mhurhangee/ep-ind-claims huggingface dataset:
System for reproduction by an arm of a robot of the movements of a hand or of a member recorded using at least one digital sensor (6, 6',...) of the image of said movements, comprising the robot arm and means for processing the image arranged to form a first file of points (P 1, P 2,... P 4000) in a first frame of reference associated with said sensor, characterised in that, as the movements and their reproduction have to be synchronised, it comprises means for generating a first cloud formed by the points of said first file and for adjusting the size of said cloud of points to form a second cloud of points inside a predetermined field of movement corresponding to the virtual arm of the robot in said first frame of reference associated with the sensor, means for generating a second file of points (P' 1, P' 2,...) using said second cloud thus adjusted in size, means for calculating arranged to convert said second file of points geometrically into a third file of points (MP 1, MP 2,...) in a second frame of reference associated with the robot arm, means for generating a digital path for the virtual robot arm and for centering said path inside said field of movement using said second file, means for testing the synchronisation of the movements with said digital path reproduced and, in the case of a negative test, for modifying the third file until said synchronisation is obtained, and means for controlling the actual path of said robot arm, using data corresponding to the synchronised third file for synchronised execution of the movements by the robot arm.
A method for allocating memory comprising: allocating at least a first surface to local memory and at least a second surface to nonlocal memory; and re-allocating either the first surface to the non-local memory or the second surface to the local memory based on dynamic surface allocation priority data obtained for each of the first and second surfaces; wherein the re-allocating is based on a computation of the dynamic surface allocation priority data that comprises: a weight factor associated with each surface and static surface information indicating the determined static surface type of a plurality of different static surface types, wherein the re-allocating depends on the determined static surface type.
A method for reporting channel state information, wherein the method comprises: receiving, a reference signal sent by a base station; selecting, based on the reference signal, a precoding matrix from a codebook, wherein a precoding matrix W comprised in the codebook is a product of three matrices being W 1, Z, and W 2, that is, W=W 1 ZW 2, wherein both W 1 and Z are block diagonal matrices, W 1 = diag {X 1,..., X N B}, Z = diag {Z 1,..., Z N B}, each of W 1 and Z comprises at least one block matrix, that is, a block matrix quantity is N B ≥1, and each column of each block matrix Z i in the matrix Z has the following structure: z i, k = α i, k 2 + β i, k 2 − 1 2 α i, k e i, k 1 T β i, k e jθ i, k e i, k 2 T T wherein [] T represents matrix transposition; e i,k j represents an n i × 1 selection vector, wherein in the vector, the k j th element is 1 and all other elements are 0, j =1 or 2, and n i is a half of a column quantity of a block matrix X i; θ i,k is a phase shift, α i,k ≥0, and β i,k ≥0; the matrix W 2 is used for weighted combination of column vectors from matrix W 1 Z to form matrix W; and sending, a precoding matrix indicator PMI to the base station, wherein the PMI corresponds to the selected precoding matrix, and is used by the base station to obtain the selected precoding matrix W according to the PMI. receiving, a reference signal sent by a base station; selecting, based on the reference signal, a precoding matrix from a codebook, wherein a precoding matrix W comprised in the codebook is a product of three matrices being W 1, Z, and W 2, that is, W=W 1 ZW 2, wherein both W 1 and Z are block diagonal matrices, W 1 = diag {X 1,..., X N B}, Z = diag {Z 1,..., Z N B}, each of W 1 and Z comprises at least one block matrix, that is, a block matrix quantity is N B ≥1, and each column of each block matrix Z i in the matrix Z has the following structure: z i, k = α i, k 2 + β i, k 2 − 1 2 α i, k e i, k 1 T β i, k e jθ i, k e i, k 2 T T wherein [] T represents matrix transposition; e i,k j represents an n i × 1 selection vector, wherein in the vector, the k j th element is 1 and all other elements are 0, j =1 or 2, and n i is a half of a column quantity of a block matrix X i; θ i,k is a phase shift, α i,k ≥0, and β i,k ≥0; the matrix W 2 is used for weighted combination of column vectors from matrix W 1 Z to form matrix W; and sending, a precoding matrix indicator PMI to the base station, wherein the PMI corresponds to the selected precoding matrix, and is used by the base station to obtain the selected precoding matrix W according to the PMI.
A liquid jet head comprising: a liquid jet section for jetting liquid; an electronic control section electrically connected to the liquid jet section; a main protective member adapted to cover a periphery of the electronic control section; a connection section attached to the electronic control section and adapted to electrically connect an outside of the liquid jet head and the electronic control section to each other; a connection section protective member configured so as to make a state transition between a protection state of covering the connection section and an exposure state of exposing the connection section wherein the connection section protective member includes a back plate a lower end of which has contact with the main protective member, a front plate opposed to the back plate across the connection section, and disposed so that a lower end of the front plate has a gap with the main protective member, and an upper plate adapted to connect an upper end of the front plate and an upper end of the back plate to each other; characterised in that an electric cable adapted to be inserted in the gap and electrically connect the connection section and the outside to each other; and a holding structure adapted to limit a movement in the gap of the electric cable. a liquid jet section for jetting liquid; an electronic control section electrically connected to the liquid jet section; a main protective member adapted to cover a periphery of the electronic control section; a connection section attached to the electronic control section and adapted to electrically connect an outside of the liquid jet head and the electronic control section to each other; a connection section protective member configured so as to make a state transition between a protection state of covering the connection section and an exposure state of exposing the connection section wherein the connection section protective member includes a back plate a lower end of which has contact with the main protective member, a front plate opposed to the back plate across the connection section, and disposed so that a lower end of the front plate has a gap with the main protective member, and an upper plate adapted to connect an upper end of the front plate and an upper end of the back plate to each other; a back plate a lower end of which has contact with the main protective member, a front plate opposed to the back plate across the connection section, and disposed so that a lower end of the front plate has a gap with the main protective member, and an upper plate adapted to connect an upper end of the front plate and an upper end of the back plate to each other; an electric cable adapted to be inserted in the gap and electrically connect the connection section and the outside to each other; and a holding structure adapted to limit a movement in the gap of the electric cable.
A dual phase mouthwash comprising a hydrophilic phase; a hydrophobic phase; a hydrotrope; a preservative comprising the combination of potassium sorbate in an amount of 0.01 - 0.5% by weight relative to the total weight of the mouthwash, sodium benzoate in an amount of 0.01 - 0.5% by weight relative to the total weight of the mouthwash, and benzyl alcohol in an amount of 0.01 - 1% by weight relative to the total weight of the mouthwash; CPC; and an acid selected from phosphoric acid and/or HCl.
A manufacturing method of a rotor of an electric rotating machine comprising the steps of: applying a fluid resin material to said conductor immediately before a conductor is wound on a spool; and heating the entire structure to cause said resin to be heat-cured after the conductor, to which said fluid resin material has been applied, is wound around said spool in multi-rows and multi-layers, wherein an amount of resin to be applied with respect to the conductor is adjusted so that an area in the gap between the aligned conductors, which uniformly applied resin occupies, is smaller than a gap between the aligned conductors.
A method for regulating a cryogenic cooling system, including: - a cryogenic bath provided with an intake conduit for a cryogenic fluid in liquid, diphasic or supercritical state, and a discharge conduit for a cryogenic fluid in vapor state, said conduits being connected to a cryogenic cooler; - a so-called primary fluid circuit, in which a heat transfer fluid circulates, comprising a first exchanger extracting heat from a heat source having a cyclical operation, and a second exchanger for ceding said heat to said cryogenic bath, - regulating means (V1, V5, SVC, P, V2) for regulating the mass fluid flow rate through said intake conduit, said discharge conduit and said primary fluid circuit, and - a heating means for heating said cryogenic bath; characterized in that said regulating method comprises: - slaving the mass fluid flow rate through said discharge conduit of the cryogenic bath to a setpoint value Ṁ2, said slaving being obtained by acting both on one said regulating means and on said heating means for heating the cryogenic bath; - adjusting said setpoint Ṁ2 to keep the average power <W bain > dissipated by said heating means within a predefined range 0<W min ≤<W bain >≤W max; and - slaving the mass fluid flow rate through said intake conduit of the cryogenic bath so as to keep its instantaneous or average value equal to that of the mass fluid flow rate through said discharge conduit. - a cryogenic bath provided with an intake conduit for a cryogenic fluid in liquid, diphasic or supercritical state, and a discharge conduit for a cryogenic fluid in vapor state, said conduits being connected to a cryogenic cooler; - a so-called primary fluid circuit, in which a heat transfer fluid circulates, comprising a first exchanger extracting heat from a heat source having a cyclical operation, and a second exchanger for ceding said heat to said cryogenic bath, - regulating means (V1, V5, SVC, P, V2) for regulating the mass fluid flow rate through said intake conduit, said discharge conduit and said primary fluid circuit, and - a heating means for heating said cryogenic bath; - slaving the mass fluid flow rate through said discharge conduit of the cryogenic bath to a setpoint value Ṁ2, said slaving being obtained by acting both on one said regulating means and on said heating means for heating the cryogenic bath; - adjusting said setpoint Ṁ2 to keep the average power <W bain > dissipated by said heating means within a predefined range 0<W min ≤<W bain >≤W max; and - slaving the mass fluid flow rate through said intake conduit of the cryogenic bath so as to keep its instantaneous or average value equal to that of the mass fluid flow rate through said discharge conduit.
System for for medication delivery, the system comprising: a medication dispensing device, arranged to deliver a medication package containing a predefined dose of medication to a patient at a preset time; a medication distribution system, arranged to distribute said medication packages containing said predefined dose of medication to the medication dispensing device; at least one sensing arrangement, arranged in the same premises as the medication dispensing device, and arranged to measure at least one patient specific parameter for said patient; and at least one processor, arranged to process the at least one patient specific parameter, and notify the medication distribution system if the at least one patient specific parameter is determined to deviate from an expected range, wherein the medication distribution system comprises a medication storage facility where said predefined dose of medication is prepackaged into said medication packages, and is arranged to, based on the result of the processing of the at least one patient specific parameter, adjust the predefined dose of medication that is prepackaged into said medication packages. a medication dispensing device, arranged to deliver a medication package containing a predefined dose of medication to a patient at a preset time; a medication distribution system, arranged to distribute said medication packages containing said predefined dose of medication to the medication dispensing device; at least one sensing arrangement, arranged in the same premises as the medication dispensing device, and arranged to measure at least one patient specific parameter for said patient; and at least one processor, arranged to process the at least one patient specific parameter, and notify the medication distribution system if the at least one patient specific parameter is determined to deviate from an expected range,
A surfactant composition comprising a surfactant represented by general formula below and an anionic surfactant having a hydrophobic group different from that of the surfactant, wherein in the formula, D 1 represents a polymerizable unsaturated group represented by chemical formula D 1 -1 or D 1 -2 below, R 2 in the formulae represents a hydrogen atom or a methyl group, R 1 represents one or two groups selected from groups below, m1 and m2 each represent 1 to 2 on average in an entirety of the surfactant, A 1 represents an alkylene group with 2 to 4 carbon atoms, and m3 representing an average number of moles of an oxyalkylene group added represents 1 to 100.
A system for assisting in planning a radiation therapy treatment of a body region of a patient, wherein the treatment is provided on the basis of a treatment plan comprising irradiation parameters for controlling a delivery of radiation to the body region, the system being configured to: - receive a first dose distribution ( d AI) for the body region, - obtain a first objective function, which depends upon at least one parameter and upon a dose distribution in the body region, - determine a first value of the at least one parameter such that the first objective function fulfills a predefined criterion when being evaluated for the first value of the at least one parameter and for a second dose distribution ( d app) derived from the first dose distribution ( d AI), - provide the first objective function in connection with the first value of the at least one parameter to a user for modifying the first objective function to generate a second objective function, and - determine the treatment plan using the second objective function. - receive a first dose distribution ( d AI) for the body region, - obtain a first objective function, which depends upon at least one parameter and upon a dose distribution in the body region, - determine a first value of the at least one parameter such that the first objective function fulfills a predefined criterion when being evaluated for the first value of the at least one parameter and for a second dose distribution ( d app) derived from the first dose distribution ( d AI), - provide the first objective function in connection with the first value of the at least one parameter to a user for modifying the first objective function to generate a second objective function, and - determine the treatment plan using the second objective function.
A rotatable sprinkler, comprising a base and a rotation element that rotates relative to the base, wherein the rotation element comprises an outlet connected to a water source and wherein the rotation element comprises a hollow column and a turntable disposed at the top of the column, characterized in that the rotatable sprinkler further comprises at least one decorative unit being located between the turntable and the base and comprising a support that rotates synchronously with the rotation element, a free end of the support being in contact with a bottom surface of the base, wherein the bottom surface is a continuous curved surface and defines at least one low part and at least one high part; and one end of the support being disposed at the turntable of the rotation element, the bottom surface of the base being in contact with the free end of the support and being configured to drive the support to move up and down relative to the turntable when the support is rotated together with the rotation element. the rotatable sprinkler further comprises at least one decorative unit being located between the turntable and the base and comprising a support that rotates synchronously with the rotation element, a free end of the support being in contact with a bottom surface of the base, wherein the bottom surface is a continuous curved surface and defines at least one low part and at least one high part; and one end of the support being disposed at the turntable of the rotation element, the bottom surface of the base being in contact with the free end of the support and being configured to drive the support to move up and down relative to the turntable when the support is rotated together with the rotation element.
A computer-implemented method of automatic white balancing, comprising: determining, by an image processing device, at least one likelihood that a skin chromaticity of at least one skin chromaticity point on an image should be located within at least a first skin chromaticity cluster of a color space or a second skin chromaticity cluster of the color space; depending on the at least one likelihood, forming a target chromaticity cluster from both at least part of the first skin chromaticity cluster and at least part of the second skin chromaticity cluster; and setting a white point for the image at least partially based on the skin chromaticity of the at least one skin chromaticity point and a corresponding mapped point on the target chromaticity cluster. determining, by an image processing device, at least one likelihood that a skin chromaticity of at least one skin chromaticity point on an image should be located within at least a first skin chromaticity cluster of a color space or a second skin chromaticity cluster of the color space; depending on the at least one likelihood, forming a target chromaticity cluster from both at least part of the first skin chromaticity cluster and at least part of the second skin chromaticity cluster; and setting a white point for the image at least partially based on the skin chromaticity of the at least one skin chromaticity point and a corresponding mapped point on the target chromaticity cluster.
An article (2, 3, 5, 6) for use with an apparatus for heating smokable material to volatilise at least one component of the smokable material, the article including: a foam comprising gas dispersed in a solid medium, wherein the solid medium comprises the smokable material; and a body of heating material that is heatable by penetration with a varying magnetic field, wherein the heating material is within the foam and in thermal contact with the smokable material. a foam comprising gas dispersed in a solid medium, wherein the solid medium comprises the smokable material; and a body of heating material that is heatable by penetration with a varying magnetic field, wherein the heating material is within the foam and in thermal contact with the smokable material.
A handheld vacuum cleaner comprising: a body with a dirty air inlet, a dust box, a handle to be gripped, a battery, an exhaust of the hot air, and a nozzle configured to perform both wet and dry cleaning and connected with the body by a tube, wherein the nozzle comprises: wheels, at least one suction channel and at least one rotating pad, characterized in that the body of the handheld vacuum cleaner has an exhaust air channel directing hot air from the exhaust to the nozzle, wherein the nozzle has a first air outlet and a second air outlet.
A load restoration method in a substation with a bus bar (1.1, 1.2) connectable to a plurality of bays and loads (6.5, 6.6), comprising - reading a standardized configuration description, SCD, file of a substation automation, SA, system, and obtaining therefrom a static topology representative of at least a part of the substation, - observing a switch status of a switching device of the substation, and establishing a dynamic substation topology upon observation of a status change of the switch status, - observing a trip isolating a segment of the bus bar, - identifying an orphan bay previously connected to the isolated bus bar segment, - identifying connecting switching devices (3.1, 3.3) between the orphan bay and an un-tripped bus bar segment, and - issuing close commands for the connecting switching devices to connect the orphan bay to the un-tripped bus bar segment. - reading a standardized configuration description, SCD, file of a substation automation, SA, system, and obtaining therefrom a static topology representative of at least a part of the substation, - observing a switch status of a switching device of the substation, and establishing a dynamic substation topology upon observation of a status change of the switch status, - observing a trip isolating a segment of the bus bar, - identifying an orphan bay previously connected to the isolated bus bar segment, - identifying connecting switching devices (3.1, 3.3) between the orphan bay and an un-tripped bus bar segment, and - issuing close commands for the connecting switching devices to connect the orphan bay to the un-tripped bus bar segment.
A method performed by a network element, comprising: detecting a reportable event; determining whether or how to report the event based on a probability criterion comprising generation of a random number and comparing this number with the probability criterion in the form of a threshold; taking an action with respect to reporting the event based on whether the probability criterion is met comprising reporting of the event to a management system or to a peer network element when the random number is above the threshold and storing an event report when the random number is below the threshold; and altering the random number generation in dependence of the action taken such that at least one of the probability of exceeding the threshold is increased each time the event is not reported; and the probability of exceeding the threshold is increased as the number of stored event reports increases. detecting a reportable event; determining whether or how to report the event based on a probability criterion comprising generation of a random number and comparing this number with the probability criterion in the form of a threshold; taking an action with respect to reporting the event based on whether the probability criterion is met comprising reporting of the event to a management system or to a peer network element when the random number is above the threshold and storing an event report when the random number is below the threshold; and altering the random number generation in dependence of the action taken such that at least one of the probability of exceeding the threshold is increased each time the event is not reported; and the probability of exceeding the threshold is increased as the number of stored event reports increases. the probability of exceeding the threshold is increased each time the event is not reported; and the probability of exceeding the threshold is increased as the number of stored event reports increases.