mhurhangee/ep-ind-claims huggingface dataset:
An upper for an article of footwear, the upper having a bonded mesh composite panel comprising: (a) a substrate layer; (b) a mesh layer overlapping the substrate layer in one or more mesh/substrate overlap areas and not overlapping the entire substrate layer; and (c) a skin layer (36a-36d) overlapping both the mesh and substrate layers in one or more skin/mesh/substrate overlap areas, and (d) a bonding agent (39,40) that is: pigmented with a first color and disposed in a first mesh/substrate overlap area that differs from a second mesh/substrate area in which the bonding agent, having a second color that differs from the first color, is disposed; or selectively disposed within a first mesh/substrate overlap area at a first bonding layer thickness, that differs from a second bonding layer thickness at a second mesh/substrate overlap area, within which the bonding agent is also disposed. (a) a substrate layer; (b) a mesh layer overlapping the substrate layer in one or more mesh/substrate overlap areas and not overlapping the entire substrate layer; and (c) a skin layer (36a-36d) overlapping both the mesh and substrate layers in one or more skin/mesh/substrate overlap areas, and (d) a bonding agent (39,40) that is: pigmented with a first color and disposed in a first mesh/substrate overlap area that differs from a second mesh/substrate area in which the bonding agent, having a second color that differs from the first color, is disposed; or selectively disposed within a first mesh/substrate overlap area at a first bonding layer thickness, that differs from a second bonding layer thickness at a second mesh/substrate overlap area, within which the bonding agent is also disposed. pigmented with a first color and disposed in a first mesh/substrate overlap area that differs from a second mesh/substrate area in which the bonding agent, having a second color that differs from the first color, is disposed; or selectively disposed within a first mesh/substrate overlap area at a first bonding layer thickness, that differs from a second bonding layer thickness at a second mesh/substrate overlap area, within which the bonding agent is also disposed.
A sensing guide wire, comprising: a flexible elongate member; and a sensing element coupled to a distal portion of the flexible elongate member, wherein the distal portion of the flexible elongate member includes: a core member (125, 126); and a shaping ribbon fixedly secured to the core member, characterised in that the shaping ribbon is fixedly secured to the core member by an adhesive and a plurality of connecting sleeves (128, 129). a flexible elongate member; and a sensing element coupled to a distal portion of the flexible elongate member, wherein the distal portion of the flexible elongate member includes: a core member (125, 126); and a shaping ribbon fixedly secured to the core member, characterised in that the shaping ribbon is fixedly secured to the core member by an adhesive and a plurality of connecting sleeves (128, 129). a core member (125, 126); and a shaping ribbon fixedly secured to the core member, characterised in that the shaping ribbon is fixedly secured to the core member by an adhesive and a plurality of connecting sleeves (128, 129).
A compound sprocket comprising: at least one rotatable member including an outer sprocket element and an inner sprocket element symmetrically disposed relative to a central axis of rotation of said at least one rotatable member; said outer sprocket element including a plurality of spaced, uniformly radially-oriented teeth on an outer cylindrical surface thereof for engaging a conveyor belt, said outer sprocket element further including a plurality of pockets formed on an inner cylindrical surface thereof; said inner sprocket element having a plurality of protrusions corresponding in number and position to said pockets formed on said inner cylindrical surface of said outer sprocket element and received therein; resilient connecting element disposed in each said pocket and biased between a wall of said pocket of said outer sprocket element and one of said protrusions of said inner sprocket element; wherein said at least one rotatable member comprises a plurality of rotatable members, characterized in that said plurality of rotatable members is aligned in a side-by-side configuration and secured by opposing end plates; wherein said pocket formed on the inner cylindrical surface of said outer sprocket element is defined by opposing radial wall surfaces and a circumferal wall surface extending therebetween; and wherein said circumferal wall surface includes a first wall portion having a first depth relative to the inner cylindrical surface of said outer sprocket element and a second wall portion having a second depth relative to the inner cylindrical surface of said outer sprocket element. at least one rotatable member including an outer sprocket element and an inner sprocket element symmetrically disposed relative to a central axis of rotation of said at least one rotatable member; said outer sprocket element including a plurality of spaced, uniformly radially-oriented teeth on an outer cylindrical surface thereof for engaging a conveyor belt, said outer sprocket element further including a plurality of pockets formed on an inner cylindrical surface thereof; said inner sprocket element having a plurality of protrusions corresponding in number and position to said pockets formed on said inner cylindrical surface of said outer sprocket element and received therein; resilient connecting element disposed in each said pocket and biased between a wall of said pocket of said outer sprocket element and one of said protrusions of said inner sprocket element; wherein said at least one rotatable member comprises a plurality of rotatable members, characterized in that said plurality of rotatable members is aligned in a side-by-side configuration and secured by opposing end plates; wherein said pocket formed on the inner cylindrical surface of said outer sprocket element is defined by opposing radial wall surfaces and a circumferal wall surface extending therebetween; and wherein said circumferal wall surface includes a first wall portion having a first depth relative to the inner cylindrical surface of said outer sprocket element and a second wall portion having a second depth relative to the inner cylindrical surface of said outer sprocket element.
Apparatus for transforming plastic preforms into plastic containers, comprising at least one blow moulding station arranged on a movable carrier, wherein this blow moulding station comprises a blow mould carrier for holding a blow mould (4a, 4b) and this blow mould carrier comprises a first blow mould carrier part and a second blow mould carrier part which is pivotable with respect to the first blow mould carrier part relative to a predefined first pivot axis in order to open and close the blow mould (4a, 4b), and wherein the blow moulding station furthermore comprises a lock mechanism for locking the first blow mould carrier part with respect to the second blow mould carrier part, and the lock mechanism comprises a first lock element arranged at least indirectly on the first blow mould carrier part and a second lock element arranged at least indirectly on the second blow mould carrier part, wherein the lock elements (82, 84) cooperate in a locked state of the blow mould carrier parts (6a, 6b), wherein at least the first lock element is movable with respect to the carrier relative to a second predefined axis, characterised in that the pivoting movement of the first blow mould carrier part and the movement of the first lock element are coupled to one another by means of a coupling device in such a way that, at least at times during a movement of the first lock element relative to the second predefined axis, the second predefined axis moves with respect to the carrier in a direction perpendicular to the second axis.
A method of designing a digital filter, implemented by one or several microprocessors or micro / signal processor combinations, the method being characterized by the steps of: first, determining a real-valued discrete-frequency representation of a desired full-length digital filter; second, transforming said discrete-frequency representation into a corresponding discrete-time representation; third, circularly shifting said discrete-time representation for filter peak re-centering; and fourth, applying a shortening window to said discrete-time representation to produce a zero-padded reduced length filter. first, determining a real-valued discrete-frequency representation of a desired full-length digital filter; second, transforming said discrete-frequency representation into a corresponding discrete-time representation; third, circularly shifting said discrete-time representation for filter peak re-centering; and fourth, applying a shortening window to said discrete-time representation to produce a zero-padded reduced length filter.
An airbag fabric comprising a polyamide yarn, wherein the air permeability of the fabric under a pressure of 200 kPa is from 10 to 200 cm 3 /cm 2 /sec, which is determined by the method of measurement of the air permeability under high pressure described in paragraph of the description of the present invention, in the thermal stress of the polyamide yarn as measured under the conditions of an initial load of 0.02 cN/dtex, a yarn length of 25 cm and a temperature rise rate of 80°C/min, the summed thermal stress of the warp yarn and the weft yarn at 230°C is from 0.33 to 1.20 cN/dtex, which is determined by the method of measurement of the thermal stress of raveled yarn described in paragraph of the description of the present invention, from 0.1 to 100 ppm in total of at least one element selected from zinc, aluminum and magnesium, from 10 to 500 ppm of a copper element, from 100 to 3, 500 ppm in total of iodine and/or bromine, and from 0.01 to 20 ppm of an iron element are contained in the fabric, which are determined by the method of quantitative analysis described in paragraphs and of the description of the present invention and a cyclic unimer content in the fabric is from 0.1 to 3.0 % based on all amide bond units, which is determined by the method of measurement of the cyclic unimer described in paragraph of the description of the present invention.
A method to be executed by a radio network controller, RNC, comprising: detecting a level of use of a first radio resource allocated to a feature Enhanced Uplink in CELL FACH and CELL PCH in a communications network, wherein when the level exceeds a threshold, it indicates an overload; setting by the RNC a flag in a system information if the level of use of the first radio resource is above the predetermined threshold; sending the system information from the RNC to the the user equipment; and requesting that access to the first radio resource by the the user equipment be restricted if the flag in the updated system information is set. detecting a level of use of a first radio resource allocated to a feature Enhanced Uplink in CELL FACH and CELL PCH in a communications network, wherein when the level exceeds a threshold, it indicates an overload; setting by the RNC a flag in a system information if the level of use of the first radio resource is above the predetermined threshold; sending the system information from the RNC to the the user equipment; and requesting that access to the first radio resource by the the user equipment be restricted if the flag in the updated system information is set.
A battery cell configured to have a structure in which an electrode assembly, comprising positive electrodes, negative electrodes, and separators disposed respectively between the positive electrodes and the negative electrodes, is mounted in a battery case, wherein the electrode assembly comprises two or more electrodes or unit cells stacked in a height direction when viewed in a plan view, the battery case is provided with a receiving unit, in which electrode assembly is mounted, the electrode assembly is configured to have a quadrangular shape having side (a), side (b), side (c), and side (d) when viewed in a plan view, and inclined such that an interior angle between side (a) of each of the electrode plates or the unit cells, at which an electrode terminal is located, and side (b) adjacent to side (a) is 20 to 89 degrees, the receiving unit of the battery case has an internal shape corresponding to a planer shape of the electrode assembly, and the electrode plates or the unit cells each have a parallelogram shape or a diamond shape when viewed in a plan view. the electrode assembly comprises two or more electrodes or unit cells stacked in a height direction when viewed in a plan view, the battery case is provided with a receiving unit, in which electrode assembly is mounted, the electrode assembly is configured to have a quadrangular shape having side (a), side (b), side (c), and side (d) when viewed in a plan view, and inclined such that an interior angle between side (a) of each of the electrode plates or the unit cells, at which an electrode terminal is located, and side (b) adjacent to side (a) is 20 to 89 degrees, the receiving unit of the battery case has an internal shape corresponding to a planer shape of the electrode assembly, and the electrode plates or the unit cells each have a parallelogram shape or a diamond shape when viewed in a plan view.
Flame-resistant materials having a fire-resistant coating containing at least one film-forming binder and a flame retardant, characterized in that the flame retardant contains a phosphonate compound of the formula and in that the film-forming binder comprises homopolymers based on vinyl acetate, copolymers based on vinyl acetate, ethylene and vinyl chloride, copolymers based on vinyl acetate and the vinyl ester of a long-chain, branched carboxylic acid, copolymers based on vinyl acetate and di-n-butyl maleate, copolymers based on vinyl acetate and acrylic esters and/or copolymers based on acrylic esters, vinyl toluene-acrylate polymer, styrene-acrylate polymers, styrene-butadiene polymers, vinyl-acrylate copolymers and/or self-crosslinking polyurethane dispersions. and in that the film-forming binder comprises homopolymers based on vinyl acetate, copolymers based on vinyl acetate, ethylene and vinyl chloride, copolymers based on vinyl acetate and the vinyl ester of a long-chain, branched carboxylic acid, copolymers based on vinyl acetate and di-n-butyl maleate, copolymers based on vinyl acetate and acrylic esters and/or copolymers based on acrylic esters, vinyl toluene-acrylate polymer, styrene-acrylate polymers, styrene-butadiene polymers, vinyl-acrylate copolymers and/or self-crosslinking polyurethane dispersions.
An apparatus for filling containers, in particular bottles, with a heated fluid, comprising at least one transport device (2, 6, 10, 14) for transporting the containers, at least one filling device for filling the containers with heated fluid and a tempering device for tempering a bottom area of the containers, wherein the tempering device is arranged at least at times at least partially in or below the bottom area of the transported containers and the filling device is arranged at least at times at least partially in or above a mouth area of the transported containers, wherein the tempering device is arranged on said apparatus in such a way that tempering during and/or after the filling operation becomes possible, characterised in that the apparatus includes a further filling device, wherein the further filling device being preferably arranged downstream of the filling device along the transport route of the containers and a heat exchanger is provided downstream of the further filling device along the transport route of the containers, wherein the tempering device is a cooling device for cooling the bottom area of the container, and wherein a directed cooling of the bottom area is feasible by means of the cooling device.
An apparatus, comprising: a medical device including an elongate shaft configured to be disposed about a guidewire; and a distal tip including a plurality of rounded protrusions, wherein the plurality of protrusions each decrease in size from a proximalmost protrusion distally to a distalmost protrusion; and one or more rounded protrusions arranged on the elongate shaft proximal of the medical device. a medical device including an elongate shaft configured to be disposed about a guidewire; and a distal tip including a plurality of rounded protrusions, wherein the plurality of protrusions each decrease in size from a proximalmost protrusion distally to a distalmost protrusion; and one or more rounded protrusions arranged on the elongate shaft proximal of the medical device.
Method of controlling the viscosity of reaction solutions in the hydroformylation of olefin-containing mixtures, which comprises the steps: i) providing a mixture containing saturated and olefinically unsaturated hydrocarbons, a composition which is catalytically active in hydroformylation, a gas mixture composed of carbon monoxide and hydrogen and at least one solvent; ii) contacting the starting materials in at least one reaction zone; iii) separating off the products, with a gas stream containing a mixture of saturated and olefinically unsaturated hydrocarbons, carbon monoxide and hydrogen being introduced into at least one reaction zone, with the proviso that the products are discharged via the gas phase from the reaction zone; iv) condensing the products which have been separated off via the gas phase and passing them to further work-up; v) passing the bottom stream from at least one reaction zone to at least one membrane filtration, characterized in that the composition which is catalytically active in hydroformylation is retained via the retentate and recirculated to the reaction zone and degradation products of the composition which is catalytically active in hydroformylation are removed via the permeate. i) providing a mixture containing saturated and olefinically unsaturated hydrocarbons, a composition which is catalytically active in hydroformylation, a gas mixture composed of carbon monoxide and hydrogen and at least one solvent; ii) contacting the starting materials in at least one reaction zone; iii) separating off the products, with a gas stream containing a mixture of saturated and olefinically unsaturated hydrocarbons, carbon monoxide and hydrogen being introduced into at least one reaction zone, with the proviso that the products are discharged via the gas phase from the reaction zone; iv) condensing the products which have been separated off via the gas phase and passing them to further work-up; v) passing the bottom stream from at least one reaction zone to at least one membrane filtration, characterized in that the composition which is catalytically active in hydroformylation is retained via the retentate and recirculated to the reaction zone and degradation products of the composition which is catalytically active in hydroformylation are removed via the permeate.
A computer-implemented method for determination of real subsoil geological formation, the method comprises: /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determine a first stochastic trajectory of a first fluvial formation in said model, said first stochastic trajectory of the first fluvial formation being based on at least one seismic image obtained from observed data, characterized in that the method further comprises: /c/ defining a constraint zone comprising said first fluvial formation, /d/ determining a second stochastic trajectory of a second fluvial formation in said model within said constraint zone based on a stochastic process, /e/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations, wherein steps /c/ to step /d/ are reiterated, in said reiteration, the second fluvial formation is taken as the first fluvial formation and a third stochastic trajectory of a third fluvial formation is taken as a second stochastic trajectory of a second fluvial formation. /a/ receiving a model representing the real subsoil, said model being based on the real geographical coordinates of the subsoil, /b/ determine a first stochastic trajectory of a first fluvial formation in said model, said first stochastic trajectory of the first fluvial formation being based on at least one seismic image obtained from observed data, /c/ defining a constraint zone comprising said first fluvial formation, /d/ determining a second stochastic trajectory of a second fluvial formation in said model within said constraint zone based on a stochastic process, /e/ determining at least one reservoir of hydrocarbon to exploit based on the plurality of fluvial formations,
An electronic or electrical device or electronic or electrical component thereof having a coating formed thereon by exposing said device or component to a plasma comprising one or more monomer compounds for a sufficient period of time to allow a protective polymeric coating to form on a surface thereof; wherein the protective polymeric coating forms a physical barrier over a surface of the device or component; wherein each monomer is a compound of formula I(a): wherein each of R 1 to R 9 is independently selected from hydrogen or halogen or an optionally substituted C 1 -C 6 branched or straight chain alkyl group; each X is independently selected from hydrogen or halogen; a is from 0-10; b is from 2 to 14; and c is 0 or 1; and wherein when each X is F or when at least one X is halogen, in particular F, for a coating with a thickness (d) ≥ 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O of the coating is less than (c+1)0.6e -0.1n ±0.01 where n is a+b+c+1, or for a coating with a thickness (d) < 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O of the coating on subtraction of a correction of (-0.0003 ∗ d + 0.255) is less than (c+1)0.6e -0.1n ±0.01 where n is a+b+c+1; and wherein when each X is H, for a coating with a thickness (d) ≥ 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O is less than (c+1) 0.25±0.02, or for a coating with a thickness (d) < 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O of the coating on subtraction of a correction of (-0.0003∗d + 0.255) is less than (c+1) 0.25±0.02; or a compound of formula I(b): wherein each of R 1 to R 9 is independently selected from hydrogen or halogen or an optionally substituted C 1 -C 6 branched or straight chain alkyl group; each X is independently selected from hydrogen or halogen; a is from 0-10; b is from 2 to 14; and c is 0 or 1; and wherein when each X is F or when at least one X is halogen, in particular F, for a coating with a thickness (d) ≥ 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O of the coating is less than (c+1)0.6e -0.1n ±0.01 where n is a+b+c+1, or for a coating with a thickness (d) < 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O of the coating on subtraction of a correction of (-0.0003 ∗ d+0.255) is less than (c+1)0.6e -0.1n ±0.01 where n is a+b+c+1; and wherein when each X is H, for a coating with a thickness (d) ≥ 800 nm the FTIR/ATR intensity ratio of CX 3 (s)/C=O is less than (c+1) 0.25±0.02, or for a coating with a thickness (d) < 800 nm the FTIR/ATR integrated peak area ratio of CX 3 (s)/C=O of the coating on subtraction of a correction of (-0.0003 ∗ d + 0.255) is less than (c+1) 0.25±0.02, optionally wherein the barrier is a conformal physical barrier.