mhurhangee/ep-ind-claims huggingface dataset:
A method for networking, the method comprising: communicating, via Ethernet links, information between two or more electronic devices in a vehicle, wherein said two or more electronic devices are communicatively coupled via said Ethernet links, comprising: directly coupling a first audio video bridging enabled network node to each electronic device within a first group of two or more electronic devices (302, 320) in the vehicle via respective first Ethernet links; directly coupling a second audio video bridging enabled network node to each electronic device within a second group of two or more electronic devices (304, 308, 310, 312, 322) in the vehicle via respective second Ethernet links; coupling said first audio video bridging enabled network node to said second audio video bridging enabled network node via one or more redundant Ethernet links comprising cabling with fewer than four twisted pairs; reserving resources on said one or more redundant Ethernet links by utilizing audio video bridging and/or audio video bridging extensions using said first and second audio video bridging enabled network nodes to enable information to be communicated between a first electronic device in the first group and a second electronic device in the second group to give priority to mission critical electronic devices (310, 312) over non-mission critical devices (304, 308, 322), at least on of said first and second groups including a mission critical electronic device (302, 310, 312), said mission critical electronic devices (302, 310, 312) transmitting mission critical information. directly coupling a first audio video bridging enabled network node to each electronic device within a first group of two or more electronic devices (302, 320) in the vehicle via respective first Ethernet links; directly coupling a second audio video bridging enabled network node to each electronic device within a second group of two or more electronic devices (304, 308, 310, 312, 322) in the vehicle via respective second Ethernet links; coupling said first audio video bridging enabled network node to said second audio video bridging enabled network node via one or more redundant Ethernet links comprising cabling with fewer than four twisted pairs; reserving resources on said one or more redundant Ethernet links by utilizing audio video bridging and/or audio video bridging extensions using said first and second audio video bridging enabled network nodes to enable information to be communicated between a first electronic device in the first group and a second electronic device in the second group to give priority to mission critical electronic devices (310, 312) over non-mission critical devices (304, 308, 322), at least on of said first and second groups including a mission critical electronic device (302, 310, 312), said mission critical electronic devices (302, 310, 312) transmitting mission critical information.
A gas turbine exhaust gas cooling system, comprising: a) a conduit for a primary gas turbine exhaust gas extending from said primary gas turbine to an inlet of a desired industrial process apparatus selected from the group of Selective Catalytic Reduction, reboiler, and a demethanizer boiler of a natural gas processing plant; b) a work producing thermodynamic cycle wherein a working fluid thereof is heated and expanded; and c) at least one heat exchanging means by which heat is sufficiently transferred from said primary gas turbine exhaust gas to said working fluid to produce a low temperature heating medium downstream of said at least one heat exchanging means at a predetermined temperature and energy level which are sufficient for effecting said desired industrial process, characterised in that the working fluid is selected from the group of air and carbon dioxide. a) a conduit for a primary gas turbine exhaust gas extending from said primary gas turbine to an inlet of a desired industrial process apparatus selected from the group of Selective Catalytic Reduction, reboiler, and a demethanizer boiler of a natural gas processing plant; b) a work producing thermodynamic cycle wherein a working fluid thereof is heated and expanded; and c) at least one heat exchanging means by which heat is sufficiently transferred from said primary gas turbine exhaust gas to said working fluid to produce a low temperature heating medium downstream of said at least one heat exchanging means at a predetermined temperature and energy level which are sufficient for effecting said desired industrial process,
A solar protection installation with orientable blades forming an opening and closing protective roof, of the type comprising several shading systems, each shading system comprising an orientable shading blade extending according to a main longitudinal axis and having first and second opposite ends (26, 27), wherein the first end is provided with a first anchoring member defining a first hinge axis, the second end is provided with a second anchoring member defining a second hinge axis, and at least one of the ends (26, 27) is provided with a third anchoring member defining a linkage axis, said shading system being such that the first anchoring member is located above the second anchoring member in a situation in which the blade is laid flat on a horizontal plane, said installation being such that for each shading system: - a first hinge member is mounted on the first anchoring member provided on the first end of the blade, said first hinge member being hinged on a first transversale beam for hinging the blade on said first beam according to said first hinge axis; said installation being characterized in that for each shading system: - a second hinge member is mounted on the second anchoring member provided on the second end of the blade, said second hinge member being hinged on a second transversale beam for hinging the blade on said second beam according to said second hinge axis, so that the two hinge axes for hinging the blade on the two beams (51, 52) are not aligned longitudinally and are shifted vertically relative to each other; and in that the installation comprises a drive system cooperating with third hinge members mounted on the third anchoring members provided at one of the ends of each blade, in order to make the blades pivot concomitantly between a closed position in which the blades are substantially contiguous to close the roof and an open position in which the blades are spaced apart from each other to open the roof. - a first hinge member is mounted on the first anchoring member provided on the first end of the blade, said first hinge member being hinged on a first transversale beam for hinging the blade on said first beam according to said first hinge axis; - a second hinge member is mounted on the second anchoring member provided on the second end of the blade, said second hinge member being hinged on a second transversale beam for hinging the blade on said second beam according to said second hinge axis,
A computer-implemented method to label an incoming phone call, the method comprising: detecting, at a server, the incoming phone call associated with a caller identifier ID; determining, by the server, a location associated with the incoming phone call; analyzing, by the server, a call header of the incoming phone call to determine one or more call characteristics; determining, by the server, based on the location and the one or more call characteristics, if the location is spoofed; determining, by the server, based on the caller ID and the one or more call characteristics, if an access network associated with the incoming phone call is spoofed; assigning, by the server, a label to the incoming phone call, wherein the label indicates whether the incoming phone call is a spoofed call; and sending the label to a callee device associated with the incoming phone call. detecting, at a server, the incoming phone call associated with a caller identifier ID; determining, by the server, a location associated with the incoming phone call; analyzing, by the server, a call header of the incoming phone call to determine one or more call characteristics; determining, by the server, based on the location and the one or more call characteristics, if the location is spoofed; determining, by the server, based on the caller ID and the one or more call characteristics, if an access network associated with the incoming phone call is spoofed; assigning, by the server, a label to the incoming phone call, wherein the label indicates whether the incoming phone call is a spoofed call; and sending the label to a callee device associated with the incoming phone call.
Belt scraper, with - a scraper element (22, 24, 124) for contact with a belt, - wherein the scraper element (22, 24, 124) is pivotably arranged with respect to a pivot axis (30, 130), - and wherein a sensor is provided for determining a pivot angle (a) of the scraper element (22, 24, 124), - wherein a pivot arm (36, 136) is provided extending from the pivot axis (30, 130) and coupled to the scraper element (22, 24, 124), - wherein a rod is hinged to the pivot arm, the rod being movably arranged in a surrounding housing relative thereto. characterised in that - a spring element effects a torque on the scraper element (22, 24, 124), wherein the spring element is a helical spring, a leaf spring, a torsion spring, a disc spring or a block spring, - the sensor is a non-contact sensor comprising an index part and a detection part for detecting the position of the index part relative to the detection part, - and the index part is arranged on the rod at a distance from the pivot axis (30, 130) and the detection part is attached to the housing. - a scraper element (22, 24, 124) for contact with a belt, - wherein the scraper element (22, 24, 124) is pivotably arranged with respect to a pivot axis (30, 130), - and wherein a sensor is provided for determining a pivot angle (a) of the scraper element (22, 24, 124), - wherein a pivot arm (36, 136) is provided extending from the pivot axis (30, 130) and coupled to the scraper element (22, 24, 124), - wherein a rod is hinged to the pivot arm, the rod being movably arranged in a surrounding housing relative thereto. - a spring element effects a torque on the scraper element (22, 24, 124), wherein the spring element is a helical spring, a leaf spring, a torsion spring, a disc spring or a block spring, - the sensor is a non-contact sensor comprising an index part and a detection part for detecting the position of the index part relative to the detection part, - and the index part is arranged on the rod at a distance from the pivot axis (30, 130) and the detection part is attached to the housing.
A composition comprising: a hybrid membrane comprising cellulose and a non-cellulose-based polymer, wherein the cellulose is crosslinked; wherein the composition comprises pores and/or channels, wherein the crosslinker for the cellulose is a crosslinking agent chosen from an aldehyde, an organochloride, an ether, a multi-functional carboxylic acid, glycerol, an urea derivative, a glycidyl ether, or a mixture thereof, wherein the composition comprises at least 60 wt.% cellulosic nanofibers, and wherein the hybrid membrane comprises a hybrid felt comprising a first non-cellulose-based nanofiber prepared by electrospinning a first non-cellulose-based polymer and a composite nanofiber prepared by electrospinning the cellulose and a second non-cellulose-based polymer. a hybrid membrane comprising cellulose and a non-cellulose-based polymer, wherein the cellulose is crosslinked; wherein the composition comprises pores and/or channels, wherein the crosslinker for the cellulose is a crosslinking agent chosen from an aldehyde, an organochloride, an ether, a multi-functional carboxylic acid, glycerol, an urea derivative, a glycidyl ether, or a mixture thereof, wherein the composition comprises at least 60 wt.% cellulosic nanofibers, and wherein the hybrid membrane comprises a hybrid felt comprising a first non-cellulose-based nanofiber prepared by electrospinning a first non-cellulose-based polymer and a composite nanofiber prepared by electrospinning the cellulose and a second non-cellulose-based polymer.
Adjustment device for the adjustment of belts of belt conveyors, comprising a roller that is rotatable around a first axis and mounted in a cradle, which in turn is turnably mounted in a supporting stand, and, by means of a force generator, tiltable in relation to the stand around a second axis, whereby a vertical plane extending through second axis is perpendicular to a vertical plane extending through first axis, and a transmission actuator co-operating with the force generator, the force generator being designed to generate a force in a first direction, which can cause the transmission actuator to apply to a force in a second direction transverse to the first direction, which guarantees tilting of the cradle and thereby also the roller in relation to the stand, the transmission actuator being built-in into a space between the roller and a base part of the stand, the transmission actuator consisting of a carriage movable to and fro along a slide, characterized in that the carriage comprises an underside and an upperside having two guide elements, which are each inclined at an acute angle (α) to the underside and which guide elements slope in different directions in relation to the underside and along each of which guide elements a respective travelling member connected with the cradle and spaced apart laterally from the second tilt axis is movable to and fro, and that the carriage is rectilinearly movable along said slide in order to - depending on the direction of motion - either raise or lower the travelling members and thereby turn or tilt the cradle in either direction around said second tilt axis, wherein the travelling members are located on opposite sides of the second tilt axis to each other, such that movement of the carriage in a first direction lowers a first one of the travelling members and raises a second one of the travelling members, and movement of the carriage in the opposite direction raises the first one of the travelling members and lowers the second one of the travelling members, wherein both travelling members are kept pressed against the respective guide elements.
Exhaust-gas aftertreatment component comprising a ceramic substrate body with a multiplicity of axial flow ducts, wherein the substrate body has an inner region and has an outer region radially surrounding the inner region, and a cell density of the substrate body in the inner region is lower than a cell density in the outer region, and at least the outer region of the substrate body has a coating, and the coating of the outer region has an HC adsorber function for the reversible adsorption of unburned hydrocarbons, characterized in that the outer region is in the form of a wall-flow filter and thus additionally has a particle filter function.
A bed control cart for controlling features of a patient bed, the bed control comprising a GUI, the GUI displaying hand inputs, and circuitry configured to send wireless signals to control features of the bed in response to use of the hand inputs, characterized in that the bed control is a bed control cart comprising a wheeled base with foot inputs, and a support extending upwardly from the wheeled base, the GUI supported by the support and the circuitry being configured to send wireless signals to control the features of the bed in response to use of each of the foot inputs and hand inputs of the bed control cart.
Method for transmitting data between two telecommunication terminals (TM1, TM2) including at least one of mobile type, via transmission of an optical flux between the optical transmitters and receivers of the two terminals, comprising: - optically coupling just the two telecommunication terminals to each other by means of a tunnel having a first contact surface and a second contact surface, - channeling the optical flux through the tunnel between the first contact surface and the second contact surface, characterized in that it furthermore comprises: - modifying the linearity of the transmission of the optical flux between the two contact surfaces by means of mixed optical fibres comprised in the tunnel. - optically coupling just the two telecommunication terminals to each other by means of a tunnel having a first contact surface and a second contact surface, - channeling the optical flux through the tunnel between the first contact surface and the second contact surface, - modifying the linearity of the transmission of the optical flux between the two contact surfaces by means of mixed optical fibres comprised in the tunnel.
A bending die comprising a first bending surface and a second bending surface that is rotatable with respect to the first bending surface during a bending operation, the first bending surface being engagable with the workpiece during the bending operation to bend a first portion of the workpiece to define a first portion of a flange, and the second bending surface being engagable with the workpiece during the bending operation to bend a second portion of the workpiece to form a second portion of the flange, characterised in that the first portion of the flange and the second portion of the flange each extend along and are adjacent to a profiled bend line formed by the bending operation of the first portion and second portion of the workpiece to form respectively a first portion and second portion of the flange, and are disposed on a first side of the profiled bend line.
An optoelectronic sensor for detecting an object in a monitoring region which has at least one light transmitter for transmitting a plurality of mutually separated transmitted light beams (26a-d), a plurality of light receivers (34a-d) which are each assigned to one of the transmitted light beams (26a-d) in accordance with a basic arrangement, for generating a reception signal from the assigned light beam (26, 30) remitted at the object, and an evaluation unit which is configured to obtain information about the object at the respective impact location of the transmitted light beam (26a-d) from the reception signal of the light receiver (34a-d) which is assigned to the transmitted light beam (26a-d), wherein a transmitted light beam (26a-d) and an assigned light receiver (34a-d) form a respective monitoring beam and a reception light spot at close distances of the object no longer impinges on the light receiver (34a-d) assigned according to the basic arrangement, characterized in that the evaluation unit is furthermore configured to additionally consider, on acquiring information about the object at the impact location of at least one transmitted light beam (26a-d), at least one reception signal of a light receiver (34a-b) which is not assigned to the transmitted light beam (26a-d), so that an additional light receiver (34a-b) which functions as an additional close-range detector of the assigned light receiver (34a-d) contributes to the evaluation of the at least one transmitted light beam (26a-d).
A seal segment for a gas turbine engine comprising: a flapper seal having a first surface and a second surface; a wire mesh acting as a hinge for the flapper seal, characterised in that the wire mesh includes: a first section connected to and extending across the first surface of the flapper seal; and a second section connected to the first section; and a spring comprising: a first end in contact with the first section of the wire mesh to apply pressure to the first surface of the flapper seal; and a second end adjacent the second section of the wire mesh. a flapper seal having a first surface and a second surface; a wire mesh acting as a hinge for the flapper seal, characterised in that the wire mesh includes: a first section connected to and extending across the first surface of the flapper seal; and a second section connected to the first section; and a first section connected to and extending across the first surface of the flapper seal; and a second section connected to the first section; and a spring comprising: a first end in contact with the first section of the wire mesh to apply pressure to the first surface of the flapper seal; and a second end adjacent the second section of the wire mesh. a first end in contact with the first section of the wire mesh to apply pressure to the first surface of the flapper seal; and a second end adjacent the second section of the wire mesh.
A controlled charge pump arrangement, comprising: - a clocked charge pump adopted to provide an output voltage (Vout) and comprising a control input (d, D) - a first feedback control circuit coupled to said control input and comprising a proportional signal transfer characteristics; - a second feedback control circuit coupled to said control input (d, D) and comprising an integrating signal transfer characteristics; and - a switching circuit adopted to reset the second feedback control circuit in dependence of a comparison of the output voltage (Vout) with a first reference voltage (Voref). - a clocked charge pump adopted to provide an output voltage (Vout) and comprising a control input (d, D) - a first feedback control circuit coupled to said control input and comprising a proportional signal transfer characteristics; - a second feedback control circuit coupled to said control input (d, D) and comprising an integrating signal transfer characteristics; and - a switching circuit adopted to reset the second feedback control circuit in dependence of a comparison of the output voltage (Vout) with a first reference voltage (Voref).
A welded state monitoring system used for plasma shielded electric resistance welding in which an electric resistance welding is performed while irradiating a weld zone of a steel sheet with plasma, the welded state monitoring system comprising: a plasma irradiation device which irradiates the weld zone with the plasma; a first image capturing device which captures an image of the weld zone from above; and an image processing device which subjects the image captured by the first image capturing device to image processing to analyze a welded state of the weld zone, characterized in that the first image capturing device has an image sensor capable of detecting light having a wavelength of 850 nm or more, and the welded state monitoring system further comprises a first wavelength region limiting device which limits light incident on the first image capturing device to a wavelength region of 850 nm or more or 900 nm or more. a plasma irradiation device which irradiates the weld zone with the plasma; a first image capturing device which captures an image of the weld zone from above; and an image processing device which subjects the image captured by the first image capturing device to image processing to analyze a welded state of the weld zone, characterized in that the first image capturing device has an image sensor capable of detecting light having a wavelength of 850 nm or more, and the welded state monitoring system further comprises a first wavelength region limiting device which limits light incident on the first image capturing device to a wavelength region of 850 nm or more or 900 nm or more.