mhurhangee/patent-ind-claim-en huggingface dataset:
A home appliance chiller device , comprising: a telescopic guiding unit , which is convertible at least from a fully contracted state to a fully extracted state and vice versa and which has at least one stationary guiding element ; and comprising a cover unit , which at least mostly covers the stationary guiding element at least in the fully extracted state, the cover unit comprising a first cover element and a second cover element , which are movably coupled to each other by the guiding unit , and characterized in that the first cover element has a cross section which is at least substantially spiral-shaped.
A tool system comprising: a portable tool including a driving unit , the driving unit being configured to operate with power supplied from a power source ; and an identification unit configured to identify, by a contactless method, a current work object, on which the tool is set in place, out of a plurality of work objects, the tool includes a tool-end control unit configured to perform a predetermined type of processing when finding the current work object, identified by the identification unit , not conforming to a reference working procedure in terms of a working process step for the current work object, the reference working procedure is a predefined working procedure, the working procedure refers to the order of working process steps to be performed on a single work object or a plurality of work objects during a working process, the working process referring to a series of working process steps to be done on the single work object or plurality of work objects. a portable tool including a driving unit , the driving unit being configured to operate with power supplied from a power source ; and an identification unit configured to identify, by a contactless method, a current work object, on which the tool is set in place, out of a plurality of work objects, the tool includes a tool-end control unit configured to perform a predetermined type of processing when finding the current work object, identified by the identification unit , not conforming to a reference working procedure in terms of a working process step for the current work object, the reference working procedure is a predefined working procedure, the working procedure refers to the order of working process steps to be performed on a single work object or a plurality of work objects during a working process, the working process referring to a series of working process steps to be done on the single work object or plurality of work objects.
Two-ply lid , the edge region of which is designed to be sealed to the edge of a container, having adhesive between the two plies, wherein the upper, outer layer has at least one line of weakness or intersection, through which a pull-tab is designed in said lid, characterised in that the adhesive is applied in at least two lateral regions of the lid surface and, in the region therebetween, a strip extending from the edge of the lid to the opposite edge of the lid is free from adhesive, and the line of weakness or intersection is provided either undulatingly or in a zig-zag formation in this region and extends from the edge to the opposite edge .
A system for data transmission and position determination, wherein the system comprises a first part and a second part, wherein the second part is movable relative to the first part, wherein the first part has a light guide radiating light laterally and a controllable light source , wherein the second part has at least one sensor arrangement for detection of the light intensity, characterised in that the first part has a grating for the coding of positional information, which is arranged between the sensor arrangement and the light guide, wherein the sensor arrangement is moved along the light guide upon movement of the second part relative to the first part, so that light radiated laterally from the light guide strikes the sensor arrangement, wherein the light radiated into the light guide is produced by the controllable light source, and the controllable light source is configured to modulate the intensity of the light radiated into the light guide according to a data flow produced by a data source.
Electromagnetic actuator for controlling an electrical contactor , this actuator comprising: - a fixed part including: - at least one coil for generating a magnetic field centred on a longitudinal axis (X2), - at least one core for concentrating the magnetic flux, this core being installed within the coil and provided with a plate for spreading the magnetic flux which defines an active surface (S464) perpendicular to the longitudinal axis, - at least one element for returning the magnetic flux, - a blade which is mobile in translation according to the longitudinal axis and relative to the fixed part, between a first position (P0) at a distance from the active surface and a second position (P1) close to this surface, under the effect of a force induced by the magnetic field, - at least one means for elastic return of the blade towards a predetermined position between the first position and the second position, characterised in that the spreading plate is provided with at least one rib for closing the magnetic field lines (L m ) between the spreading plate and the blade, this rib projecting relative to the active surface (S464) from the side of the blade and arranged at the level of an edge of the spreading plate, and in that the ratio between the height (H468) of the rib , measured parallel to the axis of translation (X2) of the blade , and the course (C) of the blade defined between its first and second positions (P0, PI), is between 0.1 and 1.5, preferably between 0.2 and 0.9. - a fixed part including: - at least one coil for generating a magnetic field centred on a longitudinal axis (X2), - at least one core for concentrating the magnetic flux, this core being installed within the coil and provided with a plate for spreading the magnetic flux which defines an active surface (S464) perpendicular to the longitudinal axis, - at least one element for returning the magnetic flux, - at least one coil for generating a magnetic field centred on a longitudinal axis (X2), - at least one core for concentrating the magnetic flux, this core being installed within the coil and provided with a plate for spreading the magnetic flux which defines an active surface (S464) perpendicular to the longitudinal axis, - at least one element for returning the magnetic flux, - a blade which is mobile in translation according to the longitudinal axis and relative to the fixed part, between a first position (P0) at a distance from the active surface and a second position (P1) close to this surface, under the effect of a force induced by the magnetic field, - at least one means for elastic return of the blade towards a predetermined position between the first position and the second position,
Filter element for an extractor hood for separating impurities from steam with an at least partially air-permeable filter body , wherein the filter body of the filter element consists of a first filter part with a flat base area and a second filter part with a flat base part , the filter parts are connected to one another in a releasable manner, at least one slot is introduced into the base areas of the filter parts in each case, each slot in the first filter part is arranged such that it is offset in relation to each slot in the second filter part , the filter element comprises a handle , by means of which the filter element can be introduced into a suction opening of an extractor hood and can be removed therefrom, the handle is arranged between the first filter part and the second filter part and is retained at least partially between the two filter parts and a connecting element, which serves to connect the two filter parts of the filter body, engages at the handle , characterised in that the handle at least partially serves to activate at least one fastening element, by means of which the filter element is fastened or retained in the suction opening.
A combustion device (C, D) which burns fuel ammonia in a combustor using combustion air, the combustion device comprising: a catalyst reduction unit which is configured to reduce nitrogen oxides in a combustion exhaust gas supplied from the combustor ; an ammonia supply unit which is configured to supply the fuel ammonia to the combustor and is configured to supply reducing ammonia to the catalyst reduction unit ; an ammonia supply passage through which the fuel ammonia is supplied to the combustor ; and a reducing agent supply passage through which the reducing ammonia is supplied to the catalyst reduction unit , wherein a pressure of the reducing ammonia is controlled by the ammonia supply unit such that the pressure of the reducing ammonia is lower than a pressure of the fuel ammonia, characterized by further comprising: an ammonia flow branch passage which branches from the ammonia supply passage , via which the ammonia supply passage communicates with the reducing agent supply passage , and through which at least a part of the fuel ammonia is supplied to the catalyst reduction unit as a reducing agent for the nitrogen oxides in the combustion exhaust gas. a catalyst reduction unit which is configured to reduce nitrogen oxides in a combustion exhaust gas supplied from the combustor ; an ammonia supply unit which is configured to supply the fuel ammonia to the combustor and is configured to supply reducing ammonia to the catalyst reduction unit ; an ammonia supply passage through which the fuel ammonia is supplied to the combustor ; and a reducing agent supply passage through which the reducing ammonia is supplied to the catalyst reduction unit , wherein a pressure of the reducing ammonia is controlled by the ammonia supply unit such that the pressure of the reducing ammonia is lower than a pressure of the fuel ammonia, characterized by further comprising: an ammonia flow branch passage which branches from the ammonia supply passage , via which the ammonia supply passage communicates with the reducing agent supply passage , and through which at least a part of the fuel ammonia is supplied to the catalyst reduction unit as a reducing agent for the nitrogen oxides in the combustion exhaust gas.
A method of analyzing solubility of asphaltenes of a hydrocarbon fluid sample, using a solvent fluid that dissolves asphaltenes and a precipitant fluid that precipitates asphaltenes and using optical spectroscopy, characterised in that the method comprises: i) performing micro fluidic mixing operations that form a mixture that includes the hydrocarbon fluid sample, the solvent fluid and the precipitant fluid; ii) using micro fluidic processes that result in precipitation of asphaltenes from the mixture resulting from i); iii) performing microfluidic filtering operations that remove precipitated asphaltenes from the mixture resulting from ii) while outputting permeate; iv) performing optical spectroscopy on the permeate resulting from iii), and v) repeating the operations of i) - iv) over a number of iterations that vary the amount of solvent fluid relative to the precipitant fluid in the mixture that results from i) and thereby cause varying fractional precipitation of asphaltenes during ii) of the iterations. i) performing micro fluidic mixing operations that form a mixture that includes the hydrocarbon fluid sample, the solvent fluid and the precipitant fluid; ii) using micro fluidic processes that result in precipitation of asphaltenes from the mixture resulting from i); iii) performing microfluidic filtering operations that remove precipitated asphaltenes from the mixture resulting from ii) while outputting permeate; iv) performing optical spectroscopy on the permeate resulting from iii), and v) repeating the operations of i) - iv) over a number of iterations that vary the amount of solvent fluid relative to the precipitant fluid in the mixture that results from i) and thereby cause varying fractional precipitation of asphaltenes during ii) of the iterations.
A method for producing a polymer by polymerization of a monomer comprising a conjugated diene compound and/or an aromatic vinyl compound by use of an organolithium compound as a polymerization initiator, comprising step of mixing an organolithium compound solution I in which the concentration of the organolithium compound is 5 to 50% by mass and a non-polar solvent in a pipe-system to provide an organolithium compound solution II, and step of feeding the organolithium compound solution II to the bottom of a polymerization tank, wherein at least one selected from the group consisting of the organolithium compound solution I, the organolithium compound solution II and the non-polar solvent is in the state of turbulent flow in step , said turbulent flow being characterized by a Reynolds number (Re) of 500000 or more.
A method for preparing superabsorbent polymer with improved anti-caking, comprising the steps of: a) introducing water, particles having i) a BET specific surface area of 300 to 1500 m 2 /g, ii) a porosity of 50% or more and iii) a particle size of 2 nm to 50 μm, multivalent metal salts, organic acid and polyhydric alcohol into superabsorbent polymer to prepare hydrated superabsorbent polymer; and b) aging the superabsorbent polymer prepared in the step a); wherein the step of aging is conducted at 26 to 95°C, the step of aging is conducted for 1 to 120 minutes; the particles are included in an amount of 0.0001 to 15 parts by weight based on 100 parts by weight of the superabsorbent polymer; the water is included in an amount of 0.1 to 20.0 parts by weight based on 100 parts by weight of the superabsorbent polymer and particles; the organic acid is included in an amount of 0.001 to 5.0 parts by weight based on 100 parts by weight of the superabsorbent polymer; and the polyhydric alcohol is included in an amount of 0.01 to 5.0 parts by weight based on 100 parts by weight of the superabsorbent polymer. a) introducing water, particles having i) a BET specific surface area of 300 to 1500 m 2 /g, ii) a porosity of 50% or more and iii) a particle size of 2 nm to 50 μm, multivalent metal salts, organic acid and polyhydric alcohol into superabsorbent polymer to prepare hydrated superabsorbent polymer; and b) aging the superabsorbent polymer prepared in the step a);
Motor vehicle comprising a sensor assembly for 360° detection of the surroundings of the motor vehicle , wherein the sensor assembly has multiple sensors of the same type, wherein each of the multiple sensors respectively has a specified detection region , and the sensors are distributed over the exterior of the motor vehicle such that the detection regions provide a complete detection region which covers a region of the surroundings in a complete angle around the motor vehicle at a specified distance from the motor vehicle , wherein the sensors are designed to detect the surroundings in their respective detection region as respective sensor data in respective successive synchronised time increments, wherein the sensor assembly has a pre-processing device which is configured in such a way that only the sensor data of the sensors of the same type for a respective same time increment are merged by the pre-processing device and a three-dimensional image , represented in a common database, of the region of the surroundings is generated from the merged sensor data, wherein at least two of the detection regions of the sensors overlap, whereby an overlap region is provided, characterised in that respective measurement uncertainties are provided for the sensor data as a function of an angular error with respect to a sensor main axis of the respective sensor, wherein the pre-processing device is designed to carry out a comparison of the sensor data detected by respective sensors in the overlap region , and wherein the pre-processing device is designed, on the basis of the comparison, - to carry out a sensor data correction, and to average, for the sensor data correction, the sensor data relating to a same local area of the surroundings and detected by two respective sensors , of the same type, with a weighting depending on their respective measurement uncertainties; and/or - to carry out a measurement uncertainty correction which assigns a measurement uncertainty, reduced compared to the measurement uncertainties provided, to sensor data detected redundantly in the overlap region ; or - to carry out a correction relating to an existence probability, which concerns the existence of objects in the surroundings , taking into account the correctable measurement uncertainties. - to carry out a sensor data correction, and to average, for the sensor data correction, the sensor data relating to a same local area of the surroundings and detected by two respective sensors , of the same type, with a weighting depending on their respective measurement uncertainties; and/or - to carry out a measurement uncertainty correction which assigns a measurement uncertainty, reduced compared to the measurement uncertainties provided, to sensor data detected redundantly in the overlap region ; or - to carry out a correction relating to an existence probability, which concerns the existence of objects in the surroundings , taking into account the correctable measurement uncertainties.
A wind turbine system comprising a plurality of wind turbines mounted to a common support structure , wherein each of the plurality of wind turbines includes a rotor and a power generation system driven by the rotor, wherein the wind turbine system further comprises: localised control means including a plurality of local control modules arranged to optimise the performance of a respective one of the plurality of wind turbines in line with a set of local control objectives, wherein each of the local control modules is operable to monitor the operation of the respective one of the plurality of wind turbines, and to issue local control commands thereto to achieve the set of local control objectives; centralised control means configured to monitor the operation of the wind turbine system and provide centralised control commands to the plurality of wind turbines in order to achieve a set of supervisory control objectives associated with at least two of the plurality of wind turbines, characterized in that the centralised control means is further arranged to determine the set of local control objectives and provide the local control objectives to the plurality of wind turbines. localised control means including a plurality of local control modules arranged to optimise the performance of a respective one of the plurality of wind turbines in line with a set of local control objectives, wherein each of the local control modules is operable to monitor the operation of the respective one of the plurality of wind turbines, and to issue local control commands thereto to achieve the set of local control objectives; centralised control means configured to monitor the operation of the wind turbine system and provide centralised control commands to the plurality of wind turbines in order to achieve a set of supervisory control objectives associated with at least two of the plurality of wind turbines, characterized in that the centralised control means is further arranged to determine the set of local control objectives and provide the local control objectives to the plurality of wind turbines.
A pipeline fastening assembly comprised of at least one fastening clip and at least one motor vehicle pipeline fixable or fixed to the fastening clip , wherein the motor vehicle pipeline has an outer surface made of plastic, which is weldable or welded with the fastening clip , characterized in that the fastening clip has at least one welding element , at least areas of which consist of a weldable plastic that is weldable or welded with the outer surface of the pipeline , and wherein the welding element is positively and/or non-positively and/or integrally-preferably positively and/or non-positively-fixable or fixed on the fastening clip .
A packaging film having a thickness of about 50 micrometers or less, the film containing a core layer that is positioned adjacent to an outer layer, wherein the core layer, the outer layer, or both are formed from a polymer composition, the polymer composition containing from about 70 wt.% to about 99 wt.% of an ethylene polymer, from about 0.1 wt.% to about 20 wt.% of a nanoclay having an organic surface treatment, and from 0.05 wt.% to about 15 wt.% of a polyolefin compatibilizer that contains an olefin component and a polar component; wherein the organic surface treatment includes a quaternary onium..
A quilting machine for fabrics characterised in that it comprises: - at least three pairs of drive rollers between which the fabric can pass, one pair of rollers , being the master pair and the rest being slave pairs of rollers , , , with respect to the master pair of rollers , , arranged in such a way that they generate a sewing area and a post-sewing area, with the sewing area being arranged before the master pair of rollers and the post-sewing area after the master pair of rollers, and each pair of rollers consists of two opposing rollers associated with a set of chains and sprockets allowing the rollers to rotate in opposite directions to one another, with each pair of drive rollers being linked to a servomotor with a variable speed drive and gear reducer which modifies the speed and degree of rotation of the rollers, - pneumatic cylinders associated with each of the pairs of drive rollers for varying the distance between paired rollers, - stabiliser bars linked to each of the pairs of drive rollers for maintaining paired rollers parallel to one another, - at least one independent sewing head arranged in the sewing area, - a controller associated with each of the variable speed drives and servomotors for controlling all of the pairs of drive rollers and the sewing head independently and simultaneously, varying the speed and degree of rotation of the slave pairs of rollers , , , based on the master pair of rollers , and exerting tension on the fabric in the sewing and post-sewing areas. - at least three pairs of drive rollers between which the fabric can pass, one pair of rollers , being the master pair and the rest being slave pairs of rollers , , , with respect to the master pair of rollers , , arranged in such a way that they generate a sewing area and a post-sewing area, with the sewing area being arranged before the master pair of rollers and the post-sewing area after the master pair of rollers, and each pair of rollers consists of two opposing rollers associated with a set of chains and sprockets allowing the rollers to rotate in opposite directions to one another, with each pair of drive rollers being linked to a servomotor with a variable speed drive and gear reducer which modifies the speed and degree of rotation of the rollers, - pneumatic cylinders associated with each of the pairs of drive rollers for varying the distance between paired rollers, - stabiliser bars linked to each of the pairs of drive rollers for maintaining paired rollers parallel to one another, - at least one independent sewing head arranged in the sewing area, - a controller associated with each of the variable speed drives and servomotors for controlling all of the pairs of drive rollers and the sewing head independently and simultaneously, varying the speed and degree of rotation of the slave pairs of rollers , , , based on the master pair of rollers , and exerting tension on the fabric in the sewing and post-sewing areas.