mhurhangee/ep-ind-claims huggingface dataset:
A master station, the master station comprising circuitry configured to: generate a trigger frame, TF, comprising one or more resource allocations for simultaneous uplink transmissions, wherein each of the one or more resource allocations comprises an indication of whether the resource allocation is an orthogonal frequency division multiple access, OFDMA, resource allocation or a multiple-user multiple-input multiple-output, MU-MIMO, resource allocation, and an identity either of an OFDMA group or an MU-MIMO group, and wherein each resource allocation comprises an indication of a bandwidth for the OFDMA resource allocation or a bandwidth for the MU-MIMO resource allocation, wherein each OFDMA resource allocation comprises one or more indications of an address of a plurality of high-efficiency wireless, HEW, stations and one or more indications of an OFDMA sub-channel resource allocation for the corresponding HEW station, wherein the TF further comprises an indication of a duration of a transmission opportunity obtained by the master station and an indication of whether a next TF will be transmitted within the transmission opportunity; and transmit the TF to the plurality of HEW stations to initiate the simultaneous uplink transmissions from the plurality of stations within the transmission opportunity. generate a trigger frame, TF, comprising one or more resource allocations for simultaneous uplink transmissions, wherein each of the one or more resource allocations comprises an indication of whether the resource allocation is an orthogonal frequency division multiple access, OFDMA, resource allocation or a multiple-user multiple-input multiple-output, MU-MIMO, resource allocation, and an identity either of an OFDMA group or an MU-MIMO group, and wherein each resource allocation comprises an indication of a bandwidth for the OFDMA resource allocation or a bandwidth for the MU-MIMO resource allocation, wherein each OFDMA resource allocation comprises one or more indications of an address of a plurality of high-efficiency wireless, HEW, stations and one or more indications of an OFDMA sub-channel resource allocation for the corresponding HEW station, wherein the TF further comprises an indication of a duration of a transmission opportunity obtained by the master station and an indication of whether a next TF will be transmitted within the transmission opportunity; and transmit the TF to the plurality of HEW stations to initiate the simultaneous uplink transmissions from the plurality of stations within the transmission opportunity.
A recoil reducing needle shield (10, 100, 200, 300) for covering a drug container with a needle, comprising: an outer shell (12, 112, 212, 312), including an upper portion (18, 118, 218, 318), a lower portion (20, 120, 220, 320), and at least one flexible interface (22, 122, 222, 322) positioned therebetween and defining a fulcrum therebetween, such that radially inward flexing of the upper portion (18, 118, 218, 318), causes radially outward flexing of the lower portion about the at least one flexible interface; and an inner cover (14, 114, 214, 314) including an open proximal end (32, 132, 232, 332), a closed distal end (34, 134, 234, 334), and a needle cavity (38, 138, 238, 338), defined therein for receiving a portion of the drug container including the needle, at least a portion of the inner cover being disposed within the outer shell; wherein the open proximal end of the inner cover is coupled to at least a portion of the lower portion of the outer shell, such that radially outward flexing of the lower portion stretches the open proximal end of the inner cover, thereby reducing an initial pull-off force required to remove the needle shield from the drug container. an outer shell (12, 112, 212, 312), including an upper portion (18, 118, 218, 318), a lower portion (20, 120, 220, 320), and at least one flexible interface (22, 122, 222, 322) positioned therebetween and defining a fulcrum therebetween, such that radially inward flexing of the upper portion (18, 118, 218, 318), causes radially outward flexing of the lower portion about the at least one flexible interface; and an inner cover (14, 114, 214, 314) including an open proximal end (32, 132, 232, 332), a closed distal end (34, 134, 234, 334), and a needle cavity (38, 138, 238, 338), defined therein for receiving a portion of the drug container including the needle, at least a portion of the inner cover being disposed within the outer shell; wherein the open proximal end of the inner cover is coupled to at least a portion of the lower portion of the outer shell, such that radially outward flexing of the lower portion stretches the open proximal end of the inner cover, thereby reducing an initial pull-off force required to remove the needle shield from the drug container.
A composition consisting of pentameric type A procyanidin, trimeric procyanidin and tetrameric procyanidin, optionally along with pharmaceutically acceptable excipient for use in inhibiting Hepatitis C virus infection in a subject in need thereof.
An optical digital transmission system that accommodates a plurality of client signals with multiplexing, and transmits the client signals as an optical channel transport unit frame in which a first negative stuff byte is disposed in a fourth row of column 16, first and second positive stuff bytes (PJO1 and PJO2) are disposed in a fourth row of column 17 and column 18, respectively, and first stuff control bits are disposed at bits 7 and 8 in first, second and third rows of column 16, wherein the optical digital transmission system additionally employs second negative stuff bits in an overhead area for accommodation of the client signals with multiplexing into the OTU frame, additionally employs one third positive stuff byte in a corresponding tributary slot in a payload area for accommodation of client signals with multiplexing, and the third positive stuff byte is disposed in a row directly above the first positive stuff byte in a corresponding tributary slot, characterized in that: the optical digital transmission system additionally employs second stuff control bits that are used for decision of the use of the second negative stuff bits and the third positive stuff byte in three different places in the overhead area for client signal accommodation with multiplexing, performs control by using the additionally employed stuff control bits when accommodation of the client signal with the third positive stuff byte or the second negative stuff byte is required, and performs stuff control without using the additionally employed stuff control bits when accommodation of the client signal by the third positive stuff byte and the second negative stuff byte is not required; second negative stuff bits are disposed in bits 1 to 6 in a third row of column 16 of the OTU frame; and the second stuff control bits in the three places are disposed at bits 3 and 4, and bits 5 and 6 in the first row and at bits 5 and 6 in the second row of the column 16 of the OTU frame. the optical digital transmission system additionally employs second stuff control bits that are used for decision of the use of the second negative stuff bits and the third positive stuff byte in three different places in the overhead area for client signal accommodation with multiplexing, performs control by using the additionally employed stuff control bits when accommodation of the client signal with the third positive stuff byte or the second negative stuff byte is required, and performs stuff control without using the additionally employed stuff control bits when accommodation of the client signal by the third positive stuff byte and the second negative stuff byte is not required; second negative stuff bits are disposed in bits 1 to 6 in a third row of column 16 of the OTU frame; and the second stuff control bits in the three places are disposed at bits 3 and 4, and bits 5 and 6 in the first row and at bits 5 and 6 in the second row of the column 16 of the OTU frame.
A transmission apparatus, comprising: a first component including a drive member and a driven member; a second component; an at least partially flexible transmission coupled to the drive member and the second component and configured to cause movement of the first component with its drive member and its driven member in response to activation and movement of the drive member, wherein the flexible transmission includes a first tension element having a first portion coupled to the drive member, a second portion coupled to the second component, and an intermediate portion between the first portion and the second portion; and an adjustment member that engages or forms part of the intermediate portion of the first tension element, wherein the adjustment member is configured to be adjusted to vary a tension force applied to the first tension element, wherein the flexible transmission includes a second tension element that is not engaged by the adjustment member, and wherein the second tension element includes a portion coupled to the drive member and a portion coupled to the second component. a first component including a drive member and a driven member; a second component; an at least partially flexible transmission coupled to the drive member and the second component and configured to cause movement of the first component with its drive member and its driven member in response to activation and movement of the drive member, wherein the flexible transmission includes a first tension element having a first portion coupled to the drive member, a second portion coupled to the second component, and an intermediate portion between the first portion and the second portion; and an adjustment member that engages or forms part of the intermediate portion of the first tension element,
A Digital Addressable Lighting Interface, DALI, enabled communication device for transmitting messages over a communication bus having two communication lines, said device comprising: - a switch connected between said two communication lines; - a controller arranged for controlling said switch; - an energy storage device, connected in series with said switch, and arranged for storing electrical energy flowing from said bus through said switch; - a bypass circuit arranged for bypassing said energy storage device when a voltage over said energy storage device is above a predetermined voltage threshold; and characterised in that the controller is arranged for controlling said switch for imposing logical communication levels on said communication bus - a switch connected between said two communication lines; - a controller arranged for controlling said switch; - an energy storage device, connected in series with said switch, and arranged for storing electrical energy flowing from said bus through said switch; - a bypass circuit arranged for bypassing said energy storage device when a voltage over said energy storage device is above a predetermined voltage threshold; and characterised in that
Method for loading a bicycle carrier detachably attached to the trailer coupling of a motor vehicle with at least one bicycle, wherein the bicycle carrier has a frame which is designed to be pivotable by means of a lever mechanism supported by at least one gas pressure spring in relation to a coupling device present on the bicycle carrier between a transport position and a loading position, characterized by the following method steps: - releasable fixing of a trolley equipped with wheels or rollers underneath the bicycle carrier, - approximation of the bicycle carrier with the transport carriage to the trailer coupling of the motor vehicle, - adjustment of the coupling device to a height level corresponding to the trailer coupling, so that the coupling device with its coupling opening directly receives the trailer coupling by horizontal movement of the bicycle carrier connected to the transport carriage, - fixing the bicycle carrier to the trailer coupling by means of an existing clamping and/or screwing mechanism, - release and remove the trolley from the bicycle carrier, - lowering the frame to the ground using the lever mechanism, - sliding the at least one bicycle into the at least one wheel holder provided for this purpose on the bicycle carrier and fixing the bicycle in or on the bicycle carrier, - lifting the frame of the bicycle carrier into the transport position by means of the existing lever mechanism. - releasable fixing of a trolley equipped with wheels or rollers underneath the bicycle carrier, - approximation of the bicycle carrier with the transport carriage to the trailer coupling of the motor vehicle, - adjustment of the coupling device to a height level corresponding to the trailer coupling, so that the coupling device with its coupling opening directly receives the trailer coupling by horizontal movement of the bicycle carrier connected to the transport carriage, - fixing the bicycle carrier to the trailer coupling by means of an existing clamping and/or screwing mechanism, - release and remove the trolley from the bicycle carrier, - lowering the frame to the ground using the lever mechanism, - sliding the at least one bicycle into the at least one wheel holder provided for this purpose on the bicycle carrier and fixing the bicycle in or on the bicycle carrier, - lifting the frame of the bicycle carrier into the transport position by means of the existing lever mechanism.
Decorative lighting element for use in a wall, a floor or a ceiling, comprising a supporting body, which is attachable to a wall, a floor or a ceiling, a luminous body provided with a plurality of luminous elements, which body is disposed in the supporting body, and a light-permeable cover plate, which is attachable to the supporting body, which supporting body has a base plate, which is attachable in a groove-shaped recess, which is made in the wall, the floor or the ceiling, and supporting surfaces are provided on the supporting body, which surfaces are spaced apart from the base plate, and the light-permeable cover plate is placeable and attachable on the supporting surfaces, characterized in that the supporting surfaces are attached at one end region of clamps whose other end region is fixed to the base plate, in that the clamps are fixed laterally to the base plate and in a way spaced apart from one another and in that the light-permeable cover plate is a fused glass plate.
Cosmetic composition comprising water as a base, characterized in that, the water contains a) at least 500 ppm of 18 O and at most 1100 ppm of 18 O; and b) at least 20 ppm of 2 H and at most 90 ppm of 2 H. a) at least 500 ppm of 18 O and at most 1100 ppm of 18 O; and b) at least 20 ppm of 2 H and at most 90 ppm of 2 H.
Retaining and locking device for a door of an electric household appliance, in particular an oven, comprising a support structure adapted to be fixed to the household appliance at an opening thereof with which said door is associated, a slider mounted in said support structure movably along a predetermined operational trajectory, from a rest position to a working position, against the action of return means; said slider being adapted to be displaced by the door along said trajectory, from the rest position to the working position when the door is being closed, for activating an electric sensor device such as a switch (11, 12), which indicates that the door has been closed; a lever mounted oscillatably in said support structure about a fixed axis which is substantially orthogonal to the trajectory of the slider and preferably horizontal, the lever having a retaining arm for interaction with the door; the slider having a control formation adapted, when the slider passes from the rest position to the working position, to cause the lever to pass from an inactive disengagement position to an active engagement position in which its retaining arm is capable of retaining the door in the closed position, and a retaining formation which is spaced apart longitudinally from said control formation and is capable of retaining said lever in the inactive disengagement position when said slider is in the rest position; and locking means (5, 20, 21) that can be activated to lock the slider in the working position and, consequently, lock the lever in the active engagement position; wherein said lever has a centre of mass between said axis and the distal end of the retaining arm of said lever, the device being characterized in that said retaining formation of the slider is movable between said fixed axis and the distal end of the retaining arm of said lever.
A steering control unit comprising; an assist controller that calculates an assist controlled variable on the basis of a plurality of kinds of state quantities including a steering torque and a steering angle, the assist controlled variable being used to control power supply to a motor that generates an assist force to be supplied to a steering mechanism of a vehicle; a correction controller that performs, when the steering angle reaches a first value close to a second value that defines a boundary of a physical range of operation of a steering wheel that is included in the steering mechanism, correction control that calculates a correction quantity that corrects the assist controlled variable to sharply increase the steering torque; a limit calculator that sets first limits individually for each of the plurality of kinds of state quantities, each of the first limits being used to limit a variation range of the assist controlled variable in accordance with a corresponding one of the plurality of kinds of state quantities, the limit calculator being configured to calculate a final limit on the assist controlled variable by adding together all the first limits; and a limit processor that limits the variation range of the assist controlled variable on the basis of the final limit calculated by the limit calculator, wherein the limit calculator sets a second limit that limits the correction quantity in accordance with the steering angle, and calculates the final limit by taking into account the second limit, and when the correction control is performed, the limit calculator calculates the final limit by using the first limit that corresponds to the steering torque immediately before the correction control is performed.
A method of releasing stored liquid air comprising: releasing stored liquid air; pumping the released liquid air to pressure; directing the released liquid air through at least one heat exchanger in a first general direction; directing working loop air (551, 570, 575) through the at least one heat exchanger such that the working loop air flows in a second general direction, the second general direction being opposite to the first general direction, the working loop air traveling in a loop; warming the released liquid air with the working loop air such that the released liquid air is vaporized; cooling the working loop air with the released liquid air such that the working loop air is liquefied, the cold of the released liquid air being recovered by the working loop air; pumping the liquefied working loop air to pressure; expanding the pressurized working loop air in a generator-loaded hot-gas expander such that the generator produces electric power vaporizing the pressurized liquid working loop air by heat exchange with hot combustion gas directing the vaporized and pressurized air to a combustion chamber; and combusting the vaporized air with a fuel stream directing combustion gas from the combustion chamber to a first generator-loaded hot-gas expander; and expanding the combustion gas in the at least one generator-loaded hot-gas expander (320, 330). releasing stored liquid air; pumping the released liquid air to pressure; directing the released liquid air through at least one heat exchanger in a first general direction; directing working loop air (551, 570, 575) through the at least one heat exchanger such that the working loop air flows in a second general direction, the second general direction being opposite to the first general direction, the working loop air traveling in a loop; warming the released liquid air with the working loop air such that the released liquid air is vaporized; cooling the working loop air with the released liquid air such that the working loop air is liquefied, the cold of the released liquid air being recovered by the working loop air; pumping the liquefied working loop air to pressure; expanding the pressurized working loop air in a generator-loaded hot-gas expander such that the generator produces electric power vaporizing the pressurized liquid working loop air by heat exchange with hot combustion gas directing the vaporized and pressurized air to a combustion chamber; and combusting the vaporized air with a fuel stream directing combustion gas from the combustion chamber to a first generator-loaded hot-gas expander; and expanding the combustion gas in the at least one generator-loaded hot-gas expander (320, 330).
An input device for a transmission of a vehicle comprising: an operation member configured to be operated by a hand of an operator; a brake configured to brake a movement of the operation member; a detector configured to determine a position of the operation member repeatedly, a speed determiner configured to determine a current speed of the operation member based on a current position of the operation member and a previous position of the operation member, and a running direction detector configured to determine a running direction of a vehicle in which the input device is installed, characterized in that the input device further comprises a target position acquirer configured to acquire information relating to a target position where the operation member is to be stopped and determine, as the target position, based on at least the determined running direction of the vehicle and a current movement direction of the operation member, a position corresponding to a gear position adjoining a gear position which causes a change in the running direction of the vehicle among plural gear positions of a transmission of the vehicle, and a controller configured to cause the brake to brake the movement of the operation member in response to the current speed of the operation member and adjust an activation start timing of the brake in response to a difference between the target position and the current position of the operation member and the current speed of the operation member. an operation member configured to be operated by a hand of an operator; a brake configured to brake a movement of the operation member; a detector configured to determine a position of the operation member repeatedly, a speed determiner configured to determine a current speed of the operation member based on a current position of the operation member and a previous position of the operation member, and a running direction detector configured to determine a running direction of a vehicle in which the input device is installed, characterized in that the input device further comprises a target position acquirer configured to acquire information relating to a target position where the operation member is to be stopped and determine, as the target position, based on at least the determined running direction of the vehicle and a current movement direction of the operation member, a position corresponding to a gear position adjoining a gear position which causes a change in the running direction of the vehicle among plural gear positions of a transmission of the vehicle, and a controller configured to cause the brake to brake the movement of the operation member in response to the current speed of the operation member and adjust an activation start timing of the brake in response to a difference between the target position and the current position of the operation member and the current speed of the operation member.