mhurhangee/ep-ind-claims huggingface dataset:
An escapement mechanism arranged to transmit mechanical energy impulses from a driving source to a timepiece oscillating regulator by way of a leaf spring working in buckling mode around an inflexion point, said leaf spring being likely, by way of a winding lever and a detent lever, to accumulate the energy originating from the driving source during a winding phase, to then remain in a wound state during a locking phase, and to then restore the accumulated energy to said oscillating regulator during a detent phase, the winding lever being arranged to cooperate with at least one winding wheel (6, 7) so as to wind the leaf spring during winding phases, the winding wheel or each winding wheel (6, 7) having on a periphery a plurality of winding cams (61, 71), each defining a cam surface and the winding lever having at least one winding pin (35a, 35b) forming a cam follower in such a way that each winding pin (35a, 35b) slides on the cam surface (611, 711) of one of the winding cams (61, 71) during winding phases of the leaf spring, the mechanism additionally having a locking lever for the winding lever during locking phases at least, a mechanism in which the locking lever has two locking pallets (81, 82) arranged to cooperate with additional locking members (36a, 36b), in particular catches, on said winding lever, and characterized in that the at least one said winding wheel (6, 7) and said winding lever are arranged respectively in such a way that the winding wheel or each winding wheel (6, 7) is stopped by being wedged between a winding pin (35a, 35b) and a cam surface of a said winding cam (61, 71) and between a said locking pallet (81, 82) and a said additional locking member (36a, 36b) at the end of each winding phase and during the locking phases.
A User Equipment, UE, comprising: a control unit configured to initiate a Registration procedure; characterized by a transmission and reception unit configured to transmit, to an Access and Mobility Management Function, AMF, a Registration Request message including a first Local Area Data Network, LADN, Data Network Name, DNN, or an information of requesting LADN Information, in the Registration procedure. a control unit configured to initiate a Registration procedure; characterized by a transmission and reception unit configured to transmit, to an Access and Mobility Management Function, AMF, a Registration Request message including a first Local Area Data Network, LADN, Data Network Name, DNN, or an information of requesting LADN Information, in the Registration procedure.
A fluid damper comprising: a first chamber, the chamber dividable into a compression portion having a first fluid therein and a gas-filled compressible portion; a second chamber having a variable rheology fluid therein, the second chamber dividing the compression and compressible portions; wherein the second chamber is at least partially displaceable by and isolated from the first fluid and wherein movement of the second chamber causes a volume change in the compressible portion; wherein the damper includes a magnet disposed inside of the second chamber for selectively producing a magnetic field to bring about a change in the variable rheology fluid, the magnet at least partially surrounding an orifice through which the variable rheology fluid travels when the second chamber is displaced; characterized in that said magnet comprises a series of electromagnets placed axially adjacent the variable rheology fluid, so that, in use, various of the electromagnets are activated in series at various points in the stroke of the damper to provide a position dependent damping characteristic. a first chamber, the chamber dividable into a compression portion having a first fluid therein and a gas-filled compressible portion; a second chamber having a variable rheology fluid therein, the second chamber dividing the compression and compressible portions; wherein the second chamber is at least partially displaceable by and isolated from the first fluid and wherein movement of the second chamber causes a volume change in the compressible portion; wherein the damper includes a magnet disposed inside of the second chamber for selectively producing a magnetic field to bring about a change in the variable rheology fluid, the magnet at least partially surrounding an orifice through which the variable rheology fluid travels when the second chamber is displaced; characterized in that said magnet comprises a series of electromagnets placed axially adjacent the variable rheology fluid, so that, in use, various of the electromagnets are activated in series at various points in the stroke of the damper to provide a position dependent damping characteristic.
Planar textile substrate that has a coating comprising an adhesive activatable by water on an outer side, wherein the adhesive is an aqueous dispersion having the following composition: a) 1 to 30 wt.% of at least one modified starch, b) 10 to 60 wt.% of at least one dextrin; c) 0.1 to 10 wt.% of at least one modified cellulose; d) 0.1 to 20 wt.% of at least one compound selected from the group comprising polyvinyl acetates, ethylene vinyl acetates, polyacrylates, polyacrylamides, polymethacrylates, polyurethanes, polyvinylpyrrolidones and mixtures or corresponding copolymers thereof; and e) 0 to 30 wt.% of at least one additive; and f) 10 to 80 wt.% water wherein the components a) - f) add up to 100% by weight, characterized in that the textile substrate can be pulled off from a surface in the dried state after application to a surface. a) 1 to 30 wt.% of at least one modified starch, b) 10 to 60 wt.% of at least one dextrin; c) 0.1 to 10 wt.% of at least one modified cellulose; d) 0.1 to 20 wt.% of at least one compound selected from the group comprising polyvinyl acetates, ethylene vinyl acetates, polyacrylates, polyacrylamides, polymethacrylates, polyurethanes, polyvinylpyrrolidones and mixtures or corresponding copolymers thereof; and e) 0 to 30 wt.% of at least one additive; and f) 10 to 80 wt.% water
A flexible mountable RFID tag antenna comprising an RFID chip for storing data and an antenna structure operatively connected to the RFID chip for operating across RFID frequency band, wherein the RFID tag antenna is mounted on a dielectric substrate characterized in that the RFID tag antenna laterally overlaps the dielectric layer at one edge of the dielectric layer forming an overlapping part (4, 5, 6), whereas the overlapping part (4, 5, 6) of the RFID tag antenna forming an extended L-shaped antenna structure in its cross-sectional view and whereas the RFID tag antenna is suitable to be attachable to a conductive layer.
A power plant early warning device employing a multiple prediction model, the device comprising: a multiple prediction model comprising a plurality of prediction models (210, 220) which receives information on operating states of equipment of a power plant and outputs prediction values and reliabilities of the prediction values; a reliability analysis module for calculating a final prediction value; a comparison module which compares the final prediction value with an actual measurement value and outputs a residual; and a determination module which analyzes the residual and determines whether there are defects in the operating states of the equipment of the power plant, characterized in that calculating the final prediction value by the reliability analysis module comprises: quantifying and analyzing the reliabilities output from the multiple prediction model to determine ranks of the plurality of prediction models (210, 220) included in the multiple prediction model, and calculating the final prediction value, by using prediction values output by the multiple prediction model weighted according to the ranks determined of the plurality of prediction models (210, 220). a multiple prediction model comprising a plurality of prediction models (210, 220) which receives information on operating states of equipment of a power plant and outputs prediction values and reliabilities of the prediction values; a reliability analysis module for calculating a final prediction value; a comparison module which compares the final prediction value with an actual measurement value and outputs a residual; and a determination module which analyzes the residual and determines whether there are defects in the operating states of the equipment of the power plant, characterized in that calculating the final prediction value by the reliability analysis module comprises: quantifying and analyzing the reliabilities output from the multiple prediction model to determine ranks of the plurality of prediction models (210, 220) included in the multiple prediction model, and calculating the final prediction value, by using prediction values output by the multiple prediction model weighted according to the ranks determined of the plurality of prediction models (210, 220). quantifying and analyzing the reliabilities output from the multiple prediction model to determine ranks of the plurality of prediction models (210, 220) included in the multiple prediction model, and calculating the final prediction value, by using prediction values output by the multiple prediction model weighted according to the ranks determined of the plurality of prediction models (210, 220).
A tissue fastener, comprising: an elongated filament (202, 302, 402) having a leading end (288, 388, 488) and a trailing end (286, 386, 486); a needle guide (288, 388, 488) disposed on the leading end, wherein the needle guide is configured to be engaged by a needle during deployment and configured to facilitate advancement of the needle guide through at least one of a tissue and a prosthetic material and comprising means for resisting retraction of the needle guide; and a retention member (206, 306, 406) disposed on the trailing end, the retention member being configured to resist advancement through at least one of the tissue and the prosthetic material characterised in that the needle guide is shaped into one of a loop, a circle, an ellipse and an oval an elongated filament (202, 302, 402) having a leading end (288, 388, 488) and a trailing end (286, 386, 486); a needle guide (288, 388, 488) disposed on the leading end, wherein the needle guide is configured to be engaged by a needle during deployment and configured to facilitate advancement of the needle guide through at least one of a tissue and a prosthetic material and comprising means for resisting retraction of the needle guide; and a retention member (206, 306, 406) disposed on the trailing end, the retention member being configured to resist advancement through at least one of the tissue and the prosthetic material characterised in that the needle guide is shaped into one of a loop, a circle, an ellipse and an oval
An apparatus comprising: means for computing a profile (102, 106) of a blood glucose concentration of a patient based, at least in part, on a probability distribution function of a plurality of observations of said blood glucose concentration; means for applying a cost or loss function (104, 108) to said computed profile to compute a metric representative of a glycemic health of the patient, said cost or loss function being based, at least in part, on a log-square metric, wherein the means for applying the cost or loss function includes means for a convolution of the cost or loss function and the profile; means for affecting a therapy applied to said patient based, at least in part, on said computed metric, wherein said log-square metric has the form g x = log x G c 2; and means for selecting the parameter G c according to an optimization to balance one or more Spearman rank coefficients with one or more hypoglycemic-biased metrics and one or more hyperglycemic-biased metrics. means for computing a profile (102, 106) of a blood glucose concentration of a patient based, at least in part, on a probability distribution function of a plurality of observations of said blood glucose concentration; means for applying a cost or loss function (104, 108) to said computed profile to compute a metric representative of a glycemic health of the patient, said cost or loss function being based, at least in part, on a log-square metric, wherein the means for applying the cost or loss function includes means for a convolution of the cost or loss function and the profile; means for affecting a therapy applied to said patient based, at least in part, on said computed metric, wherein said log-square metric has the form g x = log x G c 2; and means for selecting the parameter G c according to an optimization to balance one or more Spearman rank coefficients with one or more hypoglycemic-biased metrics and one or more hyperglycemic-biased metrics.
Filtering hood for kitchens and the like, comprising - a box body comprising a suction inlet, - a suction unit for sucking a fluid from said suction inlet, the suction unit comprising a centrifugal fan adapted to suck said fluid from said suction inlet and to expel it through a lateral surface; - a filtering unit for filtering the fluid expelled through the lateral surface of the suction unit and for retaining impurities of the said expelled fluid, the filtering unit being arranged along a curved portion provided with concavity facing the lateral surface of said suction unit, characterized in that said curved portion comprises a duct for conveying the fluid expelled through the lateral surface of said suction unit towards an outlet opening formed on the box body, wherein said duct comprises a first portion that comprises a side wall and a second portion that comprises at least a perforated panel to allow fluid to run through. - a box body comprising a suction inlet, - a suction unit for sucking a fluid from said suction inlet, the suction unit comprising a centrifugal fan adapted to suck said fluid from said suction inlet and to expel it through a lateral surface; - a filtering unit for filtering the fluid expelled through the lateral surface of the suction unit and for retaining impurities of the said expelled fluid, the filtering unit being arranged along a curved portion provided with concavity facing the lateral surface of said suction unit,
A method of encoding a frame counter used in communication between a sender and a receiver, the frame counter having a first component representing a compressed frame counter and a second component representing a sequence counter, the method comprising the steps of: a) maintaining said sequence counter and said frame counter at the sender; b) establishing an updated value of the frame counter in a direction of counting from a current value of the frame counter that is congruent to a value of the sequence counter modulo a size of the sequence counter; and c) computing an encoded value of the frame counter by removing from the frame counter a component equal to a value of the sequence counter such that the updated value of the frame counter is uniquely recovered from the encoded value of the frame counter and said sequence counter. a) maintaining said sequence counter and said frame counter at the sender; b) establishing an updated value of the frame counter in a direction of counting from a current value of the frame counter that is congruent to a value of the sequence counter modulo a size of the sequence counter; and c) computing an encoded value of the frame counter by removing from the frame counter a component equal to a value of the sequence counter such that the updated value of the frame counter is uniquely recovered from the encoded value of the frame counter and said sequence counter.
A computer-implemented method for distributing a file by email from a mobile device, the method comprising: composing an email on the mobile device; receiving a user selection of a file to be attached to the email, the selection being made from an off-line snapshot of a remote file system in which the file is located; embedding a link corresponding to the location of the file in the remote file system into the email; placing the email with the link in a queue on the mobile device; in response to the remote file system becoming available to the mobile device, attaching the file located at the specified location to the email; and sending the email. composing an email on the mobile device; receiving a user selection of a file to be attached to the email, the selection being made from an off-line snapshot of a remote file system in which the file is located; embedding a link corresponding to the location of the file in the remote file system into the email; placing the email with the link in a queue on the mobile device; in response to the remote file system becoming available to the mobile device, attaching the file located at the specified location to the email; and sending the email.
A balancer for tools, comprising a rotating winding and unwinding drum for a cable, configured with a free end for supporting a tool, and a spring, wound around the main axis of rotation of said drum and integral with a terminal portion with said drum, in order to generate an elastic reaction, as a consequence of the unwinding of said cable and of the consequent rotation of said drum, adapted to facilitate the rewinding of said cable, said balancer comprising an element for braking said drum, which is adapted to generate a resisting moment which acts even indirectly on said drum to contrast the rewinding stroke of said cable, characterized in that said element is an electric motor, which is connected even indirectly, with its rotor, to said drum, said resisting moment being constituted by the mechanical moment generated by said motor, and in that the balancer further comprises a respective electronic unit being associated with said element and being provided with a module for the control and adjustment of the intensity of said resisting moment generated by said element.
Luffing jib tower crane, comprising a tower and a jib connected to a section of the tower via a joint, wherein the jib and the section of the tower connected thereto are rotatable around the vertical axis by means of at least one slewing means, characterized in that the luffing jib tower crane has: at least one measuring device which measures the wind direction and the wind strength at least during the out-of-service state of the luffing jib tower crane, and a control device to which the measured values are transmitted and which, upon exceeding a predefined measured value for wind strength, initiates a rotation of the jib by means of the slewing means into the wind direction measured.
Agricultural machine for forage harvesting, in particular a haymaking machine for forage windrowing, including a frame supporting at least one work unit able to occupy a work position in which the work unit can pick up plants lying on the ground and shift them sideways, a side deflector being connected to the frame by a connecting device allowing the deflector to occupy an operation position relative to the work unit, in which the deflector cooperates with the work unit so as to receive a flow of plants shifted sideways by the work unit to form a windrow, characterized in that the connecting device is designed so that, while the machine moves in a direction and the work unit is in the work position, the deflector is allowed to perform at least a movement relative to the work unit from the operation position, longitudinally in a direction opposite the said movement direction of the machine, when a resultant of a force exerted on the deflector exceeds a determined threshold.
A smoking device comprising: a smoking chamber housing a raw material of a smoked food product; a smoke generating chamber disposed below the smoking chamber; a smoking heating unit configured to generate smoke in the smoke generating chamber by heating a smoking material housed in the smoke generating chamber; a communication path communicating the smoking chamber with the smoke generating chamber; a cooling unit configured to cool smoke passing through the communication path; characterized by: a fermentation bacteria injecting unit (36; 38) configured to inject fermentation bacteria into the smoking chamber; and a controller configured to control the fermentation bacteria injecting unit (36; 38) and the smoking heating unit, wherein the controller is configured to cause the fermentation bacteria injecting unit (36; 38) to inject fermentation bacteria into the smoking chamber, and the smoking heating unit to generate smoke in the smoking chamber after a predetermined wait time has elapsed since completion of the injection. a smoking chamber housing a raw material of a smoked food product; a smoke generating chamber disposed below the smoking chamber; a smoking heating unit configured to generate smoke in the smoke generating chamber by heating a smoking material housed in the smoke generating chamber; a communication path communicating the smoking chamber with the smoke generating chamber; a cooling unit configured to cool smoke passing through the communication path; characterized by: a fermentation bacteria injecting unit (36; 38) configured to inject fermentation bacteria into the smoking chamber; and a controller configured to control the fermentation bacteria injecting unit (36; 38) and the smoking heating unit, wherein the controller is configured to cause the fermentation bacteria injecting unit (36; 38) to inject fermentation bacteria into the smoking chamber, and the smoking heating unit to generate smoke in the smoking chamber after a predetermined wait time has elapsed since completion of the injection. a fermentation bacteria injecting unit (36; 38) configured to inject fermentation bacteria into the smoking chamber; and a controller configured to control the fermentation bacteria injecting unit (36; 38) and the smoking heating unit, wherein the controller is configured to cause the fermentation bacteria injecting unit (36; 38) to inject fermentation bacteria into the smoking chamber, and the smoking heating unit to generate smoke in the smoking chamber after a predetermined wait time has elapsed since completion of the injection.