mhurhangee/ep-ind-claims huggingface dataset:
A radar altimeter system comprising: a transmitter configured to output a transmitter signal (120A, 120B, 120C, 120D); a local oscillator delay line coupled to the transmitter and including a variable time delay circuit, the local oscillator delay line configured to receive a portion of the transmitter signal and to add a time delay to the portion of the transmitter signal resulting in a delayed signal, the variable time delay circuit configured to be adjustable to adjust the time delay added to the portion of the transmitter signal; a transceiver circulator coupled to the transmitter; an antenna coupled to the transceiver circulator; and a frequency mixer coupled to the local oscillator delay line and coupled to the transceiver circulator; wherein the transceiver circulator directs a portion of the transmitter signal to the antenna; wherein the antenna is configured to transmit the portion of the transmitter signal and receive a target reflected signal from a target, wherein the target reflected signal includes a portion of the transmitter signal reflected from the target; wherein the frequency mixer is configured to receive the delayed signal and the target reflected signal from the transceiver circulator, characterized in that the variable time delay circuit includes a second-order band-pass filter comprising a variable shunt capacitor coupled to ground, a shunt inductor coupled to ground, a variable series capacitor, and a series inductor coupled to the variable series capacitor. a transmitter configured to output a transmitter signal (120A, 120B, 120C, 120D); a local oscillator delay line coupled to the transmitter and including a variable time delay circuit, the local oscillator delay line configured to receive a portion of the transmitter signal and to add a time delay to the portion of the transmitter signal resulting in a delayed signal, the variable time delay circuit configured to be adjustable to adjust the time delay added to the portion of the transmitter signal; a transceiver circulator coupled to the transmitter; an antenna coupled to the transceiver circulator; and a frequency mixer coupled to the local oscillator delay line and coupled to the transceiver circulator; wherein the transceiver circulator directs a portion of the transmitter signal to the antenna; wherein the antenna is configured to transmit the portion of the transmitter signal and receive a target reflected signal from a target, wherein the target reflected signal includes a portion of the transmitter signal reflected from the target; wherein the frequency mixer is configured to receive the delayed signal and the target reflected signal from the transceiver circulator, characterized in that the variable time delay circuit includes a second-order band-pass filter comprising a variable shunt capacitor coupled to ground, a shunt inductor coupled to ground, a variable series capacitor, and a series inductor coupled to the variable series capacitor.
A method of solution mining a stable roof under an inert gas blanket or inert gas pad, comprising: a) providing a solution mined underground salt cavern wherein said salt cavern has a main body with a mean diameter of D N, and an upper portion comprising an inert gas pad b) providing a stream of leaching water which is injected below the inert gas pad, thereby leaching an Nth tier adjacent to the upper portion having a height H1 and a mean diameter D N+1 that is smaller than D N by a predetermined ratio R, c) raising the inert gas pad height by a predetermined amount, d) providing a stream of leaching water which is injected below the inert gas pad, thereby leaching a N+1th tier adjacent to the Nth tier having a height H2 and a mean diameter D N+2 that is smaller than D N+1 by said predetermined ratio, e) repeating steps c and d a predetermined number of times T, thereby forming a stable roof characterized in that the stream of leaching water is injected with a velocity V of between 1,524 and 2,743 meters per second (between 5 and 9 feet per second), the predetermined amount is between 3,048 and 15,240 meters (between 10 and 50 feet) and the predetermined ratio is between 15 and 35%. a) providing a solution mined underground salt cavern wherein said salt cavern has a main body with a mean diameter of D N, and an upper portion comprising an inert gas pad b) providing a stream of leaching water which is injected below the inert gas pad, thereby leaching an Nth tier adjacent to the upper portion having a height H1 and a mean diameter D N+1 that is smaller than D N by a predetermined ratio R, c) raising the inert gas pad height by a predetermined amount, d) providing a stream of leaching water which is injected below the inert gas pad, thereby leaching a N+1th tier adjacent to the Nth tier having a height H2 and a mean diameter D N+2 that is smaller than D N+1 by said predetermined ratio, e) repeating steps c and d a predetermined number of times T, thereby forming a stable roof characterized in that the stream of leaching water is injected with a velocity V of between 1,524 and 2,743 meters per second (between 5 and 9 feet per second), the predetermined amount is between 3,048 and 15,240 meters (between 10 and 50 feet) and the predetermined ratio is between 15 and 35%.
A patient monitoring device comprising: a wireless communication interface; patient monitoring hardware for measuring at least one physiological parameter of a patient; and a processor configured to: provide a protocol stack for enabling communication via the wireless communication interface, transmit the at least one physiological parameter via the protocol stack and the wireless communication interface, request wireless access point, AP, information about a plurality of APs from the protocol stack, the AP information including connection or link statistics, identify at least one AP of the plurality of APs as a critical AP, generate a connectivity report based on the AP information, wherein the connectivity report identifies the critical AP, and transmit the connectivity report to a remote server via the protocol stack and the wireless communication interface. a wireless communication interface; patient monitoring hardware for measuring at least one physiological parameter of a patient; and a processor configured to: provide a protocol stack for enabling communication via the wireless communication interface, transmit the at least one physiological parameter via the protocol stack and the wireless communication interface, request wireless access point, AP, information about a plurality of APs from the protocol stack, the AP information including connection or link statistics, identify at least one AP of the plurality of APs as a critical AP, generate a connectivity report based on the AP information, wherein the connectivity report identifies the critical AP, and transmit the connectivity report to a remote server via the protocol stack and the wireless communication interface. provide a protocol stack for enabling communication via the wireless communication interface, transmit the at least one physiological parameter via the protocol stack and the wireless communication interface, request wireless access point, AP, information about a plurality of APs from the protocol stack, the AP information including connection or link statistics, identify at least one AP of the plurality of APs as a critical AP, generate a connectivity report based on the AP information, wherein the connectivity report identifies the critical AP, and transmit the connectivity report to a remote server via the protocol stack and the wireless communication interface.
A solder alloy having an alloy composition consisting of 35 to 68 mass% of Bi, 0.5 to 3.0 mass% of In, 0.01 to 0.10 mass% of Pd, optionally at least one of Co, Ti, Al and Mn in total amount of 0.1 mass% or less, optionally at least one of P, Ge, and Ga in total amount of 0.1 mass% or less, and a balance of Sn and unavoidable impurities.
A system to detect occlusion of an intravenous catheter, comprising: a catheter adapter having a distal end and a proximal end, an intravenous catheter extending distally from the distal end, an inner lumen of the intravenous catheter and an inner lumen of the catheter adapter forming a fluid pathway; a housing having a distal end, a proximal end, and an inner lumen that extends between the distal end and the proximal end, the distal end of the housing being coupled to the proximal end of the catheter adapter; a wave transmitter disposed in a wall of the housing, wherein the wave transmitter transmits energy waves along a length of the intravenous catheter and through the inner lumen of the intravenous catheter via wave guides that extend through the wall of the housing to the distal end of the housing; a transducer disposed within the wall of the housing, wherein the transducer detects a portion of the energy waves corresponding to the energy waves that are reflected back from the intravenous catheter; a processor coupled to the transducer, wherein the processor receives an electrical signal corresponding to the portion of the energy waves that are reflected back from the intravenous catheter and compares the electrical signal to a baseline signal to determine a difference between the electrical signal and the baseline signal; and an indicator unit coupled to the processor, wherein in response to the difference between the electrical signal and the baseline signal meeting a threshold value, the indicator unit alerts a user. a catheter adapter having a distal end and a proximal end, an intravenous catheter extending distally from the distal end, an inner lumen of the intravenous catheter and an inner lumen of the catheter adapter forming a fluid pathway; a housing having a distal end, a proximal end, and an inner lumen that extends between the distal end and the proximal end, the distal end of the housing being coupled to the proximal end of the catheter adapter; a wave transmitter disposed in a wall of the housing, wherein the wave transmitter transmits energy waves along a length of the intravenous catheter and through the inner lumen of the intravenous catheter via wave guides that extend through the wall of the housing to the distal end of the housing; a transducer disposed within the wall of the housing, wherein the transducer detects a portion of the energy waves corresponding to the energy waves that are reflected back from the intravenous catheter; a processor coupled to the transducer, wherein the processor receives an electrical signal corresponding to the portion of the energy waves that are reflected back from the intravenous catheter and compares the electrical signal to a baseline signal to determine a difference between the electrical signal and the baseline signal; and an indicator unit coupled to the processor, wherein in response to the difference between the electrical signal and the baseline signal meeting a threshold value, the indicator unit alerts a user.
A complement inhibitor for use in a method for treatment of an ocular disease associated with complement activation in a subject, wherein the complement inhibitor is an antibody or an antigen-binding fragment thereof or a nucleic acid encoding the antibody or the antigen-binding fragment, wherein the antibody or the antigen-binding fragment thereof specifically binds to Factor D.
Electric automotive fluid pump comprising: - an electronically commutated motor with a motor rotor being permanently magnetized and stator coils, - a motor electronics for electronically commutating and driving the stator coils of the motor, - a pumping unit which is arranged axially between the motor electronics and the motor, - a rotor shaft mechanically connecting a pump rotor of the pumping unit with the motor rotor, wherein the pump rotor comprises a pump rotor body characterized in that the pump rotor comprises further at least two axial oriented permanent magnet poles (N,S), which cooperate with at least one axial oriented, stationary hall sensor to detect the the permanent magnet poles (N, S), so that at least two positions of the pump rotor are detectable, the motor is configured such that the commutation of the stator coils depends on the at least two detectable positions of the pump rotor. - an electronically commutated motor with a motor rotor being permanently magnetized and stator coils, - a motor electronics for electronically commutating and driving the stator coils of the motor, - a pumping unit which is arranged axially between the motor electronics and the motor, - a rotor shaft mechanically connecting a pump rotor of the pumping unit with the motor rotor, wherein the pump rotor comprises a pump rotor body
A circuit breaker comprising: a breaker handle; a breaker trip bar; an accessory trip device; an accessory pocket configured to receive the accessory trip device; and an adapter module disposed within the accessory pocket between the accessory trip device and the breaker handle, and coupled to the breaker handle, the breaker trip bar, and the accessory trip device, the adapter module including linkages (304, 306, 308, 310, 312) configured to boost a force output by the accessory trip device, characterized in that the linkages include: a reset arm coupled to the breaker handle; a latch coupled to the reset arm; a trip shaft coupled to the latch; a latch bar and a bias spring coupled to the trip shaft; an adapter trip bar coupled to the trip shaft; a trip spring coupled to the adapter trip bar; and a trip lever coupled to the adapter trip bar. a breaker handle; a breaker trip bar; an accessory trip device; an accessory pocket configured to receive the accessory trip device; and an adapter module disposed within the accessory pocket between the accessory trip device and the breaker handle, and coupled to the breaker handle, the breaker trip bar, and the accessory trip device, the adapter module including linkages (304, 306, 308, 310, 312) configured to boost a force output by the accessory trip device, characterized in that the linkages include: a reset arm coupled to the breaker handle; a latch coupled to the reset arm; a trip shaft coupled to the latch; a latch bar and a bias spring coupled to the trip shaft; an adapter trip bar coupled to the trip shaft; a trip spring coupled to the adapter trip bar; and a trip lever coupled to the adapter trip bar. a reset arm coupled to the breaker handle; a latch coupled to the reset arm; a trip shaft coupled to the latch; a latch bar and a bias spring coupled to the trip shaft; an adapter trip bar coupled to the trip shaft; a trip spring coupled to the adapter trip bar; and a trip lever coupled to the adapter trip bar.
A transceiver (300, 400) for use as an eNodeB in a cellular telecommunications system of the TDD kind, Time Division Duplex, in which there are downlink, DL, periods and uplink, UL, periods, that are separated by guard periods, GP, said transceiver (300, 400) comprising a transmitter part (303; 408-411) with at least a first and a second transmitter, a receiver part with at least a first receiver (302; 402-405), and a control unit (306, 416), as well as means (305, 415) for diverting at least part of a transmitted signal from each of the first and second transmitters to the first receiver of the receiver part (302; 402-405), wherein the diverting means (305, 415) are connected to the transmitter part via a switch function (308, 418) and the transceiver being characterized in that it also comprises a delay component (304, 404), wherein the control unit (306, 416) is being adapted to activate said switch (308, 418) to a diversion position when the output power of the transmitted signals falls below a first predefined threshold, and with the delay component (304, 404) being adapted to delay so that the diverted signals are received by the receiver part (303; 402-405) at a predefined point in time, so that a diverted transmitter signal is received by the receiver part during one of said guard periods with the transceiver also comprising a comparison unit (307, 417) for comparing the diverted signals from the first and second transmitters to each other after reception through the first receiver, so that calibration of the transmitters may be carried out based on said comparison.
Double membrane pump with a mechanical drive mechanism with - a pump housing which has at least one suction port and at least one pressure port as well as a first diaphragm chamber and a second diaphragm chamber, whereby - in the first diaphragm chamber a first membrane separates a first conveying chamber, able to be loaded with fluid to be conveyed, from a drive chamber, in which a drive mechanism is able to be arranged, and in the second diaphragm chamber a second membrane separates a second conveying chamber, able to be loaded with fluid to be conveyed from an air chamber, able to be pressurized with air, whereby - the first membrane and the second membrane are connectible with a coupling rod, and - at least one of the membranes (42; 52) is movable by means of the mechanical drive mechanism, whereby the first conveying chamber and the second conveying chamber are alternately connectible to the at least one suction port via a valve device and to the at least one pressure port via a valve device, respectively, characterized in that the mechanical drive mechanism comprises a drive piston and a ball joint able to be accommodated therein, as well as a receptacle connectible to the ball joint, which receptacle is designed to be able to be coupled to a drive shaft, designed as eccentric shaft, of a drive unit and whereby the ball joint is screwable into a threaded bore of the receptacle and is held therein in a clamped way. - a pump housing which has at least one suction port and at least one pressure port as well as a first diaphragm chamber and a second diaphragm chamber, whereby - in the first diaphragm chamber a first membrane separates a first conveying chamber, able to be loaded with fluid to be conveyed, from a drive chamber, in which a drive mechanism is able to be arranged, and in the second diaphragm chamber a second membrane separates a second conveying chamber, able to be loaded with fluid to be conveyed from an air chamber, able to be pressurized with air, whereby - the first membrane and the second membrane are connectible with a coupling rod, and - at least one of the membranes (42; 52) is movable by means of the mechanical drive mechanism,
A pharmaceutical composition for oral delivery of a physiologically active peptide agent selected from the group consisting of human glucagon-like peptide 1, human glucagon-like peptide 2, insulin, human parathyroid hormone, human parathyroid hormone analog PTH 1-31 NH 2 and human parathyroid hormone analog PTH 1-34NH 2, comprising a therapeutically effective amount of said active peptide, wherein said active peptide is amidated at the C-terminal end; at least one pharmaceutically acceptable pH-lowering agent; and at least one absorption enhancer, wherein said absorption enhancer is a surface active agent.
A circuit arrangement for controlling a semiconductor switching element, wherein a gate driver generates a sharp-edged driver control voltage (V S) for the semiconductor switching element and the gate driver is connected to the control terminal of the semiconductor switching element, wherein the control terminal of the semiconductor switching element is connected to the output terminal of the semiconductor switching element via a ramp generation unit; the ramp generation unit, in order to generate a transistor control voltage (V G) at the output of the ramp generation unit, flattens the sharply ascending and descending edges of the driver control voltage (V S) into the form of a ramp; and power is supplied to the ramp generation unit by the gate driver wherein a transistor (T1, T2) is arranged at the output side of the ramp generation unit, the transistor (T1, T2) being controlled by a voltage (V R) that ascends or descends in the form of a ramp, whereby a transistor current (I 1) descending or ascending in the form of a ramp flows via the transistor (T1, T2) and wherein a first transistor and an RC charging circuit comprising a resistor (R1, R2) and a capacitor are provided in the ramp generation unit, wherein the transistor output terminal of the first transistor is connected to the output terminal of the ramp generation unit, the resistor (R1, R2) of the RC charging circuit is connected between the input terminal of the ramp generation unit and the transistor control terminal of the first transistor, and the capacitor of the RC charging circuit is connected to the transistor control terminal of the first transistor.
A compression garment (11, 111) comprising: an inflatable bladder having an inner surface, an outer surface substantially opposite the inner surface, and opposing side edges (23, 123) extending longitudinally along a length of the bladder, at least a portion of the bladder defining a compression region expandable to apply pressure to a portion of a wearer's body; characterised in that the compression garment (11,111) further comprises: a non-wicking material welded to the opposing side edges (23, 123) of the bladder so that the non-wicking material extends laterally away from the side edges of the bladder, the non-wicking material having an inner surface and an outer surface substantially opposite the inner surface; and a wicking material (13, 113) disposed on the inner surface of the non-wicking material for wicking fluid away from the portion of the wearer's body. a non-wicking material welded to the opposing side edges (23, 123) of the bladder so that the non-wicking material extends laterally away from the side edges of the bladder, the non-wicking material having an inner surface and an outer surface substantially opposite the inner surface; and a wicking material (13, 113) disposed on the inner surface of the non-wicking material for wicking fluid away from the portion of the wearer's body.
A method for collecting agricultural measurement data for an agricultural working machine which is combined with at least one agricultural attachment in order to process a field, wherein a sensor system is provided which has a sensor and a control system, characterized in that the sensor is integrated into combinations of agricultural working machine and a plurality of agricultural attachments, wherein the sensor records measurement data relating to at least one work quality parameter of the respective attachment and transfers them to the control system and wherein, in a standardization routine, the control system generates a common data set from the measurement data relating to the different attachments. wherein a sensor system is provided which has a sensor and a control system, characterized in that the sensor is integrated into combinations of agricultural working machine and a plurality of agricultural attachments, wherein the sensor records measurement data relating to at least one work quality parameter of the respective attachment and transfers them to the control system and wherein, in a standardization routine, the control system generates a common data set from the measurement data relating to the different attachments.