mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: determining a plurality of future locations of a device (106a, 106b, 106c) based on a current location of the device (106a, 106b, 106c), a substantial bearing of the device (106a, 106b, 106c) and a plurality of distances from the current location of the device (106a, 106b, 106c); determining a time of arrival for each of the plurality of future locations in response to the future locations (502, 504, 506, 508, 510, 512, 514, 516, 518) being located outside a geographic region associated with a current location; determining a time of arrival closest to the current time based on the determined times of arrival; transmitting a low power mode interval to the device (106a, 106b, 106c) based on the determined time of arrival at a closest future location in response to the closest future location being in a different geographic region and requiring a different frequency band as currently used, wherein the low power mode interval is to enable the device to reactivate in advance of the time of arrival at the future location; wherein the geographic region is defined according to frequencies or frequency bands associated with unlicensed wireless sub-GHz communication; wherein the time of arrival of the device at the closest future location is based on a speed of the device and a distance from the closest future location; wherein the substantial bearing of the device refers to any bearing no more than +/- 15 degrees from a current bearing and/or heading of the device, and wherein the distances are determined randomly or at initialization. determining a plurality of future locations of a device (106a, 106b, 106c) based on a current location of the device (106a, 106b, 106c), a substantial bearing of the device (106a, 106b, 106c) and a plurality of distances from the current location of the device (106a, 106b, 106c); determining a time of arrival for each of the plurality of future locations in response to the future locations (502, 504, 506, 508, 510, 512, 514, 516, 518) being located outside a geographic region associated with a current location; determining a time of arrival closest to the current time based on the determined times of arrival; transmitting a low power mode interval to the device (106a, 106b, 106c) based on the determined time of arrival at a closest future location in response to the closest future location being in a different geographic region and requiring a different frequency band as currently used, wherein the low power mode interval is to enable the device to reactivate in advance of the time of arrival at the future location; wherein the geographic region is defined according to frequencies or frequency bands associated with unlicensed wireless sub-GHz communication; wherein the time of arrival of the device at the closest future location is based on a speed of the device and a distance from the closest future location; wherein the substantial bearing of the device refers to any bearing no more than +/- 15 degrees from a current bearing and/or heading of the device, and wherein the distances are determined randomly or at initialization.
A bushing for electric current and/or voltage through a grounded plane comprising a rotationally symmetrical insulator body surrounding a central electrical conductor, characterized in that said bushing exhibiting a sealing element for gas/liquid sealing between the conductor and the insulator body, said sealing element having compressible means arranged on a part of the axial lengths of the central electrical conductor between the insulator body and the central electrical conductor, the sealing element being in a compressed state between the externally arranged insulator body and the conductor, said sealing element forming a gas/liquid seal, integrated with the insulator body, between the central electrical conductor and the insulator body, wherein said insulator body comprises winding insulating material arranged onto the central electrical conductor, wherein the winding insulating material comprises a hardening material having a solid shape, and wherein said compressible means of the sealing element comprise grooves formed on an annular band, which grooves are arranged perpendicular to the axial direction of the conductor facing the same.
A system for processing sensor data, the system comprising: a plurality of data collection units each configured for receiving the sensor data from at least one terminal device; and an allocation unit, controlled by a processor, for monitoring a status of each of the data collection units, predicting an amount of data included in the sensor data from the at least one terminal device, selecting a data collection unit of the plurality of data collection units based on a monitoring result and the predicted amount of data, and allocating the at least one terminal device to the selected data collection unit. a plurality of data collection units each configured for receiving the sensor data from at least one terminal device; and an allocation unit, controlled by a processor, for monitoring a status of each of the data collection units, predicting an amount of data included in the sensor data from the at least one terminal device, selecting a data collection unit of the plurality of data collection units based on a monitoring result and the predicted amount of data, and allocating the at least one terminal device to the selected data collection unit.
A wall anchor, particularly for tubular radiators, comprising a supporting bracket that can be fastened to a wall and at least one engagement member that is joined to said supporting bracket, said engagement member being provided with a seat that is suitable to allow its association with a tubular portion of a radiator, a quick locking means ( 50, 150, 250) that is adapted to pass, reversibly and without the use of tools, from a removable condition, in which said seat has a partially open transverse cross-section, to a non-removable condition, in which said seat has a substantially closed transverse cross-section; said engagement member comprising a contoured body that forms said seat, said seat having a substantially C-shaped transverse cross-section and a shape that is substantially complementary to the shape of a tubular portion; said wall anchor being characterized in that said quick locking means comprises a rotary member provided with a cavity with a substantially C-shaped transverse cross-section and a shape that is substantially complementary to the shape of a tubular portion, said rotary member being detachably associatable with said tubular portion and being rotatably associated with said contoured body coaxially to said seat, in order to give said seat a substantially closed transverse cross-section during said non-removable condition.
A storage system comprising: a first set of parallel tracks and a second set of parallel tracks extending transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a set of uprights, the uprights and tracks together defining a framework; a plurality of storage containers arranged in stacks beneath the grid spaces, located beneath the tracks and within the framework; at least one load handling device disposed on the grid, arranged to move laterally above the stacks on the tracks, the load handling device comprising a lifting device arranged to lift one or more containers, or parts thereof, from a stack; characterized in that, the system comprises an additional separate portion of framework comprising uprights with tracks mounted thereon, the additional separate portion of framework being located adjacent and in contact with the storage system, the additional separate portion of framework being further provided with barrier means, the barrier means extending over the tracks of the additional separate portion such that any load handling device over running the tracks of the storage system will continue to travel on the tracks of the additional separate portion of framework and impacts the barrier, the forces generated by said impact being directed into the barrier and the separate portion and not being transmitted in to said storage system. a first set of parallel tracks and a second set of parallel tracks extending transverse to the first set in a substantially horizontal plane to form a grid pattern comprising a plurality of grid spaces; a set of uprights, the uprights and tracks together defining a framework; a plurality of storage containers arranged in stacks beneath the grid spaces, located beneath the tracks and within the framework; at least one load handling device disposed on the grid, arranged to move laterally above the stacks on the tracks, the load handling device comprising a lifting device arranged to lift one or more containers, or parts thereof, from a stack;
A display device, comprising: a display panel for displaying an image on one surface thereof; a substrate (SUB, SUB') including a first surface and a second surface, wherein the first surface faces the display panel; and a first touch sensor (TS1, TS1', TS1") provided between the display panel and the substrate (SUB, SUB'), wherein the substrate (SUB, SUB') includes a recess (RCS, RCS') on the first surface, and the first touch sensor (TS1, TS1', TS1") is arranged on at least a portion of the recess (RCS, RCS'), and characterized in that the display device further comprises a window substrate including a protrusion between the first touch sensor (TS1') and the display panel, wherein a shape of the protrusion corresponds to that of the recess (RCS'), and the protrusion is arranged in a position corresponding to the recess (RCS'). a display panel for displaying an image on one surface thereof; a substrate (SUB, SUB') including a first surface and a second surface, wherein the first surface faces the display panel; and a first touch sensor (TS1, TS1', TS1") provided between the display panel and the substrate (SUB, SUB'), wherein the substrate (SUB, SUB') includes a recess (RCS, RCS') on the first surface, and the first touch sensor (TS1, TS1', TS1") is arranged on at least a portion of the recess (RCS, RCS'), and characterized in that the display device further comprises a window substrate including a protrusion between the first touch sensor (TS1') and the display panel, wherein a shape of the protrusion corresponds to that of the recess (RCS'), and the protrusion is arranged in a position corresponding to the recess (RCS').
A vaginal exercise device, comprising: a handle; a central rod coupled to the handle; a plurality of arms coupled to the central rod, each arm having a pad disposed thereon that is shaped and configured to conform to a vagina; an expansion mechanism comprising a spring coupled to and pushing against the central rod at a user-adjustable constant force, and configured to move the arms and the pads radially outwards from the central rod at the user-specified force; and a force sensor disposed on the device and configured to measure a force applied by the vagina against the pads. a handle; a central rod coupled to the handle; a plurality of arms coupled to the central rod, each arm having a pad disposed thereon that is shaped and configured to conform to a vagina; an expansion mechanism comprising a spring coupled to and pushing against the central rod at a user-adjustable constant force, and configured to move the arms and the pads radially outwards from the central rod at the user-specified force; and a force sensor disposed on the device and configured to measure a force applied by the vagina against the pads.
2-chloro-2'-deoxyadenosine, known as cladribine, or a pharmaceutically acceptable salt thereof, for use in the treatment or amelioration of myasthenia gravis.
An agricultural machine comprising: a frame; a ground-engaging element; a suspension system that movably supports the frame relative to the ground-engaging element, wherein the suspension system is configured to apply, for a given displacement of the frame relative to the ground-engaging element, a force based on a force-to-displacement relationship; and a control system configured to: receive an input indicative of an operational state of the agricultural machine during operation on a terrain; and automatically control the suspension system to adjust the force-to-displacement relationship of the suspension system based on the operational state; wherein the suspension system comprises an air spring configured to support the frame relative to the ground-engaging element, and the control system is configured to adjust a spring rate of the air spring based on the operational state, characterized in that the input comprises geo-referenced terrain data indicative of terrain characteristics of the terrain. a frame; a ground-engaging element; a suspension system that movably supports the frame relative to the ground-engaging element, wherein the suspension system is configured to apply, for a given displacement of the frame relative to the ground-engaging element, a force based on a force-to-displacement relationship; and a control system configured to: receive an input indicative of an operational state of the agricultural machine during operation on a terrain; and automatically control the suspension system to adjust the force-to-displacement relationship of the suspension system based on the operational state; receive an input indicative of an operational state of the agricultural machine during operation on a terrain; and automatically control the suspension system to adjust the force-to-displacement relationship of the suspension system based on the operational state; wherein the suspension system comprises an air spring configured to support the frame relative to the ground-engaging element, and the control system is configured to adjust a spring rate of the air spring based on the operational state, characterized in that the input comprises geo-referenced terrain data indicative of terrain characteristics of the terrain.
Self-supporting module chassis arranged to be positioned at a vehicle end producing a vehicle interior, characterized in that this chassis comprises at least: - a first rigid structure forming at least a high part of the vehicle interior, - a second rigid structure forming at least a low part of the vehicle interior, and characterized in that: - at least one structural vertical support upright produces a join between the first rigid structure and the second rigid structure of the vehicle interior, such that the first rigid structure is positioned overhanging or cantilevered with respect to the second rigid structure. - a first rigid structure forming at least a high part of the vehicle interior, - a second rigid structure forming at least a low part of the vehicle interior, and characterized in that: - at least one structural vertical support upright produces a join between the first rigid structure and the second rigid structure of the vehicle interior, such that the first rigid structure is positioned overhanging or cantilevered with respect to the second rigid structure. - at least one structural vertical support upright produces a join between the first rigid structure and the second rigid structure of the vehicle interior, such that the first rigid structure is positioned overhanging or cantilevered with respect to the second rigid structure.
A fan rotor comprising fan blades attached to the periphery of a wheel, each blade having a blade root engaged in a groove in said wheel and retained therein by a latch engaged in notches formed in the vicinity of and on either side of the upstream end of the corresponding groove in order to oppose movement of said blade root in an axial direction, each above-mentioned latch, referred to as a "main" latch, being associated with an additional latch that is distinct from said main latch, the rotor being characterized in that the additional latch is spaced apart from the main latch at a predetermined distance, said additional latch being situated between said main latch and the upstream end of said blade root engaged in the groove.
Filter medium, in particular air filter medium featuring: a first filter layer; and a second filter layer; wherein the first filter layer features a first filter layer section and a second filter layer section which is disposed in a throughflow direction of the filter medium behind the first filter layer section; wherein the first filter layer section features a first packing density of fibers; and wherein the second filter layer section features a second packing density of fibers differing from the first packing density of fibers; wherein the second filter layer features nanofibers and is disposed in throughflow direction behind the first filter layer and wherein the ratio of a standardized average packing density of the first filter layer section in relation to a standardized average packing density of the second filter layer section is between 0.1 and 0.4, preferably between 0.1 and 0.2, wherein the first filter layer features a central section with a standardized average packing density which is larger than the standardized average packing density of the first filter layer section and smaller than the standardized average packing density of the second filter layer section and wherein the first filter layer is at least mainly made of synthetic fibers. a first filter layer; and a second filter layer; wherein the first filter layer features a first filter layer section and a second filter layer section which is disposed in a throughflow direction of the filter medium behind the first filter layer section; wherein the first filter layer section features a first packing density of fibers; and wherein the second filter layer section features a second packing density of fibers differing from the first packing density of fibers; wherein the second filter layer features nanofibers and is disposed in throughflow direction behind the first filter layer and wherein the ratio of a standardized average packing density of the first filter layer section in relation to a standardized average packing density of the second filter layer section is between 0.1 and 0.4, preferably between 0.1 and 0.2, wherein the first filter layer features a central section with a standardized average packing density which is larger than the standardized average packing density of the first filter layer section and smaller than the standardized average packing density of the second filter layer section and wherein the first filter layer is at least mainly made of synthetic fibers.
Device for painting at least one workpiece, comprising: at least one spray gun (10, 10') which is rotatable and/or horizontally and/or vertically displaceable; and a workpiece carrier which is movable in an X-Y plane and/or rotatable about an axis of rotation, characterized in that the spray gun (10, 10') has two spray nozzles (11, 11') which are rotatable and/or pivotable. at least one spray gun (10, 10') which is rotatable and/or horizontally and/or vertically displaceable; and a workpiece carrier which is movable in an X-Y plane and/or rotatable about an axis of rotation, characterized in that the spray gun (10, 10') has two spray nozzles (11, 11') which are rotatable and/or pivotable.
A method of analyzing a subsurface hydrocarbon reservoir of interest to characterize the fractures in formation rock in the reservoir, comprising the steps of: isolating a formation test section adjacent a borehole in the reservoir from fluid flow from other portions of the reservoir; determining a base magnetic susceptibility of the formation test section; injecting a magnetic fluid into the formation test section to enhance the magnetic susceptibility of the formation test section; determining an enhanced magnetic susceptibility of the formation test section with the injected magnetic fluid; determining a characterization of porosity, permeability, or permeability anisotropy of fractures in the subsurface hydrocarbon reservoir based on the changes between base magnetic susceptibility and the enhanced magnetic susceptibility, a concentration of the magnetic fluid, volume of tested borehole section and an injected volume. isolating a formation test section adjacent a borehole in the reservoir from fluid flow from other portions of the reservoir; determining a base magnetic susceptibility of the formation test section; injecting a magnetic fluid into the formation test section to enhance the magnetic susceptibility of the formation test section; determining an enhanced magnetic susceptibility of the formation test section with the injected magnetic fluid; determining a characterization of porosity, permeability, or permeability anisotropy of fractures in the subsurface hydrocarbon reservoir based on the changes between base magnetic susceptibility and the enhanced magnetic susceptibility, a concentration of the magnetic fluid, volume of tested borehole section and an injected volume.
Condenser having a receiver for storing liquid refrigerant, the condenser having a heat exchanger block with at least one manifold and with a tube and fin block, wherein the tubes communicate with the at least one manifold for introducing and releasing refrigerant to or from the heat exchanger block, wherein the receiver is located adjacent to one of the manifolds, wherein the receiver has a tube with at least one open tube end (8,9) and with at least one disc, wherein the disc is located within the tube at the tube end (8,9) in order to close the tube end (8,9), characterized in that the disc is fluid tight connected with the tube end (8,9) by cold metal transfer welding.
Cooling fan module, comprising: a fan shroud; a fan wheel recess formed in the fan shroud, wherein the fan wheel recess is delimited by a shroud ring; a motor holder, which is arranged inside the fan wheel recess and which is mechanically connected to the fan shroud via struts; a motor, which is at least partially held in the motor holder; and a fan wheel, which is arranged in the fan wheel recess and which is rotationally driven by the motor, wherein the cooling fan module comprises a separately formed, ring-shaped structural element, which is arranged on the shroud ring, wherein a gap is formed between the fan wheel and the shroud ring in the radial direction, wherein the ring-shaped structural element is arranged at least partially within said gap, characterized in that the ring-shaped structural element further comprises a holding means, which is provided for guiding a hose-like and/or tube-like structure and/or which delimits the hose-like and/or tube-like structure at least two degrees of freedom. a fan shroud; a fan wheel recess formed in the fan shroud, wherein the fan wheel recess is delimited by a shroud ring; a motor holder, which is arranged inside the fan wheel recess and which is mechanically connected to the fan shroud via struts; a motor, which is at least partially held in the motor holder; and a fan wheel, which is arranged in the fan wheel recess and which is rotationally driven by the motor, wherein the cooling fan module comprises a separately formed, ring-shaped structural element, which is arranged on the shroud ring, wherein a gap is formed between the fan wheel and the shroud ring in the radial direction, wherein the ring-shaped structural element is arranged at least partially within said gap, characterized in that the ring-shaped structural element further comprises a holding means, which is provided for guiding a hose-like and/or tube-like structure and/or which delimits the hose-like and/or tube-like structure at least two degrees of freedom.
An apparatus comprising: - a cooling unit including ∘ at least one container for dry ice, characterized by o permanent magnets on the outer surface; - at least one metal plate including Gadolinium detachably in connection with the magnets of the cooling unit. - a cooling unit including ∘ at least one container for dry ice, characterized by o permanent magnets on the outer surface; ∘ at least one container for dry ice, characterized by o permanent magnets on the outer surface; - at least one metal plate including Gadolinium detachably in connection with the magnets of the cooling unit.