mhurhangee/patent-ind-claim-en huggingface dataset:
An on-device method for enhancing user experience in an electronic device , the method comprising: monitoring , by the electronic device , a plurality of parameters associated with an operation of the electronic device , wherein the plurality of parameters associated with the operation of the electronic device is at least one of a device state, a device behavior and a user interaction on the electronic device ; identifying , by the electronic device , an anomaly of the electronic device based on the plurality of parameters associated with the operation of the electronic device; identifying , by the electronic device , a class of anomaly to which the anomaly of the electronic device belongs using a first on-device model, wherein the first on-device model is configured to determine possible classes of anomaly into which the identified anomaly of the electronic device can be classified and assign a probability score for the identified anomaly of the electronic device to each of the possible classes of anomaly; presenting , by the electronic device , at least one question associated with the identified class of anomaly to user of the electronic device using a second on-device model; receiving , by the electronic device , at least one user input for the at least one question, wherein the probability score assigned to each of the possible classes of anomaly is re-calibrated according to the at least user input; and performing , by the electronic device , at least one action for enhancing the user experience based on the at least one user input for the at least one question. monitoring , by the electronic device , a plurality of parameters associated with an operation of the electronic device , wherein the plurality of parameters associated with the operation of the electronic device is at least one of a device state, a device behavior and a user interaction on the electronic device ; identifying , by the electronic device , an anomaly of the electronic device based on the plurality of parameters associated with the operation of the electronic device; identifying , by the electronic device , a class of anomaly to which the anomaly of the electronic device belongs using a first on-device model, wherein the first on-device model is configured to determine possible classes of anomaly into which the identified anomaly of the electronic device can be classified and assign a probability score for the identified anomaly of the electronic device to each of the possible classes of anomaly; presenting , by the electronic device , at least one question associated with the identified class of anomaly to user of the electronic device using a second on-device model; receiving , by the electronic device , at least one user input for the at least one question, wherein the probability score assigned to each of the possible classes of anomaly is re-calibrated according to the at least user input; and performing , by the electronic device , at least one action for enhancing the user experience based on the at least one user input for the at least one question.
Filter device for a beverage and/or ice dispenser unit of a household cooling appliance , wherein the filter device is configured for filtering liquid, comprising: a carrier part for attaching the filter device to a component of the household cooling appliance , wherein the carrier part comprises a first wall , and the carrier part comprises a second wall , wherein the first wall of the carrier part and the second wall of the carrier part are arranged to be inclined towards each other, a cartridge head , which is configured for receiving a filter cartridge , characterized by a pivoting device , by which the cartridge head is arranged on the carrier part to be pivotable about a pivot axis (B), wherein the pivot axis (B) extends diagonally between the first wall and the second wall of the carrier part . a carrier part for attaching the filter device to a component of the household cooling appliance , wherein the carrier part comprises a first wall , and the carrier part comprises a second wall , wherein the first wall of the carrier part and the second wall of the carrier part are arranged to be inclined towards each other, a cartridge head , which is configured for receiving a filter cartridge , characterized by a pivoting device , by which the cartridge head is arranged on the carrier part to be pivotable about a pivot axis (B), wherein the pivot axis (B) extends diagonally between the first wall and the second wall of the carrier part .
A fabric comprising, in the fabric material, threads (11a1,12a1;13a1,14a1) of a material conducting electricity well, by means of which electromagnetic radiation and magnetic fields are filtered, the threads (11a1,12a1;13a1,14a1) are placed next to each other and wound around their winding axis (X1,X2;Y1,Y2) so that in the fabric a first thread (11a1, 13a1) is wound clockwise around a first winding axis (X1) thereby forming a first winding and a second thread (12a1, 14a1) next to it is wound counterclockwise around a second winding axis (X2) thereby forming a second winding, whereby the first winding and second winding put out magnetic field and the first winding axis (X1) is at a distance (D1) from the second winding axis (X2), and the threads comprise a material that conducts electricity well , characterised in that the winding axes (X1, Y1; X2, Y2) of the first thread (11a1, 13a1) and the second thread (12a1, 14a1) are parallel and at a distance (D1) from each other, which is 0.5 mm to 50 mm. the threads (11a1,12a1;13a1,14a1) are placed next to each other and wound around their winding axis (X1,X2;Y1,Y2) so that in the fabric a first thread (11a1, 13a1) is wound clockwise around a first winding axis (X1) thereby forming a first winding and a second thread (12a1, 14a1) next to it is wound counterclockwise around a second winding axis (X2) thereby forming a second winding, whereby the first winding and second winding put out magnetic field and the first winding axis (X1) is at a distance (D1) from the second winding axis (X2), and the threads comprise a material that conducts electricity well , characterised in that the winding axes (X1, Y1; X2, Y2) of the first thread (11a1, 13a1) and the second thread (12a1, 14a1) are parallel and at a distance (D1) from each other, which is 0.5 mm to 50 mm.
A system comprising: a shell configured to encapsulate at least a portion of a weight-bearing member, the shell having a first end portion and a second end portion; a reinforcing layer (140/145) within the shell, the reinforcing layer extending proximate the first end portion to proximate the second end portion of the shell; a first pocket adhered to the shell, the first pocket having an interior portion; characterized by : a second pocket adhered to the shell, the second pocket having an interior portion; and a laminate having a first end and a second end, the first end positioned within the interior portion of the first pocket, and the second end positioned within the interior portion of the second pocket, the first end adhered to the first pocket and the second end adhered to the second pocket, wherein the first pocket and the second pocket are positioned on the shell such that the laminate extends across the first end portion and the second end portion to provide continuity between two ends of the reinforcing layer. a shell configured to encapsulate at least a portion of a weight-bearing member, the shell having a first end portion and a second end portion; a reinforcing layer (140/145) within the shell, the reinforcing layer extending proximate the first end portion to proximate the second end portion of the shell; a first pocket adhered to the shell, the first pocket having an interior portion; characterized by : a second pocket adhered to the shell, the second pocket having an interior portion; and a laminate having a first end and a second end, the first end positioned within the interior portion of the first pocket, and the second end positioned within the interior portion of the second pocket, the first end adhered to the first pocket and the second end adhered to the second pocket, wherein the first pocket and the second pocket are positioned on the shell such that the laminate extends across the first end portion and the second end portion to provide continuity between two ends of the reinforcing layer.
A method of forming a refrigerator cabinet , comprising the steps: providing an inner liner ; providing an external wrapper , the wrapper defining at least one injection port and at least one vacuum port ; positioning the inner liner within the external wrapper such that a gap is defined between the inner liner and the external wrapper ; drawing a vacuum within the gap through the at least one vacuum port ; and injecting an insulator into the gap through the at least one injection port , said insulator comprising organic or inorganic spheres, wherein the step of drawing the vacuum through the at least one vacuum port and injecting the insulator into the gap through the at least one injection port are performed simultaneously and wherein the insulator is injected using a powder pump . providing an inner liner ; providing an external wrapper , the wrapper defining at least one injection port and at least one vacuum port ; positioning the inner liner within the external wrapper such that a gap is defined between the inner liner and the external wrapper ; drawing a vacuum within the gap through the at least one vacuum port ; and injecting an insulator into the gap through the at least one injection port , said insulator comprising organic or inorganic spheres, wherein the step of drawing the vacuum through the at least one vacuum port and injecting the insulator into the gap through the at least one injection port are performed simultaneously and wherein the insulator is injected using a powder pump .
A process to produce a crosslinked elastomer comprising: reacting alkyl- cis -cyclooctene and optionally cis -cyclooctene, in the presence of a difunctional chain transfer agent and/or a polyfunctional chain transfer agent under ring opening metathesis polymerization conditions to form an unsaturated polyolefin reactive telechelic pre-polymer; hydrogenating the unsaturated polyolefin reactive telechelic pre-polymer to produce a hydrogenated polyolefin reactive telechelic pre-polymer; and thermally crosslinking the hydrogenated polyolefin reactive telechelic pre-polymer with a polyfunctional compound which is reactive with the telechilic pre-polymer, optionally in the absence of a catalyst, to form a crosslinked elastomer, wherein the polyfunctional compound reactive with the telechilic pre-polymer is selected from polyamines and polyepoxides. reacting alkyl- cis -cyclooctene and optionally cis -cyclooctene, in the presence of a difunctional chain transfer agent and/or a polyfunctional chain transfer agent under ring opening metathesis polymerization conditions to form an unsaturated polyolefin reactive telechelic pre-polymer; hydrogenating the unsaturated polyolefin reactive telechelic pre-polymer to produce a hydrogenated polyolefin reactive telechelic pre-polymer; and thermally crosslinking the hydrogenated polyolefin reactive telechelic pre-polymer with a polyfunctional compound which is reactive with the telechilic pre-polymer, optionally in the absence of a catalyst, to form a crosslinked elastomer, wherein the polyfunctional compound reactive with the telechilic pre-polymer is selected from polyamines and polyepoxides.
A gear lever for a motor-vehicle gearbox comprising: - an elongated body , - an actuating member arranged on the elongated body of the gear lever - a controlled member , - a transmission member arranged within an inner passage of the body of the gear lever , operatively connected to said actuating member and configured to transmit the movement of the actuating member to the controlled member , - said transmission member comprising a plurality of spherical elements arranged in series within said inner passage of said elongated body , - the spherical elements having a diameter substantially corresponding to an inner diameter of the inner passage of said elongated body , - said gear lever being characterized in that the spherical elements are arranged in mutual contact within said elongated body along a main axis thereof. - an elongated body , - an actuating member arranged on the elongated body of the gear lever - a controlled member , - a transmission member arranged within an inner passage of the body of the gear lever , operatively connected to said actuating member and configured to transmit the movement of the actuating member to the controlled member , - said transmission member comprising a plurality of spherical elements arranged in series within said inner passage of said elongated body , - the spherical elements having a diameter substantially corresponding to an inner diameter of the inner passage of said elongated body , - said gear lever being characterized in that the spherical elements are arranged in mutual contact within said elongated body along a main axis thereof.
A washing machine having a weight sensing unit comprising: a cabinet forming an appearance; a tub disposed within the cabinet ; a spring installed between the tub and a frame of the cabinet ; and a weight sensing unit disposed on the frame of the cabinet , wherein the spring is coupled to the weight sensing unit , the weight sensing unit comprising: a case coupled to the frame of the cabinet ; a load cell supported with being received in the case ; and a pressure distributing member mounted on the load cell , and comprises a holding recess on which one end of the spring is held, wherein the holding recess and the one end of the spring have a point contact therebetween, wherein the holding recess has a curved surface recessed to have a predetermined curvature, wherein the one end of the spring has a circular section with a predetermined curvature, wherein the curvature of the curved surface of the holding recess is smaller than the curvature of the section of the one end of the spring , and wherein an extension line linking the lowest points of the curved surface is convex in an orthogonal direction to a direction that the curvature of the curved surface is formed. a cabinet forming an appearance; a tub disposed within the cabinet ; a spring installed between the tub and a frame of the cabinet ; and a weight sensing unit disposed on the frame of the cabinet , wherein the spring is coupled to the weight sensing unit , the weight sensing unit comprising: a case coupled to the frame of the cabinet ; a load cell supported with being received in the case ; and a pressure distributing member mounted on the load cell , and comprises a holding recess on which one end of the spring is held, a case coupled to the frame of the cabinet ; a load cell supported with being received in the case ; and a pressure distributing member mounted on the load cell , and comprises a holding recess on which one end of the spring is held, wherein the holding recess and the one end of the spring have a point contact therebetween, wherein the holding recess has a curved surface recessed to have a predetermined curvature, wherein the one end of the spring has a circular section with a predetermined curvature, wherein the curvature of the curved surface of the holding recess is smaller than the curvature of the section of the one end of the spring , and wherein an extension line linking the lowest points of the curved surface is convex in an orthogonal direction to a direction that the curvature of the curved surface is formed.
A LIDAR chip, comprising: multiple steering waveguides positioned on a base and each being configured to carry an output signal, the steering waveguides each terminating at a facet , the facets arranged such that output signals exit the chip through the facets and combine to form a LIDAR output signal; and phase tuners positioned on at least a portion of the steering waveguides and configured to tune a phase difference between the output signals on steering waveguides that are adjacent to one another; wherein the steering waveguides each includes a ridge of a light transmitting medium extending away from slab regions of the light transmitting medium that are located between the ridges; and wherein one of: a thickness (T, t) of the slab regions decreases as the slab regions approach the facets; and a portion of the slab region adjacent to the facets tapers vertically such that the thickness (T) of the slab regions increases as the slab regions approach the facets. multiple steering waveguides positioned on a base and each being configured to carry an output signal, the steering waveguides each terminating at a facet , the facets arranged such that output signals exit the chip through the facets and combine to form a LIDAR output signal; and phase tuners positioned on at least a portion of the steering waveguides and configured to tune a phase difference between the output signals on steering waveguides that are adjacent to one another; wherein the steering waveguides each includes a ridge of a light transmitting medium extending away from slab regions of the light transmitting medium that are located between the ridges; and wherein one of: a thickness (T, t) of the slab regions decreases as the slab regions approach the facets; and a portion of the slab region adjacent to the facets tapers vertically such that the thickness (T) of the slab regions increases as the slab regions approach the facets.
An accumulator comprising: a pressure vessel including a first section and a second section joined to each other via a joint portion formed by a weld line ; and a partition portion separating an interior space of the pressure vessel into a liquid chamber and a gas chamber so that a volume ratio between the liquid chamber and the gas chamber in the pressure vessel is variable, wherein the first section includes a thread portion for fastening the accumulator to a support member , wherein the second section includes an abutting portion disposed opposite to the thread portion across the joint portion in an axial direction of the thread portion and characterized in that the abutting portion is configured to abut on the support member such that compressive force due to axial force by the thread portion acts on the weld line when the accumulator is fastened to the support member. a pressure vessel including a first section and a second section joined to each other via a joint portion formed by a weld line ; and a partition portion separating an interior space of the pressure vessel into a liquid chamber and a gas chamber so that a volume ratio between the liquid chamber and the gas chamber in the pressure vessel is variable, wherein the first section includes a thread portion for fastening the accumulator to a support member , wherein the second section includes an abutting portion disposed opposite to the thread portion across the joint portion in an axial direction of the thread portion and characterized in that the abutting portion is configured to abut on the support member such that compressive force due to axial force by the thread portion acts on the weld line when the accumulator is fastened to the support member.
A lipid particle comprising a cationic lipid of formula I: or a pharmaceutically acceptable salt thereof.
Method for manufacturing a plurality of hot-rolled metal plates comprising the steps of re-heating a metal slab to a rolling temperature, rolling said metal slab in a reversing rolling mill to produce a metal plate having an intermediate thickness (hi), and shearing said metal plate to divide it into a first divided metal plate and at least a second divided metal plate , wherein said method comprises the steps of hot-rolling said first divided metal plate to a final thickness (h f ) in said reversing rolling mill , characterized in that said method also comprises the steps of transferring at least said second divided metal plate to a temperature-holding device to maintain it/them at a desired temperature while said first divided metal plate is rolled to said final thickness (h f ) in said reversing rolling mill , and transferring said second divided metal plate from said temperature-holding device to said reversing rolling mill once said first divided metal plate has been rolled to said final thickness (h f ), and rolling said second divided metal plate to a final thickness (h f ) in said reversing rolling mill .
A liquid crystalline polymer composition that comprises a thermotropic liquid crystalline polymer and a black pigment that includes a plurality of carbon black particles in an amount of from 1.5 wt.% to 6 wt.% of the polymer composition, wherein the carbon black particles have an average size ranging from 10 nm to 100 nm, wherein the composition defines a black surface that is characterized according to the CIELAB test by a L* value of 0 to 28, wherein L* = is a luminosity value ranging from 0 to 100, where 0 = black and 100 = white, wherein the carbon black particles contain polynuclear aromatic hydrocarbons in an amount of 1 part per million or less
A method for generating navigation routes , the method comprising: obtaining , by processing hardware , route data indicative of a plurality of routes between respective starting locations and destinations, previously traversed by a user; identifying , by the processing hardware using map data , route segments of a first type and at least one other type within the plurality of routes, to generate route segment data; determining , by the processing hardware using the route data and the route segment data, a quantitative metric to measure a trade-off between a first property of the route segments of the first type route and a second property of route segments of the at least one other type in selection of navigation routes by the user; receiving , by the processing hardware, an indication of a starting location and a destination from the user; and generating , by the processing hardware a navigation route between the starting location and the destination for the user, including applying the quantitative metric to constrain selections of route segments; characterized in that the method further comprises determining the quantitative metric includes determining an amount of time by which a first route the user travelled between a pair of locations differs from a second route the user travelled between the pair of locations, wherein the first route includes route segments of the first type and the second route includes route segments of the at least one other type. obtaining , by processing hardware , route data indicative of a plurality of routes between respective starting locations and destinations, previously traversed by a user; identifying , by the processing hardware using map data , route segments of a first type and at least one other type within the plurality of routes, to generate route segment data; determining , by the processing hardware using the route data and the route segment data, a quantitative metric to measure a trade-off between a first property of the route segments of the first type route and a second property of route segments of the at least one other type in selection of navigation routes by the user; receiving , by the processing hardware, an indication of a starting location and a destination from the user; and generating , by the processing hardware a navigation route between the starting location and the destination for the user, including applying the quantitative metric to constrain selections of route segments; characterized in that the method further comprises determining the quantitative metric includes determining an amount of time by which a first route the user travelled between a pair of locations differs from a second route the user travelled between the pair of locations, wherein the first route includes route segments of the first type and the second route includes route segments of the at least one other type.