mhurhangee/ep-ind-claims huggingface dataset:
A method, performed in a network element of a provider edge network, of determining a downlink service path for a downlink packet, the method comprising: preserving an indication of the downlink service path while processing an uplink packet that has been transmitted from a subscriber end station toward a provider end station, the downlink service path being appropriate for a corresponding downlink packet of the uplink packet; receiving the corresponding downlink packet at a line card of the network element, wherein the corresponding downlink packet has been transmitted from the provider end station toward the subscriber end station; and determining, at the line card, the downlink service path for the corresponding downlink packet by using the indication of the downlink service path that was preserved while processing the uplink packet, wherein the downlink service path is operable to identify a plurality of services (312-1, 312-3) and an order in which the plurality of services are to be performed on the corresponding downlink packet. preserving an indication of the downlink service path while processing an uplink packet that has been transmitted from a subscriber end station toward a provider end station, the downlink service path being appropriate for a corresponding downlink packet of the uplink packet; receiving the corresponding downlink packet at a line card of the network element, wherein the corresponding downlink packet has been transmitted from the provider end station toward the subscriber end station; and determining, at the line card, the downlink service path for the corresponding downlink packet by using the indication of the downlink service path that was preserved while processing the uplink packet, wherein the downlink service path is operable to identify a plurality of services (312-1, 312-3) and an order in which the plurality of services are to be performed on the corresponding downlink packet.
An assembly for rotating a chain or toothed belt of a conveyor of an agricultural harvester, comprising: a shaft; a sprocket rotatably mounted on said shaft, said sprocket including a plurality of teeth configured to engage the chain or toothed belt; and a shield assembly covering at least a portion of said sprocket; said shield assembly has an interior groove formed therein defining an enclosed interior space, each of said plurality of teeth of said sprocket rotating through said enclosed interior space during part of a full rotation of said sprocket, and characterized in that said shield assembly includes at least one groove formed therein which covers a labyrinth ring of said sprocket. a shaft; a sprocket rotatably mounted on said shaft, said sprocket including a plurality of teeth configured to engage the chain or toothed belt; and a shield assembly covering at least a portion of said sprocket; said shield assembly has an interior groove formed therein defining an enclosed interior space, each of said plurality of teeth of said sprocket rotating through said enclosed interior space during part of a full rotation of said sprocket, and characterized in that said shield assembly includes at least one groove formed therein which covers a labyrinth ring of said sprocket.
A laptop computer, comprising: a screen portion comprising a screen layer and a transmitter layer, wherein the transmitter layer: is integrated between a back-light layer and a frame of the laptop computer; and comprises a radio frequency integrated circuit and at least two or more antennas configured to transmit radio frequency, RF, power waves that converge to form constructive interference at a location of a receiver (104, 108, 110) that is not in contact with the laptop computer, wherein the radio frequency integrated circuit is configured to adjust phases and/or relative magnitudes of the RF power waves to control formation of the constructive interference; and a communication component configured to communicate information with the receiver that is used to determine the location of the receiver. a screen portion comprising a screen layer and a transmitter layer, wherein the transmitter layer: is integrated between a back-light layer and a frame of the laptop computer; and comprises a radio frequency integrated circuit and at least two or more antennas configured to transmit radio frequency, RF, power waves that converge to form constructive interference at a location of a receiver (104, 108, 110) that is not in contact with the laptop computer, wherein the radio frequency integrated circuit is configured to adjust phases and/or relative magnitudes of the RF power waves to control formation of the constructive interference; and is integrated between a back-light layer and a frame of the laptop computer; and comprises a radio frequency integrated circuit and at least two or more antennas configured to transmit radio frequency, RF, power waves that converge to form constructive interference at a location of a receiver (104, 108, 110) that is not in contact with the laptop computer, wherein the radio frequency integrated circuit is configured to adjust phases and/or relative magnitudes of the RF power waves to control formation of the constructive interference; and a communication component configured to communicate information with the receiver that is used to determine the location of the receiver.
A holder for attaching an acoustic emission sensor to a non-metallic and non-magnetic material, the holder comprising a tubular body having a closed top end and an open bottom end through which the acoustic emission sensor is insertable into the tubular body, the closed top end having a plurality of unitary flexible flaps angularly extending inwardly from an inner surface of the enclosed top end, an inner surface of the tubular body having a plurality of spacers extending radially inward proximate the bottom end of the tubular body, the unitary flexible flaps and the spacers fixing the acoustic emission sensor within the tubular body, wherein the holder is formed with a flexible material as a unitary three-dimensional printed structure, wherein the unitary flexible flaps and the spacers are made from the flexible material so that the holder can accommodate sensors of varying heights and diameters.
A flow control system (30, 130) comprising: a drip chamber (32, 132); a valve seat (62, 162), the drip chamber forming a downstream opening (64, 164) in fluid communication with the valve seat; and a valve member (36, 136) disposed in the drip chamber having a valve surface (44, 44a-d, 144) engageable with the valve seat; characterized in that: the drip chamber comprises a lower wall section, an upper wall section and a collapsible wall (60, 160) extending between the lower wall section and the upper wall section; the valve seat is downwardly depending and attached to the lower wall section; the valve member is attached to the upper wall section; the flow control system comprises a driver (34, 134) rotatably engaged to the upper wall section and lower wall section; and in that upon rotation of the driver in a first direction, the collapsible wall of the drip chamber moves between a collapsed condition in which the valve seat is sealingly engaged with the valve surface and an extended condition in which the valve seat is sufficiently spaced from the valve surface to form a fluid passageway between the valve surface and the valve seat and permit flow through the opening of the drip chamber. a drip chamber (32, 132); a valve seat (62, 162), the drip chamber forming a downstream opening (64, 164) in fluid communication with the valve seat; and a valve member (36, 136) disposed in the drip chamber having a valve surface (44, 44a-d, 144) engageable with the valve seat; the drip chamber comprises a lower wall section, an upper wall section and a collapsible wall (60, 160) extending between the lower wall section and the upper wall section; the valve seat is downwardly depending and attached to the lower wall section; the valve member is attached to the upper wall section; the flow control system comprises a driver (34, 134) rotatably engaged to the upper wall section and lower wall section; and in that upon rotation of the driver in a first direction, the collapsible wall of the drip chamber moves between a collapsed condition in which the valve seat is sealingly engaged with the valve surface and an extended condition in which the valve seat is sufficiently spaced from the valve surface to form a fluid passageway between the valve surface and the valve seat and permit flow through the opening of the drip chamber.
The HDM2-p53 interaction inhibitor drug -5-(5-Chloro-1-methyl-2-oxo-1,2-dihydro-pyridin-3-yl)-6-(4-chloro-phenyl)-2-(2,4-dimethoxy-pyrimidin-5-yl)-1-isopropyl-5,6-dihydro-1H-pyrrolo[3,4-d]imidazol-4-one or a pharmaceutically acceptable salt, solvate, hydrate, complex or co-crystal thereof for use in the treatment of hematological tumors, wherein the drug is administered on each of the first 3 to 7 days of a 28 days treatment cycle, wherein the treatment is composed of at least three 28 days treatment cycles, wherein the daily drug dose for the first and second treatment cycles, which are induction cycles is from 50 mg to 100 mg and the daily drug dose for the third and any following treatment cycles, which are consolidation cycles is from 10 mg to 45 mg. for use in the treatment of hematological tumors, wherein the drug is administered on each of the first 3 to 7 days of a 28 days treatment cycle, wherein the treatment is composed of at least three 28 days treatment cycles, wherein the daily drug dose for the first and second treatment cycles, which are induction cycles is from 50 mg to 100 mg and the daily drug dose for the third and any following treatment cycles, which are consolidation cycles is from 10 mg to 45 mg.
A method for protecting information of a terminal device (100, 1200), comprising: displaying a UI element (24, 31-36, 620, 1251, 1351, 1451) corresponding to an application; in response to receiving a first user input, displaying a first region (21, 22, 23, 41, 510, 61, 1241, 1341, 1441); setting, for the first region, an access right for accessing each type of information pre-stored in the terminal device based on a second user input being received; and in response to receiving a third user input for moving the UI element to the first region changing an access right of the application for accessing each type of information pre-stored in the terminal device, to the access right set for the first region; wherein after the changing, the UI element is continuously displayed at a location where the UI element was displayed before the third user input being received and a UI element matching the UI element is additionally displayed in the first region. displaying a UI element (24, 31-36, 620, 1251, 1351, 1451) corresponding to an application; in response to receiving a first user input, displaying a first region (21, 22, 23, 41, 510, 61, 1241, 1341, 1441); setting, for the first region, an access right for accessing each type of information pre-stored in the terminal device based on a second user input being received; and in response to receiving a third user input for moving the UI element to the first region changing an access right of the application for accessing each type of information pre-stored in the terminal device, to the access right set for the first region; wherein after the changing, the UI element is continuously displayed at a location where the UI element was displayed before the third user input being received and a UI element matching the UI element is additionally displayed in the first region.
A method of manufacturing a fluid-filled chamber, the method comprising: locating a textile tensile member with a substantially uniform thickness between two polymer elements (41, 42); applying pressure to the tensile member and the polymer elements in a first area and in a second area, the pressure being greater in the first area than in the second area to impart a non-uniform thickness to the tensile member; and bonding the polymer elements together around a periphery of the tensile member. locating a textile tensile member with a substantially uniform thickness between two polymer elements (41, 42); applying pressure to the tensile member and the polymer elements in a first area and in a second area, the pressure being greater in the first area than in the second area to impart a non-uniform thickness to the tensile member; and bonding the polymer elements together around a periphery of the tensile member.
An application unit comprising: a downwardly extending frame configured to be positioned in operation between first and second rows of plants in a field; a base coupled to the frame, the base configured to be positioned in proximity to a ground surface while in operation; and a fluid applicator (1532; 1750; 1780; 1800; 1850) for applying fluid to the first and second rows of plants, characterised by the fluid applicator (1532; 1750; 1780; 1800; 1850) comprising a first actuator (1540a, 1710a, 1810a, 1820a) and a second actuator (1540b, 1710b, 1810b, 1820b); a first applicator arm (1520a, 1520a') connected to the first actuator (1540a, 1710a, 1810a, 1820a) and a second applicator arm (1520b, 1520b') connected to the second actuator (1540b, 1710b, 1810b, 1820b), each applicator arm (1520a, 1520b, 1520a', 1520b') coupled to the base and being configured to be actuated by a respective one of the first and second actuators (1540a, 1540b, 1710a, 1710b, 1810a, 1810b, 1820a, 1820b) to move the applicator arm (1520a, 1520b, 1520a', 1520b') from a position between the first and second rows of plants to a position adjacent to the first and second rows of plants during operation of the fluid applicator (1532, 1750, 1780, 1800, 1850). a downwardly extending frame configured to be positioned in operation between first and second rows of plants in a field; a base coupled to the frame, the base configured to be positioned in proximity to a ground surface while in operation; and a fluid applicator (1532; 1750; 1780; 1800; 1850) for applying fluid to the first and second rows of plants, characterised by the fluid applicator (1532; 1750; 1780; 1800; 1850) comprising a first actuator (1540a, 1710a, 1810a, 1820a) and a second actuator (1540b, 1710b, 1810b, 1820b); a first applicator arm (1520a, 1520a') connected to the first actuator (1540a, 1710a, 1810a, 1820a) and a second applicator arm (1520b, 1520b') connected to the second actuator (1540b, 1710b, 1810b, 1820b), each applicator arm (1520a, 1520b, 1520a', 1520b') coupled to the base and being configured to be actuated by a respective one of the first and second actuators (1540a, 1540b, 1710a, 1710b, 1810a, 1810b, 1820a, 1820b) to move the applicator arm (1520a, 1520b, 1520a', 1520b') from a position between the first and second rows of plants to a position adjacent to the first and second rows of plants during operation of the fluid applicator (1532, 1750, 1780, 1800, 1850).
A sandwich assay for quantifying a glycoprotein as a substance to be detected, using a labeled lectin and an antibody immobilized on a measurement region, said sandwich assay comprising a treatment for inhibiting the binding of said labeled lectin to a sugar chain that is carried by a contaminant non-specifically adsorbed to said measurement region and is the same as that of said substance to be detected, wherein said contaminant non-specifically adsorbed to said measurement region is a glycoprotein comprising the same sugar chain as said substance to be detected, and said treatment for inhibiting the binding of said labeled lectin to said sugar chain is a treatment of bringing a substance showing an action of cleaving disulfide bonds into contact with said glycoprotein as said contaminant before said glycoprotein as a contaminant is brought into contact with said antibody, thereby dissociating a domain comprising said same sugar chain as that of said substance to be detected.
A pneumatic tire, comprising: a tire frame member that is made of resin and that includes: a bead portion; a side portion connected to an outer side of the bead portion in a tire radial direction; and a crown portion that is connected to an inner side of the side portion in a tire width direction and on which a tread is disposed; and a tread member that is disposed at an outer side of the tire frame member in the tire radial direction and that configures a tire tread; characterized in that an inner face groove is formed at an inner face (17 IN) of the tire frame member on at least a portion of a region from an inner separation point corresponding to a separation point from a flange of a rim in an attached state to the rim, to an inner end portion (30 IN) corresponding to an end portion of the tread member. a tire frame member that is made of resin and that includes: a bead portion; a side portion connected to an outer side of the bead portion in a tire radial direction; and a crown portion that is connected to an inner side of the side portion in a tire width direction and on which a tread is disposed; and a tread member that is disposed at an outer side of the tire frame member in the tire radial direction and that configures a tire tread; characterized in that an inner face groove is formed at an inner face (17 IN) of the tire frame member on at least a portion of a region from an inner separation point corresponding to a separation point from a flange of a rim in an attached state to the rim, to an inner end portion (30 IN) corresponding to an end portion of the tread member.
Double mattress (1, 100) having a generic quadrangular shape with a first face and a second face opposing said first face by the interposition of a perimeter edge having two longitudinal sides and two transverse sides, the mattress being divided into two portions placed side by side, that are independent and joined along a common longitudinal edge, both of which are each encased by a cover with first joining means, characterized in that each cover is I provided with at least two pockets (4, 5) that can be placed on upon the other and are joined along said longitudinal edge in a way that creates a book-like structure, and having respective second joining means.
A machine for continuous washing of fabric in rope form, comprising two or more wash tanks (11, 12), including an initial wash tank in which the fabric is designed to enter at a first speed and a final wash tank from which the fabric is designed to exit at the same said first speed, fabric being accumulable in said wash tanks, said machine also comprising means for alternate movement of the fabric between at least two consecutive wash tanks (11, 12) with a second movement speed, greater with respect to said first speed, in such a manner as to alternatively accumulate fabric in said two consecutive wash tanks (11, 12), there being present at least one transit duct (22, 23, 24, 25) through which the fabric passes during passage inside the machine and along which the wash water flows, characterized in that said at least one transit duct (22, 25) comprises pivoting means to rotate the transit duct (22, 25) along a given angular travel over a wash tank (11, 12), there being associated with said pivoted transit duct (22, 25) sensor means (22Q, 22R) and/or a switch such that a control signal directed to the means for alternate movement of the fabric corresponds to a predetermined angular position of the transit duct (22, 25) along said angular travel, said control signal controlling reversal of the direction of movement of the fabric, wherein rotation of said transit duct (22, 25) occurring through thrust of the fabric on said transit duct (22, 25) during lifting of the fabric passing through the wash tank (11, 12) when accumulation in said tank (11, 12) has terminated.
A method for mining a block in a decentralized blockchain consensus network, 'DBCN', said method comprising the steps of a) Sending by a mining computing entity, 'MCE', a signing request for mining a new block of a blockchain to a trusted execution environment computing entity, 'TEE-CE', said signing request including block information, said block information including block height information, b) Comparing, by the TEE-CE, the block height information of the signing request with the block height information from the last signing request and providing a matching, when the difference between said two block height information satisfies a defined value c) Upon matching, signing, by said TEE-CE the new block based on the block information, and d) Providing, by said MCE, the new signed block to said DBCN. a) Sending by a mining computing entity, 'MCE', a signing request for mining a new block of a blockchain to a trusted execution environment computing entity, 'TEE-CE', said signing request including block information, said block information including block height information, b) Comparing, by the TEE-CE, the block height information of the signing request with the block height information from the last signing request and providing a matching, when the difference between said two block height information satisfies a defined value c) Upon matching, signing, by said TEE-CE the new block based on the block information, and d) Providing, by said MCE, the new signed block to said DBCN.
A roller alignment device, comprising: a main jig comprising an alignment space having a specified spatial shape capable of aligning plural rollers so as to be in parallel to each other in a lengthwise direction, a width direction of the alignment space coinciding with an axial direction of the rollers in an aligned state; a roller-supply means comprising a chute section that can store the plural rollers therein arranged in a row in the axial direction, and a roller-supply-fluid-supply means for generating a flow of fluid inside the chute section in a direction toward the alignment space side; the roller-supply means holding the rollers in a direction that coincides with the width direction of the alignment space so as to be arranged in a row in the axial direction, and sequentially supplying the rollers to a roller-supply position in the alignment space; characterized in that said roller alignment device further comprises an alignment-fluid-supply means spraying fluid on each of the rollers that are supplied to the roller-supply position by the roller-supply means from a direction that is orthogonal to the width direction of the alignment space, that overcomes a pressing force that acts in an axial direction of the rollers, at least part of which is constructed by a flow of fluid in a direction toward the alignment space, so that the rollers move in the lengthwise direction in the alignment space from the roller-supply position. a main jig comprising an alignment space having a specified spatial shape capable of aligning plural rollers so as to be in parallel to each other in a lengthwise direction, a width direction of the alignment space coinciding with an axial direction of the rollers in an aligned state; a roller-supply means comprising a chute section that can store the plural rollers therein arranged in a row in the axial direction, and a roller-supply-fluid-supply means for generating a flow of fluid inside the chute section in a direction toward the alignment space side; the roller-supply means holding the rollers in a direction that coincides with the width direction of the alignment space so as to be arranged in a row in the axial direction, and sequentially supplying the rollers to a roller-supply position in the alignment space; characterized in that said roller alignment device further comprises an alignment-fluid-supply means spraying fluid on each of the rollers that are supplied to the roller-supply position by the roller-supply means from a direction that is orthogonal to the width direction of the alignment space, that overcomes a pressing force that acts in an axial direction of the rollers, at least part of which is constructed by a flow of fluid in a direction toward the alignment space, so that the rollers move in the lengthwise direction in the alignment space from the roller-supply position.