mhurhangee/patent-ind-claim-en huggingface dataset:
A handheld information processing apparatus comprising: a computer , a microcomputer , a switcher which switches said information processing apparatus between an unused state and a used state; wherein the unused state is a power-saving mode where the computer is in an inactive state, and the used state is a normal mode, a switch determiner (50, 68, S13, S27) which determines whether or not said used state switches to said unused state; an acceleration sensor connected to the microcomputer and the acceleration sensor and the microcomputer are made to function as a pedometer (S203, S205) which measures step counts of a user when said information processing apparatus is switched to said unused state; a first memory unit storing a plurality of applications; a second memory unit incorporated in the microcomputer for storing step count values measured during a first unit of time in the unused state and for moving the step count values to the first memory unit at every second unit of time longer than the first unit of time, wherein the microcomputer is configured to activate the computer at the second unit of time to store the step count value; an accumulator (50, 56, S3, S61, S63, S67, S69, S85, S87, S91, S93, S97, S101) provided on the computer which converts the step counts measured by said pedometer (68, 88, S203, S205) into a step count correlation value in correlation with said step counts when said switch determiner determines that said unused state is switched to said used state and accumulates the same to be commonly usable for the plurality of applications; an application executor (50, S7, S11) provided on the computer which executes any one of the applications out of said plurality of applications stored in said memory unit ; and a utilizer (50, S119, S123, S125, S155, S157, S159) provided on the computer which utilizes the step count correlation value accumulated by said accumulator (50, 56, S3, S61, S63, S67, S69, S85, S87, S91, S93, S97, S101) in each of the applications to be executed by said application executor (50, S7, S11).
A pour tube for use in casting a stream of molten metal from an upstream position to a downstream position, the pour tube having a longitudinal axis and comprising - an inner surface defining a bore having a radial extent and - a port distributor in fluid communication, said port distributor being located downstream of the bore, said bore having a radial extent and an outer surface having four, five or six exit ports , said exit ports being in fluid communication with the port distributor , said exit ports comprise an inner wall and an outer wall , each in communication with the port distributor and the outer surface , wherein the outer wall has a greater length than the inner wall , wherein horizontal projections of the outer walls of the exit ports do not intersect the bore wherein the outer walls of the exit ports are tangent to a circle that is concentric with the bore , said circle being defined by the radial extent of the port distributor and has a greater radius than the radial extent of the bore wherein the exit ports have a nonzero flare angle in the horizontal plane that is equal to or less than theta/2, wherein theta is the rotation angle around the periphery of the port distributor occupied by the port, expressed in radians and wherein the port distributor has a greater radius with respect to the longitudinal axis than does the bore. - an inner surface defining a bore having a radial extent and - a port distributor in fluid communication, said port distributor being located downstream of the bore, said bore having a radial extent
A plastic bottle comprising a hollow thin-walled body ending with a neck, and a holder which is designed in the form of an open groove, molded in the body, parallel to the central axis of the bottle and extending for more than half the height of the bottle, characterized by the fact that the projections of the walls of the groove on the plane, which is perpendicular to the transverse axis of the groove, are in the form of zigzag-shaped lines, where each zigzag-shaped line may consist of sections of straightlines and/or sections of curved lines.
A computer-implemented method for detecting cyber-attacks affecting a computing device, the method comprising: retrieving a plurality of sensor datasets with heterogeneous modalities from a plurality of sensors, each sensor dataset corresponding to involuntary emissions from the computing device in a particular modality; extracting a plurality of features from the plurality of sensor datasets using a Boltzmann machine to fuse features derived from each particular modality; applying by an online detection module one or more statistical models to the plurality of features to identify one or more events related to the computing device; and applying by the online detection module, a domain-specific ontology to designate each of the one or more events as benign, failure, or a cyber-attack. retrieving a plurality of sensor datasets with heterogeneous modalities from a plurality of sensors, each sensor dataset corresponding to involuntary emissions from the computing device in a particular modality; extracting a plurality of features from the plurality of sensor datasets using a Boltzmann machine to fuse features derived from each particular modality; applying by an online detection module one or more statistical models to the plurality of features to identify one or more events related to the computing device; and applying by the online detection module, a domain-specific ontology to designate each of the one or more events as benign, failure, or a cyber-attack.
An apparatus for gel electrophoresis comprising: a gel cassette ; and a comb having at least one tooth , the tooth having at least one side that is slanted and extending from a plane parallel to a bottom surface of the tooth at an angle of between 45 degrees to 90 degrees, the tooth having a volume of at least 40 μL. a gel cassette ; and a comb having at least one tooth , the tooth having at least one side that is slanted and extending from a plane parallel to a bottom surface of the tooth at an angle of between 45 degrees to 90 degrees, the tooth having a volume of at least 40 μL.
A method of operating a magnetic resonance imaging system with regard to adjusting a radio frequency excitation field B 1 to be applied to a subject of interest to be imaged, the magnetic resonance imaging system being configured for acquiring magnetic resonance images of at least a portion of the subject of interest , the method comprising steps of - determining at least one position parameter (d) that is indicative of a position of at least the portion of the subject of interest relative to at least one radio frequency transmit antenna of the magnetic resonance imaging system ; and - adjusting at least one radio frequency power-related parameter of radio frequency power to be fed to the at least one radio frequency transmit antenna in dependence of at least one out of the determined at least one position parameter (d) and a determined geometric dimension (w) of the subject of interest , characterized in that the step of determining the at least one position parameter (d) is carried out by employing a proximity detection unit having at least two proximity detectors (D 1 , D 9 ) that are arranged to aim towards opposite halves of the subject of interest , the method further comprising a step of - determining at least one lateral dimension (w) of the subject of interest ; and wherein the step of - adjusting the at least one radio frequency power-related parameter of the radio frequency power to be fed to the at least one radio frequency transmit antenna further is carried out in dependence of both the determined at least one position parameter (d) and the at least one lateral dimension (w) of the subject of interest . - determining at least one position parameter (d) that is indicative of a position of at least the portion of the subject of interest relative to at least one radio frequency transmit antenna of the magnetic resonance imaging system ; and - adjusting at least one radio frequency power-related parameter of radio frequency power to be fed to the at least one radio frequency transmit antenna in dependence of at least one out of the determined at least one position parameter (d) and a determined geometric dimension (w) of the subject of interest , characterized in that the step of determining the at least one position parameter (d) is carried out by employing a proximity detection unit having at least two proximity detectors (D 1 , D 9 ) that are arranged to aim towards opposite halves of the subject of interest , the method further comprising a step of - determining at least one lateral dimension (w) of the subject of interest ; and wherein the step of - adjusting the at least one radio frequency power-related parameter of the radio frequency power to be fed to the at least one radio frequency transmit antenna further is carried out in dependence of both the determined at least one position parameter (d) and the at least one lateral dimension (w) of the subject of interest .
A method for producing graphene flakes by direct exfoliation of flake graphite, characterised in that it comprises the following steps: a) an aqueous suspension of graphite with addition of one or more surface active agents is prepared, thereby allowing water molecules to penetrate the graphite layers; b) the suspension is frozen, thereby expanding the volume of water between the graphite layers; c) the suspension is dried, thereby obtaining graphene flakes. a) an aqueous suspension of graphite with addition of one or more surface active agents is prepared, thereby allowing water molecules to penetrate the graphite layers; b) the suspension is frozen, thereby expanding the volume of water between the graphite layers; c) the suspension is dried, thereby obtaining graphene flakes.
Spinning position of an air-jet spinning machine, which serves the purpose of producing a yarn from a fiber composite , whereas the spinning position possesses a spinning nozzle with a vortex chamber featuring an inlet opening for the fiber composite , whereas the spinning position features air nozzles directed into the vortex chamber , which air nozzles flow into the vortex chamber in the area of a wall surrounding the vortex chamber and through which air nozzles, during operation of the spinning position , compressed air can be introduced into the vortex chamber in a given direction of rotation, in order to confer upon the fiber composite a rotation in the specified direction of rotation, and whereas the air nozzles are connected to a source of compressed air with the assistance of at least one fluid connection , characterized in that the spinning position includes a plurality of replaceable throttle element , with the assistance of each single throttle element the volume flow of the compressed air, which flows from the source of compressed air into the vortex chamber during the operation of the spinning position , is limited, whereas the respectively used throttle element is placed in the flow path of the compressed air between the source of compressed air and the air nozzles and is integrated into the fluid connection , the throttle elements being designed as a component which can be detached from the fluid connection , and selectively a throttle element being used, at a defined air pressure of the source of compressed air , permits a specific air volume to flow in the area of the air nozzles .
A hybrid module for a drive train of a motor vehicle, having a disconnect coupling for coupling an input-side drive shaft of an internal combustion engine for mechanically driving the motor vehicle to an output-side intermediate shaft of an electric machine for electrically driving the motor vehicle, and an actuating device , which can be rotated together with the drive shaft or with the intermediate shaft and which has a pressure chamber which can be connected to a pressure source to provide a hydraulic actuation pressure which can be built up with the help of a hydraulic medium to actuate the disconnect coupling , characterised in that the disconnect coupling is designed as a normally-engaged clutch, in which a pressing plate is closed by a return spring designed as a leaf spring assembly and is opened against the spring force of the return spring when there is an actuation pressure in the pressure chamber of the actuating device , and wherein the actuating device also has a compensation device for at least partially compensating for a pressure change in the pressure chamber caused by centrifugal forces acting on the hydraulic medium. a disconnect coupling for coupling an input-side drive shaft of an internal combustion engine for mechanically driving the motor vehicle to an output-side intermediate shaft of an electric machine for electrically driving the motor vehicle, and an actuating device , which can be rotated together with the drive shaft or with the intermediate shaft and which has a pressure chamber which can be connected to a pressure source to provide a hydraulic actuation pressure which can be built up with the help of a hydraulic medium to actuate the disconnect coupling , characterised in that the disconnect coupling is designed as a normally-engaged clutch, in which a pressing plate is closed by a return spring designed as a leaf spring assembly and is opened against the spring force of the return spring when there is an actuation pressure in the pressure chamber of the actuating device , and wherein the actuating device also has a compensation device for at least partially compensating for a pressure change in the pressure chamber caused by centrifugal forces acting on the hydraulic medium.
Device for dosing a powder, in particular a pulverulent pharmaceutical, having a storage container which has a storage chamber for storing a stored quantity of the powder to be dosed, wherein the storage container has a dosing opening , wherein the device has a dosing control element which can be movably driven and which, in a closing position, closes the dosing opening and, in at least one freeing position, frees the dosing opening for the dispensing of powder from the storage container into a target container to be filled, wherein the device has a vibration means which sets the powder in vibration in order to assist with the dispensing of powder, wherein the storage container has two container parts which are movable relative to one another and which delimit mutually connected sub-chambers of the storage chamber and each store a portion of the stored quantity of powder, wherein a first container part has the dosing opening and wherein the vibration means cooperates with the first container part and thus sets the portion of the powder that is disposed in the first container part in vibration, and wherein the vibration means is uncoupled from the second container part , wherein a vibration axis along which the first container part is set in vibration runs parallel to an axis along which powder is dispensed from the dosing opening during the dosing process, characterized in that there is arranged between the container parts at least one resilient annular or tubular element which bounds a transition region between the sub-chambers of the storage container .
Hydraulic block for a brake system of a vehicle, having: at least one check valve which is arranged in a check valve receiving bore which extends partially through the hydraulic block , having - a fixedly arranged valve seat which projects at least partially into the check valve receiving bore ; and - a valve body which is adjustable within at least a first subregion of the check valve receiving bore ; wherein the check valve can be sealed off by means of contact between the valve body and the valve seat ; wherein the check valve receiving bore is formed as a stepped depression in the hydraulic block , having the first subregion with at least a minimum diameter and having an inner, second subregion with at most a maximum diameter smaller than the minimum diameter; wherein the valve seat is inserted at and/or in the check valve receiving bore so as to be in direct contact with at least an inner wall of the check valve receiving bore ; wherein the valve body is arranged adjustably within the first subregion of the check valve receiving bore without a cage; and wherein the valve body is of rotationally symmetrical form with a rounded side directed towards the valve seat ; characterized in that the valve body comprises a conical or frustoconical intermediate portion or end portion; and, on a side of the valve body directed away from the valve seat , there are formed guide projections which project into guide tracks in the at least one inner wall of the check valve receiving bore . at least one check valve which is arranged in a check valve receiving bore which extends partially through the hydraulic block , having - a fixedly arranged valve seat which projects at least partially into the check valve receiving bore ; and - a valve body which is adjustable within at least a first subregion of the check valve receiving bore ; - a fixedly arranged valve seat which projects at least partially into the check valve receiving bore ; and - a valve body which is adjustable within at least a first subregion of the check valve receiving bore ; wherein the check valve can be sealed off by means of contact between the valve body and the valve seat ; wherein the check valve receiving bore is formed as a stepped depression in the hydraulic block , having the first subregion with at least a minimum diameter and having an inner, second subregion with at most a maximum diameter smaller than the minimum diameter; wherein the valve seat is inserted at and/or in the check valve receiving bore so as to be in direct contact with at least an inner wall of the check valve receiving bore ; wherein the valve body is arranged adjustably within the first subregion of the check valve receiving bore without a cage; and wherein the valve body is of rotationally symmetrical form with a rounded side directed towards the valve seat ; characterized in that the valve body comprises a conical or frustoconical intermediate portion or end portion; and, on a side of the valve body directed away from the valve seat , there are formed guide projections which project into guide tracks in the at least one inner wall of the check valve receiving bore .
Apparatus for transferring torques with the interposition of rubber-elastic elements from a drive , e.g. a motor , to an output , e.g. to an output shaft , comprising a drive-side fastening region and an output-side fastening region , wherein, between the drive-side fastening region and the output-side fastening region , a device , inductively supplied with operating voltage by a stationary voltage supply unit , co-rotating with the fastening regions , for measuring the transferred torque and/or for determining the rotational speed of the apparatus , is arranged or measurement electronics as a component of the device , inductively supplied with operating voltage by a stationary voltage supply unit , co-rotating with the fastening regions for determining the rotational speed of the apparatus is arranged, wherein the device comprises a communication module which is designed to transmit information about the transferred torque and/or information about the rotational speed of the apparatus and/or another parameter or measured values, related to a state of the apparatus and recorded by the device , to a counter communication module .
A computerized device for processing image data, the computerized device comprising: a receiving unit which is configured to receive optical coherence tomography data (OCT) of a tissue related to a retina of a patient, a providing unit which is configured to provide a prediction model (PM) for processing the optical coherence tomography data (OCT), a processing unit which is configured to process the received optical coherence tomography data (OCT) using the prediction model (PM) for providing at least one prediction parameter (PP) for predicting prospective objects (O) of the tissue and prospective features (F) allocated to the tissue, wherein the objects (O) include at least one of an intraretinal fluid, intraretinal cystoid fluid (IRC), a subretinal fluid (SRF), a druse, a pseudodruse, a retinal layer, a choroidal layer, a pigment-epithelial detachment, a hyperreflective focus, a subretinal hyperreflective material, a hemorrhage, a vitreous membrane, an epiretinal membrane, and a retinal vessel, and a determining unit for determining the objects (O) in the tissue by processing the optical coherence tomography data (OCT) using a convolutional neural network. a receiving unit which is configured to receive optical coherence tomography data (OCT) of a tissue related to a retina of a patient, a providing unit which is configured to provide a prediction model (PM) for processing the optical coherence tomography data (OCT), a processing unit which is configured to process the received optical coherence tomography data (OCT) using the prediction model (PM) for providing at least one prediction parameter (PP) for predicting prospective objects (O) of the tissue and prospective features (F) allocated to the tissue, wherein the objects (O) include at least one of an intraretinal fluid, intraretinal cystoid fluid (IRC), a subretinal fluid (SRF), a druse, a pseudodruse, a retinal layer, a choroidal layer, a pigment-epithelial detachment, a hyperreflective focus, a subretinal hyperreflective material, a hemorrhage, a vitreous membrane, an epiretinal membrane, and a retinal vessel, and a determining unit for determining the objects (O) in the tissue by processing the optical coherence tomography data (OCT) using a convolutional neural network.
A sprayable polyurethane coating composition, comprising the reaction product of an isocyanate component and an isocyanate-reactive component, wherein: the isocyanate component includes an isocyanate, and the isocyanate-reactive component includes a cardanol-modified epoxy polyol, the cardanol-modified epoxy polyol being a reaction product of an epoxy component and an epoxy-reactive component at a ratio of epoxy groups to epoxy reactive groups from 1:0.95 to 1:5, the epoxy-reactive component including a cardanol component, and the cardanol-modified epoxy polyol having an epoxide equivalent weight of from 30,000 g/eq to 100,000 g/eq. the isocyanate component includes an isocyanate, and the isocyanate-reactive component includes a cardanol-modified epoxy polyol, the cardanol-modified epoxy polyol being a reaction product of an epoxy component and an epoxy-reactive component at a ratio of epoxy groups to epoxy reactive groups from 1:0.95 to 1:5, the epoxy-reactive component including a cardanol component, and the cardanol-modified epoxy polyol having an epoxide equivalent weight of from 30,000 g/eq to 100,000 g/eq.