mhurhangee/ep-ind-claims huggingface dataset:
An electronic closure system with an electronic key, at least one electronic lock, a central data processing centre arranged remotely from the electronic lock and a communication device for transmitting to the central data processing centre at least one item of information (20; 22; 34) characteristic of the electronic lock and/or the user, wherein the electronic key comprises at least two contacts (324, 325, 326) for the transmittal of data and energy to the electronic lock and at least one input device provided at a housing of the electronic key and for entering an authorisation code, wherein the electronic key is programmable, by means of authorisation codes which can be entered by the input device, for the opening of different electronic locks, wherein the input device and the contacts (324, 325, 326) are arranged on different sides of the housing, wherein the input device is arranged at a front side of the housing and the contacts (324, 325, 326) are arranged on an opposite rear side of the housing and wherein the electronic key is provided with at least one rechargeable battery as a source of electrical voltage and with an electric voltage converter, by means of which a lower output voltage of the battery in the electronic key is converted into a higher operating voltage required by the electronic lock, and wherein the electronic key is provided with at least one magnet for the purposes of centring in cooperation with a corresponding counter-magnet at the electronic lock, wherein further the at least one electronic lock is provided with at least two concentrically-arranged mating contacts (164, 165, 166) and a magnetic centring arrangement, wherein the electronic lock is not constantly supplied with an operating voltage, wherein the central data processing centre is configured to check the transmitted information (20; 22; 34) and for a transmittal of an authorisation code to the user by means of the communication device in the case of a positive check of the information (20; 22; 34), and wherein, after an input of the authorisation code by the user by means of the input device in the accompanying electronic key by bringing into contact the electronic key and the electronic lock, a transmittal of data and energy from the electronic key to the electronic lock can effect an unlocking of the electronic lock.
A system for suppressing interference in WCDMA, comprising: an interference suppression module configured to iteratively determine an estimated interference; a first circuit configured to apply a first weight to an estimated signal at each iteration, wherein the first weight is non-constant over all iterations; and a second circuit configured to apply a second weight to a feedback signal at each iteration, wherein the second weight is non-constant over all iterations; wherein the interference suppression module is further configured to iteratively determine the estimated interference based on: b n + 1 = α n ⁢ R H ⁢ y - R ⁢ b n + β n ⁢ b n, wherein: α n is the first weight; β n is the second weight; b n represents the estimated signal at a prior iteration, i.e. the feedback signal; b n +1 represents the estimated signal at a current iteration; y represents a vector of received chip-level signals; and and R H represent matrices that provide an estimate of a symbol. an interference suppression module configured to iteratively determine an estimated interference; a first circuit configured to apply a first weight to an estimated signal at each iteration, wherein the first weight is non-constant over all iterations; and a second circuit configured to apply a second weight to a feedback signal at each iteration, wherein the second weight is non-constant over all iterations; wherein the interference suppression module is further configured to iteratively determine the estimated interference based on: b n + 1 = α n ⁢ R H ⁢ y - R ⁢ b n + β n ⁢ b n, wherein: α n is the first weight; β n is the second weight; b n represents the estimated signal at a prior iteration, i.e. the feedback signal; b n +1 represents the estimated signal at a current iteration; y represents a vector of received chip-level signals; and and R H represent matrices that provide an estimate of a symbol. α n is the first weight; β n is the second weight; b n represents the estimated signal at a prior iteration, i.e. the feedback signal; b n +1 represents the estimated signal at a current iteration; y represents a vector of received chip-level signals; and and R H represent matrices that provide an estimate of a symbol.
Position switch having a pivoting-lever drive which has a switching shaft mounted in an actuating head, said switching shaft switching an actuating element in order to move a plunger of a switching element arranged in a switch housing, and a switch head is fastened to the switch housing, the actuating head being fixable in a latching manner to said switch head in different angular positions, for which purpose the actuating head is connectable to the switch head via a toothed coupling, characterized in that the switch head and the actuating head have crown toothings (18, 19) which are fittable axially in one another and the teeth (20, 21) of which that are arranged circumferentially in a manner spaced apart from one another form first and second plane toothings (22, 23), and the teeth of the first plane toothing have tooth flanks that have a greater radial extent than the teeth of the second plane toothing.
An inhibitor of at least one tyrosine kinase selected from c-Kit, Lyn, Fyn, PDGFR, and CSF1R, or any combination thereof, for use in the treatment of patients suffering from amyotrophic lateral sclerosis having a progression of ALSFRS-R score before treatment initiation of less than 1.1 points per month.
An assembly for connecting a coverplate to a first rotor, said assembly comprising: a first rotor for use in a rotating gas turbine engine and configured to hold blades; a second rotor for use in a rotating gas turbine engine; a coverplate mounted to said first rotor; and a lock assembly preventing said coverplate from rotating circumferentially or moving axially away from said first rotor, wherein said lock assembly comprises: a first tab mounted to said first rotor, a cog mounted to said coverplate, said cog being axially aligned with said first tab; and a tooth preventing said first tab and said cog from being unaligned with each other; said tooth is attached to said second rotor, characterised in that said lock assembly is also configured to drive torque between said first rotor and said second rotor, and said second rotor is configured to hold blades. a first rotor for use in a rotating gas turbine engine and configured to hold blades; a second rotor for use in a rotating gas turbine engine; a coverplate mounted to said first rotor; and a lock assembly preventing said coverplate from rotating circumferentially or moving axially away from said first rotor, wherein said lock assembly comprises: a first tab mounted to said first rotor, a cog mounted to said coverplate, said cog being axially aligned with said first tab; and a tooth preventing said first tab and said cog from being unaligned with each other; said tooth is attached to said second rotor, characterised in that said lock assembly is also configured to drive torque between said first rotor and said second rotor, and said second rotor is configured to hold blades. a first tab mounted to said first rotor, a cog mounted to said coverplate, said cog being axially aligned with said first tab; and a tooth preventing said first tab and said cog from being unaligned with each other; said tooth is attached to said second rotor, characterised in that said lock assembly is also configured to drive torque between said first rotor and said second rotor, and said second rotor is configured to hold blades.
An inflatable apparatus for use in a bifurcated vessel having a main branch from which a side branch extends therefrom, comprising: a first balloon and a second balloon each having proximal (22;52) and distal (24;54) ends and proximal and distal portions; a conduit extending longitudinally through said first balloon from a first opening proximate the proximal end of said first balloon to a second opening disposed between said proximal and distal ends of said first balloon; characterised in that; said second balloon being arranged such that its proximal portion is accommodated within said conduit and its distal portion extends through the second opening; said first balloon being positionable within said main branch while the distal portion of said second balloon is positionable within said side branch such that when said first and second balloons are inflated, said first balloon expands radially in said main branch while the distal portion of said second balloon maintains registration with said side branch by expanding radially therein. a first balloon and a second balloon each having proximal (22;52) and distal (24;54) ends and proximal and distal portions; a conduit extending longitudinally through said first balloon from a first opening proximate the proximal end of said first balloon to a second opening disposed between said proximal and distal ends of said first balloon; characterised in that; said second balloon being arranged such that its proximal portion is accommodated within said conduit and its distal portion extends through the second opening; said first balloon being positionable within said main branch while the distal portion of said second balloon is positionable within said side branch such that when said first and second balloons are inflated, said first balloon expands radially in said main branch while the distal portion of said second balloon maintains registration with said side branch by expanding radially therein.
A hypopnea detection apparatus comprising: a controller having at least one processor arranged to access data representing a measured flow of breathable gas, the controller being further configured to: determine a first measure from a short-term variance of the data; determine a second measure from a long-term variance of the data; compare the first measure with first and second proportions of the second measure, wherein the first proportion is less than the second proportion; characterized in that the processor is further configured to indicate a detection of the hypopnea based on the comparison if the first measure falls below the first proportion and either (i) does not exceed the first proportion during a first time period or (ii) does not subsequently exceed a range of the first and second proportions during the first time period, and falls again below the first proportion. determine a first measure from a short-term variance of the data; determine a second measure from a long-term variance of the data; compare the first measure with first and second proportions of the second measure, wherein the first proportion is less than the second proportion; characterized in that the processor is further configured to indicate a detection of the hypopnea based on the comparison if the first measure falls below the first proportion and either (i) does not exceed the first proportion during a first time period or (ii) does not subsequently exceed a range of the first and second proportions during the first time period, and falls again below the first proportion. (i) does not exceed the first proportion during a first time period or (ii) does not subsequently exceed a range of the first and second proportions during the first time period, and falls again below the first proportion.
A method for measuring the flow rate (W HPTACC) of cooling air in a cooling air circuit of a casing of a high-pressure turbine of a turbomachine, characterized in that measurements are made at least - by a first sensor of pressure, disposed at a fan inlet of a fan of the turbomachine, of a total pressure at the fan inlet, - by a second sensor of pressure, disposed at an outlet of a high-pressure compressor of the turbomachine, of a static pressure at the outlet of the high-pressure compressor, - by a fifth sensor of rotational speed of a low-pressure shaft, of a rotational speed of the low-pressure shaft, - by a sixth sensor of rotational speed of a high-pressure shaft, of a rotational speed of the high-pressure shaft, - by a seventh sensor of the degree of opening of at least one valve of the cooling air circuit (HPTACC), of a degree of valve opening of the cooling air circuit, a computing unit computes the flow rate (W HPTACC) of cooling air as a function of at least the total pressure at the fan inlet, of the static pressure at the outlet of the high-pressure compressor, of the rotational speed of the low-pressure shaft, of the rotational speed of the high-pressure shaft and of the degree of valve opening of the cooling air circuit. measurements are made at least - by a first sensor of pressure, disposed at a fan inlet of a fan of the turbomachine, of a total pressure at the fan inlet, - by a second sensor of pressure, disposed at an outlet of a high-pressure compressor of the turbomachine, of a static pressure at the outlet of the high-pressure compressor, - by a fifth sensor of rotational speed of a low-pressure shaft, of a rotational speed of the low-pressure shaft, - by a sixth sensor of rotational speed of a high-pressure shaft, of a rotational speed of the high-pressure shaft, - by a seventh sensor of the degree of opening of at least one valve of the cooling air circuit (HPTACC), of a degree of valve opening of the cooling air circuit, - by a first sensor of pressure, disposed at a fan inlet of a fan of the turbomachine, of a total pressure at the fan inlet, - by a second sensor of pressure, disposed at an outlet of a high-pressure compressor of the turbomachine, of a static pressure at the outlet of the high-pressure compressor, - by a fifth sensor of rotational speed of a low-pressure shaft, of a rotational speed of the low-pressure shaft, - by a sixth sensor of rotational speed of a high-pressure shaft, of a rotational speed of the high-pressure shaft, - by a seventh sensor of the degree of opening of at least one valve of the cooling air circuit (HPTACC), of a degree of valve opening of the cooling air circuit, a computing unit computes the flow rate (W HPTACC) of cooling air as a function of at least the total pressure at the fan inlet, of the static pressure at the outlet of the high-pressure compressor, of the rotational speed of the low-pressure shaft, of the rotational speed of the high-pressure shaft and of the degree of valve opening of the cooling air circuit.
Method for producing a formulation containing at least one fragrance active ingredient, comprising the steps consisting in: a) mixing at least one HASE emulsion, at least one fragrance active ingredient, and water, said mixture having a pH greater than 5, preferentially 6, and very preferentially 7, b) precipitating the mixture obtained after step a) by adjusting the pH to a value less than 5, preferentially 3, in order to obtain a dispersion of solid particles in water, c) optionally isolating the solid particles obtained after step b) by eliminating the water. a) mixing at least one HASE emulsion, at least one fragrance active ingredient, and water, said mixture having a pH greater than 5, preferentially 6, and very preferentially 7, b) precipitating the mixture obtained after step a) by adjusting the pH to a value less than 5, preferentially 3, in order to obtain a dispersion of solid particles in water, c) optionally isolating the solid particles obtained after step b) by eliminating the water.
A data management method comprising: allocating (1210, 1320, 1430) an exclusive buffer (220, 350 - 390, 750 - 770) for an application based on request information associated with data requested by the application, wherein the buffer comprise a first buffer dedicated to storing first sensor data generated by a first sensor (210, 310, 320, 410, 420, 720, 730, 1120) and a second buffer dedicated to storing second sensor data generated by a second sensor (210, 310, 320, 410, 420, 720, 730, 1120); storing (1230, 1330,1440) sensor data corresponding to the request information in the buffer; synchronizing the first buffer and the second buffer; and transferring (1250, 1340, 1450) the sensor data stored in the buffer to the application in response to a cumulative amount of the sensor data in the buffer satisfying an amount of the data requested by the application, wherein the synchronizing comprises discarding data received in the first buffer until an amount of data corresponding to a preset ratio is stored in the second buffer after the amount of data corresponding to the preset ratio is stored in the first buffer, or wherein the synchronizing comprises storing data received in the first buffer in a spare buffer until an amount of data corresponding to a preset ratio is stored in the second buffer after the amount of data corresponding to the preset ratio is stored in the first buffer. allocating (1210, 1320, 1430) an exclusive buffer (220, 350 - 390, 750 - 770) for an application based on request information associated with data requested by the application, wherein the buffer comprise a first buffer dedicated to storing first sensor data generated by a first sensor (210, 310, 320, 410, 420, 720, 730, 1120) and a second buffer dedicated to storing second sensor data generated by a second sensor (210, 310, 320, 410, 420, 720, 730, 1120); storing (1230, 1330,1440) sensor data corresponding to the request information in the buffer; synchronizing the first buffer and the second buffer; and transferring (1250, 1340, 1450) the sensor data stored in the buffer to the application in response to a cumulative amount of the sensor data in the buffer satisfying an amount of the data requested by the application, wherein the synchronizing comprises discarding data received in the first buffer until an amount of data corresponding to a preset ratio is stored in the second buffer after the amount of data corresponding to the preset ratio is stored in the first buffer, or wherein the synchronizing comprises storing data received in the first buffer in a spare buffer until an amount of data corresponding to a preset ratio is stored in the second buffer after the amount of data corresponding to the preset ratio is stored in the first buffer.
An ophthalmic lens, comprising: an optic comprising an anterior surface, a posterior surface, and an optical axis, at least one of the anterior surface and the posterior surface comprising: a first zone extending from the optical axis to a first radial boundary; and a second zone extending from the first radial boundary to the edge of the optic; wherein: the first zone comprises an inner region and an outer region having a first curvature; and a phase shift feature separating the inner region and the outer region, the phase shift feature comprising a ridge extending outwardly from the inner region and the outer region, the ridge comprising a first phase shift step (Δ 1) extending outwardly from the inner region, and a second phase shift step (Δ 2) extending outwardly from the outer region. an optic comprising an anterior surface, a posterior surface, and an optical axis, at least one of the anterior surface and the posterior surface comprising: a first zone extending from the optical axis to a first radial boundary; and a second zone extending from the first radial boundary to the edge of the optic; a first zone extending from the optical axis to a first radial boundary; and a second zone extending from the first radial boundary to the edge of the optic; wherein: the first zone comprises an inner region and an outer region having a first curvature; and a phase shift feature separating the inner region and the outer region, the phase shift feature comprising a ridge extending outwardly from the inner region and the outer region, the ridge comprising a first phase shift step (Δ 1) extending outwardly from the inner region, and a second phase shift step (Δ 2) extending outwardly from the outer region. the first zone comprises an inner region and an outer region having a first curvature; and a phase shift feature separating the inner region and the outer region, the phase shift feature comprising a ridge extending outwardly from the inner region and the outer region, the ridge comprising a first phase shift step (Δ 1) extending outwardly from the inner region, and a second phase shift step (Δ 2) extending outwardly from the outer region.
A material flow regulator apparatus for regulating a material flow from a nozzle cartridge, the nozzle cartridge configures to selectively deposit a thermoplastic material when used in an additive manufacturing system, the apparatus comprising: a gas source manifold (213, 223), including a first gas outlet (211, 221) positioned in or adjacent to a build area of the additive manufacturing system, the first gas outlet (211, 221, 321, 421, 521) configured to selectively release a coolant gas (212, 222, 512, 612A, 612B, 612C, 612D), the selectively-released coolant gas having a temperature that is less than a flow threshold temperature of the thermoplastic material; and a positioning device (160, 170, 270, 370, 470) configured to position an extrusion tip (150, 250, 350, 450, 550, 651, 652) region of the nozzle cartridge adjacent to the first gas outlet (211, 221, 321, 421, 521) such that the selectively-released coolant gas (212, 222, 512, 612A, 612B, 612C, 612D) from the first gas outlet (211, 221, 321, 421, 521) contacts an un-deposited portion of the thermoplastic material (282, 382, 482, 582, 682, 683) that is present at the extrusion tip (150, 250, 350, 450, 550, 651, 652) region of the nozzle cartridge. a gas source manifold (213, 223), including a first gas outlet (211, 221) positioned in or adjacent to a build area of the additive manufacturing system, the first gas outlet (211, 221, 321, 421, 521) configured to selectively release a coolant gas (212, 222, 512, 612A, 612B, 612C, 612D), the selectively-released coolant gas having a temperature that is less than a flow threshold temperature of the thermoplastic material; and a positioning device (160, 170, 270, 370, 470) configured to position an extrusion tip (150, 250, 350, 450, 550, 651, 652) region of the nozzle cartridge adjacent to the first gas outlet (211, 221, 321, 421, 521) such that the selectively-released coolant gas (212, 222, 512, 612A, 612B, 612C, 612D) from the first gas outlet (211, 221, 321, 421, 521) contacts an un-deposited portion of the thermoplastic material (282, 382, 482, 582, 682, 683) that is present at the extrusion tip (150, 250, 350, 450, 550, 651, 652) region of the nozzle cartridge.
Motor vehicle door latch, with a locking mechanism, furthermore with an activation lever system (1, 2) with at least one activation lever and at least one coupling lever, and with at least one blocking element, which in normal operation makes a mechanical connection between the activation lever and the coupling lever and with occurring acceleration forces of a specified magnitude, for example in accident operation makes, a mechanical separation between the activation lever and the coupling lever, characterized in that additionally to the blocking element a locking element is provided which acts on an actuator element for the coupling lever in such a way that at least in accident operation the coupling lever is not only mechanically separated from the activation lever, but also assumes its "bolted" position in which oscillation movements of the activation lever are going idle in respect of the coupling lever.