mhurhangee/ep-ind-claims huggingface dataset:
A railway vehicle, including: - a plurality of maintenance sensors each associated with a piece of equipment (10, 11, 12) of the railway vehicle and being suitable for emitting maintenance data relative to the operation of the piece of equipment with which it is associated; - a supervision system of the railway vehicle, including a central computer; - a shared data bus that connects the maintenance sensors to the central computer to send the maintenance data automatically from the maintenance sensors to the central computer; - the supervision system further includes a network switch and a diagnostic unit separate from the central computer, the network switch being suitable for collecting the maintenance data emitted by the maintenance sensors and for sending these maintenance data to the diagnostic unit, the diagnostic unit being programmed to process the received maintenance data automatically, based on pre-established processing rules ((R), so as to establish a diagnostic on at least one of the pieces of equipment of the railway vehicle, and the railway vehicle being characterized in that the supervision system further includes an additional maintenance sensor, associated with a piece of equipment of the railway vehicle and connected to the diagnostic unit to send this diagnostic unit maintenance data without going through the central computer. - a plurality of maintenance sensors each associated with a piece of equipment (10, 11, 12) of the railway vehicle and being suitable for emitting maintenance data relative to the operation of the piece of equipment with which it is associated; - a supervision system of the railway vehicle, including a central computer; - a shared data bus that connects the maintenance sensors to the central computer to send the maintenance data automatically from the maintenance sensors to the central computer; - the supervision system further includes a network switch and a diagnostic unit separate from the central computer, the network switch being suitable for collecting the maintenance data emitted by the maintenance sensors and for sending these maintenance data to the diagnostic unit, the diagnostic unit being programmed to process the received maintenance data automatically, based on pre-established processing rules ((R), so as to establish a diagnostic on at least one of the pieces of equipment of the railway vehicle, and the railway vehicle being characterized in that the supervision system further includes an additional maintenance sensor, associated with a piece of equipment of the railway vehicle and connected to the diagnostic unit to send this diagnostic unit maintenance data without going through the central computer.
A modular patch panel assembly, comprising: a. a first patch panel element including: i. a first surface defining a top or bottom surface of the first patch panel element, and two opposing sidewalls including an interior surface and an exterior surface, and ii. at least one opening configured to receive at least one connector; b. a first base including: i. a second surface defining a top surface or a bottom surface of the first base, and two opposing sidewalls including an interior surface and an exterior surface, and ii. a protuberance extending outwardly from each of the sidewalls and including an engagement feature, wherein the assembly is characterized in that the first patch panel element is releasably engaged with the engagement features of the protuberances to form a first modular patch panel assembly; and in that in the releasably engaged configuration, the first surface of the first patch panel element defines a top or bottom exposed surface of the first modular patch panel assembly, and the second surface of the first base defines an opposing top or bottom exposed surface of the first modular patch panel assembly. a. a first patch panel element including: i. a first surface defining a top or bottom surface of the first patch panel element, and two opposing sidewalls including an interior surface and an exterior surface, and ii. at least one opening configured to receive at least one connector; i. a first surface defining a top or bottom surface of the first patch panel element, and two opposing sidewalls including an interior surface and an exterior surface, and ii. at least one opening configured to receive at least one connector; b. a first base including: i. a second surface defining a top surface or a bottom surface of the first base, and two opposing sidewalls including an interior surface and an exterior surface, and ii. a protuberance extending outwardly from each of the sidewalls and including an engagement feature, i. a second surface defining a top surface or a bottom surface of the first base, and two opposing sidewalls including an interior surface and an exterior surface, and ii. a protuberance extending outwardly from each of the sidewalls and including an engagement feature,
A camera system of a multifunction device, the camera system comprising: a first camera unit of a multifunction device for capturing a first image of a first visual field, wherein the first camera unit comprises a first actuator for moving a first optical package configured for a first focal length; and a second camera unit of the multifunction device for simultaneously capturing a second image of a second visual field, wherein the second camera unit comprises a second actuator for moving a second optical package configured for a second focal length, and the camera system comprises a shared magnet positioned between the first camera unit and the second camera unit to generate magnetic fields that interact with at least one coil to create motion used in providing optical image stabilization to the first camera unit and the second camera unit, wherein the at least one coil is positioned between the first optical package and the second optical package. a first camera unit of a multifunction device for capturing a first image of a first visual field, wherein the first camera unit comprises a first actuator for moving a first optical package configured for a first focal length; and a second camera unit of the multifunction device for simultaneously capturing a second image of a second visual field, wherein the second camera unit comprises a second actuator for moving a second optical package configured for a second focal length, and the camera system comprises a shared magnet positioned between the first camera unit and the second camera unit to generate magnetic fields that interact with at least one coil to create motion used in providing optical image stabilization to the first camera unit and the second camera unit, wherein the at least one coil is positioned between the first optical package and the second optical package.
Mixing device for premixing combustion air and gas, comprising a device for gas introduction having a gas outlet and comprising a nozzle, wherein a. a gas inlet is provided on the nozzle or on a bridging element arranged on the nozzle, and b. the gas path from the gas outlet to the gas inlet is sealed off by a gasket extending from the gas outlet to the gas inlet, characterised in that c. a shutter which is externally enclosed by the gasket is arranged in the gas path from the gas outlet to the nozzle or the bridging element, and in that d. the gasket comprises at least one projection which fixes the shutter in the gas inlet connector. a. a gas inlet is provided on the nozzle or on a bridging element arranged on the nozzle, and b. the gas path from the gas outlet to the gas inlet is sealed off by a gasket extending from the gas outlet to the gas inlet, characterised in that c. a shutter which is externally enclosed by the gasket is arranged in the gas path from the gas outlet to the nozzle or the bridging element, and in that d. the gasket comprises at least one projection which fixes the shutter in the gas inlet connector.
A method of controlling a mobile communication network (RP1-RP7, UE), the method comprising configuring by an uplink controlling entity multiple reception points (RP1-RP7) within the mobile communication network such that each of the multiple reception points is configured to exhibit a participation behaviour with respect to at least one of reception quality measurement reporting and payload data reporting with regard to transmissions from a user equipment device, wherein the participation behaviour with respect to reception quality measurement reporting is one of conditional reporting and unconditional reporting and the payload data reporting participation behaviour is one of no forwarding or storing of data, storing but no forwarding of data without an explicit request, conditional forwarding of data and forwarding of data, wherein the participation behaviour is dependent on a geographic position of the user equipment device, the user equipment device's geographic position being reported by the user equipment device or determined from a detection of the geographic position of the user equipment device by the reception points (RP1-RP7) in combination with a known position of the reception points (RP1-RP7).
An alignment key for a turbomachine, the alignment key comprising: a body having primary axis (a p) and sized to engage a diaphragm slot in the turbomachine, the body having a first, and a second pair of opposing sidewalls extending along the primary axis (a p); a chamfered tip section continuous with the body, the chamfered tip section sized to engage a casing slot in the turbomachine; and a slot extending through the body and the chamfered tip section, the slot having a first opening proximate an end of the body and a second opening proximate the chamfered tip section, wherein sidewalls of the first pair of opposing sidewalls of the body taper from the end of the body toward the chamfered tip section; characterized in that the chamfered tip section includes at least one chamfered edge having an angle of approximately 10-15 degrees with respect to the of the first pair of opposing sidewalls sidewalls, at least one sidewall of the first pair of sidewalls includes a substantially flat section which spans between the tapered sidewall and the chamfered tip section, and the slot includes: a primary slot extending from the end of the body to the chamfered tip section, the primary slot having a first internal diameter; and a secondary slot fluidly connected with the primary slot and extending within the chamfered tip section, the secondary slot having a second internal diameter greater than the first internal diameter. a body having primary axis (a p) and sized to engage a diaphragm slot in the turbomachine, the body having a first, and a second pair of opposing sidewalls extending along the primary axis (a p); a chamfered tip section continuous with the body, the chamfered tip section sized to engage a casing slot in the turbomachine; and a slot extending through the body and the chamfered tip section, the slot having a first opening proximate an end of the body and a second opening proximate the chamfered tip section, wherein sidewalls of the first pair of opposing sidewalls of the body taper from the end of the body toward the chamfered tip section; characterized in that the chamfered tip section includes at least one chamfered edge having an angle of approximately 10-15 degrees with respect to the of the first pair of opposing sidewalls sidewalls, at least one sidewall of the first pair of sidewalls includes a substantially flat section which spans between the tapered sidewall and the chamfered tip section, and the slot includes: a primary slot extending from the end of the body to the chamfered tip section, the primary slot having a first internal diameter; and a secondary slot fluidly connected with the primary slot and extending within the chamfered tip section, the secondary slot having a second internal diameter greater than the first internal diameter. a primary slot extending from the end of the body to the chamfered tip section, the primary slot having a first internal diameter; and a secondary slot fluidly connected with the primary slot and extending within the chamfered tip section, the secondary slot having a second internal diameter greater than the first internal diameter.
A hand-operated pressurized-fluid device, especially a pressurized-fluid cleaning device, comprising a housing structure receiving a motor-pump group (4; 4') and having a fluid inlet connected on the suction side to the pump and a fluid outlet connected on the pressure side to the pump and constructed on a nozzle unit, an electrical voltage source and at least one operator-control element acting on the power supply of the motor via the voltage source, characterized in that the motor of the motor-pump group (4; 4') is constructed as a brushless direct-current motor and the pump is constructed as a wobbling-rotor pump (16; 16') having two toothed plates (21, 25; 21', 25') respectively provided with an annular spur gearing (22, 26; 22', 26'), wherein the numbers of teeth of the two spur gearings (22, 26; 22', 26') meshing with one another differ by one from one another and the toothed plates (21, 25; 21' 25') disposed at an angle to one another wander relative to one another in such a way that the spur gearings (22, 26; 22', 26') bound several pump spaces that become larger and smaller during pump operation.
A system comprising: A fluorescent probe with a fluorescence spectrum including a fluorescence peak at a wavelength less than 900 nm and at least a portion of a tail having a wavelength greater than 900 nm; and an excitation source that emits electromagnetic radiation at wavelengths less than 900 nm; a detector having a plurality of pixels, the detector being configured to detect fluorescence emitted from the fluorescent probe, wherein the detector is configured to detect electromagnetic radiation with wavelengths greater than 900 nm; and a computing device, wherein the detector is configured to output a detected fluorescence signal from the fluorescent probe to the computing device, characterized in that the computing device is configured to compare, for at least one pixel or grouping of pixels, a detected fluorescence signal within the portion of the tail having a wavelength greater than 900 nm to an intensity threshold to determine a tissue state of a tissue in which the fluorescent probe is provided during use. A fluorescent probe with a fluorescence spectrum including a fluorescence peak at a wavelength less than 900 nm and at least a portion of a tail having a wavelength greater than 900 nm; and an excitation source that emits electromagnetic radiation at wavelengths less than 900 nm; a detector having a plurality of pixels, the detector being configured to detect fluorescence emitted from the fluorescent probe, wherein the detector is configured to detect electromagnetic radiation with wavelengths greater than 900 nm; and a computing device, wherein the detector is configured to output a detected fluorescence signal from the fluorescent probe to the computing device, characterized in that the computing device is configured to compare, for at least one pixel or grouping of pixels, a detected fluorescence signal within the portion of the tail having a wavelength greater than 900 nm to an intensity threshold to determine a tissue state of a tissue in which the fluorescent probe is provided during use.
A system for monitoring a model in a wind tunnel, said system comprising: a plurality of sensors (110, 205) attached to a model in a wind tunnel, wherein each sensor (110, 205) of said plurality of sensors (110, 205) is configured to measure an attribute of the model; and a computing device in communication with said plurality of sensors (110, 205), wherein said computing device includes a processor in communication with a memory, wherein said computing device is programmed to: receive a plurality of signals from said plurality of sensors (110, 205), wherein the plurality of signals represent measurements of the attributes of the model; store a first threshold and a second threshold based on normalized alarm limits associated with at least one of said plurality of sensors; analyze the plurality of signals based, at least in part, on the first threshold and the second threshold; determine that a potentially negative condition is occurring based on the analysis; and alert a user to the potentially negative condition. a plurality of sensors (110, 205) attached to a model in a wind tunnel, wherein each sensor (110, 205) of said plurality of sensors (110, 205) is configured to measure an attribute of the model; and a computing device in communication with said plurality of sensors (110, 205), wherein said computing device includes a processor in communication with a memory, wherein said computing device is programmed to: receive a plurality of signals from said plurality of sensors (110, 205), wherein the plurality of signals represent measurements of the attributes of the model; store a first threshold and a second threshold based on normalized alarm limits associated with at least one of said plurality of sensors; analyze the plurality of signals based, at least in part, on the first threshold and the second threshold; determine that a potentially negative condition is occurring based on the analysis; and alert a user to the potentially negative condition. receive a plurality of signals from said plurality of sensors (110, 205), wherein the plurality of signals represent measurements of the attributes of the model; store a first threshold and a second threshold based on normalized alarm limits associated with at least one of said plurality of sensors; analyze the plurality of signals based, at least in part, on the first threshold and the second threshold; determine that a potentially negative condition is occurring based on the analysis; and alert a user to the potentially negative condition.
A system, comprising: a processor; a detection set having at least one dynamic vision sensor for detecting moving objects; the processor including computer-readable instructions stored in non-transitory memory for: scanning, using the detection set, for moving objects; detecting, using the detection set, one or more moving objects; characterised by creating a temporary position node around one or more moving objects; searching a node pool for an existing position node nearby the temporary position node; setting a timer associated with the existing position node when the temporary position node is determined to be nearby the existing position node; creating a new position node when the temporary position node is determined not to be nearby the existing position node; adding the new position node to the node pool; setting a timer associated with the new position node; tracking position nodes with unexpired timers; and delisting position nodes with expired timers. a processor; a detection set having at least one dynamic vision sensor for detecting moving objects; the processor including computer-readable instructions stored in non-transitory memory for: scanning, using the detection set, for moving objects; detecting, using the detection set, one or more moving objects; characterised by creating a temporary position node around one or more moving objects; searching a node pool for an existing position node nearby the temporary position node; setting a timer associated with the existing position node when the temporary position node is determined to be nearby the existing position node; creating a new position node when the temporary position node is determined not to be nearby the existing position node; adding the new position node to the node pool; setting a timer associated with the new position node; tracking position nodes with unexpired timers; and delisting position nodes with expired timers. scanning, using the detection set, for moving objects; detecting, using the detection set, one or more moving objects; characterised by creating a temporary position node around one or more moving objects; searching a node pool for an existing position node nearby the temporary position node; setting a timer associated with the existing position node when the temporary position node is determined to be nearby the existing position node; creating a new position node when the temporary position node is determined not to be nearby the existing position node; adding the new position node to the node pool; setting a timer associated with the new position node; tracking position nodes with unexpired timers; and delisting position nodes with expired timers.
Gas turbine engine for an aircraft, having: - an engine core which comprises a turbine, a compressor and a turbine shaft which connects the turbine to the compressor and which is in the form of a hollow shaft; - a fan which is positioned upstream of the engine core, wherein the fan comprises multiple fan blades; and - a gearbox which receives an input from the turbine shaft and which outputs drive for the fan for the purposes of driving the fan at a lower rotational speed than the turbine shaft, wherein - the gearbox has a sun gear which is driven by the turbine shaft, and - the turbine shaft and the sun gear form a spline connection which is lubricated with oil, characterized in that the turbine shaft has, on its radially inner side, at least one indentation which is suitable for receiving oil, and the turbine shaft has at least one bore which extends from the indentation to the radially outer side of the turbine shaft and which is suitable for transporting oil from the at least one indentation to the radially outer side of the turbine shaft as the turbine shaft rotates and for introducing said oil into the spline connection. - an engine core which comprises a turbine, a compressor and a turbine shaft which connects the turbine to the compressor and which is in the form of a hollow shaft; - a fan which is positioned upstream of the engine core, wherein the fan comprises multiple fan blades; and - a gearbox which receives an input from the turbine shaft and which outputs drive for the fan for the purposes of driving the fan at a lower rotational speed than the turbine shaft, wherein - the gearbox has a sun gear which is driven by the turbine shaft, and - the turbine shaft and the sun gear form a spline connection which is lubricated with oil,