mhurhangee/ep-ind-claims huggingface dataset:
A system (80, 700) for activating a neuronal structure, the system comprising: multiple stimulators or channels for stimulating various coils sequentially, each of said multiple stimulators or channels having a capacitor and a switch, such that said system comprises multiple capacitors and multiple switches; a first transcranial magnetic stimulation coil comprising a base portion having windings of multiple spaced apart members connected to one of said multiple stimulators or channels, and further connected to one of said multiple capacitors and to one of said multiple switches; a second TMS coil comprising a base portion having windings of multiple spaced apart members connected to another of said multiple stimulators or channels and further connected to another of said multiple capacitors and to another of said multiple switches; and a control unit for controlling timing parameters for each of said multiple stimulators or channels, characterised in that said multiple stimulators or channels are configured to first activate said first TMS coil, and after a time interval of less than one millisecond to secondly activate said second TMS coil, wherein said first activation and said second activation are done using different stimulators or stimulator channels and wherein the different stimulator channels are stimulated consecutively such that at each time period at most one of the stimulator channels is active. multiple stimulators or channels for stimulating various coils sequentially, each of said multiple stimulators or channels having a capacitor and a switch, such that said system comprises multiple capacitors and multiple switches; a first transcranial magnetic stimulation coil comprising a base portion having windings of multiple spaced apart members connected to one of said multiple stimulators or channels, and further connected to one of said multiple capacitors and to one of said multiple switches; a second TMS coil comprising a base portion having windings of multiple spaced apart members connected to another of said multiple stimulators or channels and further connected to another of said multiple capacitors and to another of said multiple switches; and a control unit for controlling timing parameters for each of said multiple stimulators or channels, characterised in that said multiple stimulators or channels are configured to first activate said first TMS coil, and after a time interval of less than one millisecond to secondly activate said second TMS coil, wherein said first activation and said second activation are done using different stimulators or stimulator channels and wherein the different stimulator channels are stimulated consecutively such that at each time period at most one of the stimulator channels is active.
A device for the layered construction of models, wherein there are provided a region for the construction of models, preferably a construction platform, and a material application device for applying material onto said region, said material application device being arranged so as to be movable over said region, and said material application device being arranged as a portal such that it can be moved over said region via at least two linear guides arranged on opposite sides of said region, and said material application device further being arranged around said region such that a portal is formed with at least two portions extending laterally of said region, characterised in that at least one further material application device for applying a further material onto said region is provided, said further material application device being provided at a further portal, the material application devices (4, 5) being movable substantially perpendicular to said region and the portals being independently movable on the linear guides.
A hazardous gas detector comprising: a housing defining an interior region; a laser emitting component oriented to emit a laser light away from the housing; a lens disposed within an aperture defined by the housing, the lens allowing returning infrared light of the laser light to enter the interior region; a mirror disposed within the interior region and oriented to split the returning laser light into a short wave infrared light and a long wave infrared light; characterized by a one-dimensional camera pixel array disposed within the interior region, the 1D camera imaging a planar region that includes an illuminated portion comprising the short wave infrared light. a housing defining an interior region; a laser emitting component oriented to emit a laser light away from the housing; a lens disposed within an aperture defined by the housing, the lens allowing returning infrared light of the laser light to enter the interior region; a mirror disposed within the interior region and oriented to split the returning laser light into a short wave infrared light and a long wave infrared light; characterized by a one-dimensional camera pixel array disposed within the interior region, the 1D camera imaging a planar region that includes an illuminated portion comprising the short wave infrared light.
An electric machine comprising a rotor, a stator, and a fluid-based brake arrangement for said rotor, said fluid-based brake arrangement having a fluid circuit for transporting a brake fluid, characterized in that said fluid circuit comprises a fluid channel arrangement having at least one radial fluid channel segment extending radially through a part of said rotor so as to allow for directing brake fluid from an inner radial rotor side to an outer radial rotor side, whereby, during rotation of said rotor about an axial centre axis, acceleration of brake fluid in said at least one radial fluid channel segment causes a reaction force exerting a braking torque on the rotor.
A control apparatus comprising: a detection unit adapted to detect a partial object using a sensor, wherein the partial object is a part of an object riding on a vehicle and is jutting outside the vehicle; and an output control unit adapted to output travel information relating to travel of the vehicle based on the detected partial object, characterized in that the detection unit is adapted to acquire 3D point cloud data as a result of detection performed by the sensor, extract a foreground area representing the vehicle or the object riding on the vehicle from the 3D point cloud data, and determine an area representing the partial object by computing a difference between the foreground area and a predetermined area representing the vehicle. a detection unit adapted to detect a partial object using a sensor, wherein the partial object is a part of an object riding on a vehicle and is jutting outside the vehicle; and an output control unit adapted to output travel information relating to travel of the vehicle based on the detected partial object, characterized in that the detection unit is adapted to acquire 3D point cloud data as a result of detection performed by the sensor, extract a foreground area representing the vehicle or the object riding on the vehicle from the 3D point cloud data, and determine an area representing the partial object by computing a difference between the foreground area and a predetermined area representing the vehicle.
Method for managing a rules application policy in a virtualized communication network comprising virtualized functions, referred to as service functions, said management method comprising the following steps implemented by an SDN controller of said network: • generating, from a set of rules describing said policy, referred to as a model, an encapsulation header comprising a context header for transporting metadata relating to a path and able to be shared by at least one of said service functions SF (SFi) and at least one local application policy context associated with at least one of said service functions (SFi), said at least one local context comprising at least one definition of at least one action to be carried out by said at least one of said service functions (SFi); • transmitting said at least one local context to said at least one service function (SFi); • transmitting said encapsulation header to at least one packet router, referred to as a classifier. • generating, from a set of rules describing said policy, referred to as a model, an encapsulation header comprising a context header for transporting metadata relating to a path and able to be shared by at least one of said service functions SF (SFi) and at least one local application policy context associated with at least one of said service functions (SFi), said at least one local context comprising at least one definition of at least one action to be carried out by said at least one of said service functions (SFi); • transmitting said at least one local context to said at least one service function (SFi); • transmitting said encapsulation header to at least one packet router, referred to as a classifier.
A Human mutated form of NGF comprising two mutations, a first mutation being represented by the substitution of the proline amino acid in position 61 with a serine, a second mutation being represented by the substitution of an amino acid in one of the positions 95-101, for use in a treatment method for Down syndrome, wherein the second mutation regards the substitution of the arginine amino acid in position 100 with an amino acid selected in the group constituted by tryptophan and glutamic acid said human mutated form of NGF being capable to act as agent for the activation of the chemokine SDF-1alpha, MIP-1alpha, MIP-1gamma and as agent for the inhibition of the activity of the cytokine TNF alpha.
A sanitary washing toilet seat device comprising: a nozzle head having a water discharge port; a first cylinder capable of housing at least part of the nozzle head; a second cylinder capable of housing at least part of the first cylinder characterised by a water supply tube passing through the first cylinder and the second cylinder, and being configured to supply water to the nozzle head; and a driver configured to advance or retract at least one of the nozzle head and the first and second cylinder, the driver including: a flexible rack with one end connected to the nozzle head, the flexible rack including a metal cable and a resin portion covering the cable; a motor; and a transmission mechanism configured to transmit rotation of the motor to the flexible rack, the arrangement being such that at least one of the nozzle head and the first and second cylinder is advanced or retracted in accordance with the rotation of the motor. a nozzle head having a water discharge port; a first cylinder capable of housing at least part of the nozzle head; a second cylinder capable of housing at least part of the first cylinder characterised by a water supply tube passing through the first cylinder and the second cylinder, and being configured to supply water to the nozzle head; and a driver configured to advance or retract at least one of the nozzle head and the first and second cylinder, the driver including: a flexible rack with one end connected to the nozzle head, the flexible rack including a metal cable and a resin portion covering the cable; a motor; and a transmission mechanism configured to transmit rotation of the motor to the flexible rack, the arrangement being such that at least one of the nozzle head and the first and second cylinder is advanced or retracted in accordance with the rotation of the motor. a flexible rack with one end connected to the nozzle head, the flexible rack including a metal cable and a resin portion covering the cable; a motor; and a transmission mechanism configured to transmit rotation of the motor to the flexible rack, the arrangement being such that at least one of the nozzle head and the first and second cylinder is advanced or retracted in accordance with the rotation of the motor.
A method for activating a functional layer (4`) of a coating material, wherein the method has the steps of: providing a functional layer that can be made adhesive by energy input, supplying a coating material to a workpiece to be coated, characterised in that the method discloses the following steps: enriching a gas, which is preferably air, with water, heating the gas, at least partial activation of the functional layer by gassing the functional layer with the gas. providing a functional layer that can be made adhesive by energy input, supplying a coating material to a workpiece to be coated, characterised in that the method discloses the following steps: enriching a gas, which is preferably air, with water, heating the gas, at least partial activation of the functional layer by gassing the functional layer with the gas. enriching a gas, which is preferably air, with water, heating the gas, at least partial activation of the functional layer by gassing the functional layer with the gas.
A reassortant influenza A virus, wherein said virus comprises 6 internal genome segments from one or more donor viruses and 2 genome segments which encode an HA and a NA polypeptide, wherein the HA polypeptide comprises an amino acid sequence of SEQ ID NO: 37.
An arrangement for the moisture-proof connection of a sleeve consisting of elastomeric material with an electrical coupling part consisting of mechanically stable material, wherein the arrangement comprises the sleeve and the coupling part, in which the sleeve surrounds anextension of the coupling part, which has a non-circular cross section and the outer dimensions of which correspond to the internal dimensions of the sleeve, and in which a tightening band is placed around the area of the sleeve resting on the extension of the coupling part and is firmly tightened, characterized in that an annular base consisting of in itself elastically deformable material is placed around the sleeve in its area intended for resting on the extension of the coupling part, the dimensions of which can be changed in the circumferential direction of the sleeve, and around which the tightening band is placed.
A method comprising: generating, using a processor of a client machine, a graphical representation of a dataset using a first rendering convention, the graphical representation of the dataset comprising a view of a plurality of nodes; receiving user input requesting a viewing scale adjustment for the graphical representation, the user input specifying a scale level for viewing the plurality of nodes; determining, using said processor of said client machine, that the scale level specified by the user input is above a predefined threshold; and in response to determining that the scale level is above the predefined threshold, updating, using said processor of said client machine, the graphical representation of the dataset using a second rendering convention, the updated graphical representation comprising a scaled view of the plurality of nodes; wherein the first rendering convention involves using a hypertext modelling language (HTML) canvas element, wherein the second rendering convention involves rendering nodes in a domain object model, and wherein the predefined threshold is set by an administrator to optimize the quality of the graphical representation as learned by analyzing rendering quality at various scale levels to identify a breakpoint in quality. generating, using a processor of a client machine, a graphical representation of a dataset using a first rendering convention, the graphical representation of the dataset comprising a view of a plurality of nodes; receiving user input requesting a viewing scale adjustment for the graphical representation, the user input specifying a scale level for viewing the plurality of nodes; determining, using said processor of said client machine, that the scale level specified by the user input is above a predefined threshold; and in response to determining that the scale level is above the predefined threshold, updating, using said processor of said client machine, the graphical representation of the dataset using a second rendering convention, the updated graphical representation comprising a scaled view of the plurality of nodes; wherein the first rendering convention involves using a hypertext modelling language (HTML) canvas element, wherein the second rendering convention involves rendering nodes in a domain object model, and wherein the predefined threshold is set by an administrator to optimize the quality of the graphical representation as learned by analyzing rendering quality at various scale levels to identify a breakpoint in quality.
A method of producing rods of austenitic steel, with a surface area of a transverse cross-section of the rod equal to at least 150 mm 2 and the ultimate tensile strength above 1200 MPa, using a plastic deformation wherein the plastic deformation consists of one-pass hydrostatic extrusion of a billet, made of austenitic steel and having a temperature lower than 100°C, with the reduction of the transverse cross-section surface area of the billet, which takes place during the extrusion, being at least 2.
Combination of a network termination device for optical networks and at least one network termination terminal which can be attached thereto and comprises at least one user module for one or more services, wherein the network termination device comprises a base unit for accommodating one or more optical fibres, particularly a glass fibre cable end, a cover by which the base unit can be covered or closed, and means for accommodating and/or securing a network termination terminal to the base unit, characterized in that the base unit comprises an identifier by means of which network termination is identifiable, and the identifier is mounted in such manner that it is visible from the outside even when a network termination terminal is attached wherein the cover has a cutout through which the identifier of the base unit is visible when the cover covers or closes the base unit.
A composition for use in inhibiting tumor cell growth comprising a therapeutically effective amount of astaxanthin wherein the tumor is selected from adrenal cancer, bone cancer and brain cancer.
A method, in a transmitting node, the method comprising: forming a first signal having a first integer number of symbol intervals in each of one or more time intervals of a predetermined length, wherein each symbol interval in the first signal comprises a first symbol duration, and wherein each symbol interval in the first signal further comprises a cyclic prefix duration, the cyclic prefix duration varying among the symbol intervals according to a predetermined pattern; forming a second signal having a second integer number of symbol intervals in each of the one or more time intervals of the predetermined length, the second integer number differing from the first integer number, wherein each symbol interval in the second signal comprises a second symbol duration, differing from the first symbol duration; wherein, the first and second signals have first and second subcarrier spacings, respectively, the first and second subcarrier spacings differing from one another; and simultaneously transmitting the first and second signals in a frequency band, such that the first and second signals are frequency-domain multiplexed in the frequency band and such that a symbol interval starting time in the first signal is aligned with a corresponding symbol interval starting time in the second signal at least once per time interval. forming a first signal having a first integer number of symbol intervals in each of one or more time intervals of a predetermined length, wherein each symbol interval in the first signal comprises a first symbol duration, and wherein each symbol interval in the first signal further comprises a cyclic prefix duration, the cyclic prefix duration varying among the symbol intervals according to a predetermined pattern; forming a second signal having a second integer number of symbol intervals in each of the one or more time intervals of the predetermined length, the second integer number differing from the first integer number, wherein each symbol interval in the second signal comprises a second symbol duration, differing from the first symbol duration; wherein, the first and second signals have first and second subcarrier spacings, respectively, the first and second subcarrier spacings differing from one another; and simultaneously transmitting the first and second signals in a frequency band, such that the first and second signals are frequency-domain multiplexed in the frequency band and such that a symbol interval starting time in the first signal is aligned with a corresponding symbol interval starting time in the second signal at least once per time interval.
A method for augmenting voice commands from a user comprising: collecting, by one or more sensors in a lighting system configured to collect data related to a location of the user, said data related to an area proximate to a speech-based computing device; determining one or more cues from the data related to the user, wherein the one or more cues include the location of the user; receiving, by a controller of the lighting system, one or more parameters from the speech-based computing device, wherein the one or more parameters include an estimated location of the user generated by the speech-based computing device using sound localization techniques of a sound input received by the speech-based computing device; updating the one or more parameters with the one or more cues;and analyzing, by the speech-based computing device, the sound input with the updated one or more parameters to interpret an intended voice command from the sound input. collecting, by one or more sensors in a lighting system configured to collect data related to a location of the user, said data related to an area proximate to a speech-based computing device; determining one or more cues from the data related to the user, wherein the one or more cues include the location of the user; receiving, by a controller of the lighting system, one or more parameters from the speech-based computing device, wherein the one or more parameters include an estimated location of the user generated by the speech-based computing device using sound localization techniques of a sound input received by the speech-based computing device; updating the one or more parameters with the one or more cues;and analyzing, by the speech-based computing device, the sound input with the updated one or more parameters to interpret an intended voice command from the sound input.
Screwdriver with a handle and a first shaft, wherein the handle has a first handle part that is connected to the first shaft in a rotationally fixed manner, and a second handle part that is detachably connected to the first handle part, wherein the second handle part is connected to a second shaft in a rotationally fixed manner, and in the state in which the handle parts (14, 16) are connected to one another, the second shaft, at least in some sections, is detachably arranged in the first handle part, characterised in that, at its rear end the second handle part has a recess for the reception of a second holder for screwdriver bits, wherein the second shaft extends into the recess of the second handle part, and the second holder is moveably arranged on the second shaft.