mhurhangee/ep-ind-claims huggingface dataset:
A scaffold material for use in the manufacturing of shapeable three-dimensional body implants characterized in that (i) it substantially consists of a plurality of reversibly compressible particles of a gel-like material, (ii) the particles have a plurality of interconnected pores in their core and on their surface in connection with the external environment, (iii) the pores of the particles have a mean pore size comprised between 1 μm and 2 mm; (iv) the particles have a ratio between pore diameter / pore's walls thickness of at least 3; and (v) the scaffold material is a shapeable paste, or becoming a shapeable paste when contacted with a liquid. (i) it substantially consists of a plurality of reversibly compressible particles of a gel-like material, (ii) the particles have a plurality of interconnected pores in their core and on their surface in connection with the external environment, (iii) the pores of the particles have a mean pore size comprised between 1 μm and 2 mm; (iv) the particles have a ratio between pore diameter / pore's walls thickness of at least 3; and (v) the scaffold material is a shapeable paste, or becoming a shapeable paste when contacted with a liquid.
A session managing method performed by an IPTV session manager for a set top box, comprising the steps of: registering, in a registration table, at least one Internet Protocol Television, IPTV, related application that can be invoked at a set top box present in a home network so that said registration table comprises a respective identifier of said at least one IPTV-related application; receiving an unsolicited message from a global network connected to said home network, the unsolicited message requiring invocation of an IPTV-related application at said set top box; characterized in: extracting an application identifier from said unsolicited message, wherein the application identifier indicates a type of IPTV application to be invoked to process said unsolicited message; comparing said application identifier with identifiers of IPTV-related applications registered in said registration table; and selecting, based on said comparison, an IPTV-related application registered in said registration table to be invoked during an IPTV session. registering, in a registration table, at least one Internet Protocol Television, IPTV, related application that can be invoked at a set top box present in a home network so that said registration table comprises a respective identifier of said at least one IPTV-related application; receiving an unsolicited message from a global network connected to said home network, the unsolicited message requiring invocation of an IPTV-related application at said set top box; characterized in: extracting an application identifier from said unsolicited message, wherein the application identifier indicates a type of IPTV application to be invoked to process said unsolicited message; comparing said application identifier with identifiers of IPTV-related applications registered in said registration table; and selecting, based on said comparison, an IPTV-related application registered in said registration table to be invoked during an IPTV session.
A method of simultaneously detecting a length and concentration of a nucleic acid in a solution, the method comprising: measuring voltage drop values of at least three kinds of nucleic acids of which the lengths and concentrations are known with respect to each of at least two FET-based sensors having different electrical characteristics for detecting nucleic acids; determining at least three points in a three-dimensional plot consisting of a length, a concentration and a voltage drop value from the known lengths, concentrations, and the measured voltage drop values of at least three kinds of nucleic acids with respect to each of at least the two FET-based sensors; approximating the determined at least three points to a single plane with respect to each of the at least two FET-based sensors; measuring a voltage drop value of a nucleic acid of which length and concentration are unknown with respect to each of the at least two FET-based sensors; determining equipotential lines existing on the plane using the voltage drop value of the unknown nucleic acid with respect to each of the at least two FET-based sensors; determining at least one cross point between the determined equipotential lines; and determining simultaneously the unknown length and concentration of the nucleic acid from the at least one cross point. measuring voltage drop values of at least three kinds of nucleic acids of which the lengths and concentrations are known with respect to each of at least two FET-based sensors having different electrical characteristics for detecting nucleic acids; determining at least three points in a three-dimensional plot consisting of a length, a concentration and a voltage drop value from the known lengths, concentrations, and the measured voltage drop values of at least three kinds of nucleic acids with respect to each of at least the two FET-based sensors; approximating the determined at least three points to a single plane with respect to each of the at least two FET-based sensors; measuring a voltage drop value of a nucleic acid of which length and concentration are unknown with respect to each of the at least two FET-based sensors; determining equipotential lines existing on the plane using the voltage drop value of the unknown nucleic acid with respect to each of the at least two FET-based sensors; determining at least one cross point between the determined equipotential lines; and determining simultaneously the unknown length and concentration of the nucleic acid from the at least one cross point.
A biaxially stretched article obtained by stretching a thermoplastic composition in a machine direction and a transverse direction at elevated temperature, said thermoplastic composition comprising: - a polyolefin phase containing at least one polyolefin, - a starch phase containing thermoplastic starch, - at least one compatibiliser selected from the group consisting of ethylene vinyl alcohol copolymers, block saponified polyvinyl acetate and random terpolymers of ethylene, butylacrylate and maleic anhydride, wherein the total of the at least one polyolefin, the thermoplastic starch and the at least one compatibiliser is more than 80 wt% of the weight of the thermoplastic composition and wherein the article has a layered morphology with alternating layers of starch phase and polyolefin phase, said layers of starch phase and polyolefin phase extending in machine direction and transverse direction wherein the thermoplastic composition comprises - from 10 - 70 wt% of the at least one polyolefin - from 10 - 70 wt% of the thermoplastic starch - from 5 - 40 wt% of the at least one compatibiliser the weight percentages being based on the weight of the thermoplastic composition wherein the thermoplastic starch comprises borax at a concentration of 0.5 wt% to 8 wt%. - a polyolefin phase containing at least one polyolefin, - a starch phase containing thermoplastic starch, - at least one compatibiliser selected from the group consisting of ethylene vinyl alcohol copolymers, block saponified polyvinyl acetate and random terpolymers of ethylene, butylacrylate and maleic anhydride, - from 10 - 70 wt% of the at least one polyolefin - from 10 - 70 wt% of the thermoplastic starch - from 5 - 40 wt% of the at least one compatibiliser
A process for leaching a value metal from an iron-containing ore, the process including the steps of: leaching the ore in an acidic sulfate solution so as to form an iron-sulfate salt in a leach solution, wherein the leach solution contains iron in the ferric state; adding sulfur dioxide to the leach solution during and/or after the leaching to regenerate acid; and recovering the iron-sulfate salt from the leach solution, wherein the value metal is Zn, Cu, Ti, Al, Cr, Ni, Co, Mn, Fe, Pb, Na, K, Ca, Ag, Au or a platinum group metal. leaching the ore in an acidic sulfate solution so as to form an iron-sulfate salt in a leach solution, wherein the leach solution contains iron in the ferric state; adding sulfur dioxide to the leach solution during and/or after the leaching to regenerate acid; and recovering the iron-sulfate salt from the leach solution, wherein the value metal is Zn, Cu, Ti, Al, Cr, Ni, Co, Mn, Fe, Pb, Na, K, Ca, Ag, Au or a platinum group metal.
A system comprising a microfluidic cartridge and a cartridge covering element for sealing off the microfluidic cartridge, the cartridge covering element comprising: at least one stratified adhesive mass characterized in that the stratified adhesive mass is adapted to be UV-activatable to induce curing and adapted to be tacky after activation until expiration of an open time at room temperature, wherein the stratified adhesive mass comprises: i. 2 - 40 percent by weight of film former, ii. 10 - 70 percent by weight of aromatic epoxy resins, iii. cyclo-aliphatic epoxy resins, the cyclo-aliphatic resins not exceeding 35 percent by weight, iv. 0,5 - 7 percent by weight of cationic initiators, v. 0 - 50 percent by weight of epoxy-enhanced polyether compounds, and vi. 0 - 20 percent by weight of polyol, such that shares of the components by weight add up to 100 %. at least one stratified adhesive mass characterized in that the stratified adhesive mass is adapted to be UV-activatable to induce curing and adapted to be tacky after activation until expiration of an open time at room temperature, wherein the stratified adhesive mass comprises: i. 2 - 40 percent by weight of film former, ii. 10 - 70 percent by weight of aromatic epoxy resins, iii. cyclo-aliphatic epoxy resins, the cyclo-aliphatic resins not exceeding 35 percent by weight, iv. 0,5 - 7 percent by weight of cationic initiators, v. 0 - 50 percent by weight of epoxy-enhanced polyether compounds, and vi. 0 - 20 percent by weight of polyol, i. 2 - 40 percent by weight of film former, ii. 10 - 70 percent by weight of aromatic epoxy resins, iii. cyclo-aliphatic epoxy resins, the cyclo-aliphatic resins not exceeding 35 percent by weight, iv. 0,5 - 7 percent by weight of cationic initiators, v. 0 - 50 percent by weight of epoxy-enhanced polyether compounds, and vi. 0 - 20 percent by weight of polyol, such that shares of the components by weight add up to 100 %.
A method for distributing fuel in a gas turbine engine comprising: determining the ratio of air flow burnt to total air flow through all combustion zones in the gas turbine engine for a steady state condition, wherein determining the ratio of air flow burnt to total air flow through all combustion zones comprises establishing a total weighted sum of enthalpy per unit mass of combustion products based on the enthalpy per unit mass of combustion products at a primary and a secondary combustion temperature, determining a transient fraction of the air flow to be burnt during a rapid transient condition; and distributing fuel in the gas turbine engine using the determined ratio of air flow burnt to total air flow through all combustion zones in the gas turbine engine and the transient fraction of the air flow to be burnt to achieve a predetermined flame temperature. determining the ratio of air flow burnt to total air flow through all combustion zones in the gas turbine engine for a steady state condition, wherein determining the ratio of air flow burnt to total air flow through all combustion zones comprises establishing a total weighted sum of enthalpy per unit mass of combustion products based on the enthalpy per unit mass of combustion products at a primary and a secondary combustion temperature, determining a transient fraction of the air flow to be burnt during a rapid transient condition; and distributing fuel in the gas turbine engine using the determined ratio of air flow burnt to total air flow through all combustion zones in the gas turbine engine and the transient fraction of the air flow to be burnt to achieve a predetermined flame temperature.
An active noise reducing headphone having an active noise-cancelling mode and an active hear-through mode, the headphone comprising: an indicator activated when the headphone is in the active hear-through mode, the indicator visible over a limited viewing angle viewable only from in front of the headphone. an indicator activated when the headphone is in the active hear-through mode, the indicator visible over a limited viewing angle viewable only from in front of the headphone.
A method performed by a host computing device comprising processing hardware and storage hardware, the method comprising: executing a host operating system, the host operating system executing a guest runtime environment, GRE, engine, the GRE engine configured to instantiate and manage the execution of GREs, each GRE comprising an environment that isolates execution within the GRE from the host operating system and from other GREs; providing a security policy for one of the GREs managed by the GRE environment, the security policy specifying execution restrictions to be imposed on code executing within the GRE, wherein the security policy for one of the GREs is implemented within a guest operating system; and enforcing the security policy with respect to the GRE by monitoring execution of code within the GRE to evaluate instructions to execute new processes or access resources against the security policy and enforcing the execution restrictions when they are determined to be applicable by performing a corrective action when the security policy is violated, wherein the corrective action is one of reversing an access to a resource, denying the corresponding request, and issuing a warning message or a signal outside the GRE which in turn triggers a further corrective action outside the GRE. executing a host operating system, the host operating system executing a guest runtime environment, GRE, engine, the GRE engine configured to instantiate and manage the execution of GREs, each GRE comprising an environment that isolates execution within the GRE from the host operating system and from other GREs; providing a security policy for one of the GREs managed by the GRE environment, the security policy specifying execution restrictions to be imposed on code executing within the GRE, wherein the security policy for one of the GREs is implemented within a guest operating system; and enforcing the security policy with respect to the GRE by monitoring execution of code within the GRE to evaluate instructions to execute new processes or access resources against the security policy and enforcing the execution restrictions when they are determined to be applicable by performing a corrective action when the security policy is violated, wherein the corrective action is one of reversing an access to a resource, denying the corresponding request, and issuing a warning message or a signal outside the GRE which in turn triggers a further corrective action outside the GRE.
Magnetic motor, comprising a plurality of pistons (150; 400), wherein said pistons (150; 400) comprise a head portion realized in a material susceptible of being magnetically attracted or repelled and are radially arranged in starred configuration respective to a central shaft rotating and mechanically connected thereto by means of a system a rod-crank (160; 190) so as to render said pistons (150; 400) axially movable along an own linear path between a first and a second position of stroke end producing on said shaft a rotation in a same sense of non-alternative rotation; said magnetic motor further comprising plurality of polar expansions, positioned radially on the body of said motor in an axial direction respective to said linear path of each of said pistons (150; 400); said polar expansions comprising each one an own electromagnet impulsively fed susceptible of exerting, when electrically powered, a force of attraction or front repulsion on said piston (150; 400) along said linear path producing a rotation of said shaft by means of said rod-crank assembly; said polar expansions being in a number equal to the number of said pistons (150; 400), the magnetic motor being characterized in that the polar expansions are positioned frontally respective to said pistons (150, 400), in that said rod-crank (160; 190) system comprises a plurality of cranks having a respective eccentric hole (190p; 190f) onto which is rotationally hinged, for each crank a motion distribution disc realizing a conversion of motion from rotary on said shaft to alternative linear on said pistons (150; 400), and wherein a plurality of rods of said system rod-crank (160, 190) are enclosed in a sandwich formed by a couple of motion distribution discs respectively positioned over and below said rods and wherein said shaft is interrupted in correspondence of said sandwich, and in that it comprises current regulating means feeding said polar expansions with a current decreased respective to a constant value producing a reduction of the peaks of torque into the rotation of said shaft.
Anisolated polypeptide having a sclareol synthase activity and comprising an amino acid sequence of at least 70% identity to the entire amino acid sequence of SEQ ID NO:1.
An impulse ultra-wideband, UWB, receiver comprising a plurality M of antennas (310 1,..., 310 M), each antenna of the receiver receiving an antenna signal, said antenna signal being an impulse UWB signal formed by successive impulses modulated by means of an emitting code at a chip frequency, f PRP, an information symbol being coded over N c successive impulses, where N c is the length of the emitting code, the UWB receiver comprising - a multiplexing stage configured to multiplex antenna signals by means of orthogonal codes to provide a multiplexed signal, each orthogonal code being associated with a distinct antenna, the chip frequency of said orthogonal codes being equal to a sub-multiple, f PRP / P, of the chip frequency of the emitting code where P < N c is an integer divisor of N c; - an RF front end receiving said multiplexed signal; - a demultiplexing stage configured to demultiplex the signal output from the RF front end by means of said orthogonal codes, said demultiplexing stage providing M demultiplexed signals corresponding to the different antennas. - a multiplexing stage configured to multiplex antenna signals by means of orthogonal codes to provide a multiplexed signal, each orthogonal code being associated with a distinct antenna, the chip frequency of said orthogonal codes being equal to a sub-multiple, f PRP / P, of the chip frequency of the emitting code where P < N c is an integer divisor of N c; - an RF front end receiving said multiplexed signal; - a demultiplexing stage configured to demultiplex the signal output from the RF front end by means of said orthogonal codes, said demultiplexing stage providing M demultiplexed signals corresponding to the different antennas.
A heat shield retainer, comprising: a first radially outward surface; a second radially inward surface oriented away from the first radially outward surface; a first shield groove located along a first circumferential end of the heat shield retainer; a second shield groove located along a second circumferential end of the heat shield retainer opposite the first circumferential end; characterised in that, a first bumper standoff located over the first radially outward surface, the first bumper standoff including a first attachment portion coupled to the first radially outward surface and a first bumper portion defining a first bumper opening; and a second bumper standoff located over the first radially outward surface, the second bumper standoff including a second attachment portion coupled to the first radially outward surface and a second bumper portion defining a second bumper opening. a first radially outward surface; a second radially inward surface oriented away from the first radially outward surface; a first shield groove located along a first circumferential end of the heat shield retainer; a second shield groove located along a second circumferential end of the heat shield retainer opposite the first circumferential end; characterised in that, a first bumper standoff located over the first radially outward surface, the first bumper standoff including a first attachment portion coupled to the first radially outward surface and a first bumper portion defining a first bumper opening; and a second bumper standoff located over the first radially outward surface, the second bumper standoff including a second attachment portion coupled to the first radially outward surface and a second bumper portion defining a second bumper opening.
Fitting for pivotably mounting an upward-opening front flap (2a; 2b; 2c) on a cupboard, the fitting comprising a mounting plate (6a; 6b; 6c) to be secured to the inside of a cupboard side wall (3a; 3b; 3c) and a retaining part (7a; 7b; 7c) to be secured to the inside of the flap (2a; 2b; 2c), which parts are joined to one another via at least one toggle lever arrangement containing a toggle joint arrangement and having articulation axes extending at right angles to the mounting plate (6a; 6b; 6c) in such a way that the front flap (2a; 2b; 2c) located in front of the cupboard carcass performs in the opening process an opening movement rising off the cupboard carcass with the pivot axis moving in space, the fitting (1a; 1b; 1c) including a spring device holding the flap (2a; 2b; 2c) in the closed position, characterised in that a fluidic damping device (50a; 50b; 50c) and a damping stop (51a; 51b; 51c) assigned to the damping device (50a; 50b; 50c) and running against the damping device (50a; 50b; 50c) when the flap is closed are provided, and in that the damping stop is located on the retaining part (7a; 7b; 7c).
Light modulation element comprising a pair of substrates, one or more optical films selected from A-plates, C-plates, O-plates, biaxial films and/or cholesteric films, which are obtainable from polymerisable LC materials, located on the inner side of one of the substrates, an electrode structure capable of inducing an electric field substantially in parallel to the substrates main plane, and a homogenously aligned liquid crystalline medium, which is obtainable from a photoalignment component A) and a liquid-crystalline component B).
Lighting device for a motor vehicle, comprising an array of at least two light sources of the light emitting semiconductor type and an array of at least a first illumination element and a second illumination element, each illumination element being a microlens associated with one of the light sources and configured for being lit by the said associated light source in such a way that a light beam emitted by the light source exhibits a shape dependent on a shape of the illumination element, characterized in that the first illumination element has a light exit face of trapezoidal shape having two opposite parallel sides (21, 22), called bases, such that one of the bases, called the large base, is longer than a length of the other base, called the small base, the said trapezium also having two sides that are not parallel with each other (23, 24) and connecting the large base and the small base, and the second illumination element has a shape partially complementary to the trapezoidal shape, in counter-form to the trapezium, and comprises two portions (31, 32) of triangular areas arranged on either side of the large base up to the small base, two edges (29, 30) extending from two opposite ends of the large base, parallel with each other, in the direction of the small base, distant by at least a length of the order of the length of the large base.