mhurhangee/ep-ind-claims huggingface dataset:
A method for halogenating, sulfonating, or sulfo-halogenating a feed comprising one or more paraffinic hydrocarbons having from 8 to 24 carbon atoms, the method comprising: subjecting a mixture comprising the feed and a reagent selected from the group consisting of sulfonating agents, halogenating agents, and combinations thereof, to a shear rate of at least 20,000 s -1 to produce a high-shear treated product; cooling the high shear-treated product by heat exchange with a heat transfer medium, to produce a cooled product; and separating the high shear-treated product into an offgas and a liquid product comprising at least one selected from the group consisting of sulfonated paraffins having from 8 to 24 carbon atoms, halogenated paraffins having from 8 to 24 carbon atoms, sulfo-halogenated paraffins having from 8 to 24 carbon atoms, and combinations thereof. subjecting a mixture comprising the feed and a reagent selected from the group consisting of sulfonating agents, halogenating agents, and combinations thereof, to a shear rate of at least 20,000 s -1 to produce a high-shear treated product; cooling the high shear-treated product by heat exchange with a heat transfer medium, to produce a cooled product; and separating the high shear-treated product into an offgas and a liquid product comprising at least one selected from the group consisting of sulfonated paraffins having from 8 to 24 carbon atoms, halogenated paraffins having from 8 to 24 carbon atoms, sulfo-halogenated paraffins having from 8 to 24 carbon atoms, and combinations thereof.
Use of a lyocell fibre for the manufacture of a nonwoven fibre fleece (10, 100), characterized in that the fibre has a cross-sectional aspect ratio of at least 1.8, preferably from 2 to 10, wherein the cross-sectional aspect ratio is defined as the width to height ratio of a minimum bounding rectangle around the cross section of the fibre.
An apparatus, comprising: an interposer having a plurality of first vias; a plurality of first interconnects and a plurality of second interconnects respectively coupled on opposite surfaces of the interposer; wherein a first portion of the plurality of first interconnects and a second portion of the plurality of first interconnects are spaced apart from one another defining an isolation region therebetween; a substrate having a plurality of second vias; a plurality of third interconnects and the plurality of second interconnects respectively coupled on opposite surfaces of the substrate; wherein a first portion of the plurality of first vias and a first portion of the plurality of second vias are both in the isolation region and are coupled to one another with a first portion of the plurality of second interconnects; and wherein additional vias of the plurality of first vias located outside of the first portion of the plurality of first vias and within the isolation region such that the first portion of the plurality of first vias defines an inner noise attenuation wall and the additional vias define an outer noise isolation wall (490A, 490B). an interposer having a plurality of first vias; a plurality of first interconnects and a plurality of second interconnects respectively coupled on opposite surfaces of the interposer; wherein a first portion of the plurality of first interconnects and a second portion of the plurality of first interconnects are spaced apart from one another defining an isolation region therebetween; a substrate having a plurality of second vias; a plurality of third interconnects and the plurality of second interconnects respectively coupled on opposite surfaces of the substrate; wherein a first portion of the plurality of first vias and a first portion of the plurality of second vias are both in the isolation region and are coupled to one another with a first portion of the plurality of second interconnects; and wherein additional vias of the plurality of first vias located outside of the first portion of the plurality of first vias and within the isolation region such that the first portion of the plurality of first vias defines an inner noise attenuation wall and the additional vias define an outer noise isolation wall (490A, 490B).
Fibers deposition tool for webs of non-woven fabrics, comprising: - at least one vertical ejector having an outlet from which a bundle of polymeric fibers is released; - in front of the outlet of the at least one vertical ejector, a collector of said polymeric fibers; - at least two parallel cylinders (21, 21') fixed to a frame, having their axes laying in a plane p 1 perpendicular to the axis of the at least one vertical ejector, said plane p 1 parallel to the plane p 2 of the collector and being positioned between said outlet and said collector, with a distance d 1 between 40 and 120 mm from said outlet and a distance d 2 between 100 and 600 mm from said collector, and a minimum distance d 3 between the cylinders in the range from 10 to 20 mm; - said frame connected to a motor suitable to apply to said frame a reciprocating motion in said plane p 1 and in the direction perpendicular to the axes of the cylinders, with strokes of amplitude between 2 mm and 10 mm around an average position in which said two parallel cylinders are equidistant from the projection of the axis of the ejector; characterized in that: at least a zone (30; 40, 42) on the lateral surface of each of said parallel cylinders, defined by two segments (A, B; C, D, E, F) parallel to the generator of each cylinder spaced apart along the circumference of the cylinder at least 1/6 of said circumference, presents indentations (31; 44, 45) arranged according to a rhomboidal array, having circular shape, diameter between 4 and 6 mm, depth between 1 and 2 mm, and distance between the centers of two next indentations between 5.5 and 7.5 mm. - at least one vertical ejector having an outlet from which a bundle of polymeric fibers is released; - in front of the outlet of the at least one vertical ejector, a collector of said polymeric fibers; - at least two parallel cylinders (21, 21') fixed to a frame, having their axes laying in a plane p 1 perpendicular to the axis of the at least one vertical ejector, said plane p 1 parallel to the plane p 2 of the collector and being positioned between said outlet and said collector, with a distance d 1 between 40 and 120 mm from said outlet and a distance d 2 between 100 and 600 mm from said collector, and a minimum distance d 3 between the cylinders in the range from 10 to 20 mm; - said frame connected to a motor suitable to apply to said frame a reciprocating motion in said plane p 1 and in the direction perpendicular to the axes of the cylinders, with strokes of amplitude between 2 mm and 10 mm around an average position in which said two parallel cylinders are equidistant from the projection of the axis of the ejector;
A method for determining the capacities of an underground geologic medium to store at least one acid gas, said medium comprising a solid phase and an aqueous phase, characterized in that the method comprises the following stages: a) dividing said medium into a set of sub-volumes referred to as cells, b) defining a multiphase reactive transport model by coupling a sub-model of "compositional multiphase reservoir" type, dedicated to determination of the transfer rates related to the gas, with a sub-model of "single-phase reactive transport" type, dedicated to determination of the transfer rates related to said aqueous phase and said solid phase, c) carrying out data acquisition so as to initialize said multiphase reactive transport model, d) determining, using a computer, for a given time period t, chemical constituent transport processes and chemical reaction processes within said geologic medium, by solving by coupling said reactive transport model in any cell of said medium, so as to obtain at least: - the amounts of gas present in said geologic medium, that have migrated outside said medium and to the surface, precipitated and dissolved in the aqueous phase, - the solid phase alterations through precipitation and dissolution, e) deducing therefrom the capacities of said geologic medium to store said acid gas. a) dividing said medium into a set of sub-volumes referred to as cells, b) defining a multiphase reactive transport model by coupling a sub-model of "compositional multiphase reservoir" type, dedicated to determination of the transfer rates related to the gas, with a sub-model of "single-phase reactive transport" type, dedicated to determination of the transfer rates related to said aqueous phase and said solid phase, c) carrying out data acquisition so as to initialize said multiphase reactive transport model, d) determining, using a computer, for a given time period t, chemical constituent transport processes and chemical reaction processes within said geologic medium, by solving by coupling said reactive transport model in any cell of said medium, so as to obtain at least: - the amounts of gas present in said geologic medium, that have migrated outside said medium and to the surface, precipitated and dissolved in the aqueous phase, - the solid phase alterations through precipitation and dissolution, - the amounts of gas present in said geologic medium, that have migrated outside said medium and to the surface, precipitated and dissolved in the aqueous phase, - the solid phase alterations through precipitation and dissolution, e) deducing therefrom the capacities of said geologic medium to store said acid gas.
An apparatus comprising: a first device comprising: a plurality of hardware buffers (1020, 1025) each to store information associated with one or more virtual channels; a configuration logic to determine an identifier corresponding to a maximum number of virtual channels supported in common by the first device and a second device coupleable to the first device via a link and to obtain a control value based on the identifier; and a gate logic to provide an operating voltage to corresponding ones of the plurality of hardware buffers (1020, 1025) based on the control value, wherein the gate logic is to prevent provision of the operating voltage to at least one of the plurality of hardware buffers (1020, 1025) when the maximum number of virtual channels is less than the plurality of hardware buffers (1020, 1025), wherein the apparatus further comprises a non-volatile storage including a mapping table having a plurality of entries each to associate an identifier with a control value. a first device comprising: a plurality of hardware buffers (1020, 1025) each to store information associated with one or more virtual channels; a configuration logic to determine an identifier corresponding to a maximum number of virtual channels supported in common by the first device and a second device coupleable to the first device via a link and to obtain a control value based on the identifier; and a gate logic to provide an operating voltage to corresponding ones of the plurality of hardware buffers (1020, 1025) based on the control value, wherein the gate logic is to prevent provision of the operating voltage to at least one of the plurality of hardware buffers (1020, 1025) when the maximum number of virtual channels is less than the plurality of hardware buffers (1020, 1025), a plurality of hardware buffers (1020, 1025) each to store information associated with one or more virtual channels; a configuration logic to determine an identifier corresponding to a maximum number of virtual channels supported in common by the first device and a second device coupleable to the first device via a link and to obtain a control value based on the identifier; and a gate logic to provide an operating voltage to corresponding ones of the plurality of hardware buffers (1020, 1025) based on the control value, wherein the gate logic is to prevent provision of the operating voltage to at least one of the plurality of hardware buffers (1020, 1025) when the maximum number of virtual channels is less than the plurality of hardware buffers (1020, 1025), wherein the apparatus further comprises a non-volatile storage including a mapping table having a plurality of entries each to associate an identifier with a control value.
A system for drawing and transferring wires arranged in one or more racks of the system, each rack supporting a plurality of reels held in uniform rows (Rx) and uniform columns (Cx) along a predetermined length, and each reel supporting a wire that is conveyed towards an outlet of the rack during a method for drawing and transferring wires performed by the system, characterized in that the system comprises: - a mobile structure comprising a frame, a base and one or more mobile means that allow the mobile structure to be moved along the length of the rack, the frame comprising: - upper and lower supports that are substantially parallel and spaced apart by a predetermined distance allowing the loading of the roller panels in correspondence with the wires leaving reels of the rack; and - one or more holding means that are substantially parallel and spaced apart by a predetermined distance in correspondence with roller panels loaded on the frame, each holding means comprising a holding and alignment means for guiding the wires passing through from a corresponding roller panel towards one or more installations downstream of the system; - one or more roller panels made up of horizontal and vertical rollers that allow the wires to be organized relative to the reels; and - a fixed structure disposed at the end of the rack and comprising a frame and a base, the frame of the fixed structure comprising upper and lower supports that are substantially parallel and spaced apart by a predetermined distance allowing the transfer of the roller panels from the frame of the mobile structure towards the fixed structure without loss of alignment of the wires, wherein the mobile structure is positioned next to the fixed structure. - a mobile structure comprising a frame, a base and one or more mobile means that allow the mobile structure to be moved along the length of the rack, the frame comprising: - upper and lower supports that are substantially parallel and spaced apart by a predetermined distance allowing the loading of the roller panels in correspondence with the wires leaving reels of the rack; and - one or more holding means that are substantially parallel and spaced apart by a predetermined distance in correspondence with roller panels loaded on the frame, each holding means comprising a holding and alignment means for guiding the wires passing through from a corresponding roller panel towards one or more installations downstream of the system; - one or more roller panels made up of horizontal and vertical rollers that allow the wires to be organized relative to the reels; and - a fixed structure disposed at the end of the rack and comprising a frame and a base, the frame of the fixed structure comprising upper and lower supports that are substantially parallel and spaced apart by a predetermined distance allowing the transfer of the roller panels from the frame of the mobile structure towards the fixed structure without loss of alignment of the wires, wherein the mobile structure is positioned next to the fixed structure.
A film comprising stripes alternating with strands comprising a core and a sheath, wherein the core is more elastic than both the sheath and the stripes, wherein the stripes are made from a first polymeric composition, the core is made from a third polymeric composition, and the sheath is made from a second polymeric composition that is different from the first polymeric composition and the third polymeric composition, and wherein the sheath separates the core from the stripes on either side of the core and at least partially covers the core at at least one major surface of the film.
Kitchen device for processing food stuff, comprising a driving means suitable for driving a processing arrangement provided with a processing tool and disposed in a bottom area of a jug, at least one interchangeable insert unit to be placed on the inner surface of the bottom area of the jug, said insert unit being adapted to change the shape of the inner surface in order to process different kinds of food stuff, wherein the insert unit is detachably connected to the processing arrangement, the at least one insert unit comprises a certain processing surface for preparing specific food product, and has a frusto-conical shape, characterized in that said processing surface of the insert unit comprises at least one rib arranged in parallel to the rotational axis of the insert unit.
Bearing arrangement for a wind turbine comprising a bearing housing and a drive shaft, whereby the drive shaft is arranged within the bearing housing in an axial direction along a longitudinal axis of the bearing housing, the bearing arrangement further comprising a downwind bearing and an upwind bearing, whereby the downwind bearing and the upwind bearing are arranged between the bearing housing and the drive shaft, wherein the downwind bearing and/or the upwind bearing is a radial bearing comprising multiple radial bearing pads, whereby each one of the multiple radial bearing pads is attached to one of a multiple radial bearing bodies of the radial bearing and the multiple radial bearing pads are arranged about the drive shaft, whereby the downwind bearing and/or the upwind bearing is connected to an axial bearing of the bearing arrangement, whereby at least one axial bearing pad of the axial bearing is attached to at least one of the multiple radial bearing bodies, whereby the at least one axial bearing pad is attached to the at least one of the multiple radial bearing bodies by means of an axial tiltable support structure, characterized in that, the at least one of the multiple radial bearing bodies comprises a radial bearing body protrusion extending in an axial direction along the longitudinal axis and to which the axial tiltable support structure of the at least one axial bearing pad is attached.
An aerosol generating system comprising: an aerosol generating article; and an aerosol generating device configured to receive and heat the aerosol generating article, wherein the aerosol generating article comprises a wrapper that is configured to be heated to be discolored, and wherein the aerosol generating device comprises a sensor that is configured to detect a discoloration of the wrapper, and wherein a discoloration degree increases as a time, at which the aerosol generating article is heated, has passed. an aerosol generating article; and an aerosol generating device configured to receive and heat the aerosol generating article, wherein the aerosol generating article comprises a wrapper that is configured to be heated to be discolored, and wherein the aerosol generating device comprises a sensor that is configured to detect a discoloration of the wrapper, and wherein a discoloration degree increases as a time, at which the aerosol generating article is heated, has passed.
Cover for a connector housing of a plug-in connector, said cover being attachable to a main body of the housing, wherein the cover comprises at least one terminal insertion channel which extends along a terminal insertion direction, and wherein the cover further comprises at least two elastically deformable terminal guiding elements, wherein the at least two terminal guiding elements are located on opposite sides of the terminal insertion channel, facing each other with their guiding surfaces and protruding into the terminal insertion channel, characterized in that the cover comprises stop means, adapted to stop the deformation of the at least two terminal guiding elements at a maximum allowed deformation distance, and at least one receiving volume for the at least two terminal guiding elements, adapted to receive the terminal guiding elements in a deformed state, wherein the stop means protrude into the receiving volume in a non-deformed state.
A composition comprising a GPCR-fusion partner protein which comprises, from N-terminus to C terminus: (i) a first domain comprising a portion of a G-protein-coupled receptor (GPCR) wherein the first domain comprises the first through fifth transmembrane domains of the GPCR, (ii) a second domain comprising a fusion partner amino acid sequence wherein said sequence is at least 90% homologous to rubredoxin, and (iii) a third domain comprising a portion of the GPCR wherein the third domain comprises the sixth and seventh transmembrane domains of the GPCR.
A method of subdividing a pan-like cooking container into different cooking zones which can be differently controlled, characterized in that at least one pan separating device is inserted into the cooking container, which separates different cooking zones from one another, the bottom of the pan-like cooking container having a heating device provided therein with individually controllable heating elements assigned to the cooking zones.
A method of calibrating a mass flow sensor of a harvester while harvesting grain, said method including: intercepting a flow of grain with a mass flow sensor; measuring a mass flow rate of said grain with said mass flow sensor to obtain a measured mass flow rate; storing said grain in a grain tank on the harvester; characterised by: obtaining weight measurements of a portion of said harvester including said grain tank at a first time and a second time to obtain a measured change in grain weight; comparing said measured change in grain weight to said measured mass flow rate; determining an inaccuracy in said measured mass flow rate based on said change in grain weight; and correcting subsequent measured mass flow rates based on said inaccuracy. intercepting a flow of grain with a mass flow sensor; measuring a mass flow rate of said grain with said mass flow sensor to obtain a measured mass flow rate; storing said grain in a grain tank on the harvester; characterised by: obtaining weight measurements of a portion of said harvester including said grain tank at a first time and a second time to obtain a measured change in grain weight; comparing said measured change in grain weight to said measured mass flow rate; determining an inaccuracy in said measured mass flow rate based on said change in grain weight; and correcting subsequent measured mass flow rates based on said inaccuracy. obtaining weight measurements of a portion of said harvester including said grain tank at a first time and a second time to obtain a measured change in grain weight; comparing said measured change in grain weight to said measured mass flow rate; determining an inaccuracy in said measured mass flow rate based on said change in grain weight; and correcting subsequent measured mass flow rates based on said inaccuracy.
Process for the preparation of halogenated alkenes from halogenated alkanes whereby the halogenated alkane which comprises at least one hydrogen atom is dehydrohalogenated in the presence of X-ray amorphous high surface metal fluoride wherein the metal is selected of the 2 nd, 3 rd or 4 th main group or any sub group of the periodic system of elements having an active surface of 100 - 300 m 2 /g measured with N 2.