mhurhangee/ep-ind-claims huggingface dataset:
A metal or semi-metal oxide powder inhibiting the growth of colonies of microorganisms, wherein: • the powder includes particles having a particle size distribution between 0.1 to 100 microns, which are formulated as a strongly bonded, porous, composite of nano-scale grains of materials, wherein the grains have a surface area of 75 to 300 m 2 /g and which have less than about 10 -4 % of free radical species by weight; • the powder includes less than 1% of the maximum amount of radical species by weight; and • the powder is generated by hydration of an unprocessed metal or semi-metal oxide powder in 0.01M citric acid. • the powder includes particles having a particle size distribution between 0.1 to 100 microns, which are formulated as a strongly bonded, porous, composite of nano-scale grains of materials, wherein the grains have a surface area of 75 to 300 m 2 /g and which have less than about 10 -4 % of free radical species by weight; • the powder includes less than 1% of the maximum amount of radical species by weight; and • the powder is generated by hydration of an unprocessed metal or semi-metal oxide powder in 0.01M citric acid.
A coil arrangement, in particular alternating-current transformer, having two windings which are arranged wound about an arm, in particular about a centre arm, of a coil core, wherein outer arms of the coil core at least partially surround the coil arrangement, wherein the outer arms and the arm are connected at their respective first end regions by means of a first yoke and at their respective second end regions by means of a second yoke, wherein the windings are arranged spaced apart from each other, in particular wherein the windings are embodied about the same winding axis, in particular which extends parallel to the arm, in particular in the direction of the winding axis, wherein the toroidal spatial region produced by the spacing-apart of the windings is partially filled with a separate ferrite part, wherein the ferrite part is formed from one or more ferrite rods, wherein the rods are oriented perpendicular to the winding axis, wherein the ferrite rods are impeder cores.
A method for controlling interruption of media content in a passenger seating zone, the method comprising: receiving media content being consumed by a user in the passenger seating zone; providing said media content consumed by the user to an output circuit that outputs the media content to the user; characterized by the steps detecting an interruption event that comprises a public announcement; determining a current state of the user in the passenger seating zone as detected by one or more sensors; determining if the interruption event is relevant to the user based on the current state of the user; interrupting the media content being consumed by the user, by pausing the media content being output to said output circuit, if the interruption event is relevant to the user based on the determined current state of the user; and inhibiting the interruption of the media content being consumed by the user if the interruption event is not relevant to the user based on the determined current state of the user. receiving media content being consumed by a user in the passenger seating zone; providing said media content consumed by the user to an output circuit that outputs the media content to the user; characterized by the steps detecting an interruption event that comprises a public announcement; determining a current state of the user in the passenger seating zone as detected by one or more sensors; determining if the interruption event is relevant to the user based on the current state of the user; interrupting the media content being consumed by the user, by pausing the media content being output to said output circuit, if the interruption event is relevant to the user based on the determined current state of the user; and inhibiting the interruption of the media content being consumed by the user if the interruption event is not relevant to the user based on the determined current state of the user.
Drive train having an electric machine, an internal combustion engine, a transmission which consists of two sub-transmissions (TG1, TG2), wherein each sub-transmission (TG1, TG2) is assigned gear sets having fixed gears and idler gears which represent gear stages, and wherein the internal combustion engine is able to be linked to the transmission by way of a dual clutch having a first and a second clutch (K1, K2), and the electric machine is able to be linked to the first sub-transmission, wherein the first sub-transmission by a first drive shaft is able to be linked to the internal combustion engine by way of the first clutch and - in the direction away from the internal combustion engine - has a fixed gear for a fifth gear stage and a fixed gear for a third gear stage, and the second sub-transmission by a second drive shaft is able to be linked to the internal combustion engine by way of the second clutch and has the second and the fourth gear stage with the fixed gears (F2, F4); wherein the fifth gear stage with the fixed gear and the idler gear is disposed axially between the fourth gear stage with the fixed gear on the second sub-transmission and a bridging clutch which on an output shaft is disposed between the idler gears of the third and the fifth gear stage (L3, L5) and serves to input the drive of the electric machine, characterized in that a gap between the fixed gear of the fourth gear stage and the bridging clutch, into which the fixed gear of the fifth gear stage plunges, is achieved by axially expanding the structural arrangement of the fixed gears and idler gears along the first and the second drive shaft (A1, A2), said fixed gear of the fifth gear stage simultaneously serving as an electrical input gear on the first drive shaft, by way of which the electric drive machine is linked.
A method of operating non-volatile storage having a plurality of non-volatile storage elements and a plurality of word lines associated with the plurality of non-volatile storage elements, the method comprising: erasing the plurality of non-volatile storage elements (702, 752, 1002); the method characterised by comprising: programming data in a first group of the plurality of non-volatile storage elements while leaving unprogrammed a second group of the plurality of non-volatile storage elements, for every non-volatile storage element in the first group any neighbor non-volatile storage element on a word line either above or below the non-volatile storage element in the first group is a member of the second group that remains unprogrammed (704, 1004); erasing the data in at least the first group of non-volatile storage elements while the second group of non-volatile storage elements remain unprogrammed (706, 756, 1006); programming at least a portion of the second group of the non-volatile storage elements, for every non-volatile storage element in the portion of the second group any neighbor non-volatile storage element on a word line either above or below the non-volatile storage element in the portion of the second group remains unprogrammed (708, 1008); and erasing data in the at least a portion of the second group of non-volatile storage elements while the neighbor non-volatile storage elements on word lines either above or below the non-volatile storage element in the at least the portion of the second group remain unprogrammed (710, 1010). erasing the plurality of non-volatile storage elements (702, 752, 1002); the method characterised by comprising: programming data in a first group of the plurality of non-volatile storage elements while leaving unprogrammed a second group of the plurality of non-volatile storage elements, for every non-volatile storage element in the first group any neighbor non-volatile storage element on a word line either above or below the non-volatile storage element in the first group is a member of the second group that remains unprogrammed (704, 1004); erasing the data in at least the first group of non-volatile storage elements while the second group of non-volatile storage elements remain unprogrammed (706, 756, 1006); programming at least a portion of the second group of the non-volatile storage elements, for every non-volatile storage element in the portion of the second group any neighbor non-volatile storage element on a word line either above or below the non-volatile storage element in the portion of the second group remains unprogrammed (708, 1008); and erasing data in the at least a portion of the second group of non-volatile storage elements while the neighbor non-volatile storage elements on word lines either above or below the non-volatile storage element in the at least the portion of the second group remain unprogrammed (710, 1010).
A method of preparing an intermediate in the synthesis of eribulin, said method comprising reacting a compound having formula: wherein each of R 1, R 2, R 3, R 4, and R 5 is independently a silyl group, with a fluoride source in a solvent comprising an amide, wherein the amide is an N,N C1-C6 dialkyl C1-C6 alkyl amide or N C1-C6 alkyl C2-C6 lactam, to produce the intermediate ER-811475:
Process for the preparation of doped anionic clay wherein a trivalent metal source is reacted with a divalent metal source, at least one of the metal sources being either doped boehmite, doped MgO or doped brucite, to obtain a doped anionic clay, said doped boehmite being prepared by converting a boehmite precursor and a dopant to a boehmite containing the dopant in a homogeneously dispersed state, said doped MgO or doped brucite being prepared by adding a dopant to a MgO or brucite precursor in aqueous suspension and thermally treating the resulting mixture, wherein the trivalent metal source is a compound of a trivalent metal selected from the group consisting of aluminum, gallium, indium, iron, chromium, vanadium, cobalt, manganese, and combinations thereof, wherein the divalent metal source is a compound of a divalent metal selected from the group consisting of magnesium, zinc, nickel, copper, iron, cobalt, manganese, calcium, barium, and combinations thereof, wherein the dopant is a compound containing an element selected from the group of alkaline earth metals, alkaline metals, transition metals, actinides, rare earth metals, noble metals, silicon, gallium, boron, titanium, and phosphorus, wherein a molar ratio of divalent to trivalent metal ranges from 0.1 to 10, wherein an amount of dopant in the doped anionic clay is 1 to 50 wt. %.
A chainring assembly for an e-bike, characterized in that the chainring assembly comprises: a mounting portion comprising a circumferential ring having a radial slot permitting the chainring assembly to be clamped circumferentially onto a motor output shaft of an electric motor of a motor assembly of the e-bike.
A linear compressor, comprising: - a stationary member including a cylinder for providing a space for compressing a refrigerant; - a movable member linearly reciprocating with respect to the stationary member, and including a piston for compressing the refrigerant inside the cylinder and a supporter piston fixed to the piston, having a center coinciding with the center of the piston and having a support portion (327, 328) extended in a radial direction of the piston; - two front main springs symmetrical with the center of the piston and the supporter piston, one ends of which being supported by the front surface of the support portion (327, 328) of the supporter piston and the other ends of which being supported by the stationary member; and - one or more rear main spring positioned at the opposite side of the piston, one end of which being supported by the back surface of the supporter piston, characterized in that the supporter piston is made of non iron-based metal having a lower density than an iron-based metal and non magnetic metal, preferably Al. - a stationary member including a cylinder for providing a space for compressing a refrigerant; - a movable member linearly reciprocating with respect to the stationary member, and including a piston for compressing the refrigerant inside the cylinder and a supporter piston fixed to the piston, having a center coinciding with the center of the piston and having a support portion (327, 328) extended in a radial direction of the piston; - two front main springs symmetrical with the center of the piston and the supporter piston, one ends of which being supported by the front surface of the support portion (327, 328) of the supporter piston and the other ends of which being supported by the stationary member; and - one or more rear main spring positioned at the opposite side of the piston, one end of which being supported by the back surface of the supporter piston,
A router table comprising: a table top having a substantially planar upper surface; a bit mount configured to hold a router bit such that the router bit extends from the table top, the bit mount defining a bit axis; a drive train operably connected to the bit mount; and a drive coupling operably connected to the drive train, the drive coupling configured to engage a driven member, the drive coupling defining a drive axis that is not coaxial with the bit axis, wherein the drive coupling is configured to receive the driven member characterized in that the driven member is a drive bit connected to a portable router seated on the upper surface of the table top, and wherein the table top includes a bit hole with the bit mount extending through the bit hole in the table top. a table top having a substantially planar upper surface; a bit mount configured to hold a router bit such that the router bit extends from the table top, the bit mount defining a bit axis; a drive train operably connected to the bit mount; and a drive coupling operably connected to the drive train, the drive coupling configured to engage a driven member, the drive coupling defining a drive axis that is not coaxial with the bit axis, wherein the drive coupling is configured to receive the driven member characterized in that the driven member is a drive bit connected to a portable router seated on the upper surface of the table top, and wherein the table top includes a bit hole with the bit mount extending through the bit hole in the table top.
A first audio device comprising: - a speaker for reproduction of first audio signals, - a microphone for reception of second audio signals, - a first transceiver configured for establishing a wireless link according to a short-distance wireless technology, where the first audio device is configured for establishing the wireless link with a second audio device configured for establishing a call, where the first audio device is configured for transmission of the first and second audio signals of the call via the wireless link, wherein the first audio device is configured for detecting a call-end request during the call, characterized in that the first audio device is configured for, upon detecting the call-end request, inquiring whether the wireless link between the first audio device and the second audio device should be disconnected; wherein the inquiry whether the wireless link between the first audio device and the second audio device should be disconnected is an auditory and/or visual and/or tactile notification from the first audio device and/or the second audio device. - a speaker for reproduction of first audio signals, - a microphone for reception of second audio signals, - a first transceiver configured for establishing a wireless link according to a short-distance wireless technology,
A determination system comprising: a facial change information acquirer that is configured to acquire facial change information indicating a chronological change in face data which is obtained from a face of the subject and related to a complexion of the subject, and that includes a color space processor configured to perform color separation processing of separating the facial change information into three color components of an red component, a green component, and a blue component, a motion detector configured to detect a standing up motion of the subject and characterised by a physiological state determiner configured to obtain a time from when the green component of the complexion increases due to the standing up motion of the subject to when the green component of the complexion returns to a level of the green component during a sitting position of the subject based on the facial change information, compare the obtained time with a predetermined reference time, and determine that there is a risk of orthostatic hypotension in the subject when the obtained time is longer than the predetermined reference time. a facial change information acquirer that is configured to acquire facial change information indicating a chronological change in face data which is obtained from a face of the subject and related to a complexion of the subject, and that includes a color space processor configured to perform color separation processing of separating the facial change information into three color components of an red component, a green component, and a blue component, a motion detector configured to detect a standing up motion of the subject and characterised by a physiological state determiner configured to obtain a time from when the green component of the complexion increases due to the standing up motion of the subject to when the green component of the complexion returns to a level of the green component during a sitting position of the subject based on the facial change information, compare the obtained time with a predetermined reference time, and determine that there is a risk of orthostatic hypotension in the subject when the obtained time is longer than the predetermined reference time. obtain a time from when the green component of the complexion increases due to the standing up motion of the subject to when the green component of the complexion returns to a level of the green component during a sitting position of the subject based on the facial change information, compare the obtained time with a predetermined reference time, and determine that there is a risk of orthostatic hypotension in the subject when the obtained time is longer than the predetermined reference time.
At least one Transient Receptor Potential Vanilloid Receptor 4 (TRPV4) antagonist, or a pharmaceutically-acceptable salt thereof, for use in a method to slow the progression or ameliorate hydrocephalus in a patient, in a method to reduce at least one symptom of hydrocephalus, or in a method to reduce the risk of hydrocephalus in a patient with traumatic brain injury and in need of reducing the risk of hydrocephalus, the method comprising administering a safe and effective amount of the TRPV4 antagonist, or the pharmaceutically-acceptable salt thereof, to a patient in need thereof.
An apparatus for continuously producing chemically-modified cellulose, comprising: a first mechanism for transporting a fine-powder cellulose fiber starting material and a hydrophobizing chemical substance; an extruder having a hopper for introducing the cellulose fiber starting material and the hydrophobizing chemical substance, and having a temperature raising mechanism, a pressure raising mechanism and a degassing mechanism, and moreover having a screw piece for kneading; a solvent tank connected to the extruder; and a dryer connected to the solvent tank. a first mechanism for transporting a fine-powder cellulose fiber starting material and a hydrophobizing chemical substance; an extruder having a hopper for introducing the cellulose fiber starting material and the hydrophobizing chemical substance, and having a temperature raising mechanism, a pressure raising mechanism and a degassing mechanism, and moreover having a screw piece for kneading; a solvent tank connected to the extruder; and a dryer connected to the solvent tank.
A fluid transportation system for transporting seawater from a seawater source to an inland oilfield having an inland oilfield wellbore, wherein transportation occurs at least partially by a transportation mechanism, the system comprising: an extraction station, positioned at a seawater source, configured to collect seawater from the seawater source; a loading station, configured to place the collected seawater in at least one of railcar, a tanker truck, and a pipeline of the transportation mechanism for transportation; an unloading station, configured to unload the collected seawater from the transportation mechanism; and an injector positioned at the inland oilfield wellbore, configured to receive the collected seawater after the collected seawater has been transported via the transportation mechanism, and further configured to inject the seawater into the inland oilfield wellbore for subterranean operations; wherein the seawater source is one of: an ocean; a saltwater lake; and a sea; and wherein the inland oilfield has at least one additional wellbore which has previously utilized locally sourced water for subterranean operations. an extraction station, positioned at a seawater source, configured to collect seawater from the seawater source; a loading station, configured to place the collected seawater in at least one of railcar, a tanker truck, and a pipeline of the transportation mechanism for transportation; an unloading station, configured to unload the collected seawater from the transportation mechanism; and an injector positioned at the inland oilfield wellbore, configured to receive the collected seawater after the collected seawater has been transported via the transportation mechanism, and further configured to inject the seawater into the inland oilfield wellbore for subterranean operations; wherein the seawater source is one of: an ocean; a saltwater lake; and a sea; and wherein the inland oilfield has at least one additional wellbore which has previously utilized locally sourced water for subterranean operations.
A rotor blade for a wind turbine, which extends from a rotor blade root substantially to a rotor blade tip, including a single- or multi-part shell (10, 10', 14), which is made at least partially of a fibre composite material, and at least one spar cap (9 - 9"'), which is arranged in the rotor blade substantially in the direction of a length of the rotor blade, wherein the at least one spar cap (9 - 9"') includes layers of a fibre composite material with fibres unidirectionally aligned in the direction of a length of the spar cap (9 - 9"'), characterised in that a thickness of the at least one spar cap (9 - 9"') decreases towards the blade root in a section on the blade root side, the length of which is at least 3% of an entire length of the spar cap (9 - 9"'), wherein the shell (10, 10', 14) includes at least one layer (13, 13') of a fibre composite material with fibres unidirectionally aligned in the direction of the length of the rotor blade, wherein the layer (13, 13') extends, in at least one section, along the length of the rotor blade from a profile leading edge (5, 45) to a profile trailing edge (6, 46) of the rotor blade.