mhurhangee/patent-ind-claim-en huggingface dataset:
A lubrication system for an engine, the lubrication system comprising a main oil tank ; a scavenge pump configured to provide lubricant to the engine during a normal condition; an auxiliary pump configured to provide lubricant to the engine during an abnormal condition; a pressure sensor disposed at an outlet of the auxiliary pump and configured to detect a pressure created by the auxiliary pump; a restriction device disposed in a conduit fluidly connecting the cavenge pump to the outlet of the auxiliary pump, characterised by the restriction device being configured to increase a first pressure produced by the auxiliary pump at the pressure sensor, wherein the first pressure is greater than a second pressure created by the scavenge pump, so that the pressure detected by the pressure sensor will not be affected by the scavenge pump ; and a pressure responsive valve disposed in a common delivery pathway of both the scavenge pump and the auxiliary pump, the pressure responsive valve configured to shunt the lubricant received from the auxiliary pump to the engine during the abnormal condition; wherein the pressure sensor is disposed along a fluid pathway connecting the auxiliary pump to the pressure responsive valve, between the auxiliary pump and the pressure responsive valve; and wherein the restriction device is disposed along a main oil tank return line between the scavenge pump outlet and the pressure responsive valve.
A process for blending solid additive particles with solid VDC polymer particles, the process comprising the steps of: A. Polymerizing VDC monomer, optionally with one or more mono-ethylenically unsaturated comonomers, in a polymerization zone under polymerization conditions to form solid VDC polymer particles; B. Stopping the polymerization of the VDC monomers after formation of the solid VDC polymer particles; and C. Contacting the solid VDC polymer particles with the solid additive particles (i) before the solid VDC polymer particles are de-watered, (ii) after stripping residual monomer from the solid VDC polymer particles, and (iii) at a temperature sufficient to melt or soften the solid additives particles but insufficient to melt or soften the solid VDC polymer particles such that the melted or softened solid additive particles adhere to the solid VDC polymer particles upon contact, wherein the solid additive particles are solid at ambient conditions (23°C, atmospheric pressure). A. Polymerizing VDC monomer, optionally with one or more mono-ethylenically unsaturated comonomers, in a polymerization zone under polymerization conditions to form solid VDC polymer particles; B. Stopping the polymerization of the VDC monomers after formation of the solid VDC polymer particles; and C. Contacting the solid VDC polymer particles with the solid additive particles (i) before the solid VDC polymer particles are de-watered, (ii) after stripping residual monomer from the solid VDC polymer particles, and (iii) at a temperature sufficient to melt or soften the solid additives particles but insufficient to melt or soften the solid VDC polymer particles such that the melted or softened solid additive particles adhere to the solid VDC polymer particles upon contact,
A machine readable storage medium having instructions embodied thereon for operating a base station, the instructions when executed by a processor at the base station perform the following: determining (101; 111,113), at the base station, a presence or absence of mobile devices not associated with the base station that are receiving downlink transmissions from a second base station other than said base station by monitoring uplink signals used by the mobile devices to transmit to the second base station; upon determination the presence of at least one mobile device , determining whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station by estimating a quality of a signal in an uplink from the at least one mobile device to the second base station; and setting (103; 121,123,115), at the base station, a maximum permitted transmission power for the base station based on the presence or absence of mobile stations not associated with the base station and, when the presence is determined , further based on whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station. determining (101; 111,113), at the base station, a presence or absence of mobile devices not associated with the base station that are receiving downlink transmissions from a second base station other than said base station by monitoring uplink signals used by the mobile devices to transmit to the second base station; upon determination the presence of at least one mobile device , determining whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station by estimating a quality of a signal in an uplink from the at least one mobile device to the second base station; and setting (103; 121,123,115), at the base station, a maximum permitted transmission power for the base station based on the presence or absence of mobile stations not associated with the base station and, when the presence is determined , further based on whether the at least one mobile device requires protection from interference caused by downlink transmissions of the base station.
A vector comprising a) at least 10 functional human heavy chain V genes wherein at least 10 functional human heavy chain V genes are in the same sequential order in which they can be found in the human germline and comprise intervening sequences, and wherein the at least 10 functional human heavy chain V genes comprise V3-13, V3-11, V3-9, V1-8, V3-7, V2-5, V4-4, V1-3, V1-2, V6-1; b) at least one human heavy chain D gene and at least one human heavy chain J gene; c) a murine μ enhancer; d) a murine switch μ element; e) a murine C gene which lacks the C H 1 exon wherein the C gene is selected from Cy1, and f) a murine 3' enhancer region. wherein the vector does not comprise a further murine C gene. a) at least 10 functional human heavy chain V genes wherein at least 10 functional human heavy chain V genes are in the same sequential order in which they can be found in the human germline and comprise intervening sequences, and wherein the at least 10 functional human heavy chain V genes comprise V3-13, V3-11, V3-9, V1-8, V3-7, V2-5, V4-4, V1-3, V1-2, V6-1; b) at least one human heavy chain D gene and at least one human heavy chain J gene; c) a murine μ enhancer; d) a murine switch μ element; e) a murine C gene which lacks the C H 1 exon wherein the C gene is selected from Cy1, and f) a murine 3' enhancer region.
Manufactured article formed essentially of an elastomeric material, said article having at least one visible surface comprising on at least one textured portion a plurality of strands extending from a base of said surface and distributed over the entirety of said portion, each strand having an average height A measured from said base up to a free end of the strand such that 0.250 mm ≤ A ≤ 0.600 mm and an average width B at the base such that 0.070 mm ≤ B ≤ 0.170 mm, and the density of the strands on the textured portion being at least equal to 10 strands per unit of surface expressed in square millimetres (mm 2 ), characterised in that the average angle (D) at the free end of the strands , measured at the intersection between the tangents to the surfaces of the strand at said end in a longitudinal section, is between 6° and 30°.
Adhesive tape for application to a component of a motor vehicle, consisting of - a primer layer having a self-adhesive lower side and a self-adhesive upper side , - where the primer layer is embodied such that it is activatable for chemical reaction with an adhesive . - a primer layer having a self-adhesive lower side and a self-adhesive upper side , - where the primer layer is embodied such that it is activatable for chemical reaction with an adhesive .
A non-pneumatic tire and rim assembly comprising: a rim having a first and second bead ring holder ; and a non-pneumatic tire having a shear band and tread forming a tread band, and a first and second sidewall region ; wherein the first and second sidewall regions each extend from the tread band and terminate into a first and second respective bead area ; wherein a carcass ply extends under a crown portion of the non-pneumatic tire , into the first and second sidewall regions and to the first and second bead area ; wherein the first and second bead area are each mounted on the first and second bead ring holder ; and wherein the carcass ply is tensioned when each bead area is mounted on the respective bead ring holder of the rim; characterized in that each bead area is tensioned outward yet located axially inward of a respective lateral outermost end of the tread band when the non-pneumatic tire is mounted on the rim. a rim having a first and second bead ring holder ; and a non-pneumatic tire having a shear band and tread forming a tread band, and a first and second sidewall region ; wherein the first and second sidewall regions each extend from the tread band and terminate into a first and second respective bead area ; wherein a carcass ply extends under a crown portion of the non-pneumatic tire , into the first and second sidewall regions and to the first and second bead area ; wherein the first and second bead area are each mounted on the first and second bead ring holder ; and wherein the carcass ply is tensioned when each bead area is mounted on the respective bead ring holder of the rim; characterized in that each bead area is tensioned outward yet located axially inward of a respective lateral outermost end of the tread band when the non-pneumatic tire is mounted on the rim.
A component of a gas turbine system having a coolant delivery system for selectively delivering cooling fluid to the component , wherein the coolant delivery system comprises: a plurality of independent circuits of cooling channels embedded within an exterior wall of the component , each independent circuit of cooling channels including a plurality of headers and a plurality of feed tubes fluidly coupling the plurality of headers to a supply of cooling fluid ; characterized by an impingement plate connected to the exterior wall of the component by the plurality of feed tubes of the plurality of independent circuits of cooling channels , and an impingement cavity separating the exterior wall of the component from the impingement plate , the plurality of feed tubes of each independent circuit of cooling channels extending through the impingement cavity ; wherein, in each of the plurality of independent circuits of cooling channels , the cooling fluid flows through the plurality of feed tubes and the plurality of headers into the circuit of cooling channels only in response to a formation of a breach in the exterior wall of the component that exposes at least one of the cooling channels of the circuit of cooling channels . a plurality of independent circuits of cooling channels embedded within an exterior wall of the component , each independent circuit of cooling channels including a plurality of headers and a plurality of feed tubes fluidly coupling the plurality of headers to a supply of cooling fluid ; characterized by an impingement plate connected to the exterior wall of the component by the plurality of feed tubes of the plurality of independent circuits of cooling channels , and an impingement cavity separating the exterior wall of the component from the impingement plate , the plurality of feed tubes of each independent circuit of cooling channels extending through the impingement cavity ; wherein, in each of the plurality of independent circuits of cooling channels , the cooling fluid flows through the plurality of feed tubes and the plurality of headers into the circuit of cooling channels only in response to a formation of a breach in the exterior wall of the component that exposes at least one of the cooling channels of the circuit of cooling channels .
Laundry rack for hanging and drying laundry, comprising - a foldable support frame ; and - only two laundry grids for receiving laundry items, wherein the laundry grids each have a transverse bar from which a plurality of laundry bars , which are parallel to one another, extend; wherein the two laundry grids are mounted on the support frame so as to be displaceable relative to the support frame and are coupled to one another in such a way that the two laundry grids are displaceable relative to one another between a first pushed-together end position and a second pulled-apart end position, characterised in that the laundry bars of both laundry grids are aligned coaxially with one another and are connected to one another; the laundry bars of both laundry grids are arranged so as to be at least partially slidable into one another, each laundry grid has two outer laundry bars and a plurality of inner laundry bars , and the inner laundry bars are connected to one another via a respective tubular connecting element as a guide and/or stability aid. - a foldable support frame ; and - only two laundry grids for receiving laundry items, wherein the laundry grids each have a transverse bar from which a plurality of laundry bars , which are parallel to one another, extend; the laundry bars of both laundry grids are aligned coaxially with one another and are connected to one another; the laundry bars of both laundry grids are arranged so as to be at least partially slidable into one another, each laundry grid has two outer laundry bars and a plurality of inner laundry bars , and the inner laundry bars are connected to one another via a respective tubular connecting element as a guide and/or stability aid.
A motorized driving device for a shading device , the motorized driving device comprising at least: - a tube , the tube being configured to be fastened with respect to a frame (B), - a mounting bracket , - a flange , the mounting bracket being fastened on the tube by means of the flange , the flange being held with respect to the mounting bracket by means of an articulation , along a first side (C1) of the tube , and - an electromechanical actuator , the electromechanical actuator being fastened to the mounting bracket , characterized in that the flange is unique, the mounting bracket being fastened to the tube by means of the single flange , in that the single flange is held with respect to the mounting bracket by means of clamping members , along a second side (C2) of the tube , the second side (C2) of the tube being opposite the first side (C1) of the tube with respect to a longitudinal axis (X4) of the tube , and in that said mounting bracket is held in position on the tube by applying a pressure to the single flange by means of clamping members connecting the single flange to the mounting bracket . the motorized driving device comprising at least: - a tube , the tube being configured to be fastened with respect to a frame (B), - a mounting bracket , - a flange , the mounting bracket being fastened on the tube by means of the flange , the flange being held with respect to the mounting bracket by means of an articulation , along a first side (C1) of the tube , and - an electromechanical actuator , the electromechanical actuator being fastened to the mounting bracket , - a tube , the tube being configured to be fastened with respect to a frame (B), - a mounting bracket , - a flange , the mounting bracket being fastened on the tube by means of the flange , the flange being held with respect to the mounting bracket by means of an articulation , along a first side (C1) of the tube , and - an electromechanical actuator , the electromechanical actuator being fastened to the mounting bracket , characterized in that the flange is unique, the mounting bracket being fastened to the tube by means of the single flange , in that the single flange is held with respect to the mounting bracket by means of clamping members , along a second side (C2) of the tube , the second side (C2) of the tube being opposite the first side (C1) of the tube with respect to a longitudinal axis (X4) of the tube , and in that said mounting bracket is held in position on the tube by applying a pressure to the single flange by means of clamping members connecting the single flange to the mounting bracket .
A device for monitoring the status of a munition fuze , said device comprising: 1) a visible marker capable of being switched between an off state and an on state; 2) an indicator strip , capable of actuation, from a first state to a second state; 3) a power source , capable of activation, wherein the power source provides power to an initiation system in the munition fuze, the visible marker and/or the indicator strip; wherein said visible marker and indicator strip are positioned to be visible to an observer when the fuze has been fitted for use on said munition; and wherein activation of the power source causes switching of the visible marker from an off state to an on state, and actuation of the indicator strip from a first state to a second state, such that the power source's activation is indicated by the actuation of the indicator strip to its second state; and wherein the visible marker remains in an on state only if there is sufficient power to operate the initiation system, characterised in that the indicator strip is an irreversible indicator strip. 1) a visible marker capable of being switched between an off state and an on state; 2) an indicator strip , capable of actuation, from a first state to a second state; 3) a power source , capable of activation, wherein the power source provides power to an initiation system in the munition fuze, the visible marker and/or the indicator strip; wherein said visible marker and indicator strip are positioned to be visible to an observer when the fuze has been fitted for use on said munition; and wherein activation of the power source causes switching of the visible marker from an off state to an on state, and actuation of the indicator strip from a first state to a second state, such that the power source's activation is indicated by the actuation of the indicator strip to its second state; and wherein the visible marker remains in an on state only if there is sufficient power to operate the initiation system, characterised in that the indicator strip is an irreversible indicator strip. wherein said visible marker and indicator strip are positioned to be visible to an observer when the fuze has been fitted for use on said munition; and wherein activation of the power source causes switching of the visible marker from an off state to an on state, and actuation of the indicator strip from a first state to a second state, such that the power source's activation is indicated by the actuation of the indicator strip to its second state; and wherein the visible marker remains in an on state only if there is sufficient power to operate the initiation system, characterised in that the indicator strip is an irreversible indicator strip.
A tensioner comprising: a base ; a first tensioner sub-assembly mounted to the base and comprising a one-way clutch , and a first pivot arm , a first pulley journalled to the first pivot arm ; a second tensioner sub-assembly mounted to the base and comprising a second pivot arm , a second pulley journalled to the second pivot arm ; wherein the first sub-assembly is cooperatively engaged with the second sub-assembly through an elongate flexible member and the one-way clutch ; and the one-way clutch is frictionally engaged with the first pivot arm whereby a relative movement of the first pivot arm away from the second pivot arm is restricted; characterized in that : the first tensioner sub-assembly further comprises a first torsion spring loaded in a first direction; the second tensioner sub-assembly further comprises a second torsion spring loaded in a second direction opposite the first direction; and the first torsion spring and second torsion spring exert a tensile load on the elongate flexible member . a base ; a first tensioner sub-assembly mounted to the base and comprising a one-way clutch , and a first pivot arm , a first pulley journalled to the first pivot arm ; a second tensioner sub-assembly mounted to the base and comprising a second pivot arm , a second pulley journalled to the second pivot arm ; wherein the first sub-assembly is cooperatively engaged with the second sub-assembly through an elongate flexible member and the one-way clutch ; and the one-way clutch is frictionally engaged with the first pivot arm whereby a relative movement of the first pivot arm away from the second pivot arm is restricted; characterized in that : the first tensioner sub-assembly further comprises a first torsion spring loaded in a first direction; the second tensioner sub-assembly further comprises a second torsion spring loaded in a second direction opposite the first direction; and the first torsion spring and second torsion spring exert a tensile load on the elongate flexible member . the first tensioner sub-assembly further comprises a first torsion spring loaded in a first direction; the second tensioner sub-assembly further comprises a second torsion spring loaded in a second direction opposite the first direction; and the first torsion spring and second torsion spring exert a tensile load on the elongate flexible member .
A system comprising: an image depth prediction neural network implemented by one or more computers, wherein the image depth prediction neural network is a recurrent neural network that is configured to receive a sequence of images and, for each image in the sequence: process the image in accordance with a current internal state of the recurrent neural network to (i) update the current internal state and (ii) generate a depth output that characterizes a predicted depth of a future image in the sequence, wherein the depth output comprises a set of values defining the topology of a scene represented by the future image in a third, depth dimension; and an image generation subsystem configured to, for each image in the sequence: receive the depth output that characterizes the predicted depth of the future image, and generate a prediction of the future image using the depth output. an image depth prediction neural network implemented by one or more computers, wherein the image depth prediction neural network is a recurrent neural network that is configured to receive a sequence of images and, for each image in the sequence: process the image in accordance with a current internal state of the recurrent neural network to (i) update the current internal state and (ii) generate a depth output that characterizes a predicted depth of a future image in the sequence, wherein the depth output comprises a set of values defining the topology of a scene represented by the future image in a third, depth dimension; and an image generation subsystem configured to, for each image in the sequence: receive the depth output that characterizes the predicted depth of the future image, and generate a prediction of the future image using the depth output. receive the depth output that characterizes the predicted depth of the future image, and generate a prediction of the future image using the depth output.