mhurhangee/ep-ind-claims huggingface dataset:
A medical instrument system, comprising: an elongate instrument; a first optical sensor coupled to the elongate instrument; a second optical sensor coupled to the elongate instrument in a known geometric relationship to the first optical sensor; a controller operatively coupled to the first and second optical sensors; wherein each of the first and second optical sensors comprises an optical fiber that includes a fiber core having a plurality of axially-spaced Bragg gratings and wherein the plurality of axially-spaced Bragg gratings comprises continuous or substantially continuous Bragg gratings written on the at least one fiber core; characterized in that the controller is configured to conduct an error analysis by comparing signals received from the first and second optical sensors; and wherein the error analysis is a common mode error analysis. an elongate instrument; a first optical sensor coupled to the elongate instrument; a second optical sensor coupled to the elongate instrument in a known geometric relationship to the first optical sensor; a controller operatively coupled to the first and second optical sensors;
Carriage for handling a vehicle in an automatic parking system, said carriage comprising a frame axially movable along a first longitudinal axis, rotating clamp elements (3, 4, 6, 7) wherein each of said rotating clamp elements (3, 4, 6, 7) comprises, per each side of the carriage, a pair of counter-rotating arms which rotate with respect to a vertical axis orthogonal to said longitudinal axis and a corresponding transverse axis, said carriage comprising transverse-centering means which comprise a pair of transverse pushers (205, 206), which are transversely extensible, move along an axis parallel to or coincident with said transverse axis and are independent with respect to said rotating clamp elements, said means comprising a first retracted position in which they do not interact with the wheels of said vehicle and at least one more extended position in which they come into contact with at least one vehicle wheel; said extensible transverse pushers (205, 206) are arranged on the left side and on the right side of said carriage, and simultaneously move in a symmetrical extension, being operated by a respective motor positioned laterally with respect to the longitudinal axis of said carriage, said carriage being characteriyed in that said extensible transverse pushers (205, 206) comprise a pantograph for longitudinally aligning said vehicle along said longitudinal axis; - said alignment is carried out by rotating said rotating clamp elements engaging the wheels and simultaneously releasing the brake of the driving motor to drive the carriage in the longitudinal direction; - said rotating clamp elements (3,4,6,7) cause the position of the transverse axis of the carriage to be aligned with the axis of the wheels. - said alignment is carried out by rotating said rotating clamp elements engaging the wheels and simultaneously releasing the brake of the driving motor to drive the carriage in the longitudinal direction; - said rotating clamp elements (3,4,6,7) cause the position of the transverse axis of the carriage to be aligned with the axis of the wheels.
Charging and communications system for a motor vehicle with a charging station which is attached to a house net and which is connected by a first interface element (1, 6, 9, 10) to one end of a charging section (2, 7) wherein the house net uses a first transmission method for data communication, and a second interface element (3, 4, 6, 8) between the other end of the loading section (2, 7) and a data network of the motor vehicle " wherein the data network of the motor vehicle uses a second transmission method for data communication, wherein the charging section comprises a charging cable with an electric lead for charging an energy store of the motor vehicle, wherein at least one transmission channel is designed for data communication in both directions via the first interface element (1, 6, 9, 10), the charging section (2, 7) and the second interface element (3, 4, 6, 8), wherein the first transmission method is identical with the second transmission method, characterised in that at least one element of the group which is made up of the house net, the charging section (2, 7) and the data network of the motor vehicle has an optical transmission section, and the first and the second transmission method is a transmission method based on OFDM, orthogonal frequency division multiplexing, and DMT, discrete multitone, or modifications thereof, defined by one of the following standards: IEEE P1901, HP, home plug alliance, AV, HP AV2, HP green PHY, ITU (G.hn), G9960, G.hnem, G.9954, HPNA, ITU.
A method for network platform interaction, said method comprises: detecting (101;201) by an intermediate platform a relocation event on a user interface of a user client, which includes selecting a contact person on a first application and moving the contact person to a certain position on a second application; wherein the detection of the relocation event by the intermediate platform comprises: the intermediate platform detecting the relocation event via an icon dragging technology, a manual touching and dragging technology, a speech analysis technology, or an eye-instrument sensing and relocating technology; wherein, the intermediate platform is located in a server, the first application and the second application are located in the same user client and are displayed on the user interface; acquiring (102;202) by the intermediate platform the contact person's information from the first application, determining (102;202) by the second application according to the moving position, and sending (102;202) the relocation event to the second application; and after receiving the relocation event, analyzing by the second application the relocation event to acquire (103;203) the related data of the moving position, acquiring the contact person's information from the intermediate platform, and executing corresponding operations according to the contact person's information and the related data of the moving position; wherein the related data includes at least one of a name, an identifier, a corresponding menu name and a menu identifier of the second application. detecting (101;201) by an intermediate platform a relocation event on a user interface of a user client, which includes selecting a contact person on a first application and moving the contact person to a certain position on a second application; wherein the detection of the relocation event by the intermediate platform comprises: the intermediate platform detecting the relocation event via an icon dragging technology, a manual touching and dragging technology, a speech analysis technology, or an eye-instrument sensing and relocating technology; wherein, the intermediate platform is located in a server, the first application and the second application are located in the same user client and are displayed on the user interface; acquiring (102;202) by the intermediate platform the contact person's information from the first application, determining (102;202) by the second application according to the moving position, and sending (102;202) the relocation event to the second application; and after receiving the relocation event, analyzing by the second application the relocation event to acquire (103;203) the related data of the moving position, acquiring the contact person's information from the intermediate platform, and executing corresponding operations according to the contact person's information and the related data of the moving position; wherein the related data includes at least one of a name, an identifier, a corresponding menu name and a menu identifier of the second application.
Machine for slicing of fish fillets, in particular salmon fillets, wherein the machine comprises a primarily horizontal conveyor track and, designed to connect with the conveyor track, a cutting device,, which primarily consists of a cutting part consisting of a pair of lengthwise movable, reversed reciprocating knives and a for these knives in the conveyor track integrated cutting dolly, which cutting part is placed perpendicular on the conveyor track, and wherein the cutting device further comprises means (27, 28) partly for moving the knives in the longitudinal reciprocating motion relative to each other, and partly for moving both knives down towards and away from the cutting dolly while completing the cut into the fish fillet, wherein the cutting device is integrated in an above the conveyor track placed angle adjustable supporting frame, bridging the conveyor track, and wherein on each side of this supporting frame is mounted a linear guide unit, which serves to control the knives in their motion down towards and away from the cutting dolly; for movement of the knives down towards and away from the cutting dolly is inserted a separate drive unit on each side of the supporting frame, and that these two drive units are mutually synchronised for parallel guidance of the knives down towards and away from the cutting dolly; characterized in that each guide and drive unit is composed of an electromagnetic linear motor (23, 24) and a linear guide (20, 21, 22), and that these components are integrated into a compact assembled unit which as a single machine component is built into the supporting frame.
A motor vehicle, namely a utility vehicle, with a drivable rigid first axle which is drivable and/or driven via a mechanical drive train (9, 10, 11, 12) which comprises an internal combustion engine, and with a steerable second axle with independent wheel suspension, the second axle being drivable and/or driven by a hydrostatic auxiliary drive, the drive power of which is provided via a power take-off, provided on the internal combustion engine, or a power take-off, provided on the vehicle transmission of the mechanical drive train, which vehicle transmission steps the engine speed to the drive rotational speed, the auxiliary drive comprising a hydraulic motor which divides its drive power via a transmission which is fixed to the chassis to the wheels of the second axle, the rigid first axle being the only rigid axle of the utility vehicle, characterized by a transmission with a predefined step-down gear ratio or step-up gear ratio, via which transmission the hydraulic motor is operatively connected to the wheels of the second axle.
A device for the pulsed release of a quantity of fluid which can be stored in an accumulator housing, in particular for implementing a start/stop function in automatic transmissions, with a piston which is supported on a first energy accumulator which limits the quantity of fluid that can be received inside the accumulator housing in displaceable manner together with the accumulator housing, wherein the piston is held by a valve device at least in a position equivalent to the maximum of the volume of the quantity of fluid in the accumulator housing, in which a fluidic connection between the accumulator housing and an appliance is blocked by the valve device, wherein the valve device is formed from at least one seat valve, wherein the valve device has a check valve installed in blocking manner in filling direction of the accumulator housing, characterised in that the check valve is arranged in a valve piston of the seat valve and is supplied with fluid if the valve piston of the seat valve is brought into an "open position".
A plasma generation apparatus comprising two oppositely arranged plasma guns each injecting a discharge gas to be ionized and having a cathode for emitting electrons and a converging coil for forming a magnetic flux to guide the emitted electrons, characterised in that polarities of the converging coils with respect to the cathodes in the two plasma guns are opposite to each other.
A method for improving processor virtualization in x86 processor architectures, said method comprising: replacing one or more predefined instructions in a guest operating system, wherein the instructions include instructions that fail to cause a trap when executed from a user mode and accessing a privileged processor state, with a synthetic instruction that causes an exception in the x86 processor that is then trapped by a virtual machine running on said x86 processor for processing by said virtual machine, wherein said synthetic instruction is illegal to the x86 processor architecture but understandable by the virtual machine.
A method of regenerating a desiccant in a breather communicating with a vessel, comprising: measuring, using a temperature sensor, a temperature associated with at least one of the vessel and the breather; repeating the measuring step for a plurality of cycles, each cycle having a predetermined duration; creating a temperature signal that is the measured temperature for each cycle; determining a second derivative of the temperature signal with respect to time; and determining a first derivative of the temperature signal with respect to time and identifying one or more cycles in which the first derivative of the temperature signal with respect to time is positive; regenerating the desiccant in the breather communicating with the vessel when the second derivative of the temperature signal with respect to time peaks for a given time interval and the sign of the first derivative is positive when the second derivative of the temperature signal with respect to time peaks and in at least one immediately subsequent cycle. measuring, using a temperature sensor, a temperature associated with at least one of the vessel and the breather; repeating the measuring step for a plurality of cycles, each cycle having a predetermined duration; creating a temperature signal that is the measured temperature for each cycle; determining a second derivative of the temperature signal with respect to time; and determining a first derivative of the temperature signal with respect to time and identifying one or more cycles in which the first derivative of the temperature signal with respect to time is positive; regenerating the desiccant in the breather communicating with the vessel when the second derivative of the temperature signal with respect to time peaks for a given time interval and the sign of the first derivative is positive when the second derivative of the temperature signal with respect to time peaks and in at least one immediately subsequent cycle.
A modular lower moving system, for nuclear fuel handling in a nuclear power plant, comprising: a reactor vessel located in a reactor area, a fuel handling area and a transfer canal between the reactor area and the fuel handling area, the modular lower moving system further comprising: a lower reactor vessel assembly installed below the reactor vessel, detachable from the reactor vessel, and comprising nuclear fuel loaded therein; a carrier having a space allowing the lower reactor vessel assembly detached from the reactor vessel to be accommodated therein; a rail installed at a bottom of the transfer canal and extended from the reactor area to the fuel handling area; a transfer cart horizontally movable along the rail; a lifting device installed on the transfer cart, horizontally movable along the rail along with the transfer cart, and movable upward or downward with respect to the transfer cart; and a drive device configured to supply power to the transfer cart and the lifting device, wherein the carrier, assembled on the lifting device, is configured to be lifted or lowered via the lifting device, the lower reactor vessel assembly when detached from the reactor vessel is accommodated in the carrier, and the carrier is horizontally movable along the rail via the transfer cart. a lower reactor vessel assembly installed below the reactor vessel, detachable from the reactor vessel, and comprising nuclear fuel loaded therein; a carrier having a space allowing the lower reactor vessel assembly detached from the reactor vessel to be accommodated therein; a rail installed at a bottom of the transfer canal and extended from the reactor area to the fuel handling area; a transfer cart horizontally movable along the rail; a lifting device installed on the transfer cart, horizontally movable along the rail along with the transfer cart, and movable upward or downward with respect to the transfer cart; and a drive device configured to supply power to the transfer cart and the lifting device, wherein the carrier, assembled on the lifting device, is configured to be lifted or lowered via the lifting device, the lower reactor vessel assembly when detached from the reactor vessel is accommodated in the carrier, and the carrier is horizontally movable along the rail via the transfer cart.
A polymeric vesicle conjugated to a thread to form a vesicle-thread conjugate wherein the thread comprises a cellulose material or a nylon-based material.
A suspension device (A, A') of a motor-vehicle wheel (R, R'), including: - a wheel (R, R') support member (M,16), connected to the motor-vehicle structure by means of one or more suspension members (B, 19, 25) - a brake disc connected in rotation with the wheel (R, R2'), and - a brake disc cover (1,1') rigidly connected to said support member (M,16) and surrounding, at least partially, said brake disc, said device (A, A') being characterized in that said brake disc cover (1,1') is formed in a single piece with said support member (M, 16) of the wheel (R, R'). - a wheel (R, R') support member (M,16), connected to the motor-vehicle structure by means of one or more suspension members (B, 19, 25) - a brake disc connected in rotation with the wheel (R, R2'), and - a brake disc cover (1,1') rigidly connected to said support member (M,16) and surrounding, at least partially, said brake disc,
A light source for a surgical system, comprising: a broadband light source operable to produce broadband light; a wavelength splitter adapted to split the broadband light into illumination light having a spectral range covering at least a majority of the visible spectrum and surgical optical coherence tomography light having a spectral range outside of the spectral range of the illumination light; at least one surgical module adapted to control application of the surgical light; wherein the surgical module comprises an optical coherence tomography engine; and first illumination and second surgical coupling optics, the first illumination coupling optics configured to optically couple the illumination light to an illumination light guide for delivery to a first illumination probe, and the second surgical coupling optics configured to optically couple the surgical light to a surgical light guide for delivery to a second surgical probe, and further comprising scanning optics for scanning the surgical OCT light across a target surgical site. a broadband light source operable to produce broadband light; a wavelength splitter adapted to split the broadband light into illumination light having a spectral range covering at least a majority of the visible spectrum and surgical optical coherence tomography light having a spectral range outside of the spectral range of the illumination light; at least one surgical module adapted to control application of the surgical light; wherein the surgical module comprises an optical coherence tomography engine; and first illumination and second surgical coupling optics, the first illumination coupling optics configured to optically couple the illumination light to an illumination light guide for delivery to a first illumination probe, and the second surgical coupling optics configured to optically couple the surgical light to a surgical light guide for delivery to a second surgical probe, and further comprising scanning optics for scanning the surgical OCT light across a target surgical site. the first illumination coupling optics configured to optically couple the illumination light to an illumination light guide for delivery to a first illumination probe, and the second surgical coupling optics configured to optically couple the surgical light to a surgical light guide for delivery to a second surgical probe, and further comprising scanning optics for scanning the surgical OCT light across a target surgical site.
A method of making a pre-polymerized prepreg, the method comprising: (i) forming a fiber-containing substrate; (ii) contacting the fiber-containing substrate with a resin mixture; and (iii) removing the liquid medium from the coated substrate to form the pre-polymerized prepreg, wherein the resin mixture in step (ii) includes particles of monomers or oligomers mixed in a liquid medium comprising water and the particles of the monomers or oligomers are coated on the fiber-containing substrate to form a coated substrate and the fiber-containing substrate further comprises a polymerization catalyst for the monomer or oligomer on the fibers and the pre-polymerized monomers or oligomers comprise a cyclic alkylene terephthalate. (i) forming a fiber-containing substrate; (ii) contacting the fiber-containing substrate with a resin mixture; and (iii) removing the liquid medium from the coated substrate to form the pre-polymerized prepreg,
Turbo engine comprising a gas generator adapted for rotation, - a free turbine driven to rotate by the gas of said gas generator, and - a device for controlled mechanical coupling of said gas generator and said free turbine adapted to link said gas generator and said free turbine mechanically and on command as soon as the rotation speed of said gas generator reaches a predetermined speed limit, characterised in that said device for controlled mechanical coupling is adapted to link said gas generator and said free turbine mechanically and on command as soon as said rotation speed of said gas generator is lower than said predetermined speed limit and to separate said gas generator and said free power turbine on command as soon as said rotation speed of said gas generator is higher than said predetermined speed limit. - a free turbine driven to rotate by the gas of said gas generator, and - a device for controlled mechanical coupling of said gas generator and said free turbine adapted to link said gas generator and said free turbine mechanically and on command as soon as the rotation speed of said gas generator reaches a predetermined speed limit, characterised in that said device for controlled mechanical coupling is adapted to link said gas generator and said free turbine mechanically and on command as soon as said rotation speed of said gas generator is lower than said predetermined speed limit and to separate said gas generator and said free power turbine on command as soon as said rotation speed of said gas generator is higher than said predetermined speed limit.
Method for thermally recycling solid fuel in a reaction chamber, the water content of the fuel being determined before it is introduced into the reaction chamber, and the process of thermally recycling the fuel being controlled on the basis of the water content of the fuel, characterized in that a gas stream is passed through the fuel and the humidity of the gas stream after it leaves the fuel is measured and the water content of the fuel is determined from the measured value representing the humidity of the gas stream, the humidity of the gas stream being also measured before it enters the fuel and taken into account for determining the water content of the fuel.