - Carbon from 0,2 to 3,5 % and - Silicon from 0,2 to 2,5 % and - Nickel from 4 to 12,5 % - Chrome from 21 to 29 % and - Molybdenum from 0,94 to 8,5 % and - Cobalt from 43 to 54 % and - Niobium from 1 to 7,2 % and - Mangan from 0,05 to 5,0 % and - Phosphorus from 0,01 to 0,1 % and - Sulfur from 0,001 to 0,2 % and - Copper from 0,011 to 0,1 % and - Titanium from 0,004 to 1% - Iron from 5 to 20 % and - Carbon from 0,2 to 3,5 % and - Silicon from 0,2 to 2,5 % and - Nickel from 4 to 12,5 % - Chrome from 21 to 29 % and - Molybdenum from 0,94 to 8,5 % and - Cobalt from 43 to 54 % and - Niobium from 1 to 7,2 % and - Mangan from 0,05 to 5,0 % and - Phosphorus from 0,01 to 0,1 % and - Sulfur from 0,001 to 0,2 % and - Copper from 0,011 to 0,1 % and - Titanium from 0,004 to 1%
An inlet device for filling a tub body, particularly a sanitary tub, a bathtub, a shower tub and/or a whirlpool tub, comprising: - a nozzle housing having a bottom with at least one through-opening for a fluid, - a nozzle element, which is axially movable between a closed position (S') and an open position (O') and through which a fluid can flow, with said nozzle element being arranged in the nozzle housing and having a piston with at least one extension on an axial end facing the bottom, wherein the at least one extension and the at least one through-opening are respectively arranged in such a way that the at least one extension can be at least sectionally moved into the at least one through-opening of the bottom in the closed position (S') of the nozzle element. - a nozzle housing having a bottom with at least one through-opening for a fluid, - a nozzle element, which is axially movable between a closed position (S') and an open position (O') and through which a fluid can flow, with said nozzle element being arranged in the nozzle housing and having a piston with at least one extension on an axial end facing the bottom, wherein
A method of safeguarding a movable machine part of a machine, in particular of a robot arm, wherein a respective distance value is measured along a plurality of measurement beams by at least one contactless distance sensor moved along with the machine part and the measured distance values are compared with at least one distance threshold to decide whether a safety related response of the machine is initiated, with the functionality of the distance sensor being tested by comparison of a measured distance value with a reference value, characterized in that the movable machine part, and with it the distance sensor, is rotated in a different orientation to be able to test the functionality for other measurement beams, with the rotation in a different orientation being superposed on the actual work movement.
A fluid dispenser device comprising a body, and a dispenser head that is provided with a dispenser orifice and that is axially movable relative to said body during actuation, said body receiving a reservoir containing fluid, said reservoir comprising a hollow tube having a proximal axial opening that is closed by a stopper that is adapted to slide in leaktight manner in said tube during actuation, said dispenser head including a hollow cylindrical cannula that is connected at one end to said dispenser orifice, and that is provided at its other end with a perforating tip provided with an opening for perforating said stopper, said stopper having a radial wall that is perforated by said cannula during actuation, said opening of said cannula defining a peripheral edge that extends around said opening and that includes a distal axial end and a proximal axial end, the axial distance between said distal axial end and said proximal axial end of said peripheral edge defining an axial extent (d) of said opening, said reservoir containing two doses of fluid for dispensing during two successive actuations of the device, and in that said axial extent (d) of said opening of said perforating tip is less than the axial thickness of said radial wall of said stopper, the device being characterized in that said radial wall of the stopper has an axial thickness of 1.6 mm, and the axial extent (d) of said opening is less than 1.6 mm, in particular about 1.05 mm.
A hearing aid including hearing aid circuitry to process sounds, the hearing aid comprising: a receiver module (110, 310, 710, 810) including a receiver configured to transmit the processed sounds, a receiver case housing the receiver, and a bendable first flex connector (320, 720, 820) coupled to the receiver, the first flex connector configured to provide a detachable electrical connection between the receiver and the hearing aid circuitry and including a first flex substrate and first conductive contacts on the first flex substrate. a receiver module (110, 310, 710, 810) including a receiver configured to transmit the processed sounds, a receiver case housing the receiver, and a bendable first flex connector (320, 720, 820) coupled to the receiver, the first flex connector configured to provide a detachable electrical connection between the receiver and the hearing aid circuitry and including a first flex substrate and first conductive contacts on the first flex substrate.
A linear voice coil motor, comprising: a stator assembly, a mover assembly and an elastic connecting piece, the mover assembly being connected to the stator assembly by means of the elastic connecting piece, the stator assembly comprising a stator sleeve, the mover assembly comprising a mover sleeve compactly sleeved outside the stator sleeve coaxially, characterized in that the stator sleeve is a sleeve made of permanent magnetic material, and the mover sleeve is a sleeve made of non-magnetic material; the mover assembly comprises: a magnetic element made of a permanent magnetic or magnetized material and fixed with respect to the mover sleeve, and a drive coil arranged at an outer surface of the mover sleeve, a pre-existing magnetic force in the axial direction between the magnetic element and the stator sleeve reaches equilibrium with an elastic force of the elastic connecting piece in a case of without powering the drive coil, the magnetic element is a hollow magnet ring acting as a lens support member for mounting a lens group, and the magnetic element is threadedly engaged with the mover sleeve. a magnetic element made of a permanent magnetic or magnetized material and fixed with respect to the mover sleeve, and a drive coil arranged at an outer surface of the mover sleeve, a pre-existing magnetic force in the axial direction between the magnetic element and the stator sleeve reaches equilibrium with an elastic force of the elastic connecting piece in a case of without powering the drive coil, the magnetic element is a hollow magnet ring acting as a lens support member for mounting a lens group, and the magnetic element is threadedly engaged with the mover sleeve.
A method for identifying network traffic characteristics to correlate and manage one or more subsequent flows, the method comprising: transmitting, by a traffic management computing device, a monitoring request comprising one or more attributes extracted from an HTTP request received from a client computing device and a timestamp to a monitoring server to correlate one or more subsequent flows associated with the HTTP request; transmitting, by the traffic management computing device, the HTTP request to an application server after receiving an acknowledgement response to the monitoring request from the monitoring server; receiving, by the traffic management computing device, an HTTP response to the HTTP request from the application server; transmitting, by the traffic management computing device, a monitoring response message to the monitoring server to end the correlation associated with the HTTP request; and performing, by the traffic management computing device, an operation with respect to the HTTP response, characterized by the fact that the operation is indicated in an action message received from the monitoring server in response to the monitoring response message. transmitting, by a traffic management computing device, a monitoring request comprising one or more attributes extracted from an HTTP request received from a client computing device and a timestamp to a monitoring server to correlate one or more subsequent flows associated with the HTTP request; transmitting, by the traffic management computing device, the HTTP request to an application server after receiving an acknowledgement response to the monitoring request from the monitoring server; receiving, by the traffic management computing device, an HTTP response to the HTTP request from the application server; transmitting, by the traffic management computing device, a monitoring response message to the monitoring server to end the correlation associated with the HTTP request; and performing, by the traffic management computing device, an operation with respect to the HTTP response, characterized by the fact that the operation is indicated in an action message received from the monitoring server in response to the monitoring response message.
A compound of formula wherein n is 1 or 2; Ar is phenyl substituted with OR or NO 2 substituents, or thienyl; R 1 is R 6, C N(R 6) 2 or C1-C6 alkyl substituted with OR; R 2 is H or C1-C6 alkyl; R 6 is independently at each occurrence H or C1-C6 alkyl; each R is independently H or C1-C8 alkyl; and the alkyl groups may be straight-chain, branched-chain or cyclic radicals; or a pharmaceutically acceptable salt thereof. wherein n is 1 or 2; Ar is phenyl substituted with OR or NO 2 substituents, or thienyl; R 1 is R 6, C N(R 6) 2 or C1-C6 alkyl substituted with OR; R 2 is H or C1-C6 alkyl; R 6 is independently at each occurrence H or C1-C6 alkyl; each R is independently H or C1-C8 alkyl; and the alkyl groups may be straight-chain, branched-chain or cyclic radicals;
Power switching equipment for boilers used within regulated water heating using direct current from photovoltaic panels, consisting of a terminal box with a first DC positive terminal interconnected with first a input terminal of normally-open contacts of a first contactor and with a heating element through a sixth output terminal of the normally-open contacts on the first contactor; a first DC negative terminal of the terminal box is interconnected with the heating element; an AC protective earthing terminal of the terminal box is interconnected with a thermostat; an AC line terminal is interconnected with a thermal fuse and with the thermostat through first normally-closed contacts of the thermal fuse and with a first coil terminal of the first contactor through normally-closed contacts of the thermostat; an AC neutral terminal of the terminal box is interconnected with the thermal fuse and with second coil terminal of the first contractor through second normally-closed contacts of the thermal fuse; a first signal device is connected between the output of second contacts of the thermal fuse and the output of the thermostat; a second signal device is connected between an output contact and an input contact of the heating element characterized in, that the AC line terminal is interconnected with seventh input terminal of the first contactor and with a first coil terminal of a second contactor through a eighth output terminal of the first contactor; the AC neutral terminal is interconnected with a second coil terminal of second contactor; the first DC positive terminal is interconnected with the first terminal of the first contactor and with a first input terminal of the second contactor and with second positive terminal through sixth output terminal of the second contactor; the first DC negative terminal is interconnected with the second DC negative terminal.
Method to cast a sheet of a material containing alkaloids, the method comprising: - providing a container having an aperture; - providing a casting blade; - providing a movable support running below the aperture of the container; - filling the container with slurry; - casting the sheet of tobacco material containing alkaloids material by means of the casting blade onto the movable support; characterised in that it also includes: - sensing variations in a height of the movable support, wherein sensing variations in the height of the movable support includes positioning a sensing surface in contact to the movable support; and - changing a height of the casting blade if such variations in the height of the movable support are present. - providing a container having an aperture; - providing a casting blade; - providing a movable support running below the aperture of the container; - filling the container with slurry; - casting the sheet of tobacco material containing alkaloids material by means of the casting blade onto the movable support; - sensing variations in a height of the movable support, wherein sensing variations in the height of the movable support includes positioning a sensing surface in contact to the movable support; and - changing a height of the casting blade if such variations in the height of the movable support are present.
A method for identifying alternative end-to-end media paths through internet protocol realms using substitute session description protocol parameters, each internet protocol realm being associated with segments of the media path, the method comprising: receiving a message including a list of internet protocol realms, wherein the list includes at least one of a previously traversed through internet protocol realm and a secondary internet protocol realm; determining the outgoing internet protocol realm for a media path based at least in part on quality of media path segment specified in session initiation protocol signaling information; if the outgoing internet protocol realm is on the list of internet protocol realms, bypassing at least one border gateway associated with at least one of the internet protocol realms on the list. receiving a message including a list of internet protocol realms, wherein the list includes at least one of a previously traversed through internet protocol realm and a secondary internet protocol realm; determining the outgoing internet protocol realm for a media path based at least in part on quality of media path segment specified in session initiation protocol signaling information; if the outgoing internet protocol realm is on the list of internet protocol realms, bypassing at least one border gateway associated with at least one of the internet protocol realms on the list.
A method of diagnosis of IgA nephropathy in a subject, comprising (a) a step of identification of a combination of alpha-1B-glycoprotein (A1BG) or a truncated fragment thereof having molecular weight of 13 - 60 kDa, orosomucoid 1, and Ig lambda-2 chain C regions (IGLC2) as protein markers, in a urine sample from said subject and (b) a step of quantitative or semi-quantitative comparison of the markers identified in step (a) with the markers identified in a healthy individual. (a) a step of identification of a combination of alpha-1B-glycoprotein (A1BG) or a truncated fragment thereof having molecular weight of 13 - 60 kDa, orosomucoid 1, and Ig lambda-2 chain C regions (IGLC2) as protein markers, in a urine sample from said subject and (b) a step of quantitative or semi-quantitative comparison of the markers identified in step (a) with the markers identified in a healthy individual.
A method of interrogating a biological sample comprising: a. interrogating a group of cells labelled with distinct elemental tags to identify a candidate cell based on a property of interest while preserving the conditions of the group of cells for a subsequent interrogation process; b. defining the location of a candidate cell; c. detecting the elemental tags of the candidate cell by elemental analysis. a. interrogating a group of cells labelled with distinct elemental tags to identify a candidate cell based on a property of interest while preserving the conditions of the group of cells for a subsequent interrogation process; b. defining the location of a candidate cell; c. detecting the elemental tags of the candidate cell by elemental analysis.
Seal assembly (1, 1', 1") for sealing the compartment between a rotating member and a fixed element housing said rotating member, so as to prevent the passage of oil from a first to a second environment arranged on opposite sides of said compartment, said seal assembly comprising: - a first ring fixed to said rotating member and having an axis; - a second ring (8, 8', 8") fixed to said fixed element and coaxial with the first ring; and - an elastically deformable annular seal element (9, 9', 9") coaxial with said axis; wherein said seal element (9, 9', 9") is carried by said second ring (8, 8', 8") and is connected to said second ring (8, 8', 8") by means of a fitted portion (18, 18'); the seal element (9, 9', 9") comprising at least one annular pad adapted to cooperate in a sealed manner with a coupling portion (21, 21') of said first ring and positioned in use parallel to the coupling portion (21, 21'); wherein the seal element (9, 9', 9") is made in one single piece; wherein the annular pad comprises an annular seal edge projecting towards the coupling portion (21, 21') and adapted to cooperate with said coupling portion (21, 21') along a substantially linear area of contact in static conditions; characterized in that the seal element (9, 9', 9") further comprises a spring portion arranged between the fitted portion (18, 18') and the annular pad and adapted to exert an elastic force on the annular pad so as to push the annular seal edge towards the coupling portion (21, 21'), to orient said annular pad in static conditions in a substantially parallel manner to the coupling portion (21, 21') and to make sure, in static conditions, that the oil does not access the second environment. - a first ring fixed to said rotating member and having an axis; - a second ring (8, 8', 8") fixed to said fixed element and coaxial with the first ring; and - an elastically deformable annular seal element (9, 9', 9") coaxial with said axis;