mhurhangee/ep-ind-claims huggingface dataset:
A method of estimating the signal quality of a received signal in a wireless communication receiver, comprising: obtaining a received signal; estimating one or more parameters from the received signal, at least one of the parameters being the channel response portion of a matrix H; generating, within a loop, a random scrambling code realization and a matrix Q based on the parameter estimates, including the channel response portion and random scrambling code realization together in the matrix H; forming a representative matrix based on the plurality of matrices Q formed from the parameter estimates in said loop, the representative matrix comprising an RMS value or an average magnitude value for each term of the matrix; and estimating signal quality using the at least one representative coupling matrix. obtaining a received signal; estimating one or more parameters from the received signal, at least one of the parameters being the channel response portion of a matrix H; generating, within a loop, a random scrambling code realization and a matrix Q based on the parameter estimates, including the channel response portion and random scrambling code realization together in the matrix H; forming a representative matrix based on the plurality of matrices Q formed from the parameter estimates in said loop, the representative matrix comprising an RMS value or an average magnitude value for each term of the matrix; and estimating signal quality using the at least one representative coupling matrix.
A lubrication system for a gyratory crusher, comprising a thrust bearing, a lubrication and adjusting piston arranged to be movable in a cylinder; wherein the piston comprises a first space configured to receive fluid and to continuously conduct the fluid to the thrust bearing; characterized in that the cylinder and the piston define therebetween a second space configured to receive and hold fluid; and that the system is configured to in response to detecting a downward movement of the piston to conduct fluid from the second space to the first space. a thrust bearing, a lubrication and adjusting piston arranged to be movable in a cylinder; wherein the piston comprises a first space configured to receive fluid and to continuously conduct the fluid to the thrust bearing; characterized in that the cylinder and the piston define therebetween a second space configured to receive and hold fluid; and that the system is configured to in response to detecting a downward movement of the piston to conduct fluid from the second space to the first space.
Hydropneumatic piston/cylinder arrangement, in particular, for use as a spring element and/or shock absorber element, comprising a cylinder and a piston, the piston being axially moveable in the cylinder chamber of said cylinder, the cylinder chamber being filled with hydraulic fluid, piston being connected to a piston rod which extends outwards in a sealed manner from one end of the cylinder, and the base of said piston, which is remote from the piston rod, can be operatively connected to a pneumatic spring mechanism in order to convey fluid, wherein a piston accumulator is provided as a spring mechanism, the accumulator piston of which directly adjoins the hydraulic fluid situated in the cylinder chamber, and wherein in the cylinder chamber an intermediate body is fixedly arranged axially to the piston connected to the piston rod and to the accumulator piston in which intermediate body is provided at least one fluid passage (23, 25) enabling a predetermined throughflow of fluid (23, 25), characterised in that the intermediate body has at least one fluid passage in the form of a choke/check valve and in that the choke/check valve has a valve plate in which there is a bore to form a choke point.
A receptacle holding unit for a device for preparing a beverage from an ingredient contained in a receptacle, in particular by circulating a liquid into such receptacle and centrifugally driving such receptacle, comprising - a first part; - a second part that is movable relative to the first part between a closed position for holding said receptacle in such unit and an open position for inserting said receptacle into such unit and/or for removal therefrom; and - a fastening arrangement for fastening the first and second parts together in the closed position, the fastening arrangement comprising a first engagement surface on said first part and a second engagement surface on said second part, the first and second engagement surfaces being rotationally engaged together about an axis when the parts (10,20) are in the closed position and disengaged when the parts are in the open position, characterised in that the fastening arrangement comprises a locking member movable between: - a locking position for preventing relative rotational movement of the first and second engagement surfaces (11,21) when the parts (10,20) are in the closed position; and - an unlocking position for allowing relative rotational movement of the first and second engagements surfaces (11,21) and engagement and disengagement thereof. - a first part; - a second part that is movable relative to the first part between a closed position for holding said receptacle in such unit and an open position for inserting said receptacle into such unit and/or for removal therefrom; and - a fastening arrangement for fastening the first and second parts together in the closed position, the fastening arrangement comprising a first engagement surface on said first part and a second engagement surface on said second part, the first and second engagement surfaces being rotationally engaged together about an axis when the parts (10,20) are in the closed position and disengaged when the parts are in the open position, characterised in that the fastening arrangement comprises a locking member movable between: - a locking position for preventing relative rotational movement of the first and second engagement surfaces (11,21) when the parts (10,20) are in the closed position; and - an unlocking position for allowing relative rotational movement of the first and second engagements surfaces (11,21) and engagement and disengagement thereof.
Method for the cryogenic separation of a mixture containing at least carbon monoxide, hydrogen and nitrogen wherein: the mixture, in liquid form is sent to the head of a stripping column where it is separated in order to form a liquid depleted of hydrogen (15, 16) and a gas enriched with hydrogen, the liquid depleted of hydrogen or a fluid derived from this liquid is sent to a denitrogenation column where it is separated in order to form a liquid enriched with carbon monoxide and a gas enriched with nitrogen containing most of the nitrogen present in the mixture characterised in that: - if the nitrogen content of the mixture and/or of the gas enriched with nitrogen and/or for the alternative ii) of a gas enriched with carbon monoxide is less than a threshold, i) at least a portion of the gas enriched with hydrogen coming from the stripping column is sent to an intermediate point of the denitrogenation column or ii) if the fluid is derived from the liquid depleted of hydrogen by distillation in a separation column, at least a portion of the gas enriched with hydrogen coming from the stripping column is sent to an intermediate point of the separation column, the gas enriched with carbon monoxide is removed at the head of the separation column and a non-condensed gas of a head condenser is sent from the separation column to the denitrogenation column. - if the nitrogen content of the mixture and/or of the gas enriched with nitrogen and/or for the alternative ii) of a gas enriched with carbon monoxide is less than a threshold, i) at least a portion of the gas enriched with hydrogen coming from the stripping column is sent to an intermediate point of the denitrogenation column or ii) if the fluid is derived from the liquid depleted of hydrogen by distillation in a separation column, at least a portion of the gas enriched with hydrogen coming from the stripping column is sent to an intermediate point of the separation column, the gas enriched with carbon monoxide is removed at the head of the separation column and a non-condensed gas of a head condenser is sent from the separation column to the denitrogenation column. i) at least a portion of the gas enriched with hydrogen coming from the stripping column is sent to an intermediate point of the denitrogenation column or ii) if the fluid is derived from the liquid depleted of hydrogen by distillation in a separation column, at least a portion of the gas enriched with hydrogen coming from the stripping column is sent to an intermediate point of the separation column, the gas enriched with carbon monoxide is removed at the head of the separation column and a non-condensed gas of a head condenser is sent from the separation column to the denitrogenation column.
A sampling system (10, 34, 34(a), 34(b)) comprising: a sample withdrawal system (12, 36) operative to withdraw a sample from a source at a sample withdrawal flow rate; a sample collector system (16, 40) operative to receive the sample; and a sample delivery system (14, 38) operative to deliver the sample from the sample withdrawal system (12, 36) to the sample collector system (16,40) at a sample delivery flow rate that is different than the sample withdrawal flow rate; and wherein the sample withdrawal system (12, 36) comprises a sample intake port through which the sample is drawn from the source and an air intake port through which air is drawn wherein the air intake port introduces air downstream of the sample intake port and the sample and air are delivered by the sample delivery system to the sample collector system at a sample delivery flow rate that is faster than the sample withdrawal flow rate, wherein the sample delivery system includes a pump (22, 44) that operates at a first pump rate to draw the sample from the source at the sample withdrawal flow rate, and that operates at a second pump rate to expedite delivery of the sample to the sample collector system (16, 40) at the sample delivery flow rate. a sample withdrawal system (12, 36) operative to withdraw a sample from a source at a sample withdrawal flow rate; a sample collector system (16, 40) operative to receive the sample; and a sample delivery system (14, 38) operative to deliver the sample from the sample withdrawal system (12, 36) to the sample collector system (16,40) at a sample delivery flow rate that is different than the sample withdrawal flow rate; and wherein the sample withdrawal system (12, 36) comprises a sample intake port through which the sample is drawn from the source and an air intake port through which air is drawn wherein the air intake port introduces air downstream of the sample intake port and the sample and air are delivered by the sample delivery system to the sample collector system at a sample delivery flow rate that is faster than the sample withdrawal flow rate, wherein the sample delivery system includes a pump (22, 44) that operates at a first pump rate to draw the sample from the source at the sample withdrawal flow rate, and that operates at a second pump rate to expedite delivery of the sample to the sample collector system (16, 40) at the sample delivery flow rate.
A method comprising: receiving a multicast request in a router of a system-on-chip, SoC, from a first endpoint coupled to the router, the multicast request including a request for an aggregated completion comprising an aggregate request indicator that is a predetermined source port identifier as a source address to be reserved for use by at least some of a plurality of endpoints for issuance of aggregation requests to indicate to the router that it is to perform the aggregated completion, the at least some of the plurality of endpoints to include the same predetermined source port identifier with the aggregation requests; forwarding, from the router, the request to a plurality of target agents to obtain a status of a corresponding status register of each of the plurality of target agents, the status to indicate whether a condition has been updated in the status register; receiving, in the router, a response from each of the plurality of target agents, and consolidating the responses into the aggregated completion; and sending the aggregated completion from the router to the first endpoint. receiving a multicast request in a router of a system-on-chip, SoC, from a first endpoint coupled to the router, the multicast request including a request for an aggregated completion comprising an aggregate request indicator that is a predetermined source port identifier as a source address to be reserved for use by at least some of a plurality of endpoints for issuance of aggregation requests to indicate to the router that it is to perform the aggregated completion, the at least some of the plurality of endpoints to include the same predetermined source port identifier with the aggregation requests; forwarding, from the router, the request to a plurality of target agents to obtain a status of a corresponding status register of each of the plurality of target agents, the status to indicate whether a condition has been updated in the status register; receiving, in the router, a response from each of the plurality of target agents, and consolidating the responses into the aggregated completion; and sending the aggregated completion from the router to the first endpoint.
A combination therapeutic regimen in which each component of said combination is separately administered, comprising: (i) a therapeutically effective amount of pomalidomide; (ii) a therapeutically effective amount of elotuzumab, and (iii) a therapeutically acceptable amount of dexamethasone, for use in a method for treating a multiple myeloma patient that has progressed after receiving an initial treatment, wherein said combination stops said progression and effectively treats said patient's multiple myeloma.
A method for detecting intrusions in a vehicle network, comprising: receiving, by a recipient electronic control unit, ECU, a plurality of messages from a transmitting ECU, wherein the plurality of messages are transmitted periodically from the transmitting ECU via the vehicle network to the recipient ECU and the plurality of messages do not include any timestamp information from the transmitting ECU; the method characterized in that determining (52, 53), by the recipient ECU, a clock skew for the transmitting ECU from the plurality of messages by exploiting message periodicity; detecting (54, 55), by the recipient ECU, a sudden change in the clock skew for the transmitting ECU by comparing the clock skew for the transmitting ECU to a baseline value for the clock skew of the transmitting ECU; and identifying, by the recipient ECU, the transmitting ECU as compromised in response to detecting a sudden change in the clock skew for the transmitting ECU. receiving, by a recipient electronic control unit, ECU, a plurality of messages from a transmitting ECU, wherein the plurality of messages are transmitted periodically from the transmitting ECU via the vehicle network to the recipient ECU and the plurality of messages do not include any timestamp information from the transmitting ECU; the method characterized in that determining (52, 53), by the recipient ECU, a clock skew for the transmitting ECU from the plurality of messages by exploiting message periodicity; detecting (54, 55), by the recipient ECU, a sudden change in the clock skew for the transmitting ECU by comparing the clock skew for the transmitting ECU to a baseline value for the clock skew of the transmitting ECU; and identifying, by the recipient ECU, the transmitting ECU as compromised in response to detecting a sudden change in the clock skew for the transmitting ECU.
Wall element and accompanying horizontal seal, the wall element being a prefabricated wall element that is suitable for application in a curtain wall, and to this end consisting of a frame of assembled profiles and one or more infill elements that are attached against the outside of the frame, whereby the frame consists of mullions and transoms in the form of one-piece profiles (9a, 9b and 10a, 10b) whereby the bottom transom is provided with a female coupling part and the top transom is provided with a complementary male coupling part thanks to which similar wall elements one above the other fit telescopically in each other and whereby the accompanying horizontal seal is a profile with a part with which the horizontal seal can rest on an underlying wall element with male coupling part and with an upstanding edge which in an assembled condition extends against an upstanding leg of the male coupling part and which on assembly of a higher wall element is sealed and clamped between the male coupling part and female coupling part in question, whereby the length of the horizontal seal is such that it can be applied without a break in a horizontal direction overlapping several sideways adjacent wall elements, whereby the wall element is fitted along the perimeter of the infill elements with insulation profiles which are attached to the frame and overlap towards the outside reaching over the edges of the infill elements, the insulation profiles are fitted along their outside perimeter with a first level of seals at a fixed distance from the outside of the wall element which ensure a seal against adjoining wall elements and a seal with the underlying horizontal seal, and the male coupling part of the wall element is provided with a leg which along its free edge has a fourth level seal which is slid to fit in the groove of the female coupling part of an overlying wall element and which vis-a-vis the first level seal, a second level seal and a third level seal (17,34e) is located closer to the inside of the curtain wall. whereby the wall element is fitted along the perimeter of the infill elements with insulation profiles which are attached to the frame and overlap towards the outside reaching over the edges of the infill elements, the insulation profiles are fitted along their outside perimeter with a first level of seals at a fixed distance from the outside of the wall element which ensure a seal against adjoining wall elements and a seal with the underlying horizontal seal, and the male coupling part of the wall element is provided with a leg which along its free edge has a fourth level seal which is slid to fit in the groove of the female coupling part of an overlying wall element and which vis-a-vis the first level seal, a second level seal and a third level seal (17,34e) is located closer to the inside of the curtain wall.
Apparatus for making, starting from tubular elements, drinking straws, preferably made of paper, with a shaped portion formed by a plurality of annular ridges alternating with annular throats made along a segment of predefined length, said apparatus comprising movement means configured to continuously advance said tubular elements, internal shaping means and external shaping means configured to mutually cooperate so as to make said shaped portion acting respectively on an external surface and on an internal surface of each tubular element, said internal shaping means comprising a plurality of shaping spindles disposed parallel to each other and individually distanced and extending along a respective longitudinal axis, each shaping spindle being configured to be individually inserted inside a respective tubular element and to be moved by said movement means along a working path which develops substantially perpendicular to said longitudinal axis; wherein said external shaping means comprise a first corrugating unit and a second corrugating unit disposed facing each other, wherein said first corrugating unit comprises a first plurality of corrugations defining a succession of ridges and throats of deformation, said first and second corrugating units (36, 37) being mutually mobile with respect to each other to advance said tubular elements in rolling for the shaping of said shaped portion, wherein said first plurality of corrugations is obtained on a surface which is disposed along said working path for the shaping of said shaped portion, said apparatus being characterized in that said second corrugating unit comprises a second plurality of corrugations defining a succession of ridges and throats of deformation, wherein said second plurality of corrugations is obtained on a surface which is disposed along said working path.
A foam derived from a frothed stabilised aqueous dispersion comprising: (a) a thermoplastic resin selected from an ethylene homopolymer, an ethylene/α-olefin copolymer, an ethylene/α-olefin multiblock interpolymer, a propylene homopolymer, a propylene/α-olefin copolymer, a propylene/α-olefin multiblock interpolymer; or combinations thereof; (b) water; (c) a frothing surfactant; (d) a gas; (e) a dispersion-stabilizing agent; and (f) at least one phase change material or at least one flame retardant. (a) a thermoplastic resin selected from an ethylene homopolymer, an ethylene/α-olefin copolymer, an ethylene/α-olefin multiblock interpolymer, a propylene homopolymer, a propylene/α-olefin copolymer, a propylene/α-olefin multiblock interpolymer; or combinations thereof; (b) water; (c) a frothing surfactant; (d) a gas; (e) a dispersion-stabilizing agent; and (f) at least one phase change material or at least one flame retardant.
A fuel cell system in which a fuel cell is coupled to a motor driving battery and a vehicular auxiliary machine is coupled to the motor driving battery via a first voltage converter, the fuel cell system comprising: a fuel cell auxiliary machine coupled to the first voltage converter; a second voltage converter that couples the fuel cell auxiliary machine to the fuel cell; a third voltage converter arranged between the motor driving battery and the fuel cell, wherein the first voltage converter and the second voltage converter are coupled in parallel to the fuel cell auxiliary machine; and characterized in that the second voltage converter is connected to a coupling line coupling the motor driving battery to the third voltage converter. a fuel cell auxiliary machine coupled to the first voltage converter; a second voltage converter that couples the fuel cell auxiliary machine to the fuel cell; a third voltage converter arranged between the motor driving battery and the fuel cell, wherein the first voltage converter and the second voltage converter are coupled in parallel to the fuel cell auxiliary machine; and characterized in that the second voltage converter is connected to a coupling line coupling the motor driving battery to the third voltage converter.
A termination device for a suspension member of an elevator system comprising: a housing; and a wedge assembly disposed in the housing, the wedge assembly interactive with the suspension member to apply a clamping force to the suspension member in response to an axial load acting on the suspension member, the wedge assembly including a compressible cushion configured to increase uniformity of the clamping force applied to the suspension member by the wedge assembly, characterized in that the wedge assembly includes: an interface plate configured to abut the suspension member; and a wedge abutting an inner housing surface; wherein the compressible cushion is disposed between the interface plate and the wedge. an interface plate configured to abut the suspension member; and a wedge abutting an inner housing surface; wherein the compressible cushion is disposed between the interface plate and the wedge.