mhurhangee/patent-ind-claim-en huggingface dataset:
An all-fiber configuration system configured to generate temporally coherent supercontinuum pulsed emission, said system comprising a sequential structure of all-fiber sections coupled through fused fiber splices , including, in the following order: - a fiber laser seed source configured to produce at least one seed pulse with given optical properties including a spectral bandwidth that corresponds to a Fourier transform limited temporal pulse width of 1 picosecond or below at Full Width Half Maximum, FWHM; - a stretching section including an optical fiber configured to temporally stretch the seed pulse; - an amplification section including an active optical fiber , doped with a rare earth element, configured to amplify the stretched pulse by progressively stimulating radiation of active ions of the doped active optical fiber ; - a compressing section configured to temporally compress the amplified pulse; characterized in that there is further comprised - a spectrum broadening section including a single-mode all normal dispersion, ANDi, microstructured fiber configured to spectrally broaden the compressed pulse by a nonlinear effect of Self Phase Modulation, SPM, while maintaining the temporal coherence of the pulse, such that the pulse at an output of the spectrum broadening section has a FWHM spectral bandwidth of 60 nanometers or more, and is compressible down to a temporal pulse width corresponding to the Fourier limit of its spectral bandwidth, wherein the ANDi microstructured fiber has a length of 1 meter or less, a normal group delay dispersion and a normal group velocity dispersion, said group velocity dispersion being lower than 0 ps/nm/km and higher than -30 ps/nm/km in the whole range of wavelengths comprised within ±150 nm of a central wavelength of emission λ c of the fiber laser seed source . - a fiber laser seed source configured to produce at least one seed pulse with given optical properties including a spectral bandwidth that corresponds to a Fourier transform limited temporal pulse width of 1 picosecond or below at Full Width Half Maximum, FWHM; - a stretching section including an optical fiber configured to temporally stretch the seed pulse; - an amplification section including an active optical fiber , doped with a rare earth element, configured to amplify the stretched pulse by progressively stimulating radiation of active ions of the doped active optical fiber ; - a compressing section configured to temporally compress the amplified pulse; characterized in that there is further comprised - a spectrum broadening section including a single-mode all normal dispersion, ANDi, microstructured fiber configured to spectrally broaden the compressed pulse by a nonlinear effect of Self Phase Modulation, SPM, while maintaining the temporal coherence of the pulse, such that the pulse at an output of the spectrum broadening section has a FWHM spectral bandwidth of 60 nanometers or more, and is compressible down to a temporal pulse width corresponding to the Fourier limit of its spectral bandwidth,
Hand-tool device having an impact mechanism (22a; 22b; 22c) which is intended for converting a rotational movement into an in particular translational striking movement and which has at least one striker and one cam guide which drives the striker at least during impact drilling operation, wherein the striker has at least a part of the cam guide and the impact mechanism (22a; 22b; 22c) comprises an impact-mechanism spindle which has at least a part of the cam guide and which has a connecting means which, in at least one operating state, transmits a movement to the striker , wherein the cam guide comprises a fastening cutout which fastens the connecting means in a positionally fixed manner relative to the striker , characterized in that the cam guide comprises a fitting cutout in the impact-mechanism spindle , by way of which the connecting means is introduced into the cam guide during the fitting.
A filter element comprising: (a) a construction of pleated filter media defining an interior volume; (b) first and second opposite end caps secured to opposite ends of the filter media; and (c) a support structure supporting the filter media operably oriented in the interior volume; (i) the support structure extending less than a full extension between the first end cap and second end cap; (ii) the support structure having at least one end freely floating and unattached or disconnected to any other portion of the filter element allowing the filter element to expand and contract axially; characterized in that the support structure is an extrusion or injection molded structure; and in that the support structure comprises a plurality of porous columns secured to each other with a plurality of cross braces , wherein each cross brace is ladder shaped in cross-section, with opposite rails being secured to opposite sides of each column . (a) a construction of pleated filter media defining an interior volume; (b) first and second opposite end caps secured to opposite ends of the filter media; and (c) a support structure supporting the filter media operably oriented in the interior volume; (i) the support structure extending less than a full extension between the first end cap and second end cap; (ii) the support structure having at least one end freely floating and unattached or disconnected to any other portion of the filter element allowing the filter element to expand and contract axially; (i) the support structure extending less than a full extension between the first end cap and second end cap; (ii) the support structure having at least one end freely floating and unattached or disconnected to any other portion of the filter element allowing the filter element to expand and contract axially; the support structure is an extrusion or injection molded structure; and in that the support structure comprises a plurality of porous columns secured to each other with a plurality of cross braces , wherein each cross brace is ladder shaped in cross-section, with opposite rails being secured to opposite sides of each column .
Seeker head which can be attached to a carrier, in particular to a missile, comprising: - a plurality of optical seekers each having an optical axis , - a holding means , which can be fixed with respect to the carrier, for receiving the plurality of optical seekers , - an actuator system , the actuator system being set up to move the holding device relative to the carrier, and - a calculation device , which is set up to specify a sighting line of the seeker head , - the actuator system being set up to pivot one of the optical axes selectively into the sighting line , - the individual optical axes of the optical seekers passing through a frame pivot of the holding device and the holding device being formed as a gimbal frame body, and - each of the optical seekers having an operating range having a wavelength range that is different from a wavelength range of every other optical seeker , characterised in that - the optical axes are angled at an acute angle to one another. - a plurality of optical seekers each having an optical axis , - a holding means , which can be fixed with respect to the carrier, for receiving the plurality of optical seekers , - an actuator system , the actuator system being set up to move the holding device relative to the carrier, and - a calculation device , which is set up to specify a sighting line of the seeker head , - the actuator system being set up to pivot one of the optical axes selectively into the sighting line , - the individual optical axes of the optical seekers passing through a frame pivot of the holding device and the holding device being formed as a gimbal frame body, and - each of the optical seekers having an operating range having a wavelength range that is different from a wavelength range of every other optical seeker , - the optical axes are angled at an acute angle to one another.
An expandable interbody implant , having a leading end and a trailing end , adapted for insertion at least into a disc space having a surgically-corrected height, between two adjacent vertebrae of a spine, comprising: an upper member having an upper surface extending between the leading end and the trailing end , and an upper opening defined in the upper surface ; a lower member having a lower surface extending between the leading end and the trailing end , pivotally connected to the upper member at least via a drive link , and a lower opening defined in the lower surface ; a bone graft storage portion provided intermediate the leading end and the trailing end , including a hollow portion configured to be packed with a selected volume of bone growth material and adapted to allow bone growth between the adjacent vertebrae via the upper and lower openings and the bone graft storage portion ; and an actuator opening proximate the trailing end , configured for insertion of an actuator therein, wherein the actuator is adapted, following insertion into the actuator opening , to push the bone graft storage portion toward the leading end and into engagement with the drive link , thereby pushing the drive link forward and pivoting the upper member upward away from the lower member ; characterized in that the bone graft storage portion includes a translational wall movably mounted between the bone graft storage portion and the trailing end ; wherein pivoting the upper member upward engages the translational wall , thereby moving the translational wall to a position adapted to assist in preventing loss of the bone graft material from the bone graft storage portion . an upper member having an upper surface extending between the leading end and the trailing end , and an upper opening defined in the upper surface ; a lower member having a lower surface extending between the leading end and the trailing end , pivotally connected to the upper member at least via a drive link , and a lower opening defined in the lower surface ; a bone graft storage portion provided intermediate the leading end and the trailing end , including a hollow portion configured to be packed with a selected volume of bone growth material and adapted to allow bone growth between the adjacent vertebrae via the upper and lower openings and the bone graft storage portion ; and an actuator opening proximate the trailing end , configured for insertion of an actuator therein, wherein the actuator is adapted, following insertion into the actuator opening , to push the bone graft storage portion toward the leading end and into engagement with the drive link , thereby pushing the drive link forward and pivoting the upper member upward away from the lower member ; characterized in that the bone graft storage portion includes a translational wall movably mounted between the bone graft storage portion and the trailing end ; wherein pivoting the upper member upward engages the translational wall , thereby moving the translational wall to a position adapted to assist in preventing loss of the bone graft material from the bone graft storage portion .
A solid catalyst component for use in olefinic polymerization, comprising: a titanium, compound, a magnesium compound, halogen and an internal electron donor compound, wherein the internal electron donor compound comprises a compound represented by a general formula (III): wherein R 1 and R 2 are independently hydrogen, C 1 - C 20 linear or branched alkyl, C 3 -C 20 cycloalkyl, phenyl, C 7 - C 20 arylalkyl, or C 7 - C 20 alkylaryl groups; and R 3 - R 7 are independently hydrogen, or C 1 - C 4 linear or branched alkyl groups, and wherein the solid catalyst component is obtained by a method comprising - dissolving the magnesium compound in a solvent mixture comprising the internal donor, an organic epoxy compound and an organic phosphorous compound to form a homogenous solution and carrying out solid precipitation with the titanium compound to form a solid catalyst component. wherein the internal electron donor compound comprises a compound represented by a general formula (III): wherein R 1 and R 2 are independently hydrogen, C 1 - C 20 linear or branched alkyl, C 3 -C 20 cycloalkyl, phenyl, C 7 - C 20 arylalkyl, or C 7 - C 20 alkylaryl groups; and R 3 - R 7 are independently hydrogen, or C 1 - C 4 linear or branched alkyl groups, and wherein the solid catalyst component is obtained by a method comprising - dissolving the magnesium compound in a solvent mixture comprising the internal donor, an organic epoxy compound and an organic phosphorous compound to form a homogenous solution and carrying out solid precipitation with the titanium compound to form a solid catalyst component. - dissolving the magnesium compound in a solvent mixture comprising the internal donor, an organic epoxy compound and an organic phosphorous compound to form a homogenous solution and carrying out solid precipitation with the titanium compound to form a solid catalyst component.
A printing machine with a dryer unit for applying a dryer gas to a sheet material inside the printing machine, comprising a dryer body having a first set of dryer gas output openings being arranged in a substantially regular pattern covering an application width of the dryer unit , characterized in that at least two dryer gas output slots are arranged upstream in respect of the travelling direction of the sheet material the first set of dryer gas output openings and in that neighboring dryer gas output slots are offset with respect to each other in a direction substantially perpendicular to the width direction and/or in that the slots are inclined with respect to the width direction .
A method for conducting a transaction comprising: receiving, by a server computer from a mobile communication device , a token request including access device data associated with an access device and communication device data associated with the mobile communication device , wherein the access device data and the communication device data are specific to the transaction; generating, by the server computer a token and a token cryptogram using the access device data and the communication device data; transmitting, by the server computer , the token and the token cryptogram to the mobile communication device ; receiving, by the server computer from the access device , an authorization request message for the transaction comprising the token and the token cryptogram; verifying, by the server computer, the token cryptogram by decrypting, by the server computer , the token cryptogram; and by determining, by the server computer , a token assurance level based on the access device data and the communication device data in the decrypted token cryptogram. receiving, by a server computer from a mobile communication device , a token request including access device data associated with an access device and communication device data associated with the mobile communication device , wherein the access device data and the communication device data are specific to the transaction; generating, by the server computer a token and a token cryptogram using the access device data and the communication device data; transmitting, by the server computer , the token and the token cryptogram to the mobile communication device ; receiving, by the server computer from the access device , an authorization request message for the transaction comprising the token and the token cryptogram; verifying, by the server computer, the token cryptogram by decrypting, by the server computer , the token cryptogram; and by determining, by the server computer , a token assurance level based on the access device data and the communication device data in the decrypted token cryptogram.
An array substrate, comprising: a substrate ; a thin film transistor, a passivation layer , a first transparent electrode , a second transparent electrode disposed on the substrate , the thin film transistor comprising a source electrode and a drain electrode , wherein a groove is formed in an upper surface of the passivation layer , and the first transparent electrode is provided in the groove , both the groove and the first transparent electrode are located between the source electrode and the drain electrode , characterized in that the groove is formed in a comb shape, and the first transparent electrode is configured to serve as a pixel electrode which is formed in a comb shape, and the second transparent electrode is configured to serve as a common electrode and is isolated from the pixel electrode by the passivation layer , or, alternatively, the groove is formed in a comb shape, and the first transparent electrode is configured to serve as a common electrode which is formed in a comb shape, and the second transparent electrode is configured to serve as a pixel electrode and is isolated from the common electrode by the passivation layer . a substrate ; a thin film transistor, a passivation layer , a first transparent electrode , a second transparent electrode disposed on the substrate , the thin film transistor comprising a source electrode and a drain electrode , wherein a groove is formed in an upper surface of the passivation layer , and the first transparent electrode is provided in the groove , both the groove and the first transparent electrode are located between the source electrode and the drain electrode , characterized in that the groove is formed in a comb shape, and the first transparent electrode is configured to serve as a pixel electrode which is formed in a comb shape, and the second transparent electrode is configured to serve as a common electrode and is isolated from the pixel electrode by the passivation layer , or, alternatively, the groove is formed in a comb shape, and the first transparent electrode is configured to serve as a common electrode which is formed in a comb shape, and the second transparent electrode is configured to serve as a pixel electrode and is isolated from the common electrode by the passivation layer .
A metal-supported catalyst, comprising: a carbon carrier; and platinum particles serving as catalyst metal particles supported on the carbon carrier, wherein the platinum particles contain pure platinum particles and platinum alloy particles, wherein a proportion of a weight of the pure platinum particles to a sum of the weight of the pure platinum particles and a weight of the platinum alloy particles is 15% or more and 61% or less, and wherein a ratio of a proportion of a nitrogen atom content to a carbon atom content measured by elemental analysis using a combustion method, to a proportion of a nitrogen atom content to a carbon atom content measured by X-ray photoelectron spectroscopy, is 1.05 or more. a carbon carrier; and platinum particles serving as catalyst metal particles supported on the carbon carrier, wherein the platinum particles contain pure platinum particles and platinum alloy particles, wherein a proportion of a weight of the pure platinum particles to a sum of the weight of the pure platinum particles and a weight of the platinum alloy particles is 15% or more and 61% or less, and wherein a ratio of a proportion of a nitrogen atom content to a carbon atom content measured by elemental analysis using a combustion method, to a proportion of a nitrogen atom content to a carbon atom content measured by X-ray photoelectron spectroscopy, is 1.05 or more.
Method for pouring out milk froth, liquids or the like from a device, wherein, after pouring out a drink, preferably coffee, into a container, a specific amount of milk froth or the like is supplied by a milk froth dispenser , which remains on and/or beneath the surface of the drink, preferably coffee, whereby a graphic pattern will be automatically produced on the surface of the poured in drink into the container by a device controlled spatially in two or three coordinate directions (x, y, z), characterised in that while being poured out the milk froth is supplied in a controlled manner, such that with this the graphic pattern will be produced automatically on the surface of the poured in drink by the controlled device , whereby the movement sequence of the jet of milk froth is taking place by the milk froth dispenser of the device in the two or three coordinate directions (x, y, z).
Sensor arrangement for a vehicle, having a first sensor (N) that acquires at least one crash-relevant physical variable and outputs at least one corresponding first sensor signal (S N ), and having at least one second sensor (M) that acquires at least one crash-relevant physical variable independently of the first sensor (N) and outputs at least one corresponding second sensor signal (S M ), and having an evaluation and control unit (μC) that receives the at least one first sensor signal (S N ) and the at least one second sensor signal (S M ) and evaluates them for crash identification purposes, characterized in that the evaluation and control unit (μC) uses at least one second comparison signal based on the at least one second sensor signal (S M ) from the at least one second sensor (M) in order to monitor the first sensor (N), wherein the evaluation and control unit (μC) identifies that the first sensor (N) is defective when at least one first comparison signal based on the at least one first sensor signal (S N ) has a high signal value that lies above a predefined first threshold value (Thd_det) and the at least one second comparison signal, used to monitor the first sensor (N), from the second sensor (M) at the same time has a low signal value that lies below a predefined second threshold value (Thd_drive), and/or a deviation function (f(S N , {S M })) generated from the first comparison signal and the second comparison signal lies above a predefined third threshold value (Thd).
An analyte sensor comprising: a sensor tail comprising at least a first working electrode and a second working electrode , the sensor tail configured for insertion into a tissue; a ketones-responsive active area disposed upon a surface of the first working electrode , the ketones-responsive active area comprising an enzyme system comprising at least two enzymes that are capable of acting in concert to facilitate detection of ketones; a glucose-responsive active area comprising a glucose-responsive enzyme disposed upon a surface of the second working electrode ; and a membrane having a first portion overcoating the ketones-responsive active area and a second portion overcoating the glucose-responsive active area ; wherein the first portion and the second portion have different compositions. a sensor tail comprising at least a first working electrode and a second working electrode , the sensor tail configured for insertion into a tissue; a ketones-responsive active area disposed upon a surface of the first working electrode , the ketones-responsive active area comprising an enzyme system comprising at least two enzymes that are capable of acting in concert to facilitate detection of ketones; a glucose-responsive active area comprising a glucose-responsive enzyme disposed upon a surface of the second working electrode ; and a membrane having a first portion overcoating the ketones-responsive active area and a second portion overcoating the glucose-responsive active area ; wherein the first portion and the second portion have different compositions.