mhurhangee/ep-ind-claims huggingface dataset:
A microelectromechanical system (MEMS) mirror assembly (200, 300) comprising: a base substrate defining a cavity and a plurality of first features extending upwards from a bottom of the cavity; a mirror substrate coupled to the base substrate and defining a MEMS mirror platform and a first MEMS actuator, the mirror substrate further defining a gimbal positioned above the cavity, the gimbal defining a second MEMS actuator and a cutout containing the MEMS mirror platform, wherein the first and second MEMS actuators are vertical comb drive actuators each having a first and a second part, wherein combs of said first and second parts of the first and second vertical comb drive actuators extend from flexible beams supporting the mirror platform and the gimbal respectively; wherein actuation of the first MEMS actuator moves the MEMS mirror platform from a first positional state to a second positional state, and the MEMS mirror platform defines a plurality of second features on a side of the MEMS mirror platform facing the base substrate that are sized, shaped, and positioned such that the plurality of second features extend into spaces separating the plurality of first features when the mirror platform is in the second positional state; wherein actuation of the first MEMS actuator rotates the MEMS mirror platform about a first axis, and actuation of the second MEMS actuator rotates the gimbal and the MEMS mirror platform about a second axis substantially orthogonal to the first axis; and a reflective material disposed on a side of the MEMS mirror platform facing away from the base substrate. a base substrate defining a cavity and a plurality of first features extending upwards from a bottom of the cavity; a mirror substrate coupled to the base substrate and defining a MEMS mirror platform and a first MEMS actuator, the mirror substrate further defining a gimbal positioned above the cavity, the gimbal defining a second MEMS actuator and a cutout containing the MEMS mirror platform, wherein the first and second MEMS actuators are vertical comb drive actuators each having a first and a second part, wherein combs of said first and second parts of the first and second vertical comb drive actuators extend from flexible beams supporting the mirror platform and the gimbal respectively; wherein actuation of the first MEMS actuator moves the MEMS mirror platform from a first positional state to a second positional state, and the MEMS mirror platform defines a plurality of second features on a side of the MEMS mirror platform facing the base substrate that are sized, shaped, and positioned such that the plurality of second features extend into spaces separating the plurality of first features when the mirror platform is in the second positional state; wherein actuation of the first MEMS actuator rotates the MEMS mirror platform about a first axis, and actuation of the second MEMS actuator rotates the gimbal and the MEMS mirror platform about a second axis substantially orthogonal to the first axis; and a reflective material disposed on a side of the MEMS mirror platform facing away from the base substrate.
A method to be performed by an evolved Node B, eNB, in a packet data communication system, the method comprising: broadcasting system information including first information indicating that mobile originating data is barred from accessing the eNB, and second information indicating that a service access to a packet service based voice call is allowed; receiving, from a user equipment, UE, a radio resource control, RRC, connection request message for the packet service based voice call; and allowing an access of the packet service based voice call to the eNB even though a service access to the eNB is barring, wherein the first and the second information are processed in a RRC layer. broadcasting system information including first information indicating that mobile originating data is barred from accessing the eNB, and second information indicating that a service access to a packet service based voice call is allowed; receiving, from a user equipment, UE, a radio resource control, RRC, connection request message for the packet service based voice call; and allowing an access of the packet service based voice call to the eNB even though a service access to the eNB is barring, wherein the first and the second information are processed in a RRC layer.
A method for scheduling a service processing resource, comprising: setting multiple processing capability ranks of a processing resource and marking actual processing capabilities that correspond to the processing capability ranks of the processing resource, respectively; calculating a service fluctuation quantity according to a change of an actual service quantity processed by the processing resource; calculating, according to the service fluctuation quantity, a reserved idle processing capability for eliminating an effect from a service fluctuation; circularly scheduling the processing capability ranks of the processing resource according to the actual processing capability marked by each processing capability rank, the reserved idle processing capability, the service fluctuation quantity, and a service quantity to be processed. setting multiple processing capability ranks of a processing resource and marking actual processing capabilities that correspond to the processing capability ranks of the processing resource, respectively; calculating a service fluctuation quantity according to a change of an actual service quantity processed by the processing resource; calculating, according to the service fluctuation quantity, a reserved idle processing capability for eliminating an effect from a service fluctuation; circularly scheduling the processing capability ranks of the processing resource according to the actual processing capability marked by each processing capability rank, the reserved idle processing capability, the service fluctuation quantity, and a service quantity to be processed.
A lighting device for a motor vehicle, comprising a housing, at least one illuminant, which at least contributes to realizing a defined light function and at least one light cover, wherein the light cover serves at least also, indirectly or directly, as a holder for the at least one illuminant and the at least one illuminant is held on or in at least one component, which is connected to the light cover, wherein the component projects outwardly from the light cover (20"'), characterized in that the component is designed as a pre-fabricated unit having a laminar carrier injection-molded with the light cover for a holder with a illuminant, wherein the holder with the illuminant is inserted and is thereby retained in a cavity of the carrier.
An intercom system that includes an electronic lock that is provided to a door of a building, a slave device that is installed in the vicinity of the door, an intercom master device that is installed inside of the building, and a communication terminal that is possible to carry outside of the building or is installed outside of the building, wherein the intercom master device displays a user interface enabling a user to configure, in a terminal information table, whether to approve or to disapprove an operation of unlocking the electronic lock in the event that a terminal's unlocking instruction is received from the communication terminal, the terminal's unlocking instruction indicating that an unlocking instruction operation has been performed in the communication terminal; wherein the slave device is adapted to transmit a visiting notification to the intercom master device when it is detected that a person has come to the door, wherein the intercom master device is adapted to transmit a terminal-destined visiting notification to the communication terminal when receiving the visiting notification, wherein said transmission occurs regardless of whether the communication terminal is configured as approved or disapproved, wherein the communication terminal is adapted to output information indicating that the person has come to the door when receiving the terminal-destined visiting notification and is adapted to transmit a terminal's unlocking instruction to the intercom master device when an unlocking instruction operation is performed in the communication terminal, and wherein, when receiving the terminal's unlocking instruction, the intercom master device is adapted to refer to the terminal information table and to determine whether the communication terminal being the transmission source of the terminal's unlocking instruction is configured as approved or disapproved, wherein the intercom master device is adapted to unlock the electronic lock under the condition that approval of the unlocking operation is configured for said communication terminal.
Glucose isomerase for use by oral administration in the therapy of intestinal fructose intolerance, provided that the glucose isomerase is not used in combination with 5-D-fructose dehydrogenase for said therapy.
A method for producing a dispersion wherein a fine particle comprising a fluoropolymer having a sulfonic acid group is dispersed in an aqueous dispersion medium, which method comprises producing the fluoropolymer dispersion in an aqueous system by (i) carrying out a polymerization reaction, preferably an iodine transfer polymerization, providing the fluoropolymer precursor, and (ii) hydrolyzing -SO 2 X 1 wherein X 1 is a halogen atom and which is present in a fluoropolymer precursor, in an aqueous medium, to thereby give the fluoropolymer, without drying the fluoropolymer precursor and the fluoropolymer. (i) carrying out a polymerization reaction, preferably an iodine transfer polymerization, providing the fluoropolymer precursor, and (ii) hydrolyzing -SO 2 X 1 wherein X 1 is a halogen atom and which is present in a fluoropolymer precursor, in an aqueous medium, to thereby give the fluoropolymer, without drying the fluoropolymer precursor and the fluoropolymer.
A bi-static radar system configured for coherent detection of a radar-signal, said system comprising: a reference clock generator operable to generate a common reference clock signal at a reference-frequency that is proportional to a fraction of a radar-frequency of a radar-signal transmitted by the system; a frame sync generator operable to trigger a modulation sequence; a plurality of transmit-receive modules (30A, 30B, 30K), each comprising: a transmitter operable to generate the radar-signal at the radar-frequency based on the reference clock signal; a receiver (48A, 48B, 48) operable to coherently detect the radar-signal based on the reference clock signal; and an independent VCO, wherein the independent VCOs of each of the transmit-receive modules is made to be coherent by controlling that independent VCO with a separate Fractional N PLL, with each of the separate Fractional N PLLs using the common reference clock signal and the modulation sequence, the later of which is triggered in each of the separate Fractional N PLLs by the frame sync generator. a reference clock generator operable to generate a common reference clock signal at a reference-frequency that is proportional to a fraction of a radar-frequency of a radar-signal transmitted by the system; a frame sync generator operable to trigger a modulation sequence; a plurality of transmit-receive modules (30A, 30B, 30K), each comprising: a transmitter operable to generate the radar-signal at the radar-frequency based on the reference clock signal; a receiver (48A, 48B, 48) operable to coherently detect the radar-signal based on the reference clock signal; and an independent VCO, wherein the independent VCOs of each of the transmit-receive modules is made to be coherent by controlling that independent VCO with a separate Fractional N PLL, with each of the separate Fractional N PLLs using the common reference clock signal and the modulation sequence, the later of which is triggered in each of the separate Fractional N PLLs by the frame sync generator. a transmitter operable to generate the radar-signal at the radar-frequency based on the reference clock signal; a receiver (48A, 48B, 48) operable to coherently detect the radar-signal based on the reference clock signal; and an independent VCO, wherein the independent VCOs of each of the transmit-receive modules is made to be coherent by controlling that independent VCO with a separate Fractional N PLL, with each of the separate Fractional N PLLs using the common reference clock signal and the modulation sequence, the later of which is triggered in each of the separate Fractional N PLLs by the frame sync generator.
An eye surgery system comprising: an optical system including microscopy optics and an OCT device, wherein the microscopy optics are configured to generate a light-optical image of an eye fundus, and wherein the OCT device is configured to scan the eye fundus using an OCT measurement beam and to generate an OCT image of the eye fundus; a controller; and a visualization system (13, 41, 83); wherein the controller comprises a data interface to receive a preoperative OCT image and is configured to control the visualization system to display a representation of the preoperative OCT image, wherein the controller is further configured to control the OCT device to record an intraoperative OCT image and to control the visualization system to display a representation of the recorded intraoperative OCT image, wherein the controller is further configured to adjust a magnification of the representation of the intraoperative OCT image and/or a magnification of the representation of the preoperative OCT image so that the magnification of the representation of the intraoperative OCT image and the magnification of the representation of the preoperative OCT image are equal; and/or wherein the controller is further configured to adjust an orientation of the representation of the intraoperative OCT image and/or an orientation of the representation of the preoperative OCT image so that the orientation of the representation of the intraoperative OCT image and the orientation of the representation of the preoperative OCT image are equal. an optical system including microscopy optics and an OCT device, wherein the microscopy optics are configured to generate a light-optical image of an eye fundus, and wherein the OCT device is configured to scan the eye fundus using an OCT measurement beam and to generate an OCT image of the eye fundus; a controller; and a visualization system (13, 41, 83);
Method for the production of a number of coiled foil rolls, wherein the foils are reinforced in their edge region by folding, wherein the method comprises the steps of: a) Supplying of a foil which extends along a total width in a conveying direction to a number of coiling devices; b) Cutting of the foil in conveying direction by means of at least one knife, so that at least two foil sections are created which extend in conveying direction; c) Folding of the edge regions of the foil sections by means of at least one folding device and laying about each other of the folded sections and of the remaining part of the foil section; d) Coiling of each foil section on one or more coiling devices; wherein the at least one knife and the at least one folding device are moved simultaneous oscillating back and forth relatively to the coiling devices in a direction transversal to the conveying direction during the coiling of the foil sections on the coiling devices and wherein the folding according to step c) takes place in such a manner that the folding device folds the lateral end sections of two foil sections which are located adjacent to another by means of two adjacent folding elements (11, 12). a) Supplying of a foil which extends along a total width in a conveying direction to a number of coiling devices; b) Cutting of the foil in conveying direction by means of at least one knife, so that at least two foil sections are created which extend in conveying direction; c) Folding of the edge regions of the foil sections by means of at least one folding device and laying about each other of the folded sections and of the remaining part of the foil section; d) Coiling of each foil section on one or more coiling devices;
A medical device for obtaining a material sample from a material, the medical device comprising: a first member comprising a receptacle; a second member having a hollow region for accommodating at least a portion of the first member such that the at least a portion of the first member is movable within the second member and having an aperture through which in use the material sample is received, the second member further comprising an inlet that is transmissive for at least electromagnetic radiation that can be used to determine information in relation to the material, the aperture and the inlet being spaced apart from each other; an optical element arranged to receive the electromagnetic radiation; characterized in that the inlet is located at a side portion of a distal end of the second member and the first member is rotatable within the second member between an imaging configuration in which the optical element receives the electromagnetic radiation through the inlet, and a sampling configuration in which the material sample is received through the aperture, such that when the first member is in the imaging configuration, a portion of the second member covers the receptacle of the first member, and when the first member is in the a sampling configuration, and material sample is received through the aperture, the material sample can be obtained by rotating the first member and the second member relative to each other. a first member comprising a receptacle; a second member having a hollow region for accommodating at least a portion of the first member such that the at least a portion of the first member is movable within the second member and having an aperture through which in use the material sample is received, the second member further comprising an inlet that is transmissive for at least electromagnetic radiation that can be used to determine information in relation to the material, the aperture and the inlet being spaced apart from each other; an optical element arranged to receive the electromagnetic radiation; characterized in that the inlet is located at a side portion of a distal end of the second member and the first member is rotatable within the second member between an imaging configuration in which the optical element receives the electromagnetic radiation through the inlet, and a sampling configuration in which the material sample is received through the aperture, such that when the first member is in the imaging configuration, a portion of the second member covers the receptacle of the first member, and when the first member is in the a sampling configuration, and material sample is received through the aperture, the material sample can be obtained by rotating the first member and the second member relative to each other.
Sensor device for determining a displacement of a shaft along its longitudinal axis, comprising - a sensor unit which is radially arranged at a first distance from the longitudinal axis, wherein the shaft can be displaced in relation to the sensor unit along the longitudinal axis, - a detection element which is arranged between the shaft and the sensor unit and is fixedly coupled to the shaft radially at a second distance from the longitudinal axis, wherein a side of the detection element facing away from the longitudinal axis is convex with respect to a plane perpendicular with respect to the longitudinal axis, in such a way that a gap distance between the detection element and the sensor unit varies over an extent of the sensor unit perpendicularly with respect to the longitudinal axis and independently of a tilting angle (α) of the shaft, - the sensor unit is designed to generate a shaft displacement signal which is dependent on a displacement of the detection element in relation to the sensor unit along the longitudinal axis. - a sensor unit which is radially arranged at a first distance from the longitudinal axis, wherein the shaft can be displaced in relation to the sensor unit along the longitudinal axis, - a detection element which is arranged between the shaft and the sensor unit and is fixedly coupled to the shaft radially at a second distance from the longitudinal axis, wherein a side of the detection element facing away from the longitudinal axis is convex with respect to a plane perpendicular with respect to the longitudinal axis, in such a way that a gap distance between the detection element and the sensor unit varies over an extent of the sensor unit perpendicularly with respect to the longitudinal axis and independently of a tilting angle (α) of the shaft, - the sensor unit is designed to generate a shaft displacement signal which is dependent on a displacement of the detection element in relation to the sensor unit along the longitudinal axis.
A buckle for a chest strap of a knapsack, comprising: a plug member including a plug plane portion formed at a front side of a plug base so as to be connected to the plug base, a first magnet embedded in a middle portion of the plug plane portion, and coupling protrusions protruding from opposite sides of the middle portion of the plug plane portion; and a socket member including a socket plane portion formed at a front side of a socket base so as to be connected to the socket base, a second magnet embedded in a middle portion of the socket plane portion, and coupling recesses formed in opposite sides of the middle portion of the socket plane portion so as to correspond to the respective coupling protrusions, wherein the plug member and the socket member are separably connected to each other, characterized in that the plug plane portion is connected to the plug base via a plug inner-side slope and a plug front-end slope extends forward from the plug plane portion; and in that the socket plane portion is connected to the socket base via a socket inner-side slope, and a socket front-end slope extends forward from the socket plane portion. a plug member including a plug plane portion formed at a front side of a plug base so as to be connected to the plug base, a first magnet embedded in a middle portion of the plug plane portion, and coupling protrusions protruding from opposite sides of the middle portion of the plug plane portion; and a socket member including a socket plane portion formed at a front side of a socket base so as to be connected to the socket base, a second magnet embedded in a middle portion of the socket plane portion, and coupling recesses formed in opposite sides of the middle portion of the socket plane portion so as to correspond to the respective coupling protrusions, wherein the plug member and the socket member are separably connected to each other, characterized in that the plug plane portion is connected to the plug base via a plug inner-side slope and a plug front-end slope extends forward from the plug plane portion; and in that the socket plane portion is connected to the socket base via a socket inner-side slope, and a socket front-end slope extends forward from the socket plane portion.
Cathode of an all-solid-state lithium-ion battery produced by applying onto a substrate a slurry in which an active material, a conductive material, a sulfide-based solid-state electrolyte, a binder and a solvent are mixed, characterized in that the binder is a hydrogenated acrylate-nitrile-butadiene rubber which comprises remaining double bonds in an amount of more than 0% and not more than 0.9% based on the total amount of the H-ANBR.