mhurhangee/ep-ind-claims huggingface dataset:
A method for producing tyres, comprising: - producing at least one elastomeric compound; - producing a plurality of structural elements of said tyre, wherein at least one structural element of said plurality of structural elements comprises said at least one elastomeric compound; wherein production of said elastomeric compound comprises: i) introducing at least one precursor of said elastomeric compound through at least one feeding opening of a mixing extruder, said precursor comprising at least one diene elastomer polymer and at least one reinforcing filler; ii) mixing and advancing said at least one precursor along a chamber of the mixing extruder containing at least one extrusion screw, wherein in the mixing extruder the precursor of said elastomeric compound is submitted to mastication steps alternated with transport steps; iii) eliminating undesirable fluids during mixing, by sucking them out of said chamber; iv) ejecting the elastomeric compound from the mixing extruder through an extruder head; characterized in that fluid suction is carried out at a suction pressure (P a) lower than or equal to about 40 mbars. - producing at least one elastomeric compound; - producing a plurality of structural elements of said tyre, wherein at least one structural element of said plurality of structural elements comprises said at least one elastomeric compound; i) introducing at least one precursor of said elastomeric compound through at least one feeding opening of a mixing extruder, said precursor comprising at least one diene elastomer polymer and at least one reinforcing filler; ii) mixing and advancing said at least one precursor along a chamber of the mixing extruder containing at least one extrusion screw, wherein in the mixing extruder the precursor of said elastomeric compound is submitted to mastication steps alternated with transport steps; iii) eliminating undesirable fluids during mixing, by sucking them out of said chamber; iv) ejecting the elastomeric compound from the mixing extruder through an extruder head;
Hair straightener with at least two arms (2, 2') supported against one another, which each have a straightening limb (4, 4') and a grip limb (5, 5'), wherein at least one heating plate is disposed on at least one of the straightening limbs (4, 4'), wherein the two arms (2, 2') are supported against each other such that, by pressing together the grip limbs (5, 5'), a force pressing together the straightening limbs (4, 4') is transferred to these limbs and to hair located between the straightening limbs (4, 4'), and wherein a setting device is provided, by means of which the pressure force able to be transferred from the grip limbs (5, 5') to the straightening limbs (4, 4') and thus to the hair is able to be set and/or limited, characterised in that the setting device has at least one joint on at least one arm (2, 2') which, as from a predefinable force, brings about a bending of the arm (2, 2').
Dust-suppressant additive for controlling the flow and handling of raw soil improvers/fertilisers, characterised in that it comprises a natural mineral support with a median diameter of less than or equal to 200 micrometres chosen for example from natural calcium carbonates or double calcium and magnesium carbonates or dolomites, and in that it comprises at least one hygroscopic mineral additive chosen from calcium chloride, magnesium chloride, magnesium nitrate, calcium nitrate and salts thereof.
An aircraft having a plurality of subsystems and comprising: an electrical system including a rechargeable battery, the rechargeable battery including an array of battery cells configured to provide backup power to one or more of the plurality of subsystems; and means for mitigating consequences of failure of the rechargeable battery due to aircraft operating cycles wherein the means includes a plurality of dielectric separators between the battery cells for creating thermal barriers between opposing surfaces of the battery cells, the dielectric separators made of a fiber composite, wherein the battery cells are prismatic, wherein the dielectric separators form a lattice, and wherein the battery cells populate spaces formed by the lattice. an electrical system including a rechargeable battery, the rechargeable battery including an array of battery cells configured to provide backup power to one or more of the plurality of subsystems; and means for mitigating consequences of failure of the rechargeable battery due to aircraft operating cycles wherein the means includes a plurality of dielectric separators between the battery cells for creating thermal barriers between opposing surfaces of the battery cells, the dielectric separators made of a fiber composite, wherein the battery cells are prismatic, wherein the dielectric separators form a lattice, and wherein the battery cells populate spaces formed by the lattice.
Binder composition comprising a) component A comprising polymer(s) A1 having primary and/or secondary amino groups wherein polymer(s) A1 has(have) NC ps of at least 1 wt.-% wherein polymer(s) A1 comprise(s) polymerization product(s) of (i) amino acids, preferably amino acids comprising at least two amino groups, and/or (ii) amines comprising at least two amino groups, wherein the amines are no amino acids, and amino acids, and/or (iii) amines comprising at least two amino groups, wherein the amines are no amino acids, and di and/or tricarboxylic acids, which are no amino acids, and/or (iv) at least two compounds defined in i) to iii), and b) component B comprising hydroxyacetone. a) component A comprising polymer(s) A1 having primary and/or secondary amino groups wherein polymer(s) A1 has(have) NC ps of at least 1 wt.-% wherein polymer(s) A1 comprise(s) polymerization product(s) of (i) amino acids, preferably amino acids comprising at least two amino groups, and/or (ii) amines comprising at least two amino groups, wherein the amines are no amino acids, and amino acids, and/or (iii) amines comprising at least two amino groups, wherein the amines are no amino acids, and di and/or tricarboxylic acids, which are no amino acids, and/or (iv) at least two compounds defined in i) to iii), and (i) amino acids, preferably amino acids comprising at least two amino groups, and/or (ii) amines comprising at least two amino groups, wherein the amines are no amino acids, and amino acids, and/or (iii) amines comprising at least two amino groups, wherein the amines are no amino acids, and di and/or tricarboxylic acids, which are no amino acids, and/or (iv) at least two compounds defined in i) to iii), and b) component B comprising hydroxyacetone.
Elevator installation comprising at least one elevator cage movable in an elevator shaft along a guide rail, and comprising at least one first roller, via which the car is electrically conductively connected to the guide rail,wherein the first roller is designed as an earthing roller, and the first roller comprises a first running body having a running surface, characterized in that the first running body comprising an end face with a coating for increasing the electrical conductivity. at least one elevator cage movable in an elevator shaft along a guide rail, and comprising at least one first roller, via which the car is electrically conductively connected to the guide rail,wherein the first roller is designed as an earthing roller, and the first roller comprises a first running body having a running surface, characterized in that the first running body comprising an end face with a coating for increasing the electrical conductivity.
A device for exchanging heat with a plurality of flow-through means for a medium and two distributing and/or collecting means (4, 5) arranged at the respective end portions of said flow-through means, wherein said device has two fitting means (6a, 6b) and said fitting means (6a, 6b) are arranged next to each other at a predetermined distance, wherein the fitting means (6a, 6b) being embodied with a first end-side portion having a substantially circular cross section and with a second end-side portion and a transition portion disposed between the first portion and the second portion, wherein in the transition portion, the cross section of the first portion transitions into the cross section of the second portion and the central axis of the first portion is laterally offset from the central axis of the second portion by a predetermined distance, characterised in that the second end-side portion of the fitting means (6a, 6b) has an elliptical cross section, wherein the fitting means (6a, 6b) being arranged next to each other such that the smaller diameters of the elliptical cross sections are substantially aligned and the greater diameters thereof are laterally offset from each other and substantially parallel to each other, wherein the central axes of the second portions are arranged closer together than the central axes of the first portions, and in that at least one end-side portion (11, 15) of said fitting means (6a, 6b) is provided with a boss as a connecting means to allow fitting further elements thereto.
Method for treating water in swimming pools, whereby the water is cleaned mechanically and biologically and is returned to the swimming pool after cleaning, whereby impurities contained in the pool water are retained by a biological filter and organic substances included therein as well as organic substances dissolved in the pool water are mineralised through the activity of bacteria, whereby the phosphorous contained in the organic substances is degraded to dissolved reactive phosphate, adsorptively bound by means of ion exchange, characterised in that pool water near the surface is only cleaned mechanically or filtered during a first water cycle, pool water first passes through the biological filter and then, for the adsorptive binding of phosphates, passes through a separate anion exchanger during a second water cycle, and in that each water cycle is operated by a pump.
Electric cable, comprising at least one conductor of several jointly stranded wires, which is provided with a metal reinforcement lying between an inner plastic sleeve and an outer plastic sheath (6, 7), whereby the metal reinforcement is formed by a longitudinal strip structure, which is provided with at least one longitudinal strip applied concentrically around the inner plastic sleeve, which is attached at the overlap point preferably by means of an adhesive applied there, in particular a hot-melt adhesive, characterised in that the longitudinal strip of the metal reinforcement is applied directly and concentrically around the inner plastic sleeve and is made with a thickness of greater than 0.1 mm, whereby the electric cable is used for solar and wind power plants.
A signal processing apparatus feeding a frame of a signal in frequency domain of a reception voice signal into a sound echo canceler, the signal processing apparatus comprising: a first reception section configured to receive a plurality of frames of the reception voice signal in frequency domain before having a rate-of-speech change process applied, the rate-of-speech change process being to be applied for changing a rate of speech of the reception voice signal; a second reception section configured to receive a plurality of frames of the reception voice signal having been transformed into time domain and subsequently having the rate-of-speech change process applied by units of the frames; and a frequency-domain frame synthesis section configured to synthesize the frame of the signal in frequency domain of the reception voice signal to be fed into the sound echo canceler, based on the reception voice signal having been transformed into time domain and subsequently having the rate-of-speech change process applied at a frame currently being processed by the signal processing apparatus, and at least one frame of the reception voice signal in frequency domain corresponding to the reception voice signal having been transformed into time domain and subsequently having the rate-of-speech change process applied. a first reception section configured to receive a plurality of frames of the reception voice signal in frequency domain before having a rate-of-speech change process applied, the rate-of-speech change process being to be applied for changing a rate of speech of the reception voice signal; a second reception section configured to receive a plurality of frames of the reception voice signal having been transformed into time domain and subsequently having the rate-of-speech change process applied by units of the frames; and a frequency-domain frame synthesis section configured to synthesize the frame of the signal in frequency domain of the reception voice signal to be fed into the sound echo canceler, based on the reception voice signal having been transformed into time domain and subsequently having the rate-of-speech change process applied at a frame currently being processed by the signal processing apparatus, and at least one frame of the reception voice signal in frequency domain corresponding to the reception voice signal having been transformed into time domain and subsequently having the rate-of-speech change process applied.
A measuring device for detecting hydrocarbon contents in gases, comprising - a first sensor for determining the hydrocarbon content in a measuring gas flow and for producing a corresponding first measurement result, - a second sensor for determining the hydrocarbon content in a second measuring gas flow and for producing a corresponding second measurement result, - an evaluation unit for evaluating the measurement results of the two sensors (22, 24), - a catalyst unit for producing a catalyst gas flow, wherein - the first sensor is configured as a metal oxide semiconductor gas sensor and continuously carries out measurements, - the second sensor is configured as a photoionization sensor and discontinuously carries out measurements, - the catalyst gas flow can be fed to the second sensor. - a first sensor for determining the hydrocarbon content in a measuring gas flow and for producing a corresponding first measurement result, - a second sensor for determining the hydrocarbon content in a second measuring gas flow and for producing a corresponding second measurement result, - an evaluation unit for evaluating the measurement results of the two sensors (22, 24), - a catalyst unit for producing a catalyst gas flow, - the first sensor is configured as a metal oxide semiconductor gas sensor and continuously carries out measurements, - the second sensor is configured as a photoionization sensor and discontinuously carries out measurements, - the catalyst gas flow can be fed to the second sensor.
Microfluidic device for the production and collection of droplets of a first fluid, said device comprising a microfluidic platform including at least a droplet microchannel wherein is produced a flow of single droplets of said first fluid dispersed in a second fluid immiscible with the first fluid, said droplet microchannel comprising at least one inlet extremity and comprising at least one outlet extremity for the distribution of said flow of droplets, characterized in that it comprises: - a collection device comprising a plurality of receiving areas adapted to collect at least one of said droplets, - means for changing the relative position of the collection device and the outlet of the microfluidic platform, - means for controlling the flow of droplets, said controlling means being adapted to regulate the distance between two successive single droplets of first fluid in said flow of single droplets, for a given flow rate of the second fluid, and - means for synchronizing the flow of droplets at the outlet of said droplet microchannel and the relative movement of the collection device with regards to the microfluidic platform. - a collection device comprising a plurality of receiving areas adapted to collect at least one of said droplets, - means for changing the relative position of the collection device and the outlet of the microfluidic platform, - means for controlling the flow of droplets, said controlling means being adapted to regulate the distance between two successive single droplets of first fluid in said flow of single droplets, for a given flow rate of the second fluid, and - means for synchronizing the flow of droplets at the outlet of said droplet microchannel and the relative movement of the collection device with regards to the microfluidic platform.
A method implemented by one or more processors, comprising: receiving a group of data points (501A, 501B, 501C) generated based on sensor data from one or more sensors of a robot (180, 180A) during physical manipulation of the robot, the physical manipulation being by a user to traverse a reference point of the robot from an initial point to a target point; wherein the data points of the group are uniformly distributed over time and each define a state of the robot at a corresponding time; resampling the group of data points to generate a spatial group of spatially distributed data points that are spatially uniformly distributed; generating a control policy that regulates both robot motion and robot interaction with an environment, wherein generating the control policy comprises using the spatial group of spatially distributed data points in learning a non-parametric potential function for use in the control policy, the non-parametric potential function having a global minimum based on the target point; and controlling the robot or an additional robot based on the control policy. receiving a group of data points (501A, 501B, 501C) generated based on sensor data from one or more sensors of a robot (180, 180A) during physical manipulation of the robot, the physical manipulation being by a user to traverse a reference point of the robot from an initial point to a target point; wherein the data points of the group are uniformly distributed over time and each define a state of the robot at a corresponding time; resampling the group of data points to generate a spatial group of spatially distributed data points that are spatially uniformly distributed; generating a control policy that regulates both robot motion and robot interaction with an environment, wherein generating the control policy comprises using the spatial group of spatially distributed data points in learning a non-parametric potential function for use in the control policy, the non-parametric potential function having a global minimum based on the target point; and controlling the robot or an additional robot based on the control policy.
A non-birefringent optical resin material containing a composite constituent system of constituent number z not smaller than 3 under definition of constituent number such that monomer-element number x (x ≥2) of a copolymer is included in constituent number z, wherein said composite constituent system consists of either only a copolymerization system(s) of monomer-element number x not smaller than 3 or both a copolymer of monomer-element number x not smaller than 2 and at least one kind of low molecular-weight organic compound which has an anisotropic polarizability and is capable of being orientated in a polymer; and, combination of constituents composing said composite constituent system are set so that at least one of respective signs of characteristic orientation birefringence of respective homopolymers corresponding to respective monomers providing respective components of said copolymer and a common sign of orientation birefringence shown by said low molecular-weight organic compound in said respective homopolymers is different from the other signs of orientation birefringence, and further so that at least one of respective signs of photoelasticity birefringence of said respective homopolymers and a common sign of photoelasticity birefringence shown by said low molecular-weight organic compound in said respective homopolymers is different from the other signs of photoelasticity birefringence; and, constituent ratio of constituents composing said composite constituent system are set so that said non-birefringent optical resin material has orientation birefringence and photoelasticity birefringence both of which are mutually deadened due to different-sign relations about said orientation birefringence and said photoelasticity birefringence, wherein said characteristic orientation birefringence has an absolute value not greater than 6.7 X 10 -2 and said photoelasticity birefringence has an absolute value not greater than 5.0 X 10 -11 (Pa -1).
A method of forming a friction surface of a friction member, the method comprising the steps of: - forming the friction member of a matrix composite by forming the matrix composite to a desired form of the friction member, wherein the matrix composite comprises a first material and reinforcing particles of a second material embedded in the first material, wherein said first material has a lower melting temperature than said second material, wherein said reinforcing particles form at least 10 % of the volume of the matrix composite and thereby of the volume of the friction member, and - forming said friction surface by melting a surface layer (s) of the first material of the friction member to expose a part of the reinforcing particles and thereby to enable an increase of the friction coefficient of the friction surface of the friction member, wherein said step of melting the surface layer (s) of the first material comprises generating a beam directed towards a surface of the friction member to melt said surface layer (s) of the first material, wherein said beam is a laser beam or an electron beam. - forming the friction member of a matrix composite by forming the matrix composite to a desired form of the friction member, wherein the matrix composite comprises a first material and reinforcing particles of a second material embedded in the first material, wherein said first material has a lower melting temperature than said second material, wherein said reinforcing particles form at least 10 % of the volume of the matrix composite and thereby of the volume of the friction member, and - forming said friction surface by melting a surface layer (s) of the first material of the friction member to expose a part of the reinforcing particles and thereby to enable an increase of the friction coefficient of the friction surface of the friction member,
An improved optical package, including a light source, an installation socket, a mirror and a convex lens, characterized in that at least one part of the projection of the reflection surface of the mirror on its axial section is in a parabolic shape, the mirror and the convex lens having the same axes, an installation depression is set at the front end of the optical package, wherein the light source is configured in the installation depression, the emitting point of the light source is on the axis of the convex lens and the circumference of the installation depression is formed to be a reflection surface capable of reflecting the light emitted from the bottom of the light source, a light-penetrable support integrated with the convex lens is configured between the outer circumference of the convex lens and the upper end part of the mirror, and a flat and straight light-penetrable connecting plate is integrated between the circumference of the convex lens and the support and is used as a buffer section between the convex lens and the support.