mhurhangee/ep-ind-claims huggingface dataset:
A fastening device suitable for fastening a slab to a structure, for example a bearing structure or an intermediate structure of a building, which fixing device comprises: • a hanging bracket arranged so as to be connected to the structure, the hanging bracket comprising a threaded rod and a safety hook, a first end of the threaded rod being arranged so as to be connected to the structure, the safety hook being made integral with to a second end of the threaded rod by a system of nuts, • a tube held by the hanging bracket, • a fastening hook fastened by a rigid connection to a plate, • the plate being arranged so as to be secured to a main face of said slab, the plate comprising two hollow wings (24, 25), • the fastening hook extending in a direction substantially perpendicular to the plate, a free end of the fastening hook being shaped so as to be placed resting on the tube, a locking end of the fastening hook being terminated by a foot bent relative to the main portion of the hook, the foot having two wings (22, 23), the two hollow wings (24, 25) having the same diameters as the wings of the foot of the hook, • the hook being movable in rotation between a locked position, in which the wings of the foot of the hook are mechanically immobilized in the hollow wings of the plate, and an unlocked position, in which the hook is released from the plate. • a hanging bracket arranged so as to be connected to the structure, the hanging bracket comprising a threaded rod and a safety hook, a first end of the threaded rod being arranged so as to be connected to the structure, the safety hook being made integral with to a second end of the threaded rod by a system of nuts, • a tube held by the hanging bracket, • a fastening hook fastened by a rigid connection to a plate, • the plate being arranged so as to be secured to a main face of said slab, the plate comprising two hollow wings (24, 25), • the fastening hook extending in a direction substantially perpendicular to the plate, a free end of the fastening hook being shaped so as to be placed resting on the tube, a locking end of the fastening hook being terminated by a foot bent relative to the main portion of the hook, the foot having two wings (22, 23), the two hollow wings (24, 25) having the same diameters as the wings of the foot of the hook, • the hook being movable in rotation between a locked position, in which the wings of the foot of the hook are mechanically immobilized in the hollow wings of the plate, and an unlocked position, in which the hook is released from the plate.
Method for determining the overvoltage of a working electrode in a fuel cell, in which a fuel cell is used for the measurement, - which comprises an electrolyte membrane, in which a continuous working electrode is arranged on one side and a counter electrode as well as a reference electrode on the other side, - which has a counter elecrode with at least one side edge, - in which the electrolyte membrane surface next to the counter electrode has an electrode-free area, - and in which the reference electrode is arranged on the electrolyte membrane surface in the area of the electrode-free area and - in which the potential of the reference electrode compared with the earthed counter electrode is measured, in which for determining the overvoltage a solid oxide fuel cell with an electrolyte membrane with a layer thickness l m of 1 μm to 10 μm or a polymer electrolyte fuel cell with an electrolyte membrane with a layer thickness l m of 10 μm to 50 μm or a direct methanol fuel cell with an electrolyte membrane with a layer thickness l m of 50 μm to 100 μm is used, the reference electrode is arranged at a distance of between 3· l ∗ and 10 · l ∗ to the edge of the counter electrode, in which I. Is given by l * = σ m b w l m 2 j w ∞ with σ m = ionic conductivity of the electrolyte membrane (Ω -1 cm -1), b w = table increase of the half cell for the electrochemical reaction of the working electrode, l m = membrane layer thickness (cm) and = exchange current density of the catalyst of the working electrode per unit of electrode surface in (A cm -2). - which comprises an electrolyte membrane, in which a continuous working electrode is arranged on one side and a counter electrode as well as a reference electrode on the other side, - which has a counter elecrode with at least one side edge, - in which the electrolyte membrane surface next to the counter electrode has an electrode-free area, - and in which the reference electrode is arranged on the electrolyte membrane surface in the area of the electrode-free area and - in which the potential of the reference electrode compared with the earthed counter electrode is measured, σ m = ionic conductivity of the electrolyte membrane (Ω -1 cm -1), b w = table increase of the half cell for the electrochemical reaction of the working electrode, l m = membrane layer thickness (cm) and = exchange current density of the catalyst of the working electrode per unit of electrode surface in (A cm -2).
An outlet basin for a fish pen provided with at least one outlet hose (91, 99) extending from the outlet basin to a surface, characterized in that the outlet basin includes: - a cylinder-shaped housing which is provided, at its upper portion, with a mounting collar arranged to be attached to a bottom portion of the fish pen, and which is provided, at its lower portion, with a through opening; - a cylinder-shaped outlet channel which, in a portion, is housed in the housing, the outlet channel being provided, at its upper portion, with a strainer (453, 453') covering a cross section of the outlet channel; - an elongated annular space between the housing and the outlet channel; - a slanted grating covering the entire annular space, a lowermost portion of the slanted grating being positioned just below the opening of the housing, wherein the opening leads into a first pipe socket arranged to be sealingly connected to a first outlet hose; - a slanted bottom plate positioned in the annular space below the slanted grating and sealing the entire annular space against the housing and the outlet channel; and - a lower through opening at a lowermost portion of the bottom plate. - a cylinder-shaped housing which is provided, at its upper portion, with a mounting collar arranged to be attached to a bottom portion of the fish pen, and which is provided, at its lower portion, with a through opening; - a cylinder-shaped outlet channel which, in a portion, is housed in the housing, the outlet channel being provided, at its upper portion, with a strainer (453, 453') covering a cross section of the outlet channel; - an elongated annular space between the housing and the outlet channel; - a slanted grating covering the entire annular space, a lowermost portion of the slanted grating being positioned just below the opening of the housing, wherein the opening leads into a first pipe socket arranged to be sealingly connected to a first outlet hose; - a slanted bottom plate positioned in the annular space below the slanted grating and sealing the entire annular space against the housing and the outlet channel; and - a lower through opening at a lowermost portion of the bottom plate.
Application head for discharging a flowable medium, having - a chamber in the interior of the application head, - a movable element which is mounted in a movable manner in the interior of the chamber, wherein said movable element opens or closes an outlet opening by way of a movement, - a feed duct which is connected to the chamber and is connectable in terms of flow to a feed line in order to be able to introduce the flowable medium into the chamber, - a drive for generating the opening movement of the movable element, and - having a control module, wherein the application head comprises: - a lever arm which is connected to the movable element and to the drive in order to convert a movement on the drive side into an opening or closing movement of the movable element, characterized in that the application head comprises: - a membrane suspension having a membrane, wherein the membrane suspension serves to connect the lever arm movably to the application head, and - the membrane suspension serves as a seal in order to prevent the emergence of the flowable medium from the chamber, and wherein the control module is designed and connected to the drive in terms of control such that at least one parameter or pair of values for the opening or closing movement of the movable element is specifiable by way of the control module. - a chamber in the interior of the application head, - a movable element which is mounted in a movable manner in the interior of the chamber, wherein said movable element opens or closes an outlet opening by way of a movement, - a feed duct which is connected to the chamber and is connectable in terms of flow to a feed line in order to be able to introduce the flowable medium into the chamber, - a drive for generating the opening movement of the movable element, and - having a control module, - a lever arm which is connected to the movable element and to the drive in order to convert a movement on the drive side into an opening or closing movement of the movable element, - a membrane suspension having a membrane, wherein the membrane suspension serves to connect the lever arm movably to the application head, and - the membrane suspension serves as a seal in order to prevent the emergence of the flowable medium from the chamber,
A resin composition for a fiber-reinforced composite material, comprising, as essential components: an epoxy resin; an acid anhydride-based curing agent; and an imidazole-based curing accelerator, wherein the resin composition has a viscosity at 25°C measured with an E-type viscometer in a range of from 50 mPa·s to 800 mPa·s, and shows a viscosity increase ratio after a lapse of 8 hr at 25°C of 200% or less, wherein 50 mass% or more of the epoxy resin comprises a phenol novolac-type epoxy resin containing a compound represented by the following general formula and a compound represented by the following general formula, and wherein, in gel permeation chromatography measurement, the phenol novolac-type epoxy resin contains a body corresponding to m=0 of the compound represented by the following general formula at a ratio of 75% by area or more and a body corresponding to m=1 thereof at a ratio of 6% by area or less: where m represents an integer of 0 or more, and represents from 0 to 5; where n represents an integer of 0 or more, and represents from 0 to 2. an epoxy resin; an acid anhydride-based curing agent; and an imidazole-based curing accelerator, wherein the resin composition has a viscosity at 25°C measured with an E-type viscometer in a range of from 50 mPa·s to 800 mPa·s, and shows a viscosity increase ratio after a lapse of 8 hr at 25°C of 200% or less, wherein 50 mass% or more of the epoxy resin comprises a phenol novolac-type epoxy resin containing a compound represented by the following general formula and a compound represented by the following general formula, and wherein, in gel permeation chromatography measurement, the phenol novolac-type epoxy resin contains a body corresponding to m=0 of the compound represented by the following general formula at a ratio of 75% by area or more and a body corresponding to m=1 thereof at a ratio of 6% by area or less: where m represents an integer of 0 or more, and represents from 0 to 5; where n represents an integer of 0 or more, and represents from 0 to 2.
An autonomous underwater vehicle for recording seismic signals during a marine seismic survey, the AUV comprising: a body extending along an axis X and having a head portion, a middle portion, and a tail portion, wherein the middle portion is sandwiched between the head portion and the tail portion along the X axis; a cross-section of the middle portion, substantially perpendicular on the X axis, having a triangular-like shape; the head portion including a base portion having the triangular-like shape and configured to match the middle portion; the head portion having a tip that, when projected along the X axis on the base portion, substantially coincides with a centroid of the base portion having the triangular-like shape; and a seismic payload located within the body and configured to record seismic signals. a body extending along an axis X and having a head portion, a middle portion, and a tail portion, wherein the middle portion is sandwiched between the head portion and the tail portion along the X axis; a cross-section of the middle portion, substantially perpendicular on the X axis, having a triangular-like shape; the head portion including a base portion having the triangular-like shape and configured to match the middle portion; the head portion having a tip that, when projected along the X axis on the base portion, substantially coincides with a centroid of the base portion having the triangular-like shape; and a seismic payload located within the body and configured to record seismic signals.
A rain sensor for a vehicle, comprising: a printed circuit board to be supported by a vehicle window, the PCB comprising first and second outer layers and at least one inner layer, the first outer layer adapted to be closest to an interior of the vehicle and the second outer layer adapted to be closest to an exterior of the vehicle; first and second capacitor arrays, the first capacitor array being formed on an outer surface of the first outer layer of the PCB and the second capacitor array being formed on an outer surface of the second outer layer of the PCB, one or more sensing capacitors in the first and/or second capacitor arrays being sensitive to moisture on an external surface of the window; and programmed logic circuitry configured to distinguish between at least moisture on the exterior surface of the vehicle window, humidity on the interior surface of the vehicle window, and EMI, wherein the at least one inner layer (3302, 3402) is arranged so as to decouple the first and second capacitor arrays and to shield the first capacitor array from fields emanating from the second capacitor array, and vice versa, and wherein EMI is detected when the first and second capacitor arrays detect identical or similar signals substantially simultaneously. a printed circuit board to be supported by a vehicle window, the PCB comprising first and second outer layers and at least one inner layer, the first outer layer adapted to be closest to an interior of the vehicle and the second outer layer adapted to be closest to an exterior of the vehicle; first and second capacitor arrays, the first capacitor array being formed on an outer surface of the first outer layer of the PCB and the second capacitor array being formed on an outer surface of the second outer layer of the PCB, one or more sensing capacitors in the first and/or second capacitor arrays being sensitive to moisture on an external surface of the window; and programmed logic circuitry configured to distinguish between at least moisture on the exterior surface of the vehicle window, humidity on the interior surface of the vehicle window, and EMI, wherein the at least one inner layer (3302, 3402) is arranged so as to decouple the first and second capacitor arrays and to shield the first capacitor array from fields emanating from the second capacitor array, and vice versa, and wherein EMI is detected when the first and second capacitor arrays detect identical or similar signals substantially simultaneously.
Child seat for a stackable transport trolley, having a backrest consisting of plastic which is to be arranged on the transport trolley so as to be pivotable about a horizontal axis and to which at least one seat is coupled in a slidingly movable or a pivotable manner, wherein the backrest is formed in one piece, and wherein at least a sub-portion of the backrest is designed in the manner of a hollow body, wherein the backrest has hollow-body-like side members which are provided in the interior with reinforcement struts, characterized in that the reinforcement struts are visible on the outer narrow sides of the side members, wherein cavities are provided between the reinforcement struts and, in the mounted state, are accessible in the region of the backrest wall via openings, in particular slots, which are provided on that side of the backrest which faces towards the basket interior, and wherein the backrest is of substantially H-shaped design, and wherein the connection of the two limbs of the H shape is in the form of a backrest wall. wherein the backrest has hollow-body-like side members which are provided in the interior with reinforcement struts, characterized in that the reinforcement struts are visible on the outer narrow sides of the side members, wherein cavities are provided between the reinforcement struts and, in the mounted state, are accessible in the region of the backrest wall via openings, in particular slots, which are provided on that side of the backrest which faces towards the basket interior, and wherein the backrest is of substantially H-shaped design, and wherein the connection of the two limbs of the H shape is in the form of a backrest wall.
An additive manufacturing apparatus for forming a three-dimensional article layer by layer from a powder, the apparatus comprising: an outer casing forming a build chamber, a build tank arranged inside the casing in the build chamber, and a temperature control arrangement comprising at least a first circuit for a first working fluid, the first circuit being positioned at a wall portion (40; 50) of the apparatus for transferring heat between the build chamber and the first working fluid; characterized in that the temperature control arrangement comprises a heat exchanger for transferring heat between the first working fluid of the first circuit and a second working fluid. an outer casing forming a build chamber, a build tank arranged inside the casing in the build chamber, and a temperature control arrangement comprising at least a first circuit for a first working fluid, the first circuit being positioned at a wall portion (40; 50) of the apparatus for transferring heat between the build chamber and the first working fluid; characterized in that the temperature control arrangement comprises a heat exchanger for transferring heat between the first working fluid of the first circuit and a second working fluid.
An infrared imaging system comprising: a focal plane array, FPA configured to capture radiation from a scene and generate infrared image data based on the radiation, wherein the FPA further captures radiation from an element associated with the infrared imaging system during capture of the radiation from the scene; a first temperature sensor configured to determine a temperature of the FPA; and a processing circuit configured to: determine a temperature associated with the element based at least in part on a multiplication of the temperature of the FPA with a first parameter and a multiplication of a rate of change of the temperature of the FPA with a second parameter; and determine a temperature associated with an object in the scene based on the infrared image data, the temperature associated with the element, and the temperature of the FPA. a focal plane array, FPA configured to capture radiation from a scene and generate infrared image data based on the radiation, wherein the FPA further captures radiation from an element associated with the infrared imaging system during capture of the radiation from the scene; a first temperature sensor configured to determine a temperature of the FPA; and a processing circuit configured to: determine a temperature associated with the element based at least in part on a multiplication of the temperature of the FPA with a first parameter and a multiplication of a rate of change of the temperature of the FPA with a second parameter; and determine a temperature associated with an object in the scene based on the infrared image data, the temperature associated with the element, and the temperature of the FPA. determine a temperature associated with the element based at least in part on a multiplication of the temperature of the FPA with a first parameter and a multiplication of a rate of change of the temperature of the FPA with a second parameter; and determine a temperature associated with an object in the scene based on the infrared image data, the temperature associated with the element, and the temperature of the FPA.
A compound of Formula I: wherein: R 1 is hydrogen or methoxy; and, R 2 is ethyl and R 3 is benzyl, or R 2 is methyl and R 3 is isopropyl. R 1 is hydrogen or methoxy; and, R 2 is ethyl and R 3 is benzyl, or R 2 is methyl and R 3 is isopropyl.
A system, comprising: a plurality of processors, each comprising a plurality of processor ports; and a plurality of configurable communication elements coupled to the plurality of processors in an interspersed fashion, wherein each configurable communication element comprises: a plurality of communication ports; a routing engine coupled the plurality of communication ports; a plurality of memories, wherein each memory is coupled to a subset of processors; a plurality of direct memory access, DMA, engines, wherein each DMA engine of the plurality of DMA engines is coupled to a respective one of the plurality of communication ports; wherein a first DMA engine of the plurality of DMA engines is configured to calculate a first signature for at least a first portion of the memory of a plurality of memories; wherein a second DMA engine of the plurality of DMA engines is configured to calculate a second signature for at least a second portion of the memory of the plurality of memories; and wherein a particular processor of the plurality of processors is configured to compare the first signature and the second signature. a plurality of processors, each comprising a plurality of processor ports; and a plurality of configurable communication elements coupled to the plurality of processors in an interspersed fashion, wherein each configurable communication element comprises: a plurality of communication ports; a routing engine coupled the plurality of communication ports; a plurality of memories, wherein each memory is coupled to a subset of processors; a plurality of direct memory access, DMA, engines, wherein each DMA engine of the plurality of DMA engines is coupled to a respective one of the plurality of communication ports; wherein a first DMA engine of the plurality of DMA engines is configured to calculate a first signature for at least a first portion of the memory of a plurality of memories; wherein a second DMA engine of the plurality of DMA engines is configured to calculate a second signature for at least a second portion of the memory of the plurality of memories; and a plurality of communication ports; a routing engine coupled the plurality of communication ports; a plurality of memories, wherein each memory is coupled to a subset of processors; a plurality of direct memory access, DMA, engines, wherein each DMA engine of the plurality of DMA engines is coupled to a respective one of the plurality of communication ports; wherein a first DMA engine of the plurality of DMA engines is configured to calculate a first signature for at least a first portion of the memory of a plurality of memories; wherein a second DMA engine of the plurality of DMA engines is configured to calculate a second signature for at least a second portion of the memory of the plurality of memories; and wherein a particular processor of the plurality of processors is configured to compare the first signature and the second signature.