mhurhangee/patent-ind-claim-en huggingface dataset:
Process for building tyres for vehicle wheels, comprising: forming a first continuous elongated element made with a first raw elastomeric material; storing said first continuous elongated element on a feeding reel ; extruding a second continuous elongated element made with a second raw elastomeric material different from said first raw elastomeric material; forming at least one deposition layer (D) by spiralling said second continuous elongated element on a deposition surface of a forming drum actuated in rotation; at the same time as forming the deposition layer (D), taking said first continuous longitudinal element from said feeding reel and winding it on said deposition surface according to coils (Si) consecutively side by side and axially interposed between coils (S 2 ) formed by said second continuous elongated element ; wherein the winding of the first continuous elongated element comprises approaching an applicator to said forming drum , and pushing the first continuous elongated element against said deposition surface ; moving the applicator away from the forming drum kept in rotation to interrupt the winding of the first continuous elongated element . forming a first continuous elongated element made with a first raw elastomeric material; storing said first continuous elongated element on a feeding reel ; extruding a second continuous elongated element made with a second raw elastomeric material different from said first raw elastomeric material; forming at least one deposition layer (D) by spiralling said second continuous elongated element on a deposition surface of a forming drum actuated in rotation; at the same time as forming the deposition layer (D), taking said first continuous longitudinal element from said feeding reel and winding it on said deposition surface according to coils (Si) consecutively side by side and axially interposed between coils (S 2 ) formed by said second continuous elongated element ; wherein the winding of the first continuous elongated element comprises approaching an applicator to said forming drum , and pushing the first continuous elongated element against said deposition surface ; moving the applicator away from the forming drum kept in rotation to interrupt the winding of the first continuous elongated element .
A method for producing a fluid droplet containing a target analyte at a selected concentration, the method comprising: (a) providing, in a fluid reservoir, a fluid composition that contains the target analyte and comprises an upper region and a lower region, wherein the upper region is an upper layer comprising a first liquid and the lower region is a lower layer comprising a second liquid, the upper layer and the lower layer having a liquid-liquid boundary therebetween, wherein the analyte is at a first concentration in the upper region and at a second concentration in the lower region, and further wherein the second concentration is different from the first concentration; and (b) applying focused acoustic energy to the fluid reservoir in a manner effective to eject a fluid droplet from the fluid composition into a droplet receiver, wherein the ejected droplet comprises the target analyte at the selected concentration, and further wherein the selected concentration is (i) equivalent to either the first concentration or the second concentration, and (ii) uniform throughout the droplet. (a) providing, in a fluid reservoir, a fluid composition that contains the target analyte and comprises an upper region and a lower region, wherein the upper region is an upper layer comprising a first liquid and the lower region is a lower layer comprising a second liquid, the upper layer and the lower layer having a liquid-liquid boundary therebetween, wherein the analyte is at a first concentration in the upper region and at a second concentration in the lower region, and further wherein the second concentration is different from the first concentration; and (b) applying focused acoustic energy to the fluid reservoir in a manner effective to eject a fluid droplet from the fluid composition into a droplet receiver, wherein the ejected droplet comprises the target analyte at the selected concentration, and further wherein the selected concentration is (i) equivalent to either the first concentration or the second concentration, and (ii) uniform throughout the droplet.
An induction heating coil configured to heat a workpiece having a recess portion provided along a longitudinal axis of the workpiece , the induction heating coil comprising a conductor configured to surround the workpiece around the axis of the workpiece , wherein the conductor comprises a protruding portion protruding inwardly to face the recess portion of the workpiece , wherein the conductor is configured as a pair of conductors between which a space is provided in an axial direction of the workpiece , the pair of conductors being coupled to each other in series, and wherein the pair of conductors have surrounding portions configured to surround the workpiece around the axis of the workpiece , characterized in that non-conductive support portions are arranged to vertically extend and are fixed to the respective surrounding portions to horizontally keep the surrounding portions with a constant gap.
Optical measuring device for determining at least one feature, quality value and/or service data of a continuously processed product rod of the tobacco-processing industry on the basis of triangulation, comprising - a light source for generating a plurality of incident beam paths which are incident around the circumference of the product rod onto the surface thereof; - at least three light-sensitive elements (29-31) arranged relative to the incident beam paths in a triangulation arrangement, - a digital evaluation device which is adapted to determine a 3-dimensional surface profile of the product rod from the measurement signals transmitted by the light-sensitive elements (29-31), wherein the optical measuring device comprises at least one light deflecting element between the light source and the product rod for deflecting at least one incident beam path , characterized in that the measuring device comprises exactly one light source , wherein the light source is adapted to generate a main beam spread , wherein a part of the main beam spread is incident on the product rod and another part of the main beam spread runs past the product rod on one or both sides thereof and, after passing the product rod , is directed onto the product rod by at least one further light deflecting element , wherein the light deflecting elements are arranged in the incident beam path in such a way that the beam spreads incident on the product rod form altogether a closed line of light which runs 360° completely around the product rod . - a light source for generating a plurality of incident beam paths which are incident around the circumference of the product rod onto the surface thereof; - at least three light-sensitive elements (29-31) arranged relative to the incident beam paths in a triangulation arrangement, - a digital evaluation device which is adapted to determine a 3-dimensional surface profile of the product rod from the measurement signals transmitted by the light-sensitive elements (29-31),
An apparatus for attaching or detaching a sensor capsule to and from a running seismic cable on a vessel , comprising a trolley with at least one room for the sensor capsule , the trolley is moveable back and forth on a support structure in a longitudinal direction essentially corresponding to the longitudinal direction of the seismic cable during deployment and retrieval; wherein the apparatus is characterized by : a latching mechanism for latching the trolley temporarily to a node casing forming part of the seismic cable ; and at least one inserting/withdrawing mechanism for inserting and withdrawing the sensor capsule into or out of the node casing while the trolley is latched to the node casing . a latching mechanism for latching the trolley temporarily to a node casing forming part of the seismic cable ; and at least one inserting/withdrawing mechanism for inserting and withdrawing the sensor capsule into or out of the node casing while the trolley is latched to the node casing .
An NK1-antagonist for use in a method for treating a synucleinopathy in a patient, said method comprising administering to said patient in need of said treatment an effective daily dose of a NK1-antagonist in combination with an effective daily dose of 6-propylamino-4,5,6,7-tetrahydro-1,3-benzothiazole-2-amine, wherein the NK1-antagonist is selected from aprepitant or a pharmaceutically acceptable salt or solvate thereof and fosaprepitant or a pharmaceutically acceptable salt or solvate thereof.
A process for performing iteratively the phase retrieval of an adaptive signal x(t) matching two sets of constraint both concerning a desired time envelope u e (t) of signal x(t) =u e (t)e jφ(t) and magnitude distribution Um(f) of its spectral representation U m (f)e jθ(f) that are given for particular intervals of time t∈(0,T) and frequency f∈(-Ω/2,Ω/2), said process being performed for adaptive synthesis of transmit waveforms in radar, and said process computing at each iteration k an estimate x̃ k ( t ) of signal x(t), said estimate x̃ k ( t ) being obtained from a first projection P A on a first set of constraint in time domain of a computed value x k (t) of x(t) which derives from an estimate X̃ k -1 ( f ) of the spectrum of signal x(t), said estimate X̃ k -1 ( f ) being itself obtained from a second projection P B on a second set of constraints in spectral domain of the Fourier transform X k ( f ) of the estimate x̃ k -1 ( t ) of x(t) computed at iteration k-1; estimate x̃ k ( t ) being a weighted sum of projection P A of x k (t) onto a first constraint domain and of x k (t) itself; and estimate X̃ k -1 ( f ) being a weighted sum of projection P B of X k ( f ) onto a second constraint domain and of X k ( f ) itself; iterative computation of estimate x̃ k ( t ) is repeated until x̃ k ( t ) meets a predefined criterion, wherein estimates x̃ k ( t ) and X̃ k -1 ( f ) are respectively defined by the following relations: x ̃ k t = σ P A x k t + 1 − σ x k t , and X ̃ k f = μ P B X k f + 1 − μ X k f , where σ and μ are relaxation parameter which values are less than 1 and where P A and P B are respectively defined by the following relations: P A x k t = { A e j φ k t t ε T x k t e j φ k t o . w . where A is the expected constant magnitude of x(t), and P B X k f = { U m f e j θ k f f ε Ω X k f e j θ k f o . w . where U m (f) is the expected Fourier Transform Magnitude U m (f) of signal x(t), and wherein, at the first iteration the computed value x 1 (t) of x(t) is computed from an estimate X̃ 0 ( f ) of the spectrum of x(t) defined by the following relation: X ̃ 0 f = U m f e j θ 0 f where U m (f) is the expected Fourier Transform Magnitude U m (f) of signal x(t) and where θ 0 is a particular initial phase defined by the following relation: θ 0 f = − 2 ⁢ π A 2 ∫ − Ω 2 Ω 2 ∫ − Ω 2 f U m 2 η d ⁢ η df + c where Ω is the spectral domain of the second constraints set.
A system to rapidly search, identify and eliminate microbiological contamination on biological and non-biological surfaces comprising the following devices in combination: A) A detection device able to provide data output for a general or early warning, said detection device being a spectral device equipped with pattern recognitions models that are pre-programmed to find general groups of bacteria. B) A DNA, RNA or mRNA sequencing device for genomic identification of organisms present on measured surface. C) A decontamination device comprising: C1 - Multiple decontaminant containers, each containing a decontaminant that comprises of at least one lytic bacteriophage. C2 - A device for administration of phages comprising administration means. D) Connecting means for connecting the above devices to a CPU unit wherein: - The output generated by the detection device serves as functional input for the identification device. - The output generated by the identification device serves functional input for the decontamination device. E) A CPU unit comprising means for micro-biological spectral pattern recognition; DNA, RNA or mRNA sequencing analysis tools; a phage database; phage selection means. A) A detection device able to provide data output for a general or early warning, said detection device being a spectral device equipped with pattern recognitions models that are pre-programmed to find general groups of bacteria. B) A DNA, RNA or mRNA sequencing device for genomic identification of organisms present on measured surface. C) A decontamination device comprising: C1 - Multiple decontaminant containers, each containing a decontaminant that comprises of at least one lytic bacteriophage. C2 - A device for administration of phages comprising administration means. C1 - Multiple decontaminant containers, each containing a decontaminant that comprises of at least one lytic bacteriophage. C2 - A device for administration of phages comprising administration means. D) Connecting means for connecting the above devices to a CPU unit wherein: - The output generated by the detection device serves as functional input for the identification device. - The output generated by the identification device serves functional input for the decontamination device. - The output generated by the detection device serves as functional input for the identification device. - The output generated by the identification device serves functional input for the decontamination device. E) A CPU unit comprising means for micro-biological spectral pattern recognition; DNA, RNA or mRNA sequencing analysis tools; a phage database; phage selection means.
A device for resistive heating of a body vessel in a body, the device comprising: a support comprising a proximal end and extending to a distal end, the support defining a longitudinal axis; a coil helically disposed about the support and being electrically conductive, the coil comprising a first end and extending to a second end disposed at the distal end, the coil including an electrical connection point disposed between the first end and the second end to define: a first portion of the coil between the first end and the electrical connection point, and a second portion of the coil between the electrical connection point and the second end; the first portion comprising a first plurality of first windings and the second portion comprising a second plurality of second windings, the first windings having a first average pitch and the second windings having a second average pitch, the second average pitch being less than the first average pitch; and a first insulated wire and a second insulated wire , each of the insulated wires being for connection to a source of electrical current, the first insulated wire being connected to the coil at the electrical connection point, the second insulated wire being connected to the second end, such that when the insulated wires are connected to the source of electrical current, the second portion allows for resistive heating in the body vessel. a support comprising a proximal end and extending to a distal end, the support defining a longitudinal axis; a coil helically disposed about the support and being electrically conductive, the coil comprising a first end and extending to a second end disposed at the distal end, the coil including an electrical connection point disposed between the first end and the second end to define: a first portion of the coil between the first end and the electrical connection point, and a second portion of the coil between the electrical connection point and the second end; a first portion of the coil between the first end and the electrical connection point, and a second portion of the coil between the electrical connection point and the second end; the first portion comprising a first plurality of first windings and the second portion comprising a second plurality of second windings, the first windings having a first average pitch and the second windings having a second average pitch, the second average pitch being less than the first average pitch; and a first insulated wire and a second insulated wire , each of the insulated wires being for connection to a source of electrical current, the first insulated wire being connected to the coil at the electrical connection point, the second insulated wire being connected to the second end, such that when the insulated wires are connected to the source of electrical current, the second portion allows for resistive heating in the body vessel.
A process for making a metal ring from a BeCu alloy, comprising: preheating a BeCu alloy billet at a temperature of 800°C to 850°C, wherein the BeCu alloy, from which the billet is made, comprises: 1.6 wt% to 2.0 wt% beryllium, 1.8 wt% to 2.0 wt% beryllium, or 1.8 wt% to 1.9 wt% beryllium; 0.2 wt% to 0.6 wt% lead; optionally an amount of nickel, cobalt, and optionally iron such that the sum of (nickel+cobalt) is 0.2 wt% or higher, and the sum of (nickel+cobalt+iron) is 0.6 wt% or less; and balance copper; forging the billet into a ring-shaped preform at a temperature of 750°C to 850°C, where forging includes press forging and piercing and/or punching; soaking the preform at a temperature of 815°C to 835°C; ring rolling the preform at a temperature of 750°C to 850°C to form a ring having a wall thickness, wherein the ring rolling reduces the wall thickness by at least 50%; solution annealing the ring at a temperature of 780°C to 800°C, immediately followed by quenching the ring; and heat treating the ring at a temperature of 385°C to 400°C. preheating a BeCu alloy billet at a temperature of 800°C to 850°C, wherein the BeCu alloy, from which the billet is made, comprises: 1.6 wt% to 2.0 wt% beryllium, 1.8 wt% to 2.0 wt% beryllium, or 1.8 wt% to 1.9 wt% beryllium; 0.2 wt% to 0.6 wt% lead; optionally an amount of nickel, cobalt, and optionally iron such that the sum of (nickel+cobalt) is 0.2 wt% or higher, and the sum of (nickel+cobalt+iron) is 0.6 wt% or less; and balance copper; forging the billet into a ring-shaped preform at a temperature of 750°C to 850°C, where forging includes press forging and piercing and/or punching; soaking the preform at a temperature of 815°C to 835°C; ring rolling the preform at a temperature of 750°C to 850°C to form a ring having a wall thickness, wherein the ring rolling reduces the wall thickness by at least 50%; solution annealing the ring at a temperature of 780°C to 800°C, immediately followed by quenching the ring; and heat treating the ring at a temperature of 385°C to 400°C. 1.6 wt% to 2.0 wt% beryllium, 1.8 wt% to 2.0 wt% beryllium, or 1.8 wt% to 1.9 wt% beryllium; 0.2 wt% to 0.6 wt% lead; optionally an amount of nickel, cobalt, and optionally iron such that the sum of (nickel+cobalt) is 0.2 wt% or higher, and the sum of (nickel+cobalt+iron) is 0.6 wt% or less; and balance copper; forging the billet into a ring-shaped preform at a temperature of 750°C to 850°C, where forging includes press forging and piercing and/or punching; soaking the preform at a temperature of 815°C to 835°C; ring rolling the preform at a temperature of 750°C to 850°C to form a ring having a wall thickness, wherein the ring rolling reduces the wall thickness by at least 50%; solution annealing the ring at a temperature of 780°C to 800°C, immediately followed by quenching the ring; and heat treating the ring at a temperature of 385°C to 400°C.
Radically polymerizable dental material, which comprises a combination of a thiourea derivative and a hydroperoxide as initiator system for the radical polymerization, characterized in that it comprises several cyclic and one or more acyclic thiourea derivatives.
A computer-implemented method for determining content visibility when a content item is included in a cross-domain iframe , comprising: determining a first estimate of a size of a webpage viewing area of a browser window associated with a browser including (i) reading, from inside the iframe , an outer bound for size of the browser window , (ii) performing a statistical analysis to determine an average size of one or more browser elements including determining a browser header size based on historical measurements that are gathered as statistical data, and (iii) subtracting from the size of the browser window the average size of the one or more browser elements ; determining a second estimate for a size of the content item for display in the webpage viewing area , including reading iframe inside measurements for the iframe from the browser; determining content item visibility including determining of a location of the content item relative to the webpage viewing area by reading a location of the browser window and, from inside the iframe , a location of the iframe in screen coordinates and calculating how much of the content item is visible by determining an area of overlap of two rectangles, the first rectangle defined by the location of the browser window and the estimate of the webpage viewing area , and the second rectangle defined by the location of the iframe and the size of the content item; and reporting information about the visibility of the content item to a content sponsor. determining a first estimate of a size of a webpage viewing area of a browser window associated with a browser including (i) reading, from inside the iframe , an outer bound for size of the browser window , (ii) performing a statistical analysis to determine an average size of one or more browser elements including determining a browser header size based on historical measurements that are gathered as statistical data, and (iii) subtracting from the size of the browser window the average size of the one or more browser elements ; determining a second estimate for a size of the content item for display in the webpage viewing area , including reading iframe inside measurements for the iframe from the browser; determining content item visibility including determining of a location of the content item relative to the webpage viewing area by reading a location of the browser window and, from inside the iframe , a location of the iframe in screen coordinates and calculating how much of the content item is visible by determining an area of overlap of two rectangles, the first rectangle defined by the location of the browser window and the estimate of the webpage viewing area , and the second rectangle defined by the location of the iframe and the size of the content item; and reporting information about the visibility of the content item to a content sponsor.