mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting digital data using a frequency divisional multiplexing method comprising the steps of - mapping the digital payload data to a block of payload symbols, said payload symbols being spread across at least two frequency bands and wherein at least two symbols being conveyed in at least one frequency band, and - applying a pulse shaping filter and a smoothing filter to the block of payload symbols thereby producing a pulse-shaped smoothed block of payload symbols, and - prepending a prefix spread across the at least two frequency bands to the block of pulse-shaped smoothed payload symbols by applying a prefix sub-matrix to the block of pulse-shaped smoothed payload symbols, and - appending a suffix to the block of pulse-shaped smoothed payload symbols by applying a suffix sub-matrix to the block of the pulse-shaped smoothed payload symbols, wherein a cross-correlation of the prefix and the reversed suffix or a cross-correlation of the reversed prefix and the suffix exhibits a pulse like signal upon exact match, and - transmitting the prefix, the block of payload symbols and the suffix: - mapping the digital payload data to a block of payload symbols, said payload symbols being spread across at least two frequency bands and wherein at least two symbols being conveyed in at least one frequency band, and - applying a pulse shaping filter and a smoothing filter to the block of payload symbols thereby producing a pulse-shaped smoothed block of payload symbols, and - prepending a prefix spread across the at least two frequency bands to the block of pulse-shaped smoothed payload symbols by applying a prefix sub-matrix to the block of pulse-shaped smoothed payload symbols, and - appending a suffix to the block of pulse-shaped smoothed payload symbols by applying a suffix sub-matrix to the block of the pulse-shaped smoothed payload symbols, wherein a cross-correlation of the prefix and the reversed suffix or a cross-correlation of the reversed prefix and the suffix exhibits a pulse like signal upon exact match, and - transmitting the prefix, the block of payload symbols and the suffix:
Electromechanical tool comprising a synchronous motor equipped with a rotor and connected to an electronic control board, an interface for the introduction of use parameters and an electrical supply, the electronic board delivering to the motor signals capable of controlling it according to the use parameters introduced, said tool comprising an operating detector of the electrical supply capable of detecting at least one electrical magnitude outside of a determined operating window, the detection of electrical levels outside of said window triggering a modification of the signals emitted by the control board different from those calculated according to the use parameters, said tool being characterised by the detector being designed to detect that a voltage at the terminals of the condensers exceeds a predefined voltage threshold, the detection of this excess triggering the modification of the angle for controlling the motor with a dephasing different by 90°.
A micro-humidifier for operably-connecting to a breathing circuit, the micro-humidifier comprising: A. a liquid feed; B. a liquid chamber operably-connected to the liquid feed wherein the liquid chamber has a volume of from about 0.01 mL to about 30 mL; C. a vapour generator operably-connected to the liquid chamber, and D. a mixing channel downstream of the vapour generator, wherein the mixing channel contains a baffle and increased headspace; wherein the micro-humidifier is designed to be operably-connected to a breathing circuit upstream of the patient, and wherein when the micro-humidifier is operably-connected to a breathing circuit the vapour from the vapour generator enters into the breathing circuit. A. a liquid feed; B. a liquid chamber operably-connected to the liquid feed wherein the liquid chamber has a volume of from about 0.01 mL to about 30 mL; C. a vapour generator operably-connected to the liquid chamber, and D. a mixing channel downstream of the vapour generator, wherein the mixing channel contains a baffle and increased headspace;
Vehicle computing module adapted to be connected to a mainboard of a vehicle computing system, comprising: - a circuit board with conducting paths, - computing components mounted to the circuit board and including at least a central processing unit and a main memory, - an edge connector provided at an edge of the circuit board and adapted to connect the circuit board to an edge connector socket of said mainboard, and - a plurality of interfaces provided by said edge connector for interfacing the computing module, wherein the vehicle computing module is adapted to be operated in a vehicle as a main computing unit of said vehicle computing system and to perform the processing of data for said vehicle computing system, the data being received by the vehicle computing module via said interfaces, characterized in that: said interfaces comprise a debug and boot port interface and the vehicle computing module is configured to receive boot mechanisms from a controller of the mainboard. - a circuit board with conducting paths, - computing components mounted to the circuit board and including at least a central processing unit and a main memory, - an edge connector provided at an edge of the circuit board and adapted to connect the circuit board to an edge connector socket of said mainboard, and - a plurality of interfaces provided by said edge connector for interfacing the computing module, said interfaces comprise a debug and boot port interface and the vehicle computing module is configured to receive boot mechanisms from a controller of the mainboard.
Method for synchronizing a digital communication device, comprising the following steps: receiving a reference symbol consisting of a sequence of a plurality of synchronization patterns, the reference symbol being modulated on a RF frequency, wherein each synchronization pattern contains a same number of samples, the last and/or the first of the plurality of synchronization patterns of said reference symbol or a part thereof are phase shifted, and correlating the received reference symbol with a delayed reference symbol to detect a correlation peak for a correlation window position wherein the phase of the phase shifted samples is shifted by 180°. receiving a reference symbol consisting of a sequence of a plurality of synchronization patterns, the reference symbol being modulated on a RF frequency, wherein each synchronization pattern contains a same number of samples, the last and/or the first of the plurality of synchronization patterns of said reference symbol or a part thereof are phase shifted, and correlating the received reference symbol with a delayed reference symbol to detect a correlation peak for a correlation window position wherein the phase of the phase shifted samples is shifted by 180°.
A current transducer module comprising - a housing having a base wall and side walls forming an internal cavity, - a magnetic core part, - magnetic field detectors (8a, 8b), and - a circuit board, the magnetic core part, magnetic field detectors, and the circuit board mounted within the internal cavity of the housing, the magnetic core part extending from a first core end to a second core end, the magnetic field detectors comprising a first magnetic field detector positioned opposite the first core end and a second magnetic detector positioned opposite the second core end, the magnetic field detectors (8a, 8b) connected to the circuit board and arranged substantially co-planar with respect to each other, characterized in that the magnetic field detectors (8a, 8b) are mounted against the base wall of the housing and the magnetic core part is mounted above the magnetic field detectors such that the magnetic field detectors are positioned in a gap between the housing base wall and the magnetic core part. - a housing having a base wall and side walls forming an internal cavity, - a magnetic core part, - magnetic field detectors (8a, 8b), and - a circuit board, the magnetic core part, magnetic field detectors, and the circuit board mounted within the internal cavity of the housing, the magnetic core part extending from a first core end to a second core end, the magnetic field detectors comprising a first magnetic field detector positioned opposite the first core end and a second magnetic detector positioned opposite the second core end, the magnetic field detectors (8a, 8b) connected to the circuit board and arranged substantially co-planar with respect to each other, characterized in that the magnetic field detectors (8a, 8b) are mounted against the base wall of the housing and the magnetic core part is mounted above the magnetic field detectors such that the magnetic field detectors are positioned in a gap between the housing base wall and the magnetic core part.
A solar thermal power system, comprisi ng: a solar receiver configured to heat thermal energy storage fluid; a thermal energy storage arrangement comprising a hot storage tank configured to receive and store the hot thermal energy storage fluid from the solar receiver, and a cold storage tank configured to receive and supply the cold thermal energy storage fluid to the solar receiver to be reheated; and a steam generator arrangement comprisi ng at least an economizer section, an evaporator section, a superheater section and a reheat section communicably configured to utlize the heat of the hot thermal energy storage fluid from the hot storage tank to generate and supply the steam to a steam turbine; characterised by, a bypass line configured to bypass the hot storage tank, and to supply the hot thermal energy storage fluid directly from the solar receiver to the steam generator arrangement, during day times, when the solar receiver and the steam generator arrangement are both in operating mode, thereby recovering stored potential energy available in the down comer hot thermal energy storage fluid from the solar receiver. a solar receiver configured to heat thermal energy storage fluid; a thermal energy storage arrangement comprising a hot storage tank configured to receive and store the hot thermal energy storage fluid from the solar receiver, and a cold storage tank configured to receive and supply the cold thermal energy storage fluid to the solar receiver to be reheated; and a hot storage tank configured to receive and store the hot thermal energy storage fluid from the solar receiver, and a cold storage tank configured to receive and supply the cold thermal energy storage fluid to the solar receiver to be reheated; and a steam generator arrangement comprisi ng at least an economizer section, an evaporator section, a superheater section and a reheat section communicably configured to utlize the heat of the hot thermal energy storage fluid from the hot storage tank to generate and supply the steam to a steam turbine; characterised by, a bypass line configured to bypass the hot storage tank, and to supply the hot thermal energy storage fluid directly from the solar receiver to the steam generator arrangement, during day times, when the solar receiver and the steam generator arrangement are both in operating mode, thereby recovering stored potential energy available in the down comer hot thermal energy storage fluid from the solar receiver.
Operating method in a vehicle, in which - a menu (13, 14, 17) of an operating structure is displayed on a display surface arranged in the vehicle, - the operating structure comprising a main menu and a plurality of further menus (14, 17), and - wherein inputs can be detected via which a change of the displayed menu (13, 14, 17) can be brought about, and via which switching elements (13-1 to 13-6, 14-1 to 14-6, 17-1 to 17-6) of the menus (13, 14, 17) are operable, characterized in that - in at least several menus (14, 17) of the plurality of menus (13, 14, 17) of the operating structure, a special switching element is displayed at the edge of the display surface and can be operated by a swiping gesture, and, - if the swiping gesture associated with the special switching element has been detected, the main menu is displayed, wherein, - after the operation of the special switching element has been detected, the main menu, if being displayed on the display surface, is moved within a first time interval into the display from the edge at which the special switching element is displayed so that the main menu takes up a region of the display surface that becomes larger over time, and at the same time the previously displayed menu (14, 17) disappears overtime, wherein - the menu (14, 17) displayed in front of the main menu is displayed again if no input of a switching element (13-1 to 13-6) of the main menu 13 has been detected within a second time interval. - a menu (13, 14, 17) of an operating structure is displayed on a display surface arranged in the vehicle, - the operating structure comprising a main menu and a plurality of further menus (14, 17), and - wherein inputs can be detected via which a change of the displayed menu (13, 14, 17) can be brought about, and via which switching elements (13-1 to 13-6, 14-1 to 14-6, 17-1 to 17-6) of the menus (13, 14, 17) are operable, characterized in that - in at least several menus (14, 17) of the plurality of menus (13, 14, 17) of the operating structure, a special switching element is displayed at the edge of the display surface and can be operated by a swiping gesture, and, - if the swiping gesture associated with the special switching element has been detected, the main menu is displayed, wherein, - after the operation of the special switching element has been detected, the main menu, if being displayed on the display surface, is moved within a first time interval into the display from the edge at which the special switching element is displayed so that the main menu takes up a region of the display surface that becomes larger over time, and at the same time the previously displayed menu (14, 17) disappears overtime, wherein - the menu (14, 17) displayed in front of the main menu is displayed again if no input of a switching element (13-1 to 13-6) of the main menu 13 has been detected within a second time interval.
A reader system comprising: a proximity sensor system configured to detect a presence of an object (115, 116, 117) within a first area, and to generate a proximity signal in response to detecting the object within the first area; and an electronic article surveillance tag reader communicatively coupled to the proximity sensor system, and configured to make a transition from a first operational mode to a second operational mode in response to receiving the proximity signal from the proximity sensor system, wherein the transition includes the EAS tag reader altering production of an EAS tag detection signal, wherein the EAS tag reader is configured to alter characteristics of the EAS tag detection signal by transitioning from not producing an EAS tag detection signal at all in the first operational mode to producing the EAS tag detection signal in the second operational mode. a proximity sensor system configured to detect a presence of an object (115, 116, 117) within a first area, and to generate a proximity signal in response to detecting the object within the first area; and an electronic article surveillance tag reader communicatively coupled to the proximity sensor system, and configured to make a transition from a first operational mode to a second operational mode in response to receiving the proximity signal from the proximity sensor system, wherein the transition includes the EAS tag reader altering production of an EAS tag detection signal, wherein the EAS tag reader is configured to alter characteristics of the EAS tag detection signal by transitioning from not producing an EAS tag detection signal at all in the first operational mode to producing the EAS tag detection signal in the second operational mode.
A hydration meter for measuring a water content of a subject, comprising: a hydration measuring unit to measure a water content of the subject, a main body which includes a first curved portion that is curved outward and a second curved portion that is curved inward, a measuring unit holder that is disposed at one end of the main body while holding the hydration measuring unit, and a display unit holder that is disposed at the other end of the main body to hold a display unit that displays the measured water content of the subject, and characterized in that: the hydration measuring unit is an impedance-type hydration measuring unit that is adapted to be held in an armpit of the subject, the impedance-type hydration measuring unit including a measurement current supply electrode portion (30A, 30B) and a voltage measurement electrode portion (100A, 100B, 110) that make contact with a skin surface of the armpit, the main body has a flat shape, and the first curved portion and the second curved portion are smoothly curved, the second curved portion being more curved than the first curved portion such that a person making measurements can hold the main body by hand while inserting the measuring unit holder in the armpit. a hydration measuring unit to measure a water content of the subject, a main body which includes a first curved portion that is curved outward and a second curved portion that is curved inward, a measuring unit holder that is disposed at one end of the main body while holding the hydration measuring unit, and a display unit holder that is disposed at the other end of the main body to hold a display unit that displays the measured water content of the subject, and characterized in that: the hydration measuring unit is an impedance-type hydration measuring unit that is adapted to be held in an armpit of the subject, the impedance-type hydration measuring unit including a measurement current supply electrode portion (30A, 30B) and a voltage measurement electrode portion (100A, 100B, 110) that make contact with a skin surface of the armpit, the main body has a flat shape, and the first curved portion and the second curved portion are smoothly curved, the second curved portion being more curved than the first curved portion such that a person making measurements can hold the main body by hand while inserting the measuring unit holder in the armpit. the hydration measuring unit is an impedance-type hydration measuring unit that is adapted to be held in an armpit of the subject, the impedance-type hydration measuring unit including a measurement current supply electrode portion (30A, 30B) and a voltage measurement electrode portion (100A, 100B, 110) that make contact with a skin surface of the armpit, the main body has a flat shape, and the first curved portion and the second curved portion are smoothly curved, the second curved portion being more curved than the first curved portion such that a person making measurements can hold the main body by hand while inserting the measuring unit holder in the armpit.
A rocking journal bearing for a two-stroke cycle engine, comprising: a bearing support structure; a bearing sleeve in the bearing support structure, the bearing sleeve including a bearing surface with a plurality of axially-spaced, eccentrically- disposed surface segments; a rocking journal including a plurality of axially-spaced, eccentrically- disposed journal segments; the bearing support structure retaining the rocking journal for rocking oscillation on the bearing surface; and, an oil-receiving space (335, 435) in the rocking journal with oil outlet passages (240, 242) acting through the journal segments, characterized in that: the rocking journal includes at least two axially-spaced circumferential oiling grooves in a journal outer surface, between journal segments (221, 222), and at least one oil outlet passage opens through each of the circumferential oiling grooves in the journal outer surface. a bearing support structure; a bearing sleeve in the bearing support structure, the bearing sleeve including a bearing surface with a plurality of axially-spaced, eccentrically- disposed surface segments; a rocking journal including a plurality of axially-spaced, eccentrically- disposed journal segments; the bearing support structure retaining the rocking journal for rocking oscillation on the bearing surface; and, an oil-receiving space (335, 435) in the rocking journal with oil outlet passages (240, 242) acting through the journal segments, characterized in that: the rocking journal includes at least two axially-spaced circumferential oiling grooves in a journal outer surface, between journal segments (221, 222), and at least one oil outlet passage opens through each of the circumferential oiling grooves in the journal outer surface. the rocking journal includes at least two axially-spaced circumferential oiling grooves in a journal outer surface, between journal segments (221, 222), and at least one oil outlet passage opens through each of the circumferential oiling grooves in the journal outer surface.
A lithium ion battery negative electrode for use in a lithium ion battery, wherein a negative electrode active material layer containing: a negative electrode active material, which is a Si alloy composed of a eutectic structure of a Si phase and a Si2Ti phase, and a binder having a three-dimensional structure is formed on a negative electrode current collector, characterized in that the binder is a polyimide having a three-dimensional structure comprising a C=N bond obtained by imidating tetracarboxylic acid dianhydride and diamines, with the total of the diamines ranging from 100 to 120, based on 100 of the tetracarboxylic acid dianhydride, in a molar ratio, and then iminating at a temperature of at least 350°C for at least 0.5 h. a negative electrode active material, which is a Si alloy composed of a eutectic structure of a Si phase and a Si2Ti phase, and a binder having a three-dimensional structure is formed on a negative electrode current collector, characterized in that the binder is a polyimide having a three-dimensional structure comprising a C=N bond obtained by imidating tetracarboxylic acid dianhydride and diamines, with the total of the diamines ranging from 100 to 120, based on 100 of the tetracarboxylic acid dianhydride, in a molar ratio, and then iminating at a temperature of at least 350°C for at least 0.5 h.