mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article comprising an absorbent structure, the absorbent structure comprising a supporting sheet and an absorbent layer of absorbent material, the absorbent material comprising at least a superabsorbent polymer material, said absorbent layer being supported by and immobilized on said supporting sheet; and said absorbent layer having a transverse dimension and an average width W, a longitudinal dimension along a longitudinal axis and average length L, and a height dimension (height); and said absorbent layer having a first longitudinally extending side portion on one side of said longitudinal axis and a second longitudinally extending side portions on the other side of the longitudinal axis; and said absorbent layer having a front region, back region and therein between a crotch region, each arranged sequentially in said longitudinal dimension and each region having 1/3 of the average length L of the layer; whereby said absorbent layer has at least a first substantially longitudinally extending channel and a second substantially longitudinally extending channel that are free of said superabsorbent polymer material and extending through the height of said absorbent layer, said first channel being present in said first side portion's front region only and said second channel being present in said second side portion's front region only, characterized in that the absorbent material is free of cellulosic material, and each channel has an average width W' that is least 4% of the average width W of said absorbent layer.
An occlusion-capable optical see-through head-mount display, OCOST-HMD, comprising: a polarization element configured to receive light from a real scene and to produce polarized light at the output thereof; a polarizing beam splitter, PBS,; an objective lens; a spatial light modulator, SLM,; an eyepiece lens; a quarter wave plate, QWP,; and a reflective optical element configured to reflect substantially all or a portion of light that is incident thereupon in a first direction, and to transit substantially all or a portion of light received from a microdisplay that is incident thereupon from a second direction, wherein the SLM and the objective lens form a first double-pass configuration that allows at least a portion of light that passes through the objective lens to be reflected from the SLM and to propagate again through the objective lens, and the eyepiece lens and the reflective optical element form a second double-pass configuration that allows at least a portion of light that passes through the eyepiece lens to be reflected from the reflective optical element and to propagate again through the eyepiece lens. a polarization element configured to receive light from a real scene and to produce polarized light at the output thereof; a polarizing beam splitter, PBS,; an objective lens; a spatial light modulator, SLM,; an eyepiece lens; a quarter wave plate, QWP,; and a reflective optical element configured to reflect substantially all or a portion of light that is incident thereupon in a first direction, and to transit substantially all or a portion of light received from a microdisplay that is incident thereupon from a second direction, wherein the SLM and the objective lens form a first double-pass configuration that allows at least a portion of light that passes through the objective lens to be reflected from the SLM and to propagate again through the objective lens, and the eyepiece lens and the reflective optical element form a second double-pass configuration that allows at least a portion of light that passes through the eyepiece lens to be reflected from the reflective optical element and to propagate again through the eyepiece lens.
A system for coating optical fiber with a colored coating, the system comprising: a plurality of color concentrate reservoirs dimensioned to hold a color concentrate; a flow rate controller operably connected to at least one of the color concentrate reservoirs to control the flow of color concentrate out of the color concentrate reservoirs, the flow rate controller including a color concentrate feed line that connects with a coating line to a coating die feed line; and a mobile cart dimensioned to hold the plurality of color concentrate reservoirs and the flow rate controller, wherein the mobile cart transports the plurality of color concentrate reservoirs and the flow rate controller to an appropriate location for providing color concentrate to the coating die feed line, wherein the flow rate controller controls the amount of color concentrate delivered with coating from the coating line to the coating die feed line, and wherein the plurality of color concentrate reservoirs and the flow rate controller are dimensioned and configured to be portably mounted on the mobile cart. a plurality of color concentrate reservoirs dimensioned to hold a color concentrate; a flow rate controller operably connected to at least one of the color concentrate reservoirs to control the flow of color concentrate out of the color concentrate reservoirs, the flow rate controller including a color concentrate feed line that connects with a coating line to a coating die feed line; and a mobile cart dimensioned to hold the plurality of color concentrate reservoirs and the flow rate controller, wherein the mobile cart transports the plurality of color concentrate reservoirs and the flow rate controller to an appropriate location for providing color concentrate to the coating die feed line, wherein the flow rate controller controls the amount of color concentrate delivered with coating from the coating line to the coating die feed line, and wherein the plurality of color concentrate reservoirs and the flow rate controller are dimensioned and configured to be portably mounted on the mobile cart.
A laboratory or production control apparatus adapted to control steady-state flow rate to facilitate calibration of a flow meter and for controlling supply of a liquid, the control apparatus comprising: said flow meter; a reservoir for storing a liquid; and a plurality of like supply conduits connected to said reservoir; wherein each supply conduit has an associated control valve operable to control the flow of liquid through that supply conduit, each control valve being operable in a first state to permit the flow of liquid through the associated supply conduit, and in a second state to inhibit the flow of liquid through the associated supply conduit, the cumulative flow rate being able to be adjusted incrementally by controlling the proportion of the control valves in each of said first and second states. said flow meter; a reservoir for storing a liquid; and a plurality of like supply conduits connected to said reservoir; wherein each supply conduit has an associated control valve operable to control the flow of liquid through that supply conduit, each control valve being operable in a first state to permit the flow of liquid through the associated supply conduit, and in a second state to inhibit the flow of liquid through the associated supply conduit, the cumulative flow rate being able to be adjusted incrementally by controlling the proportion of the control valves in each of said first and second states.
An emission abatement assembly comprising: a particulate filter, and a fuel-fired burner positioned upstream of the particulate filter, the fuel-fired burner comprising: a housing having an exhaust gas inlet port, a combustion chamber and a mixing baffle, the mixing baffle being configured to mix a combustion flow and a bypass flow, characterized in that the combustion chamber has a shroud secured thereto, the combustion chamber and the shroud cooperate to separate a flow of exhaust gas entering the housing through the exhaust gas inlet port into the combustion flow which is advanced through the combustion chamber of the fuel-fired burner, and the bypass flow which is bypassed around the combustion chamber of the fuel-fired burner, and the mixing baffle is positioned downstream of the combustion chamber and upstream of the particulate filter and the mixing baffle includes a collector plate having a hole defined therein and a diverter plate positioned downstream of the hole and upstream of the particulate filter. a housing having an exhaust gas inlet port, a combustion chamber and a mixing baffle, the mixing baffle being configured to mix a combustion flow and a bypass flow, characterized in that the combustion chamber has a shroud secured thereto, the combustion chamber and the shroud cooperate to separate a flow of exhaust gas entering the housing through the exhaust gas inlet port into the combustion flow which is advanced through the combustion chamber of the fuel-fired burner, and the bypass flow which is bypassed around the combustion chamber of the fuel-fired burner, and the mixing baffle is positioned downstream of the combustion chamber and upstream of the particulate filter and the mixing baffle includes a collector plate having a hole defined therein and a diverter plate positioned downstream of the hole and upstream of the particulate filter.
A universal coupling having a longitudinal axis, comprising: a first universal joint; a second universal joint; and a centering device associated with the first and second universal joints (24A, 24B) and configured to control the spacing therebetween and to provide at least two pivot axes to the universal coupling which lie in a common plane, wherein the centering device includes one of: a spherical joint and a Cardan joint; characterized in that the universal coupling further comprises a linkage assembly configured to couple the first universal joint to the second universal joint for transmitting torque therebetween, wherein the linkage assembly includes first and second hinge links hingedly coupled to a portion of the first universal joint; and third and fourth hinge links hingedly coupled to a portion of the second universal joint, wherein the first and second hinge links are hingedly coupled about first and second axes to the third and fourth hinge links, respectively, such that the first axis is co-planar with the second axis and both first and second axes are disposed orthogonal to the longitudinal axis of the universal coupling. a first universal joint; a second universal joint; and a centering device associated with the first and second universal joints (24A, 24B) and configured to control the spacing therebetween and to provide at least two pivot axes to the universal coupling which lie in a common plane, wherein the centering device includes one of: a spherical joint and a Cardan joint; characterized in that the universal coupling further comprises a linkage assembly configured to couple the first universal joint to the second universal joint for transmitting torque therebetween, wherein the linkage assembly includes first and second hinge links hingedly coupled to a portion of the first universal joint; and third and fourth hinge links hingedly coupled to a portion of the second universal joint, wherein the first and second hinge links are hingedly coupled about first and second axes to the third and fourth hinge links, respectively, such that the first axis is co-planar with the second axis and both first and second axes are disposed orthogonal to the longitudinal axis of the universal coupling. first and second hinge links hingedly coupled to a portion of the first universal joint; and third and fourth hinge links hingedly coupled to a portion of the second universal joint, wherein the first and second hinge links are hingedly coupled about first and second axes to the third and fourth hinge links, respectively, such that the first axis is co-planar with the second axis and both first and second axes are disposed orthogonal to the longitudinal axis of the universal coupling.
A device for training in extinguishing fires comprising: a fire suppression device selected from the group consisting of an actual fire suppression device and a simulated fire suppression device, wherein said fire suppression device emits a signal via a transmitter: a flame generation unit having at least one fuel valve generating at least one of a live fire and a controlled live fire; and a control unit, in communication with said flame generation unit, said control unit having a program, wherein said control unit receives an input of said signal from said fire suppression device and automatically, through said program, increases, decreases, and stops an output of the fuel valve in response to said input from said fire suppression device. a fire suppression device selected from the group consisting of an actual fire suppression device and a simulated fire suppression device, wherein said fire suppression device emits a signal via a transmitter: a flame generation unit having at least one fuel valve generating at least one of a live fire and a controlled live fire; and a control unit, in communication with said flame generation unit, said control unit having a program, wherein said control unit receives an input of said signal from said fire suppression device and automatically, through said program, increases, decreases, and stops an output of the fuel valve in response to said input from said fire suppression device. a flame generation unit having at least one fuel valve generating at least one of a live fire and a controlled live fire; and a control unit, in communication with said flame generation unit, said control unit having a program, wherein said control unit receives an input of said signal from said fire suppression device and automatically, through said program, increases, decreases, and stops an output of the fuel valve in response to said input from said fire suppression device.
An aircraft engine assembly comprising an engine and a mount for the engine, said engine mount including firstly a rigid structure comprising a box and secondly a mounting system positioned between said engine and said rigid structure, this mounting system notably comprising an aft engine attachment, said assembly also being provided with a thermal protection system for the box comprising a duct forming a heat barrier and extending between said box and the engine, said duct extends aftward beyond said aft engine attachment, characterized in that said rigid structure of the engine mount also comprises a structural block fixedly mounted on said box between this box and said engine, this structural block having a securing interface for said aft engine attachment and being crossed by said duct.
An assembly including a rod and a piston intended to be mobile in a cylinder having a median longitudinal axis and being articulated on the rod by a ball joint coupling between a spherical volume of the piston and a spherical volume of the rod carried by a rod small end introduced into the piston, an elongated body of the rod, carrying the spherical volume at one of its ends, being traversed by a longitudinal duct of lubricating oil, opening at a most internal portion of the spherical volume of the rod to the piston by an outlet, a stream of oil, exiting the duct, flowing in a gap between the spherical volumes facing the piston and the rod, characterized in that it includes increasing means (12, 16) of the circulation speed of the stream of oil exiting the duct, these increasing means (12, 16) of the speed being carried by the piston, opening on a wall of the spherical volume of the piston.
A method in a mobile device for tracking pose of the mobile device, the method comprising: receiving, from an image capture device, a plurality of images; computing a pose based at least in part on one of the plurality of images; sending the pose to a pose tracking filter module; comparing a first measurement to a first threshold to determine that the first measurement exceeds the first threshold; enabling a depth sensor based, at least in part, on comparing the first measurement; receiving a first depth map; computing a depth sensor pose based in part on the first depth map; and providing the depth sensor pose to the pose tracking filter module. receiving, from an image capture device, a plurality of images; computing a pose based at least in part on one of the plurality of images; sending the pose to a pose tracking filter module; comparing a first measurement to a first threshold to determine that the first measurement exceeds the first threshold; enabling a depth sensor based, at least in part, on comparing the first measurement; receiving a first depth map; computing a depth sensor pose based in part on the first depth map; and providing the depth sensor pose to the pose tracking filter module.
Motor-transmission connection arrangement, in particular for use in motor vehicles, comprising - a motor pot for receiving an electric motor, - a brush holder for holding brushes of the electric motor, and - a transmission housing for receiving a transmission, - wherein the motor pot, the brush holder and the transmission housing can, for connection, be inserted into each other, and - the motor pot comprises numerous centering surfaces (50, 52), with which both the motor pot, as well as the brush holder and the transmission housing enter into contact when the motor pot, the brush holder and the transmission housing are inserted into each other such that the motor pot enters into contact with the brush holder when the brush holder is inserted into the motor pot, the motor pot enters into contact with the transmission housing when the transmission housing is inserted into the motor pot, and the brush holder comes into contact with the transmission housing when the brush holder and the transmission housing are inserted into the motor pot, by means of which the brush holder and the transmission housing are concentrically aligned with the motor pot, wherein the centering of the brush holder and of the transmission housing is carried out exclusively by means of the centering surfaces (50, 52) of the motor pot with which the motor pot enters into contact both with the brush holder, as well as with the transmission housing and the transmission housing enters into contact with both the brush holder, as well as with the motor pot when the motor pot, the brush holder and the transmission housing are inserted into each other. - a motor pot for receiving an electric motor, - a brush holder for holding brushes of the electric motor, and - a transmission housing for receiving a transmission, - wherein the motor pot, the brush holder and the transmission housing can, for connection, be inserted into each other, and - the motor pot comprises numerous centering surfaces (50, 52), with which both the motor pot, as well as the brush holder and the transmission housing enter into contact when the motor pot, the brush holder and the transmission housing are inserted into each other such that the motor pot enters into contact with the brush holder when the brush holder is inserted into the motor pot, the motor pot enters into contact with the transmission housing when the transmission housing is inserted into the motor pot, and the brush holder comes into contact with the transmission housing when the brush holder and the transmission housing are inserted into the motor pot, by means of which the brush holder and the transmission housing are concentrically aligned with the motor pot, wherein the centering of the brush holder and of the transmission housing is carried out exclusively by means of the centering surfaces (50, 52) of the motor pot with which the motor pot enters into contact both with the brush holder, as well as with the transmission housing and the transmission housing enters into contact with both the brush holder, as well as with the motor pot when the motor pot, the brush holder and the transmission housing are inserted into each other.
A filtration device comprising a container with an open end and a closed end which is integral with the container, a lid for sealingly closing the open end of the container, a piston reciprocable within the container between the open end and the closed end and an actuating element connected to the piston and extending through a hole in the lid, the piston comprising a filter element bound by a peripheral portion with sealing means for sealingly engaging the container such that movement, in use, of the piston within the container forces a suspension fluid through the filter element but prevents the passage of biological particulates therethrough, wherein the device comprises a further sealing means between the lid and the actuating element, thereby to enable the device to be oriented with the lid of the container lowermost without allowing egress of suspension fluid.
An electric machine, e.g. for a power generation unit, in particular for increasing the range of an electrically operated vehicle or for electrically operating a hybrid electric vehicle, comprising a stator which can be attached to an adjacent housing part and a rotor which interacts therewith, characterised in that the stator is inserted or pressed into a stator carrier, wherein the stator carrier is configured as an integral part and comprises a radially circumferential cooling channel, which is open on one side axially in the direction of the adjacent housing part, between a radial outer boundary and a radial inner boundary, wherein the cooling channel is axially closed after the stator carrier is fixed to the adjacent housing part.
A fiber guide, comprising a fiber contact surface that has an Rmr20 of 15% or lower, and an Rmr50 of 60% or higher, where the Rmr20 is a 20% cut level load length ratio and the Rmr50 is a 50% cut level load length ratio as calculated from a roughness curve.
One or more computer-readable media storing instructions which, when executed by one or more processors disposed in a computing device, cause the computing device to: receive de-identified data from one or more data custodians, each data custodian performing a first phase of de-identification by applying transformations to confidential data in custody to remove unique data principals in view of sample statistics that are applicable to the confidential data in custody; hold the received de-identified data in a pool; generate population statistics based on the pooled de-identified data; provide the generated population statistics as feedback to the one or more data custodians, in which the one or more data custodians adjust the transformations applied to the confidential data in custody to reduce re-identification risk to a first predetermined threshold; characterised in that the executed instructions cause the computing device to further: measure a re-identification risk associated with drawing de-identified data from the pool and, if appropriate based on the measured re-identification risk, prior to publication from the pool of one or more subsets of de-identified data, perform a second phase of de-identification by applying transformations to the one or more subsets to reduce re-identification risk to a second predetermined threshold. receive de-identified data from one or more data custodians, each data custodian performing a first phase of de-identification by applying transformations to confidential data in custody to remove unique data principals in view of sample statistics that are applicable to the confidential data in custody; hold the received de-identified data in a pool; generate population statistics based on the pooled de-identified data; provide the generated population statistics as feedback to the one or more data custodians, in which the one or more data custodians adjust the transformations applied to the confidential data in custody to reduce re-identification risk to a first predetermined threshold; characterised in that the executed instructions cause the computing device to further: measure a re-identification risk associated with drawing de-identified data from the pool and, if appropriate based on the measured re-identification risk, prior to publication from the pool of one or more subsets of de-identified data, perform a second phase of de-identification by applying transformations to the one or more subsets to reduce re-identification risk to a second predetermined threshold.