mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting control information in a Very High Throughput, VHT, IEEE 802.11 Wireless Local Area Network, WLAN, system, the method performed by an access point station, AP STA, and comprising: transmitting a frame (300, 2610, 2700) including a first control sequence, a second control sequence, and data (360, 480), wherein the first control sequence includes a first VHT control signal (330, 440, 1050, 2630, 2730) containing common information about multi-user multiple input multiple output, MU-MIMO, transmission of fields subsequently transmitted in the frame (300, 2610, 2700), wherein spatial division multiple access, SDMA, precoding is not applied to the first VHT control signal (330, 440, 1050, 2630, 2730), wherein the second control sequence includes a second VHT control signal (340, 470, 1060, 2640, 2740) containing station-specific information to decode the data (360, 480), wherein SDMA precoding is applied to the second VHT control signal (340, 470, 1060, 2640, 2740), wherein SDMA precoding is applied to the data (360, 480), wherein the first control signal (330, 440, 1050, 2630, 2730) includes an MU-MIMO indicator indicating whether the frame (300, 2610, 2700) is transmitted by using an MU-MIMO-scheme or an SU-MIMO scheme, wherein the station-specific information includes modulation and coding scheme, MCS, information to decode the data (360, 480). transmitting a frame (300, 2610, 2700) including a first control sequence, a second control sequence, and data (360, 480), wherein the first control sequence includes a first VHT control signal (330, 440, 1050, 2630, 2730) containing common information about multi-user multiple input multiple output, MU-MIMO, transmission of fields subsequently transmitted in the frame (300, 2610, 2700), wherein spatial division multiple access, SDMA, precoding is not applied to the first VHT control signal (330, 440, 1050, 2630, 2730), wherein the second control sequence includes a second VHT control signal (340, 470, 1060, 2640, 2740) containing station-specific information to decode the data (360, 480), wherein SDMA precoding is applied to the second VHT control signal (340, 470, 1060, 2640, 2740), wherein SDMA precoding is applied to the data (360, 480), wherein the first control signal (330, 440, 1050, 2630, 2730) includes an MU-MIMO indicator indicating whether the frame (300, 2610, 2700) is transmitted by using an MU-MIMO-scheme or an SU-MIMO scheme, wherein the station-specific information includes modulation and coding scheme, MCS, information to decode the data (360, 480).
A fluid pump kit, comprising: a first magnetic assembly including a magnetic drive member operatively associated with a drive motor; a first casing supporting said first magnetic assembly with said magnetic drive member; a second magnetic assembly including a rotatable magnetic driven member coupled to a propeller; and a second casing supporting said second magnetic assembly with said rotatable magnetic driven member; a non-magnetic spacer separating said first and second magnetic assemblies (14, 34); said drive motor and said propeller being magnetically coupled to each other by a magnetic attraction force between said magnetic drive member and said rotatable magnetic driven member through said spacer for drivingly coupling said drive motor to said propeller; and said magnetic drive member being spaced from said spacer on one side thereof and said magnetic driven member being spaced from said spacer on an opposite side thereof; characterized in that first casing and said second casing are detachably held together and secured to said spacer solely by the magnetic attraction force between said magnetic drive member and said magnetic driven member sufficient to support said first and second casings (12, 32) without the use of mechanical aids. a first magnetic assembly including a magnetic drive member operatively associated with a drive motor; a first casing supporting said first magnetic assembly with said magnetic drive member; a second magnetic assembly including a rotatable magnetic driven member coupled to a propeller; and a second casing supporting said second magnetic assembly with said rotatable magnetic driven member; a non-magnetic spacer separating said first and second magnetic assemblies (14, 34); said drive motor and said propeller being magnetically coupled to each other by a magnetic attraction force between said magnetic drive member and said rotatable magnetic driven member through said spacer for drivingly coupling said drive motor to said propeller; and said magnetic drive member being spaced from said spacer on one side thereof and said magnetic driven member being spaced from said spacer on an opposite side thereof; characterized in that first casing and said second casing are detachably held together and secured to said spacer solely by the magnetic attraction force between said magnetic drive member and said magnetic driven member sufficient to support said first and second casings (12, 32) without the use of mechanical aids.
A mill blank for dental CAD/CAM containing a ceramic material for preparing a dental restoration by being installed in a CAD/CAM device, wherein, the mill blank for dental CAD/CAM comprises a ceramic portion in which a dental restoration is cut out and a resin portion which joins with a CAD/CAM device, the resin portion is provided at a side surface of the ceramic portion and has a cylindrical shape or a belt shape, a ceramic portion side of the resin portion contacts with the side surface of the ceramic portion, the ceramic portion has a columnar shape, the ceramic portion has a protrusion part on the side surface, the protrusion part smoothly protrudes except a transition portion of the upper surface and the side surface and a transition portion of the bottom surface and the side surface.
A fuel cell system for use onboard an aircraft, comprising: a fuel tank that is a source of fuel; a fuel desulfurization system fluidly coupled to the fuel tank to receive the fuel in a liquid phase, the fuel desulfurization system including a vacuum system that depressurizes the fuel to convert at least a portion of the fuel from the liquid phase to a gaseous phase without an external heat source, the vacuum system including a vacuum tank that receives the fuel in the liquid phase from the fuel tank and a vacuum blower that applies a negative pressure to the vacuum tank to convert the portion of the fuel from the liquid phase to the gaseous phase, the vacuum blower directing a flow of fuel in the gaseous phase from the tank to a reformer via a first conduit; a reformer fluidly coupled to the fuel desulfurization system via the first conduit to receive the fuel in the gaseous phase from the fuel desulfurization system, and to generate a hydrogen enriched fuel in the gaseous phase; and a fuel cell stack fluidly coupled to the reformer via a second conduit to receive fuel from the fuel desulfurization system in the gaseous phase. a fuel tank that is a source of fuel; a fuel desulfurization system fluidly coupled to the fuel tank to receive the fuel in a liquid phase, the fuel desulfurization system including a vacuum system that depressurizes the fuel to convert at least a portion of the fuel from the liquid phase to a gaseous phase without an external heat source, the vacuum system including a vacuum tank that receives the fuel in the liquid phase from the fuel tank and a vacuum blower that applies a negative pressure to the vacuum tank to convert the portion of the fuel from the liquid phase to the gaseous phase, the vacuum blower directing a flow of fuel in the gaseous phase from the tank to a reformer via a first conduit; a reformer fluidly coupled to the fuel desulfurization system via the first conduit to receive the fuel in the gaseous phase from the fuel desulfurization system, and to generate a hydrogen enriched fuel in the gaseous phase; and a fuel cell stack fluidly coupled to the reformer via a second conduit to receive fuel from the fuel desulfurization system in the gaseous phase.
A wheel end high-temperature warning system for a vehicle having a first wheel-end assembly mounted to a sealed axle including a first pressure barrier plug disposed at a first end thereof, the system characterized by: a first temperature sensor (14, 256, 256A) including a first sensor head mounted to the first pressure barrier plug, the sensor head (25, 28) being in a heat exchange relationship with one or more bearings of the wheel-end assembly, said first temperature sensor configured to provide a first signal indicative of a wheel-end assembly temperature.
A method of preparing a protein composition comprising hydrolysed protein, said method comprising the steps of a) providing an ingredient mix comprising at least one protein comprising a whey protein concentrate or a whey protein fraction, and milk lecithin in an amount of 20 to 100 mg per 100 g of the ingredient mix; b) adding at least one phospholipase, wherein the at least one phospholipase is phospholipase A1 and/or phospholipase A2, and performing conversion of milk lecithin, c) performing hydrolysis of said protein. a) providing an ingredient mix comprising at least one protein comprising a whey protein concentrate or a whey protein fraction, and milk lecithin in an amount of 20 to 100 mg per 100 g of the ingredient mix; b) adding at least one phospholipase, wherein the at least one phospholipase is phospholipase A1 and/or phospholipase A2, and performing conversion of milk lecithin, c) performing hydrolysis of said protein.
A compression sock for preventing blood clots from forming, comprising an elastic foot part that is appropriate for receiving a foot of a user, and an elastic leg part that is appropriate for receiving at least a part of a leg of the user, the part of the leg at least comprising the ankle and knee, and optionally the thigh of the user, in which the foot part comprises an external bottom side that is appropriate for the contact of the foot with the floor, characterized in that the the foot part at the upper side thereof comprises an opening at the distal end of the foot part with respect to the leg part, and in which the external bottom side of the foot part is provided with a plurality of gripping elements that are adapted for increasing the friction coefficient between the bottom side and the floor, in which the gripping elements each have a minimal surface of approximately 0.2 cm 2 and a maximal surface of approximately 1 cm 2, preferably a minimal surface of approximately 0.225 cm 2 and/or a maximal surface of approximately 0.50 cm 2, more preferably a maximal surface of approximately 0.40 cm 2, still more preferably a maximal surface of 0.35 cm 2 and most preferably a maximal surface of 0.30 cm 2.
A method of reducing the memory footprint of a Java Card application, the method comprising loading (31a, 31b) two distinct packages into the memory of a Java Card, namely a first, main package containing a main application and dedicated to the installation and transaction phase of said main application in the Java Card, and a second package, capable of sharing resources with the main package and intended to be used during execution of the personalization phase of the main application and to be deleted after said execution of said main application, the main package being associated to a transaction phase and the second package being associated to a personalization phase, respectively, the second package being a Card Personalization Specification, CPS, package associated to the personalization phase, said CPS package containing a CPS applet dedicated to the creation of a CPS object into the memory of the Java Card, wherein the method further comprises changing the firewall context of the CPS object by assigning thereto a firewall context of the main applet, changing the ownership of the CPS object from the CPS applet instance ownership to a main applet instance ownership, changing back the ownership of the CPS object from the main applet ownership to the CPS applet ownership; and, deleting the CPS package.
Manufactured electrical cable comprising - at least one core which is surrounded by an insulating sleeve, which extends in the cable longitudinal direction between a first and a second free end of the cable and which is freed of the insulating sleeve and provided with an electrical contact element at the first free end of the cable, and - an electrically insulating support in which the at least one core is accommodated by way of its contact element, wherein the support is provided with at least one aperture through which the contact element is accessible from the outside, characterized in that the contact element which is accessible through the at least one aperture is provided, in a subsection, with an electrical insulation, which is different from the insulating sleeve, in the form of an insulating coating by applying the insulating coating through the at least one aperture of the support after the insertion of the contact element of the corresponding core into the support. - at least one core which is surrounded by an insulating sleeve, which extends in the cable longitudinal direction between a first and a second free end of the cable and which is freed of the insulating sleeve and provided with an electrical contact element at the first free end of the cable, and - an electrically insulating support in which the at least one core is accommodated by way of its contact element,
A heat-resistant resin composition comprising: at least one resin selected from the group consisting of a polyimide, a polybenzoxazole, a polyimide precursor, and a polybenzoxazole precursor as a resin; an organic solvent having a boiling point of 210°C or higher and 260°C or lower at atmospheric pressure as an organic solvent; and an organic solvent having a boiling point of 100°C or higher and lower than 210°C at atmospheric pressure as an organic solvent, wherein a content of the organic solvent is 5% by mass or more and 70% by mass or less with respect to the whole amount of the organic solvents; and a content of the organic solvent is 30% by mass or more and 95% by mass or less with respect to the whole amount of the organic solvents, and wherein the organic solvent contains an organic solvent having a boiling point of 140°C or higher and lower than 210°C at atmospheric pressure as an organic solvent (C-1), and an organic solvent having a boiling point of 100°C or higher and lower than 140°C at atmospheric pressure as an organic solvent (C-2); and a ratio of a content of the organic solvent (C-1) to a content of the organic solvent (C-2) is 1: 9 to 9: 1 by mass ratio. at least one resin selected from the group consisting of a polyimide, a polybenzoxazole, a polyimide precursor, and a polybenzoxazole precursor as a resin; an organic solvent having a boiling point of 210°C or higher and 260°C or lower at atmospheric pressure as an organic solvent; and an organic solvent having a boiling point of 100°C or higher and lower than 210°C at atmospheric pressure as an organic solvent, wherein a content of the organic solvent is 5% by mass or more and 70% by mass or less with respect to the whole amount of the organic solvents; and a content of the organic solvent is 30% by mass or more and 95% by mass or less with respect to the whole amount of the organic solvents, and wherein the organic solvent contains an organic solvent having a boiling point of 140°C or higher and lower than 210°C at atmospheric pressure as an organic solvent (C-1), and an organic solvent having a boiling point of 100°C or higher and lower than 140°C at atmospheric pressure as an organic solvent (C-2); and a ratio of a content of the organic solvent (C-1) to a content of the organic solvent (C-2) is 1: 9 to 9: 1 by mass ratio.
A bearing member (45, 145) which is disposed at an end section of a photoreceptor drum for attaching a shaft member that transmits a rotating force to the bearing member (45, 145), the bearing member (45, 145) comprising: a tubular body; and a holding section (50, 150) which is disposed inside the tubular body, and attachably and detachably holds a rotating force transmission pin provided in the shaft member, wherein the holding section (50, 150) includes at least two swing grooves (51b, 55b) provided extending along an axial direction of the tubular body, and opposing each other, and introduction grooves (51a, 55a), each having one end communicating with the swing groove (51b, 55b) and the other end communicating with an outside of the swing groove (51b, 55b), and wherein, when a side in which the shaft member is inserted in the bearing member (45, 145) is considered as an upper side, the introduction grooves (51a, 55a) in a posture in which the shaft member transmits the rotating force are disposed entirely at a position to be lower than an entirety or a part of the rotating force transmission pin, and the swing grooves (51b, 55b) are configured to prevent the rotating force transmission pin from coming out from upper ends of the swing grooves (51b, 55b). a tubular body; and a holding section (50, 150) which is disposed inside the tubular body, and attachably and detachably holds a rotating force transmission pin provided in the shaft member, wherein the holding section (50, 150) includes at least two swing grooves (51b, 55b) provided extending along an axial direction of the tubular body, and opposing each other, and introduction grooves (51a, 55a), each having one end communicating with the swing groove (51b, 55b) and the other end communicating with an outside of the swing groove (51b, 55b), and wherein, when a side in which the shaft member is inserted in the bearing member (45, 145) is considered as an upper side, the introduction grooves (51a, 55a) in a posture in which the shaft member transmits the rotating force are disposed entirely at a position to be lower than an entirety or a part of the rotating force transmission pin, and the swing grooves (51b, 55b) are configured to prevent the rotating force transmission pin from coming out from upper ends of the swing grooves (51b, 55b).
A multi-functional bed including: - a base; and - a frame supported by said base, wherein: - said frame is configured for receiving a user and includes an end region wherein, when a user is lying on the bed, the head of the user is received; and - the bed includes a first and a second diffusion modules (28, 30; 28', 30'; 280, 300), which located in said end region and configured for diffusion of at least one of an active agent, a sound signal, and a visual signal, each of said diffusion modules (28, 30; 28', 30'; 280, 300) being movable between a resting position and a working position, wherein, in said working position, said diffusion modules (28, 30; 28', 30'; 280, 300) are oriented towards the head of the user, and further wherein: - said diffusion modules (28, 30; 28', 30'; 280, 300) are arranged on opposite sides of said end region so that, when a user is lying on the bed, the head of the user is received between the diffusion modules (28, 30; 28', 30'), and - each of said diffusion modules (28, 30; 28', 30') is rotatable about a respective axis of rotation (X28, X30) between said resting position and said working position, wherein the axes (X28, X30) are coplanar and convergent. - a base; and - a frame supported by said base, - said frame is configured for receiving a user and includes an end region wherein, when a user is lying on the bed, the head of the user is received; and - the bed includes a first and a second diffusion modules (28, 30; 28', 30'; 280, 300), which located in said end region and configured for diffusion of at least one of an active agent, a sound signal, and a visual signal, - said diffusion modules (28, 30; 28', 30'; 280, 300) are arranged on opposite sides of said end region so that, when a user is lying on the bed, the head of the user is received between the diffusion modules (28, 30; 28', 30'), and - each of said diffusion modules (28, 30; 28', 30') is rotatable about a respective axis of rotation (X28, X30) between said resting position and said working position, wherein the axes (X28, X30) are coplanar and convergent.
A medical device comprising: a handle; an end effector assembly; and a member connecting the handle to the end effector assembly, wherein the end effector assembly comprises an end effector with a distal end effector portion and a proximal tang portion, characterized by the tang portion having an additional portion extending from the tang portion, the additional portion having a through hole with the same diameter as an axle hole of the tang portion, and the additional portion being folded over such that the through hole is aligned with the axle hole a handle; an end effector assembly; and a member connecting the handle to the end effector assembly, wherein the end effector assembly comprises an end effector with a distal end effector portion and a proximal tang portion, characterized by the tang portion having an additional portion extending from the tang portion, the additional portion having a through hole with the same diameter as an axle hole of the tang portion, and the additional portion being folded over such that the through hole is aligned with the axle hole
A method for moving a first combination of media (17, 40) from a media stack that includes one or more combinations of media, the first combination of media being an uppermost combination of media in the media stack, the method comprising: gripping the first combination of media; bending the first combination of media along a first axis by moving a portion of the first combination of media away from the media stack; characterized by bending the first combination of media along a second axis by moving a flexing member into contact with the first combination of media, wherein the second axis is not parallel to the first axis. gripping the first combination of media; bending the first combination of media along a first axis by moving a portion of the first combination of media away from the media stack; characterized by bending the first combination of media along a second axis by moving a flexing member into contact with the first combination of media, wherein the second axis is not parallel to the first axis.