mhurhangee/ep-ind-claims huggingface dataset:
Support layer for turf with reinforcing fibres of plastic, wherein these reinforcing fibres are essentially not biodegradable under environmental conditions when used as support layer in the soil, characterized in that within the support layer the reinforcing fibres are distributed disorderly in different directions, and there is at least a partial interlocking of the single reinforcing fibres, wherein the amount of the reinforcing fibres in the support layer is between 0.1 and 4 % by weight, and these reinforcing fibres have an activation threshold above which the reinforcing fibres are essentially completely biodegradable, wherein the activation threshold is a temperature above 50° C.
Rotor body including: - a magnetic part, such as a stack of laminations; - radial recesses formed in the magnetic part; - permanent magnets mounted in the radial recesses and each including two axial end faces and two radial end faces (21, 24); - a central core for supporting the magnetic part; characterized in that it includes - tenons formed in the core at the inner periphery of the recesses; - strips of material surrounding the axial and radial (21, 24) end faces of the magnets; - each strip including firstly a first inner radial potion provided with a mortise interacting in a form-fitting manner with the tenon associated with the core, secondly, two second axial end portions and, thirdly, a third outer radial portion; - flexible radial action means belonging to the first portion of the strips and bearing on the central core so as to urge the third portion of the strips and the magnets surrounded by the strips in the direction of the outer periphery of the recesses; - and flexible axial action means belonging to the two second axial portions of the strips for acting on the axial end faces of the magnets. - a magnetic part, such as a stack of laminations; - radial recesses formed in the magnetic part; - permanent magnets mounted in the radial recesses and each including two axial end faces and two radial end faces (21, 24); - a central core for supporting the magnetic part; - tenons formed in the core at the inner periphery of the recesses; - strips of material surrounding the axial and radial (21, 24) end faces of the magnets; - each strip including firstly a first inner radial potion provided with a mortise interacting in a form-fitting manner with the tenon associated with the core, secondly, two second axial end portions and, thirdly, a third outer radial portion; - flexible radial action means belonging to the first portion of the strips and bearing on the central core so as to urge the third portion of the strips and the magnets surrounded by the strips in the direction of the outer periphery of the recesses; - and flexible axial action means belonging to the two second axial portions of the strips for acting on the axial end faces of the magnets.
A ventilation or anaesthetic system for ventilating a patient, comprising - a gas-conveying device, - at least one gas line to form a respiratory-air line system, - at least one sEMG sensor for non-invasive detection of the electromyographic muscle activity of the respiratory musculature of a patient, who is to be ventilated, at the surface of the patient's skin, - a control device to control and/or regulate the capacity of the gas-conveying device as a function of the detected muscle activity of the respiratory musculature, - a main unit having a main housing and the gas-conveying device, - at least one measuring module at which the at least one EMG sensor is arranged, wherein the at least one measuring module is a structural unit that is separated from the main unit, characterised in that the main unit comprises a charging and switching unit, wherein in the charging and switching unit batteries are charged by means of charging portions, in that the charging and switching unit in turn comprises switching units which are formed - to connect only one first battery to the measuring module to supply current to the measuring module, - to connect, furthermore, at least one other battery only to one charging portion to charge the other battery, - and, furthermore, to separate the first battery electrically from the measuring module after discharge and to connect the other charged battery electrically to the measuring module. - a gas-conveying device, - at least one gas line to form a respiratory-air line system, - at least one sEMG sensor for non-invasive detection of the electromyographic muscle activity of the respiratory musculature of a patient, who is to be ventilated, at the surface of the patient's skin, - a control device to control and/or regulate the capacity of the gas-conveying device as a function of the detected muscle activity of the respiratory musculature, - a main unit having a main housing and the gas-conveying device, - at least one measuring module at which the at least one EMG sensor is arranged, wherein the at least one measuring module is a structural unit that is separated from the main unit, - to connect only one first battery to the measuring module to supply current to the measuring module, - to connect, furthermore, at least one other battery only to one charging portion to charge the other battery, - and, furthermore, to separate the first battery electrically from the measuring module after discharge and to connect the other charged battery electrically to the measuring module.
A vortex flux generator comprising: a magnetic circuit configured to produce a magnetic field; a quench controller configured to provide a variable current; a vortex material configured to form and subsequently dissipate a vortex in response to the variable current, wherein upon formation of the vortex, a magnetic field density surrounding the vortex is urged to decrease, and wherein upon subsequent dissipation of the vortex, the urging to decrease ceases and the magnetic field density increases prior to a reformation of the vortex, and wherein the decrease of the magnetic field density and the increase of the magnetic field density correspond to a modulation of the magnetic field; an inductor disposed in a vicinity of the vortex such that the modulation of the magnetic field induces an electrical current in the inductor; and characterized in that the vortex flux generator further comprises a dissipation superconductor electrically disposed in parallel with the vortex material and configured to carry, without quenching, an entirety of the variable current during dissipation of the vortex in the vortex material. a magnetic circuit configured to produce a magnetic field; a quench controller configured to provide a variable current; a vortex material configured to form and subsequently dissipate a vortex in response to the variable current, wherein upon formation of the vortex, a magnetic field density surrounding the vortex is urged to decrease, and wherein upon subsequent dissipation of the vortex, the urging to decrease ceases and the magnetic field density increases prior to a reformation of the vortex, and wherein the decrease of the magnetic field density and the increase of the magnetic field density correspond to a modulation of the magnetic field; an inductor disposed in a vicinity of the vortex such that the modulation of the magnetic field induces an electrical current in the inductor; and characterized in that the vortex flux generator further comprises wherein upon formation of the vortex, a magnetic field density surrounding the vortex is urged to decrease, and wherein upon subsequent dissipation of the vortex, the urging to decrease ceases and the magnetic field density increases prior to a reformation of the vortex, and wherein the decrease of the magnetic field density and the increase of the magnetic field density correspond to a modulation of the magnetic field; an inductor disposed in a vicinity of the vortex such that the modulation of the magnetic field induces an electrical current in the inductor; and characterized in that the vortex flux generator further comprises a dissipation superconductor electrically disposed in parallel with the vortex material and configured to carry, without quenching, an entirety of the variable current during dissipation of the vortex in the vortex material.
A radiator for a backlight, wherein the radiator comprises a mounting portion used for mounting a heat source, a radiating portion connected with the mounting portion and used for absorbing heat transferred by the mounting portion, the radiating portion is internally provided with multiple radiating pipelines, the radiating pipelines are internally injected with liquid, and the liquid in the radiating pipelines is gasified after absorbing heat on one end where the radiating portion is close to the mounting portion, and in the radiating pipelines, moves from one end where the radiating portion is close to the mounting portion towards one end where the radiating portion is away from the mounting portion; wherein the radiating pipelines comprise a main pipeline unit disposed at the one end where the radiating portion is close to the mounting portion, multiple sub-pipeline units in communication with the main pipeline unit, and a liquid injection pipeline in communication with the sub-pipeline units and located on the one end where the radiating portion is away from the mounting portion; characterized in that the profile of each of the sub-pipeline units is honeycomb-like.
A vibrating conveyor, comprising a trough, the trough being open at at least one end and in a substantially horizontal position and flexibly supported on a rigid base by means of coil springs, as well as Frahm's dynamic eliminator, the latter being a mass of the eliminator, the mass flexibly suspended from the trough structure, by means of a system of springing bars evenly disposed over the length of the mass of the eliminator and inclined to the horizontal at the same angle (β), wherein the centre of gravity of the mass of the eliminator coincides in the horizontal projection with the centre of gravity of the trough, and further comprising a vibrating drive, connected, via known means of drive transmission, to an electric motor equipped with a regulator of rotational speed, characterized in that the vibrating drive is one inertial electrovibrator with the axis of the shaft perpendicular to the vertical plane running through the longitudinal axis of the trough and passing through the centre of gravity of the trough as well as the eliminator.
A method of obfuscating program code comprising: receiving, at a processor, original program code to enable the processor to process a media input data flow, in the processor, transforming the original program code into obfuscated program code defining a randomized branch encoded version of the original program code to apply transformations to alter data flow from the media input data flow to generate an output data flow, transferring the obfuscated program code, or storing the obfuscated program code for later transfer, from the processor to a processing system that receives the media input data flow and uses the obfuscated program code to generate the output data flow, wherein the processor implements randomized branch encoding to transform the original program code into obfuscated program code to prevent unauthorized access to the output data flow. receiving, at a processor, original program code to enable the processor to process a media input data flow, in the processor, transforming the original program code into obfuscated program code defining a randomized branch encoded version of the original program code to apply transformations to alter data flow from the media input data flow to generate an output data flow, transferring the obfuscated program code, or storing the obfuscated program code for later transfer, from the processor to a processing system that receives the media input data flow and uses the obfuscated program code to generate the output data flow, wherein the processor implements randomized branch encoding to transform the original program code into obfuscated program code to prevent unauthorized access to the output data flow.
A system for measuring the presence of a plurality of different analytes on a plurality of graphene varactors by evaluating capacitance across a range of DC bias voltages, comprising: - a capacitance to digital converter, CDC; - a plurality of graphene varactors including graphene varactors with specificity for different gaseous analytes; - a multiplexor configured to selectively provide electrical communication between the CDC and a plurality of the graphene varactors; and - a controller circuit configured to receive an electrical signal reflecting the capacitance of the graphene varactors at a plurality of DC bias voltages; wherein the CDC is in electrical communication with the graphene varactors and is configured to measure the capacitance of the graphene varactors in response to an excitation signal over the range of DC bias voltages, wherein the measured capacitance across the range of DC bias voltages forms part of a pattern for a given sample; wherein an excitation signal is applied to a selected graphene varactor through the multiplexor; and wherein the controller circuit is configured to record the measured capacitance values across the range of DC bias voltages. - a capacitance to digital converter, CDC; - a plurality of graphene varactors including graphene varactors with specificity for different gaseous analytes; - a multiplexor configured to selectively provide electrical communication between the CDC and a plurality of the graphene varactors; and - a controller circuit configured to receive an electrical signal reflecting the capacitance of the graphene varactors at a plurality of DC bias voltages; wherein the CDC is in electrical communication with the graphene varactors and is configured to measure the capacitance of the graphene varactors in response to an excitation signal over the range of DC bias voltages, wherein the measured capacitance across the range of DC bias voltages forms part of a pattern for a given sample; wherein an excitation signal is applied to a selected graphene varactor through the multiplexor; and wherein the controller circuit is configured to record the measured capacitance values across the range of DC bias voltages.
MEK inhibitor for the use in the treatment or prevention of a hantavirus infection in a mammal, wherein the MEK inhibitor is CI-1040 or PD-0184264, or a pharmaceutically acceptable salt thereof.
Position measurement system having a material measure and a sampling device, which are arranged movably with respect to one another relative to a measurement direction, the material measure having a multiplicity of markings, which are arranged in a row relative to the measurement direction, the sampling device having a transmitter winding arrangement, a plurality of receiver coils being provided, which are arranged in a row relative to the measurement direction in such a way that the inductive coupling between the transmitter winding arrangement and the receiver coils is dependent on the position of the sampling device relative to the material measure, characterized in that at least one operational amplifier having a first and a second output terminal (83; 84) is provided, the receiver coils being connected via a switching device to the at least one operational amplifier in such a way that a single receiver coil or a single pair of differentially interconnected receiver coils can selectively be connected on the input side to the at least one operational amplifier.
A method of communicating with a plurality of access points comprising: determining, by a user device, downlink control channel timing information for each of a plurality of access points the plurality of access points including a serving access point that serves the user device and one or more standby access points; sending, by the user device to a cluster set manager via the serving access point, the downlink control channel timing information for each of the plurality of access points; receiving, by the user device from the cluster set manager via the serving access point, downlink control channel allocations including information identifying a downlink control channel allocated to the user device for each of a plurality of the access points; and receiving, by the user device, information from at least one of a plurality of the access points via a downlink control channel allocated to the user device for the at least one of the plurality of access points. determining, by a user device, downlink control channel timing information for each of a plurality of access points the plurality of access points including a serving access point that serves the user device and one or more standby access points; sending, by the user device to a cluster set manager via the serving access point, the downlink control channel timing information for each of the plurality of access points; receiving, by the user device from the cluster set manager via the serving access point, downlink control channel allocations including information identifying a downlink control channel allocated to the user device for each of a plurality of the access points; and receiving, by the user device, information from at least one of a plurality of the access points via a downlink control channel allocated to the user device for the at least one of the plurality of access points.
A computer-implemented method comprising: performing cluster matching with one or more cluster sizes for each of a plurality of points of a measurement point cloud; determining, based on results of the cluster matching, whether an object is displaced or whether the object includes a defect; performing a comparison between the measurement point cloud and reference data to determine a displacement value between each point in the measurement point cloud and corresponding point in the reference data, wherein the reference data is selected from the group consisting of a reference point cloud, a computer-aided design model, and scan data of a scanned golden part, wherein a set of points selected for a cluster is based at least in part on a result of a point-wise distance analysis between the measurement point cloud and the reference data; and characterised by performing segmentation to generate larger clusters of connected regions using region growing segmentation on extracted displaced points. performing cluster matching with one or more cluster sizes for each of a plurality of points of a measurement point cloud; determining, based on results of the cluster matching, whether an object is displaced or whether the object includes a defect; performing a comparison between the measurement point cloud and reference data to determine a displacement value between each point in the measurement point cloud and corresponding point in the reference data, wherein the reference data is selected from the group consisting of a reference point cloud, a computer-aided design model, and scan data of a scanned golden part, wherein a set of points selected for a cluster is based at least in part on a result of a point-wise distance analysis between the measurement point cloud and the reference data; and characterised by performing segmentation to generate larger clusters of connected regions using region growing segmentation on extracted displaced points.
An access device for accessing an intervertebral disc, comprising: a) an outer shield having a substantially tubular wall, the substantially tubular wall defining a length adapted to extend from an incision to an articular process, a proximal end portion, a distal end portion, an outer surface, a longitudinal throughbore defining an inner surface, and a channel that opens into the inner surface of the longitudinal throughbore at least at the distal end portion, b) an inner shield having a proximal end portion, a distal end portion, an inner surface, and an outer surface, and c) a video chip disposed in the channel of the outer shield at the distal end portion of the outer shield, wherein the inner shield is introduced into the longitudinal throughbore of the outer shield so that the outer surface of the inner shield substantially nests within the inner surface of the outer shield and the inner shield extends distally past the distal end portion of the outer shield to protect nervous tissue. a) an outer shield having a substantially tubular wall, the substantially tubular wall defining a length adapted to extend from an incision to an articular process, a proximal end portion, a distal end portion, an outer surface, a longitudinal throughbore defining an inner surface, and a channel that opens into the inner surface of the longitudinal throughbore at least at the distal end portion, b) an inner shield having a proximal end portion, a distal end portion, an inner surface, and an outer surface, and c) a video chip disposed in the channel of the outer shield at the distal end portion of the outer shield,
An impact rapping device, comprising a stationary anvil which can be integrated with the surface to be rapped, said anvil having an impact surface and a hammering axis which is in use perpendicular to the surface to be rapped; a hammer, arranged to move coaxially with the hammering axis to hit the impact surface of the anvil; and means for moving the hammer to hit the impact surface, comprising a spring, wherein the anvil and hammer form a compact unit which can be assembled in any position, wherein the hammer is supported to lean on the anvil in such a way that the position of the hammer automatically follows changes of place or position of the anvil and the hammer can move only parallel to the hammering axis, characterized in that the impact rapping device comprises a spring bank arranged between the hammer and the impact surface of the anvil, and the spring of the means for moving the hammer to hit the impact surface is dimensioned so that in the impact position of the hammer the spring exerts to the spring bank a force greater than the weight of the hammer.
Passenger compartment side window for a vehicle, in particular a rail vehicle, comprising a single glass pane and reflector slats which are embedded in the single glass pane, wherein a spacing between adjacent reflector slats and an angle of tilt subtended by each reflector slat with the plane of the pane is fixed.