mhurhangee/ep-ind-claims huggingface dataset:
A partly cruciform flexbeam of a bearingless main rotor system of a helicopter with a hub drive and an airfoil blade, said partly cruciform flexbeam comprising: a flexbeam head with a flat bearing laminate at one end, said flexbeam head being adapted for releasable connection to the airfoil blade; a root end, said root end being opposed to said flexbeam head, said root end being adapted for releasable connection to the hub drive, and a flexbeam body between said flexbeam head and said root end, said flexbeam body being torsion soft with a substantially cruciform cross section, said substantially cruciform cross section of the flexbeam body comprising bars and fillets, said bars being integral with and essentially perpendicular to said fillets and said bars being in line with said flat flexbeam head, said flexbeam body being assembled along said respective bars and fillets to said substantially cruciform cross section with separations at least along said fillets, wherein said fillets and said bars are composed of a plurality of rovings, said plurality of rovings extending from at least beyond the separations along said fillets of the flexbeam body and along said flexbeam head, and at least two L-shaped integral tissue layers are provided extending from in between of the flexbeam body up to an entire width of the flexbeam head with the rovings in between at the flexbeam head, characterized in that said at least two L-shaped integral tissue layers are alternating with the rovings of the flexbeam head and/or with supplemental rovings. a flexbeam head with a flat bearing laminate at one end, said flexbeam head being adapted for releasable connection to the airfoil blade; a root end, said root end being opposed to said flexbeam head, said root end being adapted for releasable connection to the hub drive, and a flexbeam body between said flexbeam head and said root end, said flexbeam body being torsion soft with a substantially cruciform cross section, said substantially cruciform cross section of the flexbeam body comprising bars and fillets, said bars being integral with and essentially perpendicular to said fillets and said bars being in line with said flat flexbeam head, said flexbeam body being assembled along said respective bars and fillets to said substantially cruciform cross section with separations at least along said fillets, wherein said fillets and said bars are composed of a plurality of rovings, said plurality of rovings extending from at least beyond the separations along said fillets of the flexbeam body and along said flexbeam head, and at least two L-shaped integral tissue layers are provided extending from in between of the flexbeam body up to an entire width of the flexbeam head with the rovings in between at the flexbeam head, characterized in that said at least two L-shaped integral tissue layers are alternating with the rovings of the flexbeam head and/or with supplemental rovings.
A method for aperiodically reporting channel state information, CSI, in a wireless access system, the method performed by a user equipment, UE, and comprising: receiving a radio resource control, RRC, signal including measurement set information for two or more CSI measurement sets assigned to the UE, wherein each of the two or more CSI measurement sets consists of one or more subframes; receiving, from a base station in a first subframe, a physical downlink control channel, PDCCH, including a CSI request field for requesting a reporting of the CSI in a second subframe; and transmitting, to the base station in the second subframe, an aperiodic CSI report including CSI, wherein the CSI is associated with a valid subframe which is included in one of the two or more CSI measurement sets, and wherein the valid subframe is: a third subframe located before 4 subframes from the second subframe, when the third subframe belongs to the one CSI measurement set, a closest subframe from the third subframe, when the closest subframe does belong to the one CSI measurement set and the third subframe does not belong to the one CSI measurement set. receiving a radio resource control, RRC, signal including measurement set information for two or more CSI measurement sets assigned to the UE, wherein each of the two or more CSI measurement sets consists of one or more subframes; receiving, from a base station in a first subframe, a physical downlink control channel, PDCCH, including a CSI request field for requesting a reporting of the CSI in a second subframe; and transmitting, to the base station in the second subframe, an aperiodic CSI report including CSI, wherein the CSI is associated with a valid subframe which is included in one of the two or more CSI measurement sets, and wherein the valid subframe is: a third subframe located before 4 subframes from the second subframe, when the third subframe belongs to the one CSI measurement set, a closest subframe from the third subframe, when the closest subframe does belong to the one CSI measurement set and the third subframe does not belong to the one CSI measurement set. a third subframe located before 4 subframes from the second subframe, when the third subframe belongs to the one CSI measurement set, a closest subframe from the third subframe, when the closest subframe does belong to the one CSI measurement set and the third subframe does not belong to the one CSI measurement set.
A system for washing red blood cells, comprising: a separator configured to separate a quantity of blood into concentrated red blood cells having a hematocrit of at least 60% and a volume of 150-250mL, and a supernatant component; a flow controller in communication with the separator, wherein the flow controller is configured to: remove the supernatant component to provide an initial red blood cell concentrate; combine 50-500 mL of an additive solution with the red blood cell concentrate to provide an intermediate red blood cell product; characterized in that the flow controller is further configured to wash the intermediate red blood cell product stored for a period of time of 42 days or less, wherein the intermediate red blood cell product at the end of the storage has an osmolarity value between 202-479 mOsm/L, with a washing solution having an osmolarity value higher than that of the intermediate red blood cell product at the end of the storage. a separator configured to separate a quantity of blood into concentrated red blood cells having a hematocrit of at least 60% and a volume of 150-250mL, and a supernatant component; a flow controller in communication with the separator, wherein the flow controller is configured to: remove the supernatant component to provide an initial red blood cell concentrate; combine 50-500 mL of an additive solution with the red blood cell concentrate to provide an intermediate red blood cell product; characterized in that the flow controller is further configured to wash the intermediate red blood cell product stored for a period of time of 42 days or less, wherein the intermediate red blood cell product at the end of the storage has an osmolarity value between 202-479 mOsm/L, remove the supernatant component to provide an initial red blood cell concentrate; combine 50-500 mL of an additive solution with the red blood cell concentrate to provide an intermediate red blood cell product; characterized in that the flow controller is further configured to wash the intermediate red blood cell product stored for a period of time of 42 days or less, wherein the intermediate red blood cell product at the end of the storage has an osmolarity value between 202-479 mOsm/L, with a washing solution having an osmolarity value higher than that of the intermediate red blood cell product at the end of the storage.
An air-conditioning apparatus capable of carrying out a cooling operation and a heating operation with a refrigerant cycle constituted by a compressor, an indoor heat exchanger, an expansion valve, and an outdoor heat exchanger being connected by refrigerant piping, and capable of carrying out a drying operation for drying an indoor unit constituted by the indoor heat exchanger and an indoor fan supplying air to the indoor heat exchanger, the air-conditioning apparatus comprising: a setting means (18, 24) setting whether a drying operation with heating operation or a drying operation without heating operation is to be carried out; a drying operation menu determination means determining a menu of a drying operation on the basis of a setting of the setting means (18, 24); and an air volume determination means determining a rotation speed of the indoor fan on the basis of a determination result of the drying operation menu determination means and controlling an air volume of the indoor fan, characterised in that the drying operation menu determination means configures the drying operation by combining a heating operation and at least either one of a fanning operation and a fan stop operation by the air volume determination means when the drying operation with heating operation is carried out, and configures the drying operation by combining a fanning operation and a fan stop operation by the air volume determination means when the drying operation without heating operation is carried out. a setting means (18, 24) setting whether a drying operation with heating operation or a drying operation without heating operation is to be carried out; a drying operation menu determination means determining a menu of a drying operation on the basis of a setting of the setting means (18, 24); and an air volume determination means determining a rotation speed of the indoor fan on the basis of a determination result of the drying operation menu determination means and controlling an air volume of the indoor fan, characterised in that the drying operation menu determination means configures the drying operation by combining a heating operation and at least either one of a fanning operation and a fan stop operation by the air volume determination means when the drying operation with heating operation is carried out, and configures the drying operation by combining a fanning operation and a fan stop operation by the air volume determination means when the drying operation without heating operation is carried out.
A valve comprising a housing defining a fluid inlet (2, 3), a fluid outlet (3, 2) and a fluid path extending between the fluid inlet (2, 3)and fluid outlet (3, 2);a valve chamber in the fluid path; the valve chamber having a least one valve seat; a valve member moveable along a first axis in the chamber between an open position in which the valve member is displaced from the valve seat such that the fluid inlet (2, 3) is connected to the fluid outlet (3, 2) and a closed position in which the valve member is sealed against the valve seat so that the fluid path is closed; a first piston member movable in a first bore relative to the valve and for moving the valve member in a first direction along the first axis, and second piston member movable in a second bore relative to the valve member for moving the valve member along the first axis in a second direction opposite to the first direction, a first pressure compensation passage extending between the fluid inlet (2, 3) and the first bore such that the first piston member is actuable by the fluid pressure in the fluid inlet (2, 3), a second pressure compensation passage extending between the fluid outlet (3, 2) and the second bore such that the second piston member is actuable by the fluid pressure in the fluid outlet (3, 2); and an actuator for moving the valve member from the closed position to the open position; characterised in that the valve comprises first and second opposed biasing members (12, 46) of unequal loading applying a resulting biasing force to the valve member so as to bias it towards the closed position and wherein the second piston divides the second bore into first and second fluid chambers, the first chamber of the second bore being in fluid communication with one side of the valve member, the second fluid chamber of the second bore being in fluid communication with the second pressure compensation passage.
A roller screw mechanism comprising: - a screw provided with an external thread; - a nut coaxially surrounding the screw and provided with an internal thread; and - rollers, each of which is provided with an external thread, each roller being interposed between the screw and the nut so that the threads of the rollers mesh with the threads of the screw and of the nut; said roller screw mechanism being characterized in that: the threads of the rollers are complementary to the threads of the screw and of the nut so that, at zero load, the threads of the rollers co-operate on both of their flanks with the threads of the screw and of the nut in a contact geometry having curvilinear segments (SD; SC); and the rollers come into contact respectively with the screw and with the nut along contact segments (SD; SC) lying in planes that are offset angularly relative to a midplane of the mechanism that contains a longitudinal axis of the screw and a longitudinal axis of the roller in question. - a screw provided with an external thread; - a nut coaxially surrounding the screw and provided with an internal thread; and - rollers, each of which is provided with an external thread, each roller being interposed between the screw and the nut so that the threads of the rollers mesh with the threads of the screw and of the nut; the threads of the rollers are complementary to the threads of the screw and of the nut so that, at zero load, the threads of the rollers co-operate on both of their flanks with the threads of the screw and of the nut in a contact geometry having curvilinear segments (SD; SC); and the rollers come into contact respectively with the screw and with the nut along contact segments (SD; SC) lying in planes that are offset angularly relative to a midplane of the mechanism that contains a longitudinal axis of the screw and a longitudinal axis of the roller in question.
A method for recovering permission to use a transmission opportunity performed by a first device, the method comprising the steps of: • sending, to a second device, a single-user trigger frame, wherein the single-user trigger frame indicates that a time resource is allocated by the first device from an obtained transmission opportunity, TXOP, to the second device; • receiving (S 101) a quality of service, QoS, data frame from the second device, wherein the QoS data frame carries first indication information, wherein the first indication information indicates that the second device has stopped using the time resource, wherein an A-control field in the QoS data frame comprises the first indication information; and • recovering (S 102) a permission to use the TXOP based on the QoS data frame. • sending, to a second device, a single-user trigger frame, wherein the single-user trigger frame indicates that a time resource is allocated by the first device from an obtained transmission opportunity, TXOP, to the second device; • receiving (S 101) a quality of service, QoS, data frame from the second device, wherein the QoS data frame carries first indication information, wherein the first indication information indicates that the second device has stopped using the time resource, wherein an A-control field in the QoS data frame comprises the first indication information; and • recovering (S 102) a permission to use the TXOP based on the QoS data frame.
A power transmission device for a transmission with a shift assistance system, having a shift lever connection for receiving a shifting force and a transmission connection for passing on the shifting force to the transmission, which are rotatable relative to one another, characterized in that in the force path between the shift lever connection and the transmission connection at least one spring device with at least one spring element is arranged, at least one ramp (46a, 46b) and a coupling element, which is movable on rotation of the shift lever connection relative to the transmission connection along the ramp (46a, 46b), wherein the spring element exerts an elastic force on the coupling element and presses it against the at least one ramp (46a, 46b), and wherein a sensor element is provided, which detects at least two different positions of the coupling element on the ramp (46a, 46b).
An apparatus for coastal protection, wherein the apparatus comprises: - a central anchoring body and - multiple collector arms which are fastened to the central anchoring body, characterised in that the collector arms have a frame, in that a cladding is provided on the frame, and in that the cladding comprises one or more cladding elements which are of sheet-like design and have throughopenings. - a central anchoring body and - multiple collector arms which are fastened to the central anchoring body,
A circuit interrupter apparatus structured for plug-in connection to a panel board, comprising: a line terminal structured for plug-in connection with a line power member provided as part of the panel board; a load terminal structured for plug-in connection with a load power member provided as part of the panel board; a moveable contact moveable between a closed position wherein the line terminal is electrically coupled to the load terminal and an open position wherein the line terminal is not electrically coupled to the load terminal; and a sensor module structured for a plug-in connection to a number of signal conductors provided as part of the panel board, the sensor module being structured and configured to detect whether the moveable contact is in the closed position or the open position and output a signal to at least one of the signal conductors indicating a current position of the moveable contact, wherein the sensor module is also structured and configured to detect a level of a current flowing from the line terminal to the load terminal and output a second signal to at least one of the signal conductors indicating the level, wherein the sensor module includes a current transformer for detecting the level and a Hall Effect sensor for detecting the current position of the moveable contact, and wherein the sensor module is structured to position the Hall Effect sensor in between the line terminal and the load terminal and to position the current transformer such that it is wrapped around the load terminal. a line terminal structured for plug-in connection with a line power member provided as part of the panel board; a load terminal structured for plug-in connection with a load power member provided as part of the panel board; a moveable contact moveable between a closed position wherein the line terminal is electrically coupled to the load terminal and an open position wherein the line terminal is not electrically coupled to the load terminal; and a sensor module structured for a plug-in connection to a number of signal conductors provided as part of the panel board, the sensor module being structured and configured to detect whether the moveable contact is in the closed position or the open position and output a signal to at least one of the signal conductors indicating a current position of the moveable contact, wherein the sensor module is also structured and configured to detect a level of a current flowing from the line terminal to the load terminal and output a second signal to at least one of the signal conductors indicating the level, wherein the sensor module includes a current transformer for detecting the level and a Hall Effect sensor for detecting the current position of the moveable contact, and wherein the sensor module is structured to position the Hall Effect sensor in between the line terminal and the load terminal and to position the current transformer such that it is wrapped around the load terminal.
A laundry machine, comprising: a tub; a drum rotatably provided in the tub; an air supply device circulating air along an air circulation path to supply air to the tub; a lint filter positioned in the air circulation path to filter lint from the air circulated by the air supply device; a filter cleaning device supplying cleaning water to the lint filter to remove lint accumulated on the lint filter; and a cooling water supply device supplying cooling water to an inner surface of the tub such that moisture contained in the circulated air is condensed at the inner surface of the tub, characterized in that the cooling water supply device comprises: a cooling water nozzle fixed to the tub and positioned so as to spray cooling water toward an inner rear surface of the tub; and a cooling water line that supplies cooling water to the cooling water nozzle. a tub; a drum rotatably provided in the tub; an air supply device circulating air along an air circulation path to supply air to the tub; a lint filter positioned in the air circulation path to filter lint from the air circulated by the air supply device; a filter cleaning device supplying cleaning water to the lint filter to remove lint accumulated on the lint filter; and a cooling water supply device supplying cooling water to an inner surface of the tub such that moisture contained in the circulated air is condensed at the inner surface of the tub, characterized in that the cooling water supply device comprises: a cooling water nozzle fixed to the tub and positioned so as to spray cooling water toward an inner rear surface of the tub; and a cooling water line that supplies cooling water to the cooling water nozzle. a cooling water nozzle fixed to the tub and positioned so as to spray cooling water toward an inner rear surface of the tub; and a cooling water line that supplies cooling water to the cooling water nozzle.
A wireless tag reading device, comprising: an antenna for transmitting wireless signals to a wireless tag to initiate reading of information stored in the wireless tag; a moveable stage connected to the antenna and configured to move the antenna from a first location to a second location during a reading process for reading the information from the wireless tag; and a controller configured to determine whether information has been received from the wireless tag during the reading process with the moveable stage at a first location, characterized in that the controller is further configured to: count and store a number of times the wireless signals are transmitted from the antenna without receiving any information from the wireless tag while the antenna remains at the first location, and move the moveable stage from the first location to the second location while transmitting the wireless signals if the stored number of times equals a predetermined number. an antenna for transmitting wireless signals to a wireless tag to initiate reading of information stored in the wireless tag; a moveable stage connected to the antenna and configured to move the antenna from a first location to a second location during a reading process for reading the information from the wireless tag; and a controller configured to determine whether information has been received from the wireless tag during the reading process with the moveable stage at a first location, characterized in that the controller is further configured to: count and store a number of times the wireless signals are transmitted from the antenna without receiving any information from the wireless tag while the antenna remains at the first location, and move the moveable stage from the first location to the second location while transmitting the wireless signals if the stored number of times equals a predetermined number. count and store a number of times the wireless signals are transmitted from the antenna without receiving any information from the wireless tag while the antenna remains at the first location, and move the moveable stage from the first location to the second location while transmitting the wireless signals if the stored number of times equals a predetermined number.