mhurhangee/ep-ind-claims huggingface dataset:
An icon management method for a terminal, comprising: displaying a home screen, wherein the home screen comprises a first target icon and a second target icon, the first target icon has at least two non-overlapping function regions, the function regions are corresponding to different functions, and the functions are icon adjustment functions; receiving a first user instruction; determining a first target icon selected by the first user instruction and a target function selected by the first user instruction, wherein the target function is a function corresponding to a function region of the first target icon selected by the first user instruction; and executing the target function on the first target icon selected by the first user instruction, wherein the terminal receives a second user instruction for moving the first target icon on the home screen over the second target icon; the target function is entering the icon combination mode or entering the icon position adjustment mode; when the target function is entering the icon combination mode, after entering the icon combination mode, the terminal then creates a folder that includes the first target icon and the second target icon; when the target function is entering the icon position adjustment mode, after entering the icon position adjustment mode, the terminal then adjusts a position of the first target icon and a position of the second target icon. displaying a home screen, wherein the home screen comprises a first target icon and a second target icon, the first target icon has at least two non-overlapping function regions, the function regions are corresponding to different functions, and the functions are icon adjustment functions; receiving a first user instruction; determining a first target icon selected by the first user instruction and a target function selected by the first user instruction, wherein the target function is a function corresponding to a function region of the first target icon selected by the first user instruction; and executing the target function on the first target icon selected by the first user instruction, wherein the terminal receives a second user instruction for moving the first target icon on the home screen over the second target icon; the target function is entering the icon combination mode or entering the icon position adjustment mode; when the target function is entering the icon combination mode, after entering the icon combination mode, the terminal then creates a folder that includes the first target icon and the second target icon; when the target function is entering the icon position adjustment mode, after entering the icon position adjustment mode, the terminal then adjusts a position of the first target icon and a position of the second target icon.
A gripping apparatus, the gripping apparatus comprising: - a membrane enabling gecko-like adhesion to an object; - a flexible housing; said membrane being fixedly connected to a periphery of the housing; a cavity present between the membrane and the housing; and a connection to an air pressure regulator connected to said cavity wherein an outer surface of the membrane comprises a plurality of islands projecting from an outer surface of the membrane remote from the cavity such that the adhesion to the object is enhanced, and wherein the plurality of islands is formed by nano-bumps. - a membrane enabling gecko-like adhesion to an object; - a flexible housing;
Method for producing carbon-ceramic brake disks comprising multiple layers, whereby at least one layer is a support body and at least one layer acts as a friction layer, whereby the friction layer contains short fibers with an average length of less than 5 mm, in which the supporting body contains reinforcement fibers that are long fibers with an average length of at least 5 mm of carbon, a mass fraction of silicon carbide of 30 % to 70 %, a mass fraction of silicon of 5 % to 20 % and a mass fraction of carbon of 20 % to 60 %, and whereby a mass fraction of 30 % to 70 % of the mass fraction of the reinforcement fibers are carbon, and whereby the supporting body and at least one friction layer are separated by an interlayer, which has reinforcement fibers in the form of fiber bundles, whereby the fiber bundles of the interlayer are surrounded by a mixture of silicon carbide, silicon and carbon, during which in a mold in succession, a molding compound as a precursor for the at least one friction layer, a molding compound as a precursor for the at least one intermediate layer, a molding compound as a precursor for the support body, ultimately a molding compound can be filled as a precursor for another friction layer, wherein the molding compositions contain carbonizable organic binders, the layers are cured under the influence of temperature and pressure, and the resulting green body carbonized at a temperature of 750 °C to 1300 °C in the absence of oxidizing agents, wherein the carbonizable organic binder contained in the molding compounds is converted substantially to carbon and ultimately the conversion of at least part of the carbon in the carbonized green body through the effects of the carbide-forming elements containing silicon to form carbides of these elements, at a temperature of at least 10 K above the melting temperature of the element or a mixture of several such elements, up to 400 K above the melting temperature of the element or a mixture of several such elements. This is characterized in that a molding mass is used for the production of the intermediate layer, which is a mixture of particular silicon, carbonizable resin or pitch or a mixture thereof, and coated fiber bundles, whereby this coating containing carbon, silicon carbide and silicon is formed through the heat treatment of fiber bundles coated with a mixture of silicon powder and a carbonizable resin or a carbonizable pitch at a temperature from 900 °C to 1700 °C with the exclusion of oxidation agents.
A method for determining an additional load capability of a vehicle, the method comprising: generating an initial weight estimate associated with the vehicle based on a reference operational empty weight and at least one of a latitude or an altitude of the vehicle at a first location, wherein the reference OEW is predetermined at a second location that is distinct from the first location; determining the additional load capability of the vehicle based on a difference between the initial weight estimate and the reference OEW; and generating an output that indicates the additional load capability. generating an initial weight estimate associated with the vehicle based on a reference operational empty weight and at least one of a latitude or an altitude of the vehicle at a first location, wherein the reference OEW is predetermined at a second location that is distinct from the first location; determining the additional load capability of the vehicle based on a difference between the initial weight estimate and the reference OEW; and generating an output that indicates the additional load capability.
A modular winch designed to be onboard an aircraft, said winch including at least one cable wound onto a drum, and comprising a basic mechanical assembly intended to be attached to the aircraft, said basic mechanical assembly being designed to receive, in a removable manner, at least one module (3, 4) for varying at least one of the performance characteristics of said winch, namely the length of the cable, its diameter, the power of the winch and consequently the winding and unwinding speed of said cable, the power supply of the winch, characterized: - in that the basic mechanical assembly intended to be attached to the aircraft comprises mechanical connection means for mechanically connecting a drive module, which is capable of varying the characteristics relating to the power, to a cable module; and - in that the cable module, which is capable of varying the characteristics relating to the cable, comprises at least one cable, at least one drum around which the cable is intended to be wound/unwound, and rotation means of said drum designed to be connected to the mechanical connection means. - in that the basic mechanical assembly intended to be attached to the aircraft comprises mechanical connection means for mechanically connecting a drive module, which is capable of varying the characteristics relating to the power, to a cable module; and - in that the cable module, which is capable of varying the characteristics relating to the cable, comprises at least one cable, at least one drum around which the cable is intended to be wound/unwound, and rotation means of said drum designed to be connected to the mechanical connection means.
A vibration damping structure for a heat-transfer tube bundle including columns each composed of a plurality of heat-transfer tubes curved in a common plane and arranged in parallel to each other, the columns being arranged at an interval, the vibration damping structure comprising: the plurality of heat transfer tubes; a plurality of first vibration damping members disposed between a Nth column and a N+1th column so as to intersect an array direction of the columns, where N represents a natural number; and a plurality of second vibration damping members disposed between the N+1th column and a N+2th column so as to intersect the array direction, wherein the plurality of first vibration damping members and the plurality of second vibration damping members are curved in an opposite direction to the plurality of heat-transfer tubes and respectively arranged so as to increase curvature with an increase in distance from a curvature center of the plurality of heat-transfer tubes, and the plurality of first vibration damping members and the plurality of second vibration damping members are disposed at different positions in an axial direction of each heat-transfer tube, and characterized in that thicknesses of the plurality of first vibration damping members and the plurality of second vibration damping members in the array direction are larger than an average value of a clearance between the columns under operation. the plurality of heat transfer tubes; a plurality of first vibration damping members disposed between a Nth column and a N+1th column so as to intersect an array direction of the columns, where N represents a natural number; and a plurality of second vibration damping members disposed between the N+1th column and a N+2th column so as to intersect the array direction, wherein the plurality of first vibration damping members and the plurality of second vibration damping members are curved in an opposite direction to the plurality of heat-transfer tubes and respectively arranged so as to increase curvature with an increase in distance from a curvature center of the plurality of heat-transfer tubes, and the plurality of first vibration damping members and the plurality of second vibration damping members are disposed at different positions in an axial direction of each heat-transfer tube, and characterized in that thicknesses of the plurality of first vibration damping members and the plurality of second vibration damping members in the array direction are larger than an average value of a clearance between the columns under operation.
A system for modulating the output of an optical parametric oscillator, OPO, the system comprising: a pump fiber laser comprising a power amplifier and having at least one internal component capable of direct modulation (18, 52, 50), said pump fiber laser producing a pump signal comprising a train of pulses; and an OPO coupled to said pump fiber laser, said OPO configured for accepting said pump signal of said pump fiber laser, and converting only pump pulses with intensities above a predefined OPO threshold, said OPO producing an OPO output signal comprising a pulse train, characterized in that said pump fiber laser and said OPO are configured such that said OPO output signal comprises an "on" mode and an "off mode, and wherein, in both modes, said at least one internal component capable of direct modulation (18, 52, 50) is modulating the pump signal while keeping average power of said pump signal constant and so that the pulses of the pump signal pulse train are above said OPO threshold for said "on" mode and are below said OPO threshold for said "off mode. a pump fiber laser comprising a power amplifier and having at least one internal component capable of direct modulation (18, 52, 50), said pump fiber laser producing a pump signal comprising a train of pulses; and an OPO coupled to said pump fiber laser, said OPO configured for accepting said pump signal of said pump fiber laser, and converting only pump pulses with intensities above a predefined OPO threshold, said OPO producing an OPO output signal comprising a pulse train, characterized in that said pump fiber laser and said OPO are configured such that said OPO output signal comprises an "on" mode and an "off mode, and wherein, in both modes, said at least one internal component capable of direct modulation (18, 52, 50) is modulating the pump signal while keeping average power of said pump signal constant and so that the pulses of the pump signal pulse train are above said OPO threshold for said "on" mode and are below said OPO threshold for said "off mode.
A control apparatus configured to: execute a current tracking control on a basis of a measurement value of a torque sensor of an actuator provided in at least one of multiple joint sections included in an arm section of a medical support arm apparatus, the current tracking control causing a motor of the actuator to output torque by which a position and an attitude of the arm section are maintained; switch between a first state in which the motor is driven in accordance with a predetermined control method, and a second state in which the joint section is locked using a brake of the actuator; and execute said current tracking control while switching from the second state to the first state. execute a current tracking control on a basis of a measurement value of a torque sensor of an actuator provided in at least one of multiple joint sections included in an arm section of a medical support arm apparatus, the current tracking control causing a motor of the actuator to output torque by which a position and an attitude of the arm section are maintained; switch between a first state in which the motor is driven in accordance with a predetermined control method, and a second state in which the joint section is locked using a brake of the actuator; and execute said current tracking control while switching from the second state to the first state.
A textured substrate for epitaxial film formation comprising a textured metal layer at least on one side, wherein the textured metal layer comprises a copper layer having a cube texture and a nickel layer having a thickness of 100 to 20000 nm formed on the copper layer; the nickel layer has a nickel oxide layer formed on a surface thereof, having a thickness of 1 to 30 nm, and comprising a nickel oxide, characterized in that the nickel layer further comprises a palladium-containing region formed of palladium-containing nickel at an interface with the nickel oxide layer.
A compensated multi-layer structure comprising: a layered metamaterial structure, the layered metamaterial structure including: a first layer of indefinite media that is an anisotropic medium in which not all of the principal components in at least one of the electric permittivity ε and magnetic permeability μ tensors have the same algebraic sign; and characterized by a second layer of indefinite media that is an anisotropic medium in which not all of the principal components in at least one of the electric permittivity ε and magnetic permeability μ tensors have the same algebraic sign, the second layer of indefinite media being electromagnetically adjacent the first layer of indefinite media, and wherein one of the first and second layers has normal components of an incident wave vector and group velocity of the same sign and the other of the first and second layers has normal components of an opposite sign. a first layer of indefinite media that is an anisotropic medium in which not all of the principal components in at least one of the electric permittivity ε and magnetic permeability μ tensors have the same algebraic sign; and characterized by a second layer of indefinite media that is an anisotropic medium in which not all of the principal components in at least one of the electric permittivity ε and magnetic permeability μ tensors have the same algebraic sign, the second layer of indefinite media being electromagnetically adjacent the first layer of indefinite media, and wherein one of the first and second layers has normal components of an incident wave vector and group velocity of the same sign and the other of the first and second layers has normal components of an opposite sign.
An arrangement comprising a support and an cantilever arm for a cable support system, which is supported at the end on one side on the support, for supporting a cable route, the cantilever arm being formed from a profile which is open in cross-section and has a back and side walls (19, 19.1) which are integrally formed thereon and enclose a profile volume, wherein the opening direction of the loaded profile points counter to the direction of the weight force (F g), the profile of the extension arm being of trapezoidal design in its cross-section, as a result of which the distance between the side walls (19, 19.1) increases in the direction of the free ends, and in that the profile of the cantilever arm in a region opposite the back in the vertical direction is connected to a support supporting the cantilever arm and is supported on the support in the region of the back, characterized in that the cantilever arm is connected via at least one side wall (19, 19.1) or a side-wall extension, wherein a connecting piece is provided for connecting the cantilever arm to a support supporting the latter, which connecting piece engages in a form-fitting manner in the side walls (19, 19.1) in their end portion opposite the back.
An apparatus for applying hair bands to strands of hair, which comprises: a handle; an applicator head coupled to the handle, the applicator head defining a longitudinal axis and having a longitudinal opening for reception of strands of hair, said applicator head defining a hair entrance port in communication with, or a component of, the longitudinal opening, for reception of strands of hair; a band cartridge mounted to the applicator head, the band cartridge supporting a plurality of hair bands and being mounted within the longitudinal opening in opposition to the hair entrance port, said band cartridge defining a longitudinal passage therethrough which receives the strands of hair entering the longitudinal opening of the applicator head through the hair entrance port; a hair band dispenser mechanism mounted at least partially in the applicator head, the hair band dispenser mechanism including first and second band lifters on opposed sides of the longitudinal axis, the first and second band lifters configured to move in radial inward directions to engage the hair bands of the band cartridge and translate in longitudinal directions to longitudinally displace the hair bands along the band cartridge for release on the strands of hair; and a motor operatively coupled to the first and second band lifters and configured to effect movement of the first and second band lifters. a handle; an applicator head coupled to the handle, the applicator head defining a longitudinal axis and having a longitudinal opening for reception of strands of hair, said applicator head defining a hair entrance port in communication with, or a component of, the longitudinal opening, for reception of strands of hair; a band cartridge mounted to the applicator head, the band cartridge supporting a plurality of hair bands and being mounted within the longitudinal opening in opposition to the hair entrance port, said band cartridge defining a longitudinal passage therethrough which receives the strands of hair entering the longitudinal opening of the applicator head through the hair entrance port; a hair band dispenser mechanism mounted at least partially in the applicator head, the hair band dispenser mechanism including first and second band lifters on opposed sides of the longitudinal axis, the first and second band lifters configured to move in radial inward directions to engage the hair bands of the band cartridge and translate in longitudinal directions to longitudinally displace the hair bands along the band cartridge for release on the strands of hair; and a motor operatively coupled to the first and second band lifters and configured to effect movement of the first and second band lifters.
Method of welding between two metallic materials (2, 3), comprising the following steps: a/ fitting a solid plate, transparent at the emission wavelength(s) of a laser beam, between said laser and at least one contact zone between the metallic materials to be welded, step a2 being carried out before step a1 below: a1/ inerting of the contact zone(s), inerting being carried out by means of a neutral gas, preferably argon and/or nitrogen, with the inerting gas circulating in the channels delimited by the contact zones between metal plates, a2/ exerting pressure on the two metal plates so as to apply them against one another in the contact zone(s) to be welded, the application pressure being exerted by the transparent plate directly in contact with one of the two metal plates to be welded, b/ emission of the laser beam, through the transparent plate, so as to carry out welding of the materials in the contact zone(s). a/ fitting a solid plate, transparent at the emission wavelength(s) of a laser beam, between said laser and at least one contact zone between the metallic materials to be welded, step a2 being carried out before step a1 below: a1/ inerting of the contact zone(s), inerting being carried out by means of a neutral gas, preferably argon and/or nitrogen, with the inerting gas circulating in the channels delimited by the contact zones between metal plates, a2/ exerting pressure on the two metal plates so as to apply them against one another in the contact zone(s) to be welded, the application pressure being exerted by the transparent plate directly in contact with one of the two metal plates to be welded, b/ emission of the laser beam, through the transparent plate, so as to carry out welding of the materials in the contact zone(s).