mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing the bitterness and astringency and/or increasing the refreshing attributes of green tea comprising: performing microfiltration on green tea extract to form a microfiltration retentate and a microfiltration permeate; performing ultrafiltration on the microfiltration permeate to form an ultrafiltration retentate and an ultrafiltration permeate, the ultrafiltration being performed with a membrane having a molecular weight cutoff (MWCO) of 5000 to 25000 Da; and performing reduced temperature fractionation at a temperature below 10°C on the ultrafiltration permeate to fractionate the ultrafiltration permeate and form a supernatant and a sediment; and using the supernatant from the reduced temperature fractionation to make a green tea product, the supernatant having - a reduced level of flavonol-glycosides related relative to the green tea extract, - about the same antioxidant concentration as the green tea extract, and - about the same caffeine concentration as the green tea extract. performing microfiltration on green tea extract to form a microfiltration retentate and a microfiltration permeate; performing ultrafiltration on the microfiltration permeate to form an ultrafiltration retentate and an ultrafiltration permeate, the ultrafiltration being performed with a membrane having a molecular weight cutoff (MWCO) of 5000 to 25000 Da; and performing reduced temperature fractionation at a temperature below 10°C on the ultrafiltration permeate to fractionate the ultrafiltration permeate and form a supernatant and a sediment; and using the supernatant from the reduced temperature fractionation to make a green tea product, the supernatant having - a reduced level of flavonol-glycosides related relative to the green tea extract, - about the same antioxidant concentration as the green tea extract, and - about the same caffeine concentration as the green tea extract. - a reduced level of flavonol-glycosides related relative to the green tea extract, - about the same antioxidant concentration as the green tea extract, and - about the same caffeine concentration as the green tea extract.
A surgical cassette manifold, comprising: a front housing, a rear housing, a gasket, and a tubing segment, wherein the gasket is coupled with the rear housing, and wherein upon assembly of the surgical cassette manifold, at least a portion of the gasket is located between the front housing and the rear housing, wherein the rear housing comprises a first lower tube connection and a second lower tube connection, wherein the first lower tube connection is configured and dimensioned to couple with a first end of the tubing segment and the second lower tube connection is configured and dimensioned to couple with a second end of the tubing segment thereby creating a first portion of a peristaltic pump, wherein the first lower tube connection and second lower tube connection have an in flow and out flow path on a same axis. a front housing, a rear housing, a gasket, and a tubing segment, wherein the gasket is coupled with the rear housing, and wherein upon assembly of the surgical cassette manifold, at least a portion of the gasket is located between the front housing and the rear housing, wherein the rear housing comprises a first lower tube connection and a second lower tube connection, wherein the first lower tube connection is configured and dimensioned to couple with a first end of the tubing segment and the second lower tube connection is configured and dimensioned to couple with a second end of the tubing segment thereby creating a first portion of a peristaltic pump, wherein the first lower tube connection and second lower tube connection have an in flow and out flow path on a same axis.
A proliposomal powder dispersion, comprising (a) testosterone, (b) cholesterol, and (c) at least one phospholipid, wherein (a) and (b) are present in a weight ratio (a: b) ranging from (1: 0.05) to (1: 0.30) and (a), (b) and (c) are present in a weight ratio of (a: (b + c)) ranging from (1: 1.0) to (1: 2.5). (a) testosterone, (b) cholesterol, and (c) at least one phospholipid,
Strut arrangement for a building closure, comprising at least one first strut and at least one second strut, the first strut and the second strut being part of a frame or casement of the building closure, and a first hollow profile of the first strut being connected to a second hollow profile of the second strut, characterised in that the first hollow profile has a profile web, which is embodied circumferentially at least in regions and has at an end face a profile web end face, which is positioned in a mitre plane at an angle to longitudinal central axes (6, 7) of the struts (2, 3) and abuts on an inner profile web end face, which is positioned in the mitre plane and provided at an end face on an inner profile web of an inner profile of the second hollow profile, and in that an outer profile of the second hollow profile is formed integrally with the inner profile and encloses it at least in regions, the outer profile having an outer profile web, which has an outer profile web end face at an angle to the mitre plane and abutting on a lateral surface of the profile web by way of the outer profile web end face.
A production method for a sintered composite sliding part, comprising: preparing an Fe-based alloy powder consisting of 11 to 35 % by mass of Cr, optionally including at least one selected from the group consisting of 3.5 to 22 % by mass of Ni, 0.3 to 7 % by mass of Mo, 0.45 % by mass or less of Nb, 0.1 to 5 % by mass of Al, 0.3 % by mass or less of N, 0.15 to 5 % by mass of Si, 0.15 % by mass or less of Se, 0.2 % by mass or less of P, and 0.15 % by mass or less of S and balance of Fe and inevitable impurities, and a hard phase forming alloy powder consisting of 20 to 60 % by mass of Mo, 3 to 12 % by mass of Cr, 1 to 12 % by mass of Si, and the balance of Co and inevitable impurities, the hard phase forming alloy powder for forming a hard phase by sintering, the hard phase being formed so that molybdenum silicides is dispersed in Co alloy matrix by precipitating; adding the hard phase forming alloy powder into the Fe-based alloy powder at 15 to 70 % by volume; mixing the hard phase forming alloy powder and the Fe-based alloy powder so as to obtain a mixed powder as a raw powder; compacting the raw powder into a shape of an outer member with a hole so as to obtain an outer member compact, closely fitting an inner member made of a stainless ingot steel into the hole of the outer member compact; and sintering the outer member compact and simultaneously diffusion bonding the outer member compact and the inner member together by solid-phase-diffusion. preparing an Fe-based alloy powder consisting of 11 to 35 % by mass of Cr, optionally including at least one selected from the group consisting of 3.5 to 22 % by mass of Ni, 0.3 to 7 % by mass of Mo, 0.45 % by mass or less of Nb, 0.1 to 5 % by mass of Al, 0.3 % by mass or less of N, 0.15 to 5 % by mass of Si, 0.15 % by mass or less of Se, 0.2 % by mass or less of P, and 0.15 % by mass or less of S and balance of Fe and inevitable impurities, and a hard phase forming alloy powder consisting of 20 to 60 % by mass of Mo, 3 to 12 % by mass of Cr, 1 to 12 % by mass of Si, and the balance of Co and inevitable impurities, the hard phase forming alloy powder for forming a hard phase by sintering, the hard phase being formed so that molybdenum silicides is dispersed in Co alloy matrix by precipitating; adding the hard phase forming alloy powder into the Fe-based alloy powder at 15 to 70 % by volume; mixing the hard phase forming alloy powder and the Fe-based alloy powder so as to obtain a mixed powder as a raw powder; compacting the raw powder into a shape of an outer member with a hole so as to obtain an outer member compact, closely fitting an inner member made of a stainless ingot steel into the hole of the outer member compact; and sintering the outer member compact and simultaneously diffusion bonding the outer member compact and the inner member together by solid-phase-diffusion.
A process for the preparation of a phosphor comprising a matrix of the formula Sr 4 Al 14 O 25 comprising europium as an activator and a further rare earth element as a co-activator, the starting materials in the process comprising an aluminum compound, a strontium compound, a boron compound, an europium compound and a compound of a further rare earth element, wherein the molar ratio of Al/Sr in the starting materials is in the range of 3.1 to less than 3.5, the ratio of Eu/Sr in the starting materials is in the range of 0.0015 to 0.01, the ratio of B/Sr in the starting materials is in the range of 0.1 to 0.3, and the boron compound is selected from boric acid, boric oxide and a borate salt; the process comprising the steps of providing a homogeneous mixture of the starting materials for the synthesis of the phosphor by milling the starting materials, treating the homogeneous mixture with heat, grinding the block material which is obtained through the heat treatment, ball-milling the crushed material and sieving the material.
A system for circulating air through a double-walled gas supply pipe, the system comprising: a double-walled pipe configured to be connected to a gas handling device to deliver a gas to the gas handling device; a gas supply unit supplying the gas to the gas handling device through an inner pipe of the double-walled pipe; an air supply unit supplying air to an outer pipe of the double-walled pipe; an air discharge line for discharging the air circulated from the outer pipe; and an air suction unit connected to the air discharge line and adapted to suction and circulate the air supplied to the outer pipe from the air supply unit using a high-pressure fluid introduced thereinto, characterised in that the air suction unit is a steam ejector adapted to suction the air from the outer pipe using high-pressure steam introduced thereinto, the system further comprising: a steam supply device producing steam and supplying the steam to the steam ejector; a condensate water circulation line branched off downstream of the steam ejector to be connected to the steam supply device; and a third discharge line branched off downstream of the steam ejector to discharge the steam and the gas from a ship or an offshore structure comprising the system. a double-walled pipe configured to be connected to a gas handling device to deliver a gas to the gas handling device; a gas supply unit supplying the gas to the gas handling device through an inner pipe of the double-walled pipe; an air supply unit supplying air to an outer pipe of the double-walled pipe; an air discharge line for discharging the air circulated from the outer pipe; and an air suction unit connected to the air discharge line and adapted to suction and circulate the air supplied to the outer pipe from the air supply unit using a high-pressure fluid introduced thereinto, characterised in that the air suction unit is a steam ejector adapted to suction the air from the outer pipe using high-pressure steam introduced thereinto, the system further comprising: a steam supply device producing steam and supplying the steam to the steam ejector; a condensate water circulation line branched off downstream of the steam ejector to be connected to the steam supply device; and a third discharge line branched off downstream of the steam ejector to discharge the steam and the gas from a ship or an offshore structure comprising the system. a steam supply device producing steam and supplying the steam to the steam ejector; a condensate water circulation line branched off downstream of the steam ejector to be connected to the steam supply device; and a third discharge line branched off downstream of the steam ejector to discharge the steam and the gas from a ship or an offshore structure comprising the system.
A method at an electronic device (3710, 3800) having a display, the method comprising: displaying a user interface on the display, wherein the user interface includes at least one folder icon (220, 2710) for a folder, the folder icon further including a badge providing an indication of a number of applications (320, 322) with notifications inside the folder, the applications with notifications inside the folder having application icons, the application icons including an application badge indicating a number of notifications; detecting a user interface interaction indicating a badge clearing selection for the folder, the user interface interaction being applied to the badge for the folder; in response to detecting the user interface interaction, providing a menu on the user interface for clearing the folder badge of the folder; upon detecting a user interface selection in the menu for clearing the folder badge of the folder, clearing only the badge on the folder icon, wherein the clearing the badge on the folder leaves application badges on application icons within the folder intact. displaying a user interface on the display, wherein the user interface includes at least one folder icon (220, 2710) for a folder, the folder icon further including a badge providing an indication of a number of applications (320, 322) with notifications inside the folder, the applications with notifications inside the folder having application icons, the application icons including an application badge indicating a number of notifications; detecting a user interface interaction indicating a badge clearing selection for the folder, the user interface interaction being applied to the badge for the folder; in response to detecting the user interface interaction, providing a menu on the user interface for clearing the folder badge of the folder; upon detecting a user interface selection in the menu for clearing the folder badge of the folder, clearing only the badge on the folder icon, wherein the clearing the badge on the folder leaves application badges on application icons within the folder intact.
A camshaft device comprising: a camshaft including a shaft body, and a plurality of cams (19A - 19F) which are provided along an axial direction of the shaft body; a gear having a plurality of teeth, and mounted on the camshaft so as to rotate around a center axis of the camshaft; and a plurality of bearings (15 - 18) rotatably supporting the camshaft, wherein a transmitting member transmitting driving power is wound around the gear, the bearings (15 - 18) include a rolling bearing which is provided in a plane overlapped with the plurality of teeth in the axial direction and perpendicular to the center axis, and a sliding bearing which is provided adjacent to the rolling bearing in the axial direction. a camshaft including a shaft body, and a plurality of cams (19A - 19F) which are provided along an axial direction of the shaft body; a gear having a plurality of teeth, and mounted on the camshaft so as to rotate around a center axis of the camshaft; and a plurality of bearings (15 - 18) rotatably supporting the camshaft, wherein a transmitting member transmitting driving power is wound around the gear, the bearings (15 - 18) include a rolling bearing which is provided in a plane overlapped with the plurality of teeth in the axial direction and perpendicular to the center axis, and a sliding bearing which is provided adjacent to the rolling bearing in the axial direction.
A Foil reel mounting device (10; 40) adapted to support a reel of stamping foil in a supporting module, the device adapted to be fixed to the supporting module and comprising - a support (11; 41) having a recess (16; 46) adapted to receive an axle of the reel of stamping foil, characterized in that the foil reel mounting device comprises - a retaining element (12; 42) mounted on the support (11; 41) and arranged to move between: - a closed position in which the retaining element (12; 42) is arranged to retain the axle of the reel in the recess (16; 46), and - an open position in which the retaining element (12; 42) is arranged to release the axle of the reel from the recess (16; 46), the retaining element (12; 42) being biased towards the closed position wherein the foil reel mounting device (10; 40) further comprises at least one holding member arranged to move between an unlocked position and a locked position wherein the holding member cooperates with the retaining element (12; 42) to prevent the moving of the retaining element (12; 42) to the closed position, the holding member being biased towards the unlocked position. - a support (11; 41) having a recess (16; 46) adapted to receive an axle of the reel of stamping foil, characterized in that the foil reel mounting device comprises - a retaining element (12; 42) mounted on the support (11; 41) and arranged to move between: - a closed position in which the retaining element (12; 42) is arranged to retain the axle of the reel in the recess (16; 46), and - an open position in which the retaining element (12; 42) is arranged to release the axle of the reel from the recess (16; 46), the retaining element (12; 42) being biased towards the closed position
A method of transmitting a Scheduling Assignment, SA, intended for a second Component Carrier, CC, in a communication system using carrier aggregation and including multiple CCs implemented in a base station, a User Equipment, UE, configured with a first CC and a second CC from among multiple CCs, and the base station for transmitting separate SAs to the UE using Control Channel Elements, CCEs, in a Physical Downlink Control Channel, PDCCH, the method executed in the base station and comprising the steps of: transmitting a first SA intended for the first CC using a first set of CCEs; and transmitting a second SA intended for the second CC using a second set of CCEs, wherein a location of a second CCE included in the second set of CCEs is determined by using a pseudo-random function, the arguments of which are a sub-frame number, a CC number, and the UE ID. transmitting a first SA intended for the first CC using a first set of CCEs; and transmitting a second SA intended for the second CC using a second set of CCEs, wherein a location of a second CCE included in the second set of CCEs is determined by using a pseudo-random function, the arguments of which are a sub-frame number, a CC number, and the UE ID.
A mobile terminal supporting a voice talk function, the terminal comprising: a display unit; an audio processing unit; a camera unit configured to acquire an image of a user; and a control unit configured to: acquire a first criterion associated with the user based on the image of the user; determine whether a user's speech input is detected through the audio processing unit; select content corresponding to the user's speech input based also on the first criterion, if the user's speech input is detected; acquire a second criterion associated with the user based on the user's speech input; determine a content output scheme based on the second criterion; change at least one of words constituting the selected content, output speed of the selected content, and output size of the selected content, based on the determined content output scheme; and output the selected content through at least one of the display unit and the audio processing unit according to the content output scheme. a display unit; an audio processing unit; a camera unit configured to acquire an image of a user; and a control unit configured to: acquire a first criterion associated with the user based on the image of the user; determine whether a user's speech input is detected through the audio processing unit; select content corresponding to the user's speech input based also on the first criterion, if the user's speech input is detected; acquire a second criterion associated with the user based on the user's speech input; determine a content output scheme based on the second criterion; change at least one of words constituting the selected content, output speed of the selected content, and output size of the selected content, based on the determined content output scheme; and output the selected content through at least one of the display unit and the audio processing unit according to the content output scheme. acquire a first criterion associated with the user based on the image of the user; determine whether a user's speech input is detected through the audio processing unit; select content corresponding to the user's speech input based also on the first criterion, if the user's speech input is detected; acquire a second criterion associated with the user based on the user's speech input; determine a content output scheme based on the second criterion; change at least one of words constituting the selected content, output speed of the selected content, and output size of the selected content, based on the determined content output scheme; and output the selected content through at least one of the display unit and the audio processing unit according to the content output scheme.
A refill unit (18a, 18b) for a product dispenser comprising: a container (26a, 26b) holding a liquid product for dispensing; and a valve assembly (28a, 28b) including: a valve body, a holding chamber in said valve body, an air inlet, a liquid inlet providing liquid communication between the liquid product in said container (26a, 26b) and said holding chamber, and a liquid inlet float valve, characterized in that: the air inlet provides air communication between a source of pressurized air and said holding chamber, the valve assembly (28a, 28b) further includes an air inlet valve normally biased by a biasing mechanism to block said air inlet and movable against the biasing force of said biasing mechanism by pressurized air introduced through said air inlet, and the liquid inlet float valve floats on liquid product in said holding chamber such that it blocks said liquid inlet when said holding chamber is filled with liquid product and sinks with the level of said liquid product in said holding chamber to a valve-blocking position to block movement of said air inlet valve against said biasing force of said biasing mechanism. a container (26a, 26b) holding a liquid product for dispensing; and a valve assembly (28a, 28b) including: a valve body, a holding chamber in said valve body, an air inlet, a liquid inlet providing liquid communication between the liquid product in said container (26a, 26b) and said holding chamber, and a liquid inlet float valve, a valve body, a holding chamber in said valve body, an air inlet, a liquid inlet providing liquid communication between the liquid product in said container (26a, 26b) and said holding chamber, and a liquid inlet float valve, the air inlet provides air communication between a source of pressurized air and said holding chamber, the valve assembly (28a, 28b) further includes an air inlet valve normally biased by a biasing mechanism to block said air inlet and movable against the biasing force of said biasing mechanism by pressurized air introduced through said air inlet, and the liquid inlet float valve floats on liquid product in said holding chamber such that it blocks said liquid inlet when said holding chamber is filled with liquid product and sinks with the level of said liquid product in said holding chamber to a valve-blocking position to block movement of said air inlet valve against said biasing force of said biasing mechanism.
A viral vector comprising a cholesterol 24-hydroxylase encoding nucleic acid for use in the treatment of Alzheimer's disease in a subject, wherein said viral vector is to be administered either directly into the brain of the subject or by intravascular or intrathecal injection.