mhurhangee/ep-ind-claims huggingface dataset:
A filter cartridge (900, 1800, 1850) comprising: (a) filter media (905, 1801, 1851) configured for straight through flow filtering and having first and second opposite flow ends (902, 903, 1852, 1853); and, (b) a first end piece (920, 1855, 1856) positioned at the first end of the media; and, (c) a housing seal arrangement (1804, 923) positioned on the first end piece (920, 1855, characterized in that the housing seal arrangement (923, 1804) comprises: (i) a radially directed housing seal surface defining a non-circular configuration having at least two, radially outwardly projecting sections (923l, 1805) spaced by and alternating with at least two, radially inwardly projecting sections (931c, 1806) in the radially directed housing seal surface, in a direction around a central axis, wherein the radially directed housing seal surface is a surface that engages a housing to provide a seal, in use. (a) filter media (905, 1801, 1851) configured for straight through flow filtering and having first and second opposite flow ends (902, 903, 1852, 1853); and, (b) a first end piece (920, 1855, 1856) positioned at the first end of the media; and, (c) a housing seal arrangement (1804, 923) positioned on the first end piece (920, 1855, (i) a radially directed housing seal surface defining a non-circular configuration having at least two, radially outwardly projecting sections (923l, 1805) spaced by and alternating with at least two, radially inwardly projecting sections (931c, 1806) in the radially directed housing seal surface, in a direction around a central axis, wherein the radially directed housing seal surface is a surface that engages a housing to provide a seal, in use.
A kit for applying an oral care composition to an oral cavity surface comprising: (a) an applicator device, the applicator device comprising an applicator handle suitable for self-application and an applicator tip and: (i) at least one external ridge, wherein the at least one external ridge has a first height and lies along at least a majority of the perimeter of the applicator tip such that the at least one external ridge forms an internal cavity for the emulsion composition to be placed in; and (ii) a plurality of internal ridges, wherein the plurality of internal ridges has a second height and extends in a direction at least substantially parallel or parallel to the longitudinal axis of the applicator device; wherein the first height is greater than the second height and wherein the internal cavity is formed from the difference in heights of the at least one external ridge and the plurality of internal ridges; and (iii) a plurality of internal channels between the plurality of internal ridges; and (b) a container for the oral care composition, the container comprising: (i) a nozzle comprising a ribbon orifice, and (ii) a storage portion. (a) an applicator device, the applicator device comprising an applicator handle suitable for self-application and an applicator tip and: (i) at least one external ridge, wherein the at least one external ridge has a first height and lies along at least a majority of the perimeter of the applicator tip such that the at least one external ridge forms an internal cavity for the emulsion composition to be placed in; and (ii) a plurality of internal ridges, wherein the plurality of internal ridges has a second height and extends in a direction at least substantially parallel or parallel to the longitudinal axis of the applicator device; wherein the first height is greater than the second height and wherein the internal cavity is formed from the difference in heights of the at least one external ridge and the plurality of internal ridges; and (iii) a plurality of internal channels between the plurality of internal ridges; and (i) at least one external ridge, wherein the at least one external ridge has a first height and lies along at least a majority of the perimeter of the applicator tip such that the at least one external ridge forms an internal cavity for the emulsion composition to be placed in; and (ii) a plurality of internal ridges, wherein the plurality of internal ridges has a second height and extends in a direction at least substantially parallel or parallel to the longitudinal axis of the applicator device; wherein the first height is greater than the second height and wherein the internal cavity is formed from the difference in heights of the at least one external ridge and the plurality of internal ridges; and (iii) a plurality of internal channels between the plurality of internal ridges; (b) a container for the oral care composition, the container comprising: (i) a nozzle comprising a ribbon orifice, and (ii) a storage portion. (i) a nozzle comprising a ribbon orifice, and (ii) a storage portion.
Lighting system comprising a light source unit and a projection system for generating a predetermined light pattern in a target area, wherein the light source unit comprises at least one light source, wherein the projection system has a curved focal plane, the light source comprises a plurality of optical elements positioned along the curved focal plane, the exit aperture of the optical elements is larger than the entry aperture of the optical element and the optical elements are arranged, when the exit apertures are projected into a plane perpendicular to the optical axis, in the form of a line array, or in the form of a matrix array, the matrix array comprising a number of line arrays with equal or different lengths, characterized in that - the optical elements are collimators, - the collimators are arranged side by side with the projection of the exit apertures, - each collimator comprising planar or curved light reflecting walls or planes (121, 122, 123, 124) for reflecting and directing the light entered into the collimator, - the collimators are dimensioned and/or arranged such that either the exit apertures of the collimators, or at least one of front rims (121r, 122r, 123r, 124r) of the light reflecting walls or planes (121, 122, 123, 124) of the collimators which enclose and mark the boundary of the exit aperture of each of the collimators are at least substantially coincident with and at least substantially follow at least a part of a curved focal plane of the projection system, or are dimensioned and/or arranged such that the curved focal plane of the projection system intersects with or tangentially touches the exit aperture or at least one of the rims, respectively. - the optical elements are collimators, - the collimators are arranged side by side with the projection of the exit apertures, - each collimator comprising planar or curved light reflecting walls or planes (121, 122, 123, 124) for reflecting and directing the light entered into the collimator, - the collimators are dimensioned and/or arranged such that either the exit apertures of the collimators, or at least one of front rims (121r, 122r, 123r, 124r) of the light reflecting walls or planes (121, 122, 123, 124) of the collimators which enclose and mark the boundary of the exit aperture of each of the collimators are at least substantially coincident with and at least substantially follow at least a part of a curved focal plane of the projection system, or are dimensioned and/or arranged such that the curved focal plane of the projection system intersects with or tangentially touches the exit aperture or at least one of the rims, respectively.
A method for manufacturing slabs, tiles or sheets of artificial stone with a wide vein effect, which comprises the following steps: a) a template is positioned on a surface, the template comprising gaps and islands, wherein the islands correspond to at least one vein of the article to be manufactured; b) a first mixture is discharged, which comprises inorganic particles and an unhardened binder, onto the template, by means of a first distributor device, such that said first mixture rests on the surface and fills at least a portion of the gaps of the template; c) the template is removed, obtaining a layer of the first mixture with cavities in said layer, defined by the positions of the islands of the template; d) a second mixture is discharged, which comprises inorganic particles and an unhardened binder, in order to fill at least a portion of the cavities in the layer of the first mixture with said second mixture; e) the resulting layer of the combination of first and second mixtures is compacted, and a hardening process is carried out, in order to obtain the slab, tile or sheet of artificial stone with a vein effect; characterised in that in step d) said second mixture is discharged in a localised manner on the cavities in the layer of the first mixture, by means of a second distributor device, which comprises a collector, the bottom opening of which has, in at least one direction, a width (d) less than or equal to the maximum width of the cavities, said second device moving along at least a portion of the cavities, filling at least partially a portion of said cavities with the second mixture. a) a template is positioned on a surface, the template comprising gaps and islands, wherein the islands correspond to at least one vein of the article to be manufactured; b) a first mixture is discharged, which comprises inorganic particles and an unhardened binder, onto the template, by means of a first distributor device, such that said first mixture rests on the surface and fills at least a portion of the gaps of the template; c) the template is removed, obtaining a layer of the first mixture with cavities in said layer, defined by the positions of the islands of the template; d) a second mixture is discharged, which comprises inorganic particles and an unhardened binder, in order to fill at least a portion of the cavities in the layer of the first mixture with said second mixture; e) the resulting layer of the combination of first and second mixtures is compacted, and a hardening process is carried out, in order to obtain the slab, tile or sheet of artificial stone with a vein effect;
Final drive for a motor vehicle, comprising a first input shaft, a second input shaft, a first output shaft, and a second output shaft, whereby the first input shaft is permanently coupled to the first output shaft by means of a first bevel-gear transmission and the second input shaft is permanently coupled to the second output shaft by means of a second bevel-gear transmission, whereby the first input shaft and the second input shaft are arranged coaxially to one another and the first output shaft and the second output shaft extend from the respective bevel-gear transmissions (6, 9) in opposite directions, whereby the axes of rotation (17, 18) of the two input shafts (2, 4) and the axes of rotation (19, 20) of the two output shafts (7, 10) lie in an axis plane, and a plane which is perpendicular to the axis plane and includes the axes of rotation (17, 18) of the input shaft (2, 4) encloses an angle of at least 75° and at most 90° with each of the axes of rotation (19, 20) of the output shafts (7, 10), characterised in that the first bevel-gear transmission and the second bevel-gear transmission are arranged in a drive housing having a first housing shell and a second housing shell, which are formed separately from one another and contact one another in a contact plane which lies in the axis plane or parallel thereto.
A hybrid sensor comprising: a piezoresistive element for sensing an applied force; a piezoelectric micromachined ultrasonic transducer, PMUT, for sensing the presence of an object within a threshold distance of the hybrid sensor; characterized in that the hybrid sensor further comprises a substrate onto which both the piezoresistive element and the PMUT are disposed, wherein the piezoresistive element is implanted into a surface of the substrate, and wherein the PMUT is layered over the surface of the substrate. a piezoresistive element for sensing an applied force; a piezoelectric micromachined ultrasonic transducer, PMUT, for sensing the presence of an object within a threshold distance of the hybrid sensor; characterized in that the hybrid sensor further comprises a substrate onto which both the piezoresistive element and the PMUT are disposed, wherein the piezoresistive element is implanted into a surface of the substrate, and wherein the PMUT is layered over the surface of the substrate.
A method of air-oil cooling for a geared architecture gas turbine engine comprising: extending a fan airflow diverter; and communicating a portion of a bypass airflow through the fan airflow diverter and an array of cooling fins that extend from an at least partially annular oil tank, characterised in that: the at least partially annular oil tank is located within a bleed compartment. extending a fan airflow diverter; and communicating a portion of a bypass airflow through the fan airflow diverter and an array of cooling fins that extend from an at least partially annular oil tank,
A threaded element, preferably realized as a cold extrusion part made of metal, having a longitudinal center axis and comprising a thread having a thread pitch angle, wherein the threaded element can be screwed to a screw joint partner having a mating thread by rotation in a tightening circumferential direction and can thereby be displaced in an axial displacement direction oriented along the longitudinal center axis onto a support section of the screw joint partner or a separate component, and the threaded element having an annular section for the support on the support section, and anchoring means for the interlocking anchoring in the support section being realized on the annular section in order to establish an interlocking connection, the anchoring means having several sections which are spaced apart in the tightening circumferential direction and which are preferably disposed so as to be evenly distributed in the circumferential direction, each section comprising a lower forming edge extending in the axial displacement direction, a recess being disposed upstream of each section in the tightening circumferential direction, the recesses being limited by a wall on a circumferential side opposite to the corresponding section in the tightening circumferential direction, the wall having a first wall section realized as a ramp and ascending against the tightening circumferential direction upwards against the axial displacement direction or being composed thereof and each recess being limited by a second wall section of the respective section, preferably adjoining the edge and/or the first wall section, on the circumferential side opposite to the first wall section realized as a ramp against the tightening circumferential direction the first wall sections preferably realized as, in particular linear, ramps opposite to the sections in the tightening circumferential direction each having a pitch angle (δ) in relation to a radial plane through which the longitudinal center axis passes in the perpendicular direction, the pitch angle (δ) being greater than the thread pitch angle of the thread by an angle between at least 0.5° and not more than 20°, in particular between 1° and not more than 15°, preferably between at least 1.5° and not more than 10°, more preferably between at least 2° and not more than 8°, particularly preferably of at least 2° and not more than 5°, the second wall sections comprising a radius or being realized as a radius, characterized in that the sections are forming sections, that the edge is a forming edge and that the recess is disposed so as to receive support section material which is formed by means of the respective forming section.
A device for treating a cardiovascular condition comprising: an expandable scaffold comprised of electrospun nonwoven biodegradable fibers and wherein the scaffold is substantially tubular and comprises a concave surface and a convex surface and wherein the concave surface has a higher concentration of fibers than the convex surface; wherein the concave surface includes fibers with a more looped appearance and the convex surface includes fibers that are more linear; wherein, when the scaffold is positioned in the vasculature of a mammal to direct tissue development and control blood flow into the undesirable cardiovascular condition, the concave surface of the scaffold may inhibit blood flow and mechanical forces caused by blood flow across the scaffold and vasculature, thereby reducing a rupture of the vasculature while providing an appropriate surface for cell attachment while the less concentrated convex surface facilitates the ingress and organization of cells; and wherein the scaffold is completely degradable over time leaving new tissue in its place. an expandable scaffold comprised of electrospun nonwoven biodegradable fibers and wherein the scaffold is substantially tubular and comprises a concave surface and a convex surface and wherein the concave surface has a higher concentration of fibers than the convex surface; wherein the concave surface includes fibers with a more looped appearance and the convex surface includes fibers that are more linear; wherein, when the scaffold is positioned in the vasculature of a mammal to direct tissue development and control blood flow into the undesirable cardiovascular condition, the concave surface of the scaffold may inhibit blood flow and mechanical forces caused by blood flow across the scaffold and vasculature, thereby reducing a rupture of the vasculature while providing an appropriate surface for cell attachment while the less concentrated convex surface facilitates the ingress and organization of cells; and wherein the scaffold is completely degradable over time leaving new tissue in its place.
A rhenium complex of general Formula or a pharmaceutically acceptable salt or solvate thereof, wherein: - X is Se; - Y is NH, O or S or is a methylene group; - Z is halogen; - m = 0, 1, or 2 and p = 0, 1, or 2, provided that m and p are both different from zero when Y is NH, O or S; - n = 3; - R 1 is a phenyl group or a group of general Formula -(CH 2) q -COOH wherein q = 1 or 2. - X is Se; - Y is NH, O or S or is a methylene group; - Z is halogen; - m = 0, 1, or 2 and p = 0, 1, or 2, provided that m and p are both different from zero when Y is NH, O or S; - n = 3; - R 1 is a phenyl group or a group of general Formula -(CH 2) q -COOH wherein q = 1 or 2.
Method for producing a corner connector made from an aluminium extruded profile cut to size, comprising a top side and a bottom side, an inner and an outer corner, a first leg and a second leg, wherein the two legs (2, 3) have recesses (10, 11) in the region of the outer corner, wherein a central web is arranged between the legs, in which central web there is a groove following the profile of the central web on the top and/or bottom side, which groove is connected to the recess (10, 11), wherein the recess (10, 11) projects into the region of the groove, characterised by the method steps a.) Separating of an aluminium extruded profile to produce a corner connector blank, b.) Clamping of a plurality of corner connector blanks on a machining table, wherein the corner connector blanks are arranged in a row alongside each other so that a cutting tool produces the groove when all corner connector blanks are glided over in a single working step. a.) Separating of an aluminium extruded profile to produce a corner connector blank, b.) Clamping of a plurality of corner connector blanks on a machining table, wherein the corner connector blanks are arranged in a row alongside each other so that a cutting tool produces the groove when all corner connector blanks are glided over in a single working step.
A system for retrieving a specimen comprising: a collapsible bag having a first mating member; a retrieval device comprising a rotatable axle defining a longitudinal axis ("A") and having a second mating member, and a housing, the second mating member being capable of cooperation with the first mating member along the longitudinal axis ("A") for coupling the bag with the retrieval device; wherein rotation of the rotatable axle disposed in the retrieval device draws a portion of the coupled collapsible bag into the housing of the retrieval device, the rotatable axle including an inner member about which the bag may be wound, the inner member being located within the housing. a collapsible bag having a first mating member; a retrieval device comprising a rotatable axle defining a longitudinal axis ("A") and having a second mating member, and a housing, the second mating member being capable of cooperation with the first mating member along the longitudinal axis ("A") for coupling the bag with the retrieval device; wherein rotation of the rotatable axle disposed in the retrieval device draws a portion of the coupled collapsible bag into the housing of the retrieval device, the rotatable axle including an inner member about which the bag may be wound, the inner member being located within the housing.
A method of data transfer in a data processing network, the method comprising: receiving a first write request (712, 716) at a first node of the data processing network, the write request directed to a first address in the data processing network and having a first stream identifier; determining, by the first node, if any previous write request with the same first stream identifier is pending; when a previous write request to the first stream identifier is pending, sending (610, 614) a request for an ordered write to a second node of the data processing network, where the second node is a Home Node for the first address; and characterised by when no previous write request to the first stream identifier is pending, sending (612, 614) a request for an optimized write to the second node of the data processing network associated with the first address. receiving a first write request (712, 716) at a first node of the data processing network, the write request directed to a first address in the data processing network and having a first stream identifier; determining, by the first node, if any previous write request with the same first stream identifier is pending; when a previous write request to the first stream identifier is pending, sending (610, 614) a request for an ordered write to a second node of the data processing network, where the second node is a Home Node for the first address; and characterised by when no previous write request to the first stream identifier is pending, sending (612, 614) a request for an optimized write to the second node of the data processing network associated with the first address.
Use of a polyester polymer containing at least one amide group constituted by the bond between: - type (a) reagents: compounds with at least one primary or secondary amine functional group and optionally one or more hydroxy groups or a derivative of said hydroxy groups, - type (b) reagents: aliphatic hydroxyacid monomers having from 2 to 32 carbon atoms containing at least one carboxylic group and at least one hydroxy group, or derivatives thereof, said polymer having polyester chains bonded to the at least one primary or secondary amine functional group of the type (a) reagent compound through said amide bond, and said chains having a number-average degree of polymerization between 2 and 10, as a plasticizer for polyamides. - type (a) reagents: compounds with at least one primary or secondary amine functional group and optionally one or more hydroxy groups or a derivative of said hydroxy groups, - type (b) reagents: aliphatic hydroxyacid monomers having from 2 to 32 carbon atoms containing at least one carboxylic group and at least one hydroxy group, or derivatives thereof, said polymer having polyester chains bonded to the at least one primary or secondary amine functional group of the type (a) reagent compound through said amide bond, and said chains having a number-average degree of polymerization between 2 and 10, as a plasticizer for polyamides.