mhurhangee/patent-ind-claim-en huggingface dataset:
A machine tool for the finishing of panels comprising a feeding device , which defines a support plane (P) for at least one panel and is designed to feed the panel from an input station to an output station of the machine tool; a finishing device , which is mounted between the input and output stations so as to carry out a finishing processing of the panel ; and a braking assembly to brake the panel so that a feeding speed (V3) of the panel through the output station is, at the most, equal to a given threshold value (V2); the braking assembly comprising a contact roller , which is arranged in contact with an upper face of the panel and mounted so as to rotate around a rotation axis , which is transverse to a feeding direction of the panel ; a transmission shaft , which extends through the contact roller and is mounted so as to rotate around the rotation axis ; coupling means to angularly lock the transmission shaft and the contact roller to one another; and actuator means to move the transmission shaft around the rotation axis ; and the actuator means comprising an electric motor connected to the transmission shaft the machine tool being characterized in that the braking assembly actuator means further comprise a control device to selectively control the operation of the electric motor and, hence, a peripheral speed (V2) of the transmission shaft depending on a feeding speed (V1) of the feeding device .
Computer-implemented method for verifying the correct deployment of an airbag device (A), comprising, in a test vehicle or in a test vehicle model, triggering the deployment of the air chamber (C) of said airbag device (A), taking at least one image of a scene including said air chamber (C) at a plurality of discrete times following the triggering of its deployment and verifying the volume of inflation and/or deployment of said air chamber (C) at said plurality of discrete times after the triggering of the deployment based on said image, characterized in that the method comprises the steps of: - identifying or selecting at least one investigation region (Z) in at least one image analysis area (R); - identifying a portion of said investigation region (Z) representative of said deployed air chamber (C) having a measurement of at least one geometric extension of said portion not lower than a reference threshold value; and - measuring the time interval elapsed from the triggering of the deployment of the air chamber (C) to the discrete point in time associated with said identification of a portion of said investigation region (Z) representative of said deployed air chamber (C) having a measurement of at least one geometric extension of said portion not less than a reference threshold value, and comparing said measured time interval with a reference time threshold value associated with said reference geometric extension threshold value, whereby if said measured time interval is less than or equal to the reference time threshold value, the airbag device (A) has reached a correct deployment, and if said measured time interval is greater than the reference time threshold value, the airbag device (A) has not reached a correct deployment. - identifying or selecting at least one investigation region (Z) in at least one image analysis area (R); - identifying a portion of said investigation region (Z) representative of said deployed air chamber (C) having a measurement of at least one geometric extension of said portion not lower than a reference threshold value; and - measuring the time interval elapsed from the triggering of the deployment of the air chamber (C) to the discrete point in time associated with said identification of a portion of said investigation region (Z) representative of said deployed air chamber (C) having a measurement of at least one geometric extension of said portion not less than a reference threshold value, and comparing said measured time interval with a reference time threshold value associated with said reference geometric extension threshold value, whereby if said measured time interval is less than or equal to the reference time threshold value, the airbag device (A) has reached a correct deployment, and if said measured time interval is greater than the reference time threshold value, the airbag device (A) has not reached a correct deployment.
An apparatus, comprising: a memory device ; and a controller coupled to the memory device configured to: perform operations on the memory device based on commands received from a host according to a protocol, wherein the protocol includes non-deterministic timing of the operations, wherein the controller sends a read ready command in response to receiving the commands from the host and having data associated with the commands ready to send to the host by locating the data in the memory device, and wherein the host sends a read send signal to the controller in response to receiving the read ready command. a memory device ; and a controller coupled to the memory device configured to: perform operations on the memory device based on commands received from a host according to a protocol, wherein the protocol includes non-deterministic timing of the operations, wherein the controller sends a read ready command in response to receiving the commands from the host and having data associated with the commands ready to send to the host by locating the data in the memory device, and wherein the host sends a read send signal to the controller in response to receiving the read ready command.
A suspension monitoring and adjustment system for an off-road vehicle, the system comprising: a distance sensor arranged to measure shock displacement of a suspension of the vehicle ; an output device communicatively coupled to the distance sensor and configured to output shock displacement data generated by the distance sensor ; and a non-transitory program storage medium on which are stored instructions executable by a processor or programmable circuit to produce a visual representation of the shock displacement data output by the output device ; characterised in that the visual representation of the shock displacement data includes a graph of shock displacement over time. a distance sensor arranged to measure shock displacement of a suspension of the vehicle ; an output device communicatively coupled to the distance sensor and configured to output shock displacement data generated by the distance sensor ; and a non-transitory program storage medium on which are stored instructions executable by a processor or programmable circuit to produce a visual representation of the shock displacement data output by the output device ; characterised in that the visual representation of the shock displacement data includes a graph of shock displacement over time.
Method for determining a current gaze direction of a user in relation to a three-dimensional ("3D") scene , which 3D scene is sampled by a rendering function to produce a two-dimensional ("2D") projection image of the 3D scene , which sampling is performed based on a virtual camera in turn being associated with a virtual camera position and virtual camera direction in the 3D scene , wherein the method comprises the steps: determining, by a gaze direction detection means , a first gaze direction of the user at a first gaze time point (T G1 ), which first gaze direction is related to said 3D scene ; charcterized by determining a virtual camera 3D movement, which 3D movement of the virtual camera represents a change of a virtual camera position and/or virtual camera direction between the first gaze time point (T G1 ) and a second sampling time point (T R2 ), where the second sampling time point (T R2 ) is later than the first gaze time point (T G1 ); and determining the said current gaze direction as a modified gaze direction, in turn calculated based on the first gaze direction, and further calculated based on an inverse of said time-dependent virtual camera 3D movement. determining, by a gaze direction detection means , a first gaze direction of the user at a first gaze time point (T G1 ), which first gaze direction is related to said 3D scene ; charcterized by determining a virtual camera 3D movement, which 3D movement of the virtual camera represents a change of a virtual camera position and/or virtual camera direction between the first gaze time point (T G1 ) and a second sampling time point (T R2 ), where the second sampling time point (T R2 ) is later than the first gaze time point (T G1 ); and determining the said current gaze direction as a modified gaze direction, in turn calculated based on the first gaze direction, and further calculated based on an inverse of said time-dependent virtual camera 3D movement.
Machine tool , in particular a grinding machine, having a working space in which a workpiece received in a transport element can be machined, the transport element having a plurality of workpiece receptacles for receiving workpieces to be machined, wherein a workpiece received in each workpiece receptacle is transportable into and out of the working space by means of the transport element , wherein a loading device is provided by means of which individual workpieces can each be fed to one workpiece receptacle of the transport element , characterised in that the loading device comprises a transport wheel which can rotate about a drive axis and has workpiece holding regions which are arranged and distributed along the circumference of the transport wheel , wherein the workpiece holding regions can be loaded with individual workpieces in a radially inward direction relative to the drive axis and which release individual workpieces into respective workpiece receptacles of the transport element in a radially outward direction relative to the drive axis .
A method for repairing a coated article, the article comprising: a ceramic matrix composite (CMC) substrate ; and a coating system (300; 300'; 300''; 300′′′) comprising: a plurality of layers (310, 320, 330; 305); and a damage site at least partially penetrating at least one of the layers (310, 320, 330; 305), the method comprising: forming a repair layer by plasma spray or slurry depositing of a filler into the damage site , the filler having a depthwise gradation of calcium magnesium alumino-silicate (CMAS). a ceramic matrix composite (CMC) substrate ; and a coating system (300; 300'; 300''; 300′′′) comprising: a plurality of layers (310, 320, 330; 305); and a damage site at least partially penetrating at least one of the layers (310, 320, 330; 305),
Drive having an electric motor , fed by a converter by means of first electrical lines, and an electromagnetically actuatable brake , the motor having an energy storage device from which energy can be drawn to actuate the brake , the energy storage device being able to be fed from the first electrical lines, characterised in that the drive comprises means that are configured such that the energy storage device is charged by the output current of the converter only when no closed-loop motor control of the motor is being carried out, i.e. when the motor is not being controlled by the signal electronics of the converter, the brake being a bistable brake such that electrical energy thus has to be supplied only for status changes, i.e. only for each actuation. the motor having an energy storage device from which energy can be drawn to actuate the brake , the energy storage device being able to be fed from the first electrical lines, characterised in that the drive comprises means that are configured such that the energy storage device is charged by the output current of the converter only when no closed-loop motor control of the motor is being carried out, i.e. when the motor is not being controlled by the signal electronics of the converter, the brake being a bistable brake such that electrical energy thus has to be supplied only for status changes, i.e. only for each actuation.
A compound of formula I Wherein R 1 is H, alkyl, cycloalkyl, haloalkyl, hydroxyalkyl, alkoxyalkyl, sulfanylalkyl, sulfinylalkyl, sulfonylalkyl, [tert-butoxycarbonyl-(methyl)amino]alkyl, aminoalkyl, acetyl(methyl)aminoalkyl, benzoxyalkyl, sulfonyl, alkoxy, aminoalkoxy, or amino; R 2 is an unsubstituted aryl ring, a substituted aryl ring or a substituted heteroaryl ring wherein substituted aryl ring or substituted heteroaryl ring is substituted with one or more substituents independently selected from halogen, alkyl, alkoxy, sulfanyl, aminoalkyl, haloalkyl or cyano; R 3 is an unsubstituted aryl ring, an unsubstituted heteroaryl ring, or a substituted heteroaryl ring, wherein substituted heteroaryl ring is substituted with one or more substituents independently selected from alkyl, halogen, haloalkyl, alkoxy or hydroxy; or a pharmaceutically acceptable salts thereof. R 1 is H, alkyl, cycloalkyl, haloalkyl, hydroxyalkyl, alkoxyalkyl, sulfanylalkyl, sulfinylalkyl, sulfonylalkyl, [tert-butoxycarbonyl-(methyl)amino]alkyl, aminoalkyl, acetyl(methyl)aminoalkyl, benzoxyalkyl, sulfonyl, alkoxy, aminoalkoxy, or amino; R 2 is an unsubstituted aryl ring, a substituted aryl ring or a substituted heteroaryl ring wherein substituted aryl ring or substituted heteroaryl ring is substituted with one or more substituents independently selected from halogen, alkyl, alkoxy, sulfanyl, aminoalkyl, haloalkyl or cyano; R 3 is an unsubstituted aryl ring, an unsubstituted heteroaryl ring, or a substituted heteroaryl ring, wherein substituted heteroaryl ring is substituted with one or more substituents independently selected from alkyl, halogen, haloalkyl, alkoxy or hydroxy; or a pharmaceutically acceptable salts thereof.
A communication and interaction method for communicating and interacting between an electric unit and a power supply unit , comprising: providing a communication module between the power supply unit and the electric unit ; sending, by the power supply unit , a first identification information to the electric unit through the communication module ; parsing, by the electric unit , the first identification information through the communication module ; characterized by replying, by the electric unit , a second identification information to the power supply unit through the communication module according to the first identification information parsed through the communication module ; parsing the second identification information through the communication module ; and matching, by the communication module , a serial communication protocol and a communication mode which are applicable to the power supply unit and the electric unit simultaneously through the first identification information and the second identification information and the communication mode at least comprises a structure of a communication line which is capable of being communicatively connected with the power supply unit and the electric unit , such that communication between the electric unit and the power supply unit is established. providing a communication module between the power supply unit and the electric unit ; sending, by the power supply unit , a first identification information to the electric unit through the communication module ; parsing, by the electric unit , the first identification information through the communication module ; characterized by replying, by the electric unit , a second identification information to the power supply unit through the communication module according to the first identification information parsed through the communication module ; parsing the second identification information through the communication module ; and matching, by the communication module , a serial communication protocol and a communication mode which are applicable to the power supply unit and the electric unit simultaneously through the first identification information and the second identification information and the communication mode at least comprises a structure of a communication line which is capable of being communicatively connected with the power supply unit and the electric unit , such that communication between the electric unit and the power supply unit is established.
A print agent drying unit to dry print agent on a substrate , the drying unit comprising: a substrate support to support a substrate ; an exciter to cause the substrate to vibrate on the substrate support so as to excite a vapour-saturated boundary layer at a surface of print agent applied on the substrate , to thereby dissociate the vapour-saturated boundary layer from the print agent ; a heater to heat the print agent to dry the print agent wherein the exciter is integral with or coupled to the substrate support to cause the substrate support to vibrate; characterized in that : the exciter comprises a plurality of suction passageways for coupling to a vacuum source for retaining the substrate against the substrate support. a substrate support to support a substrate ; an exciter to cause the substrate to vibrate on the substrate support so as to excite a vapour-saturated boundary layer at a surface of print agent applied on the substrate , to thereby dissociate the vapour-saturated boundary layer from the print agent ; a heater to heat the print agent to dry the print agent wherein the exciter is integral with or coupled to the substrate support to cause the substrate support to vibrate; characterized in that : the exciter comprises a plurality of suction passageways for coupling to a vacuum source for retaining the substrate against the substrate support.
A computing device comprising: an in-memory database ; an external database compute unit configured to generate a schema in the in-memory database based on a portion of an external database , wherein the in-memory database is configured to use a first defined database query language and the external database is configured to use a second defined database query language that differs from the first defined database query language; a relational search unit configured to receive a request for data and generate a resolved-request including an ordered sequence of tokens that represent the request for data; a semantic interface configured to interface with the in-memory database and interface with the external database , wherein the semantic interface is further configured to receive the resolved-request and to generate a data-query based on the in-memory database schema for execution on the external database on a condition that a previous data-query associated with the data-query was executed on the external database ; an external database specific serializer configured to generate an external database specific query based on the data-query in accordance with the second defined database query language; and an interface unit configured to receive results data responsive to the execution of the external database specific query from the external database via the semantic interface and output the results data for display on a user interface. an in-memory database ; an external database compute unit configured to generate a schema in the in-memory database based on a portion of an external database , wherein the in-memory database is configured to use a first defined database query language and the external database is configured to use a second defined database query language that differs from the first defined database query language; a relational search unit configured to receive a request for data and generate a resolved-request including an ordered sequence of tokens that represent the request for data; a semantic interface configured to interface with the in-memory database and interface with the external database , wherein the semantic interface is further configured to receive the resolved-request and to generate a data-query based on the in-memory database schema for execution on the external database on a condition that a previous data-query associated with the data-query was executed on the external database ; an external database specific serializer configured to generate an external database specific query based on the data-query in accordance with the second defined database query language; and an interface unit configured to receive results data responsive to the execution of the external database specific query from the external database via the semantic interface and output the results data for display on a user interface.
A terminal device comprising means configured to: establish a first radio resource connection with a Radio Access Network, RAN, node, the first radio resource connection having a first Radio Network Temporary Identifier and being associated with a first subscription identity used by the terminal device to register in a network; perform a radio resource connection setup procedure for establishing a second radio resource connection with the RAN node, the second radio resource connection being associated with a second subscription identity used by the terminal device to register in the network; indicate, to the RAN node, that the terminal device has an existing radio resource connection with the RAN node; receive , from the RAN node, a second Radio Network Temporary Identifier associated with the second radio resource connection and an additional Radio Network Temporary Identifier common to the first and second radio resource connections; and use the common Radio Network Temporary Identifier for communication with the RAN node. establish a first radio resource connection with a Radio Access Network, RAN, node, the first radio resource connection having a first Radio Network Temporary Identifier and being associated with a first subscription identity used by the terminal device to register in a network; perform a radio resource connection setup procedure for establishing a second radio resource connection with the RAN node, the second radio resource connection being associated with a second subscription identity used by the terminal device to register in the network; indicate, to the RAN node, that the terminal device has an existing radio resource connection with the RAN node; receive , from the RAN node, a second Radio Network Temporary Identifier associated with the second radio resource connection and an additional Radio Network Temporary Identifier common to the first and second radio resource connections; and use the common Radio Network Temporary Identifier for communication with the RAN node.