mhurhangee/ep-ind-claims huggingface dataset:
An acoustic panel for a turbine engine, comprising: a first layer; a perforated second layer; a core forming a chamber between the first and the second layers; and a plurality of noise attenuating features projecting partially into the chamber, each of the noise attenuating features formed integral with at least one of the first layer, the second layer or the core, wherein a first set of the noise attenuating features project partially into the chamber from the first layer, and a second set of the noise attenuating features project partially into the chamber from the second layer, wherein the second set of noise attenuating features is configured as a muffler, and the muffler is configured internally within the panel and to attenuate noise generated during operation of the turbine engine, wherein: the muffler comprises one or more tubes; and each of the one or more tubes is fluidly coupled with a respective perforation of the second layer; characterized in that the first set of noise attenuating features is configured as one or more internal canted surfaces positioned opposite an orifice of each of the one or more tubes for directing incoming noise waves away from the tubes. a first layer; a perforated second layer; a core forming a chamber between the first and the second layers; and a plurality of noise attenuating features projecting partially into the chamber, each of the noise attenuating features formed integral with at least one of the first layer, the second layer or the core, wherein a first set of the noise attenuating features project partially into the chamber from the first layer, and a second set of the noise attenuating features project partially into the chamber from the second layer, wherein the second set of noise attenuating features is configured as a muffler, and the muffler is configured internally within the panel and to attenuate noise generated during operation of the turbine engine, wherein: the muffler comprises one or more tubes; and each of the one or more tubes is fluidly coupled with a respective perforation of the second layer; characterized in that the first set of noise attenuating features is configured as one or more internal canted surfaces positioned opposite an orifice of each of the one or more tubes for directing incoming noise waves away from the tubes. the muffler comprises one or more tubes; and each of the one or more tubes is fluidly coupled with a respective perforation of the second layer; characterized in that the first set of noise attenuating features is configured as one or more internal canted surfaces positioned opposite an orifice of each of the one or more tubes for directing incoming noise waves away from the tubes.
A plunger pump that is capable of drawing in a liquid from an inlet flow path and delivering the liquid to an outlet flow path at a predetermined pressure, the plunger pump comprising: a tubular cylinder that has an internal space communicating with the inlet flow path and the outlet flow path; and a piston that is movable along an axis of the cylinder, wherein a head of the piston is provided, on an outer peripheral surface thereof, with a sealing portion that is slidable against an inner peripheral surface of the cylinder, characterized by that the cylinder includes a body tubular portion in which the head is arranged during normal use, and a cleaning tubular portion in which the head is arranged during cleaning, an inner peripheral surface of the cleaning tubular portion has an inner diameter equal to an inner diameter of an inner peripheral surface of the body tubular portion, the cleaning tubular portion is provided, on the inner peripheral surface thereof, with at least one cleaning liquid circulation groove that is configured by a through hole or a recess, and the at least one cleaning liquid circulation groove extends obliquely with respect to the axis. a tubular cylinder that has an internal space communicating with the inlet flow path and the outlet flow path; and a piston that is movable along an axis of the cylinder, wherein a head of the piston is provided, on an outer peripheral surface thereof, with a sealing portion that is slidable against an inner peripheral surface of the cylinder, characterized by that the cylinder includes a body tubular portion in which the head is arranged during normal use, and a cleaning tubular portion in which the head is arranged during cleaning, an inner peripheral surface of the cleaning tubular portion has an inner diameter equal to an inner diameter of an inner peripheral surface of the body tubular portion, the cleaning tubular portion is provided, on the inner peripheral surface thereof, with at least one cleaning liquid circulation groove that is configured by a through hole or a recess, and the at least one cleaning liquid circulation groove extends obliquely with respect to the axis.
A liquid dispensing device, comprising: a) a body; b) a nozzle configured on an end of the body; c) a liquid container connected to the body, the liquid container adapted to be made in fluid communication with the nozzle; d) a collar ring adapted to be detachably installed to the body around an outlet of the nozzle; and e) a shielding member fixed to the collar ring, the shielding member adapted to block an ejected liquid from the nozzle in order to form a clean edge of the liquid on a target surface to which the liquid is applied, the shielding member being further capable of being rotated with respect to the nozzle along a central axis thereof; characterized in that the liquid dispensing device further comprises a collar sleeve connected with the body around the outlet of the nozzle; the collar ring further comprising two hook portions adapted to engage with an outer cylindrical surface of the collar sleeve, so that the collar ring is detachably installed to the body. a) a body; b) a nozzle configured on an end of the body; c) a liquid container connected to the body, the liquid container adapted to be made in fluid communication with the nozzle; d) a collar ring adapted to be detachably installed to the body around an outlet of the nozzle; and e) a shielding member fixed to the collar ring, the shielding member adapted to block an ejected liquid from the nozzle in order to form a clean edge of the liquid on a target surface to which the liquid is applied, the shielding member being further capable of being rotated with respect to the nozzle along a central axis thereof;
A coupling device for use in electromagnetic coupling an RFID tag to an interrogator antenna, the coupling device comprising: an elongate magnetically permeable rod having a pair of opposed ends and being configured to route communication between the RFID tag when placed proximate a first end of the magnetically permeable rod and the interrogator antenna when placed in proximity to an opposed second end; and a conductive screen wound at least partially around the magnetically permeable rod, the conductive screen configured to constrain leakage of a magnetic field within the magnetically permeable rod. an elongate magnetically permeable rod having a pair of opposed ends and being configured to route communication between the RFID tag when placed proximate a first end of the magnetically permeable rod and the interrogator antenna when placed in proximity to an opposed second end; and a conductive screen wound at least partially around the magnetically permeable rod, the conductive screen configured to constrain leakage of a magnetic field within the magnetically permeable rod.
A cochlear implant system comprising: a stimulator configured to provide stimulation signals; an input source configured to receive an input representative of ambient sound and generate an input signal representative of the received input; a signal processor in communication with the stimulator and the input source, the signal processor being programmed with a transfer function such that the signal processor outputs a stimulation signal to the stimulator based on the input signal received from the input source and the transfer function; an implantable battery and/or communication module including: a signal generator configured to generate electrical signals for communication to the signal processor; and an inverting amplifier in communication with the signal generator and configured to output inverted electrical signals; and a first lead coupling the signal processor and the implantable battery and/or communication module; wherein the implantable battery and/or communication module is configured to provide the electrical signals from the signal generator and the inverted electrical signals from the inverting amplifier to the signal processor via the first lead. a stimulator configured to provide stimulation signals; an input source configured to receive an input representative of ambient sound and generate an input signal representative of the received input; a signal processor in communication with the stimulator and the input source, the signal processor being programmed with a transfer function such that the signal processor outputs a stimulation signal to the stimulator based on the input signal received from the input source and the transfer function; an implantable battery and/or communication module including: a signal generator configured to generate electrical signals for communication to the signal processor; and an inverting amplifier in communication with the signal generator and configured to output inverted electrical signals; and a signal generator configured to generate electrical signals for communication to the signal processor; and an inverting amplifier in communication with the signal generator and configured to output inverted electrical signals; and a first lead coupling the signal processor and the implantable battery and/or communication module; wherein the implantable battery and/or communication module is configured to provide the electrical signals from the signal generator and the inverted electrical signals from the inverting amplifier to the signal processor via the first lead.
A wire grid polarizer comprising: ribs located over a surface of a transparent substrate, wherein the ribs are elongated and arranged in an array; gaps between at least a portion of the ribs; and a conformal-coating located over the ribs, wherein the conformal-coating includes a barrier layer, the barrier layer including at least one of aluminum oxide, silicon oxide, silicon nitride, silicon oxynitride, silicon carbide, hafnium oxide, zirconium oxide, and a rare earth oxide. ribs located over a surface of a transparent substrate, wherein the ribs are elongated and arranged in an array; gaps between at least a portion of the ribs; and a conformal-coating located over the ribs, wherein the conformal-coating includes a barrier layer, the barrier layer including at least one of aluminum oxide, silicon oxide, silicon nitride, silicon oxynitride, silicon carbide, hafnium oxide, zirconium oxide, and a rare earth oxide.
Driving assistance method in a vehicle, in which the movement of the vehicle in the direction of travel can be influenced on the basis of a traffic-controlling signal system which is in front of the vehicle on the road (1, 1') and has recurring signal states (34, 35, 36, 37, 38, 39, 40, 41) dynamically adapted to the traffic, and in which first data relating to a position of a stop line (7, 7') assigned to the signal system and second data relating to a start time and/or an end time of individual signal states of the signal system are determined inside the vehicle by means of a first data processing system and are provided for electronic control devices (29, 30, 31) in the form of data packets (A, B) by means of a data connection inside the vehicle, characterized in that the following data are transmitted: - an earliest possible and/or a latest possible time for a change of a signal state of the signal system, and - a likely time of the change of the signal state of the signal system. - an earliest possible and/or a latest possible time for a change of a signal state of the signal system, and - a likely time of the change of the signal state of the signal system.
A method performed by a user equipment, the method comprising: receiving a system information, SI, list by said user equipment, UE, from a base station in a mobile communication network, wherein the SI list refers to a plurality of SI information elements and indicates how each SI information element is distributed; determining how to acquire an SI information element based on an indication from the SI list on how the SI information element can be acquired; acquiring the SI information element by broadcast reception when the indication indicates scheduled SI broadcasting; acquiring the SI information element by sending a request to the base station via a random-access procedure when the indication indicates on-demand requesting; receiving an immediate response indicating SI broadcasting from the base station in response to the random-access procedure; and receiving content of the SI information element over a broadcast signaling from the base station, wherein the SI list refers to a plurality of SI information elements that is applicable to a current SI ID, and wherein an SI ID is introduced to associated areas where a set of SI information elements is the same within areas associated with the same SI ID. receiving a system information, SI, list by said user equipment, UE, from a base station in a mobile communication network, wherein the SI list refers to a plurality of SI information elements and indicates how each SI information element is distributed; determining how to acquire an SI information element based on an indication from the SI list on how the SI information element can be acquired; acquiring the SI information element by broadcast reception when the indication indicates scheduled SI broadcasting; acquiring the SI information element by sending a request to the base station via a random-access procedure when the indication indicates on-demand requesting; receiving an immediate response indicating SI broadcasting from the base station in response to the random-access procedure; and receiving content of the SI information element over a broadcast signaling from the base station, wherein the SI list refers to a plurality of SI information elements that is applicable to a current SI ID, and wherein an SI ID is introduced to associated areas where a set of SI information elements is the same within areas associated with the same SI ID.
A ring oscillator test circuit, comprising: a first voltage input; a second voltage input; a reference voltage input; an odd plurality of stages, each stage (100, 210.1...210.3) comprising: i) a load transistor, comprising a drain connection electrically connected to said first voltage input, and a source connection; and ii) a drive transistor of a same mode as said load transistor, comprising a drain connection electrically connected to said source connection of said load transistor so as to form a common node, a gate connection, and a source connection electrically connected to said voltage reference input; and a test output electrically connected to one of said common nodes, wherein said stages are ordered from a first stage to a last stage, said common node of said last stage is electrically connected to a gate of said drive transistor of said first stage, and said common node of each other one of said stages is electrically connected to a gate of a drive transistor of a respective next stage, characterized in that each stage comprises a load gate connection electrically connected to said second voltage input and in that said common node is separate and distinct from said second voltage input. a first voltage input; a second voltage input; a reference voltage input; an odd plurality of stages, each stage (100, 210.1...210.3) comprising: i) a load transistor, comprising a drain connection electrically connected to said first voltage input, and a source connection; and ii) a drive transistor of a same mode as said load transistor, comprising a drain connection electrically connected to said source connection of said load transistor so as to form a common node, a gate connection, and a source connection electrically connected to said voltage reference input; and i) a load transistor, comprising a drain connection electrically connected to said first voltage input, and a source connection; and ii) a drive transistor of a same mode as said load transistor, comprising a drain connection electrically connected to said source connection of said load transistor so as to form a common node, a gate connection, and a source connection electrically connected to said voltage reference input; and a test output electrically connected to one of said common nodes, wherein said stages are ordered from a first stage to a last stage, said common node of said last stage is electrically connected to a gate of said drive transistor of said first stage, and said common node of each other one of said stages is electrically connected to a gate of a drive transistor of a respective next stage, characterized in that each stage comprises a load gate connection electrically connected to said second voltage input and in that said common node is separate and distinct from said second voltage input.
An earthmoving system, comprising: an earthmoving machine, having a frame and a cutting blade supported by a blade support extending from said frame, said blade support including hydraulic cylinders for raising and lowering said blade in relation to said frame, a reference position system for determining the position of the machine, an inclinometer mounted for movement with said cutting blade to provide an indication of the inclination of said blade, a sensor for detecting turning of said machine, and a control, responsive to said inclinometer and to said sensor, for controlling the operation of said cylinders and adjusting the position of said blade, characterised in that said control is configured to keep said blade at an unchanged level relative to the frame when rapid turning of said machine is detected, to thereby prevent automated variation of the blade position resulting from an erroneous inclinometer output arising during rapid turning of the earthmoving machine. an earthmoving machine, having a frame and a cutting blade supported by a blade support extending from said frame, said blade support including hydraulic cylinders for raising and lowering said blade in relation to said frame, a reference position system for determining the position of the machine, an inclinometer mounted for movement with said cutting blade to provide an indication of the inclination of said blade, a sensor for detecting turning of said machine, and a control, responsive to said inclinometer and to said sensor, for controlling the operation of said cylinders and adjusting the position of said blade, characterised in that said control is configured to keep said blade at an unchanged level relative to the frame when rapid turning of said machine is detected, to thereby prevent automated variation of the blade position resulting from an erroneous inclinometer output arising during rapid turning of the earthmoving machine.
A method for transmitting a sidelink synchronization signal (SLSS) by a user equipment in a wireless communication system, the method comprising: selecting an SLSS identifier by a UE which has acquired synchronization by receiving a signal directly from a global navigation satellite system (GNSS); and transmitting an SLSS generated based on the selected SLSS ID, wherein the selected SLSS ID is selected from the same SLSS ID set as used for transmission of an SLSS from a UE which has received a synchronization signal directly from a base station and selected a BS timing as synchronization. selecting an SLSS identifier by a UE which has acquired synchronization by receiving a signal directly from a global navigation satellite system (GNSS); and transmitting an SLSS generated based on the selected SLSS ID, wherein the selected SLSS ID is selected from the same SLSS ID set as used for transmission of an SLSS from a UE which has received a synchronization signal directly from a base station and selected a BS timing as synchronization.
A method for implementing in-band dual-tone multi-frequency call interception, comprising: receiving a call intercept request for a target user number at a lawful interception provisioning system; initiating, by an in-band signalling sub-system, call monitoring of an initial call from a calling user to a call proxy system to capture in-band dual-tone multi-frequency signaling, wherein the call proxy system is configured to place a call to a number corresponding to the in-band dual-tone multi-frequency signaling subsequent to receiving the initial call from the calling user; and determining, by an in-band dual-tone multifrequency analyzer, whether the dual-tone multi-frequency signaling corresponds to the target user number, based on: an inter-digit interval threshold, a threshold interval between a tone and the start of the dual-tone multi-frequency signal, the tones of the dual-tone multi-frequency signaling, and whether any real-time transport protocol packets are exchanged between one or more digit tones, wherein: the inter-digit interval threshold and the threshold interval between the tone and the start of the dual-tone multi-frequency signaling is dynamically adapted based on at least one of: a distance of the calling user from the media gateway, a distance of the call proxy system from the media gateway, and a congestion level of a path in the network over which media content for the call is transported. receiving a call intercept request for a target user number at a lawful interception provisioning system; initiating, by an in-band signalling sub-system, call monitoring of an initial call from a calling user to a call proxy system to capture in-band dual-tone multi-frequency signaling, wherein the call proxy system is configured to place a call to a number corresponding to the in-band dual-tone multi-frequency signaling subsequent to receiving the initial call from the calling user; and determining, by an in-band dual-tone multifrequency analyzer, whether the dual-tone multi-frequency signaling corresponds to the target user number, based on: an inter-digit interval threshold, a threshold interval between a tone and the start of the dual-tone multi-frequency signal, the tones of the dual-tone multi-frequency signaling, and whether any real-time transport protocol packets are exchanged between one or more digit tones, wherein: the inter-digit interval threshold and the threshold interval between the tone and the start of the dual-tone multi-frequency signaling is dynamically adapted based on at least one of: a distance of the calling user from the media gateway, a distance of the call proxy system from the media gateway, and a congestion level of a path in the network over which media content for the call is transported.
A smart photo-microscope system, comprising: a microscope; and a camera attached to the microscope to photograph a microscope sample, the camera including a built-in processor and an image sensor, and being connected with the microscope to receive and process information from the microscope, characterized in that the camera is configured to detect a contrast method used according to condenser position and/or reflector position and/or light source used of the microscope. a microscope; and a camera attached to the microscope to photograph a microscope sample, the camera including a built-in processor and an image sensor, and being connected with the microscope to receive and process information from the microscope, characterized in that the camera is configured to detect a contrast method used according to condenser position and/or reflector position and/or light source used of the microscope.