mhurhangee/ep-ind-claims huggingface dataset:
An exposure apparatus for exposing a substrate by projecting an exposure light through a liquid of a liquid immersion area formed on a surface of the substrate while moving the substrate in a scanning direction, the exposure apparatus comprising: a projection optical system arranged to project the exposure light to a projection area; a liquid supply mechanism arranged to supply the liquid; and a liquid recovery mechanism arranged to recover the supplied liquid, wherein: the liquid recovery mechanism has a plurality of recovery ports (96A-99A) for recovering the liquid, the recovery ports being disposed to surround the projection area; and the apparatus is configured such that the liquid immersion area of the liquid is formed on a part of the surface of the substrate by supplying the liquid from above the substrate using the liquid supply mechanism and by recovering the supplied liquid via the recovery ports from above the substrate using the liquid recovery mechanism, during the exposure of the substrate, characterised in that: the liquid recovery mechanism is configured to recover the liquid simultaneously through the plurality of recovery ports from both sides of the projection area in the scanning direction. a projection optical system arranged to project the exposure light to a projection area; a liquid supply mechanism arranged to supply the liquid; and a liquid recovery mechanism arranged to recover the supplied liquid, wherein: the liquid recovery mechanism has a plurality of recovery ports (96A-99A) for recovering the liquid, the recovery ports being disposed to surround the projection area; and the apparatus is configured such that the liquid immersion area of the liquid is formed on a part of the surface of the substrate by supplying the liquid from above the substrate using the liquid supply mechanism and by recovering the supplied liquid via the recovery ports from above the substrate using the liquid recovery mechanism, during the exposure of the substrate, characterised in that: the liquid recovery mechanism is configured to recover the liquid simultaneously through the plurality of recovery ports from both sides of the projection area in the scanning direction. the liquid recovery mechanism has a plurality of recovery ports (96A-99A) for recovering the liquid, the recovery ports being disposed to surround the projection area; and the apparatus is configured such that the liquid immersion area of the liquid is formed on a part of the surface of the substrate by supplying the liquid from above the substrate using the liquid supply mechanism and by recovering the supplied liquid via the recovery ports from above the substrate using the liquid recovery mechanism, during the exposure of the substrate, characterised in that: the liquid recovery mechanism is configured to recover the liquid simultaneously through the plurality of recovery ports from both sides of the projection area in the scanning direction. the liquid recovery mechanism is configured to recover the liquid simultaneously through the plurality of recovery ports from both sides of the projection area in the scanning direction.
A sheetlike electronic component (2.0) comprising a display device for generating a light signal, an energy source, and a conductor track wherein the component comprises a lower layer (2.7) of a non-conductive substrate, a middle layer of electronics, comprising the display device (2.1), the energy source (2.2), and the conductor track (2.6), wherein the display device is an OLED display device (2.1) and the electronics were applied at least partially, preferably completely, to the substrate using a printing method, and an upper layer of a printable cover layer (3.1), wherein the cover layer is at least partially translucent, so that the light signal of the display device is scattered at the cover layer and the cover layer functions as a projection surface for the light signal, and wherein the sheetlike electronic component has a thickness of less than 1 mm.
In a medical diagnostic imaging system, a method for adjusting image gain compensation during a transition from a first imaging state to a second imaging state, wherein the first imaging state differs from the second imaging state, the method comprising the steps of: - determining at least one first image power value based on at least one image acquired in the first imaging state with a first image gain compensation, said image acquired in the first imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition; - determining at least one second image power value based on at least one image acquired in the second imaging state with an initial second image gain compensation, said image acquired in the second imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition; - determining at least one image power change value based on said first image power value and said second image power value; - determining at least one adjusted second image gain compensation based on said initial second image gain compensation and said image power change value. - determining at least one first image power value based on at least one image acquired in the first imaging state with a first image gain compensation, said image acquired in the first imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition; - determining at least one second image power value based on at least one image acquired in the second imaging state with an initial second image gain compensation, said image acquired in the second imaging state being produced by a series of ultrasound waves emission and ultrasound signal acquisition; - determining at least one image power change value based on said first image power value and said second image power value; - determining at least one adjusted second image gain compensation based on said initial second image gain compensation and said image power change value.
Composition, comprising 30-65 wt.% PVC resin and 10-35 wt.% rice husk powder based on the total amount of the composition, characterized in that 40-70 wt.% of the rice husk powder have a particle size in the range of <150 μm (>100 mesh) and 30-60 wt.% of the rice husk powder have a particle size in the range of 249-150 μm (100 mesh), wherein the particle size is determined by a sieving method in accordance with the description.
Tubular thermoelectric module having an inner circumferential surface and an outer circumferential surface, which are assigned respectively to a hot side or a cold side, and having an intermediate space, which is arranged therebetween, and a geometric axis and at least one sealing element, wherein the sealing element has an extent in the direction of the axis, which extent is at most 20% of a length of the intermediate space, characterized in that the sealing element at least partially forms the inner circumferential surface or is separated from the hot side or cold side arranged there only by an electric insulating layer, and which closes off the intermediate space towards the outside at one end of the thermoelectric module and seals the said intermediate space at least with respect to the cold side and has at least one electric conductor, which connects at.least one thermoelectric element arranged in the thermoelectric module to at least one second electric conductor, which is arranged outside the thermoelectric module.
Apparatus for analysing phases of multiphase mixtures, including: - a measuring head having firstly a recess wherein a measuring cell is disposed for containing a mixture to be analysed, said measuring cell being placed in a housing, and secondly means for emitting an electromagnetic radiation and means (32, 36) for detecting an electromagnetic radiation coming from said emission means and having where applicable penetrated the measuring cell, and - means for driving and guiding (12, 14) in translation allowing the movement of the measuring head on a nominal travel in a direction referred to as a substantially vertical longitudinal direction, characterised in that said apparatus includes at least two housings each receiving a measuring cell and disposed one above the other in the longitudinal direction, and in that the housings and the driving means and guiding means (12, 14) are configured so that, during a translation of the measuring head on the nominal travel thereof, each housing fits inside the recess of the measuring head. - a measuring head having firstly a recess wherein a measuring cell is disposed for containing a mixture to be analysed, said measuring cell being placed in a housing, and secondly means for emitting an electromagnetic radiation and means (32, 36) for detecting an electromagnetic radiation coming from said emission means and having where applicable penetrated the measuring cell, and - means for driving and guiding (12, 14) in translation allowing the movement of the measuring head on a nominal travel in a direction referred to as a substantially vertical longitudinal direction, characterised in that said apparatus includes at least two housings each receiving a measuring cell and disposed one above the other in the longitudinal direction, and
A training kit for an aortic valve reconstruction surgery, the training kit comprising: a blood vessel model; and a plurality of valve leaflet models or a sheet member from which the valve leaflet model are cut out, wherein the blood vessel model has a bottomed cylindrical shape or a bottomless cylindrical shape where an opening portion is formed at least at an upper portion thereof, and a valve annulus portion, to which the valve leaflet model can be sutured, at around middle of the cylindrical shape, characterized in that the training kit further comprises: a disk-shaped plate which is configured to have a housing hole, the blood vessel model being inside the housing hole, and a plurality of notches on the peripheral edge thereof; and thread members, wherein one end of each thread member is sutured to an upper portion of the blood vessel model and the other end is hooked at one of the notches. a blood vessel model; and a plurality of valve leaflet models or a sheet member from which the valve leaflet model are cut out, wherein the blood vessel model has a bottomed cylindrical shape or a bottomless cylindrical shape where an opening portion is formed at least at an upper portion thereof, and a valve annulus portion, to which the valve leaflet model can be sutured, at around middle of the cylindrical shape, characterized in that the training kit further comprises: a disk-shaped plate which is configured to have a housing hole, the blood vessel model being inside the housing hole, and a plurality of notches on the peripheral edge thereof; and thread members, wherein one end of each thread member is sutured to an upper portion of the blood vessel model and the other end is hooked at one of the notches. a disk-shaped plate which is configured to have a housing hole, the blood vessel model being inside the housing hole, and a plurality of notches on the peripheral edge thereof; and thread members, wherein one end of each thread member is sutured to an upper portion of the blood vessel model and the other end is hooked at one of the notches.
A device (100, 300, 400, 500, 600, 700, 805) for identifying a communicating mobile terminal (155, 305), comprising: - an electromagnetic coupling means (320, 325, 420, 425, 620, 625, 815, 860) defining an exclusive zone of electromagnetic coupling between the device and the communicating mobile terminal, - an ultra-wide-band radio interfacing means simulating the availability to communicate with the mobile terminal of at least one base station of a telecommunication network and - a means for recognizing a unique digital signature of the communicating mobile terminal implementing samples of an electromagnetic trace of a message dispatched by the mobile terminal so as to attempt to connect to a simulated base station. - an electromagnetic coupling means (320, 325, 420, 425, 620, 625, 815, 860) defining an exclusive zone of electromagnetic coupling between the device and the communicating mobile terminal, - an ultra-wide-band radio interfacing means simulating the availability to communicate with the mobile terminal of at least one base station of a telecommunication network and - a means for recognizing a unique digital signature of the communicating mobile terminal implementing samples of an electromagnetic trace of a message dispatched by the mobile terminal so as to attempt to connect to a simulated base station.
A method implemented by a Wireless Transmit/Receive Unit, WTRU, having an access class, the method comprising: receiving, by the WTRU, application classification information indicating application classes of applications; receiving, by the WTRU, a system information block comprising: information indicating which ones of a plurality of application classes that a network subjects to an application class based rule, and information indicating respective sets of application class based rule parameters respectively associated with the plurality of application classes that the network subjects to application class-based rules; determining to attempt to access a network to transmit information associated with an application; determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; determining to apply a lowest priority application class for the application based on determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; and determining that the application is barred from accessing the network based on evaluation of a respective set of application class based rule parameters indicated in the SIB that apply to the lowest priority application class corresponding to the application indicated by the SIB. receiving, by the WTRU, application classification information indicating application classes of applications; receiving, by the WTRU, a system information block comprising: information indicating which ones of a plurality of application classes that a network subjects to an application class based rule, and information indicating respective sets of application class based rule parameters respectively associated with the plurality of application classes that the network subjects to application class-based rules; determining to attempt to access a network to transmit information associated with an application; determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; determining to apply a lowest priority application class for the application based on determining that the application is not associated with any of the plurality of application classes that are indicated as being subject to the application class based rules indicated in the SIB; and determining that the application is barred from accessing the network based on evaluation of a respective set of application class based rule parameters indicated in the SIB that apply to the lowest priority application class corresponding to the application indicated by the SIB.
A process of starting up a reaction system, the process comprising the steps of: a) heating a reactor and regenerator portion of the reaction system; b) loading a catalyst, the catalyst comprising activated metalloaluminophosphate molecular sieve, into the heated reactor or regenerator of the reaction system; c) heating the catalyst loaded into the reaction system; d) circulating the heated catalyst between the reactor and regenerator to further heat the reaction system; and e) contacting the heated catalyst with feed in the reactor, wherein the activated catalyst is loaded and maintained in the reaction system at conditions effective to maintain a catalytic activity index at a predetermined level where the catalyst is catalytically active to convert feed to desired end product, wherein the catalyst loaded into the reaction system is maintained at a predetermined catalytic activity index of at least 0.7 while the sieve is in the reaction system, with the CAI being calculated according to the following equation: CAI = exp f T ∗ f PP water n ∗ alpha ∗ t wherein t = time of contact of catalyst with water (hours) T = temperature at contact (°C) PP water = Partial Pressure of water in contact gas (psia) alpha = -0.071 n = 3.5 f T = exp ea 1 / T + 273 − 1 / T O + 273 ea = -5500°K T o = 200°C f PP water = 26.2 ∗ PP water / P sat + 1.14 ∗ 0.175, for T ≥ 180 ° C 453 ° K f PP water = 26.2 + 0.272 ∗ 180 − T ∗ PP water / P sat + 1.14 ∗ 0.175, for 180°C (453°K) > T ≥ 150°C (433°K) P sat = Saturation pressure of water at T (psia). a) heating a reactor and regenerator portion of the reaction system; b) loading a catalyst, the catalyst comprising activated metalloaluminophosphate molecular sieve, into the heated reactor or regenerator of the reaction system; c) heating the catalyst loaded into the reaction system; d) circulating the heated catalyst between the reactor and regenerator to further heat the reaction system; and e) contacting the heated catalyst with feed in the reactor, t = time of contact of catalyst with water (hours) T = temperature at contact (°C) PP water = Partial Pressure of water in contact gas (psia) alpha = -0.071 n = 3.5 ea = -5500°K T o = 200°C
A method of detecting a target nucleic acid, wherein the target nucleic acid comprises a nucleotide sequence comprising at least one unmethylated cytosine residue treated with bisulfite reagents, wherein the method comprises: (a) providing, i) a prepared sample suspected of comprising the target nucleic acid, ii) one or more primers specific for the bisulfite converted sense strand of the target nucleic acid, and iii) one or more primers specific for the bisulfite converted antisense strand of the target nucleic acid; (b) amplifying both the sense and antisense strands of any target nucleic acid present in the sample; and (c) detecting any amplified target nucleic acid, wherein steps (b) and (c) are carried out using real-time PCR. (a) providing, i) a prepared sample suspected of comprising the target nucleic acid, ii) one or more primers specific for the bisulfite converted sense strand of the target nucleic acid, and iii) one or more primers specific for the bisulfite converted antisense strand of the target nucleic acid; (b) amplifying both the sense and antisense strands of any target nucleic acid present in the sample; and (c) detecting any amplified target nucleic acid,
A cosmetic cream for application to the skin, containing: - 30 % by weight to 50 % by weight of avocado oil, - 30 % by weight to 55 % by weight of water, - 5 % by weight to 25 % by weight of one or more emulsifying agents, - 0.1 % by weight to 1.5 % by weight of tocopherol, - 0.1 % by weight to 2.0 % by weight of at least one preservative, - 0.5 % by weight to 1.2 % by weight of folic acid (vitamin B 9), - 0.5 % by weight to 1.2 % by weight of carnitine, - one or more further active ingredients selected from the group comprising cyanocobalamin (vitamin B 12), ubiquinone (coenzyme Q 10), allantoin, astaxanthin, curcuma, nigella sativa (black cumin) and cannabidiol in a total quantity of 0.5 % by weight to 3 % by weight, wherein for at least two active ingredients selected from the cited group, it contains each of these active ingredients in a quantity of at least 0.1 % by weight and in a quantity of at most 1.0 % by weight, preferably at most 0.5 % by weight. - 30 % by weight to 50 % by weight of avocado oil, - 30 % by weight to 55 % by weight of water, - 5 % by weight to 25 % by weight of one or more emulsifying agents, - 0.1 % by weight to 1.5 % by weight of tocopherol, - 0.1 % by weight to 2.0 % by weight of at least one preservative, - 0.5 % by weight to 1.2 % by weight of folic acid (vitamin B 9), - 0.5 % by weight to 1.2 % by weight of carnitine, - one or more further active ingredients selected from the group comprising cyanocobalamin (vitamin B 12), ubiquinone (coenzyme Q 10), allantoin, astaxanthin, curcuma, nigella sativa (black cumin) and cannabidiol in a total quantity of 0.5 % by weight to 3 % by weight, wherein for at least two active ingredients selected from the cited group, it contains each of these active ingredients in a quantity of at least 0.1 % by weight and in a quantity of at most 1.0 % by weight, preferably at most 0.5 % by weight.
A heating device for heating an annular seal dedicated to be placed between rings of a bearing, comprising two longitudinal parts (10, 11) able to be moved relative to each other between a closed position in which a longitudinal channel is formed there between for being transverse longitudinally by a portion of said seal, and an open position in which a portion of said seal can be introduced in and removed out of said channel characterized in that said longitudinal parts (10, 11) comprise: half longitudinal internal bodies (12, 13) which form there between said longitudinal channel in said close position; half longitudinal external fairings (14, 15) surrounding said half longitudinal internal bodies, the half longitudinal internal bodies carrying heating means (43, 46) for heating the portion of the seal extending in said channel; and end flanges for fixing together, respectively, half longitudinal internal bodies (12, 13) and half longitudinal external fairings (14, 15), said end flanges forming opposed end apertures (28, 29) at the ends of the longitudinal channel. half longitudinal internal bodies (12, 13) which form there between said longitudinal channel in said close position; half longitudinal external fairings (14, 15) surrounding said half longitudinal internal bodies, the half longitudinal internal bodies carrying heating means (43, 46) for heating the portion of the seal extending in said channel; and end flanges for fixing together, respectively, half longitudinal internal bodies (12, 13) and half longitudinal external fairings (14, 15), said end flanges forming opposed end apertures (28, 29) at the ends of the longitudinal channel.