mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking robot comprising: a cooking arm configured to perform a cooking operation for making a dish; a control unit configured to control the cooking operation performed by the cooking arm using recipe data including a data set in which cooking operation data and sensation data are linked, the cooking operation data describing information regarding an ingredient of the dish and information regarding an operation of a cook in a cooking process using the ingredient, and the sensation data indicating a sensation of the cook measured in conjunction with a progress of the cooking process, characterised in that the sensation data comprises flavor information which is configured by gustatory information, the gustatory information being generated by a gustatory information neural network model which has performed learning using gustatory sensor data of the ingredient and the sensation of the cook upon eating the ingredient. a cooking arm configured to perform a cooking operation for making a dish; a control unit configured to control the cooking operation performed by the cooking arm using recipe data including a data set in which cooking operation data and sensation data are linked, the cooking operation data describing information regarding an ingredient of the dish and information regarding an operation of a cook in a cooking process using the ingredient, and the sensation data indicating a sensation of the cook measured in conjunction with a progress of the cooking process, characterised in that the sensation data comprises flavor information which is configured by gustatory information, the gustatory information being generated by a gustatory information neural network model which has performed learning using gustatory sensor data of the ingredient and the sensation of the cook upon eating the ingredient.
An operation request allocation method, comprising: obtaining (S101), by a server, an operation request sent by a client device for an operation specific to a blockchain, the operation specific to the blockchain comprising a read operation or a write operation; obtaining (S102) attribute information of a user who logs in to the client device; determining (S103) a node condition selected by the user based on the attribute information; determining (S104) a target link node from a set of nodes of the blockchain keeping a persistent Transmission Control Protocol, TCP, link to the server based on the node condition; and allocating (S105) the operation request for the read or write operation to the blockchain to the target link node of the blockchain. obtaining (S101), by a server, an operation request sent by a client device for an operation specific to a blockchain, the operation specific to the blockchain comprising a read operation or a write operation; obtaining (S102) attribute information of a user who logs in to the client device; determining (S103) a node condition selected by the user based on the attribute information; determining (S104) a target link node from a set of nodes of the blockchain keeping a persistent Transmission Control Protocol, TCP, link to the server based on the node condition; and allocating (S105) the operation request for the read or write operation to the blockchain to the target link node of the blockchain.
Fibrous preform for forming the fibrous reinforcement of a composite material part with fibrous reinforcement densified by a matrix, the fibrous preform being made as a single piece and obtained by three-dimensional weaving of a plurality of longitudinal threads or strands, (c 1 -c 16 ) extending in a direction corresponding to the longitudinal direction (L) of the part with a plurality of transverse threads or strands (t 1 -t 16 ), the preform comprising a first skin , a second skin and a central portion connecting the first skin to the second skin, the central portion being intended to form a stiffening element of the part in the longitudinal direction, characterised in that , in a transverse plane of the preform: - transverse threads or strands of the first skin (t 1 -t 8 ) and of the second skin (t 9 -t 16 ) are woven in pairs in the first skin and in the second skin on either side of the central portion, - the threads or strands of at least a first pair of transverse threads or strands (t 5 -t 6 , t 7 -t 8 ) of the first skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, - the threads or strands of at least one second pair of transverse threads or strands (t 9 -t 10 , t 11 -t 12 ) of the second skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, and - at least one thread or strand (t 7 , t 8 ) of the first pair and at least one thread or strand of the second pair (t 9 ) cross at least twice in the central portion. - transverse threads or strands of the first skin (t 1 -t 8 ) and of the second skin (t 9 -t 16 ) are woven in pairs in the first skin and in the second skin on either side of the central portion, - the threads or strands of at least a first pair of transverse threads or strands (t 5 -t 6 , t 7 -t 8 ) of the first skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, - the threads or strands of at least one second pair of transverse threads or strands (t 9 -t 10 , t 11 -t 12 ) of the second skin are separated into two unitary threads or strands at the central portion, said unitary threads or strands being separately woven with the longitudinal threads or strands in said portion, and - at least one thread or strand (t 7 , t 8 ) of the first pair and at least one thread or strand of the second pair (t 9 ) cross at least twice in the central portion.
Weighing system , comprising - a base having a vertically extending base rear wall and a base floor projecting horizontally forward from the base rear wall , - a horizontal parallel link assembly having rear joints designed as horizontally extending material thin points and front joints likewise designed as horizontally extending material thin points, - a load receiver hinged to the base via said parallel link assembly , wherein the parallel link assembly is hinged to the base rear wall in a rear hinge plane by means of said rear joints and is hinged to the load receiver in a front hinge plane by means of said front joints , - a lever bearing designed as a vertically oriented material thin point, - a horizontally extending transmission lever having a front, short lever arm and a rear, long lever arm , wherein the transmission lever is mounted on the base by means of said lever bearing , which at one side is positioned between the lever arms on the transmission lever and at the other side is positioned on the base floor , and - a vertically extending coupling strip , wherein weight forces acting on the load receiver , which are deflected via said coupling strip , can be introduced into the short lever arm as tensile forces, and wherein projecting forward from the load receiver is a cantilever arm , which at its rear end is rigidly connected to the load receiver and at its front end has a mechanical interface for fixing a weighing goods support , characterized in that the lever bearing is arranged in front of the load receiver in the area below the cantilever arm . - a base having a vertically extending base rear wall and a base floor projecting horizontally forward from the base rear wall , - a horizontal parallel link assembly having rear joints designed as horizontally extending material thin points and front joints likewise designed as horizontally extending material thin points, - a load receiver hinged to the base via said parallel link assembly , wherein the parallel link assembly is hinged to the base rear wall in a rear hinge plane by means of said rear joints and is hinged to the load receiver in a front hinge plane by means of said front joints , - a lever bearing designed as a vertically oriented material thin point, - a horizontally extending transmission lever having a front, short lever arm and a rear, long lever arm , wherein the transmission lever is mounted on the base by means of said lever bearing , which at one side is positioned between the lever arms on the transmission lever and at the other side is positioned on the base floor , and - a vertically extending coupling strip , wherein weight forces acting on the load receiver , which are deflected via said coupling strip , can be introduced into the short lever arm as tensile forces, and wherein projecting forward from the load receiver is a cantilever arm , which at its rear end is rigidly connected to the load receiver and at its front end has a mechanical interface for fixing a weighing goods support , characterized in that the lever bearing is arranged in front of the load receiver in the area below the cantilever arm .
A flow generator (x 10) for generating a flow of breathable air to be delivered to a patient for treatment of sleep disordered breathing, the flow generator (x10) comprising: a housing (x20) including an inlet chamber (x33) having an air flow inlet (x27) configured to allow air to enter the housing (x20) and an air flow outlet (x29) of the housing (x20); and a blower (x30) provided within the housing (x20) and structured to generate a flow of pressurized breathable air, wherein the housing (x20) provides an air flow path from the air flow inlet (x27) into the inlet chamber (x33) towards a blower inlet (x32) of the blower (x30), and wherein the inlet air flow path comprises a semi-tortuous path to reduce noise, characterized by the flow generator (x10) further comprising an air filter cartridge (x70) provided to the air flow inlet (x27) to filter air drawn into the housing (x20) by the blower (x30), the air filter cartridge (x70) including a cartridge body (x72) and a filter media (x74) supported by the cartridge body (x72), wherein the cartridge body (x72) includes an arcuate-shaped air directing wall (x75) that provides a generally concave surface (7075-1) arranged to direct air flow away from the blower inlet of the blower. a housing (x20) including an inlet chamber (x33) having an air flow inlet (x27) configured to allow air to enter the housing (x20) and an air flow outlet (x29) of the housing (x20); and a blower (x30) provided within the housing (x20) and structured to generate a flow of pressurized breathable air, wherein the housing (x20) provides an air flow path from the air flow inlet (x27) into the inlet chamber (x33) towards a blower inlet (x32) of the blower (x30), and wherein the inlet air flow path comprises a semi-tortuous path to reduce noise, characterized by the flow generator (x10) further comprising an air filter cartridge (x70) provided to the air flow inlet (x27) to filter air drawn into the housing (x20) by the blower (x30), the air filter cartridge (x70) including a cartridge body (x72) and a filter media (x74) supported by the cartridge body (x72), wherein the cartridge body (x72) includes an arcuate-shaped air directing wall (x75) that provides a generally concave surface (7075-1) arranged to direct air flow away from the blower inlet of the blower.
A method for preparing magnetite comprising the steps of: a) reacting at a temperature of 100 to 500°C, a material containing wüstite with water, the water being the water of an aqueous solution whose pH is 2 to 5 when said aqueous solution is at 25°C and at 1 bar, to obtain a solid comprising the magnetite, then b) recovering the magnetite in the form of particles of which more than 25% by weight are nanoscale. a) reacting at a temperature of 100 to 500°C, a material containing wüstite with water, the water being the water of an aqueous solution whose pH is 2 to 5 when said aqueous solution is at 25°C and at 1 bar, to obtain a solid comprising the magnetite, then b) recovering the magnetite in the form of particles of which more than 25% by weight are nanoscale.
An attitude control method for a spacecraft rotating on itself with a non zero total angular momentum H TOT , said spacecraft comprising a set of inertia flywheels adapted to form an internal angular momentum H ACT of any axis in a craft reference frame, said method comprising a step of alignment of the axis of said total angular momentum H TOT with a principal axis of inertia of the spacecraft , during which step of alignment with the principal axis of inertia, the inertia flywheels are controlled so as to form an internal angular momentum H ACT such that the following expression: H ACT × J − 1 H TOT ⊗ J − 1 H TOT - is negative throughout the duration of the step of alignment with the principal axis of inertia if said targeted principal axis of inertia is the axis of maximum inertia of the spacecraft , - is positive throughout the duration of the step of alignment with the principal axis of inertia if said targeted principal axis of inertia is the axis of minimum inertia of the spacecraft , expression in which J is the inertia matrix of the spacecraft , the operator × is the scalar product between two vectors and the operator ⊗ is the vector product between two vectors, said method being characterized in that the inertia flywheels are controlled so as to form an internal angular momentum H ACT for which an angle θ between said internal angular momentum H ACT and the vector J -1 (H TOT ⊗ J -1 H TOT ) satisfies, throughout the duration of the step of alignment with the principal axis of inertia, the following expression: cos θ > 0.9 - is negative throughout the duration of the step of alignment with the principal axis of inertia if said targeted principal axis of inertia is the axis of maximum inertia of the spacecraft , - is positive throughout the duration of the step of alignment with the principal axis of inertia if said targeted principal axis of inertia is the axis of minimum inertia of the spacecraft ,
A parallel-connected converter assembly comprising a plurality of converters , wherein a first one of the converters comprises : first and second DC terminals connectable to a DC network , the first one of the converters including a converter limb extending between the DC terminals , the converter limb including first and second limb portions separated by an AC terminal , the AC terminal connectable to an AC network each limb portion including at least one director switch connected in series with a waveform synthesizer between the AC terminal and a respective one of the first and second DC terminals , the waveform synthesizers operable to control the modulation of an AC voltage waveform at the AC terminal , each director switch operable to switch the respective waveform synthesizer into and out of circuit between the respective DC terminal and the AC terminal , and a controller programmed to selectively control the switching of the director switches to switch both of the limb portions into circuit concurrently to form a current conduction path between the DC terminals , the current conduction path configured to carry a current for presentation to the DC network , wherein the controller is programmed to selectively operate the waveform synthesizers to inject at least one harmonic component to modulate the AC voltage waveform at the AC terminal so that during the formation of the current conduction path the magnitude of the modulated AC voltage waveform is lower than the magnitude of the fundamental component of the AC voltage waveform, and wherein the at least one harmonic component is a non-triplen harmonic component a second one of the converters being configured to synthesize a waveform, which when combined in a phase-shifting transformer arrangement with the synthesized waveform of the first converter, cancels said at least one harmonic component, wherein the parallel-connected converter assembly is configured to operate with said phase-shifting transformer arrangement, such that the fundamental component of the AC voltage waveforms output by said first and second one of the converters is applied to a secondary side and phase shifted by said phase-shifting transformer arrangement such that said at least one harmonic component cancels on the primary side of said phase-shifting transformer arrangement, the parallel-connected converter assembly including first and second DC transmission media , the first and second DC transmission media respectively including first and second DC network terminals connectable in use to a DC network , the first DC transmission medium interconnecting the first DC terminals of the converters , the second DC transmission medium interconnecting the second DC terminals of the converters .
A composition, the composition comprising a compound of Formula 4 and a compound of Formula B
A control method based on a mid-air gesture, comprising: enabling a display to display a user interface of an application; obtaining a mid-air gesture collected by a camera, wherein the mid-air gesture is a gesture whose distance from the display is greater than a preset threshold; and continuously adjusting , based on a first distance by which the mid-air gesture moves within a photographing range of the camera, a target function corresponding to the mid-air gesture, wherein the target function is a function that is of the application and that can be continuously adjusted, and an adjustment amount for continuous adjustment is positively correlated with the first distance, characterised in that the first distance is determined based on at least a focal length of the camera, a distance between the mid-air gesture and an optical center of the camera, and a second distance, wherein the second distance is used to indicate a distance by which a mid-air gesture on an imaging plane of the camera moves when the mid-air gesture moves within the photographing range of the camera. enabling a display to display a user interface of an application; obtaining a mid-air gesture collected by a camera, wherein the mid-air gesture is a gesture whose distance from the display is greater than a preset threshold; and continuously adjusting , based on a first distance by which the mid-air gesture moves within a photographing range of the camera, a target function corresponding to the mid-air gesture, wherein the target function is a function that is of the application and that can be continuously adjusted, and an adjustment amount for continuous adjustment is positively correlated with the first distance, characterised in that the first distance is determined based on at least a focal length of the camera, a distance between the mid-air gesture and an optical center of the camera, and a second distance, wherein the second distance is used to indicate a distance by which a mid-air gesture on an imaging plane of the camera moves when the mid-air gesture moves within the photographing range of the camera.
A plasma processing apparatus for plasma processing a substrate comprising: a chamber comprising one or more walls, in which a portion of the walls of the chamber is an electrode structure which is in direct communication with the interior of the chamber, wherein the electrode structure is formed from a metallic material and configured to act as a primary winding of an inductively coupled plasma source ; and an electrical signal supply device for supplying an electrical signal that drives the electrode structure as a primary winding of an inductively coupled plasma source to sustain an inductively coupled plasma within the chamber ; characterised in that : the electrode structure extends through at least one chamber wall from an outer surface to an inner surface thereof. a chamber comprising one or more walls, in which a portion of the walls of the chamber is an electrode structure which is in direct communication with the interior of the chamber, wherein the electrode structure is formed from a metallic material and configured to act as a primary winding of an inductively coupled plasma source ; and an electrical signal supply device for supplying an electrical signal that drives the electrode structure as a primary winding of an inductively coupled plasma source to sustain an inductively coupled plasma within the chamber ; characterised in that : the electrode structure extends through at least one chamber wall from an outer surface to an inner surface thereof.
A computer-implemented method, comprising: monitoring, by a mobile device comprising a processor, a first control channel in the beginning of a first transmission time interval, also referred to as TTI, to determine information of receiving a second control channel of a second TTI within the first TTI, wherein the second control channel occurs later than the first control channel and the second TTI is shorter than the first TTI ; monitoring, by the mobile device , the second control channel of the second TTI ; receiving, by the mobile device , a second downlink control information, also referred to as DCI, on the second control channel ; and performing, by the mobile device , a defined action based on the second DCI or a defined information , characterized in that the monitoring of the second control channel of the second TTI is based on the defined information when a first DCI on the first control channel in the first TTI is not detected, wherein the defined information is at least one of: a last received third DCI on the first control channel or part of the third DCI; and a fourth DCI of a last first TTI on the first control channel or part of the fourth DCI. monitoring, by a mobile device comprising a processor, a first control channel in the beginning of a first transmission time interval, also referred to as TTI, to determine information of receiving a second control channel of a second TTI within the first TTI, wherein the second control channel occurs later than the first control channel and the second TTI is shorter than the first TTI ; monitoring, by the mobile device , the second control channel of the second TTI ; receiving, by the mobile device , a second downlink control information, also referred to as DCI, on the second control channel ; and performing, by the mobile device , a defined action based on the second DCI or a defined information , characterized in that the monitoring of the second control channel of the second TTI is based on the defined information when a first DCI on the first control channel in the first TTI is not detected,