mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle lighting fixture comprising: a supercontinuum light source having any of a pulse laser light source and a continuous wave, CW, laser light source, and a conversion optical fiber for converting corresponding one of pulse laser light output from the pulse laser light source and continuous wave laser light output from the continuous wave laser light source into supercontinuum light for output, the supercontinuum light source having a directivity characteristic narrower than Lambertian light; an optical system for controlling light emitted from the supercontinuum light source to form a predetermined light distribution pattern for a vehicle, characterized in that the vehicle lighting fixture comprises a multimode transmission optical fiber for transmitting the supercontinuum light from the supercontinuum light source to the optical system and for reducing its coherency, the multimode transmission optical fiber having an emission end face , wherein the optical system controls the supercontinuum light exiting through the emission end face of the multimode transmission optical fiber so that the light controlled by the optical system mainly contains coherent light. a supercontinuum light source having any of a pulse laser light source and a continuous wave, CW, laser light source, and a conversion optical fiber for converting corresponding one of pulse laser light output from the pulse laser light source and continuous wave laser light output from the continuous wave laser light source into supercontinuum light for output, the supercontinuum light source having a directivity characteristic narrower than Lambertian light; an optical system for controlling light emitted from the supercontinuum light source to form a predetermined light distribution pattern for a vehicle, characterized in that the vehicle lighting fixture comprises a multimode transmission optical fiber for transmitting the supercontinuum light from the supercontinuum light source to the optical system and for reducing its coherency, the multimode transmission optical fiber having an emission end face , wherein the optical system controls the supercontinuum light exiting through the emission end face of the multimode transmission optical fiber so that the light controlled by the optical system mainly contains coherent light.
A tablet comprising: 1-(3-(2-(1-benzothiophen-5-yl)ethoxy)propyl)azetidin-3-ol or a salt thereof; and ethyl cellulose, wherein the content of ethyl cellulose is 1 to 30% based on the tablet mass. 1-(3-(2-(1-benzothiophen-5-yl)ethoxy)propyl)azetidin-3-ol or a salt thereof; and ethyl cellulose,
A method for operating a flow control entity configured to control a data packet flow in a radio access network and a transport network of a communications network, the method comprising: - determining (S21), from information received from a router or an old anchor point of the communications network, that a transmission quality condition for the data packet flow through the communications network has degraded, - determining (S22) through which radio access node the data packet flow is transmitted, - determining (S23) a new anchor point that keeps sufficient performance for the data packet flow in dependence on a location of the radio access node , wherein determining the new anchor point comprises determining a target zone in the communication network in which the radio access node is located and determining the new anchor point in the target zone, wherein the sufficient performance is determined based on any combination of latency, packet loss, and jitter parameters, and the comparison of said parameters to a predefined threshold value, and wherein the new anchor point is a serving gateway and an application user plane anchor point, and - informing (S24) a bearer control entity about the new anchor point . - determining (S21), from information received from a router or an old anchor point of the communications network, that a transmission quality condition for the data packet flow through the communications network has degraded, - determining (S22) through which radio access node the data packet flow is transmitted, - determining (S23) a new anchor point that keeps sufficient performance for the data packet flow in dependence on a location of the radio access node , wherein determining the new anchor point comprises determining a target zone in the communication network in which the radio access node is located and determining the new anchor point in the target zone, wherein the sufficient performance is determined based on any combination of latency, packet loss, and jitter parameters, and the comparison of said parameters to a predefined threshold value, and wherein the new anchor point is a serving gateway and an application user plane anchor point, and - informing (S24) a bearer control entity about the new anchor point .
A chuck mechanism comprising: - a chuck body ; - an axially movable plunger disposed inside the chuck body ; and - a master jaw that is disposed in an axially front face of the chuck body and is movable along a radial direction by wedge action caused by being fit with the plunger, - wherein a guide groove that radially guides the master jaw and has a T-shaped cross section is formed in the axially front face of the chuck body, the master jaw has a narrow portion and a wide portion that form a T-shaped cross section, - wherein a wedge projecting toward an axially rear side is formed radially inside the wide portion , and the wedge is fitted in a wedge groove formed in the plunger , - wherein the wide portion extends to a radially inner end of the master jaw along the radial direction, and - wherein an end face of the wedge in a width direction extending perpendicular to the radial direction is positioned outward in the width direction with respect to an end face of the narrow portion in the width direction; characterised in that - the transition between an end face at the radially inner end of the wide portion and an end face at the radially inner end of the wedge is arranged at the radially inner end of the master jaw . - a chuck body ; - an axially movable plunger disposed inside the chuck body ; and - a master jaw that is disposed in an axially front face of the chuck body and is movable along a radial direction by wedge action caused by being fit with the plunger, - wherein a guide groove that radially guides the master jaw and has a T-shaped cross section is formed in the axially front face of the chuck body, the master jaw has a narrow portion and a wide portion that form a T-shaped cross section, - wherein a wedge projecting toward an axially rear side is formed radially inside the wide portion , and the wedge is fitted in a wedge groove formed in the plunger , - wherein the wide portion extends to a radially inner end of the master jaw along the radial direction, and - wherein an end face of the wedge in a width direction extending perpendicular to the radial direction is positioned outward in the width direction with respect to an end face of the narrow portion in the width direction; characterised in that - the transition between an end face at the radially inner end of the wide portion and an end face at the radially inner end of the wedge is arranged at the radially inner end of the master jaw .
A method of processing multiple inputs in an apparatus having interfaces for interaction with an outside environment, the method comprising: detecting a first input from one of the interfaces ; performing a function in response to the first input; detecting , simultaneously with the first input, a second input from another one of the interfaces ; and changing attributes of the function in response to the second input, wherein detecting the second input includes detecting voice information from a microphone that is one of the interfaces , wherein the voice information comprises a key word, wherein detecting the first input includes detecting a user's gesture from a touch screen that is one of the interfaces , and wherein performing the function includes performing a function related with a graphic work in response to the user's gesture, and wherein changing the attributes of the function includes: recognizing the user's intention by analyzing the voice information; determining whether correction is needed for an already performed portion of the graphic work; calculating a correction-required portion in the already performed graphic work if correction is needed; and correcting the already performed portion of the graphic work based on the calculated result. detecting a first input from one of the interfaces ; performing a function in response to the first input; detecting , simultaneously with the first input, a second input from another one of the interfaces ; and changing attributes of the function in response to the second input, wherein detecting the second input includes detecting voice information from a microphone that is one of the interfaces , wherein the voice information comprises a key word, wherein detecting the first input includes detecting a user's gesture from a touch screen that is one of the interfaces , and wherein performing the function includes performing a function related with a graphic work in response to the user's gesture, and wherein changing the attributes of the function includes: recognizing the user's intention by analyzing the voice information; determining whether correction is needed for an already performed portion of the graphic work; calculating a correction-required portion in the already performed graphic work if correction is needed; and correcting the already performed portion of the graphic work based on the calculated result. recognizing the user's intention by analyzing the voice information; determining whether correction is needed for an already performed portion of the graphic work; calculating a correction-required portion in the already performed graphic work if correction is needed; and correcting the already performed portion of the graphic work based on the calculated result.
An underwater acoustic-wave particle-motion sensor comprising: a rigid body having a periphery around which an underwater acoustic wave diffracts without passing through, wherein said rigid body includes a cavity ; and a diffraction-pressure-gradient acoustic-wave particle-motion sensor coupled to the rigid body to sense the diffracted acoustic wave and further producing a first sensor output signal that responds to acoustic-wave particle motion and to rigid-body motion; characterised in that a rigid-body motion sensor is received by the cavity so as to be isolated from particle motion associated with the diffracted acoustic wave and is configured to produce a second sensor output signal that corresponds almost entirely to rigid-body motion. a rigid body having a periphery around which an underwater acoustic wave diffracts without passing through, wherein said rigid body includes a cavity ; and a diffraction-pressure-gradient acoustic-wave particle-motion sensor coupled to the rigid body to sense the diffracted acoustic wave and further producing a first sensor output signal that responds to acoustic-wave particle motion and to rigid-body motion; characterised in that a rigid-body motion sensor is received by the cavity so as to be isolated from particle motion associated with the diffracted acoustic wave and is configured to produce a second sensor output signal that corresponds almost entirely to rigid-body motion.
An electronic processing system , comprising: a processor ; multi-level memory communicatively coupled to the processor ; an analog-to-digital converter communicatively coupled to the multi-level memory to convert an analog voltage level of a memory cell of the multi-level memory to a corresponding multi-bit digital value, wherein the analog-to-digital converter is configured to sense only once to determine what voltage level the memory cell contains; and logic communicatively coupled to the multi-level memory and the analog-to-digital converter , wherein the logic is configured to: determine a single-bit value of the memory cell based on the multi-bit digital value; track a temporal history of accesses to the memory cell; and adjust the determined single-bit value of the memory cell for potential drift of the analog voltage level based on the temporal history of accesses to the memory cell. a processor ; multi-level memory communicatively coupled to the processor ; an analog-to-digital converter communicatively coupled to the multi-level memory to convert an analog voltage level of a memory cell of the multi-level memory to a corresponding multi-bit digital value, wherein the analog-to-digital converter is configured to sense only once to determine what voltage level the memory cell contains; and logic communicatively coupled to the multi-level memory and the analog-to-digital converter , wherein the logic is configured to: determine a single-bit value of the memory cell based on the multi-bit digital value; track a temporal history of accesses to the memory cell; and adjust the determined single-bit value of the memory cell for potential drift of the analog voltage level based on the temporal history of accesses to the memory cell. determine a single-bit value of the memory cell based on the multi-bit digital value; track a temporal history of accesses to the memory cell; and adjust the determined single-bit value of the memory cell for potential drift of the analog voltage level based on the temporal history of accesses to the memory cell.
A method of detecting a movement of a timepiece setting stem arranged to be moved axially along and/or rotated about its longitudinal axis, the method comprising: - illuminating, with a light source , a portion of the setting stem ; - receiving, on an optical sensor , a reflected or diffracted light beam from the setting stem ; - forming, with a processor , a first pixel pattern representative of the reflected light beam at a first time instant; - forming, with said processor , a second pixel pattern representative of the reflected light beam at a second, later time instant; and - determining that the crown has been moved if the second pixel pattern is shifted with respect to the first pixel pattern. - illuminating, with a light source , a portion of the setting stem ; - receiving, on an optical sensor , a reflected or diffracted light beam from the setting stem ; - forming, with a processor , a first pixel pattern representative of the reflected light beam at a first time instant; - forming, with said processor , a second pixel pattern representative of the reflected light beam at a second, later time instant; and - determining that the crown has been moved if the second pixel pattern is shifted with respect to the first pixel pattern.
A parenteral formulation of a replication capable oncolytic adenovirus of subgroup B for use in treating cancer in a human cancer patient, by systemically administering as multiple doses of the formulation in a single treatment cycle, wherein the total dose given in each administration is in the range of 1x10 10 to 1x10 14 viral particles per dose, and wherein each dose of virus is administered such that the rate of viral particle delivery is in the range of 2x10 10 particles per minute to 6x10 11 particles per minute.
A method for manufacturing a composite element comprising a single- or multi-part core and an envelope which are in a force fit combination with each other, at least comprising the steps of: (i) providing a single- or multi-part core of an evacuable organic material; (ii) at least partly enveloping the core with an envelope to obtain a composite element precursor wherein the envelope surface apposing the core consists of a thermoplastic material; (iii) treating the composite element precursor for a period leading to an at least partial softening of the evacuable organic material and of the envelope surface apposing the core, wherein the force fit combination of the envelope with the core is measured similarly to DIN EN ISO 5271, and wherein the envelope surface of the composite element apposing the core is in direct contact with the evacuable organic material and adheres to the evacuable organic material of the core with a force ranging from 100 to 300 N, determined similarly to DIN EN ISO 5271. (i) providing a single- or multi-part core of an evacuable organic material; (ii) at least partly enveloping the core with an envelope to obtain a composite element precursor wherein the envelope surface apposing the core consists of a thermoplastic material; (iii) treating the composite element precursor for a period leading to an at least partial softening of the evacuable organic material and of the envelope surface apposing the core,
A tunable electro-optic filter comprising: a liquid crystal layer ; a first electrode layer disposed on a first side of the liquid crystal layer and a second electrode layer disposed on a second side of the liquid crystal layer, the first side being a light-incident side of the tunable electro-optic filter and the second side being a light-output side of the tunable electro-optic filter; and a reflective structure comprising a first reflective layer (CM1) disposed on the first side of the liquid crystal layer and a second reflective layer (CM2) disposed on the second side of the liquid crystal layer, wherein the first reflective layer comprises a structure in which at least two dielectric material layers having different thicknesses are alternately stacked, wherein respective thicknesses of the at least two dielectric material layers of the first reflective layer increase in a direction from the light-incident side of the tunable electro-optic filter to the light-output side of the tunable electro-optic filter; and the second reflective layer comprises a structure in which the at least two dielectric material layers having different thicknesses are alternately stacked, characterised in that : the respective thicknesses of the at least two dielectric material layers of the second reflective layer increase in a direction from a light-incident side of the tunable electro-optic filter to a light-output side of the tunable electro-optic filter. a liquid crystal layer ; a first electrode layer disposed on a first side of the liquid crystal layer and a second electrode layer disposed on a second side of the liquid crystal layer, the first side being a light-incident side of the tunable electro-optic filter and the second side being a light-output side of the tunable electro-optic filter; and a reflective structure comprising a first reflective layer (CM1) disposed on the first side of the liquid crystal layer and a second reflective layer (CM2) disposed on the second side of the liquid crystal layer, wherein the first reflective layer comprises a structure in which at least two dielectric material layers having different thicknesses are alternately stacked, wherein respective thicknesses of the at least two dielectric material layers of the first reflective layer increase in a direction from the light-incident side of the tunable electro-optic filter to the light-output side of the tunable electro-optic filter; and the second reflective layer comprises a structure in which the at least two dielectric material layers having different thicknesses are alternately stacked, characterised in that : the respective thicknesses of the at least two dielectric material layers of the second reflective layer increase in a direction from a light-incident side of the tunable electro-optic filter to a light-output side of the tunable electro-optic filter.
Optical fiber sensor, comprising an optical fiber having embedded therein at least one fiber core extending along a length of the optical fiber, the at least one fiber core having a number of larger than ten single fiber Bragg gratings arranged in series along the at least one fiber core , wherein each fiber Bragg grating has a single reflection spectrum around a single reflection peak wavelength when interrogated with light in an unstrained state of the at least one fiber core , wherein the reflection peak wavelengths of the single reflection spectra are different from fiber Bragg grating to fiber Bragg grating along the at least one fiber core, wherein a difference between reflection peak wavelengths of the single reflection spectra of adjacent fiber Bragg gratings is equal to or larger than a spectral width of the single reflection spectra of the adjacent fiber Bragg gratings , wherein a spectral width of at least one of the single reflection spectra is in a range of 10 pm - 30 pm for a length of the single fiber Bragg grating of about 100 mm.
A radio-frequency identification, RFID, tag comprising: a conductor component ; and an RFID chip secured to the conductor component , characterized in that : the conductor component comprises a meandering conductive trace such that the conductor component , when provided in a concertina fold, produces at least two adjacent coils in series ; wherein the two adjacent coils are respectively wound clockwise and counterclockwise and produce two read zones, one read zone over each of said two adjacent coils; and with a null zone between the two read zones, with current equally passing through the two adjacent coils. a conductor component ; and an RFID chip secured to the conductor component , the conductor component comprises a meandering conductive trace such that the conductor component , when provided in a concertina fold, produces at least two adjacent coils in series ; wherein the two adjacent coils are respectively wound clockwise and counterclockwise and produce two read zones, one read zone over each of said two adjacent coils; and with a null zone between the two read zones, with current equally passing through the two adjacent coils.
A seating arrangement comprising at least one seat ; a console adjacent said at least one seat ; a deployable table assembly ; and locking means , wherein said table assembly is movable in a longitudinal direction from a stowed position into a deployed position in which it is located on an upper surface of said console , and wherein said locking means is operable to releasably engage said table assembly in the deployed position to prevent movement of said table assembly in a lateral direction which is perpendicular to said longitudinal direction, said longitudinal direction being substantially parallel with the direction in which a seated passenger faces; wherein said locking means comprises a latch that is releasably engageable with a corresponding latch-receiving recess provided in the table assembly ; and wherein the locking means is co-operable with the table assembly such that movement of the table assembly from the stowed position into a secondary intermediate position causes the latch to move from its retracted state to its extended state.