mhurhangee/ep-ind-claims huggingface dataset:
An X-ray system comprising an electron-impact X-ray source configured to generate an X-ray beam; a radiation-shielded housing having an X-ray outlet port; an X-ray optical element arranged within said radiation-shielded housing configured to direct said X-ray beam toward said outlet port; and a shutter arranged at said outlet port, said shutter being movable between an open position at which X-ray output through the outlet port is allowed, and a closed position at which X-ray output through the outlet port is prevented; and a detector arranged within said radiation-shielded housing and configured to detect X-ray radiation from the X-ray source directed towards said outlet port; wherein said detector is configured to detect X-ray radiation within a first energy range. an electron-impact X-ray source configured to generate an X-ray beam; a radiation-shielded housing having an X-ray outlet port; an X-ray optical element arranged within said radiation-shielded housing configured to direct said X-ray beam toward said outlet port; and a shutter arranged at said outlet port, said shutter being movable between an open position at which X-ray output through the outlet port is allowed, and a closed position at which X-ray output through the outlet port is prevented; and a detector arranged within said radiation-shielded housing and configured to detect X-ray radiation from the X-ray source directed towards said outlet port; wherein said detector is configured to detect X-ray radiation within a first energy range.
An installation structure of a temperature sensor comprising: a measured object support provided with an installation section, a guide section, and a measured object support section configured to support a measured object which includes a rectangular parallelepiped battery cell body and battery cell terminals protruding from the battery cell body, and a temperature sensor provided with a guided section engaged with the guide section of the measured object support, and installed in the installation section of the measured object support by moving in a predetermined direction relative to the measured object support in a manner along one predetermined outer surface of the battery cell body of the measured object while engaging the guided section with the guide section, wherein the outer surface is any surface except for the surface from which the battery cell terminal protrudes. a measured object support provided with an installation section, a guide section, and a measured object support section configured to support a measured object which includes a rectangular parallelepiped battery cell body and battery cell terminals protruding from the battery cell body, and a temperature sensor provided with a guided section engaged with the guide section of the measured object support, and installed in the installation section of the measured object support by moving in a predetermined direction relative to the measured object support in a manner along one predetermined outer surface of the battery cell body of the measured object while engaging the guided section with the guide section, wherein the outer surface is any surface except for the surface from which the battery cell terminal protrudes.
A gas hob comprising a cup-shaped burner body disposed in an opening on a top plate and a flame spreader extending radially outwardly on the burner body so as to provide an air intake corridor (a) with the top plate; a grate having a frame that surrounds the burner body at a distance and at least one carrier arm rising from the frame and extending towards the flame spreader; a flat heat shield arranged as a spacer between the burner body and the frame characterized in that the frame is in the form of a flat plate and thickness of the frame surrounding the heat shield from its periphery is arranged to equal or smaller than the height of the heat shield wherein a flat upper wall of the frame of the grate is aligned with the upper wall of the heat shield to extend in the same horizontal plane and a flat rim forming the lower part of the cylindrical flame spreader extends radially outwards to limit entrance of an air intake corridor (a) with the upper wall of the heat shield wherein the air intake corridor (a) reaches the inner chamber of the burner body from one end and provides mixing of the flammable gas coming from an injector with the ambient air.
A system for stabilizing the polarization of an input light beam, including means for optically guiding the input light beam, said optical guide means exhibiting a Kerr type non-linearity and the system also comprising means for generating a continuous pump light beam the polarization of which is fixed over time and the spectrum of which is adapted to minimize the Brillouin scattering within said optical guide means, said generation means being arranged such that the input and pump light beams are contra-propagating beams within the optical guide means characterized in that said optical guide means have a low polarization-mode dispersion ranging between 0.001 and 0.07 picoseconds per root kilometer.
A method of controlling power transmission for communication with at least one power receiver by a power transmitter, the method comprising transmitting a first power for performing a load measurement when a predetermined measurement cycle (T-cycle) arrives; comparing a current load measurement value corresponding to the load measurement with a previous load measurement value; determining whether the current load measurement value is increased over the previous load measurement value by at least as much as a first predetermined threshold; gradually increasing, when the load measurement value is increased over the previous load measurement value by at least as much as the first threshold, a value of a second power transmitted by the power transmitter for performing communication with the at least one power receiver, until a request for a subscription to a wireless multi-power transmission network is received from the at least one power receiver within a predetermined time limit (T-joinlimit); and stopping, when the request for the subscription is not received before the time limit (T-joinlimit) is exceeded, the second power transmission to the at least one power receiver. transmitting a first power for performing a load measurement when a predetermined measurement cycle (T-cycle) arrives; comparing a current load measurement value corresponding to the load measurement with a previous load measurement value; determining whether the current load measurement value is increased over the previous load measurement value by at least as much as a first predetermined threshold; gradually increasing, when the load measurement value is increased over the previous load measurement value by at least as much as the first threshold, a value of a second power transmitted by the power transmitter for performing communication with the at least one power receiver, until a request for a subscription to a wireless multi-power transmission network is received from the at least one power receiver within a predetermined time limit (T-joinlimit); and stopping, when the request for the subscription is not received before the time limit (T-joinlimit) is exceeded, the second power transmission to the at least one power receiver.
A manifold for a geared architecture for rotating a fan in a gas turbine engine, the manifold defining passages for directing lubricant flow to the geared architecture, and the manifold including a first annular channel, characterised in that the manifold further comprises a second annular channel, a first bowl member, and a second bowl member, wherein the first and second bowl members (82, 86) are received within a corresponding one of the first and second annular channels (80, 84) for defining passages for directing lubricant, and the first and second bowl members (82, 86) comprise a C-shaped or U-shaped cross-section.
A downhole tool for use in a well, which tool comprises a mandrel; a plurality of slip segments disposed about the mandrel movable from an unset position to a set position in which the slip segments engage the well, the slip segments comprising: a slip segment body, the slip segment body defining a plurality of cavities therein and having an outer arcuate face; and an insert disposed in at least one of the cavities and extending outwardly from the outer arcuate face of the slip segment body each of the cavities having a longitudinal central axis, wherein the longitudinal central axis of each of said cavities is parallel to the longitudinal central axis of the other of the cavities and wherein the longitudinal axis of each of the cavities is oriented such that it lies in a vertical plane parallel to the vertical planes in which the longitudinal axes of each of the other cavities lie, characterized in that the longitudinal axis of any cavity will not intersect the vertical plane in which the longitudinal central axis of the remaining cavities lie a slip segment body, the slip segment body defining a plurality of cavities therein and having an outer arcuate face; and an insert disposed in at least one of the cavities and extending outwardly from the outer arcuate face of the slip segment body each of the cavities having a longitudinal central axis, wherein the longitudinal central axis of each of said cavities is parallel to the longitudinal central axis of the other of the cavities and wherein the longitudinal axis of each of the cavities is oriented such that it lies in a vertical plane parallel to the vertical planes in which the longitudinal axes of each of the other cavities lie, characterized in that the longitudinal axis of any cavity will not intersect the vertical plane in which the longitudinal central axis of the remaining cavities lie
A method of preparing mineral samples for analysis in an electron beam system, the method comprising: combining the mineral sample with an uncured epoxy resin fixing agent; mixing the mineral sample and the epoxy resin fixing agent in a mold; allowing the epoxy resin fixing agent to cure to form a cured sample block within the mold; sectioning the cured sample block to remove the top portion of the cured sample block and expose a flat interior sample face; and coating the sample face with a layer of a conductive material to produce a sample for analysis characterized in that: the fixing agent rubberizes in less than 15 minutes; the mineral sample and the epoxy resin fixing agent are mixed in an automatic mixer; sectioning the cured sample block includes sectioning the mold containing the sample block. combining the mineral sample with an uncured epoxy resin fixing agent; mixing the mineral sample and the epoxy resin fixing agent in a mold; allowing the epoxy resin fixing agent to cure to form a cured sample block within the mold; sectioning the cured sample block to remove the top portion of the cured sample block and expose a flat interior sample face; and coating the sample face with a layer of a conductive material to produce a sample for analysis characterized in that: the fixing agent rubberizes in less than 15 minutes; the mineral sample and the epoxy resin fixing agent are mixed in an automatic mixer; sectioning the cured sample block includes sectioning the mold containing the sample block. the fixing agent rubberizes in less than 15 minutes; the mineral sample and the epoxy resin fixing agent are mixed in an automatic mixer; sectioning the cured sample block includes sectioning the mold containing the sample block.
A fluid injector for use with at least one syringe, the fluid injector comprising: at least one injector head (12a, 12b) having a front end configured to releasably receive the at least one syringe; at least one pressure jacket releasably associated with the front end of the at least one injector head (12a, 12b) for securing the at least one syringe during an injection procedure; and a connection mechanism for releasably connecting the at least one pressure jacket (30a, 30b) to the front end of the at least one injector head (12a, 12b); and at least one arm (34a, 34b) pivotally connected at a proximal end to the at least one injector head (12a, 12b) for retaining a distal end of the at least one pressure jacket (30a, 30b), wherein the at least one arm (34a, 34b) is pivotable between a first position and a second position, wherein the at least one arm (34a, 34b) has a retention mechanism (51a, 51b) having at least one magnet (52a, 52b) for magnetically retaining the at least one arm (34a, 34b) in the first position. at least one injector head (12a, 12b) having a front end configured to releasably receive the at least one syringe; at least one pressure jacket releasably associated with the front end of the at least one injector head (12a, 12b) for securing the at least one syringe during an injection procedure; and a connection mechanism for releasably connecting the at least one pressure jacket (30a, 30b) to the front end of the at least one injector head (12a, 12b); and at least one arm (34a, 34b) pivotally connected at a proximal end to the at least one injector head (12a, 12b) for retaining a distal end of the at least one pressure jacket (30a, 30b), wherein the at least one arm (34a, 34b) is pivotable between a first position and a second position,
An ophthalmic laser therapeutic device for performing surgical treatments of selective laser trabeculoplasty and/or capsulotomy and other treatments in ophthalmology comprising a laser source with a resonator characterized in that the pulsed laser is pumped by means of a VCSEL source utilizing end pumping technique; that the resonator length is 50 mm or shorter; and that duration of laser pulses generated by the laser source assumes values between 0.5 ns and 3 ns.
An apparatus comprising a receiver including a plurality of receiver units (11 to 14), wherein said receiver is configured to apply interference rejection combination to said plurality of signals; a processor configured to perform signal quality and/or power related measurements in response to the application of said interference rejection combination, wherein the processor is configured to generate a signal quality and/or power related measurement result based on said performed measurements, wherein the signal quality and/or power related measurement result is reference signal received power and/or a reference signal received quality and/or a reference signal strength indicator, said apparatus being characterized in that the processor is configured to measure a plurality of reference signal received power values and to determine strongest interfering reference signal received power values, and to use an N rx th strongest interfering reference signal received power value as the measurement result, wherein N rx indicates the number of antennas of said receiver, and/or wherein the processor is configured to generate as the measurement result a reference signal strength indicator value of a signal resulting from neglecting interference from N rx -1 strongest interfering cells, wherein N rx indicates the number of antennas of said receiver.
A method for exfoliating a laminar material to form an exfoliated material, said laminar material being selected from graphite, tungsten sulfide, and talc, and said method comprising ultrasonicating said laminar material at a power of 10 to 1000W at a frequency of 2 to 200kHz, in an aqueous solution of a surfactant for sufficient time to form said exfoliated material, said time being between 0.5 and 60 minutes, wherein at all times during the ultrasonication the concentration of the surfactant in the solution is maintained sufficient to form a complete monolayer on the surfaces of the laminar material and the exfoliated material in the solution and at all times during the ultrasonication the concentration is sufficient to achieve a surface tension of 35 to 45mJ·m -2, wherein the method comprises continuously adding the surfactant to the solution during the ultrasonicating so as to maintain the sufficient concentration, said laminar material comprising particles comprising aggregated laminae and said exfoliated material comprising particles of the deaggregated laminae.
A method of identifying beam images of a beam matrix, comprising the steps of: receiving a plurality of light beams of a beam matrix after reflection from a surface of a target, wherein the beam matrix is arranged in rows and columns; locating a reference light beam in the beam matrix; locating a row pivot beam in the beam matrix based on the reference beam, said row pivot beam being the same-row beam on the right side of the reference beam; locating remaining reference row beams of a reference row that includes the row pivot beam and the reference beam; locating a column pivot beam in the beam matrix based on the reference beam, said column pivot beam being the next same-column beam on the topside of the reference beam; locating remaining reference column beams of a reference column that includes the column pivot beam and the reference beam; and locating remaining ones of the light beams in the beam matrix; wherein the step of locating a reference beam in the beam matrix includes the steps of: providing an initial search window centered approximately at the center of the beam matrix; and locating the reference beam, where the reference beam corresponds to the light beam within the search window whose energy is the greatest. receiving a plurality of light beams of a beam matrix after reflection from a surface of a target, wherein the beam matrix is arranged in rows and columns; locating a reference light beam in the beam matrix; locating a row pivot beam in the beam matrix based on the reference beam, said row pivot beam being the same-row beam on the right side of the reference beam; locating remaining reference row beams of a reference row that includes the row pivot beam and the reference beam; locating a column pivot beam in the beam matrix based on the reference beam, said column pivot beam being the next same-column beam on the topside of the reference beam; locating remaining reference column beams of a reference column that includes the column pivot beam and the reference beam; and locating remaining ones of the light beams in the beam matrix; wherein the step of locating a reference beam in the beam matrix includes the steps of: providing an initial search window centered approximately at the center of the beam matrix; and locating the reference beam, where the reference beam corresponds to the light beam within the search window whose energy is the greatest. providing an initial search window centered approximately at the center of the beam matrix; and locating the reference beam, where the reference beam corresponds to the light beam within the search window whose energy is the greatest.
Heat exchanger, in particular condenser for a domestic refrigerator, having a three-dimensional heat exchanger pipe which is bent at least approximately in a helical manner and a fan arranged in the space delimited by the heat exchanger pipe, wherein for fastening the fan a fastening apparatus (14, 15) is provided on the heat exchanger pipe, by means of which the fan is fastened to the heat exchanger pipe, wherein the bent heat exchanger pipe has first curved sections arranged one above the other and embodied in particular in a semi-circular manner and second curved sections arranged one above the other and embodied in particular in a semi-circular manner, which are connected with particularly straight sections of the heat exchanger pipe, characterised in that the fastening apparatus (14, 15) is embodied in a half cylindrical manner.
A gaze prediction system for processing a collection of input facial images of a user to generate a system output that predicts a gaze position of the user, the gaze prediction system comprising one or more processors configured to implement: an image collection system configured to obtain a collection of input facial images of the user, wherein the collection of input facial images of the user comprises a query image of the user, one or more calibration images of the user, and a respective calibration label that labels a known gaze position of the user for each of the one or more calibration images of the user; and a neural network comprising one or more neural network layers, characterized in that the neural network is configured to, at run time and after the neural network has been trained: receive the collection of input facial images of the user; and process the received collection of input facial images of the user using the one or more neural network layers to generate a neural network output that characterizes a gaze position of the user in the query image. an image collection system configured to obtain a collection of input facial images of the user, wherein the collection of input facial images of the user comprises a query image of the user, one or more calibration images of the user, and a respective calibration label that labels a known gaze position of the user for each of the one or more calibration images of the user; and a neural network comprising one or more neural network layers, characterized in that the neural network is configured to, at run time and after the neural network has been trained: receive the collection of input facial images of the user; and process the received collection of input facial images of the user using the one or more neural network layers to generate a neural network output that characterizes a gaze position of the user in the query image. receive the collection of input facial images of the user; and process the received collection of input facial images of the user using the one or more neural network layers to generate a neural network output that characterizes a gaze position of the user in the query image.
Active compositions comprising at least one compound of formula wherein T represents an oxygen atom and X is 5-chloro-2-isopropyl or an agrochemically acceptable salt thereof, and at least one biological control agent chosen among Bacillus pumilus Strain QST 2808 or Bacillus subtilis Strain QST713/AQ713. at least one compound of formula wherein T represents an oxygen atom and X is 5-chloro-2-isopropyl or an agrochemically acceptable salt thereof, and at least one biological control agent chosen among Bacillus pumilus Strain QST 2808 or Bacillus subtilis Strain QST713/AQ713.
A method for dynamically switching a high-speed clock of a host device, the method characterized by: determining a status of the host device and a peripheral device coupled to the host device with respect to a transmission and a reception of high-speed data respectively; and switching the high-speed clock between the host device and the peripheral device based on the status, wherein switching comprises enabling or disabling the high-speed clock. determining a status of the host device and a peripheral device coupled to the host device with respect to a transmission and a reception of high-speed data respectively; and switching the high-speed clock between the host device and the peripheral device based on the status, wherein switching comprises enabling or disabling the high-speed clock.