mhurhangee/patent-ind-claim-en huggingface dataset:
A header system for an agricultural harvester , comprising: a first reel section ; a second reel section ; and, one or more sensors configured to generate data indicative of a parameter related to a crop within a field, characterised in that the header system comprises: a controller configured to receive the data and to control a first actuator of the header system to adjust the first reel section independently from the second reel section based on the data as the agricultural harvester travels through the field, the first reel section being adjusted to maintain a desired reel position relative to a crop canopy and/or relative to a ground of the field as the agricultural harvester travels through the field, wherein the controller is configured to receive the data and to control a second actuator of the header system to adjust the second reel section independently from the first reel section based on the data as the agricultural harvester travels through the field, the second reel section being adjusted to maintain the desired reel position relative to the crop canopy and/or relative to the ground as the agricultural harvester travels through the field. a first reel section ; a second reel section ; and, one or more sensors configured to generate data indicative of a parameter related to a crop within a field, characterised in that the header system comprises: a controller configured to receive the data and to control a first actuator of the header system to adjust the first reel section independently from the second reel section based on the data as the agricultural harvester travels through the field, the first reel section being adjusted to maintain a desired reel position relative to a crop canopy and/or relative to a ground of the field as the agricultural harvester travels through the field, wherein the controller is configured to receive the data and to control a second actuator of the header system to adjust the second reel section independently from the first reel section based on the data as the agricultural harvester travels through the field, the second reel section being adjusted to maintain the desired reel position relative to the crop canopy and/or relative to the ground as the agricultural harvester travels through the field.
Air dryer unit for a utility vehicle , the utility vehicle having an off-engine compressor, the air dryer unit being connectable to the off-engine compressor, wherein the air dryer unit comprises a desiccant unit , which is arranged downstream from a compressed air inlet and upstream from a compressed air outlet ; and an exhaust valve , which is arranged between the compressed air inlet and the desiccant unit ; wherein the exhaust valve is connected to a main exhaust ; wherein the exhaust valve is electromechanically operated, characterized in that the air dryer unit further comprises a secondary check valve , which is arranged upstream from the desiccant unit , wherein the secondary check valve is configured to prevent an air back-flow to the compressed air inlet.
A method for producing a semiconductor chip for bio-sensing, the method comprising: - obtaining a substrate comprising at least one semiconductor layer, - providing a gate stack on the substrate, - providing a doped drain region in and/or on the substrate, and - providing a doped source region in and/or on the substrate, wherein the gate stack, the doped drain region and the doped source region are provided such that the gate stack is only partially overlapping a channel region between the source and the drain and that there is an underlap region between the gate stack and the source region and/or between the gate stack and the drain region , such that a direct contact between biomolecules and the underlap region is possible, characterized in that the doped drain region and the doped source region are provided after providing the gate stack . - obtaining a substrate comprising at least one semiconductor layer, - providing a gate stack on the substrate, - providing a doped drain region in and/or on the substrate, and - providing a doped source region in and/or on the substrate, wherein the gate stack, the doped drain region and the doped source region are provided such that the gate stack is only partially overlapping a channel region between the source and the drain and that there is an underlap region between the gate stack and the source region and/or between the gate stack and the drain region , such that a direct contact between biomolecules and the underlap region is possible,
Hoof soling element to be attached under the hoof of an animal, in particular a horse, wherein said hoof soling element is of uniformly increasing height which enables an area of the hoof soling element that is of lesser height to be attached under the front portion of the hoof and an area of greater height under the rear portion of the hoof, wherein the hoof soling element is composed of a composite material consisting of rubber granulate and bonding agent, and the edges of the hoof soling element are at least partially chamfered or rounded on the underneath in longitudinal direction, characterized in that said composite material has a Shore A hardness ranging between 60 and 90.
A system for operating a ballast car hopper door , comprising: an actuator mechanically coupled to a hopper door , the actuator operable to move the hopper door between open and closed positions; a door position sensor coupled to the hopper door and operable to generate an electrical signal corresponding to a position of the hopper door ; at least one further system sensor operable to measure at least one system parameter corresponding to movement of the hopper door , wherein the system parameter is not a position of the hopper door ; and logic and control circuitry in communication with the position sensor and the system sensor, wherein the logic and control circuitry is designed: to determine whether the position sensor is functioning properly using data obtained from the position sensor ; to command the actuator to move the hopper door to a desired position; and if the position sensor is not functioning properly, to monitor real-time data from the at least one system sensor as the hopper door moves and to compare the real-time data to corresponding stored data to determine that the hopper door moved as commanded. an actuator mechanically coupled to a hopper door , the actuator operable to move the hopper door between open and closed positions; a door position sensor coupled to the hopper door and operable to generate an electrical signal corresponding to a position of the hopper door ; at least one further system sensor operable to measure at least one system parameter corresponding to movement of the hopper door , wherein the system parameter is not a position of the hopper door ; and logic and control circuitry in communication with the position sensor and the system sensor, wherein the logic and control circuitry is designed: to determine whether the position sensor is functioning properly using data obtained from the position sensor ; to command the actuator to move the hopper door to a desired position; and if the position sensor is not functioning properly, to monitor real-time data from the at least one system sensor as the hopper door moves and to compare the real-time data to corresponding stored data to determine that the hopper door moved as commanded. to determine whether the position sensor is functioning properly using data obtained from the position sensor ; to command the actuator to move the hopper door to a desired position; and if the position sensor is not functioning properly, to monitor real-time data from the at least one system sensor as the hopper door moves and to compare the real-time data to corresponding stored data to determine that the hopper door moved as commanded.
A table saw (100; 202) comprising: a frame that supports a work surface; a swing arm (142; 218) that cooperates with the frame via a pivot, the swing arm (142; 218) defining first and second contact surfaces disposed concentrically about and proximate to the pivot; a blade rotatably attached to the swing arm (142; 218) at a position spaced from the pivot, the blade having an operating position in which the blade extends above the work surface and a retracted position in which an uppermost extent of the blade is positioned below the work surface, the swing arm (142; 218) rotatable about the pivot to move the blade from the operating position to the retracted position in response to a sensed condition; a first ratchet configured to cooperate with the first contact surface so as to maintain the blade in the retracted position after the swing arm (142; 218) rotates over any one of a first range of angular displacements from the operating position, characterized by further comprising a second ratchet configured to cooperate with the second contact surface so as to maintain the blade in the retracted position after the swing arm (142; 218) rotates over any one of a second range of angular displacements from the operating position, the second range of angular displacements including angular displacements that are greater than angular displacements of the first range of angular displacements. a frame that supports a work surface; a swing arm (142; 218) that cooperates with the frame via a pivot, the swing arm (142; 218) defining first and second contact surfaces disposed concentrically about and proximate to the pivot; a blade rotatably attached to the swing arm (142; 218) at a position spaced from the pivot, the blade having an operating position in which the blade extends above the work surface and a retracted position in which an uppermost extent of the blade is positioned below the work surface, the swing arm (142; 218) rotatable about the pivot to move the blade from the operating position to the retracted position in response to a sensed condition; a first ratchet configured to cooperate with the first contact surface so as to maintain the blade in the retracted position after the swing arm (142; 218) rotates over any one of a first range of angular displacements from the operating position, characterized by further comprising a second ratchet configured to cooperate with the second contact surface so as to maintain the blade in the retracted position after the swing arm (142; 218) rotates over any one of a second range of angular displacements from the operating position, the second range of angular displacements including angular displacements that are greater than angular displacements of the first range of angular displacements.
A method for automatic gain control, AGC, of radio chains of a receiver , the method being performed by the receiver , the method comprising: receiving (S102) at least two radio frequency, RF, signals , each RF signal being received on an individual radio chain (24a, 24b, ..., 24n) from an antenna array ; determining (S106), by comparing the at least two RF signals to a threshold (Threshold_1, Threshold_2), whether to perform gain control or not of at least one of the at least two RF signals before analogue combining of the at least two RF signals; sending (S108) a notification to a detector regarding whether gain control is performed or not; and performing (S112) analogue combining of the at least two RF signals, thereby generating a single input to the detector. receiving (S102) at least two radio frequency, RF, signals , each RF signal being received on an individual radio chain (24a, 24b, ..., 24n) from an antenna array ; determining (S106), by comparing the at least two RF signals to a threshold (Threshold_1, Threshold_2), whether to perform gain control or not of at least one of the at least two RF signals before analogue combining of the at least two RF signals; sending (S108) a notification to a detector regarding whether gain control is performed or not; and performing (S112) analogue combining of the at least two RF signals, thereby generating a single input to the detector.
A valve assembly comprising: a housing , wherein the housing at least partially encloses at least one metering seal ; wherein the at least one metering seal comprises a main channel , the main channel including regions with a first diameter and regions with at least a second diameter, the first diameter being smaller than the second diameter; a stem positioned in the at least one metering seal extending from at least a first end of the at least one metering seal to a second end of the at least one metering seal , the stem comprising at least one fluted section ; and first and second flow channels extending across at least a partial width of the at least one metering seal , the first flow channel positioned at or near the first end of the at least one metering seal , and the second flow channel positioned at or near the second end of the at least one metering seal ; an adjacent valve with a flexible diaphragm with an upper chamber and a lower chamber , wherein, the upper chamber comprises a larger area than the lower chamber ; at least one gap between the inner surface of the at least one metering seal and the outer surface of the stem , the gap configured and arranged to enable fluid to communicate from the lower chamber of the adjacent valve to the upper chamber of the adjacent valve to bring the pressure in the upper chamber up to the pressure in the lower chamber ; wherein the stem comprises a bistable state held in a static position in the main channel by friction between an internal surface of the main channel comprising the first diameter and the stem . a housing , wherein the housing at least partially encloses at least one metering seal ; wherein the at least one metering seal comprises a main channel , the main channel including regions with a first diameter and regions with at least a second diameter, the first diameter being smaller than the second diameter; a stem positioned in the at least one metering seal extending from at least a first end of the at least one metering seal to a second end of the at least one metering seal , the stem comprising at least one fluted section ; and first and second flow channels extending across at least a partial width of the at least one metering seal , the first flow channel positioned at or near the first end of the at least one metering seal , and the second flow channel positioned at or near the second end of the at least one metering seal ; an adjacent valve with a flexible diaphragm with an upper chamber and a lower chamber , wherein, the upper chamber comprises a larger area than the lower chamber ; at least one gap between the inner surface of the at least one metering seal and the outer surface of the stem , the gap configured and arranged to enable fluid to communicate from the lower chamber of the adjacent valve to the upper chamber of the adjacent valve to bring the pressure in the upper chamber up to the pressure in the lower chamber ; wherein the stem comprises a bistable state held in a static position in the main channel by friction between an internal surface of the main channel comprising the first diameter and the stem .
Multi-point link for a chassis of a motor vehicle, the multi-point link comprising at least one pair of rectilinear profile portions which are parallel to and spaced apart from one another over their longitudinal extent and are also decoupled from one another between their ends , - wherein the profile portions , as viewed in cross-section, each have an open, at least substantially C-shaped or U-shaped profile cross-section, - wherein each end of the profile portions is attached to a hollow-cylindrical joint receptacle via a welded connection , and - wherein the ends of the profile portions , with outer peripheral faces , in the shape of a cylinder casing, of the hollow-cylindrical joint receptacles , meet one another at least substantially in a T-shape, characterized in that the welded connections between the profile portions and the hollow-cylindrical joint receptacles are each in the form of a fillet weld with a wedge-shaped seam cross section, which is formed only on the outer sides facing away from one another of the at least one pair of profile portions , such that the mutually facing inner sides of these profile portions are free from weld seams, wherein the open profile sides of the at least one pair of profile portions face one another, wherein the open profile sides of the at least one pair of profile portions face at least substantially in the same direction as the joint axes of the hollow-cylindrical joint receptacles . - wherein the profile portions , as viewed in cross-section, each have an open, at least substantially C-shaped or U-shaped profile cross-section, - wherein each end of the profile portions is attached to a hollow-cylindrical joint receptacle via a welded connection , and - wherein the ends of the profile portions , with outer peripheral faces , in the shape of a cylinder casing, of the hollow-cylindrical joint receptacles , meet one another at least substantially in a T-shape,
A method of adjusting a brake, the method including the steps of: providing a mechanically operated brake including friction material, providing a rotor, providing an actuator for applying and releasing a brake, providing an adjuster for adjusting a running clearance between the friction material and the rotor, wherein the adjuster is a distinct component from the actuator, providing a sensor system for determining a likelihood of a braking event, and upon a determination of a change in the likelihood of a braking event operating the adjuster to adjust the running clearance of the brake, wherein the sensor system defines a collision avoidance system and/or a lane departure warning system, wherein the collision avoidance system and/or a lane departure warning system includes a camera having a field of vision, which field of vision includes the terrain ahead of an associated vehicle and/or an operator of an associated vehicle. providing a mechanically operated brake including friction material, providing a rotor, providing an actuator for applying and releasing a brake, providing an adjuster for adjusting a running clearance between the friction material and the rotor, wherein the adjuster is a distinct component from the actuator, providing a sensor system for determining a likelihood of a braking event, and upon a determination of a change in the likelihood of a braking event operating the adjuster to adjust the running clearance of the brake, wherein the sensor system defines a collision avoidance system and/or a lane departure warning system, wherein the collision avoidance system and/or a lane departure warning system includes a camera having a field of vision, which field of vision includes the terrain ahead of an associated vehicle and/or an operator of an associated vehicle.
A method for preparing a lithium iron phosphate nanopowder, comprising the steps of: (a) preparing a non-aqueous mixture solution by adding a lithium precursor, an iron precursor and a phosphorus precursor in a non-aqueous glycerol solvent; and (b) putting the non-aqueous mixture solution into a reactor and heating to prepare the lithium iron phosphate nanopowder at a temperature range of 150°C to 290°C and under pressure conditions of 10 bar to 100 bar for 1 to 48 hours. (a) preparing a non-aqueous mixture solution by adding a lithium precursor, an iron precursor and a phosphorus precursor in a non-aqueous glycerol solvent; and (b) putting the non-aqueous mixture solution into a reactor and heating to prepare the lithium iron phosphate nanopowder at a temperature range of 150°C to 290°C and under pressure conditions of 10 bar to 100 bar for 1 to 48 hours.
A method for transmitting and receiving a call by a home network telephony control point, CP, using a universal plug and play, UPnP, protocol, the method comprising: receiving , from a telephony server , information indicating reception of call data from a telephony service provider at the telephony server , wherein the information comprises media-related capability information of the telephony service provider ; establishing a setup for call data transmission and reception between a telephony client and the telephony server based on the media-related capability information, the telephony client being a client receiving the call data in the home network; and requesting the telephony server to receive the call data from the telephony service provider ; wherein the telephony server and identified telephony client transmit and receive the call data corresponding to the media-related capability information according to the setup. receiving , from a telephony server , information indicating reception of call data from a telephony service provider at the telephony server , wherein the information comprises media-related capability information of the telephony service provider ; establishing a setup for call data transmission and reception between a telephony client and the telephony server based on the media-related capability information, the telephony client being a client receiving the call data in the home network; and requesting the telephony server to receive the call data from the telephony service provider ; wherein the telephony server and identified telephony client transmit and receive the call data corresponding to the media-related capability information according to the setup.
An extrusion-type 3D-printer comprising a printing platform fixture apparatus, the apparatus comprising: - a printing platform carriage , comprising at least one force member configured to support and exert a force on a removable printing platform , - at least one clamp ; wherein the at least one force member is a ball plunger, and wherein the at least one ball plunger is configured to support and exert a force on a removable printing platform in such a manner that at least one surface of the removable printing platform contacts at least one surface of the clamp . - a printing platform carriage , comprising at least one force member configured to support and exert a force on a removable printing platform , - at least one clamp ; the at least one force member is a ball plunger, and wherein the at least one ball plunger is configured to support and exert a force on a removable printing platform in such a manner that at least one surface of the removable printing platform contacts at least one surface of the clamp .
An antenna structure , comprising a driven element and at least two parasitic elements , wherein the at least two parasitic elements are disposed around the driven element and spaced apart from the driven element; and each parasitic element is provided with a switch control module , wherein the switch control module has at least two switch statuses, and each of the switch statuses of the switch control module corresponds to one electrical length of the parasitic element ; characterized in that the parasitic elements and the driven element are encapsulated in a columnar structure; the driven element is located inside the columnar structure; and some of the at least two parasitic elements are located inside the columnar structure, while other parasitic elements are located on an outer peripheral surface of the columnar structure. the at least two parasitic elements are disposed around the driven element and spaced apart from the driven element; and each parasitic element is provided with a switch control module , wherein the switch control module has at least two switch statuses, and each of the switch statuses of the switch control module corresponds to one electrical length of the parasitic element ; characterized in that the parasitic elements and the driven element are encapsulated in a columnar structure; the driven element is located inside the columnar structure; and some of the at least two parasitic elements are located inside the columnar structure, while other parasitic elements are located on an outer peripheral surface of the columnar structure.