mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating an element (p) of a cryptographic key, said method being implemented by an electronic entity , said cryptographic key also comprising a public exponent (e), wherein: - the method comprises applying successive iterations until at least the highest common denominator of the difference between a variable (Y) and 1 and of the public exponent (e) is equal to 1, wherein - each iteration comprises determining a plurality of modular remainders (r i ) which are each associated with a prime number (p i ) in a database (B) of a plurality of prime numbers (p i ), said modular remainders (r i ) being respectively equal to the remainder of the variable (Y) modulo said associated prime number (p i ), and wherein - the generated element (p) is the value of the variable (Y) during the last iteration, characterized in that : - the method comprises, prior to the successive iterations, determining the prime numbers (p k ) in the database (B) which are factors of the public exponent (e), and in that - the method bypasses a step of computing the highest common denominator of the difference between the variable (Y) and 1 and of the public exponent (e) when, during one of said iterations, at least one of the plurality of modular remainders (r k ) which are associated with said determined prime numbers (p k ) is equal to 1. - the method comprises applying successive iterations until at least the highest common denominator of the difference between a variable (Y) and 1 and of the public exponent (e) is equal to 1, wherein - each iteration comprises determining a plurality of modular remainders (r i ) which are each associated with a prime number (p i ) in a database (B) of a plurality of prime numbers (p i ), said modular remainders (r i ) being respectively equal to the remainder of the variable (Y) modulo said associated prime number (p i ), and wherein - the generated element (p) is the value of the variable (Y) during the last iteration, - the method comprises, prior to the successive iterations, determining the prime numbers (p k ) in the database (B) which are factors of the public exponent (e), and in that - the method bypasses a step of computing the highest common denominator of the difference between the variable (Y) and 1 and of the public exponent (e) when, during one of said iterations, at least one of the plurality of modular remainders (r k ) which are associated with said determined prime numbers (p k ) is equal to 1.
Method for producing a metering valve for a fluid, in particular for a liquid and/or gaseous fuel, comprising a preferably plate-shaped valve seat element with at least one throughflow opening for the liquid and/or gaseous fuel, a valve head which can be moved with a reciprocating movement and interacts in a sealing manner with the valve seat element for releasing and closing the at least one throughflow opening , and a stroke stop element with an annular stroke stop face for limiting the stroke of the valve head , characterized in that the stroke stop element is prestressed axially in the direction of a stroke setting ring which surrounds the valve head , and the axial prestressing force is changed for the precision setting of the stroke of the valve head , the stroke stop element being deformed.
A method , comprising: receiving , by one or more processors, power measurements for a plurality of machines in a datacenter, the plurality of machines executing one or more tasks; identifying power limitations for the plurality of machines, including identifying a first threshold and identifying a second threshold higher than the first threshold; comparing , by the one or more processors, the received power measurements against the power limitations for the plurality of machines; determining , based on the comparison, whether to reduce power consumed by the plurality of machines, comprising determining whether the received power measurements meet or exceed the second threshold; and commanding , by the one or more processors when the received power measurements meet or exceed the second threshold, the plurality of machines to operate in accordance with one or more restrictions to reduce power consumption by a first predetermined percentage such that the power consumption of the plurality of machines based on this percentage decreases below the first threshold; determining whether the received power measurements exceed the first threshold during a predetermined period of time after the second threshold has been met or exceeded; and when the first threshold is met or exceeded during the predetermined period of time, commanding the plurality of machines to reduce power by a second predetermined percentage that is lower than the first percentage, such that the power consumption of the plurality of machines again falls below the first threshold. receiving , by one or more processors, power measurements for a plurality of machines in a datacenter, the plurality of machines executing one or more tasks; identifying power limitations for the plurality of machines, including identifying a first threshold and identifying a second threshold higher than the first threshold; comparing , by the one or more processors, the received power measurements against the power limitations for the plurality of machines; determining , based on the comparison, whether to reduce power consumed by the plurality of machines, comprising determining whether the received power measurements meet or exceed the second threshold; and commanding , by the one or more processors when the received power measurements meet or exceed the second threshold, the plurality of machines to operate in accordance with one or more restrictions to reduce power consumption by a first predetermined percentage such that the power consumption of the plurality of machines based on this percentage decreases below the first threshold; determining whether the received power measurements exceed the first threshold during a predetermined period of time after the second threshold has been met or exceeded; and when the first threshold is met or exceeded during the predetermined period of time, commanding the plurality of machines to reduce power by a second predetermined percentage that is lower than the first percentage, such that the power consumption of the plurality of machines again falls below the first threshold.
A slip distance change detection device in a driveshaft having a movable element and a stationary element associated with a telescopic approach which enables the change of a length of the driveshaft by a shaft-sleeve relationship between the movable element and the stationary element , wherein at least two conductive elements are configured as one of them being connected to a fixed point and another to the movable element that is movable relative to the fixed point, a power element to supply power to at least one of the conductive elements , a detection unit having at least one electronic circuit capable of detecting change of an electrical value caused by change of distance between the conductive elements and associated change of electrical value with the distance between the conductive elements which represents slip distance of the driveshaft . at least two conductive elements are configured as one of them being connected to a fixed point and another to the movable element that is movable relative to the fixed point, a power element to supply power to at least one of the conductive elements , a detection unit having at least one electronic circuit capable of detecting change of an electrical value caused by change of distance between the conductive elements and associated change of electrical value with the distance between the conductive elements which represents slip distance of the driveshaft .
A glass article, comprising a core glass and a surface glass, wherein the surface glass is present down to a depth of < 20 nm and the core glass is present at least in a depth of 500 nm, wherein the core glass is characterized by the following constituent phases of the core glass: Constituent phase Min. (% by mol) Max. (% by mol) reedmergnerite 10 80 potassium reedmergnerite 0 30 albite 0 50 cordierite 0 10 anorthite 0 25 diboron trioxide 0 20 silicon dioxide 5 60 wherein the surface glass is characterized by the following constituent phases of the surface glass: Constituent phase Min. (% by mol) Max. (% by mol) reedmergnerite 2 60 potassium reedmergnerite 0 40 albite 0 70 cordierite 0 10 anorthite 0 20 diboron trioxide 0 15 silicon dioxide 6 80 wherein the core glass has a CTE K calculated according to formula CTE glass = 50116.33042 kJ mol E pot ̅ − 26.1724514 ppm / K in a range of 3.0 to 7.0 ppm/K, and wherein the surface glass has a CTE o calculated according to formula which in comparison to the CTE K of the core glass calculated according to formula is lower by at least 0.6 ppm/K.
A method for identity verification, comprising: obtaining, by a mobile terminal from a device , a device identifier of the device , and uploading the obtained device identifier to a server ; performing, by the server , validity verification on the device identifier, and returning a result of the validity verification to the mobile terminal ; in the situation where the received result of the validity verification returned by the server is valid, collecting, by the mobile terminal , identity feature information of a user, and uploading the collected identity feature information to the server ; performing, by the server , identity verification on the identity feature information, and in the situation where the identity verification is successful, issuing an electronic pass to the mobile terminal ; and using, by the mobile terminal , the electronic pass to obtain a service provided by the device , characterized in that the device identifier comprises a dynamic token and is a character string encrypted by the device using a preset algorithm, and performing validity verification on the device identifier includes verifying, by using the preset algorithm, whether the device identifier is valid. obtaining, by a mobile terminal from a device , a device identifier of the device , and uploading the obtained device identifier to a server ; performing, by the server , validity verification on the device identifier, and returning a result of the validity verification to the mobile terminal ; in the situation where the received result of the validity verification returned by the server is valid, collecting, by the mobile terminal , identity feature information of a user, and uploading the collected identity feature information to the server ; performing, by the server , identity verification on the identity feature information, and in the situation where the identity verification is successful, issuing an electronic pass to the mobile terminal ; and using, by the mobile terminal , the electronic pass to obtain a service provided by the device , characterized in that the device identifier comprises a dynamic token and is a character string encrypted by the device using a preset algorithm, and performing validity verification on the device identifier includes verifying, by using the preset algorithm, whether the device identifier is valid.
A head of an electric shaver , comprising: a blade unit including an outer blade (51 and 61) that contacts with a target area, and an inner blade (52 and 62) provided corresponding to the outer blade (51 and 61) and configured to make a reciprocating move relative to the outer blade (51 and 61); a head case supporting the blade unit ; and a rotary member rotatably supported by the head case , wherein the head of the electric shaver , comprising a plurality of the blade units aligned in a shorter direction (DD) of the head case , and wherein the plurality of blade units include an outermost blade unit disposed on an outermost side in the alignment of the blade units , and the rotary member is disposed on an inner side of the outermost blade unit in the alignment of the blade units , characterized in that the outermost blade unit of the plurality of the blade units and the rotary member are coupled so as to move together relative to the head case in the same height direction (DH) of the head case . a blade unit including an outer blade (51 and 61) that contacts with a target area, and an inner blade (52 and 62) provided corresponding to the outer blade (51 and 61) and configured to make a reciprocating move relative to the outer blade (51 and 61); a head case supporting the blade unit ; and a rotary member rotatably supported by the head case , wherein the head of the electric shaver , comprising a plurality of the blade units aligned in a shorter direction (DD) of the head case , and wherein the plurality of blade units include an outermost blade unit disposed on an outermost side in the alignment of the blade units , and the rotary member is disposed on an inner side of the outermost blade unit in the alignment of the blade units , characterized in that the outermost blade unit of the plurality of the blade units and the rotary member are coupled so as to move together relative to the head case in the same height direction (DH) of the head case .
Device for immobilizing a ladder on a vehicle roof rack or the like, the device including a crossmember intended to bear against side rails of the ladder and a rod terminated by a hook and slidably mounted in a central part of the crossmember, characterized in that the device is provided with automatic locking means preventing the hook from moving away from the crossmember and with clamping means including a manoeuvring member which can be actuated to cause the rod to slide in the crossmember so as to move the hook towards the crossmember so as to obtain by repeated actuations clamping of the ladder onto the roof rack.
Vehicle for the transportation of horses and comprising: - a floor , - a ceiling , - for each horse, a front wall (108a-b) having a top beam in the upper portion and an intermediate beam essentially at mid-height, and a removable grill , between the top beam and the intermediate beam , which is designed to be arranged in front of the horse, between the floor and the ceiling , in which each front wall (108a-b) can be attached alternatively and removably in a first position corresponding to a first so-called standard configuration, or in a second position corresponding to a second so-called stall configuration, and in which the front wall (108a-b) comprises, for the grill , holding means that provide removable attachment of said grill to the top beam and the intermediate beam . - a floor , - a ceiling , - for each horse, a front wall (108a-b) having a top beam in the upper portion and an intermediate beam essentially at mid-height, and a removable grill , between the top beam and the intermediate beam , which is designed to be arranged in front of the horse, between the floor and the ceiling ,
A cooling system for cooling circuit boards (B) comprising; - a casing (C), which comprises at least two board slots and at least one cooling plate between said two board slots ; and characterized by : - at least one cover , which is placed on a circuit board (B) to be secured to one of said board slots ; - at least one wedge placed on said cover , wherein said wedge provides thermal conductivity between the circuit board (B) and cooling plate when said circuit board (B) is placed into said board slot ; and - at least one wedgelock that secures circuit board (B) to the board slot . - a casing (C), which comprises at least two board slots and at least one cooling plate between said two board slots ; and characterized by : - at least one cover , which is placed on a circuit board (B) to be secured to one of said board slots ; - at least one wedge placed on said cover , wherein said wedge provides thermal conductivity between the circuit board (B) and cooling plate when said circuit board (B) is placed into said board slot ; and - at least one wedgelock that secures circuit board (B) to the board slot .
A process for the preparation of L-Iditol comprising at least the process steps: i) a L-Sorbose comprising composition is subjected to hydrogenation with hydrogen in the presence of a hydrophobic stereoselective ruthenium catalyst complex in a homogeneous solution, wherein the ruthenium catalyst complex comprises at least one chiral ligand containing at least two phosphorus atom, which are capable of coordinating to the ruthenium yielding in a composition comprising L-Iditol as the main product; ii) separation of the reaction products produced in step i) from the ruthenium catalyst complex ; iii) reactivating the separated ruthenium catalyst complex of step ii) by adding a chloride source and reusing the reactivated ruthenium catalyst complex in step i). i) a L-Sorbose comprising composition is subjected to hydrogenation with hydrogen in the presence of a hydrophobic stereoselective ruthenium catalyst complex in a homogeneous solution, wherein the ruthenium catalyst complex comprises at least one chiral ligand containing at least two phosphorus atom, which are capable of coordinating to the ruthenium yielding in a composition comprising L-Iditol as the main product; ii) separation of the reaction products produced in step i) from the ruthenium catalyst complex ; iii) reactivating the separated ruthenium catalyst complex of step ii) by adding a chloride source and reusing the reactivated ruthenium catalyst complex in step i).
An assembly comprising a plurality of turbomachine blade assemblies and a platform trailing edge seal (200; 500), the turbomachine blade assemblies each comprising: a blade having a blade platform which defines a platform trailing edge portion ; and the platform trailing edge seal extending from the trailing edge portion; characterised in that the platform trailing edge seal comprises an annular or segmented annular body configured to extend into or across an aft portion of a mateface gap defined between a circumferentially adjacent pair of turbomachine blade platforms to minimize flow from entering a blade-vane cavity through the aft portion of the mateface gap, wherein the body is shaped to match the platform trailing edge shape. a blade having a blade platform which defines a platform trailing edge portion ; and the platform trailing edge seal extending from the trailing edge portion; characterised in that the platform trailing edge seal comprises an annular or segmented annular body configured to extend into or across an aft portion of a mateface gap defined between a circumferentially adjacent pair of turbomachine blade platforms to minimize flow from entering a blade-vane cavity through the aft portion of the mateface gap, wherein the body is shaped to match the platform trailing edge shape.
A cooking attachment for a heatable vessel of a kitchen appliance , which cooking attachment has a bottom comprising at least one bottom opening , through which steam, which escapes from the vessel , can enter the cooking attachment and/or condensate, which escapes from the cooking attachment , can enter the vessel , in particular cooking attachment , characterized in that a vibration actuator is assigned to the cooking attachment and/or to a lid for generating a forced vibration of the cooking attachment and/or of the lid , which closes the cooking attachment , wherein the vibration is suitable to release condensate from the cooking attachment and/or the lid , so that said condensate can flow in the direction of the vessel .
A method for creating a package, including a payload, for deployment to a set of devices, the method comprising: receiving the payload, wherein the payload has an associated set of payload parameters concerning a deployment of the payload to the set of devices , the payload parameters comprising a type of the payload, target SKUs for the payload, a degree of change caused by the deployment of the payload, prerequisites, a known impact, and a required deployment time, the payload parameters being extracted from metadata associated with the payload; and using a processor, automatically creating the package for the deployment to the set of devices, wherein the package comprises instructions for deploying the payload to the set of devices, and wherein the instructions specify a plurality of operations derived from a machine learning model based at least on a subset of the associated set of payload parameters , the machine learning model being trained to prioritize devices with minimal impact, wherein the plurality of operations comprises actions related to gates associated with the deployment of the package to the set of devices, the gates specifying a wait time period, wherein the machine learning model is trained based on training data comprising a mapping between the at least the subset of the associated set of payload parameters and a set of labels classifying an impact of deploying the payload to the set of devices, and wherein the set of labels comprises a first label classifying the impact as impactful and a second label classifying the impact as impact-less. receiving the payload, wherein the payload has an associated set of payload parameters concerning a deployment of the payload to the set of devices , the payload parameters comprising a type of the payload, target SKUs for the payload, a degree of change caused by the deployment of the payload, prerequisites, a known impact, and a required deployment time, the payload parameters being extracted from metadata associated with the payload; and using a processor, automatically creating the package for the deployment to the set of devices, wherein the package comprises instructions for deploying the payload to the set of devices, and wherein the instructions specify a plurality of operations derived from a machine learning model based at least on a subset of the associated set of payload parameters , the machine learning model being trained to prioritize devices with minimal impact, wherein the plurality of operations comprises actions related to gates associated with the deployment of the package to the set of devices, the gates specifying a wait time period, wherein the machine learning model is trained based on training data comprising a mapping between the at least the subset of the associated set of payload parameters and a set of labels classifying an impact of deploying the payload to the set of devices, and wherein the set of labels comprises a first label classifying the impact as impactful and a second label classifying the impact as impact-less.
A knee orthosis with a. a proximal frame and b. a distal frame , which are connected via a lateral joint and/or a medial joint such that they can be swivelled, wherein the knee orthosis comprises a proximal pressure element , which is arranged exclusively laterally or exclusively medially on the proximal frame by means of a proximal support arm , and a distal pressure element , which is arranged exclusively laterally or exclusively medially on the distal frame by means of a distal support arm , characterized in that the knee orthosis features a coupling element which is arranged with a first end on the proximal support arm and with a second end on the distal frame , or with the first end on the distal support arm and with the second end on the proximal frame . a. a proximal frame and b. a distal frame , which are connected via a lateral joint and/or a medial joint such that they can be swivelled, wherein the knee orthosis comprises a proximal pressure element , which is arranged exclusively laterally or exclusively medially on the proximal frame by means of a proximal support arm , and a distal pressure element , which is arranged exclusively laterally or exclusively medially on the distal frame by means of a distal support arm , characterized in that the knee orthosis features a coupling element which is arranged with a first end on the proximal support arm and with a second end on the distal frame , or with the first end on the distal support arm and with the second end on the proximal frame .