mhurhangee/ep-ind-claims huggingface dataset:
A method for a wireless device comprising: receiving, by the wireless device, at least one message comprising configuration parameters of one or more secondary cells; receiving an activation/deactivation media access control control element, A/D MAC CE, characterized in that if the number of the one or more secondary cells is seven or less and the one or more secondary cells are each configured with a cell index having a value from one to seven, then the A/D MAC CE is of a fixed size of one octet and the A/D MAC CE is identified by a first subheader comprising a first logical channel identifier, LCID, otherwise the A/D MAC CE is of a fixed size of four octets and the A/D MAC CE is identified by a second subheader comprising a second LCID different from the first LCID; and activating or deactivating at least one secondary cell in the one or more secondary cells according to the A/D MAC CE. receiving, by the wireless device, at least one message comprising configuration parameters of one or more secondary cells; receiving an activation/deactivation media access control control element, A/D MAC CE, characterized in that if the number of the one or more secondary cells is seven or less and the one or more secondary cells are each configured with a cell index having a value from one to seven, then the A/D MAC CE is of a fixed size of one octet and the A/D MAC CE is identified by a first subheader comprising a first logical channel identifier, LCID, otherwise the A/D MAC CE is of a fixed size of four octets and the A/D MAC CE is identified by a second subheader comprising a second LCID different from the first LCID; and activating or deactivating at least one secondary cell in the one or more secondary cells according to the A/D MAC CE.
A method for communicating with a radio frequency device (110, 112, 114, 116), the method comprising: partially awakening a device from a SLEEP state and listening for a first hailing signal from a MASTER state device (110, 112, 114, 116) to be received on at least one hailing channel selected from a plurality of hailing channels, selecting at least one hailing channel by the MASTER state device (110, 112, 114, 116) based upon a predefined pseudorandom hailing channel frequency set, a system time and a node identification; determining a noise floor for the at least one hailing channel; and upon receiving a noise signal on the at least one hailing channel, adjusting the noise floor in response to the noise signal; characterized in that the method further comprises: fully awakening the device from the SLEEP state and entering a SLAVE state on receiving a hailing signal; listening for data messages from the MASTER state device (110, 112, 114, 116) on a predefined data channel selected from the predefined pseudorandom data channel frequency set, the data channel being indicated by the MASTER state device (110, 112, 114, 116); indicating by the MASTER state device (110, 112, 114, 116) to the SLAVE state device (110, 112, 114, 116) during the hailing procedure what the next available data channel is. partially awakening a device from a SLEEP state and listening for a first hailing signal from a MASTER state device (110, 112, 114, 116) to be received on at least one hailing channel selected from a plurality of hailing channels, selecting at least one hailing channel by the MASTER state device (110, 112, 114, 116) based upon a predefined pseudorandom hailing channel frequency set, a system time and a node identification; determining a noise floor for the at least one hailing channel; and upon receiving a noise signal on the at least one hailing channel, adjusting the noise floor in response to the noise signal; characterized in that the method further comprises: fully awakening the device from the SLEEP state and entering a SLAVE state on receiving a hailing signal; listening for data messages from the MASTER state device (110, 112, 114, 116) on a predefined data channel selected from the predefined pseudorandom data channel frequency set, the data channel being indicated by the MASTER state device (110, 112, 114, 116); indicating by the MASTER state device (110, 112, 114, 116) to the SLAVE state device (110, 112, 114, 116) during the hailing procedure what the next available data channel is. fully awakening the device from the SLEEP state and entering a SLAVE state on receiving a hailing signal; listening for data messages from the MASTER state device (110, 112, 114, 116) on a predefined data channel selected from the predefined pseudorandom data channel frequency set, the data channel being indicated by the MASTER state device (110, 112, 114, 116); indicating by the MASTER state device (110, 112, 114, 116) to the SLAVE state device (110, 112, 114, 116) during the hailing procedure what the next available data channel is.
An apparatus, comprising: a two-stage operational amplifier ("OP-AMP") including a first OP-AMP stage having an output coupled to an input of a second OP-AMP stage; an input switched-capacitor ("SC") network coupled to an input of the first OP-AMP stage, the input SC network including: a first input switch coupled to sample an input signal during a first phase of operation of the apparatus and to disconnect the input signal during a second phase of operation of the apparatus; and, a second input switch coupled to provide the sampled input signal to the input of the first OP-AMP stage during the second phase of operation of the apparatus and to disconnect the sampled input signal from the input of the first OP-AMP stage during the first phase of operation of the apparatus; a feedback SC network coupled to selectively couple the output of the first OP-AMP stage to the input of the first OP-AMP stage during the first phase of operation of the apparatus and to couple an output of the second OP-AMP stage to the input of the first OP-AMP stage during the second phase of operation of the apparatus. a two-stage operational amplifier ("OP-AMP") including a first OP-AMP stage having an output coupled to an input of a second OP-AMP stage; an input switched-capacitor ("SC") network coupled to an input of the first OP-AMP stage, the input SC network including: a first input switch coupled to sample an input signal during a first phase of operation of the apparatus and to disconnect the input signal during a second phase of operation of the apparatus; and, a second input switch coupled to provide the sampled input signal to the input of the first OP-AMP stage during the second phase of operation of the apparatus and to disconnect the sampled input signal from the input of the first OP-AMP stage during the first phase of operation of the apparatus; a first input switch coupled to sample an input signal during a first phase of operation of the apparatus and to disconnect the input signal during a second phase of operation of the apparatus; and, a second input switch coupled to provide the sampled input signal to the input of the first OP-AMP stage during the second phase of operation of the apparatus and to disconnect the sampled input signal from the input of the first OP-AMP stage during the first phase of operation of the apparatus; a feedback SC network coupled to selectively couple the output of the first OP-AMP stage to the input of the first OP-AMP stage during the first phase of operation of the apparatus and to couple an output of the second OP-AMP stage to the input of the first OP-AMP stage during the second phase of operation of the apparatus.
A system for the treatment of neurological disorder in a patient, comprising: a plurality of disc electrodes arranged in an array adapted for placement outside the cranium but under the skin (subscalp, subgaleal, or subpericranial), within the skin, on top of the skin or within or on top of the hair of a patient to sense the patient's electrical brain activity; a power supply; a control module operatively coupled to the power supply and including a switching sub-system operatively coupling the control module to the plurality of electrodes; the switching sub-system is configured to select electrodes among the plurality of electrodes so as to switch selected electrodes between first and second patterns about the patient's brain without altering the placement of the plurality of electrodes; and the control module further including an analysis sub-system to analyse the electrical activity sensed by the selected electrodes, wherein the control module further comprises a stimulation sub-system operatively controlled by the control module to deliver an electrical stimulation into the patient's brain through the selected electrodes, wherein the selected patterns form targeting electrodes in form of Laplace electrodes or concentric ring electrodes. a plurality of disc electrodes arranged in an array adapted for placement outside the cranium but under the skin (subscalp, subgaleal, or subpericranial), within the skin, on top of the skin or within or on top of the hair of a patient to sense the patient's electrical brain activity; a power supply; a control module operatively coupled to the power supply and including a switching sub-system operatively coupling the control module to the plurality of electrodes; the switching sub-system is configured to select electrodes among the plurality of electrodes so as to switch selected electrodes between first and second patterns about the patient's brain without altering the placement of the plurality of electrodes; and the control module further including an analysis sub-system to analyse the electrical activity sensed by the selected electrodes, wherein the control module further comprises a stimulation sub-system operatively controlled by the control module to deliver an electrical stimulation into the patient's brain through the selected electrodes, wherein the selected patterns form targeting electrodes in form of Laplace electrodes or concentric ring electrodes.
A fluorescent sensor, comprising a) a leucine responsive polypeptide, and b) an optically active polypeptide, wherein the optically active polypeptide is selected from the group consisting of: green fluorescent protein, blue fluorescent protein, cyan fluorescent protein, orange fluorescent protein, apple red fluorescent protein and red fluorescent protein, and the leucine responsive polypeptide has a sequence shown in SEQ ID NO: 1 or its functional fragment, or a sequence having 85% identity with SEQ ID NO: 1 or its functional fragment, and the optically active polypeptide is inserted in the leucine responsive polypeptide of SEQ ID NO: 1 at one or more sites selected from the group consisting of: 251/255, 325/326, 325/327, 325/328, 325/329, 326/327, 326/328, 326/329, and 327/328, or the leucine responsive polypeptide has a sequence shown in SEQ ID NO: 2 or its functional fragment, or a sequence having 85% identity with SEQ ID NO: 2 or its functional fragment, and the optically active polypeptide is inserted in the leucine responsive polypeptide of SEQ ID NO: 2 at one or more sites selected from the group consisting of: 328/329, 328/330, and 329/330. a) a leucine responsive polypeptide, and b) an optically active polypeptide, wherein the optically active polypeptide is selected from the group consisting of: green fluorescent protein, blue fluorescent protein, cyan fluorescent protein, orange fluorescent protein, apple red fluorescent protein and red fluorescent protein, and the leucine responsive polypeptide has a sequence shown in SEQ ID NO: 1 or its functional fragment, or a sequence having 85% identity with SEQ ID NO: 1 or its functional fragment, and the optically active polypeptide is inserted in the leucine responsive polypeptide of SEQ ID NO: 1 at one or more sites selected from the group consisting of: 251/255, 325/326, 325/327, 325/328, 325/329, 326/327, 326/328, 326/329, and 327/328, or the leucine responsive polypeptide has a sequence shown in SEQ ID NO: 2 or its functional fragment, or a sequence having 85% identity with SEQ ID NO: 2 or its functional fragment, and the optically active polypeptide is inserted in the leucine responsive polypeptide of SEQ ID NO: 2 at one or more sites selected from the group consisting of: 328/329, 328/330, and 329/330.
Use of the succinate dehydrogenase inhibitor fluopyram (1.20) for control of wood diseases in grapes at an application rate of 0.05 to 0.5 kg/ha applied by dipping, spraying, irrigating, painting, spreading-on, watering (drenching), drip irrigating, chemigating or injecting seedlings, root-stocks, grafts and cuttings, stems, shoots, trunks, and leaves to be treated.
A coated substrate, comprising: a cellulose-based substrate, preferably paperboard, and an aqueous-based polymer coating on a surface of the cellulose-based substrate, wherein the aqueous-based polymer coating has been surface treated using corona treatment. a cellulose-based substrate, preferably paperboard, and an aqueous-based polymer coating on a surface of the cellulose-based substrate, wherein the aqueous-based polymer coating has been surface treated using corona treatment.
A method for producing a double-walled tube with an interface gap, characterized in that the method comprises: preparing (a) an outer wall tube made of ferritic steel containing not less than 2% by mass of Cr, in which an oxide scale layer containing Cr and having a thickness of 10 to 30 μm is formed on an inner surface thereof, and (b) an inner wall tube made of steel or alloy containing not less than 2% of Cr, in which the outer surface thereof is machined and/or ground to remove a thickness of not less than 0.1 mm including a scale layer; and, after the inner wall tube is inserted into the outer wall tube, performing cold working at an outside diameter reduction rate of 5 to 30%. preparing (a) an outer wall tube made of ferritic steel containing not less than 2% by mass of Cr, in which an oxide scale layer containing Cr and having a thickness of 10 to 30 μm is formed on an inner surface thereof, and (b) an inner wall tube made of steel or alloy containing not less than 2% of Cr, in which the outer surface thereof is machined and/or ground to remove a thickness of not less than 0.1 mm including a scale layer; and, after the inner wall tube is inserted into the outer wall tube, performing cold working at an outside diameter reduction rate of 5 to 30%.
Surface cleaning machine, comprising a chassis, at least one sweeping roller which is held on the chassis, an adjusting device for adjusting a position of the at least one sweeping roller relative to a floor/ground to be cleaned, a sensor device which determines one or more quantities characterizing the relative position of the at least one sweeping roller to the floor/ground to be cleaned, and a control device which controls the relative position of the at least one sweeping roller to the floor/ground to be cleaned, wherein the at least one sweeping roller is held on the chassis via a swing arm device, the adjusting device acts on the swing arm device, wherein a position of the at least one sweeping roller relative to the floor/ground to be cleaned is adjusted via a pivotal position of or at the swing arm device, and the sensor device is associated with the swing arm device and detects floor/ground contact of the at least one sweeping roller via the swing arm device, wherein the adjusting device comprises an actuator having at least one movable actuator element, said actuator element being articulated to the swing arm device, characterized in that the at least one actuator element and the swing arm device are connected via a rotational-translational guide, wherein for adjusting a position of the at least one sweeping roller, a pivotal position of or at the swing arm device is adjustable, and a displacement is capable of being performed at the rotational-translational guide upon floor/ground contact of the at least one sweeping roller.
A wire rope as a traction rope for lifts, which runs over a traction sheave with a round groove, wherein the wire rope contains a steel cable insert which is surrounded by a plurality of steel outer strands provided with a plastic sheathing alternating with steel outer strands without plastic sheathing, wherein the steel outer strands provided with a plastic sheathing including the plastic sheathing relative to the steel outer strands without plastic sheathing comprise a radial supernatant of 0.1 to 3.0 mm, characterized in that the steel outer strands provided with a plastic sheathing consist of single wires which have a higher tensile strength than single wires of the steel outer strands which are not provided with a plastic sheathing.
An aircraft comprising: a fuselage defining a cabin; a potable-water-using station in the cabin; a transfer tank for graywater drained from the station; a drainmast mounted to the fuselage; an eject line from the transfer tank to the drainmast; tank-pressurizing means for pressurizing the transfer tank so that graywater may be ejected through the drainmast without the help of gravity; a drain line from the potable-water-using station to the tank; and a drain-only valve in the drain line upstream of the transfer tank that is closed during pressurizing of the transfer tank. a fuselage defining a cabin; a potable-water-using station in the cabin; a transfer tank for graywater drained from the station; a drainmast mounted to the fuselage; an eject line from the transfer tank to the drainmast; tank-pressurizing means for pressurizing the transfer tank so that graywater may be ejected through the drainmast without the help of gravity; a drain line from the potable-water-using station to the tank; and a drain-only valve in the drain line upstream of the transfer tank that is closed during pressurizing of the transfer tank.
Suction hose for a vacuum cleaner, comprising a device side and a handle side, a diameter of the suction hose decreasing starting from a first diameter on the handle side towards the device side, characterised in that the suction hose has a handle-side cylindrical portion which directly adjoins the handle side and a device-side cylindrical portion which directly adjoins the device side, each having a constant diameter, and a central portion which has a diameter which decreases towards the device side adjoining the handle-side cylindrical portion and ending at the device-side cylindrical portion.
Printer assembly configured to be arranged on a support surface, the printer assembly comprising: • a medium delivery station; • a medium input station; and • a printing station comprising a moveably arranged element; wherein • the printer assembly extends vertically between a first end and a second end, the printer being configured to be supported on the support surface at the first end; • the printing station is arranged closer to the first end than the medium delivery station and closer to the first end than the medium input station, and • a direction of movement of the moveably arranged element has at least a substantial horizontal component, characterized in that, in order to provide a small foot print, • the medium delivery station and the printing station are arranged above each other for a relatively large part; and • the medium input station and the printing station are arranged above each other for a relatively large part. • a medium delivery station; • a medium input station; and • a printing station comprising a moveably arranged element; wherein • the printer assembly extends vertically between a first end and a second end, the printer being configured to be supported on the support surface at the first end; • the printing station is arranged closer to the first end than the medium delivery station and closer to the first end than the medium input station, and • a direction of movement of the moveably arranged element has at least a substantial horizontal component, characterized in that, in order to provide a small foot print, • the medium delivery station and the printing station are arranged above each other for a relatively large part; and • the medium input station and the printing station are arranged above each other for a relatively large part.
A connecting device for a shaft formed from an end portion of a tube segment, over which the shaft can be pushed and on the radial. outer surface of which external teeth are provided, wherein a supporting ring is arranged in the interior of the end portion of the tube segment, wherein an external diameter of the supporting ring is greater than an internal diameter of the end portion and the end portion has a bead which forms a predetermined breaking point.
An electric power steering device for driving an electric motor by an assist command value calculated on the basis of detection results of a torque sensor detecting steering torque inputted from a steering wheel, and for assisting steering of the steering wheel by a driver, the electric power steering device comprising; a basic return command value calculation unit configured to calculate a basic return command value in a direction returning the steering wheel to a neutral position, on the basis of detection results of a steering angle detector detecting a steering angle of the steering wheel; a first correction gain calculation unit configured to calculate a first correction gain correcting the basic return command value, on the basis of detection results of a vehicle speed detector detecting vehicle speed; said electric power steering device being characterized in that it comprises a second correction gain calculation unit configured to calculate a second correction gain correcting the basic return command value, on the basis of a change amount of the steering torque detected by the torque sensor, wherein the basic return command value is corrected by the first correction gain and the second correction gain so as to calculate a return command value, and the return command value is added to the assist command value so as to drive the electric motor; and wherein the second correction gain is set to have a smaller value as the change amount of the steering torque increases, and is set to zero when the change amount of the steering torque is equal to or greater than a predetermined change amount of the steering torque.
A staple implant for influencing the growth in bone regions bordering an epiphyseal plate, said staple implant comprising - a transverse web and - anchoring limbs (2, 3) provided at the ends of the transverse web, oriented parallel to each other and terminating in points, wherein the anchoring limbs (2, 3), after they have been inserted into the bone, form fixation points (7, 8) on one side of said bone, to both sides of the epiphyseal plate, wherein the transverse web comprises at least one tapered zone, which is plastically deformable under a flexural load and which is configured in any desired position and shape without abrupt transitions between the fixation points (7, 8), characterized in that the tapered zone comprises a bending area which deforms plastically because of an expansion movement of anchoring limbs (2, 3) due to bone growth on the epiphyseal plate lying opposite the stapled area. - a transverse web and - anchoring limbs (2, 3) provided at the ends of the transverse web, oriented parallel to each other and terminating in points, wherein the anchoring limbs (2, 3), after they have been inserted into the bone, form fixation points (7, 8) on one side of said bone, to both sides of the epiphyseal plate,
A support device for a catheter adapter comprising a flexible extension member extending from a first end of the catheter adapter wherein the member surrounds a root region of a catheter tube being proximal to the first end of the catheter adapter thereby protecting the catheter tube from contamination and unintended occlusion, and wherein the catheter tube is mechanically attached to the first end of the catheter adapter characterized in that the member is less flexible than the catheter tube and more flexible than the first end of the catheter adapter and the catheter tube is fixed to the catheter adapter by a tubing insert.