mhurhangee/patent-ind-claim-en huggingface dataset:
Method for adding compounds of enological interest to wine or its distillates, said compounds of enological interest including aromatic substances, tannins, polysaccharides present inside a solid matrix based on wood and/or other plant substance and also located at different depths in the thickness of said solid matrix , the method comprising the following steps: a) filling an extraction chamber with wine or its distillates to put them into contact with a filtering bag containing said solid matrix and therefore wood and/or other plant substances containing said compounds of enological interest; b) pressurizing said extraction chamber and making it function at an operating pressure comprised between 6 and 9 bar; c) depressurizing said extraction chamber , making it function at an operating pressure comprised between 1 and 1.5 bar and carrying out through said extraction chamber a continuous recirculation of the wine or its distillates; d) repeating in a cyclical manner the sequence of steps b) and c) for a total time comprised between 90 and 1,200 minutes; e) extracting from said extraction chamber a liquid current comprising wine or its distillates enriched with said compounds of enological interest including aromatic substances, tannins, polysaccharides. a) filling an extraction chamber with wine or its distillates to put them into contact with a filtering bag containing said solid matrix and therefore wood and/or other plant substances containing said compounds of enological interest; b) pressurizing said extraction chamber and making it function at an operating pressure comprised between 6 and 9 bar; c) depressurizing said extraction chamber , making it function at an operating pressure comprised between 1 and 1.5 bar and carrying out through said extraction chamber a continuous recirculation of the wine or its distillates; d) repeating in a cyclical manner the sequence of steps b) and c) for a total time comprised between 90 and 1,200 minutes; e) extracting from said extraction chamber a liquid current comprising wine or its distillates enriched with said compounds of enological interest including aromatic substances, tannins, polysaccharides.
A high temperature rolling element bearing , comprising: an inner ring ; an outer ring concentric with the inner ring; and a plurality of rolling elements captured between the inner ring and the outer ring; wherein at least one of the inner ring and the outer ring is composed a powder mixture consolidated into a coherent mass utilizing a spark plasma sintering process carried-out under process conditions creating a superalloy matrix substantially free of intermetallic phases, containing less than 1% porosity by volume, and throughout which hard wear particles are evenly distributed, wherein the superalloy matrix comprises a nickel-based superalloy, wherein the hard wear particles comprise ceramic particles, and wherein the ceramic particles have a mean diameter between 5 and 15 microns. an inner ring ; an outer ring concentric with the inner ring; and a plurality of rolling elements captured between the inner ring and the outer ring; wherein at least one of the inner ring and the outer ring is composed a powder mixture consolidated into a coherent mass utilizing a spark plasma sintering process carried-out under process conditions creating a superalloy matrix substantially free of intermetallic phases, containing less than 1% porosity by volume, and throughout which hard wear particles are evenly distributed, wherein the superalloy matrix comprises a nickel-based superalloy, wherein the hard wear particles comprise ceramic particles, and wherein the ceramic particles have a mean diameter between 5 and 15 microns.
A magnetic particle consisting of: a magnetic core; a zirconium oxide coating layer formed on the magnetic core; and a silver coating layer formed on the zirconium oxide coating layer, wherein the silver coating layer has a silver content of 10 to 20% by weight relative to a weight of the magnetic core, wherein the silver coating layer of the magnetic particle has a thickness of 50 to 110 nm, wherein a surface of the zirconium oxide coating layer of the magnetic particle is partially exposed to an outside, wherein the magnetic particle is configured to have a reflectance of 50 to 70% at a wavelength of 900 nm, characterised in that the magnetic core is AlNiCo. a magnetic core; a zirconium oxide coating layer formed on the magnetic core; and a silver coating layer formed on the zirconium oxide coating layer, wherein the silver coating layer has a silver content of 10 to 20% by weight relative to a weight of the magnetic core, wherein the silver coating layer of the magnetic particle has a thickness of 50 to 110 nm, wherein a surface of the zirconium oxide coating layer of the magnetic particle is partially exposed to an outside, wherein the magnetic particle is configured to have a reflectance of 50 to 70% at a wavelength of 900 nm, characterised in that the magnetic core is AlNiCo.
Electrical household appliance with a data transmission device, which comprises a controller for modulating an electrical power of the domestic appliance, wherein the controller is arranged to encode a wanted signal (f(t)) in a Direct Sequence CDMA method with a predetermined code sequence (c(t)) and to modulate the electrical power with the encoded signal, characterized in that the controller is configured to detect a switch-on process of an electrical consumer of the electrical household appliance and to transmit a wanted signal (f(t)) which contains information about the switch-on process, the controller being configured to transmit the wanted signal (f(t)) with the information about the switch-on process at a predetermined time interval after the switch-on process.
Method for treatment of an underwater surface and material removed from it at a cleaning site, in which method the underwater surface (S) is cleaned with a brush device , and effluent, containing solid matter removed by the brush device from the underwater surface in connection with the cleaning, is conveyed from the brush device via a discharge pipe to a treatment unit , which is provided with a separation device and a filtering device, wherein in a first step the solid matter contained in the effluent is separated from the effluent, characterized in that in the first step the solid matter is separated from the effluent in a form as unbroken as possible by screening by means of a screen structure of the treatment unit , whereby the effluent is collected into a basin-type element operating by an overflow principle so that the effluent flows over one edge of the basin-type element onto the screen structure which is arranged such that the effluent (JV) flows along and through the screen structure , after which, in a second step immediately following said first step, the effluent is precipitated by a precipitating device, wherein the effluent is conveyed through a precipitating agent along a flow section to an underlying filtering device , and after which, in a third step immediately following said second step, the effluent is filtered in the filtering device , and in which method the filtered effluent is discharged directly back to a body of water or to another clean water connection at the site of cleaning.
A method of preparing a superabsorbent polymer, the method comprising: A) performing crosslinking polymerization of water-soluble ethylene-based unsaturated monomers having acidic groups which are at least partially neutralized, in the presence of an internal crosslinking agent, to form a water-containing gel polymer including a crosslinked polymer; B) drying, pulverizing, and size-sorting the water-containing gel polymer to form a base polymer powder; C) performing surface-crosslinking of the base polymer powder by heat treatment in the presence of a surface crosslinking agent to form superabsorbent polymer particles; D) adding an aggregation inhibitor and water to the superabsorbent polymer particles; and E) evaporating the water; wherein the aggregation inhibitor includes a polycarboxylic acid-based copolymer, and wherein an aging process is performed at a temperature of 50 °C to 120 °C and a pressure of 100 mm H 2 O to less than 1500 mm H 2 O for 5 minutes to 2 hours, after adding water and the aggregation inhibitor. A) performing crosslinking polymerization of water-soluble ethylene-based unsaturated monomers having acidic groups which are at least partially neutralized, in the presence of an internal crosslinking agent, to form a water-containing gel polymer including a crosslinked polymer; B) drying, pulverizing, and size-sorting the water-containing gel polymer to form a base polymer powder; C) performing surface-crosslinking of the base polymer powder by heat treatment in the presence of a surface crosslinking agent to form superabsorbent polymer particles; D) adding an aggregation inhibitor and water to the superabsorbent polymer particles; and E) evaporating the water;
A removable shower cubicle adapted to be mounted or installed on or with a support, for example a bath or seating structure, comprising - a seating surface adapted to support a seated subject, - a back wall of the shower cubicle at least partially surrounding the rear and sides of the seating surface and extending upwards from the seat, wherein the removable shower cubicle is characterized by comprising - a drainage module , comprising a drainage surface , which is intended to form the floor of the shower cubicle, the drainage module being connected to the seating surface in such a way that a step is formed between the drainage surface and the seating surface in a deployed position of the drainage module. - a seating surface adapted to support a seated subject, - a back wall of the shower cubicle at least partially surrounding the rear and sides of the seating surface and extending upwards from the seat, wherein the removable shower cubicle is characterized by comprising - a drainage module , comprising a drainage surface , which is intended to form the floor of the shower cubicle, the drainage module being connected to the seating surface in such a way that a step is formed between the drainage surface and the seating surface in a deployed position of the drainage module.
A control circuit for a sensorless implantable blood pump configured to determine mitral valve regurgitation, comprising: processing circuitry configured to: generate an estimated blood flow waveform from the sensorless implanted blood pump ; generate an alert if between an end period of diastole and a beginning period of systole a measured amplitude of the estimated blood flow waveform does not include an inflection point. generate an estimated blood flow waveform from the sensorless implanted blood pump ; generate an alert if between an end period of diastole and a beginning period of systole a measured amplitude of the estimated blood flow waveform does not include an inflection point.
Optically variable security element for securing valuable objects, the surface extension of which defines a z-axis perpendicular thereto, comprising a polychromatic reflective surface region , - the multi-colored reflective surface region containing two relief structures which are arranged at different vertical levels in the z-direction and form a lower and an upper relief structure, - the lower relief structure being provided with a first color coating following the relief profile and the upper relief structure being provided with a second color coating following the relief profile, - a translucent colored structure being arranged at a vertical level between the two relief structures in the z-direction, - the two relief structures and the colored structure overlapping in an overlap region, and - the second color coating of the upper relief structure having at least one recess in the overlap region, in which the lower relief structure is visible with the combined color effect of the colored structure and the first color coating when the security element is viewed, characterized in that the colored structure is a colored planar structure , and the upper relief structure and/or the lower relief structure are formed by micromirror arrangements with directed micro mirrors. - the multi-colored reflective surface region containing two relief structures which are arranged at different vertical levels in the z-direction and form a lower and an upper relief structure, - the lower relief structure being provided with a first color coating following the relief profile and the upper relief structure being provided with a second color coating following the relief profile, - a translucent colored structure being arranged at a vertical level between the two relief structures in the z-direction, - the two relief structures and the colored structure overlapping in an overlap region, and - the second color coating of the upper relief structure having at least one recess in the overlap region, in which the lower relief structure is visible with the combined color effect of the colored structure and the first color coating when the security element is viewed,
An assembly comprising: a fixture ; and a plurality of vanes retained within the fixture ; the vanes forming separate stages for a gas turbine engine ; characterised in that it further comprises a plurality of inserts disposed between adjacent stages of said separate stages for a gas turbine engine , wherein each insert for each pair of adjacent stages includes a spring that exerts a force to said pair of adjacent stages , and the spring rates of each spring become progressively larger with each successive stage such that the plurality of vanes are progressively loaded with forces increasing in a same direction with respect to the fixture . a fixture ; and a plurality of vanes retained within the fixture ; the vanes forming separate stages for a gas turbine engine ; characterised in that it further comprises a plurality of inserts disposed between adjacent stages of said separate stages for a gas turbine engine , wherein each insert for each pair of adjacent stages includes a spring that exerts a force to said pair of adjacent stages , and the spring rates of each spring become progressively larger with each successive stage such that the plurality of vanes are progressively loaded with forces increasing in a same direction with respect to the fixture .
A method for controlling the flow of a purge gas through a spectrometer, comprising: flowing the gas through a volume of the spectrometer, the volume being a volume through which light from a sample passes along a first path to reach a first detector and the gas being transparent to the light in a spectral region analysed by the spectrometer; characterised in the steps of:-transmitting light from a light source along a second path through the gas to a second detector ; detecting an intensity of the light from the light source at the second detector at one or more wavelengths of the light; comparing the detected intensity of the light to a respective setpoint corresponding to a desired transmittance of the gas in the volume of the spectrometer and generating at least one error signal based on the comparison; and adjusting a flow rate of the gas through the volume of the spectrometer based on the error signal. flowing the gas through a volume of the spectrometer, the volume being a volume through which light from a sample passes along a first path to reach a first detector and the gas being transparent to the light in a spectral region analysed by the spectrometer; characterised in the steps of:-transmitting light from a light source along a second path through the gas to a second detector ; detecting an intensity of the light from the light source at the second detector at one or more wavelengths of the light; comparing the detected intensity of the light to a respective setpoint corresponding to a desired transmittance of the gas in the volume of the spectrometer and generating at least one error signal based on the comparison; and adjusting a flow rate of the gas through the volume of the spectrometer based on the error signal.
A method for determining the sealing of a pneumatic valve , the method comprising: detecting a position of a first magnet using at least one magneto-resistive (MR) sensor, wherein the first magnet is fixed to a housing cover of the pneumatic valve; comparing the detected position of the first magnet with a predetermined optimum position of the first magnet, wherein the optimum position is the position of the first magnet when there is a sufficient seal between the housing cover and a housing base of the pneumatic valve, wherein a gasket is positioned between the housing cover and the housing base; when the detected position is in a first direction from the optimum position, indicating that the housing cover is not properly attached to the housing base; when the detected position is in a second direction from the optimum position, indicating that the gasket is missing from between the housing cover and the housing base; when the detected position is not within a threshold of the optimum position of the first magnet, indicating an insufficient seal between the housing cover and the housing base. detecting a position of a first magnet using at least one magneto-resistive (MR) sensor, wherein the first magnet is fixed to a housing cover of the pneumatic valve; comparing the detected position of the first magnet with a predetermined optimum position of the first magnet, wherein the optimum position is the position of the first magnet when there is a sufficient seal between the housing cover and a housing base of the pneumatic valve, wherein a gasket is positioned between the housing cover and the housing base; when the detected position is in a first direction from the optimum position, indicating that the housing cover is not properly attached to the housing base; when the detected position is in a second direction from the optimum position, indicating that the gasket is missing from between the housing cover and the housing base; when the detected position is not within a threshold of the optimum position of the first magnet, indicating an insufficient seal between the housing cover and the housing base.
A lighting device, comprising an elongated body , a cover , and one or more light sources , wherein the body of the lighting device comprises a bottom and walls extending from the bottom and having open edges, the cover of the lighting device is formed from a light transmitting material tube, the cross-section of said cover is smooth and round or oval, and it is arranged between the open edges of said walls at a distance from the bottom , the one or more light sources being located in a space delimited by the body and the cover of the lighting device, wherein differing optical properties are formed in the tube used as the cover, in different parts of the cross-section of the tube, characterized in that : the body of the lighting device comprises at least one curved portion to provide a curved lighting device, in proximity to the open edges of the walls of the body , on the inner surfaces of the walls, there are recesses to receive the tube used as the cover , and wherein the light transmitting material tube is a light transmitting plastic material tube. the body of the lighting device comprises at least one curved portion to provide a curved lighting device, in proximity to the open edges of the walls of the body , on the inner surfaces of the walls, there are recesses to receive the tube used as the cover , and wherein the light transmitting material tube is a light transmitting plastic material tube.
Apparatus for making a goods sales offer, which comprises a server connected to the internet , an internet portal for goods offered for sale, a database connected to said server characterized in that in said server are stored codes of the goods offered for sale in said portal and at least access statistics of the users of the portal to the codes of the goods offered for sale in said portal , said apparatus further comprising an electronic processor connected to said server , a changing room delimiting a user stationing area , a monitor installed in said changing room and connected to the processor , at least two webcams having opposite frame views of said stationing area and connected to said processor , said first webcam being installed on a same wall of said room where said monitor is installed while said second webcam being installed on an opposite wall of said changing room , a reader of goods codes, installed in said changing room and connected to said processor , and automatic activating and deactivating means of a goods sales offer session on said monitor , said automatic activating deactivating means comprising said webcams which enable activation of the session when they detect a presence of users in the changing room and deactivation of the session when they detect an absence of users in the changing room , said monitor having a touch screen for receiving inputs from the users present in the changing room , said monitor further exhibiting at least a mirror mode in which it selectively displays in real-time the image captured by said first or second webcam and at least a display mode of goods offered for sale, said server having an interfacing program to interface with a mobile application installed in mobile electronic devices of users, said interfacing program being configured at least for acquisition of selfie photographs by means of said webcams and transmission thereof to said mobile electronic devices of said users, where the selfies photographs are received in/by the mobile application installed..
Method for displaying and processing safety-critical information for traffic management and control centres with at least one screen , in which a) a traffic signal is provided, wherein the traffic signal is provided as a sequence of successively recorded digital images, and b) the traffic signal is processed by a first application and displayed on a screen , wherein the first application occupies a predetermined screen area, c) at least one further application is provided which has a user interface that has or occupies a screen area that is identical to or overlaps with the first application , and d) the further application is superimposed on the first application , such that the user interface of the further application covers the first application , characterised in that e) the further application is designed to be transparent in at least one image area of the screen area it occupies, such that the respective traffic signal displayed by the first application is displayed, wherein a graphical user interface of the first application is displayed and can be operated. a) a traffic signal is provided, wherein the traffic signal is provided as a sequence of successively recorded digital images, and b) the traffic signal is processed by a first application and displayed on a screen , wherein the first application occupies a predetermined screen area, c) at least one further application is provided which has a user interface that has or occupies a screen area that is identical to or overlaps with the first application , and d) the further application is superimposed on the first application , such that the user interface of the further application covers the first application , characterised in that e) the further application is designed to be transparent in at least one image area of the screen area it occupies, such that the respective traffic signal displayed by the first application is displayed, wherein a graphical user interface of the first application is displayed and can be operated.