mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound diagnostic apparatus that acquires an ultrasound image by bringing an ultrasound probe into contact with a gel layer applied to a body surface of a subject, the ultrasound diagnostic apparatus comprising: the ultrasound probe including at least a transducer array; a transmission and reception circuit that causes the transducer array to transmit an ultrasound beam toward the subject, and processes a reception signal output from the transducer array that has received an ultrasound echo from the subject to generate a sound ray signal; an image generation unit that generates the ultrasound image on the basis of the sound ray signal generated by the transmission and reception circuit; a gel layer thickness calculation unit that calculates a thickness of the gel layer by analyzing the ultrasound image generated by the image generation unit; a tissue recognition unit that recognizes a tissue of the subject by analyzing the ultrasound image generated by the image generation unit; and a press state determination unit that determines a press state of the ultrasound probe against the body surface of the subject on the basis of a shape change of the tissue recognized by the tissue recognition unit in a case where the thickness of the gel layer calculated by the gel layer thickness calculation unit is equal to or less than a thickness threshold value. the ultrasound probe including at least a transducer array; a transmission and reception circuit that causes the transducer array to transmit an ultrasound beam toward the subject, and processes a reception signal output from the transducer array that has received an ultrasound echo from the subject to generate a sound ray signal; an image generation unit that generates the ultrasound image on the basis of the sound ray signal generated by the transmission and reception circuit; a gel layer thickness calculation unit that calculates a thickness of the gel layer by analyzing the ultrasound image generated by the image generation unit; a tissue recognition unit that recognizes a tissue of the subject by analyzing the ultrasound image generated by the image generation unit; and a press state determination unit that determines a press state of the ultrasound probe against the body surface of the subject on the basis of a shape change of the tissue recognized by the tissue recognition unit in a case where the thickness of the gel layer calculated by the gel layer thickness calculation unit is equal to or less than a thickness threshold value.
A method performed by a mobile station (20, 106, 116, 136), the method comprising: determining whether an access point (102, 108, 110, 112, 118, 120, 122, 124, 126, 128) belongs to a corporate/enterprise-type wireless local area network 'WLAN' deployment or to a small office / home office 'SOHO'-type WLAN deployment, the access point having been selected by the mobile station from results of a discovery scan for a connection attempt; responsive to determining that the access point belongs to a corporate/enterprise-type WLAN deployment, configuring the mobile station in a first configuration; and responsive to determining that the access point belongs to a SOHO-type WLAN deployment, configuring the mobile station in a second configuration that differs from the first configuration. determining whether an access point (102, 108, 110, 112, 118, 120, 122, 124, 126, 128) belongs to a corporate/enterprise-type wireless local area network 'WLAN' deployment or to a small office / home office 'SOHO'-type WLAN deployment, the access point having been selected by the mobile station from results of a discovery scan for a connection attempt; responsive to determining that the access point belongs to a corporate/enterprise-type WLAN deployment, configuring the mobile station in a first configuration; and responsive to determining that the access point belongs to a SOHO-type WLAN deployment, configuring the mobile station in a second configuration that differs from the first configuration.
A modular cutterbar assembly operably coupleable to a work machine, comprising: a disk hub assembly, at least one module (1002, 1104, 1108); a first end cap, a second end cap coupled to the at least one module (1002, 1104, 1108), the second end cap having an upper surface defined between a first end and a second end; an inner cavity defined in the first end of the second end cap, the inner cavity configured to enclose a drive transfer mechanism; an aperture defined in the upper surface; and a coupler arm integrally formed with the second end of the second end cap, the coupler arm configured to be coupleable to the work machine, characterized in that a first joint is positioned outside of the aperture relative to the coupler arm by integrally forming the second end cap with the aperture, wherein, the aperture is positioned so a portion of the second end cap completely surrounds, and provides a mounting location for a corresponding disk hub assembly. a disk hub assembly, at least one module (1002, 1104, 1108); a first end cap, a second end cap coupled to the at least one module (1002, 1104, 1108), the second end cap having an upper surface defined between a first end and a second end; an inner cavity defined in the first end of the second end cap, the inner cavity configured to enclose a drive transfer mechanism; an aperture defined in the upper surface; and a coupler arm integrally formed with the second end of the second end cap, the coupler arm configured to be coupleable to the work machine, characterized in that a first joint is positioned outside of the aperture relative to the coupler arm by integrally forming the second end cap with the aperture, wherein, the aperture is positioned so a portion of the second end cap completely surrounds, and provides a mounting location for a corresponding disk hub assembly.
A method of communication in a wireless communication system, comprising: determining, by a network entity of a first operator having a first priority level, whether to transmit on at least a portion of a transmission opportunity; transmitting a reservation preamble associated with the first network entity based on a determination by the first network entity to transmit on at least the portion of the transmission opportunity; forgoing transmission of the reservation preamble associated with the first network entity based on a determination by the first network entity to not transmit on at least the portion of the transmission opportunity; determining, by a second network entity of a second operator having a second priority level, whether the reservation preamble from one or more network entities of the first operator has been detected; transmitting a reservation preamble of the second network entity based on a determination that the reservation preamble from one or more network entities of the first operator has not been detected by at least the second network entity; and transmitting data associated with the second network entity within the portion of the transmission opportunity subsequent to the transmission of the reservation preamble of the second network entity. determining, by a network entity of a first operator having a first priority level, whether to transmit on at least a portion of a transmission opportunity; transmitting a reservation preamble associated with the first network entity based on a determination by the first network entity to transmit on at least the portion of the transmission opportunity; forgoing transmission of the reservation preamble associated with the first network entity based on a determination by the first network entity to not transmit on at least the portion of the transmission opportunity; determining, by a second network entity of a second operator having a second priority level, whether the reservation preamble from one or more network entities of the first operator has been detected; transmitting a reservation preamble of the second network entity based on a determination that the reservation preamble from one or more network entities of the first operator has not been detected by at least the second network entity; and transmitting data associated with the second network entity within the portion of the transmission opportunity subsequent to the transmission of the reservation preamble of the second network entity.
A compound selected from: a compound of the formula: wherein e is 0 or 1; and R' is H or unsubstituted or substituted alkyl; a compound of the formula: wherein e is 0 or 1; and R' is H or unsubstituted or substituted alkyl; and a compound of the formula: wherein e is 0 or 1; R' is H or unsubstituted or substituted alkyl; and X 6 is: or a pharmaceutically acceptable salt, polymorph, solvate or clathrate thereof; wherein substituted alkyl groups can be substituted one or more times with a group selected from amino, hydroxy, cyano, carboxy, nitro, alkoxy and halogen groups.
A waste or water composite tube (20, 26) for use on board a passenger transport vehicle, the tube (20, 26) comprising: a. a tube body comprising a thermoplastic or thermoset material; b. one or more fiber materials incorporated into the tube body; c. wherein the tube has at least one curve or bend; characterised in that the composite tube comprises an impact area (24, 28) at the at least one curve or bend in the tube wherein a section of the least one curve or bend of the tube comprises a thicker section of material forming the tube or comprises a plate (24, 28) of impact resistant material inlaid in the tube so as to strengthen and stiffen the impact area. a. a tube body comprising a thermoplastic or thermoset material; b. one or more fiber materials incorporated into the tube body; c. wherein the tube has at least one curve or bend;
A roll unwinding device of a web printing press, wherein the roll unwinding device has at least one roll holding device and at least one drive motor connected to the at least one roll holding device by a least one torque carrier, wherein the at least one roll holding device is designed as an expansion shaft and the expansion shaft has at least one carrier element which is movably connected to the expansion shaft in the radial direction relative to a rotation axis of the expansion shaft, wherein the roll unwinding device has at least two expansion shaft bearings, of which at least one is connected and/or can be connected to the expansion shaft in a torque-transferring manner and/or a manner capable of transferring torque, wherein the at least one expansion shaft bearing is connected to the at least one drive motor via the at least one torque carrier in a torque-transferring manner and/or a manner capable of transferring torque, characterized in that the at least two expansion shaft bearings are at least partially rotatable around the rotation axis of the expansion shaft and are pivotably arranged around a pivoting axis differing from the rotation axis relative to a frame of the roll unwinding device and that the at least two expansion shaft bearings are designed as safety chucks.
A medical device, comprising: a lead (14; 56; 66) having a proximal section, a distal section; and a length therebetween wherein the lead (14; 56; 66) includes an inner conductor that is helically shaped; and wherein the pitch of the inner conductor continuously varies along the length of the lead (14; 56; 66) characterised in that the variance in the pitch of the inner conductor follows a repeating pattern, forming a plurality of high impedance points (58, 60, 62) along the length of the lead (14; 56; 66), each of the plurality of high impedance points (58, 60, 62) adapted to inhibit transfer of absorbed energy from traveling along the length of the lead (14; 56; 66) at an interrogation frequency of a magnetic resonance imaging device. a lead (14; 56; 66) having a proximal section, a distal section; and a length therebetween wherein the lead (14; 56; 66) includes an inner conductor that is helically shaped; and wherein the pitch of the inner conductor continuously varies along the length of the lead (14; 56; 66) characterised in that the variance in the pitch of the inner conductor follows a repeating pattern, forming a plurality of high impedance points (58, 60, 62) along the length of the lead (14; 56; 66), each of the plurality of high impedance points (58, 60, 62) adapted to inhibit transfer of absorbed energy from traveling along the length of the lead (14; 56; 66) at an interrogation frequency of a magnetic resonance imaging device.
A mobile terminal comprising: a body; a display panel coupled to the body and having a front surface facing outward for allowing an image to be output therethrough; a support frame made of a metal material having a front surface configured to support a rear surface of the display panel and an open slit; a first coil antenna positioned on a rear surface of the support frame that is opposite the display panel and wherein a portion of the first coil is arranged across the open slit; and an insulating sheet positioned between the first coil antenna and the support frame to prevent direct contact between the first coil antenna and the support frame, wherein electromagnetic signal of the first coil antenna is radiated through the open slit of the support frame in a forward direction of the display panel. a body; a display panel coupled to the body and having a front surface facing outward for allowing an image to be output therethrough; a support frame made of a metal material having a front surface configured to support a rear surface of the display panel and an open slit; a first coil antenna positioned on a rear surface of the support frame that is opposite the display panel and wherein a portion of the first coil is arranged across the open slit; and an insulating sheet positioned between the first coil antenna and the support frame to prevent direct contact between the first coil antenna and the support frame, wherein electromagnetic signal of the first coil antenna is radiated through the open slit of the support frame in a forward direction of the display panel.
Air channeling device adapted to be coupled to a right or left end (Ej) of a front beam of a land vehicle, and comprising walls (Pk) delimiting an air channeling duct, characterized in that one of said walls (Pk) comprises a clipping element adapted to be inserted and clipped into a through hole that said end (Ej) comprises and which is dedicated to the passage of a screw towards a base of a right or left foot (PPj) of said front beam, located recessed, with a view to being secured to a structure of said vehicle.
A system comprising: a liquid ring pump comprising: a chamber; a suction inlet; an exhaust outlet; and an operating liquid inlet; wherein the liquid ring pump is configured to: pump an inlet fluid into the chamber via the suction inlet; pump an exhaust fluid out of the chamber via the exhaust outlet; and receive an operating liquid into the chamber via the operating liquid inlet; a gas line coupled to the liquid ring pump such that a gas may flow into the chamber of the liquid ring pump via the gas line: a valve disposed on the gas line; a first sensor configured to measure a first parameter of the inlet fluid a second sensor configured to measure a second parameter of a fluid selected from the group of fluids consisting of the operating liquid, the exhaust fluid, and a fluid within the chamber; and a controller configured to: determine a vapour pressure of the operating liquid using the measurement of the second parameter; and control operation of the valve based on the measurement of the first parameter and the determined vapour pressure. a liquid ring pump comprising: a chamber; a suction inlet; an exhaust outlet; and an operating liquid inlet; wherein the liquid ring pump is configured to: pump an inlet fluid into the chamber via the suction inlet; pump an exhaust fluid out of the chamber via the exhaust outlet; and receive an operating liquid into the chamber via the operating liquid inlet; a chamber; a suction inlet; an exhaust outlet; and an operating liquid inlet; wherein the liquid ring pump is configured to: pump an inlet fluid into the chamber via the suction inlet; pump an exhaust fluid out of the chamber via the exhaust outlet; and receive an operating liquid into the chamber via the operating liquid inlet; pump an inlet fluid into the chamber via the suction inlet; pump an exhaust fluid out of the chamber via the exhaust outlet; and receive an operating liquid into the chamber via the operating liquid inlet; a gas line coupled to the liquid ring pump such that a gas may flow into the chamber of the liquid ring pump via the gas line: a valve disposed on the gas line; a first sensor configured to measure a first parameter of the inlet fluid a second sensor configured to measure a second parameter of a fluid selected from the group of fluids consisting of the operating liquid, the exhaust fluid, and a fluid within the chamber; and a controller configured to: determine a vapour pressure of the operating liquid using the measurement of the second parameter; and control operation of the valve based on the measurement of the first parameter and the determined vapour pressure. determine a vapour pressure of the operating liquid using the measurement of the second parameter; and control operation of the valve based on the measurement of the first parameter and the determined vapour pressure.
Driving assistance system for the automated driving of a vehicle, comprising: a driving assistance module, which is configured for automated driving with a first degree of automation and for automated driving with a second degree of automation, wherein the second degree of automation is higher than the first degree of automation; an output module, which is configured to output a driver instruction when a specified driver action is absent for a first time period during automated driving with the first degree of automation; and a user input module, which is configured to receive a user input for a switchover from the first degree of automation to the second degree of automation, wherein the output module is further configured to output the driver instruction, in the event that: (i) the driving assistance system determines that the specified driver action is absent for a second time period which is shorter than the first time period; (ii) the user input for a switchover from the first degree of automation to the second degree of automation is received; and (iii) a switchover from the first degree of automation to the second degree of automation is unsuccessful. a driving assistance module, which is configured for automated driving with a first degree of automation and for automated driving with a second degree of automation, wherein the second degree of automation is higher than the first degree of automation; an output module, which is configured to output a driver instruction when a specified driver action is absent for a first time period during automated driving with the first degree of automation; and a user input module, which is configured to receive a user input for a switchover from the first degree of automation to the second degree of automation, wherein the output module is further configured to output the driver instruction, in the event that: (i) the driving assistance system determines that the specified driver action is absent for a second time period which is shorter than the first time period; (ii) the user input for a switchover from the first degree of automation to the second degree of automation is received; and (iii) a switchover from the first degree of automation to the second degree of automation is unsuccessful. (i) the driving assistance system determines that the specified driver action is absent for a second time period which is shorter than the first time period; (ii) the user input for a switchover from the first degree of automation to the second degree of automation is received; and (iii) a switchover from the first degree of automation to the second degree of automation is unsuccessful.
A check valve assembly that is configured to couple to a first container that retains a first fluid and a second container that retains a second fluid, the check valve assembly comprising: a fluid inlet housing including a first fluid inlet port defining a first fluid inlet channel, and a second fluid inlet port defining a second fluid inlet channel; a fluid outlet housing coupled to the fluid inlet housing, wherein the fluid outlet housing includes a fluid outlet port defining a fluid outlet channel; a first diaphragm seated over the first fluid inlet channel, wherein at least a portion of the first diaphragm is configured to unseat over the first fluid inlet channel to allow the first fluid to pass from the first fluid inlet channel into the fluid outlet channel; and a second diaphragm seated over the second fluid inlet channel, wherein at least a portion of the second diaphragm is configured to unseat over the second fluid inlet channel to allow the second fluid to pass from the second fluid inlet channel into the fluid outlet channel, each of the first and second diaphragms comprising an annular edge radially extending from a central hub, characterised in that the annular edge each of the first and second diaphragms (140, 148) includes an outer rim that is thicker than the central hub. a fluid inlet housing including a first fluid inlet port defining a first fluid inlet channel, and a second fluid inlet port defining a second fluid inlet channel; a fluid outlet housing coupled to the fluid inlet housing, wherein the fluid outlet housing includes a fluid outlet port defining a fluid outlet channel; a first diaphragm seated over the first fluid inlet channel, wherein at least a portion of the first diaphragm is configured to unseat over the first fluid inlet channel to allow the first fluid to pass from the first fluid inlet channel into the fluid outlet channel; and a second diaphragm seated over the second fluid inlet channel, wherein at least a portion of the second diaphragm is configured to unseat over the second fluid inlet channel to allow the second fluid to pass from the second fluid inlet channel into the fluid outlet channel, each of the first and second diaphragms comprising an annular edge radially extending from a central hub, characterised in that the annular edge each of the first and second diaphragms (140, 148) includes an outer rim that is thicker than the central hub.
A method pertaining to a parallel hybrid system for propulsion of a motor vehicle (100; 110) comprising a combustion engine in combination with an electrical machine configuration (250, 253, 255) which includes an electrical machine provided with power supply, comprising the step, during an initial movement phase of the vehicle's propulsion, of using both the combustion engine and the electrical machine of the electrical machine configuration to propel the vehicle (100; 110), wherein the initial movement phase comprises a state when a clutch in the power train is sliding together, characterised by the step, - during said initial movement phase, of continuously distributing torque extracted respectively from the combustion engine and said electrical machine on the basis of the electrical machine's speed. - during said initial movement phase, of continuously distributing torque extracted respectively from the combustion engine and said electrical machine on the basis of the electrical machine's speed.