mhurhangee/ep-ind-claims huggingface dataset:
A system for providing emergency services communications onboard an aircraft (200, 420), comprising: aircraft network means, located in said aircraft (200, 420), for interconnecting communications between a communication device (101, 221-224) of an occupant of said aircraft (200, 420) and a Public Safety Access Point (401, 402, 604, 705) located on the ground; and emergency services communication means, responsive to an origination of an emergency services call from said communication device (101, 221-224) of said occupant of said aircraft (200, 420), for automatically interconnecting said communication device (101, 221-224) of said occupant of said aircraft (200, 420) with both of: (i) a communication device (101, 221-224) of at least one aircraft crew member located in said aircraft (200, 420), and (ii) said Public Safety Access Point (401, 402, 604, 705), wherein said emergency services call is originated by dialing an Emergency Services access code; and characterised in that said emergency services communication means comprises conference means for linking said communication device (101, 221-224) of said occupant, said communication device (101, 221-224) of said at least one aircraft crew member, and said Public Safety Access Point (401, 402, 604, 705) in a multi-party conference. aircraft network means, located in said aircraft (200, 420), for interconnecting communications between a communication device (101, 221-224) of an occupant of said aircraft (200, 420) and a Public Safety Access Point (401, 402, 604, 705) located on the ground; and emergency services communication means, responsive to an origination of an emergency services call from said communication device (101, 221-224) of said occupant of said aircraft (200, 420), for automatically interconnecting said communication device (101, 221-224) of said occupant of said aircraft (200, 420) with both of: (i) a communication device (101, 221-224) of at least one aircraft crew member located in said aircraft (200, 420), and (ii) said Public Safety Access Point (401, 402, 604, 705), wherein said emergency services call is originated by dialing an Emergency Services access code; and (i) a communication device (101, 221-224) of at least one aircraft crew member located in said aircraft (200, 420), and (ii) said Public Safety Access Point (401, 402, 604, 705), wherein said emergency services call is originated by dialing an Emergency Services access code; and characterised in that said emergency services communication means comprises conference means for linking said communication device (101, 221-224) of said occupant, said communication device (101, 221-224) of said at least one aircraft crew member, and said Public Safety Access Point (401, 402, 604, 705) in a multi-party conference.
A device for quantifying physical impacts to an object, the device comprising: a data receiver configured to receive data indicative of a measure of a physical impact to an object, wherein the data is measured by a sensor that is disposed on a substrate, wherein the substrate is coupled to a portion of the object, and wherein the sensor is configured to detect a measure of physical impacts to the object; a hit count monitor configured to quantify data indicative of a first number of the physical impacts to the object that exceed a first predetermined threshold value of imparted energy based on the measure of the physical impact; and a data fit module configured to perform a curve fit based on the data indicative of the measure of the physical impact to the object, wherein some of the received data indicative of the measure of the physical impact indicates that a measurement threshold of the sensor is exceeded, and wherein the data fit module is configured to perform the curve fit based on a pre-determined waveform to generate non-measured data. a data receiver configured to receive data indicative of a measure of a physical impact to an object, wherein the data is measured by a sensor that is disposed on a substrate, wherein the substrate is coupled to a portion of the object, and wherein the sensor is configured to detect a measure of physical impacts to the object; a hit count monitor configured to quantify data indicative of a first number of the physical impacts to the object that exceed a first predetermined threshold value of imparted energy based on the measure of the physical impact; and a data fit module configured to perform a curve fit based on the data indicative of the measure of the physical impact to the object, wherein some of the received data indicative of the measure of the physical impact indicates that a measurement threshold of the sensor is exceeded, and wherein the data fit module is configured to perform the curve fit based on a pre-determined waveform to generate non-measured data.
Information display panel, more particularly for an emergency lighting system, having a display, having a light-conducting plate which is provided for backlighting the display and has broad and narrow sides (6, 11) and at least one recess (17, 18, 23), having a first illuminating means which, optically connected to the light-conducting plate for introducing display light, backlights the display via the broad side of the light-conducting plate, having at least one second illuminating means which is provided in the recess (17, 18, 23) of the light-conducting plate and is optically connected thereto, and which, with its emitted light, illuminates the surroundings of the information panel at least in regions via at least one of the narrow sides of the light-conducting plate, and having at least one lens (9, 10, 24), characterized in that the recess (17, 18, 23) accommodating the second illuminating means is provided in a broad side of the light-conducting plate, and in that the light-conducting plate forms the lens (9, 10, 24) which is optically connected to the second illuminating means, wherein the light-conducting plate forms the lens (9, 10, 24) in the optical path of the light emitted by the second illuminating means for illuminating the surroundings.
Heart stimulation device to stimulate the heart of a patient with a sequence of cardiac stimulation cycles, the heart stimulation device comprising - an atrial electrode adapted to be connected to the right atrium of the heart, - a ventricular electrode adapted to be connected to the right ventricle of the heart, and - a control system programmed to emit, for each cardiac stimulation cycle: - an atrial impulse for a stimulation of the right atrium by means of the atrial electrode, - a first ventricular impulse in the right ventricle by means of the ventricular electrode, emitted after a time interval T1 from the emission of the atrial impulse, - a second ventricular impulse for a stimulation of the right ventricle, emitted after a time interval T2 from the first ventricular impulse, having a voltage and a duration adapted to provoke the cardiac stimulation of the patient, characterized in that the first ventricular impulse is formed by a first part having a constant voltage which is not in excess of 50% of the cardiac stimulation threshold potential of the patient, and a second part, subsequent to the first part, having an absolute value of voltage which is increasing from said constant voltage up to 70-90% of the cardiac stimulation threshold potential of the patient, in that said first part and said second part have equal duration and in that said absolute value of voltage increases linearly. - an atrial electrode adapted to be connected to the right atrium of the heart, - a ventricular electrode adapted to be connected to the right ventricle of the heart, and - a control system programmed to emit, for each cardiac stimulation cycle: - an atrial impulse for a stimulation of the right atrium by means of the atrial electrode, - a first ventricular impulse in the right ventricle by means of the ventricular electrode, emitted after a time interval T1 from the emission of the atrial impulse, - an atrial impulse for a stimulation of the right atrium by means of the atrial electrode, - a first ventricular impulse in the right ventricle by means of the ventricular electrode, emitted after a time interval T1 from the emission of the atrial impulse, - a second ventricular impulse for a stimulation of the right ventricle, emitted after a time interval T2 from the first ventricular impulse, having a voltage and a duration adapted to provoke the cardiac stimulation of the patient,
A lighting device comprising: a body comprising: a mounting area comprising a plurality of conductive pads (50, 52) and a thermal pad; and an elongate member extending from the mounting area; wherein the mounting area and the elongate member are formed of a thermally conductive, electrically insulating material and the plurality of conductive pads are embedded in the thermally conductive, electrically insulating material; a semiconductor light emitting device comprising a light emitting diode disposed on a mount, the semiconductor light emitting device being disposed in direct contact with the body in the mounting area, wherein the mount is connected to the body through the plurality of conductive pads (50, 52) and the thermal pad; and a lens disposed over the semiconductor light emitting device and in direct contact with the body, characterized in that the space between the light emitting device and the lens is filled with filling material and in that the mounting area includes ports (56, 58) for the injection of the filling material. a body comprising: a mounting area comprising a plurality of conductive pads (50, 52) and a thermal pad; and an elongate member extending from the mounting area; wherein the mounting area and the elongate member are formed of a thermally conductive, electrically insulating material and the plurality of conductive pads are embedded in the thermally conductive, electrically insulating material; a mounting area comprising a plurality of conductive pads (50, 52) and a thermal pad; and an elongate member extending from the mounting area; wherein the mounting area and the elongate member are formed of a thermally conductive, electrically insulating material and the plurality of conductive pads are embedded in the thermally conductive, electrically insulating material; a semiconductor light emitting device comprising a light emitting diode disposed on a mount, the semiconductor light emitting device being disposed in direct contact with the body in the mounting area, wherein the mount is connected to the body through the plurality of conductive pads (50, 52) and the thermal pad; and a lens disposed over the semiconductor light emitting device and in direct contact with the body, characterized in that the space between the light emitting device and the lens is filled with filling material and in that the mounting area includes ports (56, 58) for the injection of the filling material.
An apparatus for entropy-decoding video data, the apparatus comprising: an arithmetic decoder configured to receive data regarding a residual block of a current block including coefficients of a frequency domain, and perform binary arithmetic decoding on the received data, thereby generating binarized coefficients; an inverse binarizer configured to inversely binarize the binarized coefficients using inverse binarization methods, wherein the inverse binarization methods include at least one of a truncated inverse binarization method of a maximum code value and an exponential golomb inverse binarization method of an order, wherein the maximum code value related to the inverse binarization methods is different according to frequencies of the coefficients in the current block, and wherein when one of the binarized coefficients is binarized using a truncated binarization method, a value of one of the inverse binarized coefficients is less than or equal to the maximum code value, and wherein when the one of the binarized coefficients is binarized using the truncated binarization method and an exponential golomb binarization method, the value of the one of the inverse binarized coefficients is greater than the maximum code value. an arithmetic decoder configured to receive data regarding a residual block of a current block including coefficients of a frequency domain, and perform binary arithmetic decoding on the received data, thereby generating binarized coefficients; an inverse binarizer configured to inversely binarize the binarized coefficients using inverse binarization methods, wherein the inverse binarization methods include at least one of a truncated inverse binarization method of a maximum code value and an exponential golomb inverse binarization method of an order, wherein the maximum code value related to the inverse binarization methods is different according to frequencies of the coefficients in the current block, and wherein when one of the binarized coefficients is binarized using a truncated binarization method, a value of one of the inverse binarized coefficients is less than or equal to the maximum code value, and wherein when the one of the binarized coefficients is binarized using the truncated binarization method and an exponential golomb binarization method, the value of the one of the inverse binarized coefficients is greater than the maximum code value.
A filament power supply for an electron accelerator comprising a rectifier circuit configured to convert a power frequency AC voltage signal into a DC voltage signal, the power supply further comprising: an inverter circuit configured to convert the DC voltage signal into an AC voltage signal and output the AC voltage signal; a sampling circuit configured to sample both a current and a voltage of the AC voltage signal to obtain both a current sampling and a voltage sampling signal, wherein an absolute value of a difference between the voltage of the current sampling signal and the voltage of the reference current signal is a first value, and an absolute value of a difference between a voltage of the voltage sampling signal and the voltage of the reference voltage signal is a second value; a pulse width modulation control chip configured to adjust a duty cycle of a pulse width modulation signal by the pulse width modulation control chip until a voltage of the current sampling signal is equal to that of a reference current signal in a case where the first value is greater than the second value, or adjust the duty cycle of the pulse width modulation signal until a voltage of the voltage sampling signal is equal to that of a reference voltage signal in a case where the first value is less than the second value; and a modulation circuit configured to output the pulse width modulation signal to the inverter circuit and to trigger the inverter circuit to convert the DC voltage signal into the AC voltage signal, the AC voltage signal being synchronized with the power frequency AC voltage signal. an inverter circuit configured to convert the DC voltage signal into an AC voltage signal and output the AC voltage signal; a sampling circuit configured to sample both a current and a voltage of the AC voltage signal to obtain both a current sampling and a voltage sampling signal, wherein an absolute value of a difference between the voltage of the current sampling signal and the voltage of the reference current signal is a first value, and an absolute value of a difference between a voltage of the voltage sampling signal and the voltage of the reference voltage signal is a second value; a pulse width modulation control chip configured to adjust a duty cycle of a pulse width modulation signal by the pulse width modulation control chip until a voltage of the current sampling signal is equal to that of a reference current signal in a case where the first value is greater than the second value, or adjust the duty cycle of the pulse width modulation signal until a voltage of the voltage sampling signal is equal to that of a reference voltage signal in a case where the first value is less than the second value; and a modulation circuit configured to output the pulse width modulation signal to the inverter circuit and to trigger the inverter circuit to convert the DC voltage signal into the AC voltage signal, the AC voltage signal being synchronized with the power frequency AC voltage signal.
String-like product, in particular a tape, film or yarn, comprising PLA, being drawn in at least the machine direction at a total stretch ratio of at least 1:4, wherein said product is drawn at a total stretch ratio of at least 1:4 in the machine direction and a maximum total stretch ratio of 1:1.5 in the direction transverse to the machine direction, with a minimum biaxial stretch ratio aspect (X/Y) of 2.7, wherein more than 95 wt% of the product is PLA.
A particle accelerator comprising: a resonant cavity in which particles are accelerated, the resonant cavity having a background magnetic field having a first, bowed shape, the background magnetic field being at least 4 Tesla; and an extraction channel for receiving particles output from the resonant cavity, wherein the extraction channel comprises a series of focusing regions (751 -760) to focus a beam of received particles, wherein at least one of the focusing regions is a focusing element (711, 728, 730) characterised in that the focusing element is configured to alter the first bowed shape of the background magnetic field to a second shape that bows in substantially the opposite direction of the first bowed shape in the presence of a magnetic field gradient resulting from reduction of the background magnetic field from the resonant cavity to the extraction channel. a resonant cavity in which particles are accelerated, the resonant cavity having a background magnetic field having a first, bowed shape, the background magnetic field being at least 4 Tesla; and an extraction channel for receiving particles output from the resonant cavity, wherein the extraction channel comprises a series of focusing regions (751 -760) to focus a beam of received particles, wherein at least one of the focusing regions is a focusing element (711, 728, 730) characterised in that the focusing element is configured to alter the first bowed shape of the background magnetic field to a second shape that bows in substantially the opposite direction of the first bowed shape in the presence of a magnetic field gradient resulting from reduction of the background magnetic field from the resonant cavity to the extraction channel.
A connection arrangement between a fibre/plastics material composite profile part formed as a tubular hollow profile and a vehicle body frame part, comprising a metallic intermediate piece which is connected to the vehicle body frame part, wherein the intermediate piece has a connecting portion which is plug-connected and glued to one end of the fibre/plastics material composite profile part, wherein the end of the fibre/plastics material composite profile part is placed on the connecting portion of the intermediate piece and glued on the inner face to the connecting portion, and characterised in that it is screwed tightly to the connecting portion of the metallic intermediate piece with at least one flow drill screw, wherein the external cross-section of the connecting portion does not correspond completely with the internal cross-section of the fibre/plastics material composite profile part which is formed as a tubular hollow profile, as a result of which free-running zones which make different thermal expansions possible are present outside the face portions which lie flush against each other in a region of overlap.
A processor including: a streaming unit configured to load one or more input data streams, the instruction set of the processor including instructions for execution by the streaming unit, wherein the streaming unit includes an internal network having a plurality of queues configured to store streams of data; a plurality of operations circuits configured to perform operations on the streams of data; and a switching circuit, wherein the switching circuit is programmable to operatively couple two or more of the plurality of operations circuits together via one or more of the plurality of queues, and the plurality of queues include an input queue for each respective operations circuit, wherein the streaming unit is further configured to: concurrently load two or more streams from a memory coupled to the processor into corresponding selected ones of the plurality of input queues for respective operations circuits; and concurrently store two or more streams from corresponding selected ones of the plurality of queues to memory. a streaming unit configured to load one or more input data streams, the instruction set of the processor including instructions for execution by the streaming unit, wherein the streaming unit includes an internal network having a plurality of queues configured to store streams of data; a plurality of operations circuits configured to perform operations on the streams of data; and a switching circuit, wherein the switching circuit is programmable to operatively couple two or more of the plurality of operations circuits together via one or more of the plurality of queues, and the plurality of queues include an input queue for each respective operations circuit, wherein the streaming unit is further configured to: concurrently load two or more streams from a memory coupled to the processor into corresponding selected ones of the plurality of input queues for respective operations circuits; and concurrently store two or more streams from corresponding selected ones of the plurality of queues to memory.
An efficient flex circuit physiological sensor manufacturing method, the method comprising: providing a sheet of flex circuit substrate material; printing a plurality of nested conductors on the flex circuit substrate material; and cutting the sheet of flex circuit substrate material to form a plurality of flex circuit physiological sensors (100, 202, 204), wherein each of the plurality of flex circuit physiological sensors has a connector end (120, 208) and a detector end (110, 206), wherein the plurality of flex circuit physiological sensors are aligned on the sheet of flex circuit substrate, wherein the connector end of one of said flex circuit physiological sensors is proximate to the detector end of another of said plurality of flex circuits, characterised in that the aligning is such that one of said flex circuit physiological sensors is nested between adjacent flex circuit physiological sensors to form a tessellated pattern of flex circuit physiological sensors. providing a sheet of flex circuit substrate material; printing a plurality of nested conductors on the flex circuit substrate material; and cutting the sheet of flex circuit substrate material to form a plurality of flex circuit physiological sensors (100, 202, 204), wherein each of the plurality of flex circuit physiological sensors has a connector end (120, 208) and a detector end (110, 206), wherein the plurality of flex circuit physiological sensors are aligned on the sheet of flex circuit substrate, wherein the connector end of one of said flex circuit physiological sensors is proximate to the detector end of another of said plurality of flex circuits, wherein each of the plurality of flex circuit physiological sensors has a connector end (120, 208) and a detector end (110, 206), wherein the plurality of flex circuit physiological sensors are aligned on the sheet of flex circuit substrate, wherein the connector end of one of said flex circuit physiological sensors is proximate to the detector end of another of said plurality of flex circuits, characterised in that the aligning is such that one of said flex circuit physiological sensors is nested between adjacent flex circuit physiological sensors to form a tessellated pattern of flex circuit physiological sensors.