mhurhangee/ep-ind-claims huggingface dataset:
Aerodynamic profiled body for an aircraft, particularly a winglet, comprising a front profiled element having a profile leading edge and a rear profiled element having a profile trailing edge, comprising an adjusting unit that connects the front profiled element to the rear profiled element and by means of which the rear profiled element is adjustable relative to the front profiled element, the adjusting unit comprising a front mounting device that is connected to the front profiled element, a rear mounting device that is connected to the rear profiled element and a force-transmitting device that connects the front mounting device and the rear mounting device to one another, the force-transmitting device comprising an elastically deformable leaf spring element, the adjusting unit comprising a drive for transmitting a torque to the elastically deformable leaf spring element, characterised in that the leaf spring element is arranged substantially centrally between a profile upper side (2a; 3a) and a profile underside (2b; 3b).
A backplane for an electro-optic display, the backplane comprising a pixel electrode and a voltage supply line arranged to supply a voltage to the pixel electrode, the backplane having a micromechanical switch (106, 112) disposed between the voltage supply line and the pixel electrode, the micromechanical switch (106, 112) having an open state, in which the voltage supply line is not electrically connected to the pixel electrode, and a closed state, in which the voltage supply line is electrically connected to the pixel electrode, the micromechanical switch (106, 112) comprising a cantilever beam capable on moving into and out of contact with the pixel electrode, and a second electrode arranged to move the cantilever beam, the backplane being characterized by a capacitor electrode disposed adjacent the pixel electrode such that the capacitor electrode and the voltage supply line C form a capacitor.
An instrument assembly for a surgical robot system according to any one of the claims 8 to 14, comprising at least one instrument having: an instrument shaft (7; 7', 7", 8; 8', 9) which is intended for partial introduction into a patient, an instrument interface for fastening the instrument to the robot assembly (1; 1', 2, 3), a modular drive unit (4; 4', 4", 5, 6) for actuating at least one degree of freedom (φ 1, φ 2, φ e) of the instrument shaft, in particular of an end effector, which modular drive unit (4; 4', 4", 5, 6) comprises a drive part with at least one drive and an electronic part with at least one control and / or communication means, and a modular manual actuating unit for selectively replacing a modular drive unit of an instrument of the instrument assembly of the surgical robot system, wherein the manual actuating unit comprises a mechanical drive interface for connection to a drive train assembly (7.2) of the instrument, which mechanical drive interface corresponds to a mechanical drive interface of the drive unit to be selectively replaced, for connection to this drive train assembly. an instrument shaft (7; 7', 7", 8; 8', 9) which is intended for partial introduction into a patient, an instrument interface for fastening the instrument to the robot assembly (1; 1', 2, 3), a modular drive unit (4; 4', 4", 5, 6) for actuating at least one degree of freedom (φ 1, φ 2, φ e) of the instrument shaft, in particular of an end effector, which modular drive unit (4; 4', 4", 5, 6) comprises a drive part with at least one drive and an electronic part with at least one control and / or communication means, and a modular manual actuating unit for selectively replacing a modular drive unit of an instrument of the instrument assembly of the surgical robot system, wherein the manual actuating unit comprises a mechanical drive interface for connection to a drive train assembly (7.2) of the instrument, which mechanical drive interface corresponds to a mechanical drive interface of the drive unit to be selectively replaced, for connection to this drive train assembly.
A three-dimensional printer comprising: a first delivery device to selectively deposit a fusing agent (170, 210, 212) onto a layer (114, 160, 200) of build materials to facilitate binding of the build materials to each other through absorption of fusing radiation supplied by a fusing radiation generator (134, 136); a second delivery device to deposit coolant droplets at tuned drop weights onto the layer of build materials (114, 160, 200); a fusing radiation generator (134, 136) to apply fusing radiation onto the layer of build materials; and a controller to control the second delivery device to selectively deposit the coolant droplets at the tuned drop weights onto selected areas of the build material layer (114, 160, 200), characterized in that the drop weights of the selectively deposited coolant droplets are tuned by the controller based upon a fusing radiation absorption property of the fusing agent to provide a thermal balance between multiple areas of the build material layer (114, 160, 200) during application of fusing radiation onto the build material layer (114, 160, 200). a first delivery device to selectively deposit a fusing agent (170, 210, 212) onto a layer (114, 160, 200) of build materials to facilitate binding of the build materials to each other through absorption of fusing radiation supplied by a fusing radiation generator (134, 136); a second delivery device to deposit coolant droplets at tuned drop weights onto the layer of build materials (114, 160, 200); a fusing radiation generator (134, 136) to apply fusing radiation onto the layer of build materials; and a controller to control the second delivery device to selectively deposit the coolant droplets at the tuned drop weights onto selected areas of the build material layer (114, 160, 200), characterized in that the drop weights of the selectively deposited coolant droplets are tuned by the controller based upon a fusing radiation absorption property of the fusing agent to provide a thermal balance between multiple areas of the build material layer (114, 160, 200) during application of fusing radiation onto the build material layer (114, 160, 200).
Method for testing components, in particular injectors, having the following method steps: a) measuring vibration spectra for a multiplicity of reference components of different quality levels as reference spectra, wherein, for each reference component, frequency lines in the respective reference spectra and results from structure-analytical studies on the respective reference components are each associated with one another, b) exciting vibrations in a component to be tested, c) measuring vibrations produced in response to method step b) as a vibration spectrum, and d) comparing frequency lines from the vibration spectrum of the component that was measured in method step c) with corresponding frequency lines from the reference spectra of the reference components in order to determine at least one reference spectrum that differs least from the vibration spectrum of the component in terms of amplitudes of the frequency lines, and to classify the component in respect of position and/or size of defects on the basis of the results of the structure-analytical studies that are associated with the at least one reference spectrum, characterized in that the comparison in step d) involves forming the respective differences between the amplitudes of mutually corresponding frequency lines in the vibration spectrum of the component, on the one hand, and in the reference spectra of the reference components, on the other. a) measuring vibration spectra for a multiplicity of reference components of different quality levels as reference spectra, wherein, for each reference component, frequency lines in the respective reference spectra and results from structure-analytical studies on the respective reference components are each associated with one another, b) exciting vibrations in a component to be tested, c) measuring vibrations produced in response to method step b) as a vibration spectrum, and d) comparing frequency lines from the vibration spectrum of the component that was measured in method step c) with corresponding frequency lines from the reference spectra of the reference components in order to determine at least one reference spectrum that differs least from the vibration spectrum of the component in terms of amplitudes of the frequency lines, and to classify the component in respect of position and/or size of defects on the basis of the results of the structure-analytical studies that are associated with the at least one reference spectrum, characterized in that the comparison in step d) involves forming the respective differences between the amplitudes of mutually corresponding frequency lines in the vibration spectrum of the component, on the one hand, and in the reference spectra of the reference components, on the other.
A network handover method, comprising: after a terminal is handed over from a home network to a redundant network, receiving, by the terminal, a value of a periodic network detection timer that is sent by a handover module (405, 710), wherein the value of the periodic network detection timer is determined by a subscription management device by acquiring a restoration time of the home network through a home network operator of the terminal and determining the value of the periodic network detection timer according to the restoration time, or the value of the periodic network detection timer is determined by the subscription management device by acquiring a handover time through a service provider of the terminal and determining the value of the periodic network detection timer according to the network handover time and sent to the handover module; periodically detecting, by the terminal, signal strength of the home network of the terminal according to the value of the periodic network detection timer; if it is detected that the signal strength of the home network of the terminal is restored, sending a home network restoration report to the handover module, so that the handover module disables an operational profile of the redundant network and enables an operational profile of the home network of the terminal (406, 711); and accessing, by the terminal, the home network. after a terminal is handed over from a home network to a redundant network, receiving, by the terminal, a value of a periodic network detection timer that is sent by a handover module (405, 710), wherein the value of the periodic network detection timer is determined by a subscription management device by acquiring a restoration time of the home network through a home network operator of the terminal and determining the value of the periodic network detection timer according to the restoration time, or the value of the periodic network detection timer is determined by the subscription management device by acquiring a handover time through a service provider of the terminal and determining the value of the periodic network detection timer according to the network handover time and sent to the handover module; periodically detecting, by the terminal, signal strength of the home network of the terminal according to the value of the periodic network detection timer; if it is detected that the signal strength of the home network of the terminal is restored, sending a home network restoration report to the handover module, so that the handover module disables an operational profile of the redundant network and enables an operational profile of the home network of the terminal (406, 711); and accessing, by the terminal, the home network.
An X-ray contrast composition for local administration, wherein the X-ray contrast composition exhibits contrast properties and wherein at least 60% of an administrated amount of said X-ray contrast composition remains more than 24 hours within 10 cm from an injection point when the X-ray contrast composition is administrated to a human or animal body, wherein the X-ray contrast composition is a liquid before administration and having the ability to transform into a gel after administration, that increases in viscosity by more than 1 Pascal second (Pa s) after administration into a human or animal body, wherein the X-ray contrast composition comprises an X-ray contrast agent selected from iodinated derivate of sucrose acetate isobutyrate (SAIB) or an iodinated derivate of sucrose acetate isobutyrate (SAIB) doped into sucrose acetate isobutyrate (SAIB), and wherein the X-ray contrast composition also comprises a gel-forming component comprising poly(ethylene glycol-b-caprolactone) (PEG-PCl), sucrose acetate isobutyrate (SAIB), poly( D,L -lactic acid), or poly(lactic-co-glycolic acid) (PLGA), chitosan, PEG-PPG-PEG, PLGA-g-PEG, PEG-PLGA-PEG, PNIPAM, PEG/PLLA mulitiblock copolymer, PLGA-PEG-PLGA, multi-arm PLGA-PEG, poly(1,2-propylene phosphate, P(NIPAM-co-AA), poly[(Val-Pro-Gly-Val-Gly)-co-(Pro-Hyp-Gly)10], cyclotriphosphazenes according to figure 2, methylcellulose, hydroxyl propyl methylcellulose (HPMC) according to figure 2, PCL-PEG, PAA-g-pluronic, PCL-PEG-PCL, PEG-PCL-PEG, alginate, FEK16, PVA, gelrite, chitosan, OSM-PCLA-PEG-PCLA-OSM, PAA-PEG-PAA, or PAE-PCL-PEG-PCL-PAE, or a combination thereof.
A medical active ingredient according to formula: pharmaceutically acceptable salts and solvates thereof, solvates of the pharmaceutically acceptable salts of the active ingredient for use in the therapeutic treatment and/or prevention of pulmonary hypertension, wherein R 1 and R 2 are independently selected from the group consisting of hydrogen, substituted and unsubstituted C1-C4 alkyl group, and wherein the substituted C1-C4 alkyl group has 1 to 4 carbon atoms and its hydrogen atoms are mono- or polysubstituted by deuterium or fluorine or SO 3 H. pharmaceutically acceptable salts and solvates thereof, solvates of the pharmaceutically acceptable salts of the active ingredient for use in the therapeutic treatment and/or prevention of pulmonary hypertension, wherein R 1 and R 2 are independently selected from the group consisting of hydrogen, substituted and unsubstituted C1-C4 alkyl group, and wherein the substituted C1-C4 alkyl group has 1 to 4 carbon atoms and its hydrogen atoms are mono- or polysubstituted by deuterium or fluorine or SO 3 H.
A coolant injection system for supplementing a primary active coolant system in a nuclear reactor, the system comprising: a nuclear reactor; a liquid coolant source (30,31); an injection device; a steam connection connecting steam from the nuclear reactor to the injection device; a coolant connection connecting a liquid coolant from a liquid coolant source (30, 31) to the injection device; and an outlet connection connecting the steam and the liquid coolant to the nuclear reactor; the system being characterized in that the injection device is configured to draw the liquid coolant into the injection device with a suction and to entrain the liquid coolant in the steam when the steam is at less than 1.0 MPa (150 pounds per square inch) pressure. a nuclear reactor; a liquid coolant source (30,31); an injection device; a steam connection connecting steam from the nuclear reactor to the injection device; a coolant connection connecting a liquid coolant from a liquid coolant source (30, 31) to the injection device; and an outlet connection connecting the steam and the liquid coolant to the nuclear reactor; the system being characterized in that the injection device is configured to draw the liquid coolant into the injection device with a suction and to entrain the liquid coolant in the steam when the steam is at less than 1.0 MPa (150 pounds per square inch) pressure.
A display device, comprising an Organic Light-Emitting Diode, OLED, display screen and a distance sensor module, the distance sensor module comprising: a shell; and at least two infrared light emission devices, a light sensor and a light wall structure, which are arranged within a space enclosed by the shell, wherein each of the at least two infrared light emission devices emits light to a set range, and the set ranges corresponding to respective infrared light emission devices have an overlapping region beyond a preset height, wherein a luminous flux density in the overlapping region exceeds a set density threshold value, and a luminous flux density outside the overlapping region is less than the set density threshold value; the light sensor is arranged in a preformed groove in the light wall structure; and the light wall structure is made from a light absorption material and configured to prevent incidence of the light emitted by the at least two infrared light emission devices or ambient light to the light sensor, wherein the distance sensor module is arranged on a substrate of the OLED display screen and behind the OLED display screen, wherein the at least two infrared light emission devices emit light, and the light sensor senses reflected light reflected by a detected object to detect the distance between the display screen and this object. wherein each of the at least two infrared light emission devices emits light to a set range, and the set ranges corresponding to respective infrared light emission devices have an overlapping region beyond a preset height, wherein a luminous flux density in the overlapping region exceeds a set density threshold value, and a luminous flux density outside the overlapping region is less than the set density threshold value; the light sensor is arranged in a preformed groove in the light wall structure; and the light wall structure is made from a light absorption material and configured to prevent incidence of the light emitted by the at least two infrared light emission devices or ambient light to the light sensor, wherein the distance sensor module is arranged on a substrate of the OLED display screen and behind the OLED display screen, wherein the at least two infrared light emission devices emit light, and the light sensor senses reflected light reflected by a detected object to detect the distance between the display screen and this object.
Annular combustion chamber to be fitted on a turbomachine and comprising a chamber end wall arranged at the upstream end of the combustion chamber, an annular chamber end wall shielding arranged on the upstream side of the chamber end wall, and a plurality of air and fuel injection systems circumferentially distributed around an axis of the combustion chamber and mounted on said chamber end wall, said combustion chamber also comprising an air manifold associated with each injection system, said air manifold comprising two walls (96, 98) mounted on the chamber end wall and projecting in the upstream direction on each side of the corresponding injection system to form an obstacle to a circumferential airflow around the axis of the combustion chamber, said walls (96, 98) being connected in an almost airtight manner to the annular shielding chamber end wall on each side of a corresponding orifice formed in said annular chamber end wall shielding, said orifice forming an air inlet opening at the upstream end of said air manifold and said orifice opening radially outwards from an axis of said injection system, said combustion chamber being characterized in that said walls (96, 98) extend radially, and in that each of these walls (96, 98) forms part of two consecutive air manifolds.
A process for reducing the variations in the analgesic effect of a preparation selected from an injectable preparation and a tablet, and containing an extract from inflamed skins of rabbits, selected from rabbits belonging to Lagomorpha, inoculated with vaccinia virus, comprising measuring the amount of sulfated tyrosine contained in the preparation of each manufacturing lot and confirming the content thereof to be (i) if the preparation is an injectable preparation, 150-510 ng/ml of the preparation, and (ii) if the preparation is a tablet, 500-1700 ng/tablet. (i) if the preparation is an injectable preparation, 150-510 ng/ml of the preparation, and (ii) if the preparation is a tablet, 500-1700 ng/tablet.
A large-sized reboiler comprising: a cylindrical vessel in which a liquid is supplied from a lower part and a vaporized gas is discharged from an upper part; and a heat transfer tube group being divided into an advance-side heat transfer tube group, which communicates with a heating fluid inlet, and a return-side heat transfer tube group, which communicates with a heating fluid outlet, the heat transfer tube group being arranged in such a manner that a void penetrating in an up-and-down direction is formed in the cylindrical vessel, wherein the void exists between the periphery of an inner wall in the up-and-down direction of the cylindrical vessel and the heat transfer tube group so as to be ring-shaped, characterized in that the diameter of the cylindrical vessel exceeds 2m, and the void occupies 5 to 10% of an area of a cross-section to the longitudinal direction perpendicular to the up-and-down direction, while the heat transfer tube group occupies 90 to 95% of the area of the cross-section, by ignoring the longitudinal space between the advance-side heat transfer tube group and the return-side heat transfer tube group. a cylindrical vessel in which a liquid is supplied from a lower part and a vaporized gas is discharged from an upper part; and a heat transfer tube group being divided into an advance-side heat transfer tube group, which communicates with a heating fluid inlet, and a return-side heat transfer tube group, which communicates with a heating fluid outlet, the heat transfer tube group being arranged in such a manner that a void penetrating in an up-and-down direction is formed in the cylindrical vessel, wherein the void exists between the periphery of an inner wall in the up-and-down direction of the cylindrical vessel and the heat transfer tube group so as to be ring-shaped, characterized in that the diameter of the cylindrical vessel exceeds 2m, and the void occupies 5 to 10% of an area of a cross-section to the longitudinal direction perpendicular to the up-and-down direction, while the heat transfer tube group occupies 90 to 95% of the area of the cross-section, by ignoring the longitudinal space between the advance-side heat transfer tube group and the return-side heat transfer tube group.