mhurhangee/ep-ind-claims huggingface dataset:
A method of imaging a human or animal subject, which subject has previously ingested a container containing first and second fluids that are detectable and distinguishable by MRI, which method comprises the steps of a) forming a first magnetic resonance image of at least a portion of the subject's GI tract in which the container is located, wherein the magnetizations of the first and second fluids are in-phase; b) forming a second magnetic resonance image, coincident with the first image, wherein the magnetizations of the first and second fluids are out-of-phase; and c) subtracting the second image from the first image, or vice versa, to form a composite image. a) forming a first magnetic resonance image of at least a portion of the subject's GI tract in which the container is located, wherein the magnetizations of the first and second fluids are in-phase; b) forming a second magnetic resonance image, coincident with the first image, wherein the magnetizations of the first and second fluids are out-of-phase; and c) subtracting the second image from the first image, or vice versa, to form a composite image.
A method for producing a cyclic peptide compound or a salt thereof which comprises contacting a cyclic lipopeptide compound or a salt thereof with an acylase which has an amino acid sequence as set forth in SEQ ID NO: 1 or an amino acid sequence with a sequence identity in the range between 90 to 100% thereto.
Furniture panel with an integrated mounting cassette and a movement fitting accommodated therein for movable furniture parts, wherein the mounting cassette has two side panels arranged parallel to one another and spaced apart from one another, and wherein an opening remains on a narrow side of the mounting cassette, into which opening the movement fitting is pushed, characterized in that the side panels of the mounting cassette are spaced apart by a u-shaped frame extending along three sides of the mounting cassette, and that the mounting cassette has a clamping mechanism with which the movement fitting is clamped in the mounting cassette.
Steam household apparatus provided with a body comprising: - a steam generating device, and - a control unit configured to control the steam generating device, characterised in that the control unit is an electronic control unit and in that the body of the household apparatus comprises at least one compartment in which the electronic control unit is housed, with at least one upper vent and at least one lower vent positioned at two different elevations so as to enable installation by convection of an air stream for cooling the electronic control unit. - a steam generating device, and - a control unit configured to control the steam generating device,
A treatment portion probe for treating a subject, which, in a manner capable of transmitting ultrasonic vibration, is operably connectable to a vibrator of a treatment device, the vibrator being capable of ultrasonically vibrating, and the treatment portion probe has a second resonance frequency that is higher than a first resonance frequency of a front mass portion of the treatment device, wherein a proximal end surface of the treatment portion probe is adapted to connect to a distal end surface of the front mass portion in a non-threaded manner by a pressing force at a connection portion, where the connection portion serves as an antinode position when vibrating at the first resonance frequency, characterized in that the treatment portion probe satisfies a relationship of the first resonance frequency < the second resonance frequency < the first resonance frequency + 1.5 kHz. a proximal end surface of the treatment portion probe is adapted to connect to a distal end surface of the front mass portion in a non-threaded manner by a pressing force at a connection portion, where the connection portion serves as an antinode position when vibrating at the first resonance frequency, characterized in that the treatment portion probe satisfies a relationship of the first resonance frequency < the second resonance frequency < the first resonance frequency + 1.5 kHz.
An oral spray formulation for the treatment of erectile dysfunction, comprising sildenafil citrate present in an amount of 6% to 14% w/v of the formulation, wherein the pH of the formulation is from 1.5 to 2.4 and wherein the formulation is delivered transmucosally or sublingually.
A fastener tab (10; 310, 410; 500) defining a first end (12; 312, 412; 512), a second end (14; 314, 414; 514) opposite from the first end (12; 312, 412; 512), a first face (16; 316, 416; 516) extending between the first end (12; 312, 412; 512) and the second end (14; 314, 414; 514), and a second face (18; 318, 418; 518) oppositely directed from the first face (16; 316, 416; 516) and extending between the first end (12; 312, 412; 512) and the second end (14; 314, 414; 514), the fastener tab (10; 310, 410; 500) comprising: a plurality of hook members disposed on the first face (16; 316, 416; 516) of the fastener tab (10; 310, 410; 500); characterized by a region (520, 530) of pressure sensitive adhesive disposed on the first face (16; 316, 416; 516) of the fastener tab (10; 310, 410; 500); and a plurality of loop members disposed on the second face (18; 318, 418; 518) of the fastener tab (10; 310, 410; 500), the loop members provided by a spunlace nonwoven material. a plurality of hook members disposed on the first face (16; 316, 416; 516) of the fastener tab (10; 310, 410; 500); characterized by a region (520, 530) of pressure sensitive adhesive disposed on the first face (16; 316, 416; 516) of the fastener tab (10; 310, 410; 500); and a plurality of loop members disposed on the second face (18; 318, 418; 518) of the fastener tab (10; 310, 410; 500), the loop members provided by a spunlace nonwoven material.
A blade plug (102, 200, 300, 500) for an aircraft blade (100, 501), the blade plug comprising: a first body (112, 202, 302, 502) having a boss (210, 310) extending therefrom and an aperture (113, 311) passing through the boss, the first body configured to sealingly engage with an opening of a blade; a plug cap (212, 312, 512); and a passage passing through the first body configured to allow fluid communication through the first body, characterized in that the plug cap is configured to releasably engage with the boss and move between a first position and a second position, wherein, when the plug cap is in the first position, fluid may not pass through the passage and, when the plug cap is in the second position, fluid may pass through the passage, and wherein the first body has an outer diameter of 105.37 mm (4.15 inches). a first body (112, 202, 302, 502) having a boss (210, 310) extending therefrom and an aperture (113, 311) passing through the boss, the first body configured to sealingly engage with an opening of a blade; a plug cap (212, 312, 512); and a passage passing through the first body configured to allow fluid communication through the first body, characterized in that
A connector assembly, comprising: a receptacle assembly with a cage that includes a front portion, a top wall, side walls and a rear wall and defines a first port and a second port and a central duct between the two ports, wherein each port is configured to receive a plug assembly; a plug assembly positioned in a respective port of the two ports, the plug assembly including a body and a paddle card that is part of an interface between the plug assembly and the receptacle, the paddle card extending toward a front end of the plug assembly and being protected by the body, wherein the body has a top surface and a bottom surface being formed of a thermal conductive material and includes a surface characterized in that the surface includes a plurality of cooling grooves, each groove is extending substantially the length in the insertion direction of the body that is positioned in the port wherein the cooling groves are configured to allow air to flow through the port and to directly cool the plug assembly while the plug assembly is positioned in the port. a receptacle assembly with a cage that includes a front portion, a top wall, side walls and a rear wall and defines a first port and a second port and a central duct between the two ports, wherein each port is configured to receive a plug assembly; a plug assembly positioned in a respective port of the two ports, the plug assembly including a body and a paddle card that is part of an interface between the plug assembly and the receptacle, the paddle card extending toward a front end of the plug assembly and being protected by the body, wherein the body has a top surface and a bottom surface being formed of a thermal conductive material and includes a surface characterized in that the surface includes a plurality of cooling grooves, each groove is extending substantially the length in the insertion direction of the body that is positioned in the port wherein the cooling groves are configured to allow air to flow through the port and to directly cool the plug assembly while the plug assembly is positioned in the port.
A rolling bearing retainer which is formed by insert molding a resinous material together with a core member with the use of a mold, and in which the core member is embedded within a resin part made of the resinous material and there is provided a support area exposure part at a plurality of locations of the resin part for exposing a support area of the core member supported within a cavity of the mold, and in which the resin part includes a ring shaped body and a plurality of support column bodies extending axially from the ring shaped body and defining a pocket (Pt) for retaining a rolling element therebetween, and the core member is provided with a ring shaped body embedded part embedded in the ring shaped body of the resin part and a plurality of support column body embedded parts extending from the ring shaped body embedded part and embedded in the respective support column bodies and each of the support column body embedded parts is so formed as to extend in a radial direction from the ring shaped body embedded part, and is in the form of a bent piece bent at a base end relative to the ring shaped body embedded part.
A tree harvesting head (100; 200; 300) for a tree harvesting machine (120; 220) having a crane arm, wherein the tree harvesting head (100; 200; 300) comprises a saw (104; 304); at least two feed wheels (102; 302), at least one electric motor (106b; 306b) arranged to drive the feed wheels (102; 302); and a control unit (130;230), characterised in that the tree harvesting head (100; 200; 300) further comprises: an electric motor (106a; 306a) arranged to drive the saw (104; 304); and actuating means comprising an electric motor and arranged to adjust a current pressure of the saw wherein the current pressure of the saw is a load on the electrical motor of the actuating means and wherein the electric motor of the actuating means is arranged to regulate how hard the saw is to press against the tree, wherein the control unit (130; 230) is arranged to control at least one of the electric motors (106a, 106b) and/or actuating means of the tree harvesting head (100; 200; 300) based on an obtained current state relating to at least one of the electric motors (106a, 106b), wherein the actuating means is arranged to adjust a current pressure of the saw based on an output power of the current state of the electric motor (106a; 306a) driving the saw.
A genetically engineered bacterium comprising: a) one or more gene(s) encoding a phenylalanine ammonia lyase, wherein the gene(s) encoding a PAL is operably linked to an inducible promoter that is not associated with the PAL gene in nature, wherein expression of the gene(s) encoding PAL is increased in the presence of an inducer of said promoter; and b) one or more gene(s) encoding a phenylalanine transporter capable of transporting phenylalanine into bacterial cells, wherein the gene(s) encoding the phenylalanine transporter is operably linked to an inducible promoter that is not associated with the phenylalanine transporter gene in nature, wherein expression of the gene(s) encoding the phenylalanine transporter is increased in the presence of an inducer of said promoter. a) one or more gene(s) encoding a phenylalanine ammonia lyase, wherein the gene(s) encoding a PAL is operably linked to an inducible promoter that is not associated with the PAL gene in nature, wherein expression of the gene(s) encoding PAL is increased in the presence of an inducer of said promoter; and b) one or more gene(s) encoding a phenylalanine transporter capable of transporting phenylalanine into bacterial cells, wherein the gene(s) encoding the phenylalanine transporter is operably linked to an inducible promoter that is not associated with the phenylalanine transporter gene in nature, wherein expression of the gene(s) encoding the phenylalanine transporter is increased in the presence of an inducer of said promoter.
A method of diagnosing an auxiliary power unit fault in an aircraft having an auxiliary power unit and multiple sensors related to the auxiliary power unit, components thereof, and systems related thereto, the method comprising: receiving, during pre-flight or post-flight, a sensor signal from at least one of the multiple sensors to define a sensor output; comparing, by a controller, the sensor output to a reference value for the sensor output; and diagnosing, by a controller, a fault in the auxiliary power unit based on the comparison; and providing, by a controller, an indication of the diagnosed fault; wherein the received sensor signal comprises sensor signals for a number of flights. receiving, during pre-flight or post-flight, a sensor signal from at least one of the multiple sensors to define a sensor output; comparing, by a controller, the sensor output to a reference value for the sensor output; and diagnosing, by a controller, a fault in the auxiliary power unit based on the comparison; and providing, by a controller, an indication of the diagnosed fault; wherein the received sensor signal comprises sensor signals for a number of flights.
An elastomer composition comprising: a) a diene-containing ethylene/α-olefin/ interpolymer having a density of from 0.84 g/cc to 0.92 g/cc and a Mooney viscosity of equal to or greater than 50 ML (1+4) at 125°C as determined according to ASTM D 1646 in an amount of from 40 to 60 parts by weight; b) a very low density ethylene polymer component having a density equal to or less than 0.89 g/cc in an amount of from 10 to 20 parts by weight; and c) a propylene polymer component comprises at least one branched polypropylene in an amount of from 20 to 30 parts by weight. a) a diene-containing ethylene/α-olefin/ interpolymer having a density of from 0.84 g/cc to 0.92 g/cc and a Mooney viscosity of equal to or greater than 50 ML (1+4) at 125°C as determined according to ASTM D 1646 in an amount of from 40 to 60 parts by weight; b) a very low density ethylene polymer component having a density equal to or less than 0.89 g/cc in an amount of from 10 to 20 parts by weight; and c) a propylene polymer component comprises at least one branched polypropylene in an amount of from 20 to 30 parts by weight.
Method for actuating a drive system of a motor vehicle, in particular a commercial vehicle, the drive system having an internal combustion engine which is supercharged by way of an electrified exhaust gas turbocharger, and an engine-side or transmission-side power take-off, characterized in that electric motor operation of the electrified exhaust gas turbocharger is activated in a manner dependent on an operating state of the power take-off.
A composition which comprises a) The aluminium salt of phosphinic acid of the formula b) At least one derivative of oxaphosphorinoxide as represented by the formula and c) A polymer substrate. a) The aluminium salt of phosphinic acid of the formula b) At least one derivative of oxaphosphorinoxide as represented by the formula and c) A polymer substrate.
A method for booting a non-EFI compliant operating system in a multi-partition processing system, the method comprising: transmitting an interrupt from a second partition in the multi-partition processing system to a first partition in the multi-partition processing system; entering an interrupt handler of the first partition in response to receiving the interrupt at the first partition; after the first partition enters the interrupt handler, switching a processor to real mode by the second partition and disabling an address line of the processing system by the second partition; calling an operating system boot loader for the second partition after transmitting the interrupt from the second partition to the first partition; switching the processor to protected mode by the OS boot loader; after the address line has been disabled, determining, from the first partition, whether the address line has been enabled; enabling the address line by the second partition after calling the OS boot loader for the second partition and before an operating system is loaded in the second partition; and exiting the interrupt handler of the first partition only after determining that it is safe to exit the interrupt handler, wherein it is safe to exit the interrupt handler when the address line has been enabled. transmitting an interrupt from a second partition in the multi-partition processing system to a first partition in the multi-partition processing system; entering an interrupt handler of the first partition in response to receiving the interrupt at the first partition; after the first partition enters the interrupt handler, switching a processor to real mode by the second partition and disabling an address line of the processing system by the second partition; calling an operating system boot loader for the second partition after transmitting the interrupt from the second partition to the first partition; switching the processor to protected mode by the OS boot loader; after the address line has been disabled, determining, from the first partition, whether the address line has been enabled; enabling the address line by the second partition after calling the OS boot loader for the second partition and before an operating system is loaded in the second partition; and exiting the interrupt handler of the first partition only after determining that it is safe to exit the interrupt handler, wherein it is safe to exit the interrupt handler when the address line has been enabled.
A method of controlling discharge in a battery pack, comprising: measuring an ambient temperature of a battery cell in the inside or in the vicinity of the battery pack and a voltage of the battery cell; a first discharge processing of discharging the battery cell until the voltage of the battery cell becomes a second voltage lower than a first voltage when the ambient temperature is higher than a first predetermined temperature and the voltage of the battery cell is higher than the first voltage; and a second discharge processing of discharging the battery cell until the voltage of the electrical battery cell becomes a fourth voltage lower than a third voltage when the ambient temperature is lower than the first predetermined temperature and the voltage of the battery cell is higher than the third voltage, wherein the first voltage is lower than the third voltage. measuring an ambient temperature of a battery cell in the inside or in the vicinity of the battery pack and a voltage of the battery cell; a first discharge processing of discharging the battery cell until the voltage of the battery cell becomes a second voltage lower than a first voltage when the ambient temperature is higher than a first predetermined temperature and the voltage of the battery cell is higher than the first voltage; and a second discharge processing of discharging the battery cell until the voltage of the electrical battery cell becomes a fourth voltage lower than a third voltage when the ambient temperature is lower than the first predetermined temperature and the voltage of the battery cell is higher than the third voltage, wherein the first voltage is lower than the third voltage.
Suspension and traction element (1, 1', 1") for elevator apparatuses incorporating a traction sheave, a car (11, 11') and a counterweight and optionally deflector sheaves (13, 14) of car and counterweight respectively, comprising: - a first part formed by at least one coated rope or at least one coated belt, covered with a non-metallic material, forming the contact and/or traction sector on the traction sheave and on the deflector sheaves (13, 14), and by connecting parts (4, 4') on which the ends of the coated ropes or coated belts are fixed and clustered, - at least one second part associated to at least one of the connecting parts (4, 4') consisting of an elongated element forming a support sector which does not contact with the traction sheave or with the deflector sheaves (13, 14), wherein the second part consists of a single rope and respective rope fastenings located at its ends. - a first part formed by at least one coated rope or at least one coated belt, covered with a non-metallic material, forming the contact and/or traction sector on the traction sheave and on the deflector sheaves (13, 14), and by connecting parts (4, 4') on which the ends of the coated ropes or coated belts are fixed and clustered, - at least one second part associated to at least one of the connecting parts (4, 4') consisting of an elongated element forming a support sector which does not contact with the traction sheave or with the deflector sheaves (13, 14), wherein the second part consists of a single rope and respective rope fastenings located at its ends.
A method for performing a frequency offset correction in a mobile communications system, comprising: the UE evaluating its own mobility state under a Radio Resource Control, RRC, connected state according to a first evaluation parameter sent by an evolved Node B, eNodeB, and obtaining an evaluated first determination result; the UE reporting the first determination result to the eNodeB through a measurement report message in the RRC connected state; the UE evaluating its own mobility state according to a second evaluation parameter sent by the eNodeB through system broadcast before the UE enters into the RRC connected state, and obtaining an evaluated second determination result; and the UE reporting the second determination result to the eNodeB through an RRC connection setup complete message during setting up an RRC connection; the eNodeB adopting different processing strategies for UEs with different mobility states according to the first and second determination results when performing a frequency offset correction. the UE evaluating its own mobility state under a Radio Resource Control, RRC, connected state according to a first evaluation parameter sent by an evolved Node B, eNodeB, and obtaining an evaluated first determination result; the UE reporting the first determination result to the eNodeB through a measurement report message in the RRC connected state; the UE evaluating its own mobility state according to a second evaluation parameter sent by the eNodeB through system broadcast before the UE enters into the RRC connected state, and obtaining an evaluated second determination result; and the UE reporting the second determination result to the eNodeB through an RRC connection setup complete message during setting up an RRC connection; the eNodeB adopting different processing strategies for UEs with different mobility states according to the first and second determination results when performing a frequency offset correction.