mhurhangee/ep-ind-claims huggingface dataset:
A hub for a work platform system comprising a top element and a bottom element spaced at distal ends of a middle section, the top element having a center opening configured to receive a suspension connector, wherein the center opening is generally cruciform in configuration with four slots extending from a center opening area; wherein the middle section has a longitudinal axis oriented normal to the planes of the top and bottom elements (11, 12) wherein each of the top and bottom elements (11, 12) comprises a plurality of openings (13, 14) extending through the top and bottom element (11, 12), respectively, so that respective openings (13, 14) are coaxial; wherein a reinforcing plate is added to the underside of the top element wherein openings on the reinforcing plate correspond to the center opening. wherein the middle section has a longitudinal axis oriented normal to the planes of the top and bottom elements (11, 12) wherein each of the top and bottom elements (11, 12) comprises a plurality of openings (13, 14) extending through the top and bottom element (11, 12), respectively, so that respective openings (13, 14) are coaxial; wherein a reinforcing plate is added to the underside of the top element wherein openings on the reinforcing plate correspond to the center opening.
A method for reporting state information of a receiver device in a multicast or broadcast network, including, at the side of the receiver, the steps of - Receiving a source data, which is encoded, by means of layered coding techniques, into at least two layers comprising a base layer containing minimum information for intelligibility and at least one enhancement layer containing additional information that incrementally improves the overall quality of the source data over a communication channel, through a subset of said at least two layers characterised, at the side of the receiver, by the steps of - Deriving reception condition information of said source data, which comprises at least two threshold values indicating reception requirements for said at least two layers, from a response message responsive to a message requesting for receiving said source data by the receiver device during the establishment of the connection in the MAC layer; - Measuring a channel quality parameter; - In response to the channel quality parameter reaching a threshold value among said at least two threshold values, corresponding to reception requirement for a given layer among said at least two layers, receiving said source data by the receiver device, through a different subset of said at least two layers as a function of said measured channel quality parameter and transmitting state information of the receiver device. - Receiving a source data, which is encoded, by means of layered coding techniques, into at least two layers comprising a base layer containing minimum information for intelligibility and at least one enhancement layer containing additional information that incrementally improves the overall quality of the source data over a communication channel, through a subset of said at least two layers characterised, at the side of the receiver, by the steps of - Deriving reception condition information of said source data, which comprises at least two threshold values indicating reception requirements for said at least two layers, from a response message responsive to a message requesting for receiving said source data by the receiver device during the establishment of the connection in the MAC layer; - Measuring a channel quality parameter; - In response to the channel quality parameter reaching a threshold value among said at least two threshold values, corresponding to reception requirement for a given layer among said at least two layers, receiving said source data by the receiver device, through a different subset of said at least two layers as a function of said measured channel quality parameter and transmitting state information of the receiver device.
A fake finger detection apparatus comprising: at least one light source configured to emit light directly to an object that is a film attached to a finger; an imaging unit configured to capture an image of the object, the image comprising a plurality of pixels each having a brightness level; and a processor configured to determine that the object is a fake finger or not depending on whether an attenuation factor is within a predetermined range, wherein the processor is configured to calculate the attenuation factor indicating a degree of attenuation of light by using brightness values of a plurality of pixels included in the image captured by the imaging unit, wherein the processor is configured to calculate the attenuation factor by taking the brightness values of the plurality of pixels in the image captured by the imaging unit, by using an exponential function f x = exp - ax, wherein f(x) is a function to indicate a brightness value of a pixel of which distance from the light source is x, and a is the attenuation factor. at least one light source configured to emit light directly to an object that is a film attached to a finger; an imaging unit configured to capture an image of the object, the image comprising a plurality of pixels each having a brightness level; and a processor configured to determine that the object is a fake finger or not depending on whether an attenuation factor is within a predetermined range, wherein the processor is configured to calculate the attenuation factor indicating a degree of attenuation of light by using brightness values of a plurality of pixels included in the image captured by the imaging unit, wherein the processor is configured to calculate the attenuation factor by taking the brightness values of the plurality of pixels in the image captured by the imaging unit, by using an exponential function f x = exp - ax, wherein f(x) is a function to indicate a brightness value of a pixel of which distance from the light source is x, and a is the attenuation factor.
Cyclobenzaprine for use in a method for treating depression in a fibromyalgia patient, said method comprising administering to the fibromyalgia patient said cyclobenzaprine, wherein treatment with cyclobenzaprine ameliorates or eliminates the depression, and wherein the amount of cyclobenzaprine administered is less than 5 mg/day.
A device body (1; 401) for a strength training device for performing a strength training exercise on a lever arm around a training shaft (36; 436) with a training axis of rotation (A 1; A 2), including a resistance source (34; 434) for providing a training resistance and a control unit (33; 433) for controlling the training resistance, characterized in that the device body includes two shaft receptacles (18, 20; 418, 420) spaced apart from each other in a height direction and/or in a longitudinal direction of the device body, wherein the device body is equipped to connect the training shaft to the resistance source at that one of the two shaft receptacles for transmitting a training resistance on which the training shaft is arranged.
Method for localizing a vehicle movable on a driving surface, in particular an industrial truck, wherein a projection pattern is projected onto the driving surface by means of a projection unit arranged on the vehicle, the projection pattern is captured by means of an optical sensor arranged on the vehicle, and the sensor data are evaluated in a data processing unit, characterized in that a roughness image of the driving surface that makes localization of the vehicle on the driving surface possible is created from changes in the projection pattern due to surface unevennesses of the driving surface.
A utility meter having a service disconnect switch integrated into the base thereof, said meter comprising: a metrology board; a base integrally including high current circuit elements corresponding to a line side terminal assembly and a load side terminal assembly, each respectively configured for insertion into a utility meter socket; a conductive support coupled to said line side terminal assembly; contacts (122, 124) supported on said conductive support; at least two pairs of spring elements respectively connected at one end thereof to the meter load terminal, with the opposite ends of said spring elements carrying contacts configured for cooperation with said contacts (122, 124) supported on said conductive support, so as to form contact pairs of a switch; a solenoid having a movable actuator; and an insulative wedge configured to be moved by said movable actuator for travel between portions of the spring element pairs to thereby separate corresponding contact pairs, for interrupting any current flow through said high current circuit elements; characterized by a flux-concentrating current sensing core supported on said conductive support for measurement of current flow through said high current circuit elements by focusing a flux field onto a Hall cell mounted on said meter metrology board. a metrology board; a base integrally including high current circuit elements corresponding to a line side terminal assembly and a load side terminal assembly, each respectively configured for insertion into a utility meter socket; a conductive support coupled to said line side terminal assembly; contacts (122, 124) supported on said conductive support; at least two pairs of spring elements respectively connected at one end thereof to the meter load terminal, with the opposite ends of said spring elements carrying contacts configured for cooperation with said contacts (122, 124) supported on said conductive support, so as to form contact pairs of a switch; a solenoid having a movable actuator; and an insulative wedge configured to be moved by said movable actuator for travel between portions of the spring element pairs to thereby separate corresponding contact pairs, for interrupting any current flow through said high current circuit elements; characterized by a flux-concentrating current sensing core supported on said conductive support for measurement of current flow through said high current circuit elements by focusing a flux field onto a Hall cell mounted on said meter metrology board.
Multicomponent composition comprising - an epoxy component comprising at least one reactive epoxy resin, - a hardener component comprising at least one hardener for the epoxy resin, - a cement component comprising cement and at least one filler, and - 0.1% to 5% by weight, based on the total weight of the multicomponent composition, of at least one polymeric binder which is solid at 23°C, wherein the at least one polymeric binder has a melting or softening temperature of more than 23°C. - an epoxy component comprising at least one reactive epoxy resin, - a hardener component comprising at least one hardener for the epoxy resin, - a cement component comprising cement and at least one filler, and - 0.1% to 5% by weight, based on the total weight of the multicomponent composition, of at least one polymeric binder which is solid at 23°C, wherein the at least one polymeric binder has a melting or softening temperature of more than 23°C.
A system for controlling a network of farms comprising: one or more processors and memory, and machine-readable instructions stored in the memory that, upon execution by the one or more processors cause the system to carry out operations comprising: receiving communications from a plurality of remotely located modular farms, the plurality of remotely located modular farms being modular containers that form contained environments for growing crops, the communications including at least sensor data from one or more of a sensor or an equipment within a contained environment of a modular farm of the plurality of remotely located modular farms and location data including a location of the modular farm; determining instructions regarding growing conditions for growing one or more of the crops within the contained environment based on the sensor data and the location data; and transmitting a communication to the modular farm comprising the instructions regarding growing conditions. receiving communications from a plurality of remotely located modular farms, the plurality of remotely located modular farms being modular containers that form contained environments for growing crops, the communications including at least sensor data from one or more of a sensor or an equipment within a contained environment of a modular farm of the plurality of remotely located modular farms and location data including a location of the modular farm; determining instructions regarding growing conditions for growing one or more of the crops within the contained environment based on the sensor data and the location data; and transmitting a communication to the modular farm comprising the instructions regarding growing conditions.
A support suitable to be installed at sea in grounded or floating manner, the support including both a processor installation on its deck for processing a first liquid that is dangerous and/or corrosive, preferably liquefied natural gas, and also at least one tank for storing said first liquid, preferably an LNG tank incorporated within the hull of said support under said deck, the support being characterized in that it includes at least one container situated outside said support and situated at least in part, and preferably completely, below the deck of said support on which said installation is supported, said container being fastened to said support, preferably in reversible manner, said deck including or supporting first transfer means suitable for transferring towards said container any leakage liquid flowing from at least a portion of said installation, in particular in the event of a leak.
A propulsion system, comprising: a core engine; a starter, the starter configured to create a pyrotechnic spark which enables start-up rotation of a core engine; and an outer casing surrounding the core engine, characterised by the outer casing including an integral injector assembly for the starter, the injector assembly including a wall (34; 134) that defines a cavity (32; 132), and the wall (34; 134) being integral with the outer casing, wherein the cavity is chargeable with a pressurized oxygen-containing fluid and provides pressurized oxygen-containing gas to the starter when starting the propulsion system. a core engine; a starter, the starter configured to create a pyrotechnic spark which enables start-up rotation of a core engine; and an outer casing surrounding the core engine, characterised by the outer casing including an integral injector assembly for the starter, the injector assembly including a wall (34; 134) that defines a cavity (32; 132), and the wall (34; 134) being integral with the outer casing, wherein the cavity is chargeable with a pressurized oxygen-containing fluid and provides pressurized oxygen-containing gas to the starter when starting the propulsion system.
Device for opening and closing a sliding window of a motor vehicle, said sliding window being able to move with respect to a fixed panel, from a closed position, in which the movable window is arranged "flush" with respect to the fixed panel, to an open position, in which the movable window is moved parallel to the fixed panel, the device comprising: a handle mechanism that can be borne by the edge of a frame secured to the movable window, and where said assembly transmits the movement and converts the movement of the handle mechanism and allows the movable window to move both in its disengagement from its closed position and in its translation such that, starting from the closed position, actuation of the handle, in a first stage, unlocks the movable window then, in a second stage, leads it out of its closed position, the edge of the window corresponding to the edge of the frame, being moved with respect to the fixed panel, toward the position allowing the movable panel to slide, and such that the actuation of the handle mechanism corresponds to a translation in a plane essentially parallel to the window, and where the frame is mounted so as to be able to move on rails and which extend longitudinally, said assembly being actuated by the handle mechanism that is arranged such that a single movement is enough to lock or unlock the frame of the movable window and bring about sliding in the rails and. a handle mechanism that can be borne by the edge of a frame secured to the movable window, and where said assembly transmits the movement and converts the movement of the handle mechanism and allows the movable window to move both in its disengagement from its closed position and in its translation such that, starting from the closed position, actuation of the handle, in a first stage, unlocks the movable window then, in a second stage, leads it out of its closed position, the edge of the window corresponding to the edge of the frame, being moved with respect to the fixed panel, toward the position allowing the movable panel to slide, and such that the actuation of the handle mechanism corresponds to a translation in a plane essentially parallel to the window, and where the frame is mounted so as to be able to move on rails and which extend longitudinally, said assembly being actuated by the handle mechanism that is arranged such that a single movement is enough to lock or unlock the frame of the movable window and bring about sliding in the rails and.
A network element for supporting communications between a subscriber unit and a core network, wherein the network element comprises: a transceiver, memory and a signal processor operably coupled to the transceiver and memory, wherein the signal processor is arranged to: receive a first update request message from the subscriber unit; wherein the signal processor is configured to: forward the first update request message to the core network; receive from the core network a first update response message; extract and store in memory at least a part of the first update response message content; forward the first update response message to the subscriber unit; receive at least one second update request from the subscriber unit;create at least one second update response message using the at least part of the stored content; and respond directly to the subscriber unit by sending the at least one second update response message; wherein the signal processor is arranged to use a time period between receiving the second update request message and sending the at least one second update response message to set up subscriber unit measurements in order to receive at least one measurement report from the subscriber unit. a transceiver, memory and a signal processor operably coupled to the transceiver and memory, wherein the signal processor is arranged to: receive a first update request message from the subscriber unit; receive a first update request message from the subscriber unit; wherein the signal processor is configured to: forward the first update request message to the core network; receive from the core network a first update response message; extract and store in memory at least a part of the first update response message content; forward the first update response message to the subscriber unit; receive at least one second update request from the subscriber unit;create at least one second update response message using the at least part of the stored content; and respond directly to the subscriber unit by sending the at least one second update response message; forward the first update request message to the core network; receive from the core network a first update response message; extract and store in memory at least a part of the first update response message content; forward the first update response message to the subscriber unit; receive at least one second update request from the subscriber unit;create at least one second update response message using the at least part of the stored content; and respond directly to the subscriber unit by sending the at least one second update response message; wherein the signal processor is arranged to use a time period between receiving the second update request message and sending the at least one second update response message to set up subscriber unit measurements in order to receive at least one measurement report from the subscriber unit.
An electrodynamic actuator comprising a flat coil formed by conductor tracks (22, 23) on a surface of a circuit board and a permanent magnet the magnetic field of which passes through turns of the flat coil, wherein the surface of the circuit board on which the flat coil is located is delimited from the surrounding region of the circuit board by a thinned region.
A tunable capacitor comprising: a variable capacitor unit placed between a first terminal and a second terminal, said first terminal being an RF+ terminal and said second terminal being an RF- terminal; and an ESD protection circuit; wherein the variable capacitor unit comprises: a first capacitor; and a switching transistor which switches on/off the connection of the first capacitor between the first terminal and the second terminal; and wherein when the switching transistor is in an on-state, a high signal H is applied to a gate terminal G, and wherein when the switching transistor is in an off-state, a low signal L is applied to the gate terminal G, characterized in that said ESD protection circuit is inserted either between the first terminal and a ground terminal or between the second terminal and the ground terminal, or is inserted both between the first terminal and a ground terminal and between the second terminal and the ground terminal, wherein when the switching transistor is in an on-state, the low signal L is applied to a body terminal B, a drain terminal D and a source terminal S, and wherein when the switching transistor is in an off-state, the low signal L is applied to the body terminal B, and the high signal H is applied to the drain terminal D and the source terminal S, and wherein each of the high signal H and the low signal L has a voltage greater than or equal to 0V. a variable capacitor unit placed between a first terminal and a second terminal, said first terminal being an RF+ terminal and said second terminal being an RF- terminal; and an ESD protection circuit; a first capacitor; and a switching transistor which switches on/off the connection of the first capacitor between the first terminal and the second terminal; and wherein when the switching transistor is in an on-state, a high signal H is applied to a gate terminal G, and wherein when the switching transistor is in an off-state, a low signal L is applied to the gate terminal G, characterized in that said ESD protection circuit is inserted either between the first terminal and a ground terminal or between the second terminal and the ground terminal, or is inserted both between the first terminal and a ground terminal and between the second terminal and the ground terminal, wherein when the switching transistor is in an on-state, the low signal L is applied to a body terminal B, a drain terminal D and a source terminal S, and wherein when the switching transistor is in an off-state, the low signal L is applied to the body terminal B, and the high signal H is applied to the drain terminal D and the source terminal S, and wherein each of the high signal H and the low signal L has a voltage greater than or equal to 0V.