mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an identification code, comprising: determining a center; determining several concentric circles based on the center, and determining, based on the center and a specified radius, several position detection patterns whose distance from the center is the specified radius and which are on one of the several concentric circles, wherein the several position detection patterns are not the same; determining a start pattern from each position detection pattern; and encoding, on the concentric circles based on a position of the start pattern, N-ary characters corresponding to to-be-encoded content to obtain an identification code, wherein codes corresponding to adjacent and same characters in the N-ary characters form an arc line segment being on the same concentric circle as the position detection patterns, a code corresponding to a character that is different from both adjacent characters in the N-ary characters is a point, codes corresponding to different characters in the N-ary characters have different colors, and N is a positive integer not less than two. determining a center; determining several concentric circles based on the center, and determining, based on the center and a specified radius, several position detection patterns whose distance from the center is the specified radius and which are on one of the several concentric circles, wherein the several position detection patterns are not the same; determining a start pattern from each position detection pattern; and encoding, on the concentric circles based on a position of the start pattern, N-ary characters corresponding to to-be-encoded content to obtain an identification code, wherein codes corresponding to adjacent and same characters in the N-ary characters form an arc line segment being on the same concentric circle as the position detection patterns, a code corresponding to a character that is different from both adjacent characters in the N-ary characters is a point, codes corresponding to different characters in the N-ary characters have different colors, and N is a positive integer not less than two.
An information processing method, a software application being executed on a processor of a terminal and rendering being performed on a display of the terminal, to obtain a graphical user interface, the processor, the GUI, and the software application being implemented in a game system, the method comprising: performing rendering in the GUI, to obtain at least one virtual resource object, the virtual resource object comprising at least one user character object; deploying in such a manner that at least one character container object in at least one character selection area in the GUI comprises at least one window location; performing rendering, in a corresponding window location, on a character operation object associated with a second character object that belongs to a same group as the user character object; characterized by the method further comprising: when detecting a vision obtaining gesture on at least one character operation object in the character container object, generating and sending a first instruction, wherein the first instruction is configured to invoke a virtual lens associated with the at least one character operation object and control the virtual lens to capture a vision image; obtaining, in a process of detecting the vision obtaining gesture, the vision image captured by the virtual lens; and performing rendering in the GUI, to obtain the vision image, the obtained vision image being a vision image of the second character object that belongs to a same group as the user character object. performing rendering in the GUI, to obtain at least one virtual resource object, the virtual resource object comprising at least one user character object; deploying in such a manner that at least one character container object in at least one character selection area in the GUI comprises at least one window location; performing rendering, in a corresponding window location, on a character operation object associated with a second character object that belongs to a same group as the user character object; characterized by the method further comprising: when detecting a vision obtaining gesture on at least one character operation object in the character container object, generating and sending a first instruction, wherein the first instruction is configured to invoke a virtual lens associated with the at least one character operation object and control the virtual lens to capture a vision image; obtaining, in a process of detecting the vision obtaining gesture, the vision image captured by the virtual lens; and performing rendering in the GUI, to obtain the vision image, the obtained vision image being a vision image of the second character object that belongs to a same group as the user character object.
A single chip combination inertial and pressure sensor device (100; 300), comprising: a substrate (106; 306); an inertial sensor (102; 302) including a movable sensing structure (150; 350) movably supported above the substrate (106; 206, and a first fixed electrode (120; 320) positioned adjacent to the movable sensing structure (150; 350); a pressure sensor (104; 304) including a gap (278; 354) formed in the pressure sensor (104; 304) at a location above the movable sensing structure (150; 350), and a flexible membrane (162; 362) formed in a cap layer (114; 314) of the device, the flexible membrane (162;362) defining a boundary of the gap (278; 354) and configured to flex toward and away from the gap (278; 354) in response to a variation in pressure above the flexible membrane (162; 362); a first connector (124; 324) extending between the first fixed electrode (120; 320) and an upper surface of the cap layer (114; 314); and a nitride spacer (126; 326) within the cap layer (114; 314), the nitride spacer (126; 326) electrically isolating the first connector (124; 324) within the cap layer (114; 314). a substrate (106; 306); an inertial sensor (102; 302) including a movable sensing structure (150; 350) movably supported above the substrate (106; 206, and a first fixed electrode (120; 320) positioned adjacent to the movable sensing structure (150; 350); a pressure sensor (104; 304) including a gap (278; 354) formed in the pressure sensor (104; 304) at a location above the movable sensing structure (150; 350), and a flexible membrane (162; 362) formed in a cap layer (114; 314) of the device, the flexible membrane (162;362) defining a boundary of the gap (278; 354) and configured to flex toward and away from the gap (278; 354) in response to a variation in pressure above the flexible membrane (162; 362); a first connector (124; 324) extending between the first fixed electrode (120; 320) and an upper surface of the cap layer (114; 314); and a nitride spacer (126; 326) within the cap layer (114; 314), the nitride spacer (126; 326) electrically isolating the first connector (124; 324) within the cap layer (114; 314).
A method for controlling a combined-cycle power plant, the combined-cycle power plant comprising an electric generator, connected to a gas-turbine assembly and to a power grid through an electric-transformer assembly for delivering electric power to the power grid; the method comprising the steps of detecting a net electric power (W N), delivered to the power grid, downstream of the electric-transformer assembly, and controlling the gas-turbine assembly on the basis of a net-electric-power reference (W RN), indicating the electric power to be delivered to the power grid, and on the basis of the net electric power (W N); wherein the step of controlling the gas-turbine assembly comprises generating a gross-electric-power reference (W RL) and controlling the gas-turbine assembly on the basis of the gross-electric-power reference (W RL), and wherein the step of generating the gross-electric-power reference (W RL) comprises the substep of computing a net-electric-power error (ERR WN) on the basis of the difference between the net-electric-power reference (W RN) and the net electric power (W N); wherein the step of generating the gross-electric-power reference (W RL) comprises the substep of adding the gross electric power (W L) generated by the electric generator to the net-electric-power error (ERR WN).
A circuit board in which a circuit member containing copper as a principal component is located on a first main surface of a supporting substrate, and the circuit member comprises a mounting surface thereon for an electronic component, wherein the circuit member comprises: a first region having a first average grain size; and a second region located closer to the mounting surface side than the first region, characterised in that the second region has a second average grain size smaller than the first average grain size. a first region having a first average grain size; and a second region located closer to the mounting surface side than the first region,
Power supply circuit for an actuator of a solenoid valve, comprising: an input terminal with a first input pole and a second input pole, wherein the input terminal is coupleable with an external electrical power source; an output terminal with a first output pole and a second output pole, wherein the output terminal is coupleable with an inductance of the actuator of the solenoid valve; a first power supply path, which connects the first input terminal with the first output terminal; a second power supply path, which connects the second input terminal with the second output terminal; a selectively conductive component that is coupled between the second power supply path and the first power supply path, wherein the selectively conductive component is a unidirectionally conductive component or a controlled selectively conductive component; a first switch, which is arranged on the output side of the selectively conductive component in the first power supply path, wherein the first switch has a limiting voltage at which it is conductive regardless of the open state; and a second switch, which is arranged on the input side of the selectively conductive component in the first power supply path or the second power supply path; wherein the power supply circuit is configured to open the first switch and the second switch for disconnecting the inductance and to provide an extinguishing circuit, which includes the first switch, the inductance, and the selectively conductive component. an input terminal with a first input pole and a second input pole, wherein the input terminal is coupleable with an external electrical power source; an output terminal with a first output pole and a second output pole, wherein the output terminal is coupleable with an inductance of the actuator of the solenoid valve; a first power supply path, which connects the first input terminal with the first output terminal; a second power supply path, which connects the second input terminal with the second output terminal; a selectively conductive component that is coupled between the second power supply path and the first power supply path, wherein the selectively conductive component is a unidirectionally conductive component or a controlled selectively conductive component; a first switch, which is arranged on the output side of the selectively conductive component in the first power supply path, wherein the first switch has a limiting voltage at which it is conductive regardless of the open state; and a second switch, which is arranged on the input side of the selectively conductive component in the first power supply path or the second power supply path; wherein the power supply circuit is configured to open the first switch and the second switch for disconnecting the inductance and to provide an extinguishing circuit, which includes the first switch, the inductance, and the selectively conductive component.
Method for signalling a position (P, X h, Y h, Z h) of an input means in regard to an area for 3D gesture capture for a user interface, comprising the steps of: - capturing the input means of a user in the area for 3D gesture detection, and - signalling the position (P, X h, Y h, Z h) of the input means by virtue of an indication (9a, 9b, 9c, 9d) in the area of the edges of a display unit of the user interface. - capturing the input means of a user in the area for 3D gesture detection, and - signalling the position (P, X h, Y h, Z h) of the input means by virtue of an indication (9a, 9b, 9c, 9d) in the area of the edges of a display unit of the user interface.
Method for determining a state of a component in a high lift system of an aircraft, the high lift system comprising a central power control unit for providing rotational power by means of a transmission shaft (8, 10); and drive stations coupled with the power control unit and movable high lift surfaces; the method comprising the steps of: - acquiring in an extended position in flight at least one first position of one first position pick-off unit coupled with the component, which is mechanically coupled with one of the high lift surfaces, and which is coupled with one of the drive stations, - acquiring on ground at least one second position of the one first position pick-off unit in the extended position, - determining a deviation between a measure based on the first position and an associated measure based on the second position of the same first position pick-off unit between ground and flight, wherein the measure based on the first position is proportional to the first position and the measure based on the second position is proportional to the second position; - determining, whether the deviation exceeds a predetermined threshold and generating a signal indicating an abnormal state of the component in case the deviation exceeds the predetermined threshold. - acquiring in an extended position in flight at least one first position of one first position pick-off unit coupled with the component, which is mechanically coupled with one of the high lift surfaces, and which is coupled with one of the drive stations, - acquiring on ground at least one second position of the one first position pick-off unit in the extended position, - determining a deviation between a measure based on the first position and an associated measure based on the second position of the same first position pick-off unit between ground and flight, wherein the measure based on the first position is proportional to the first position and the measure based on the second position is proportional to the second position; - determining, whether the deviation exceeds a predetermined threshold and generating a signal indicating an abnormal state of the component in case the deviation exceeds the predetermined threshold.
Mixer for obtaining bone cement for medical applications comprising a mixing chamber wherein the mixing of at least two components which form the cement can be carried out, the chamber being defined by walls of the mixer, characterized in that it comprises means for generating and transmitting vibrations at the outer side of at least one wall of the mixing chamber, wherein the means for generating and transmitting vibrations comprise a mass free to oscillate and knock against an outer side of at least one wall of the mixing chamber.
A method of transmitting data between a vehicle and a plurality of vehicle off-loaded data transmission units, the method being implemented by an on-board computing unit within the vehicle and comprising the steps of: - storing possible connection modes (2G, 3G, 4G, Wi-Fi, wired) between the vehicle and the plurality of vehicle off-board data transmission units available over a predetermined period of time, - tracking the rhythms of the connection modes over the predetermined period of time, - delaying a data transmission according to the patterns of the identified connection modes, to wait until a preferred connection mode is available at a time when the data transmission is decided, the method being characterised in that provision is made to store a position of the vehicle together with the possible connection modes, and wherein provision is made to delay the data exchange only if the vehicle is at a distance from a location with the preferred connection mode less than a predetermined distance. - storing possible connection modes (2G, 3G, 4G, Wi-Fi, wired) between the vehicle and the plurality of vehicle off-board data transmission units available over a predetermined period of time, - tracking the rhythms of the connection modes over the predetermined period of time, - delaying a data transmission according to the patterns of the identified connection modes, to wait until a preferred connection mode is available at a time when the data transmission is decided, the method being characterised in that provision is made to store a position of the vehicle together with the possible connection modes, and wherein provision is made to delay the data exchange only if the vehicle is at a distance from a location with the preferred connection mode less than a predetermined distance.
A trailer comprising a trailer bed and a wheel axis that is mounted on a shaft, whereby the trailer bed is connected with the shaft and the wheel axis by means of a lifting device, where the lifting device is pivotally around the wheel axis mounted on the shaft (3, where the trailer bed is tiltable around a hanging axis connected with the lifting device, whereby the hanging axis is parallel to the wheel axis, characterized in that the hanging axis is mounted fixed with the trailer bed, where the distance between the hanging axis and the wheel axis is at least equal to the distance (D/2) between the wheel axis and the front-end of the trailer bed were the shaft is situated.
Linear actuator comprising a housing, an electric motor, a transmission, a spindle in connection with the transmission, a spindle nut on the spindle, a tubular adjustment element, which with a rear end is connected to the spindle nut, a guide tube for the tubular adjustment element, a mounting bushing in which the rear end of the guide tube is secured, a chassis where the mounting bushing is secured to the chassis cha racterized in that the mounting bushing with guide tube is secured with a rear mounting mounted around the chassis, in that screws are led from the rear mounting through the chassis to screw holes in the mounting bushing, by which the rear mounting and the mounting bushing are tightened around the chassis, and in that a rear end of the mounting bushing is designed with a radially protruding flange and that the screw holes with the internal threads are located in the flange.
A system for the collection of tickets from two ticket containers (1, 2) for a ticket coding device, in particular for a ticket coding device of a parking column in combination with a vehicle barrier, comprising a receptacle for two ticket containers (1, 2) which are arranged adjacently and in contact with each other, characterised in that each of the ticket containers (1, 2) has a component (4, 4') associated with it, which when viewed in direction of the longitudinal axes (14, 15) of the ticket containers (1, 2) is arranged at one end of the ticket containers (1, 2) and which comprises a slot provided with rollers, guide plates or brushes, through which the tickets are guided, in that a holding plate is provided for a ticket coding device arranged above the ticket containers (1, 2), which comprises two feed slots (8, 9) arranged in parallel to each other for the tickets, which are each associated with a ticket container (1, 2), and in that the ticket containers (1, 2) are arranged such that with regard to their longitudinal axes (14, 15) they extend axis-parallel to each other, and viewed along the longitudinal axes (14, 15) are disposed offset to one another, wherein the slots of the components (4, 4') provided with rollers, guiding plates or brushes, when viewed in direction of the longitudinal axes (14, 15) of the ticket containers (1, 2), are respectively arranged at an opposite end, wherein the longitudinal axes (14, 15) of the ticket containers (1, 2), in relation to a transverse axis of the feed slots (8, 9), are rotated by a predefined angle (α), and the components (4, 4') are arranged such that the slots of the components (4, 4'), aligned in parallel to a plane defined by the holding plate, come to lie, when viewed laterally, approx. centrally on intersections of the longitudinal axes (14, 15) and on the transverse axis of the feed slots (8, 9), and when viewed vertically, are positioned approx. centrally between the upper end of the ticket containers (1, 2) and the holding plate, wherein the longitudinal axes of the slots of the components (4, 4') are rotated by a predefined angle of approx. (α)/2 to the longitudinal axes of the feed slots (8, 9), such that a projection of a surface normal of the ticket strips onto the plane of the holding plate on the way of the tickets from the ticket container upper edge to the holding plate from the direction of the longitudinal axis (14, 15) of the ticket containers (1, 2) rotates continuously only by the angle (α) in the direction of the transverse axis of the feed slots (8, 9).
A process for the production of an oxide ceramic fiber preform, comprising the steps of: a1) arranging a plurality of oxide ceramic fiber bundles with a length of 3 to 70 mm in a desired shape; b1) infiltrating the fiber bundles with a liquid binder composition having a viscosity of 1 to 100 mPa·s; c1) compacting the arrangement of fiber bundles; d1) allowing the liquid binder composition infiltrated into the arrangement of fiber bundles to form bonds between the fiber bundles while the arrangement is kept in a compacted state to obtain an oxide ceramic fiber preform containing a plurality of oxide ceramic fiber bundles bonded together by a binder. a1) arranging a plurality of oxide ceramic fiber bundles with a length of 3 to 70 mm in a desired shape; b1) infiltrating the fiber bundles with a liquid binder composition having a viscosity of 1 to 100 mPa·s; c1) compacting the arrangement of fiber bundles; d1) allowing the liquid binder composition infiltrated into the arrangement of fiber bundles to form bonds between the fiber bundles while the arrangement is kept in a compacted state to obtain an oxide ceramic fiber preform containing a plurality of oxide ceramic fiber bundles bonded together by a binder.