mhurhangee/ep-ind-claims huggingface dataset:
A blow-molded container comprising: a finish defining an opening at a first end of the container that provides access to an internal volume defined by the container; and a base portion at a second end of the container opposite to the first end, the base portion including a fold having an outer folded portion proximate to a sidewall of the container, and an inner folded portion that is inward of the outer folded portion, the inner folded portion being closer to the first end than the outer folded portion; wherein as blown and prior to the container being filled, a diaphragm of the base portion is further from the first end of the container than the outer folded portion; wherein after the container is filled, the diaphragm is not further from the first end of the container than the outer folded portion; characterized in that the diaphragm pivots about a first radius at an inner curved portion of the fold, a second radius at an outer curved portion of the fold, and a third radius between the diaphragm and the first radius. a finish defining an opening at a first end of the container that provides access to an internal volume defined by the container; and a base portion at a second end of the container opposite to the first end, the base portion including a fold having an outer folded portion proximate to a sidewall of the container, and an inner folded portion that is inward of the outer folded portion, the inner folded portion being closer to the first end than the outer folded portion; wherein as blown and prior to the container being filled, a diaphragm of the base portion is further from the first end of the container than the outer folded portion; wherein after the container is filled, the diaphragm is not further from the first end of the container than the outer folded portion; characterized in that the diaphragm pivots about a first radius at an inner curved portion of the fold, a second radius at an outer curved portion of the fold, and a third radius between the diaphragm and the first radius.
An edible compound for use in an in vivo diagnostic imaging method using a multiphoton laser microscope, wherein the compound is selected from the group consisting of erythrosine and curcumin, and wherein said compound is capable of staining cancer cells more intensely than normal cells.
A preservative composition containing a) at least one compound of formula or a salt thereof in which R 1 denotes a linear or branched (C 1 to C 6) alkyl group and R 2 represents a linear or branched (C 8 to C 14) alkyl group, b) at least one monoglyceryl ether of formula wherein one functional group of the functional groups R 1 and R 2 represents a branched or linear (C 3 to C 12) alkyl group and the other of these functional groups represents a hydrogen atom. a) at least one compound of formula or a salt thereof in which R 1 denotes a linear or branched (C 1 to C 6) alkyl group and R 2 represents a linear or branched (C 8 to C 14) alkyl group, R 1 denotes a linear or branched (C 1 to C 6) alkyl group and R 2 represents a linear or branched (C 8 to C 14) alkyl group, b) at least one monoglyceryl ether of formula wherein one functional group of the functional groups R 1 and R 2 represents a branched or linear (C 3 to C 12) alkyl group and the other of these functional groups represents a hydrogen atom.
A double gate valve (10, 110, 210, 310, 410) comprising a housing with a first housing part having an inner wall; a second housing part having an inner wall; and a closure part which is arranged in a movable manner between the first housing part and the second housing part and has an inner wall (46, 48); wherein, in an open position of the valve (10, 110, 210, 310, 410), an exit opening of the first housing part is assigned to an entry opening of the closure part and an exit opening of the closure part is assigned to an entry opening of the second housing part, characterized in that the valve (10, 110, 210, 310, 410) comprises an erosion-protection device, the erosion-protection device comprises at least one baffle (72, 172, 272, 372, 472) projecting beyond a contour of the inner wall (46, 48) of the closure part, wherein the at least one baffle (72, 172, 272, 372, 472) is arranged on the inner wall (46, 48) of the closure part.
A first wireless transmit/receive unit, WTRU, comprising, a processor configured to: receive discovery data, wherein the discovery data is associated with a priority value, and wherein the discovery data is associated with a destination identity; determine whether the priority value is above a threshold value; determine a transmission to send, wherein, if the priority value is above the threshold value, determine the transmission based on whether sidelink communication data associated with the destination identity is received during a duration of time, wherein the duration of time is determined based on one or more of the priority value or a channel busy ratio, and wherein, if the sidelink communication data associated with the destination identity is received during the duration of time, the transmission is determined to comprise the discovery data multiplexed with the sidelink communication data, and if the sidelink communication data associated with the destination identity is not received during the duration of time, the transmission is determined to comprise the discovery data; and perform resource allocation and send the transmission. receive discovery data, wherein the discovery data is associated with a priority value, and wherein the discovery data is associated with a destination identity; determine whether the priority value is above a threshold value; determine a transmission to send, wherein, if the priority value is above the threshold value, determine the transmission based on whether sidelink communication data associated with the destination identity is received during a duration of time, wherein the duration of time is determined based on one or more of the priority value or a channel busy ratio, and wherein, if the sidelink communication data associated with the destination identity is received during the duration of time, the transmission is determined to comprise the discovery data multiplexed with the sidelink communication data, and if the sidelink communication data associated with the destination identity is not received during the duration of time, the transmission is determined to comprise the discovery data; and if the sidelink communication data associated with the destination identity is received during the duration of time, the transmission is determined to comprise the discovery data multiplexed with the sidelink communication data, and if the sidelink communication data associated with the destination identity is not received during the duration of time, the transmission is determined to comprise the discovery data; and perform resource allocation and send the transmission.
Decorative powder dispenser for the decoration of ceramic articles, wherein it comprises: - at least one containment chamber containing a decorative powder for the decoration of at least one ceramic article, provided with at least one dispensing port through which said decorative powder is dispensed on a decorative surface of said ceramic article; - at least one plug body provided with at least one closing portion of said dispensing port and movable between a home configuration, wherein said closing portion obstructs said dispensing port and prevents said decorative powder from being dispensed, and at least one operating configuration, wherein said closing portion is moved along at least one direction of movement (D1, D2) with respect to said dispensing port and allows said decorative powder to be dispensed; - movement means (6, 13) of said plug body adapted to move said plug body between said home configuration and said operating configuration; wherein: - in said home configuration, said closing portion and said dispensing port define at least one free section; - said dispensing port and said closing portion are shaped so that said decorative powder cannot flow through the said free section and come out of said containment chamber in said home configuration; characterized in that said movement means (6, 13) comprise a vibration transmission assembly adapted to move by oscillatory motion said plug body along at least one transverse direction, which direction is transverse to the longitudinal axis of the containment chamber, between said operating configuration and said home configuration. - at least one containment chamber containing a decorative powder for the decoration of at least one ceramic article, provided with at least one dispensing port through which said decorative powder is dispensed on a decorative surface of said ceramic article; - at least one plug body provided with at least one closing portion of said dispensing port and movable between a home configuration, wherein said closing portion obstructs said dispensing port and prevents said decorative powder from being dispensed, and at least one operating configuration, wherein said closing portion is moved along at least one direction of movement (D1, D2) with respect to said dispensing port and allows said decorative powder to be dispensed; - movement means (6, 13) of said plug body adapted to move said plug body between said home configuration and said operating configuration; wherein: - in said home configuration, said closing portion and said dispensing port define at least one free section; - said dispensing port and said closing portion are shaped so that said decorative powder cannot flow through the said free section and come out of said containment chamber in said home configuration;
A gas turbine combustor comprising: a combustion liner in which a combustion region is formed; and a housing provided for a wall of said combustion liner in a predetermined circumferential region of said combustion liner to form a resonance space between said combustion liner and said housing, said housing comprising an upper section opposing to the wall of said combustion liner, and side sections extending from said upper section and connected with the wall of said combustion liner to form said resonance space, wherein said combustion region and said resonance space are connected by a plurality of combustion liner through-holes, and a circumferential length of said housing is longer than a diameter of said combustion liner, characterized in that holes are opened in at least one of said side sections of the housing. a combustion liner in which a combustion region is formed; and a housing provided for a wall of said combustion liner in a predetermined circumferential region of said combustion liner to form a resonance space between said combustion liner and said housing, said housing comprising an upper section opposing to the wall of said combustion liner, and side sections extending from said upper section and connected with the wall of said combustion liner to form said resonance space, an upper section opposing to the wall of said combustion liner, and side sections extending from said upper section and connected with the wall of said combustion liner to form said resonance space, wherein said combustion region and said resonance space are connected by a plurality of combustion liner through-holes, and a circumferential length of said housing is longer than a diameter of said combustion liner, characterized in that holes are opened in at least one of said side sections of the housing.
A method for Coordinated Multipoint, COMP, operation for a serving radio base station serving user equipment, UE, in a cellular communication network, said method comprising the steps of: - said serving radio base station providing (S1; S31) In-phase and Quadrature-phase, IQ, samples, referred to as own IQ samples, based on received radio signals including a radio signal originating from an uplink transmission of at least one UE; - said serving radio base station joining (S2; S32-S35) a multicast group for receiving complementary IQ samples from a supporting radio base station via a network interface to a transport network that interconnects the radio base stations, wherein said process of joining a multicast group is based on retrieving a multicast address corresponding to the multicast group and configuring the network interface for reception on that multicast address, wherein said complementary IQ samples correspond to received radio signals at said supporting radio base station; and - said serving radio base station processing (S3; S36) said own IQ samples and said complementary IQ samples to decode user data of said uplink transmission. - said serving radio base station providing (S1; S31) In-phase and Quadrature-phase, IQ, samples, referred to as own IQ samples, based on received radio signals including a radio signal originating from an uplink transmission of at least one UE; - said serving radio base station joining (S2; S32-S35) a multicast group for receiving complementary IQ samples from a supporting radio base station via a network interface to a transport network that interconnects the radio base stations, wherein said process of joining a multicast group is based on retrieving a multicast address corresponding to the multicast group and configuring the network interface for reception on that multicast address, wherein said complementary IQ samples correspond to received radio signals at said supporting radio base station; and - said serving radio base station processing (S3; S36) said own IQ samples and said complementary IQ samples to decode user data of said uplink transmission.
A wind turbine generator comprising: an electrical generator configured to generate AC signals, a plurality of power converters operated by a gating signal, the power converters being configured to convert the AC signals from the electrical generator into fixed frequency AC signals, and a controller configured to enter a fault mode when a grid voltage falls outside an acceptable threshold, wherein the acceptable threshold relates to a predetermined WTG high voltage limit, low voltage limit, positive/negative sequence voltage limit and/or voltage imbalance limit, and during the fault mode the controller is configured to provide a reactive current reference dependent on an estimated value of a grid voltage distant from the wind turbine generator, wherein distant means further along a circuit towards a point of common connection. an electrical generator configured to generate AC signals, a plurality of power converters operated by a gating signal, the power converters being configured to convert the AC signals from the electrical generator into fixed frequency AC signals, and a controller configured to enter a fault mode when a grid voltage falls outside an acceptable threshold, wherein the acceptable threshold relates to a predetermined WTG high voltage limit, low voltage limit, positive/negative sequence voltage limit and/or voltage imbalance limit, and during the fault mode the controller is configured to provide a reactive current reference dependent on an estimated value of a grid voltage distant from the wind turbine generator, wherein distant means further along a circuit towards a point of common connection.
Water treatment cartridge for a steam appliance, comprising a housing in which a first flow chamber and a second flow chamber are formed, wherein the first flow chamber has an inlet for water which is formed at an annular region, a water treatment material is arranged in the first flow chamber, and the second flow chamber has an outlet for water, and wherein a coupling wall for a sealing connecting piece of the steam appliance is arranged at the outlet and the coupling wall has a conical region for placing on the sealing connecting piece, which region forms a sealing lip for abutting against the sealing connecting piece, characterized in that the first flow chamber has at the annular region a wall region which is connected to the coupling wall by way of an annular web, and in that the wall region of the first flow chamber surrounds the coupling wall.
A method for improving the appearance of grained wood surfaces, comprising the steps of: - providing a grained wood surface and - applying a one-component coating system comprising an aqueous polyurethane and/or polyurethane-polyacrylate polymer dispersion, characterised in that that the coating system comprises one or more compounds of elements of sub-groups 5 and/or 6 of the periodic table in which the particular element has an oxidation state of at least +4, to the grained wood surface. - providing a grained wood surface and - applying a one-component coating system comprising an aqueous polyurethane and/or polyurethane-polyacrylate polymer dispersion, characterised in that that the coating system comprises one or more compounds of elements of sub-groups 5 and/or 6 of the periodic table in which the particular element has an oxidation state of at least +4, to the grained wood surface.
A method for supplying natural gas at a predetermined pressure or more to a gas demand side in an LNG carrier during ballast voyage of the LNG carrier, where less gas than required for a minimum load of a compressor is induced into the compressor due to generation of a low amount of natural boil-off gas, the natural gas comprising natural boil-off gas generated in a cargo tank or a plurality of cargo tanks containing LNG and forced boil-off gas generated by vaporizing LNG pumped from the cargo tank or the plurality of cargo tanks, wherein, in order to supply the natural gas at a predetermined pressure or more, the forced boil-off gas or a mixed gas of the forced boil-off gas and natural boil-off gas having the predetermined pressure or more is returned to the cargo tank or to a gas header connecting the plurality of the cargo tanks to one another.
A method for flow monitoring, the method comprising: receiving first samples of flows from an interface of a network device sampled at a first sampling rate; determining a first parameter based on the first samples; receiving second samples of flows from the interface sampled at a second sampling rate, wherein the second sampling rate is different than the first sampling rate; determining a second parameter based on the second samples; determining a third sampling rate based on the first parameter and the second parameter; transmitting a signal indicative of the third sampling rate to the network device; and receiving third samples of flows from the interface sampled at the third sampling rate. receiving first samples of flows from an interface of a network device sampled at a first sampling rate; determining a first parameter based on the first samples; receiving second samples of flows from the interface sampled at a second sampling rate, wherein the second sampling rate is different than the first sampling rate; determining a second parameter based on the second samples; determining a third sampling rate based on the first parameter and the second parameter; transmitting a signal indicative of the third sampling rate to the network device; and receiving third samples of flows from the interface sampled at the third sampling rate.
A water attraction dispatch system, comprising: a water attraction; a plurality of sensors of the water attraction; and a dispatch controller comprising a processor and a memory, wherein the memory stores instructions executable by the processor, the instructions configured to cause the dispatch controller to: receive attraction condition data from the plurality of sensors of the water attraction, wherein a subset of the plurality of sensors comprises a network of strain gauge sensors along a slide path of an individual slide of the water attraction; determine guest position data on the individual slide based on the network of strain gauge sensors and a strain map of the individual slide, wherein the strain map corresponds to a profile of the individual slide associated with the guest position data; determine a dispatch status of the individual slide of the water attraction based on the attraction condition data and the guest position data, wherein the determined dispatch status comprises a permit dispatch status or a deny dispatch status; and transmit a signal indicative of the dispatch status to a controller of the water attraction. a water attraction; a plurality of sensors of the water attraction; and a dispatch controller comprising a processor and a memory, wherein the memory stores instructions executable by the processor, the instructions configured to cause the dispatch controller to: receive attraction condition data from the plurality of sensors of the water attraction, wherein a subset of the plurality of sensors comprises a network of strain gauge sensors along a slide path of an individual slide of the water attraction; determine guest position data on the individual slide based on the network of strain gauge sensors and a strain map of the individual slide, wherein the strain map corresponds to a profile of the individual slide associated with the guest position data; determine a dispatch status of the individual slide of the water attraction based on the attraction condition data and the guest position data, wherein the determined dispatch status comprises a permit dispatch status or a deny dispatch status; and transmit a signal indicative of the dispatch status to a controller of the water attraction. receive attraction condition data from the plurality of sensors of the water attraction, wherein a subset of the plurality of sensors comprises a network of strain gauge sensors along a slide path of an individual slide of the water attraction; determine guest position data on the individual slide based on the network of strain gauge sensors and a strain map of the individual slide, wherein the strain map corresponds to a profile of the individual slide associated with the guest position data; determine a dispatch status of the individual slide of the water attraction based on the attraction condition data and the guest position data, wherein the determined dispatch status comprises a permit dispatch status or a deny dispatch status; and transmit a signal indicative of the dispatch status to a controller of the water attraction.