mhurhangee/patent-ind-claim-en huggingface dataset:
A Dynamic Random Access Memory, termed DRAM, device , comprising: plurality of memory cells arranged in rows and columns; input/output, termed I/O, interface circuitry configured to receive signals from and send signals to an I/O interface on a host apparatus, the I/O interface including an alert signal line (ALERT_n); row hammer, termed RH, detection circuitry configured to detect a RH attack on one or more rows of memory cells DRAM-side RH mitigation circuitry configured to perform DRAM-side operations in connection with an RH mitigation and/or recovery process; and means for setting an RH mode comprising one of an RH alert mode and an RH polling mode, wherein, in response to detection of an RH attack, the DRAM device is configured to, i) when the RH mode is set to the RH alert mode, assert a logic low signal on the alert signal line and ii) when the RH mode is set to the RH polling mode, modify an RH indicia stored on the DRAM device to indicate to the host apparatus via polling that an RH attack has been detected. plurality of memory cells arranged in rows and columns; input/output, termed I/O, interface circuitry configured to receive signals from and send signals to an I/O interface on a host apparatus, the I/O interface including an alert signal line (ALERT_n); row hammer, termed RH, detection circuitry configured to detect a RH attack on one or more rows of memory cells DRAM-side RH mitigation circuitry configured to perform DRAM-side operations in connection with an RH mitigation and/or recovery process; and means for setting an RH mode comprising one of an RH alert mode and an RH polling mode, wherein, in response to detection of an RH attack, the DRAM device is configured to, i) when the RH mode is set to the RH alert mode, assert a logic low signal on the alert signal line and ii) when the RH mode is set to the RH polling mode, modify an RH indicia stored on the DRAM device to indicate to the host apparatus via polling that an RH attack has been detected. i) when the RH mode is set to the RH alert mode, assert a logic low signal on the alert signal line and ii) when the RH mode is set to the RH polling mode, modify an RH indicia stored on the DRAM device to indicate to the host apparatus via polling that an RH attack has been detected.
A data estimation device comprising a learning unit structured to create, using training data including an explanatory variable and an objective variable, a machine learning model that estimates an objective variable from an explanatory variable, wherein the learning unit creates a machine learning model M i that estimates an objective variable O i from an explanatory variable group E i including one or more explanatory variables, sets a new explanatory variable group E i + 1 by adding the objective variable O i estimated by the machine learning model M i to the explanatory variable group E i , and creates a machine learning model M i + 1 that estimates an objective variable O i + 1 from the explanatory variable group E i + 1 wherein i is repeatedly incremented by 1 from 1 to n, n being the number of objective variables, the explanatory variable comprises measurable primary data and physical characteristic data, the measurable primary data comprises one or more of a running pace, a stride, a pitch, a grounding time, or a hang time measured using a sensor attached to at least one shoe of a runner, the physical characteristic data comprises at least one of height and weight, the objective variable comprises secondary data on running performance, and the secondary data comprises at least one of a second peak value of a z component of a ground reaction force, a propulsion force product, a braking force product, or a rising rate of the z component of the ground reaction force. the learning unit creates a machine learning model M i that estimates an objective variable O i from an explanatory variable group E i including one or more explanatory variables, sets a new explanatory variable group E i + 1 by adding the objective variable O i estimated by the machine learning model M i to the explanatory variable group E i , and creates a machine learning model M i + 1 that estimates an objective variable O i + 1 from the explanatory variable group E i + 1 wherein i is repeatedly incremented by 1 from 1 to n, n being the number of objective variables, the explanatory variable comprises measurable primary data and physical characteristic data, the measurable primary data comprises one or more of a running pace, a stride, a pitch, a grounding time, or a hang time measured using a sensor attached to at least one shoe of a runner, the physical characteristic data comprises at least one of height and weight, the objective variable comprises secondary data on running performance, and the secondary data comprises at least one of a second peak value of a z component of a ground reaction force, a propulsion force product, a braking force product, or a rising rate of the z component of the ground reaction force.
A process for cooperative aerial inter-antenna beamforming for communication between (a) multiple moving platforms , each platform having an aerial antenna mounted thereon, such that one or more aerial antennas have variable positions and orientations over time, and (b) at least one user antenna mounted on user equipment having a lower altitude than the aerial antennas ; the process involving a first beamforming operation wherein said first beamforming operation involves; transmitting data relating to the positions and orientations of the aerial antennas to a processing system , the processing system determining beamforming instructions for the aerial antennas based on the data relating to the positions and orientations of the aerial antennas; calculating and transmitting the beamforming instructions to the aerial antennas , the aerial antennas thereby transmitting or receiving respective component signals associated with each user antenna, the component signals associated with each user antenna having essentially the same information content but differing in their phase, so as to form a cooperative beam from the cooperative sum of the signals between the aerial antennas and the user antenna; carrying out a plurality of further beamforming operations, wherein the further cooperative beams have essentially the same information content as that generated in the first beamforming operation, whereby the further cooperative beams are directed to form a cluster of beams surrounding the first cooperative beam, wherein the respective relative position of each aerial antenna is determined using a method involving two stages, the first stage being to determine by differential GNSS, a first position of the antenna within the limits of accuracy achievable; the second stage being to detect the signals from each of multiple ground stations by correlating some or all the antenna elements on the aerial antenna, finding the phase of the signal from each ground station by trialing many different relative delays to the signals received at each ground station and finding the delay that maximizes the signals received from each ground station and thereby tuning a range from each individual ground station to the aerial antenna to give a more precise distance within the volume defined by the first stage; the second stage further comprising finding the antenna position from the intersection of the ranges from each individual ground station to the aerial antenna.
A method for wireless communication by a first base station (BS) to ensure full downlink scheduling, comprising: scheduling downlink transmission for at least one device, the scheduling characterised by : alternating idle periods and channel occupancy times, CoTs, between the first BS and at least one other BS, wherein the at least one other BS is synchronized with the first BS, such that a CoT for the first BS is scheduled during an idle period of the at least one other BS and an idle period for the first BS is scheduled during at least a portion of a CoT for the at least one other BS, or alternating idle periods and CoTs between different component carriers used by the first BS, such that a CoT on a first component carrier is scheduled during an idle period on a second component carrier and a CoT on the second component carrier is scheduled during an idle period on the first component carrier; and transmitting to the at least one device based on the downlink scheduling. alternating idle periods and channel occupancy times, CoTs, between the first BS and at least one other BS, wherein the at least one other BS is synchronized with the first BS, such that a CoT for the first BS is scheduled during an idle period of the at least one other BS and an idle period for the first BS is scheduled during at least a portion of a CoT for the at least one other BS, or alternating idle periods and CoTs between different component carriers used by the first BS, such that a CoT on a first component carrier is scheduled during an idle period on a second component carrier and a CoT on the second component carrier is scheduled during an idle period on the first component carrier; and transmitting to the at least one device based on the downlink scheduling.
An oil-based inkjet ink comprising a colorant and a fatty acid ester-based solvent represented by general formula shown below: wherein (i) each of R 1 and R 2 independently represents an alkyl group of at least 8 carbon atoms, at least one of the alkyl groups of R 1 and R 2 is a branched alkyl group having a side chain of at least 4 carbon atoms and wherein the fatty acid ester-based solvent has 18 to 23 carbon atoms in one molecule, or (ii) each of R 1 and R 2 independently represents an alkyl group, each of R 1 and R 2 independently represents a branched alkyl group having a side chain of at least 4 carbon atoms, and wherein the fatty acid ester-based solvent has 20 to 23 carbon atoms in one molecule, and wherein the colorant comprises at least one selected from the group consisting of azo pigments, phthalocyanine pigments, polycyclic pigments, dye lake pigments, carbon blacks and metal oxides.
A card reader device comprising: a card slot ; a card detection device that generates a signal when a card is inserted in the card slot ; a processing system ; and a power control circuit configured to power-on the processing system only when the card detection device generates the signal indicating that the card is inserted in the card slot , characterized in that the processing system is configured to power off the card reader device upon completion of reading and processing card data while the card remains inserted in the card slot and engaged with the card detection device such that the card detection device generates the signal indicating that the card remains inserted in the card slot . a card slot ; a card detection device that generates a signal when a card is inserted in the card slot ; a processing system ; and a power control circuit configured to power-on the processing system only when the card detection device generates the signal indicating that the card is inserted in the card slot , characterized in that the processing system is configured to power off the card reader device upon completion of reading and processing card data while the card remains inserted in the card slot and engaged with the card detection device such that the card detection device generates the signal indicating that the card remains inserted in the card slot .
An electric pedal control device for an aircraft, comprising two left pedal transmission assemblies and two right pedal transmission assemblies, each of the pedal transmission assemblies comprising an electric motor , a torque limiter and an elastic connector , wherein the two left pedal transmission assemblies share a transmission mechanism, an angular displacement sensor , and a pedal and the two right pedal transmission assemblies share a further transmission mechanism, a further angular displacement sensor , and a further pedal, wherein each elastic connector connects an output shaft of the corresponding electric motor and one end of the transmission mechanism via the torque limiter , wherein another end of the transmission mechanism is connected to the pedal via a pedal revolute pair , the angular displacement sensor is configured to acquire rotational position information about the pedal around the pedal revolute pair , and the transmission mechanism is provided with a transmission mechanism revolute pair ; the transmission mechanism revolute pairs of the transmission mechanisms in the pedal transmission assemblies are connected via a mechanical connecting rod mechanism to effect linkage; and the electric pedal control device further comprises a controller, which is configured to receive the rotational position information acquired by the angular displacement sensors , and to control, according to the rotational position information, the electric motors to dampen the elastic connectors.
A pharmaceutical composition comprising an effective amount of 4,5,6,7-tetrahydroisoxazolo(5,4-c)pyridin-3-ol (THIP) or a pharmaceutically acceptable salt thereof and a pharmaceutically acceptable carrier or excipient for use in a method of treating a human subject with Fragile X syndrome at a daily dosage of the THIP or pharmaceutically acceptable salt thereof of between 1 mg and 10 mg.
A device for modifying the inclination of the steering axis (B) of a motorcycle or similar, the device comprising a steering pin configured to be located within a steering tube integral with a frame of the motorcycle or similar, with said device in use being part of a steering group, the latter also comprising handlebars connected in use to the steering pin , a steering head , a steering base and any known type of suspension system connected to a front wheel, wherein said device comprises at least two means of containment of said steering pin , which are able to move in the steering tube so as to vary their reciprocal position allowing a variation of the inclination of the steering pin axis (B), and wherein said device further comprises means of locking of the aforementioned means of containment , characterized in that the means of containment vary their reciprocal position continuously in infinite ways allowing for a continuous variation in infinite values of the inclination of the steering pin axis (B), through a succession of single rotations of each said means of containment , or through a combination of such rotations, around axes (A, C) not parallel to the steering pin axis (B) at the moment in which each single rotation, or their combination, is carried out, considering moreover that said rotations may be concordant or discordant to each other in terms of direction.
A pressure equalisation device for use on respiration cannulas comprising a pressure equalisation balloon whose volume is connected to a further volume, the pressure of which is to maintain a value which is as constant as possible even in the event of a forced change in volume, and a protective case , wherein the equalisation balloon which keeps the pressure generally constant is accommodated in the protective case which has radial outward bulges deviating from a uniformly concave shape matched to the outside contour of the balloon, which bulges of such a configuration that the equalisation balloon firstly bears against wall regions of the protective case , that are matched to the contour of the balloon, and then upon an increase in pressure expands only into the outward bulges , whereby the pressure in the equalisation balloon gradually increases with the increase in volume into the outward bulges, characterised in that the protective case is of a spherical basic shape with strip-shaped outward bulges .
Add-on module for an armrest element of a seat, in particular a vehicle seat , wherein the add-on module can be arranged on the armrest element , wherein a transmission device is provided in the add-on module , by means of which a first operating element of the armrest element can be indirectly operated, wherein the transmission device can transmit a movement of a second operating element of the add-on module to the first operating element of the armrest element , wherein the first operating element and the second operating element can be mechanically coupled by the transmission device , wherein the second operating element can be operated manually characterised in that the add-on module has a shell-like base body , the base body having an opening surface which is designed such that the base body can rest against an underside of the armrest element , the base body having a first opening in which the second operating element is arranged and/or projects at least in sections, a user being able to actuate the second operating element through this first opening .
An integral brake carrier for a vehicle disc brake having a brake disc with the following features: a) a frame-like disc-encompassing portion , a1) that has two mutually parallel bridge struts , a2) and two frame portions that are arranged parallel to a brake-disc axis of rotation and connect the bridge struts , b) a fastening flange at which the brake carrier can be fastened to an axle flange of a vehicle axle, c) starting from a side of the disc-encompassing portion facing away from the fastening flange, the two frame portions each widen out as far as an outer edge of the fastening flange of the brake carrier such that the widening takes the form of an increase in distance in relation to a plane of the disc-encompassing portion , characterised in that d) there is formed in each case, starting from the side of the disc-encompassing portion facing away from the fastening flange as far as an outer edge of the fastening flange of the brake carrier , a geometrical element , this geometrical element being triangular, the side of the frame portion facing the fastening flange in each case forming a shortest side of the triangular geometrical element , or the geometrical element being trapezoidal, the side of the frame portion facing the fastening flange in each case forming a long base side of the trapezoidal geometrical element . a) a frame-like disc-encompassing portion , a1) that has two mutually parallel bridge struts , a2) and two frame portions that are arranged parallel to a brake-disc axis of rotation and connect the bridge struts , a1) that has two mutually parallel bridge struts , a2) and two frame portions that are arranged parallel to a brake-disc axis of rotation and connect the bridge struts , b) a fastening flange at which the brake carrier can be fastened to an axle flange of a vehicle axle, c) starting from a side of the disc-encompassing portion facing away from the fastening flange, the two frame portions each widen out as far as an outer edge of the fastening flange of the brake carrier such that the widening takes the form of an increase in distance in relation to a plane of the disc-encompassing portion , characterised in that d) there is formed in each case, starting from the side of the disc-encompassing portion facing away from the fastening flange as far as an outer edge of the fastening flange of the brake carrier , a geometrical element , this geometrical element being triangular, the side of the frame portion facing the fastening flange in each case forming a shortest side of the triangular geometrical element , or the geometrical element being trapezoidal, the side of the frame portion facing the fastening flange in each case forming a long base side of the trapezoidal geometrical element .
A method performed by a user equipment, UE, for buffer status reporting, the method comprising: triggering at least one buffer status report, BSR, based on at least one BSR triggering condition; identifying an uplink resource available for transmitting a BSR medium access control control element, BSR MAC CE, based on an uplink grant, UL grant; assembling a MAC protocol data unit, MAC PDU, including the BSR MAC CE; and cancelling all BSRs triggered prior to the MAC PDU assembly, in case that the MAC PDU is transmitted and the BSR MAC CE includes buffer status information for all of more than one logical channel groups, LCGs, having data for transmission. triggering at least one buffer status report, BSR, based on at least one BSR triggering condition; identifying an uplink resource available for transmitting a BSR medium access control control element, BSR MAC CE, based on an uplink grant, UL grant; assembling a MAC protocol data unit, MAC PDU, including the BSR MAC CE; and cancelling all BSRs triggered prior to the MAC PDU assembly, in case that the MAC PDU is transmitted and the BSR MAC CE includes buffer status information for all of more than one logical channel groups, LCGs, having data for transmission.
A LED light bulb, comprising a bulb housing , at least two LED light sources , a lamp holder connected to the bulb housing and a shielding member ; wherein intervals between the LED light sources are equal to each other; wherein the shielding member matches with the LED light sources in shape and position; wherein the LED light sources are provided onto an inner wall of the bulb housing and the shielding member is provided onto an outer wall of the bulb housing ; and each LED light source comprises a substrate and an LED component provided on the substrate ; wherein the substrate matches with the bulb housing in shape; and the shielding member is a covering member provided on the outer wall of the bulb housing ; the covering member is formed as a whole unit which comprises a base (4b1) and three branches (4b2); wherein the branches (4b2) are identical to the LED light sources in quantity.
A method executed at a central network server , comprising: receiving two or more requests to join a network from an end device (20-1) via two or more gateways , respectively; selecting one of the two or more gateways for the end device, wherein the gateway is selected based, at least in part, on a policy; and sending, to the selected gateway, a response to the request to join the network received via the selected gateway, wherein the response includes an indication to the selected gateway to forward the request to join the network to an edge network server associated with the selected gateway, and wherein the method further comprises identifying an application server for receiving data generated by the end device (20-1), wherein the policy is related to a proximity of the edge network server to the application server . receiving two or more requests to join a network from an end device (20-1) via two or more gateways , respectively; selecting one of the two or more gateways for the end device, wherein the gateway is selected based, at least in part, on a policy; and sending, to the selected gateway, a response to the request to join the network received via the selected gateway, wherein the response includes an indication to the selected gateway to forward the request to join the network to an edge network server associated with the selected gateway, and wherein the method further comprises identifying an application server for receiving data generated by the end device (20-1), wherein the policy is related to a proximity of the edge network server to the application server .
Winding assembly for a transformer, in particular having a medium operating voltage of Um ≥ 72.5kV, wherein the winding assembly has at least one winding which ends in a winding conductor , wherein the winding conductor is connected to a switching line which is designed to connect the winding to other windings, characterised in that the connection of the switching line to the winding conductor is arranged inside the winding .