mhurhangee/ep-ind-claims huggingface dataset:
A pressure regulating system for a turbo machine comprising a body member having a moving member, an opening and a sealing member, a first biasing member to keep the moving member at a closed position, an actuating line, configured to be extended from a main supply line to the pressure regulating system, for actuating on the moving member to counter the bias member by filling pressurized fluid into a manifold permitting the pressure of the pressurized fluid to increase to a preset value in the manifold, an impulse line, configured to be extended from the pressure regulating system to the main supply line for supplying the pressurized fluid in at least one chamber of the moving member to lift the moving member to an open position, leads to opening of the sealing member to drain the manifold through the opening, characterized in that a bypass is installed between the moving member and the manifold, wherein the bypass comprises an inlet opening to receive the fluid from the chamber of the moving member, at least one closing member actuated by the flow of the fluid, at least a second biasing member to counter movement of the closing member and an outlet opening to drain the fluid from the bypass to the manifold.
An MR-compatible transfer station and dock suitable for use in association with an MR scanner for neonatal infants, said transfer station and dock comprising: a patient table; a moveable patient bed attached to a top surface of said patient table, said moveable patient bed including an extending mechanism that causes the moveable patient bed to be extended from said patient table, wherein said moveable patient bed is dimensionally constructed such that it may be at least partially inserted into an MR scanner without requiring said patient table to enter the MR scanner; a transport mechanism attached to an underside of said patient table adapted to permit the patient table to be readily moved over the floor on which the patient table rests; a patient table docking assembly operative to selectively move said patient table towards and away from said MR scanner; and a latching mechanism attached to said patient table adapted to releasably attach said patient table to the docking assembly. a patient table; a moveable patient bed attached to a top surface of said patient table, said moveable patient bed including an extending mechanism that causes the moveable patient bed to be extended from said patient table, wherein said moveable patient bed is dimensionally constructed such that it may be at least partially inserted into an MR scanner without requiring said patient table to enter the MR scanner; a transport mechanism attached to an underside of said patient table adapted to permit the patient table to be readily moved over the floor on which the patient table rests; a patient table docking assembly operative to selectively move said patient table towards and away from said MR scanner; and a latching mechanism attached to said patient table adapted to releasably attach said patient table to the docking assembly.
Bone screw comprising a lower bone anchoring part provided with a thread, an upper part constituted by a pin with a threaded external surface for receiving a nut (12; 22), and a seat for receiving a connector intended to connect the screw to a rod of an osteosynthesis device and to be held against the seat by the nut (12; 22), characterized in that said pin is hollow and has an internal space opening onto its upper end, the lower part of said internal space terminating in an indentation for receiving a screwdriver, and in that the pin has a line of least resistance making it breakable.
A manufacturing method for a coil spring, comprising a first shot peening process and a second shot peening process to be performed after the first shot peening process, characterized by comprising: warm double shot peening based on the first shot peening process and the second shot peening process, wherein the first shot peening process comprising causing a first shot to impinge on a spring wire at a first projectile speed at a first treatment temperature, thereby producing a compressive residual stress such that a first peak part of the compressive residual stress exists within the spring wire, the second shot peening process comprising causing a second shot to impinge on the spring wire at a second projectile speed lower than the first projectile speed at a second treatment temperature that is lower than the first treatment temperature and with kinetic energy lower than that of the first shot, thereby increasing the compressive residual stress in a region near the surface and producing a second peak part between the surface and the first peak part, the compressive residual stress of the second peak part being higher than the residual stress at the surface, wherein the size of the second shot is smaller than that of the first shot. warm double shot peening based on the first shot peening process and the second shot peening process, wherein the first shot peening process comprising causing a first shot to impinge on a spring wire at a first projectile speed at a first treatment temperature, thereby producing a compressive residual stress such that a first peak part of the compressive residual stress exists within the spring wire, the second shot peening process comprising causing a second shot to impinge on the spring wire at a second projectile speed lower than the first projectile speed at a second treatment temperature that is lower than the first treatment temperature and with kinetic energy lower than that of the first shot, thereby increasing the compressive residual stress in a region near the surface and producing a second peak part between the surface and the first peak part, the compressive residual stress of the second peak part being higher than the residual stress at the surface, wherein the size of the second shot is smaller than that of the first shot.
A coding method of encoding a lower band of background noise of a signal comprising speech and non-speech frames, said background noise comprising said lower band and a higher band, comprising: extracting background noise characteristic parameters of the lower band of background noise within a hangover period; wherein the background noise characteristic parameters include a synthesis filter parameter and an excitation parameter; for a first superframe after the hangover period of the lower band of background noise, performing background noise encoding based on the extracted background noise characteristic parameters within the hangover period and background noise characteristic parameters of the first superframe; for superframes after the first superframe, performing background noise characteristic parameter extraction and Discontinuous Transmission, DTX, decision for each frame in the superframes after the first superframe; and for the superframes after the first superframe, performing background noise encoding based on extracted background noise characteristic parameters of a current superframe, background noise characteristic parameters of a plurality of superframes previous to the current superframe, and a final DTX decision. extracting background noise characteristic parameters of the lower band of background noise within a hangover period; wherein the background noise characteristic parameters include a synthesis filter parameter and an excitation parameter; for a first superframe after the hangover period of the lower band of background noise, performing background noise encoding based on the extracted background noise characteristic parameters within the hangover period and background noise characteristic parameters of the first superframe; for superframes after the first superframe, performing background noise characteristic parameter extraction and Discontinuous Transmission, DTX, decision for each frame in the superframes after the first superframe; and for the superframes after the first superframe, performing background noise encoding based on extracted background noise characteristic parameters of a current superframe, background noise characteristic parameters of a plurality of superframes previous to the current superframe, and a final DTX decision.
A client device for push-to-talk communications, comprising: a push-to, PT, client configured to transmit a talk burst request message to a PT server for requesting a permission to send a talk burst, characterized in that the talk burst request message includes a timestamp which includes time information associated with a transmission of the talk burst request message, if the PT client does not receive a response message within a certain time duration after the PT client has transmitted the talk burst request message, then the PT client is configured to retransmit a talk burst request message including a timestamp, and the timestamp of the retransmitted talk burst request message is the same as the timestamp of the original talk burst request message. a push-to, PT, client configured to transmit a talk burst request message to a PT server for requesting a permission to send a talk burst, characterized in that the talk burst request message includes a timestamp which includes time information associated with a transmission of the talk burst request message, if the PT client does not receive a response message within a certain time duration after the PT client has transmitted the talk burst request message, then the PT client is configured to retransmit a talk burst request message including a timestamp, and the timestamp of the retransmitted talk burst request message is the same as the timestamp of the original talk burst request message.
A wooden house trailer provided with a wooden living part on a chassis provided with members, such as wheels and a towing member, necessary for towing and transportation, wherein the wooden living part includes at least a central skeleton portion formed by disposing in a front-rear direction a plurality of annular wooden columns each formed by bending a wooden column, and fixing the annular wooden columns directly or indirectly to the chassis, a side skeleton portion that connects in an up-down direction the annular wooden columns (4-1a, 4-1h) disposed on both sides of the central skeleton portion in a left-right direction, the side skeleton portion including a plurality of wooden columns, a front wall portion, a ceiling portion and a rear wall portion formed by fixing a plurality of wooden boards with an elastic adhesive in a direction substantially orthogonal to the central skeleton portion, and a side wall portion formed by fixing a plurality of wooden boards with an elastic adhesive in a direction substantially orthogonal to the side skeleton portion. the wooden living part includes at least a central skeleton portion formed by disposing in a front-rear direction a plurality of annular wooden columns each formed by bending a wooden column, and fixing the annular wooden columns directly or indirectly to the chassis, a side skeleton portion that connects in an up-down direction the annular wooden columns (4-1a, 4-1h) disposed on both sides of the central skeleton portion in a left-right direction, the side skeleton portion including a plurality of wooden columns, a front wall portion, a ceiling portion and a rear wall portion formed by fixing a plurality of wooden boards with an elastic adhesive in a direction substantially orthogonal to the central skeleton portion, and a side wall portion formed by fixing a plurality of wooden boards with an elastic adhesive in a direction substantially orthogonal to the side skeleton portion.
Device for controlling an auxiliary engine comprising a gas generator and a free turbine suitable for being able to be connected mechanically to the rotor of a helicopter in order to supply it with thrust power in addition to thrust power supplied by the main engines, characterised in that said control device comprises a proportional-integral controller having a proportional gain (Kp) and an integral gain (Ki), which are dependent on the rotation speed of said gas generator of said auxiliary engine of the helicopter, said controller being configured to receive a signal representing a speed error of said free turbine of said auxiliary engine, referred to as an error signal (Se), and to generate a signal (Sc) for correcting the drive speed of said gas generator of said auxiliary engine, said correction signal (Sc) being obtained by adding a signal proportional to said error signal in accordance with said proportional gain (Kp), and a signal, referred to as an integrated signal (Si), resulting from the addition of a signal proportional to said error signal in accordance with said integral gain (Ki) and a signal, referred to as a memory signal (Sm), supplied by a feedback loop of said integrated signal (Si), said memory signal (Sm) being dependent on a measurement representing the rotation speed of said free turbine of said auxiliary engine.
A method for preparing a polymer foamed product of a moldless three-dimensional structure by means of supercritical fluid, comprising a supercritical fluid delivery system, a three-dimensional foaming system and a preheating system, wherein the supercritical fluid delivery system comprises a supercritical CO 2 delivery system (4,5) and a supercritical N 2 delivery system (2,3); the three-dimensional foaming system comprises a three-dimensional foaming tank, a temperature control device, a pressure control device and a pressure release device, and the supercritical fluid delivery system is connected with the three-dimensional foaming system; the preheating system comprises a preheating tank, a heating cycle device and a temperature control device; wherein swelling and impregnating the polymer using high-temperature medium-pressure supercritical fluid by utilizing a one-step method in a three-dimensional foaming tank and then directly subjected to free moldless three-dimensional pressure-relief foam molding specifically comprises the following steps: performing pressure molding on a polymer material to obtain a foaming preform, then preheating the foaming preform in the preheating system, delivering the foaming preform to the three-dimensional foaming system after a temperature rises to a preheating temperature, closing and sealing the three-dimensional foaming tank, opening an intake valve, introducing the supercritical fluid to be regulated to be at a target temperature and pressure, wherein the supercritical fluid is a mixed gas comprising supercritical N 2 and supercritical CO 2, the volume percentage of supercritical N 2 in the mixed gas being 50-99%, swelling and diffusing the supercritical fluid toward the polymer for 30-120 min, and opening the pressure release device for pressure relief and foaming, so as to obtain a polymer microcellular foamed product with controllable product shape, size precision, pore fineness and product density.
Identification means for a locking system having a transponder and an antenna, the antenna having a core and a coil wrapped around the core, the core of the antenna having a plurality of dielectric layers which lie one above the other in a sandwich-like manner and have high permeability, the layers being electrically insulated from one another, and the core of the antenna and the transponder being designed to form a structural unit as a transponder element (3, 103, 203, 303, 403, 503), characterized in that the dielectric layer has an insulation layer, an adhesive layer and a ferrite layer arranged between the insulation layer and the adhesive layer.
An apparatus for roasting coffee beans comprising: - a vessel to contain coffee beans, - an electrical heating device to heat coffee beans contained in the vessel, - at least one temperature sensor to measure temperature in the vessel, - a control system operable to control the heating device, wherein the control system is configured to: - apply a roasting recipe dedicated to the roasting of partially pre-roasted beans comprising at least a temperature versus time profile by controlling at least the electrical heating device based on the measure of the temperature sensor, - detect a decrease of the consumption of electrical power of the heater in function of time, - stop heating if no decrease of the consumption of electrical power happens after a set reference time t 1. - a vessel to contain coffee beans, - an electrical heating device to heat coffee beans contained in the vessel, - at least one temperature sensor to measure temperature in the vessel, - a control system operable to control the heating device, - apply a roasting recipe dedicated to the roasting of partially pre-roasted beans comprising at least a temperature versus time profile by controlling at least the electrical heating device based on the measure of the temperature sensor, - detect a decrease of the consumption of electrical power of the heater in function of time, - stop heating if no decrease of the consumption of electrical power happens after a set reference time t 1.
An apparatus comprising: a plurality of first microphones for capturing spatial audio information; means for receiving spatial audio information captured by the plurality of microphones; means for connecting wirelessly to an audio device comprising at least one loudspeaker and at least one second microphone; means for receiving an audio object captured by the audio device, wherein the audio object comprises one or more audio signals captured by the at least one second microphone and associated metadata, from the audio device when the apparatus is wirelessly connected to the audio device; means for determining an audio audibility value relating to the audio device, wherein the audio audibility value is determined based on a distance between the apparatus and the audio device and the distance is used as the audio audibility value, or the audio audibility value is a time of flight of sound between the audio device and the apparatus; means for determining whether the audio audibility value fulfils at least one criterion by comparing the distance to a threshold distance value or by comparing the time of flight of sound to a threshold time; and means for activating, in response to determining that the audio audibility value fulfils the at least one criterion by determining that the distance is above the threshold distance value or that the time of flight is above the threshold time, inclusion of the audio object captured by the audio device in the spatial audio information captured by the plurality of the first microphones. a plurality of first microphones for capturing spatial audio information; means for receiving spatial audio information captured by the plurality of microphones; means for connecting wirelessly to an audio device comprising at least one loudspeaker and at least one second microphone; means for receiving an audio object captured by the audio device, wherein the audio object comprises one or more audio signals captured by the at least one second microphone and associated metadata, from the audio device when the apparatus is wirelessly connected to the audio device; means for determining an audio audibility value relating to the audio device, wherein the audio audibility value is determined based on a distance between the apparatus and the audio device and the distance is used as the audio audibility value, or the audio audibility value is a time of flight of sound between the audio device and the apparatus; means for determining whether the audio audibility value fulfils at least one criterion by comparing the distance to a threshold distance value or by comparing the time of flight of sound to a threshold time; and means for activating, in response to determining that the audio audibility value fulfils the at least one criterion by determining that the distance is above the threshold distance value or that the time of flight is above the threshold time, inclusion of the audio object captured by the audio device in the spatial audio information captured by the plurality of the first microphones.
A method for cultivating a population of cells comprising regulatory T cells (Tregs), the method comprising cultivating the population of cells in a culture media comprising a ligand for the programmed cell death receptor (PD-1) conjugated to a solid support, wherein greater than about 80% of the cells that are cultivated in the culture media have a phenotype of CD4 +, CD25 +, CD127 low, and greater than about 60% of the cells that are cultivated in the culture media have a phenotype of Foxp3 +, wherein the method further comprises isolating the Tregs from peripheral blood mononuclear cells (PBMCs) prior to cultivating the Tregs in the culture media, and wherein the Tregs are isolated from the PBMCs by removing cells that are CD8 + and CD19 + from the PBMCs and by selecting for cells that are CD25 + in the PBMCs.
Arrangement having a constant pressure source and having a hydrostatic cylinder, which is formed by means of an intermediate pipe and on the outer circumference of which an annular gas pressure accumulator is arranged, in which a gas chamber is separated from a pressure medium chamber by means of an elastic or movable separating element, wherein the gas chamber is connected to the constant pressure source, wherein the intermediate pipe, which is finely machined on both sides, forms an outer wall of the cylinder and an inner wall of the gas pressure accumulator.
A method of a network node adapted to transmit a wake-up signal for waking up one or more wireless communication receivers (110, 120), wherein the wake-up signal has a wake-up signal bandwidth (311, 331, 351), and wherein each of the one or more wireless communication receivers is comprised in a wireless communication device and is associated with a wake-up radio adapted to wake up the wireless communication receiver in response to detecting the wake-up signal, the method comprising: acquiring, for at least one of the wireless communication devices, an indication of a maximum frequency error (333, 353) of the wake-up radio associated with the wireless communication receiver comprised in the wireless communication device; determining, based on the maximum frequency error and the wake-up signal bandwidth (311, 331, 351), a non-data transmission bandwidth for exclusive use by the wake-up signal; and transmitting the wake-up signal over a wake-up signal transmission frequency interval having a wake-up signal transmission bandwidth, wherein the wake-up signal transmission bandwidth is less than, or equal to, the non-data transmission bandwidth, characterized in that the acquiring of the indication of the maximum frequency error comprises receiving, from the at least one of the wireless communication devices, a message indicative of the maximum frequency error. acquiring, for at least one of the wireless communication devices, an indication of a maximum frequency error (333, 353) of the wake-up radio associated with the wireless communication receiver comprised in the wireless communication device; determining, based on the maximum frequency error and the wake-up signal bandwidth (311, 331, 351), a non-data transmission bandwidth for exclusive use by the wake-up signal; and transmitting the wake-up signal over a wake-up signal transmission frequency interval having a wake-up signal transmission bandwidth, wherein the wake-up signal transmission bandwidth is less than, or equal to, the non-data transmission bandwidth, characterized in that the acquiring of the indication of the maximum frequency error comprises receiving, from the at least one of the wireless communication devices, a message indicative of the maximum frequency error.