mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting Aβ oligomers in a biological sample that has been obtained from a subject, comprising: preparing a test sample comprising the biological sample that has been obtained from a subject and a peptide probe, wherein the peptide probe consists of from 10 to 34 amino acid residues and comprises an amino acid sequence selected from any one of SEQ ID NOs: 1-56 and 62-65, wherein the peptide probe preferentially binds to Aβ oligomers and is labeled with a fluorescent label capable of emitting a fluorescent signal, wherein the peptide probe forms complexes with any Aβ oligomer present in the biological sample; subjecting the test sample to flow cytometry to detect the fluorescent signal of the complexes; wherein the fluorescent signal of the complexes is directly correlated with the presence and amount of Aβ oligomers in the biological sample. preparing a test sample comprising the biological sample that has been obtained from a subject and a peptide probe, wherein the peptide probe consists of from 10 to 34 amino acid residues and comprises an amino acid sequence selected from any one of SEQ ID NOs: 1-56 and 62-65, wherein the peptide probe preferentially binds to Aβ oligomers and is labeled with a fluorescent label capable of emitting a fluorescent signal, wherein the peptide probe forms complexes with any Aβ oligomer present in the biological sample; subjecting the test sample to flow cytometry to detect the fluorescent signal of the complexes; wherein the fluorescent signal of the complexes is directly correlated with the presence and amount of Aβ oligomers in the biological sample.
Arrangement comprising a support, a layer, and a material enclosed between the support and the layer, the layer being formed by a single two-dimensionally cross-linked layer or by multiple two-dimensionally cross-linked layers directly or indirectly connected to one another, the two-dimensionally cross-linked layer or the two-dimensionally cross-linked layers being thinner than 10 atom layers, characterized in that the enclosed material is selected from the group consisting of biological materials, liquids (30, 140), materials which comprise a liquid, or polymers which are electrically or optically active.
A method for using, by a user equipment, UE, resources for a device-to-device, D2D, operation in a wireless communication system, the method comprising: while the UE is in a Radio Resource Control, RRC, idle mode: receiving an autonomous transmission resource pool for D2D discovery signals via system information from a network; and transmitting D2D discovery signals according to the autonomous transmission resource pool; and entering an RRC connected mode from the RRC idle mode, wherein the autonomous transmission resource pool is configured to become invalid after entering the RRC connected mode, wherein the invalid autonomous transmission resource pool becomes valid again if a connection establishment procedure is successfully completed and the network indicates, during the connection establishment procedure, that the UE is allowed to consider the invalid autonomous transmission resource pool valid, wherein the system information corresponds to a system information block, SIB, defined for the D2D discovery signals, and wherein the system information is a SIB-18. while the UE is in a Radio Resource Control, RRC, idle mode: receiving an autonomous transmission resource pool for D2D discovery signals via system information from a network; and transmitting D2D discovery signals according to the autonomous receiving an autonomous transmission resource pool for D2D discovery signals via system information from a network; and transmitting D2D discovery signals according to the autonomous transmission resource pool; and entering an RRC connected mode from the RRC idle mode, wherein the autonomous transmission resource pool is configured to become invalid after entering the RRC connected mode, wherein the invalid autonomous transmission resource pool becomes valid again if a connection establishment procedure is successfully completed and the network indicates, during the connection establishment procedure, that the UE is allowed to consider the invalid autonomous transmission resource pool valid, wherein the system information corresponds to a system information block, SIB, defined for the D2D discovery signals, and wherein the system information is a SIB-18.
Method for visualizing an effect of wind on an aircraft travel comprising the steps - determining at least one wind speed and wind direction for a predefined airspace, - identifying a predefined travel route of at least one selected aircraft within the predefined airspace, wherein the predefined travel route defines a route of the selected aircraft when approaching an airfield, - calculating at least one reference distance flown by the selected aircraft along a route segment of the travel route in a predefined reference time interval, wherein the calculating uses - at least one air speed of the selected aircraft at the route segment, - the determined wind speed and - the determined wind direction, and optionally - at least one altitude, - visualizing the predefined travel route or the route segment on a display used by an air traffic controller and - indicating said reference distance on the visualized predefined travel route or route segment. - determining at least one wind speed and wind direction for a predefined airspace, - identifying a predefined travel route of at least one selected aircraft within the predefined airspace, wherein the predefined travel route defines a route of the selected aircraft when approaching an airfield, - calculating at least one reference distance flown by the selected aircraft along a route segment of the travel route in a predefined reference time interval, wherein the calculating uses - at least one air speed of the selected aircraft at the route segment, - the determined wind speed and - the determined wind direction, and optionally - at least one altitude, - at least one air speed of the selected aircraft at the route segment, - the determined wind speed and - the determined wind direction, and optionally - at least one altitude, - visualizing the predefined travel route or the route segment on a display used by an air traffic controller and - indicating said reference distance on the visualized predefined travel route or route segment.
A rotating tub body, comprising: lifters provided on an inner peripheral surface of the rotating tub body and spaced apart from each other, a plurality of lifter installation sections provided on a plate of the rotating tub body to install the r lifters, being characterized in that the rotating tub body further comprises: a plurality of concave-convex sections provided on the plate alternately with the lifter installation sections, each concave-convex section including a plurality of concave-convex parts, reinforcement sections (30f, 30f') reinforcing strength of the lifter installation sections, and frames provided at both sides of the plate such that covers (31, 32) are able to be installed on the frames to cover both sides of the rotating tub body, wherein the reinforcement sections (30f, 30f') are formed on the frames corresponding to both sides of the lifter installation sections, are formed lengthwise along the plate and extend in a circumferential direction of the rotating tub body when the fabricating of the reinforcement sections (30f, 30f') is completed. lifters provided on an inner peripheral surface of the rotating tub body and spaced apart from each other, a plurality of lifter installation sections provided on a plate of the rotating tub body to install the r lifters, being characterized in that the rotating tub body further comprises: a plurality of concave-convex sections provided on the plate alternately with the lifter installation sections, each concave-convex section including a plurality of concave-convex parts, reinforcement sections (30f, 30f') reinforcing strength of the lifter installation sections, and frames provided at both sides of the plate such that covers (31, 32) are able to be installed on the frames to cover both sides of the rotating tub body, wherein the reinforcement sections (30f, 30f') are formed on the frames corresponding to both sides of the lifter installation sections, are formed lengthwise along the plate and extend in a circumferential direction of the rotating tub body when the fabricating of the reinforcement sections (30f, 30f') is completed. a plurality of concave-convex sections provided on the plate alternately with the lifter installation sections, each concave-convex section including a plurality of concave-convex parts, reinforcement sections (30f, 30f') reinforcing strength of the lifter installation sections, and frames provided at both sides of the plate such that covers (31, 32) are able to be installed on the frames to cover both sides of the rotating tub body, wherein the reinforcement sections (30f, 30f') are formed on the frames corresponding to both sides of the lifter installation sections, are formed lengthwise along the plate and extend in a circumferential direction of the rotating tub body when the fabricating of the reinforcement sections (30f, 30f') is completed.
A projection display system, comprising: a first light source (111, 211, 311, 411, 511) configured to emit a first light; a first light modulation system (121, 221, 321, 421, 521) configured to receive the first light and modulate the first light into a first image light; a supplementary light source (112, 212, 312, 412, 512) configured to emit at least a supplementary light, a spectrum of the first light comprising a spectrum of the supplementary light; a second light modulation system (122, 222, 322, 422, 522) configured to receive the supplementary light and modulate the supplementary light into a supplementary image light; a light combining device (130, 230, 330, 430, 530) positioned in an emergent light path of the first light modulation system and an emergent light path of the second light modulation system, and configured to combine the first image light and the supplementary image light, a beam cross-sectional area of the first image light being greater than a beam cross-sectional area of the supplementary image light at a light combining position; and a projection lens system (150, 251, 252, 3501, 3502, 3503, 450, 550) positioned in the emergent light path of the first light modulation system and the emergent light path of the second light modulation system, and configured to image and overlap the first image light and the supplementary image light at a predetermined position. a first light source (111, 211, 311, 411, 511) configured to emit a first light; a first light modulation system (121, 221, 321, 421, 521) configured to receive the first light and modulate the first light into a first image light; a supplementary light source (112, 212, 312, 412, 512) configured to emit at least a supplementary light, a spectrum of the first light comprising a spectrum of the supplementary light; a second light modulation system (122, 222, 322, 422, 522) configured to receive the supplementary light and modulate the supplementary light into a supplementary image light; a light combining device (130, 230, 330, 430, 530) positioned in an emergent light path of the first light modulation system and an emergent light path of the second light modulation system, and configured to combine the first image light and the supplementary image light, a beam cross-sectional area of the first image light being greater than a beam cross-sectional area of the supplementary image light at a light combining position; and a projection lens system (150, 251, 252, 3501, 3502, 3503, 450, 550) positioned in the emergent light path of the first light modulation system and the emergent light path of the second light modulation system, and configured to image and overlap the first image light and the supplementary image light at a predetermined position.
A locking bracket for a vehicle accessory, comprising: a main portion and a secondary portion, the main portion being configured to position the vehicle accessory in an operating position, the main portion comprising: opposite first and second faces (114, 116) extending between opposite ends (118, 120), a spring leaf extending from the first face, first and second ribs (122, 124) extending from the second face, the first and second ribs being spaced from one another and having cooperating geometry to provide a normal or substantially normal vector force to the spring leaf, at least first and second hinges (140, 142) separated by a distance, the first rib being located between the first and second hinges, and a locking mechanism (150, 152) provided on at least one of the ends, the locking mechanism being configured to maintain the vehicle accessory in the operating position. opposite first and second faces (114, 116) extending between opposite ends (118, 120), a spring leaf extending from the first face, first and second ribs (122, 124) extending from the second face, the first and second ribs being spaced from one another and having cooperating geometry to provide a normal or substantially normal vector force to the spring leaf, at least first and second hinges (140, 142) separated by a distance, the first rib being located between the first and second hinges, and a locking mechanism (150, 152) provided on at least one of the ends, the locking mechanism being configured to maintain the vehicle accessory in the operating position.
Control unit device for an aircraft seat, with a control and/or regulation unit, with at least one actuator unit (14, 16, 18) that is coupled with the control and/or regulation unit and comprises at least one actuator which is configured for converting electrical signals into movement, and with at least one additional unit (20, 22, 24), the additional unit (20, 22, 24) being coupled with the control and/or regulation unit via the actuator unit (14, 16, 18), the actuator unit (14, 16, 18) comprising at least one plug element (26, 28), via which the actuator unit (14, 16, 18) is coupled with the control and/or regulation unit, the additional unit (20, 22, 24) being connected to the actuator unit (14, 16, 18) via the plug element (26, 28), the plug element (26, 28) comprising at least one pin, via which the actuator unit (14, 16, 18) is connected with the control and/or regulation unit, and comprising at least one further pin, via which the additional unit (20, 22, 24) is connected with the actuator unit (14, 16, 18), the actuator unit (14, 16, 18) comprising an incorporated control unit that has at least one entry, via which the pin for the additional unit (20, 22, 24) is connected.
A rotorcraft, comprising: a fuselage; a tail boom; a rotor system; and a centrifugal blower system (134, 200, 300), comprising: a centrifugal blower (204, 304) configured to generate thrust using an airflow, wherein the centrifugal blower (204, 304) is located within the tail boom (132, 202, 302); and a plurality of ducts configured to control the thrust generated by the centrifugal blower (204, 304), wherein the plurality of ducts is located on a portion of the tail boom (132, 202, 302) surrounding the centrifugal blower, and wherein the plurality of ducts comprises one or more adjustable ducts configured to vary a size of an associated duct opening. a fuselage; a tail boom; a rotor system; and a centrifugal blower system (134, 200, 300), comprising: a centrifugal blower (204, 304) configured to generate thrust using an airflow, wherein the centrifugal blower (204, 304) is located within the tail boom (132, 202, 302); and a plurality of ducts configured to control the thrust generated by the centrifugal blower (204, 304), wherein the plurality of ducts is located on a portion of the tail boom (132, 202, 302) surrounding the centrifugal blower, and wherein the plurality of ducts comprises one or more adjustable ducts configured to vary a size of an associated duct opening. a centrifugal blower (204, 304) configured to generate thrust using an airflow, wherein the centrifugal blower (204, 304) is located within the tail boom (132, 202, 302); and a plurality of ducts configured to control the thrust generated by the centrifugal blower (204, 304), wherein the plurality of ducts is located on a portion of the tail boom (132, 202, 302) surrounding the centrifugal blower, and wherein the plurality of ducts comprises one or more adjustable ducts configured to vary a size of an associated duct opening.
A beverage nozzle for mixing at least a first beverage ingredient and a second beverage ingredient into a homogeneous mixture, the beverage nozzle comprising: a housing comprising a first portion and a second portion; a first inlet in fluid communication with the housing, wherein the first inlet is configured to provide the first beverage ingredient to the housing, wherein the first inlet is removable; a second inlet in fluid communication with the housing, wherein the second inlet is configured to provide the second beverage ingredient to the housing, wherein the second inlet is removable; a mixing core disposed within the housing, wherein the mixing core is configured to mix the first beverage ingredient and the second beverage ingredient into the homogeneous mixture; an outlet disposed about the housing, wherein the homogeneous mixture exits the housing by way of the outlet; and a top ring attached to the second inlet, wherein the top ring comprises an aperture therethrough, characterised in that the first inlet comprises a lip configured to slide into a slot in the housing to position the first inlet adjacent to the aperture in the top ring. a housing comprising a first portion and a second portion; a first inlet in fluid communication with the housing, wherein the first inlet is configured to provide the first beverage ingredient to the housing, wherein the first inlet is removable; a second inlet in fluid communication with the housing, wherein the second inlet is configured to provide the second beverage ingredient to the housing, wherein the second inlet is removable; a mixing core disposed within the housing, wherein the mixing core is configured to mix the first beverage ingredient and the second beverage ingredient into the homogeneous mixture; an outlet disposed about the housing, wherein the homogeneous mixture exits the housing by way of the outlet; and a top ring attached to the second inlet, wherein the top ring comprises an aperture therethrough, characterised in that the first inlet comprises a lip configured to slide into a slot in the housing to position the first inlet adjacent to the aperture in the top ring.
A clutch assembly for a driveline of a motor vehicle, comprising: a disconnect clutch for disconnecting a driveline, wherein the disconnect clutch comprises at least a first clutch part and a second clutch part; a spring element that loads the disconnect clutch into a closed position in which torque is transmittable between the first clutch part and the second clutch part; a ball ramp unit for loading the disconnect clutch into an open position, wherein the ball ramp unit comprises an outer ring with a plurality of circumferentially distributed outer ball tracks, an inner ring with a plurality of circumferentially distributed inner ball tracks and a plurality of balls which are each arranged between an outer ball track and an inner ball track; a drive unit for operating the ball ramp unit, wherein the drive unit is configured to rotatingly drive one of the outer ring and the inner ring around a rotational axis; wherein the outer ball tracks and the inner ball tracks are configured to be ramp-like such that rotatingly driving the rotatingly drivable ring by the drive unit effects a relative axial movement between the outer ring and the inner ring, so that the disconnect clutch is opened; wherein the outer ball tracks and the inner ball tracks each extend in the circumferential direction across less than 120°, and wherein the outer ball tracks and the inner ball tracks are configured such that a force line, that in a longitudinal section extends through an outer and an inner ball contact area, encloses an angle (a) with the rotational axis that is greater than 0° and smaller than 90°. a disconnect clutch for disconnecting a driveline, wherein the disconnect clutch comprises at least a first clutch part and a second clutch part; a spring element that loads the disconnect clutch into a closed position in which torque is transmittable between the first clutch part and the second clutch part; a ball ramp unit for loading the disconnect clutch into an open position, wherein the ball ramp unit comprises an outer ring with a plurality of circumferentially distributed outer ball tracks, an inner ring with a plurality of circumferentially distributed inner ball tracks and a plurality of balls which are each arranged between an outer ball track and an inner ball track; a drive unit for operating the ball ramp unit, wherein the drive unit is configured to rotatingly drive one of the outer ring and the inner ring around a rotational axis; wherein the outer ball tracks and the inner ball tracks are configured to be ramp-like such that rotatingly driving the rotatingly drivable ring by the drive unit effects a relative axial movement between the outer ring and the inner ring, so that the disconnect clutch is opened; wherein the outer ball tracks and the inner ball tracks each extend in the circumferential direction across less than 120°, and wherein the outer ball tracks and the inner ball tracks are configured such that a force line, that in a longitudinal section extends through an outer and an inner ball contact area, encloses an angle (a) with the rotational axis that is greater than 0° and smaller than 90°.
An energy storage module for the reversible storage of electric energy in the form of mechanical rotational energy, comprising several flywheel storage units, at least one control system and at least one module control unit, whereby the flywheel storage units are electrically connected in parallel via a shared DC link, characterized in that the control system is connected via an output side to the shared DC link and via an input side to at least one transregional AC network as one of the external power networks (LS, NS), and it is configured to regulate the flow of energy between the transregional AC network, as the connected external power network, and the flywheel storage units in order to carry out non-location-bound regulation and system tasks in the transregional AC network in a manner prescribed by the module control unit by transmitting suitable torque specifications to the flywheel storage units in order to release (Ep) energy into or in order to withdraw (En) energy from the DC link in such a way that, when energy is released (Ep) at least into the transregional AC network and when energy is withdrawn (Ep) at least from the transregional AC network, the direct current remains essentially constant between an upper threshold value and a lower threshold value.
Sprayable aqueous composition for spreading biological control agents comprising live biocontrol agents from the phytoseiidae family of the genus Phytoseiulus homogeneously dispersed in a gel prepared from one or more thickening and/or gelling agents and an aqueous solution, said thickening and/or gelling agents being non-toxic for said biocontrol agents and said gel having a dynamic viscosity at zero velocity gradient of between 1 and 30,000 mPa.s.