mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display ; and a processor configured to: identify a plurality of object treating courses meeting an input condition when at least one of a condition for an object treatment required time or a condition for an object treatment completion time is input, set a criterion based on each of the input conditions: "treatment required time", "washing effect" and "damage to the object", wherein the processor is configured to set the criterion by analyzing an object treating course whose choice frequency of the user is high among a plurality of object treating courses on the basis of the object treating course choice history of the user according to the input condition, and identify priorities of the plurality of object treating courses according to the set criterion, and control the display to provide a list in which information on the plurality of object treating courses is listed on the basis of the identified priorities, wherein object treatment is a process of washing or drying an object by at least one of a washing operation or a drying operation. a display ; and a processor configured to: identify a plurality of object treating courses meeting an input condition when at least one of a condition for an object treatment required time or a condition for an object treatment completion time is input, set a criterion based on each of the input conditions: "treatment required time", "washing effect" and "damage to the object", wherein the processor is configured to set the criterion by analyzing an object treating course whose choice frequency of the user is high among a plurality of object treating courses on the basis of the object treating course choice history of the user according to the input condition, and identify priorities of the plurality of object treating courses according to the set criterion, and control the display to provide a list in which information on the plurality of object treating courses is listed on the basis of the identified priorities, wherein object treatment is a process of washing or drying an object by at least one of a washing operation or a drying operation.
A haptic element comprising: a piezoelectric component comprising: a piezoelectric sheet ; a first electrode formed on a first face of the sheet ; and a second electrode having a first portion formed on a second face of the sheet and having a second portion formed on the first face of the sheet ; a flex comprising a first contact and a second contact , the flex positioned relative to the first face such that the first electrode and the first contact are electrically connected and the second electrode and the second contact are electrically connected; an anisotropic film bonding the first contact portion to the first electrode and connected to the second electrode ; and an encapsulation layer disposed over the piezoelectric component thereby enclosing the piezoelectric component against the flex . a piezoelectric sheet ; a first electrode formed on a first face of the sheet ; and a second electrode having a first portion formed on a second face of the sheet and having a second portion formed on the first face of the sheet ; a flex comprising a first contact and a second contact , the flex positioned relative to the first face such that the first electrode and the first contact are electrically connected and the second electrode and the second contact are electrically connected; an anisotropic film bonding the first contact portion to the first electrode and connected to the second electrode ; and an encapsulation layer disposed over the piezoelectric component thereby enclosing the piezoelectric component against the flex .
A method of performing coherent optical communication of quantum information between an emitter A and a distant receiver B connected by an optical channel, wherein emitter A comprises a laser LA and wherein receiver B comprises a laser LB used as a local local oscillator LLO to operate a coherent receiver, said method comprising the steps of: - at A, deriving phase-coherently one or two optical pulses from a same optical wavefront produced by the laser LA at cycle i, said pulses being self-coherent with the laser LA; - at A, encoding logical quantum information Qi and physical phase reference information Ri onto said one or two self-coherent optical pulses by using a coherent multiplexed encoding mechanism; - sending multiplexed Qi and Ri through the optical channel from A to B; - at B, measuring logical quantum information Qi and physical phase reference information Ri with a multiplexed coherent measurement with said one or two self-coherent pulses derived from a single optical wavefront produced by laser LB and used as local oscillators to perform a coherent detection, thereby obtaining classical measurements Qmi of Qi and Rmi of Ri - at B, determining the relative phase Phii at interference at cycle i between Qi optical pulse and corresponding LLO pulse by estimating the relative phase between Ri optical pulse and corresponding LLO pulse, - at B, determining logical quantum information Qi by correcting Qmi measurement using relative phase Phii estimation. - at A, deriving phase-coherently one or two optical pulses from a same optical wavefront produced by the laser LA at cycle i, said pulses being self-coherent with the laser LA; - at A, encoding logical quantum information Qi and physical phase reference information Ri onto said one or two self-coherent optical pulses by using a coherent multiplexed encoding mechanism; - sending multiplexed Qi and Ri through the optical channel from A to B; - at B, measuring logical quantum information Qi and physical phase reference information Ri with a multiplexed coherent measurement with said one or two self-coherent pulses derived from a single optical wavefront produced by laser LB and used as local oscillators to perform a coherent detection, thereby obtaining classical measurements Qmi of Qi and Rmi of Ri - at B, determining the relative phase Phii at interference at cycle i between Qi optical pulse and corresponding LLO pulse by estimating the relative phase between Ri optical pulse and corresponding LLO pulse, - at B, determining logical quantum information Qi by correcting Qmi measurement using relative phase Phii estimation.
A copolymer having a structural unit derived from a conjugated diene compound and a structural unit derived from an α-olefin having 3 to 8 carbon atoms, wherein the copolymer has a melting point within a temperature range of 0 to 10°C and has a fusion enthalpy of 5 J/g or more as measured on a differential scanning calorimeter under the following conditions: Conditions: cooling from 200°C to -150°C at a rate of 10°C/min; retaining at -150°C for 1 minute; and heating from -150°C to 200°C at a rate of 20°C/min. cooling from 200°C to -150°C at a rate of 10°C/min; retaining at -150°C for 1 minute; and heating from -150°C to 200°C at a rate of 20°C/min.
A crystal or crystal complex of formula I, wherein R is sodium, wherein the crystal or crystal complex exhibits diffraction peaks at 6.9°±0.2°, 14.7°±0.2°, 15.5°±0.2°, 16.5°±0.2°, 20.2°±0.2°, 22.9°±0.2°, and 23.7°±0.2° 2 θ in its X-ray powder diffraction (XRPD) pattern.
Arrangement for mounting a crane on a vehicle having a chassis , comprising: - a subframe which defines a longitudinal direction (L) of the arrangement and a width direction (B) perpendicular thereto and comprises two longitudinal beams which comprise in turn in each case a lateral portion and an upper flange and are configured to extend substantially along a longitudinal direction (L) of the vehicle ; - two crane side plates which are configured in each case to be connected to one of the longitudinal beams and, where applicable, the chassis and comprise at least two bracket pockets for mounting crane brackets of the crane ; wherein the lateral portions of the longitudinal beams of the subframe and the crane side plates comprise respective hole patterns by means of which a screwing of the crane side plates on the longitudinal beams at a plurality of positions is enabled; and - at least one cross beam for wedging the crane , which is provided for this purpose on its upper side with at least one groove , which is provided to receive at least one mating element provided on the crane ; wherein the upper flanges of the longitudinal beams of the subframe and the at least one cross beam comprise respective hole patterns , by means of which a screwing of the at least one cross beam on the longitudinal beams at a plurality of positions is enabled, characterised in that at least one of the crane side plates is formed in multiple parts, wherein each of the parts comprises at least one of the bracket pockets . - a subframe which defines a longitudinal direction (L) of the arrangement and a width direction (B) perpendicular thereto and comprises two longitudinal beams which comprise in turn in each case a lateral portion and an upper flange and are configured to extend substantially along a longitudinal direction (L) of the vehicle ; - two crane side plates which are configured in each case to be connected to one of the longitudinal beams and, where applicable, the chassis and comprise at least two bracket pockets for mounting crane brackets of the crane ; wherein the lateral portions of the longitudinal beams of the subframe and the crane side plates comprise respective hole patterns by means of which a screwing of the crane side plates on the longitudinal beams at a plurality of positions is enabled; and - at least one cross beam for wedging the crane , which is provided for this purpose on its upper side with at least one groove , which is provided to receive at least one mating element provided on the crane ; - at least one cross beam for wedging the crane , which is provided for this purpose on its upper side with at least one groove , which is provided to receive at least one mating element provided on the crane ; wherein the upper flanges of the longitudinal beams of the subframe and the at least one cross beam comprise respective hole patterns , by means of which a screwing of the at least one cross beam on the longitudinal beams at a plurality of positions is enabled, characterised in that at least one of the crane side plates is formed in multiple parts, wherein each of the parts comprises at least one of the bracket pockets .
A foldable, portable, electronic device comprising: a hinge mechanism for providing active control of a relative angle between two planar components , the hinge mechanism including: a relative angle detection mechanism usable to determine a relative angle between the two planar components; characterized in that the hinge mechanism further includes: two conductive components on opposite sides of a dielectric layer ; and a voltage controller that selectively applies a voltage to at least one of the two conductive components when the determined relative angle between the two planar components satisfies a predefined condition, the applied voltage creating an electrostatic force that restricts relative movement of the two conductive components and fixedly supports the two planar components at the determined relative angle of separation. a relative angle detection mechanism usable to determine a relative angle between the two planar components; characterized in that the hinge mechanism further includes: two conductive components on opposite sides of a dielectric layer ; and a voltage controller that selectively applies a voltage to at least one of the two conductive components when the determined relative angle between the two planar components satisfies a predefined condition, the applied voltage creating an electrostatic force that restricts relative movement of the two conductive components and fixedly supports the two planar components at the determined relative angle of separation. two conductive components on opposite sides of a dielectric layer ; and a voltage controller that selectively applies a voltage to at least one of the two conductive components when the determined relative angle between the two planar components satisfies a predefined condition, the applied voltage creating an electrostatic force that restricts relative movement of the two conductive components and fixedly supports the two planar components at the determined relative angle of separation.
A system for assessing candidate image series of a cyclically moving anatomical object for application of an image processing task, the system comprising: a classifier module comprising at least one machine learning algorithm, the machine learning algorithm being adapted to receive as input an image series of a cyclically moving object and to generate as an output at least one score, the score being representative of a predicted measure of success of a particular image processing task if it were to be applied to the image series; and a control module adapted to: receive a plurality of candidate image series of the cyclically moving anatomical object, supply each image series as an input to the classifier module to thereby obtain the at least one score for each of the plurality of image series, and identify a best subset of the plurality of image series for application of the image processing task based on the at least one score for each image series. a classifier module comprising at least one machine learning algorithm, the machine learning algorithm being adapted to receive as input an image series of a cyclically moving object and to generate as an output at least one score, the score being representative of a predicted measure of success of a particular image processing task if it were to be applied to the image series; and a control module adapted to: receive a plurality of candidate image series of the cyclically moving anatomical object, supply each image series as an input to the classifier module to thereby obtain the at least one score for each of the plurality of image series, and identify a best subset of the plurality of image series for application of the image processing task based on the at least one score for each image series. receive a plurality of candidate image series of the cyclically moving anatomical object, supply each image series as an input to the classifier module to thereby obtain the at least one score for each of the plurality of image series, and identify a best subset of the plurality of image series for application of the image processing task based on the at least one score for each image series.
A method for extending a population of target polynucleotides comprising: (i) incubating the target polynucleotides with adaptor template oligonucleotides (ATO) having (a) a 3' end with a blocker, which renders ATO non-extendible; (b) a 3' random sequence; (c) at least one uracil nucleotide; and (d) a universal sequence, 5' to the random sequence, wherein the target polynucleotides hybridise to the 3' random sequence of the ATO; (ii) performing a polymerase extension of the target polynucleotides using the ATO as a template, thereby producing extended target polynucleotides having a 3' universal sequence; (iii) treating with an enzyme having dU-glycosylase activity; and. (iv) generating a first complement sequence (CS) of the modified target polynucleotides, wherein generating the first CS comprises polymerase extension from the 3' universal sequence using the modified target polynucleotides as templates. (i) incubating the target polynucleotides with adaptor template oligonucleotides (ATO) having (a) a 3' end with a blocker, which renders ATO non-extendible; (b) a 3' random sequence; (c) at least one uracil nucleotide; and (d) a universal sequence, 5' to the random sequence, wherein the target polynucleotides hybridise to the 3' random sequence of the ATO; (a) a 3' end with a blocker, which renders ATO non-extendible; (b) a 3' random sequence; (c) at least one uracil nucleotide; and (d) a universal sequence, 5' to the random sequence, (ii) performing a polymerase extension of the target polynucleotides using the ATO as a template, thereby producing extended target polynucleotides having a 3' universal sequence; (iii) treating with an enzyme having dU-glycosylase activity; and. (iv) generating a first complement sequence (CS) of the modified target polynucleotides, wherein generating the first CS comprises polymerase extension from the 3' universal sequence using the modified target polynucleotides as templates.
An adjustable detachable handle for pans, comprising: an upper handle body , a lower handle body , an opening actuator , a locking rod , a connecting rod and a movable rake , wherein said movable rake is movably placed in a platform groove in the lower handle body , a rear end of the movable rake is connected to the lower handle body through an elastic member , a fixing part of the movable rake passes through a preserved passage within the platform groove and is connected with a rear part of the connecting rod , a front part of the locking rod is connected with a front part of the lower handle body , a middle part of the locking rod is connected with a front part of the connecting rod , characterized in that the opening actuator is equipped with a first pin and therefore rotatable, said opening actuator has an actuating end passing through an opening passage in the upper handle body , and a working end passing through a working passage in the movable rake , the working end of the opening actuator is so shaped as to touch against a sloping surface in a front part of the connecting rod ; the adjustable detachable handle is so configured that when a user pulls the actuating end of the opening actuator backwards, the opening actuator rotates around the first pin , and the working end of the opening actuator pushes the connecting rod and the locking rod downwards, which brings the locking rod a torque of clockwise rotation which breaks the closed state.
Radial-flow reactor in which the process stream that is to be treated flows radially, comprising a shroud , process-stream introduction means and effluent-outlet means , a process-stream distribution zone , possibly catalyst introduction legs , outer and inner screens allowing the process stream that is to be treated to circulate from an outer screen as far as an inner screen situated substantially at the centre of the reactor, or conversely from the inner screen towards the outer screen , which reactor further comprises at least one additional outer screen having a shape suited to that of the bottom of the reactor or the top of the reactor, said additional screen being situated in the continuation of the outer screen , wherein the surface of the inner screen comprises, in its upper part and/or its lower part, one or more pieces of solid plate, and a perforated plate comprising a zone having specific perforations different from that of the rest of the inner screen .
A light-emitting device , comprising: a semiconductor structure having an active region disposed between an n-type layer and a p-type layer; a transparent substrate formed above the semiconductor structure ; a wavelength conversion element formed above the transparent substrate ; an insulating side coating around the semiconductor structure ; and a reflective side coating around the wavelength conversion element and the transparent substrate , the reflective side coating being stacked over the insulating side coating , the reflective side coating having a top surface that is flush with a top surface of the wavelength conversion element ; wherein the wavelength conversion element extends over the transparent substrate such that an exposed portion of a bottom surface (410-1) and the side surfaces (410-2) of the wavelength conversion element is in contact with the reflective side coating . a semiconductor structure having an active region disposed between an n-type layer and a p-type layer; a transparent substrate formed above the semiconductor structure ; a wavelength conversion element formed above the transparent substrate ; an insulating side coating around the semiconductor structure ; and a reflective side coating around the wavelength conversion element and the transparent substrate , the reflective side coating being stacked over the insulating side coating , the reflective side coating having a top surface that is flush with a top surface of the wavelength conversion element ; wherein the wavelength conversion element extends over the transparent substrate such that an exposed portion of a bottom surface (410-1) and the side surfaces (410-2) of the wavelength conversion element is in contact with the reflective side coating .
Surfactant of formula (la) R 3 -O-(CH 2 -CH 2 -O) q -(CH 2 -CH(R 4 )-O) r -H (la) wherein R 3 is 2-propylheptyl, R 4 stands for methyl, q is 5, and r is the range of 6 to 18, wherein the ratio q/r is in the range of 5/18 to 5/6. R 3 is 2-propylheptyl, R 4 stands for methyl, q is 5, and r is the range of 6 to 18, wherein the ratio q/r is in the range of 5/18 to 5/6.
Energy control and recovery assembly, predisposed to be installed in a duct of a hydraulic network, in particular a water supply network, crossed by a fluid, thereby generating a corresponding hydraulic flow, comprising a centrifugal pump member with turbine operation, for at least partially converting the power of said hydraulic flow into mechanical power, said pump member comprising a fixed containment body , a shaft arranged along a longitudinal axis (A, A') inside said body and at least one hydraulic stage provided with an impeller mounted integrally to said shaft and a diffuser member shaped by said body , said fluid entering said at least one hydraulic stage through an inlet portion and outgoing from said hydraulic stage through an outlet portion , a generator member connected with said pump member , for converting the mechanical power converted by said pump member into electric power, and an adjustment device acting on said shaft , wherein said adjustment device comprises axial handling means for said at least one impeller , relatively to said body , a gap being obtained between said at least one impeller further to an axial displacement of said axial handling means and a portion of said body at said hydraulic stage so as to subtract a part of said hydraulic flow entering through said inlet portion from the crossing of said impeller , and so as to divert said subtracted part through said gap directly towards said outlet portion of said at least one hydraulic stage , for adjusting the parameters of said flow outgoing from said duct , said at least one impeller being axially mobile along said longitudinal axis (A, A') at least between an operative condition of maximum power conversion , at which said hydraulic flow entering said inlet portion entirely outflows through said impeller , a corresponding maximum quota of power of said hydraulic flow being converted, in this way, into mechanical power, and an operative condition of minimum power conversion , at which, further to said maximum axial displacement of said impeller , said gap intercepts, in a said maximum part or entirely, said hydraulic flow, a corresponding minimum quota of power of said hydraulic flow being converted, in this way, into mechanical power, said at least one impeller being axially mobile along said longitudinal axis (A, A') between said operative condition of maximum power conversion and said operative condition of minimum power conversion through intermediate operative conditions of power conversion, characterized in that said axial handling means are made up of contrast elastic or pneumatic or hydraulic means, for opposing the axial thrust exerted by said crossing hydraulic flow on said shaft integral to said at least one impeller .