mhurhangee/ep-ind-claims huggingface dataset:
Open system for conveying liquid in a closed circuit, comprising: - a water-impermeable and outwardly delimited reservoir for collecting liquid treatment media, a material which is to be treated with the liquid treatment medium being provided and/or arranged in the reservoir, - a collecting tank (4, 4') which is arranged in the reservoir substantially in or close to the base of the reservoir, the collecting tank (4, 4') having at least one opening through which the liquid treatment medium can flow, - a liquid draining apparatus for draining the liquid treatment medium that has collected in the collecting tank (4, 4') from the reservoir, - a treatment apparatus (9, 9') which is configured to treat the liquid treatment medium drained from the reservoir for re-use in the system (1, 1'), and - a recycling apparatus which is configured to recycle the treated liquid treatment medium into the reservoir. - a water-impermeable and outwardly delimited reservoir for collecting liquid treatment media, a material which is to be treated with the liquid treatment medium being provided and/or arranged in the reservoir, - a collecting tank (4, 4') which is arranged in the reservoir substantially in or close to the base of the reservoir, the collecting tank (4, 4') having at least one opening through which the liquid treatment medium can flow, - a liquid draining apparatus for draining the liquid treatment medium that has collected in the collecting tank (4, 4') from the reservoir, - a treatment apparatus (9, 9') which is configured to treat the liquid treatment medium drained from the reservoir for re-use in the system (1, 1'), and - a recycling apparatus which is configured to recycle the treated liquid treatment medium into the reservoir.
Exhaust gas sensor, comprising a housing, at least one connection cable and a stopper, which is arranged in the housing and is intended for sealing off the housing of the exhaust gas sensor, wherein the stopper has a main body and an outer seal (36, 38), wherein the main body comprises polytetrafluoroethylene, wherein the stopper has at least one through-channel, through which the connection cable can be led, wherein a seal (26, 28) is arranged at least in places between the main body of the stopper and the through-channel, characterized in that the housing of the exhaust gas sensor is connected in a material-bonding manner to the stopper indirectly by way of an outer seal (36, 38), which is arranged radially outside on the main body, and the seal comprises at least a perfluoroalkoxy polymer or a tetrafluoroethylene perfluoroproylene or a polychlorotrifluoroethylene or a polyvinylidene fluoride.
A method performed by a wireless device (510, 600, 1500) operable in a wireless communications network, the method comprising: - responsive to failure of transmission to a base station in a first transmission time interval of a first transport block comprising first control information, transmitting to the base station in a second, subsequent transmission time interval a second transport block comprising second control information, wherein the second control information is an updated version of the first control information, and wherein the first and second control information comprise each a buffer status report of the wireless device and the second control information reflects a buffer status at the second transmission time interval, - wherein failure of transmission of the first transport block comprises the wireless device determining that a wireless channel over which the first transport block is to be transmitted is busy in the first transmission time interval. - responsive to failure of transmission to a base station in a first transmission time interval of a first transport block comprising first control information, transmitting to the base station in a second, subsequent transmission time interval a second transport block comprising second control information, wherein the second control information is an updated version of the first control information, and wherein the first and second control information comprise each a buffer status report of the wireless device and the second control information reflects a buffer status at the second transmission time interval, - wherein failure of transmission of the first transport block comprises the wireless device determining that a wireless channel over which the first transport block is to be transmitted is busy in the first transmission time interval.
Radio communication set comprising: - an antenna with an impedance, - an impedance measurement sensor suitable for measuring the impedance of the antenna to obtain a measured impedance, - an amplifier, - a filter connected to the antenna and to the amplifier, the filter being adapted to provide a harmonic filtering function between the amplifier and the antenna, the filter having a variable impedance, the filter being an LC circuit, the LC circuit having an input and an output an inductive impedance generating element connecting the input to the output and a first capacitor connecting the input to ground and a second capacitor connecting the output to ground, the first capacitor including a first plurality of fixed value capacitors (26A, 26B) each connected to a respective controlled switch (32A, 32B), the second capacitor including a second plurality of fixed value capacitors (28A, 28B) each connected to a respective controlled switch (34A, 34B), - a power measurement sensor, the power measurement sensor being adapted to measure the power reflected from the filter to obtain a measured reflected power, and - a controller for controlling the impedance of the filter, the controller being adapted to control the impedance of the filter as a function of the measured impedance, the controller being adapted to control the impedance of the filter also as a function of the measured reflected power, the controller being also adapted to control each switch (32A, 32A, 34A, 34B). - an antenna with an impedance, - an impedance measurement sensor suitable for measuring the impedance of the antenna to obtain a measured impedance, - an amplifier, - a filter connected to the antenna and to the amplifier, the filter being adapted to provide a harmonic filtering function between the amplifier and the antenna, the filter having a variable impedance, the filter being an LC circuit, the LC circuit having an input and an output an inductive impedance generating element connecting the input to the output and a first capacitor connecting the input to ground and a second capacitor connecting the output to ground, the first capacitor including a first plurality of fixed value capacitors (26A, 26B) each connected to a respective controlled switch (32A, 32B), the second capacitor including a second plurality of fixed value capacitors (28A, 28B) each connected to a respective controlled switch (34A, 34B), - a power measurement sensor, the power measurement sensor being adapted to measure the power reflected from the filter to obtain a measured reflected power, and - a controller for controlling the impedance of the filter, the controller being adapted to control the impedance of the filter as a function of the measured impedance, the controller being adapted to control the impedance of the filter also as a function of the measured reflected power, the controller being also adapted to control each switch (32A, 32A, 34A, 34B).
A method for marking a petroleum hydrocarbon or a liquid biologically derived fuel; said method comprising adding to said petroleum hydrocarbon or liquid biologically derived fuel at least one compound having formula wherein R 1 is C 1 -C 12 alkyl or C 2 -C 12 alkenyl, R 2 is C 1 -C 12 alkyl or C 3 -C 12 alkenyl, m is an integer from zero to five and n is an integer from one to three; wherein each compound of formula is present at a level from 0.01 ppm to 100 ppm.
A transgenic plant that overexpresses the AHA2 gene under control of a GC1 promoter, said transgenic plant having stomata which exhibit increase in stomatal aperture in well-lit conditions and close in the same manner as in a wild-type plant in darkness or in response to ABA, where the AHA2 gene is a gene comprising the nucleotide sequence of SEQ ID No.1 or comprising a nucleotide sequence having a sequence identity of 80% or more to the nucleotide sequence of SEQ ID NO. 1.
A punch for a rotary press, which has a shaft and a punch head, wherein the punch head has an upper mirror surface, a cylinder surface and a first and a second rounded transition area (22, 24) between the mirror surface and cylinder surface, wherein the first transition area has a first radius and the second transition area has a second radius, wherein the first radius is larger than the second radius and wherein the punch head also has a preferably conical transition area from the cylinder surface to the shaft, wherein the diameter of the punch head is less than 25 mm, characterized in that the first radius of the transition area is selected such that its height is half the height of the cylinder surface, wherein the first radius is less than 14 mm, and wherein the second radius corresponds to at least one fifth of the size of the first radius.
A lamp comprising: a light source emitting light; a hologram film in which an interference fringe of the light is formed a reflection plate disposed in a tilted state at a predetermined angle with the hologram film such that the light emitted from the light source is reflected and the reflected light is incident on the hologram film obliquely; and a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform. a light source emitting light; a hologram film in which an interference fringe of the light is formed a reflection plate disposed in a tilted state at a predetermined angle with the hologram film such that the light emitted from the light source is reflected and the reflected light is incident on the hologram film obliquely; and a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform. a hologram film in which an interference fringe of the light is formed a reflection plate disposed in a tilted state at a predetermined angle with the hologram film such that the light emitted from the light source is reflected and the reflected light is incident on the hologram film obliquely; and a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform. a prism sheet disposed on one surface of the hologram film and including a plurality of concave-convex structures such that the light passing through the hologram film is refracted in one direction; wherein the reflection plate is composed of a plurality of regions and at least one of the plurality of regions has a different reflectance from the remaining regions such that an amount of the light incident on the hologram film is uniform.
A drug delivery system, comprising a first nebulizer configured to intermittently produce a humidity stream; a second nebulizer configured to intermittently produce a drug aerosol stream, wherein the first and second nebulizers (120, 130) are configured to actuate in alternating intervals; a mixer-heater (140, 300, 350) comprising a mixing section (301, 351) configured to combine the humidity stream and the drug aerosol stream with a ventilation stream to produce a combination stream, and a heating section (302, 352) configured to be operated at a constant power setting without heating the combination stream above 42°C; a patient interface configured for delivering the combination stream to a patient; and one or more conduits fluidically connecting the mixer-heater with the patient interface; wherein a volume of the mixer-heater (140, 300, 350), a volume of the one or more conduits, and a volume of the patient interface add up to a system volume of 150 mL or less. a first nebulizer configured to intermittently produce a humidity stream; a second nebulizer configured to intermittently produce a drug aerosol stream, wherein the first and second nebulizers (120, 130) are configured to actuate in alternating intervals; a mixer-heater (140, 300, 350) comprising a mixing section (301, 351) configured to combine the humidity stream and the drug aerosol stream with a ventilation stream to produce a combination stream, and a heating section (302, 352) configured to be operated at a constant power setting without heating the combination stream above 42°C; a mixing section (301, 351) configured to combine the humidity stream and the drug aerosol stream with a ventilation stream to produce a combination stream, and a heating section (302, 352) configured to be operated at a constant power setting without heating the combination stream above 42°C; a patient interface configured for delivering the combination stream to a patient; and one or more conduits fluidically connecting the mixer-heater with the patient interface; wherein a volume of the mixer-heater (140, 300, 350), a volume of the one or more conduits, and a volume of the patient interface add up to a system volume of 150 mL or less.
A deoxyribonucleic acid molecule comprising a plurality of sequences encoding Cas9 single guide RNAs (sgRNAs), wherein each sgRNA is flanked by at least one Csy4 cleavage sequence consisting of the sequence GTTCACTGCCGTATAGGCAG (SEQ ID NO:1).
A post for a fence comprising a hollow longitudinally extending first part which comprises ear portions (15, 16) at both sides of a central portion, a second part which extend longitudinally in said first part in a telescopic manner, said first part of the post comprises one or more longitudinal housing(s) for receiving illuminating elements, said one or more longitudinal housing(s) comprise(s) one or more illuminating element(s), characterized in that; said ear portions (15, 16) have at their outer ends inwardly extending lips (23, 24) with a plurality of longitudinally extending lateral openings adapted to receive ends of a fence material, said first part of the post features a first closed-geometry longitudinally hollow inner profile interconnected by at least two longitudinally extending bridging elements to a second closed-geometry longitudinally extending outer profile enclosing said first profile, said longitudinal housing(s) comprising one or more illuminating element(s) is/are closed by longitudinal covering(s) having a first and a second end, each end fitting into said housing's/housings' open end lateral lips by sliding said covering(s) inside said housing(s) such that said longitudinal covering(s) is/are configured to have a dovetail connection with the open end of said longitudinal housing(s) and, said longitudinal covering(s) is/are flush with the remaining outer surface of the post.
A proton-conducting gel electrolyte, characterised by a concentrated acid-formed covalently cross-linked polymer network within which sulfuric acid having a specific gravity of about 1.18 to about 1.50 is immobilized.
An optical device comprising: a vibration actuator; a drive apparatus adapted to apply a drive voltage to the vibration actuator by outputting a first drive signal and a second drive signal; a drive voltage change unit adapted to change the drive voltage; and a phase difference change unit adapted to change the phase difference, wherein the driving direction of the vibration actuator changes according to a phase difference between a first drive signal and a second drive signal; and the drive voltage change unit changes the drive voltage to a first voltage in a case of driving the vibration actuator, and changes the drive voltage to a second voltage that is greater than 0 and less than the first voltage in a case of the phase difference change unit changing the phase difference. a vibration actuator; a drive apparatus adapted to apply a drive voltage to the vibration actuator by outputting a first drive signal and a second drive signal; a drive voltage change unit adapted to change the drive voltage; and a phase difference change unit adapted to change the phase difference, wherein the driving direction of the vibration actuator changes according to a phase difference between a first drive signal and a second drive signal; and the drive voltage change unit changes the drive voltage to a first voltage in a case of driving the vibration actuator, and changes the drive voltage to a second voltage that is greater than 0 and less than the first voltage in a case of the phase difference change unit changing the phase difference.
Brake device for carrying out an emergency braking operation of a rail vehicle, comprising: at least one brake cylinder; a pressure regulating device for producing a brake cylinder pressure (Pb) for the brake cylinder; and a control device for actuating the pressure regulating device, characterised in that the control device comprises a control unit and at least one further control unit, in each case for actuating the pressure regulating device, wherein the respective control units (16i, 16ii) of the control device are designed in accordance with different safety integrity levels. at least one brake cylinder; a pressure regulating device for producing a brake cylinder pressure (Pb) for the brake cylinder; and a control device for actuating the pressure regulating device, characterised in that the control device comprises a control unit and at least one further control unit, in each case for actuating the pressure regulating device, wherein the respective control units (16i, 16ii) of the control device are designed in accordance with different safety integrity levels.
A method for obtaining a reactive sputtering process with a reduced or eliminated hysteresis behavior, the method comprising: (a) employing a desired target consisting essentially of a mixture of one metallic part, consisting essentially of one or more metals and/or one or more semiconducting materials, and one compound part, consisting essentially of one or more oxide materials, where the relative amount of compound part is between 30% and 50% of the target material and is large enough to: i) eliminate or reduce the hysteresis behavior of the reactive sputtering process as compared to reactively sputtering a metal target completely made from said metallic part, and ii) enable a stable deposition of a compound film at a rate being at least 20% higher than what is possible from a given target completely made from said compound part; wherein at least one of the metallic part and the compound part includes one or more elements selected from the group consisting of zinc, niobium, bismuth, and aluminum; and (b) depositing a fully oxidized coating on a substrate. (a) employing a desired target consisting essentially of a mixture of one metallic part, consisting essentially of one or more metals and/or one or more semiconducting materials, and one compound part, consisting essentially of one or more oxide materials, where the relative amount of compound part is between 30% and 50% of the target material and is large enough to: i) eliminate or reduce the hysteresis behavior of the reactive sputtering process as compared to reactively sputtering a metal target completely made from said metallic part, and ii) enable a stable deposition of a compound film at a rate being at least 20% higher than what is possible from a given target completely made from said compound part; wherein at least one of the metallic part and the compound part includes one or more elements selected from the group consisting of zinc, niobium, bismuth, and aluminum; and i) eliminate or reduce the hysteresis behavior of the reactive sputtering process as compared to reactively sputtering a metal target completely made from said metallic part, and ii) enable a stable deposition of a compound film at a rate being at least 20% higher than what is possible from a given target completely made from said compound part; (b) depositing a fully oxidized coating on a substrate.
A memory unit comprising: a) a plurality of memory cell groups, each memory cell group comprising a plurality of memory cells that are each operatively connected to a first local bit line and a second local bit line by respective first and second access transistors (26a, 26b), and each memory cell being associated with a word line configured to control the first and second access transistors (26a, 26b) of the memory cell; b) the first and second local bit lines (40a, 40b) of each memory cell group being operatively connected to respective first and second column bit lines (11, 12) by respective first and second group access switches (13a, 13b), the first group access switch being configured to be controlled by the second column bit line and the second group access switch being configured to be controlled by the first column bit line), characterized in that the first group access switches (13a, 13b) comprise Active Bit Line Enabled NMOS devices having a low voltage off state and a high voltage on state; and the first and second access transistors 26a, 26b comprise NMOS devices". a) a plurality of memory cell groups, each memory cell group comprising a plurality of memory cells that are each operatively connected to a first local bit line and a second local bit line by respective first and second access transistors (26a, 26b), and each memory cell being associated with a word line configured to control the first and second access transistors (26a, 26b) of the memory cell; b) the first and second local bit lines (40a, 40b) of each memory cell group being operatively connected to respective first and second column bit lines (11, 12) by respective first and second group access switches (13a, 13b), the first group access switch being configured to be controlled by the second column bit line and the second group access switch being configured to be controlled by the first column bit line), characterized in that the first group access switches (13a, 13b) comprise Active Bit Line Enabled NMOS devices having a low voltage off state and a high voltage on state; and the first and second access transistors 26a, 26b comprise NMOS devices".