mhurhangee/ep-ind-claims huggingface dataset:
A method for signing a new block of a blockchain of a distributed blockchain consensus network, 'DBCN', comprising a mining computing entity, 'MCE', and a node computing entity said method comprising the steps of i. At least one of signing and/or encrypting of predefined MCE information by said MCE, using a secret key of a public key/secret key key pair of said MCE to obtain hidden information, 'HI', ii. Signing a new block by said MCE using said secret key and block height information to create a signature for said new block iii. In case of at least one further signing of a different block with the respective same block height information by said MCE, providing reveal information to reveal said HI to said DBCN by another node computing entity of said DBCN when said node computing entity has received two signatures comprising the same corresponding block height information. i. At least one of signing and/or encrypting of predefined MCE information by said MCE, using a secret key of a public key/secret key key pair of said MCE to obtain hidden information, 'HI', ii. Signing a new block by said MCE using said secret key and block height information to create a signature for said new block iii. In case of at least one further signing of a different block with the respective same block height information by said MCE, providing reveal information to reveal said HI to said DBCN by another node computing entity of said DBCN when said node computing entity has received two signatures comprising the same corresponding block height information.
An oral care composition comprising: a zinc source comprising 0.75-1.25 wt.% zinc oxide and 0.25-1.0 wt.% zinc citrate, or 0.5-0.9 wt.% zinc lactate, based on the weight of the oral composition; a first source of stannous ions, wherein the first source of stannous ions comprises stannous fluoride in an amount of about 0.45 wt.%, based on the weight of the oral composition; and a second source of stannous, wherein the second source of stannous comprises stannous pyrophosphate in an amount of 0.1-3 wt.%, based on the weight of the oral composition. a zinc source comprising 0.75-1.25 wt.% zinc oxide and 0.25-1.0 wt.% zinc citrate, or 0.5-0.9 wt.% zinc lactate, based on the weight of the oral composition; a first source of stannous ions, wherein the first source of stannous ions comprises stannous fluoride in an amount of about 0.45 wt.%, based on the weight of the oral composition; and a second source of stannous, wherein the second source of stannous comprises stannous pyrophosphate in an amount of 0.1-3 wt.%, based on the weight of the oral composition.
Method for operating a computer system in a vehicle, in which graphics data of a display are generated and output; at least one character string is detected; the at least one character string is taken as a basis for generating and executing a command for an application program, wherein the command relates to a particular program state of the application program; the character string is further taken as a basis for generating within the display an application window (8, 8a, 8b, 8c) that has window properties and that is associated with the application program, wherein the application window (8, 8a, 8b, 8c) is generated on the basis of the program state of the application program; and the application window (8, 8a, 8b, 8c) and the application program are taken as a basis for generating a new character string, characterized in that a user input is detected that comprises a swipe gesture from an initial position to a final position, wherein the initial position and the final position are each assigned an application window (8a, 8b), and wherein the initial position is assigned a digital object, the swipe gesture is taken as a basis for generating a further character string and the further character string is taken as a basis for generating and executing a command for the digital object and at least one of the application programs associated with the application windows (8a, 8b), wherein the further character string comprises a URL for locating a digital object and details pertaining to an operation that is to be performed.
An aroma-diffusing heating device, comprising: a heating base defining a top accommodation open chamber, wherein the heating base has a top flange protruded from a top wall thereof around the top accommodation open chamber, said top flange having an inside wall thereof smoothly downwardly curved toward said top accommodation open chamber; an aroma capsule detachably accommodated in said top accommodation open chamber and heatable by said heating base to give off fragrance; said aroma capsule comprising a heat-transfer container accommodated in said top accommodation open chamber and configured to fit the shape of the top accommodation open chamber of the heating base so that the heat-transfer container is kept in contact with the periphery of said top accommodation open chamber; said heat-transfer container defining a top opening, and an aromatic substance held in said heat-transfer container; said aroma capsule comprising a breathing film bonded to said heat-transfer container to keep said aromatic substance in said heat-transfer container, said breathing film having open spaces defined therein; said aromatic substance is an aromatic wax; and a cap capped on said heating base over said aroma capsule. a heating base defining a top accommodation open chamber, wherein the heating base has a top flange protruded from a top wall thereof around the top accommodation open chamber, said top flange having an inside wall thereof smoothly downwardly curved toward said top accommodation open chamber; an aroma capsule detachably accommodated in said top accommodation open chamber and heatable by said heating base to give off fragrance; said aroma capsule comprising a heat-transfer container accommodated in said top accommodation open chamber and configured to fit the shape of the top accommodation open chamber of the heating base so that the heat-transfer container is kept in contact with the periphery of said top accommodation open chamber; said heat-transfer container defining a top opening, and an aromatic substance held in said heat-transfer container; said aroma capsule comprising a breathing film bonded to said heat-transfer container to keep said aromatic substance in said heat-transfer container, said breathing film having open spaces defined therein; said aromatic substance is an aromatic wax; and a cap capped on said heating base over said aroma capsule.
A method to separate seismic data associated with impulsive and non-impulsive sources, the method comprising; receiving seismic data generated by a receiver, the seismic data representing a reflected wavefield produced by a subterranean formation response to: an impulsive source wavefield generated by an impulsive source, and a non-impulsive source wavefield generated by a continuously activated non-impulsive source; receiving a near-field signature of each impulsive source element of the impulsive source and a near-field signature of each non-impulsive source element of the non-impulsive source; and determining an impulsive source far-field signature of the impulsive source at a location of the receiver based on the near-field signatures of the impulsive source elements and a non-impulsive source far-field signature of the non-impulsive source at the location of the receiver based on the near-field signatures of the non-impulsive source elements; the method characterised in that the non-impulsive source wavefield and the impulsive source wavefield have an overlap band of frequencies, and in that it comprises the steps of: time-compressing the non-impulsive source far-field signature to obtain a short-duration wavelet; and separating the seismic data into impulsive source seismic data and non-impulsive source seismic data in the overlap band based on the short-duration wavelet. receiving seismic data generated by a receiver, the seismic data representing a reflected wavefield produced by a subterranean formation response to: an impulsive source wavefield generated by an impulsive source, and a non-impulsive source wavefield generated by a continuously activated non-impulsive source; an impulsive source wavefield generated by an impulsive source, and a non-impulsive source wavefield generated by a continuously activated non-impulsive source; receiving a near-field signature of each impulsive source element of the impulsive source and a near-field signature of each non-impulsive source element of the non-impulsive source; and determining an impulsive source far-field signature of the impulsive source at a location of the receiver based on the near-field signatures of the impulsive source elements and a non-impulsive source far-field signature of the non-impulsive source at the location of the receiver based on the near-field signatures of the non-impulsive source elements; the method characterised in that the non-impulsive source wavefield and the impulsive source wavefield have an overlap band of frequencies, and in that it comprises the steps of: time-compressing the non-impulsive source far-field signature to obtain a short-duration wavelet; and separating the seismic data into impulsive source seismic data and non-impulsive source seismic data in the overlap band based on the short-duration wavelet. time-compressing the non-impulsive source far-field signature to obtain a short-duration wavelet; and separating the seismic data into impulsive source seismic data and non-impulsive source seismic data in the overlap band based on the short-duration wavelet.
High-voltage bushing system for the insulated guidance of a current conductor through an opening in a wall between two fluid-filled spaces (8.1, 8.2), comprising a central current conductor and an insulating body that tightly surrounds the latter, extends in the radial direction from the current conductor and has a surrounding outer mounting surface for tight fastening of the insulating body to the wall, wherein the insulating body is formed from at least two modules (3.1, 4) connected at a contact surface, wherein one of the modules forms a core bushing module radially enveloping the current conductor and the contact surface encloses the current conductor at a distance, characterized in that, in a plan view, the core bushing module is of circular design and the parts of the core bushing module that carry the electrical potential of the current conductor are designed, in particular in terms of their geometrical configuration, for a maximum envisaged number of modules (3.1, 3.2, 4) in such a way that, in the case of the voltage occurring with the maximum envisaged number of modules (3.1, 4.2, 4), the permissible electrical field strength of the insulating materials of the core bushing module that are used is not exceeded, wherein the respective contact surface is formed between two mounting surfaces of the modules (3.1, 3.2, 4) respectively connected at said contact surface, and wherein a seal is arranged in the contact surface between two mounting surfaces.
A silicone composition of the addition or condensation cure type, curable to a transparent product, comprising 100 parts by weight of a total of silane or siloxane components, and 5 to 400 parts by weight of silica particles having an organopolysiloxane grafted to surfaces thereof, said organopolysiloxane having the general formula: wherein each R 1 independently is a substituted or unsubstituted monovalent hydrocarbon group of 1 to 10 carbon atoms, R 2 is methyl or ethyl, a is an integer of 1 to 50, b is 0 or 1, d is 0 or 1, c and e are integers of 0 to 10 and the sum a+b+d is an integer of 3 to 52. 100 parts by weight of a total of silane or siloxane components, and 5 to 400 parts by weight of silica particles having an organopolysiloxane grafted to surfaces thereof, said organopolysiloxane having the general formula:
A motor assisted bicycle comprising: a vehicle speed sensor which detects a vehicle speed of the vehicle; a stepping force sensor which detects a stepping force generated on a pedal; an assist amount control part which includes an assist amount correction means which performs the estimation of fatigue of a human body and decides an assist force corresponding to an output of the stepping force sensor; and a motor which generates the assist force and assists a drive force, characterized in that the assist amount control part comprises: a basic assist amount setting part which sets by calculation a basic assist amount based on the stepping force and the vehicle speed; and a fatigue level estimation part which performs the increase/decrease correction of the basic assist amount by estimating a fatigue level of a rider, wherein the fatigue level estimation part calculates an operation continuation time based on history of the stepping force or history of the vehicle speed, estimates that a fatigue level is zero when the operation continuation time is less than a predetermined time being a period of time after which a person in general feels fatigue when he rides a bicycle and steps in pedals at an average speed continuously, and estimates the fatigue level when the operation continuation time is the predetermined time or more based on a value of pedal stepping force which a rider inputs with respect to the operation continuation time. a basic assist amount setting part which sets by calculation a basic assist amount based on the stepping force and the vehicle speed; and a fatigue level estimation part which performs the increase/decrease correction of the basic assist amount by estimating a fatigue level of a rider, calculates an operation continuation time based on history of the stepping force or history of the vehicle speed, estimates that a fatigue level is zero when the operation continuation time is less than a predetermined time being a period of time after which a person in general feels fatigue when he rides a bicycle and steps in pedals at an average speed continuously, and estimates the fatigue level when the operation continuation time is the predetermined time or more based on a value of pedal stepping force which a rider inputs with respect to the operation continuation time.
An anhydrous composition for lightening and/or bleaching hair characterised in that it comprises at least one alkalizing agent, at least one guanidine salt, at least one second alkaline salt selected from salts of carbonates, bicarbonates, phosphate and hydrogenphosphates with a cation selected from sodium, potassium or ammonium, and at least one oil liquid at 20°C, the oil concentration being in the range of 20 to 60% by weight calculated to the total composition, wherein preferably the composition does not comprise the persalts at a total concentration higher than 10% by weight, preferably 5% by weight and most preferably free of per salts, all values are calculated to the total of the composition.
A nozzle liner for a rotatable nozzle, said liner comprising: a seal land, a rotatable seal for moving with said nozzle, said seal having; a first diffusion hole for distributing cooling air if said rotatable seal is in a first position and a second diffusion hole for distributing cooling air if said rotatable seal is in a first position and if in a second position; wherein said rotatable seal further comprises an inner surface and an outer surface in register with said inner surface; characterised in that: said inner surface and said outer surface have a separator disposed therebetween thereby creating a first chamber and a second chamber between said inner surface and said outer surface; and by further comprising: a first set of infusion holes transmitting cooling air into said first chamber and a second set of infusion holes for transmitting cooling air into said second chamber. a seal land, a rotatable seal for moving with said nozzle, said seal having; a first diffusion hole for distributing cooling air if said rotatable seal is in a first position and a second diffusion hole for distributing cooling air if said rotatable seal is in a first position and if in a second position; wherein said rotatable seal further comprises an inner surface and an outer surface in register with said inner surface; characterised in that: said inner surface and said outer surface have a separator disposed therebetween thereby creating a first chamber and a second chamber between said inner surface and said outer surface; and by further comprising: a first set of infusion holes transmitting cooling air into said first chamber and a second set of infusion holes for transmitting cooling air into said second chamber.
Method for manufacturing an equipment for treatment of a person, the method comprising: measuring a left internal ear point and a right internal ear point of the person; defining an internal ear line through the left internal ear point and the right internal ear point; defining a target denture plane lying parallel to the internal ear line; configuring the equipment such that applying the equipment to the person achieves a target denture geometry characterized by the target denture plane. measuring a left internal ear point and a right internal ear point of the person; defining an internal ear line through the left internal ear point and the right internal ear point; defining a target denture plane lying parallel to the internal ear line; configuring the equipment such that applying the equipment to the person achieves a target denture geometry characterized by the target denture plane.
A method for constructing a restoration, wherein a dental situation is measured by means of a dental camera and a 3D model of the dental situation is generated, characterised in that a computer-aided recognition algorithm is applied to the 3D model of the dental situation, wherein a restoration type of the restoration to be inserted is determined automatically, wherein the dental situation has at least one preparation (13, 14) or an implant-supported mesostructure for inserting the restoration to be produced, wherein the computer-aided recognition algorithm has an artificial neural network for machine learning, wherein, on the basis of the 3D model of the dental situation, the shape of the preparation (13, 14) or of the implant-supported mesostructure is analysed by means of a machine learning system and a suitable restoration type is selected, wherein the machine learning system consists of one or more CNN networks.
An electric power steering apparatus which controls a motor based on a current command value calculated from a steering assist command value that is calculated based on a steering torque generated in a steering shaft of a vehicle and a motor current of said motor that provides a steering mechanism having a rack shaft with a steering assist force, comprising: a reaction force detecting means for estimating or measuring a reaction force inputted into said rack the electric power steering apparatus being characterised by further comprising: a disturbance band extracting means comprising a filter section and a gain section that are connected in series, and for extracting a resonance frequency band of the suspension of said vehicle as disturbances to be removed from said reaction force; and a deceleration calculating means for calculating a deceleration of said vehicle based on a velocity signal; and wherein said steering assist command value or said current command value is corrected with a reaction signal extracted by said disturbance band extracting means, and as said deceleration becomes high, a filter-pass characteristic of said filter section and a gain of said gain section are increased. a reaction force detecting means for estimating or measuring a reaction force inputted into said rack the electric power steering apparatus being characterised by further comprising: a disturbance band extracting means comprising a filter section and a gain section that are connected in series, and for extracting a resonance frequency band of the suspension of said vehicle as disturbances to be removed from said reaction force; and a deceleration calculating means for calculating a deceleration of said vehicle based on a velocity signal; and wherein said steering assist command value or said current command value is corrected with a reaction signal extracted by said disturbance band extracting means, and as said deceleration becomes high, a filter-pass characteristic of said filter section and a gain of said gain section are increased. a disturbance band extracting means comprising a filter section and a gain section that are connected in series, and for extracting a resonance frequency band of the suspension of said vehicle as disturbances to be removed from said reaction force; and a deceleration calculating means for calculating a deceleration of said vehicle based on a velocity signal; and wherein said steering assist command value or said current command value is corrected with a reaction signal extracted by said disturbance band extracting means, and as said deceleration becomes high, a filter-pass characteristic of said filter section and a gain of said gain section are increased.
A method for managing an electrical output of a turbogenerator comprising a turbine in communication with exhaust gas or steam associated with an internal combustion engine, the method comprising: detecting revolutions per unit time of a turbogenerator; outputting electrical energy from a turbogenerator output to at least one of a rectifier and a direct current bus in a first mode where the detected turbogenerator revolutions per unit time meet or exceed a minimum threshold; and providing the outputted electrical energy to an electric drive motor in the first mode, characterized by outputting electrical power from an output of a secondary generator at the direct current bus in a second mode where turbogenerator revolutions per unit time are less than the minimum threshold. detecting revolutions per unit time of a turbogenerator; outputting electrical energy from a turbogenerator output to at least one of a rectifier and a direct current bus in a first mode where the detected turbogenerator revolutions per unit time meet or exceed a minimum threshold; and providing the outputted electrical energy to an electric drive motor in the first mode, characterized by outputting electrical power from an output of a secondary generator at the direct current bus in a second mode where turbogenerator revolutions per unit time are less than the minimum threshold.
A safety diagnosis system for structure comprising, one GNSS receiver installed on an upper floor of a structure, a control device having a storage unit (11, 28) for storing a program which prepares an absolute displacement curve of the structure based on an absolute coordinate measured by said GNSS receiver and a displacement of said absolute coordinate, calculates a maximum inter-layer displacement and a maximum inter-layer deformation angle per each floor based on said absolute displacement curve and prepares an inter-layer deformation angle curve and a judging unit for performing a diagnosis of the safety of said structure based on the maximum inter-layer displacement and the maximum inter-layer deformation angle, and a display unit, wherein said control device calculates the maximum inter-layer displacement and the maximum inter-layer deformation angle per each floor and the inter-layer deformation angle curve based on a displacement of said absolute coordinate and said program and makes said display unit display a diagnosis result of said structure as evaluated by said judging unit based on at least one of the maximum inter-layer displacement and the maximum inter-layer deformation angle or said inter-layer deformation angle curve.