mhurhangee/patent-ind-claim-en huggingface dataset:
A method for enabling content distribution from a first end-user device to a separate second end-user device, the first end-user device configured for receiving the content over a broadcast network, the second end-user device configured for outputting the content to an end-user, the second end-user device communicably connected to the first end-user device, the method comprising the following steps performed by the first end-user device: receiving the content and a computer program script relating to the content from a content source, the computer program script for defining or enforcing at least one permission to use and/or access the content and comprising a content resolution function to determine a resource identifier associated with the content; providing the computer program script and/or a derivation of the computer program script from the first end-user device to the second end-user device; receiving a request from the second end-user device to access the content; and providing, to the second end-user device, access to the content according to the at least one permission. receiving the content and a computer program script relating to the content from a content source, the computer program script for defining or enforcing at least one permission to use and/or access the content and comprising a content resolution function to determine a resource identifier associated with the content; providing the computer program script and/or a derivation of the computer program script from the first end-user device to the second end-user device; receiving a request from the second end-user device to access the content; and providing, to the second end-user device, access to the content according to the at least one permission.
A de-icing assembly for a surface of an aircraft, the de-icing assembly comprising: a carcass with a first layer , a second layer , and a carcass centerline (CLc) ; a plurality of seams sewn into the carcass, wherein the plurality of seams join the first and second layers of the carcass together; a plurality of inflation passages formed by the plurality of seams and disposed between the first and second layers of the carcass; a manifold fluidly connected to and disposed beneath the carcass, the manifold comprising a width (W M ) and a manifold centerline (CL M ) oriented approximately perpendicular to the carcass centerline; and a first reinforcement stitchline sewn into the carcass adjacent to one of the plurality of seams, wherein the first reinforcement stitchline is disposed at a location on the carcass overlapping with the manifold and wherein the first reinforcement stitchline is disposed approximately perpendicular to the manifold centerline (CL M ) and extends across the width (W M ) of the manifold. a carcass with a first layer , a second layer , and a carcass centerline (CLc) ; a plurality of seams sewn into the carcass, wherein the plurality of seams join the first and second layers of the carcass together; a plurality of inflation passages formed by the plurality of seams and disposed between the first and second layers of the carcass; a manifold fluidly connected to and disposed beneath the carcass, the manifold comprising a width (W M ) and a manifold centerline (CL M ) oriented approximately perpendicular to the carcass centerline; and a first reinforcement stitchline sewn into the carcass adjacent to one of the plurality of seams, wherein the first reinforcement stitchline is disposed at a location on the carcass overlapping with the manifold and wherein the first reinforcement stitchline is disposed approximately perpendicular to the manifold centerline (CL M ) and extends across the width (W M ) of the manifold.
Cooling device, in particular refrigerator, comprising at least one cooling chamber with side walls and at least one shelf , wherein at least one wall mounting means for mounting the at least one shelf is arranged on at least one of the side walls , wherein the shelf comprises at least one shelf plate with side edges , wherein a shelf mounting means is arranged on at least one of the side edges for supporting the shelf on the at least one wall mounting means , wherein at least one spring element is arranged on the at least one shelf mounting means , characterised in that the spring element presses the shelf in the inserted state against a stop surface of the at least one wall mounting means , which counteracts any displacements of the shelf.
A multi-stage dilator and cannula assembly , comprising: a plurality of elongated members in a nested configuration that are slidable relative to one another along a central axis (a), each member having a length dimension between a head end and a tip end of the member , and each successive member of the plurality of members extending radially outward from a central member has a larger outer dimension and a shorter length dimension than the preceding member , wherein the central member is a first member of the plurality of elongated members , and the plurality of elongated members further includes successive second and third members , each of the plurality of elongated members includes at least one feature located proximate the head end of the member enabling a user to grip and manipulate the members , with the first member including a handle at the head end , and each of the second and third members including a flange at the head end , respectively, the flange extending transverse to the length extension of the member , characterized in that the third member further includes a c-shaped protrusion extending from its flange in the direction of the handle of the first member , said protrusion allowing the user to grasp and hold the entire assembly . a plurality of elongated members in a nested configuration that are slidable relative to one another along a central axis (a), each member having a length dimension between a head end and a tip end of the member , and each successive member of the plurality of members extending radially outward from a central member has a larger outer dimension and a shorter length dimension than the preceding member , wherein the central member is a first member of the plurality of elongated members , and the plurality of elongated members further includes successive second and third members , each of the plurality of elongated members includes at least one feature located proximate the head end of the member enabling a user to grip and manipulate the members , with the first member including a handle at the head end , and each of the second and third members including a flange at the head end , respectively, the flange extending transverse to the length extension of the member , characterized in that the third member further includes a c-shaped protrusion extending from its flange in the direction of the handle of the first member , said protrusion allowing the user to grasp and hold the entire assembly .
A method of removing perfluoroalkyl and polyfluoroalkyl substances (PFAS) from liquid or gas. the method comprising: providing a first sorbent material including about 0.5 wt.% to about 25 wt.% of an ion, salt, oxide, hydroxide, or carbonate of magnesium, calcium, strontium, barium or combination or compound thereof to thereby increase the sorbent capacity of the sorbent material to perfluoroalkyl and polyfluoroalkyl substances (PFAS) relative to sorbent material that does not include the ion, salt, oxide, hydroxide, or carbonate; and contacting the first sorbent material with a liquid or gas containing the PFAS, wherein, the first sorbent material includes one or more of carbonaceous char, activated carbon, reactivated carbon, and carbon black. providing a first sorbent material including about 0.5 wt.% to about 25 wt.% of an ion, salt, oxide, hydroxide, or carbonate of magnesium, calcium, strontium, barium or combination or compound thereof to thereby increase the sorbent capacity of the sorbent material to perfluoroalkyl and polyfluoroalkyl substances (PFAS) relative to sorbent material that does not include the ion, salt, oxide, hydroxide, or carbonate; and contacting the first sorbent material with a liquid or gas containing the PFAS, wherein, the first sorbent material includes one or more of carbonaceous char, activated carbon, reactivated carbon, and carbon black.
A liquid formulation for use in the topical treatment of a skin condition selected from the group consisting of cutaneous T cell lymphoma (CTCL) and psoriasis, comprising: a photosensitizer that is skin permeable, wherein the photosensitizer is hypericin or a hypericin derivative; and an organic solvent selected from polar aprotic solvents. a photosensitizer that is skin permeable, wherein the photosensitizer is hypericin or a hypericin derivative; and an organic solvent selected from polar aprotic solvents.
A truncated CsgF peptide that lacks the C-terminal head domain of CsgF and at least part of the neck domain of CsgF, and comprises a CsgG-binding region, and a region that forms a constriction in a pore comprising CsgG and the truncated CsgF peptide.
Method for controlling a switched reluctance motor , comprising: - applying a defined phase voltage to at least one phase of the stationary reluctance motor; - determining the course of the phase current in the phase; and - regulating the phase voltage depending on the course of the phase current; characterised in that the applied phase voltage is reduced in each case after a local extreme value of the phase current occurs, and the reduction of the phase voltage is stopped after a predetermined number of extreme values has occurred or the difference in the phase current between the last two extreme values has fallen below a minimum value. - applying a defined phase voltage to at least one phase of the stationary reluctance motor; - determining the course of the phase current in the phase; and - regulating the phase voltage depending on the course of the phase current; characterised in that the applied phase voltage is reduced in each case after a local extreme value of the phase current occurs, and the reduction of the phase voltage is stopped after a predetermined number of extreme values has occurred or the difference in the phase current between the last two extreme values has fallen below a minimum value.
A connection assembly for connecting pipes during drilling, comprising - two pipes having internal threads on an inner surface of the pipe arranged at an end portion of the pipe over a distance (d), - a tubular connection member having external threads at an outer surface adapted to engage with the internal threads of the pipes , characterized in that the tubular connection member has an outer diameter adapted to be inserted into bores of the pipes , whereby the pipes are in contact with each other when the tubular connection member is arranged in the bores and both pipes are fully engaged in the tubular connection member, wherein a shoulder at the distance (d) indicates an end of the internal threads of the pipes and characterised in that the tubular connection member has end portions that abuts against the shoulder and the end portion comprises an angled surface, whereby an angle (α) of the angled surface in relation to longitudinal axis (L) is more than 125°, and wherein the internal and external threads extend parallel along a longitudinal axis (L) of the pipes and the internal and external threads have the same length and height and the treads are not tapered. - two pipes having internal threads on an inner surface of the pipe arranged at an end portion of the pipe over a distance (d), - a tubular connection member having external threads at an outer surface adapted to engage with the internal threads of the pipes ,
An injection device comprising: first and second body portions each having a longitudinal axis (L1, L2); an axially-displaceable plunger ; and biasing means for advancing said plunger a predetermined distance, wherein said first and second body portions are configured to couple together at a coupling , said first and second body portions being complementarily formed so as to be movable about said coupling, a reservoir is disposed within the first body portion , the plunger is located within the second body portion in said initial state and the injection device further comprises a releasable retainer for releasably retaining the plunger in a first state against the force of the biasing means, wherein, in an initial state, said axes (L1, L2) of said first body portion and said second body portion are not axially aligned, and said plunger is in said first state, and in a coupled state, said axes (L1, L2) of said first and second body portions are axially aligned thereby allowing said biasing means to advance said plunger said predetermined distance when said releasable retainer releases said plunger, characterized in that said axes (L1,L2) of said first body portion and said second body portion are essentially parallel to one another in said initial state. first and second body portions each having a longitudinal axis (L1, L2); an axially-displaceable plunger ; and biasing means for advancing said plunger a predetermined distance, wherein said first and second body portions are configured to couple together at a coupling , said first and second body portions being complementarily formed so as to be movable about said coupling, a reservoir is disposed within the first body portion , the plunger is located within the second body portion in said initial state and the injection device further comprises a releasable retainer for releasably retaining the plunger in a first state against the force of the biasing means, wherein, in an initial state, said axes (L1, L2) of said first body portion and said second body portion are not axially aligned, and said plunger is in said first state, and in a coupled state, said axes (L1, L2) of said first and second body portions are axially aligned thereby allowing said biasing means to advance said plunger said predetermined distance when said releasable retainer releases said plunger, characterized in that said axes (L1,L2) of said first body portion and said second body portion are essentially parallel to one another in said initial state.
A prosthetic valve comprising: an inflow end and an opposing outflow end defining a valve axis extending longitudinally of the ends; a plurality of valve leaflets ; a collapsible, self-expandable frame assembly configured to support the valve leaflets and defining a plurality of commissure portions ; and a sewing ring portion configured to secure the valve to an implantation site within a body lumen, wherein the plurality of commissure portions are configured to move independently of the sewing ring portion when the valve is so secured, wherein each of the commissure portions is cantilevered relative to the sewing ring portion such that a commissure tip can move relative to the sewing ring portion , wherein the valve is expandable and collapsible between a neutral configuration and at least one collapsed delivery configuration for delivery of the valve to the implantation site, the valve being characterized in that the at least one collapsed delivery configuration comprises a longitudinally collapsed configuration, wherein each of the commissure portions is configured to be collapsible to a longitudinally collapsed position for delivery of the valve , wherein, when the valve is in the longitudinally collapsed position, at least a portion of the commissure portions is positioned radially inward of the sewing ring portion . an inflow end and an opposing outflow end defining a valve axis extending longitudinally of the ends; a plurality of valve leaflets ; a collapsible, self-expandable frame assembly configured to support the valve leaflets and defining a plurality of commissure portions ; and a sewing ring portion configured to secure the valve to an implantation site within a body lumen, wherein the plurality of commissure portions are configured to move independently of the sewing ring portion when the valve is so secured, wherein each of the commissure portions is cantilevered relative to the sewing ring portion such that a commissure tip can move relative to the sewing ring portion , wherein the valve is expandable and collapsible between a neutral configuration and at least one collapsed delivery configuration for delivery of the valve to the implantation site, the valve being characterized in that the at least one collapsed delivery configuration comprises a longitudinally collapsed configuration, wherein each of the commissure portions is configured to be collapsible to a longitudinally collapsed position for delivery of the valve , wherein, when the valve is in the longitudinally collapsed position, at least a portion of the commissure portions is positioned radially inward of the sewing ring portion .
A system for printing envelopes, comprising a. a printer , said printer including a pickup assembly and a media input slot on one side, wherein said pickup assembly is positioned within said media input slot; b. an envelope feeder positioned adjacent to said printer, said feeder including a single conveyor including at least one conveyor belt for supporting and moving envelopes in a downstream direction from an upstream end of the conveyor to a downstream end of the conveyor, wherein said downstream end of the conveyor is positioned adjacent to said input slot such that envelopes moving downstream aggregate into a horizontal stack of envelopes at said pickup assembly; c. a sensor positioned at said pickup assembly for determining the number of envelopes held in said aggregated stack of envelopes at said pickup assembly; d. said printing system including a communications link from said printer to said feeder for controlling the movement of said envelopes in said feeder; and, e. wherein said sensor and communications link cause said conveyor to move said envelopes downstream at a rate such that said aggregated envelope stack at said pickup assembly is maintained at a pre-selected number of envelopes as said printer conveys envelopes from said aggregated stack at the pickup assembly into a printing area within said printer. a. a printer , said printer including a pickup assembly and a media input slot on one side, wherein said pickup assembly is positioned within said media input slot; b. an envelope feeder positioned adjacent to said printer, said feeder including a single conveyor including at least one conveyor belt for supporting and moving envelopes in a downstream direction from an upstream end of the conveyor to a downstream end of the conveyor, wherein said downstream end of the conveyor is positioned adjacent to said input slot such that envelopes moving downstream aggregate into a horizontal stack of envelopes at said pickup assembly; c. a sensor positioned at said pickup assembly for determining the number of envelopes held in said aggregated stack of envelopes at said pickup assembly; d. said printing system including a communications link from said printer to said feeder for controlling the movement of said envelopes in said feeder; and, e. wherein said sensor and communications link cause said conveyor to move said envelopes downstream at a rate such that said aggregated envelope stack at said pickup assembly is maintained at a pre-selected number of envelopes as said printer conveys envelopes from said aggregated stack at the pickup assembly into a printing area within said printer.
A minimum-boiling, binary azeotrope of a linear alkane comprised of at least 9 carbon atoms and an ester alcohol, wherein the linear alkane is n-undecane and the ester alcohol is n-butyl-3-hydroxybutyrate.
Steel presenting a yield strength greater than or equal to 485 MPa and having a chemical composition consisting of, in weight%, relative to the total weight of said chemical composition, 0.05 ≤ C ≤ 0.10 0.15 ≤ Si ≤ 0.35 1.20 ≤ Mn ≤ 1.50 0.02 ≤ Cr ≤ 0.10 0.10 < Mo ≤ 0.30 0.015 ≤ Al ≤ 0.040 0.002 ≤ N ≤ 0.012 0.10 ≤ Ni ≤ 0.30 0.02 ≤ V ≤ 0.06; 0.01 ≤ Nb ≤ 0.03 0.001 ≤ Ti ≤ 0,025 the balance of the chemical composition of said steel being constituted by Fe and optionally one or more residual elements, chosen from P, S, B, Ca, Cu and mixtures thereof; the amounts of said residual elements, expressed in weight%, relative to the total weight of said chemical composition being as follows: P ≤ 0.012 S ≤ 0.003 B ≤ 0.0005 Ca ≤ 0.004 Cu ≤ 0.12; and the chemical composition of said steel satisfying the following formula between C, Cr, Mo, Nb, V and Ti, the contents of which are expressed in weight%, C + Cr + Mo + Nb + V + Ti ≤ 0.55 0.05 ≤ C ≤ 0.10 0.15 ≤ Si ≤ 0.35 1.20 ≤ Mn ≤ 1.50 0.02 ≤ Cr ≤ 0.10 0.10 < Mo ≤ 0.30 0.015 ≤ Al ≤ 0.040 0.002 ≤ N ≤ 0.012 0.10 ≤ Ni ≤ 0.30 0.02 ≤ V ≤ 0.06; 0.01 ≤ Nb ≤ 0.03 0.001 ≤ Ti ≤ 0,025 P ≤ 0.012 S ≤ 0.003 B ≤ 0.0005 Ca ≤ 0.004 Cu ≤ 0.12;
A system for generating an output signal from an input audio signal using a transposition factor T, comprising: - an analysis window unit for applying an analysis window of length L a , thereby extracting a frame of samples of the input signal ; - an analysis transformation unit of order M , for transforming the samples from the time domain into the frequency domain yielding M complex coefficients; - a nonlinear processing unit for determining altered coefficients by transforming the complex coefficients from Cartesian coordinates to polar coordinates to determine a phase of the complex coefficients, multiplying the phase of the complex coefficients by the transposition factor T, and transforming the altered complex coefficients from polar coordinates to Cartesian coordinates; - a synthesis transformation unit of order M, for transforming the altered coefficients into M altered samples; and - a synthesis window unit for applying a synthesis window of length L s to the M altered samples, thereby generating a frame of the output signal; characterized in that M is based on the transposition factor T. - an analysis window unit for applying an analysis window of length L a , thereby extracting a frame of samples of the input signal ; - an analysis transformation unit of order M , for transforming the samples from the time domain into the frequency domain yielding M complex coefficients; - a nonlinear processing unit for determining altered coefficients by transforming the complex coefficients from Cartesian coordinates to polar coordinates to determine a phase of the complex coefficients, multiplying the phase of the complex coefficients by the transposition factor T, and transforming the altered complex coefficients from polar coordinates to Cartesian coordinates; - a synthesis transformation unit of order M, for transforming the altered coefficients into M altered samples; and - a synthesis window unit for applying a synthesis window of length L s to the M altered samples, thereby generating a frame of the output signal;