mhurhangee/ep-ind-claims huggingface dataset:
A vacuum circuit breaker with a run/test position indicator device, the device comprising: a position indication cam installed between a girder, a fixed body, and a main body of a carriage, a moving body, a cam holder provided at the main body of the carriage such that the position indication cam can be slidably inserted therein, and rotating the position indication cam at a certain angle according to a change in the space between the girder and the main body of the carriage; and an indication member, to which the position indication cam is rotatably coupled, having a mark symbol to allow the position indication cam to indicate a run and test position of a main body of circuit breaker, characterized in that the cam holder comprises a fixed part hook-coupled to the main body of the carriage, wherein the fixed part includes a plurality of fixed pieces divided along a circumferential direction, and wherein a stopping protrusion is formed on an outer circumferential surface of each of the fixed pieces. a position indication cam installed between a girder, a fixed body, and a main body of a carriage, a moving body, a cam holder provided at the main body of the carriage such that the position indication cam can be slidably inserted therein, and rotating the position indication cam at a certain angle according to a change in the space between the girder and the main body of the carriage; and an indication member, to which the position indication cam is rotatably coupled, having a mark symbol to allow the position indication cam to indicate a run and test position of a main body of circuit breaker, characterized in that the cam holder comprises a fixed part hook-coupled to the main body of the carriage, wherein the fixed part includes a plurality of fixed pieces divided along a circumferential direction, and wherein a stopping protrusion is formed on an outer circumferential surface of each of the fixed pieces.
A layered product on a paper or polymer substrate with an optically variable structure verifying the authenticity of the product, comprising a coating in the form of a printed screen, and a three-dimensional screen, wherein the three-dimensional screen is applied onto one side of the substrate, and the coating is formed on at least the other side of the substrate, the field of the three-dimensional screen is divided into two or more sectors shifted relative to each other, each sector being coloured in its own color such that, when changing a viewing angle, the color of the sectors in an image changes, wherein the three-dimensional screen is made in the form of elements with at least an asymmetrical profile to form a relief on the both sides of the substrate, and is so arranged in respect to the printed screen that the three-dimensional screen is at least partially located above the printed screen, wherein the width of lines, the distance between lines of the printed and three-dimensional screens and the mutual orientation of the screens are selected such that they form a moiré image which is hidden, when the data carrier is viewed at a right angle, and becomes visible, when the data carrier is viewed at an acute angle.
A method of processing audio signals, the method comprising: receiving an input audio signal that includes Nr input audio channels, the input audio signal representing a first soundfield format having a first soundfield format resolution, Nr being an integer ≥ 2; applying a first decorrelation process to a set of two or more of the input audio channels to produce a first set of decorrelated channels, the first decorrelation process maintaining an inter-channel correlation of the set of input audio channels; applying a first modulation process to the first set of decorrelated channels to produce a first set of decorrelated and modulated output channels; and combining the first set of decorrelated and modulated output channels with Nr undecorrelated output channels to produce an output audio signal that includes Np output audio channels, Np being an integer ≥ 3, wherein each of the Nr undecorrelated output channels is produced by applying a gain to the respective one of the Nr input audio channels, characterized in that the Np output audio channels represent a second soundfield format that is a relatively higher-resolution soundfield format than the first soundfield format and include the Nr undecorrelated output channels corresponding with lower-resolution components of the output audio signal and the decorrelated and modulated output channels corresponding with higher-resolution components of the output audio signal, wherein the modulation process involves applying a linear matrix to the first set of decorrelated channels. receiving an input audio signal that includes Nr input audio channels, the input audio signal representing a first soundfield format having a first soundfield format resolution, Nr being an integer ≥ 2; applying a first decorrelation process to a set of two or more of the input audio channels to produce a first set of decorrelated channels, the first decorrelation process maintaining an inter-channel correlation of the set of input audio channels; applying a first modulation process to the first set of decorrelated channels to produce a first set of decorrelated and modulated output channels; and combining the first set of decorrelated and modulated output channels with Nr undecorrelated output channels to produce an output audio signal that includes Np output audio channels, Np being an integer ≥ 3, wherein each of the Nr undecorrelated output channels is produced by applying a gain to the respective one of the Nr input audio channels, characterized in that the Np output audio channels represent a second soundfield format that is a relatively higher-resolution soundfield format than the first soundfield format and include the Nr undecorrelated output channels corresponding with lower-resolution components of the output audio signal and the decorrelated and modulated output channels corresponding with higher-resolution components of the output audio signal, wherein the modulation process involves applying a linear matrix to the first set of decorrelated channels.
A gradient coil assembly for use in a Magnetic Resonance Imaging system, comprising primary coils, shield coils and a supporting structure being arranged between the primary coils and the shield coils, wherein the supporting structure comprises at least a supporting element comprising a first end face and the supporting element including at least a first recess with an opening in the first end face, wherein the first recess extends in a longitudinal direction of the supporting element forming a tray for guiding a passive shim bar or a passive shim bar tool as space holder or dummy of the passive shim bar and in which the passive shim bar or the passive shim bar tool is inserted. primary coils, shield coils and a supporting structure being arranged between the primary coils and the shield coils, wherein the supporting structure comprises at least a supporting element comprising a first end face and the supporting element including at least a first recess with an opening in the first end face, wherein the first recess extends in a longitudinal direction of the supporting element forming a tray for guiding a passive shim bar or a passive shim bar tool as space holder or dummy of the passive shim bar and in which the passive shim bar or the passive shim bar tool is inserted.
A method of preparing a liposomal Wnt polypeptide, comprising contacting a sample comprising functionally active Wnt3a polypeptides to an aqueous solution of liposomes, wherein the liposomes comprise a phospholipid that is 1,2-dimyristoyl-sn-glycero-3-phosphocholine (DMPC), wherein the liposomes comprise cholesterol, and wherein the concentration of DMPC and cholesterol is defined by a ratio of between 70:30 and 90:10.
Drilling and mixing tool, in particular for being connected to rotatingly driveable drilling rods and a drill bit, wherein the drilling and mixing tool comprises at least one central element with an axis of rotation and at least two individual hinged blades, arranged at the at least one central element, wherein the hinged blades are respectively moveable between a folded-out position and a folded-in position and are arranged in different planes along the at least one central element, wherein at least in the folded-out position the lower edge of one hinged blade (4 1) is arranged in vertical direction above the upper edge of the next lower hinged blade (4 2), and wherein outlet nozzles (5, 6) are provided on the drilling and mixing tool, which can be supplied with a liquid medium via the drilling rods, characterised in that the at least one central element has connection means with an integrated medium passage at a first end, by which the connection to the drilling rods is achieved, and that the at least one central element has several radial recesses, which respectively form an accommodation chamber for one of the hinged blades.
A communication device comprising an application layer, a Non-Access-Stratum, NAS, layer and a radio resource control, RRC, layer, for performing an access control by performing an access barring check, the communication device comprising at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device is configured to store, and the at least one processing circuit is configured to execute instructions of: detecting an access attempt; obtaining an access category corresponding to the access attempt; and performing an access barring check corresponding to the access attempt according to the access category and a plurality of access barring parameters; wherein the communication device is a user equipment, UE; wherein the plurality of access barring parameters comprises at least one access identity of at least one access attempt, and comprises at least one probability of the at least one access attempt and at least one time period of the at least one access attempt; wherein the access attempt is detected by the NAS layer. at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device is configured to store, and the at least one processing circuit is configured to execute instructions of: detecting an access attempt; obtaining an access category corresponding to the access attempt; and performing an access barring check corresponding to the access attempt according to the access category and a plurality of access barring parameters; detecting an access attempt; obtaining an access category corresponding to the access attempt; and performing an access barring check corresponding to the access attempt according to the access category and a plurality of access barring parameters; wherein the communication device is a user equipment, UE; wherein the plurality of access barring parameters comprises at least one access identity of at least one access attempt, and comprises at least one probability of the at least one access attempt and at least one time period of the at least one access attempt; wherein the access attempt is detected by the NAS layer.
Device for transferring blister packs from a stamping station to a conveying means, with a first and a second suction arm (10, 12) for picking up the blister packs in a receiving position from the stamping station, for moving the blister packs in a conveying direction and for setting down the blister packs in a delivery position onto the conveying means, wherein the first and second suction arm (10, 12) are arranged either side of a centre plane, wherein the first and the second suction arm (10, 12) are pivotable about a first axis which runs perpendicular to the conveying direction and perpendicular to the centre plane, and the pivotal movements of the first and second suction arm (10, 12) are controllable in such a way that the two suction arms (10, 12) execute opposing to and fro pivotal movements, wherein each suction arm (10, 12) comprises a first segment (14, 22), a second, middle segment (16, 24) and a third segment (18, 26), wherein the first segment (14, 22) of each suction arm (10, 12) is fastened for pivotal movement on the associated first axis and has a portion spaced from the first axis, on which portion the second, middle segment (16, 24) is fastened for pivotable movement about a position-variable second axis which runs substantially perpendicularly to the first axis, wherein the second segment (16, 24) has in turn a portion spaced from the second axis and on which a third segment (18 26) is fastened rotatably about a position-variable third axis which runs substantially parallel to and spaced from the second axis, and wherein the third segment (18, 26) has a portion on which at least one suction element (20, 21) is arranged for sucking up and holding a blister pack, wherein the transfer movement of the blister packs from the receiving position to the delivery position and back again is a combined motion which is made up of at least the pivotal movement about the first axis, the pivotal movement about the second axis, and the rotational movement about the third axis, wherein the blister packs are picked up in the receiving position from above by the at least one suction element (20, 21) and are likewise deposited from above in the delivery position onto the conveying means, wherein the second segments (16, 24) are each pivoted inwards in the direction of the centre plane in the receiving position and in the delivery position, and wherein the second segments (16, 24) pivot away from one another during the opposing pivotal movement of the suction arms (10, 12) between the receiving position and the delivery position, so that the suction arms (10, 12) can pass one another without collision.
A method of signal processing an input signal in a hearing device to mitigate entrainment, the hearing device including a receiver and a microphone, the method comprising: detecting strength of tonality of the input signal by estimating a second derivative of subband phase of the input signal, wherein tonality comprises a quantity that is larger in signals that are dominated by single-frequency components having slowly varying or non-varying frequencies or tones, and smaller in signals that are not comprised of such components, wherein the detecting strength of tonality of the input signal includes computing block-to-block difference in subband phase over at least three subband blocks of the input signal; and adjusting parameters of an adaptive feedback canceler of the hearing device based on the detected tonality. detecting strength of tonality of the input signal by estimating a second derivative of subband phase of the input signal, wherein tonality comprises a quantity that is larger in signals that are dominated by single-frequency components having slowly varying or non-varying frequencies or tones, and smaller in signals that are not comprised of such components, wherein the detecting strength of tonality of the input signal includes computing block-to-block difference in subband phase over at least three subband blocks of the input signal; and adjusting parameters of an adaptive feedback canceler of the hearing device based on the detected tonality.
Method of producing open seam tubes (4; 104) from sheet-metal plates, particularly thick sheet-metal plates, wherein a sheet-metal plate is fed to a tube shaping press in which, while resting on a lower tool, it is shaped by a raisable and lowerable upper tool by application of a bending force to progressively form the open seam tube (4; 104) having longitudinal edges lying opposite by a gap (11; 111) for later longitudinal seam welding, wherein an open seam tube with a non-round preform is produced in that a shaping is undertaken in at least one bending step acting on the inner side of the sheet-metal plate respectively to the left and right referred to the centre predetermined by the longitudinal axis of the upper tool entering into the progressively shaped sheet-metal plate, characterised in that the individual contour is determined for each sheet-metal plate, whereupon with use of a geometric model for the righthand and lefthand side of the open seam tube parameters for the support tube positioning, particularly the rotational angle and/or the rotational length are determined as well as the yield strength at each side of the sheet-metal plate through on-line recordal and evaluation of the pressure/path profile during the reshaping, and the dimension of the bending step acting respectively at the left and right on the inner side of the sheet-metal plate is determined therefrom. an open seam tube with a non-round preform is produced in that a shaping is undertaken in at least one bending step acting on the inner side of the sheet-metal plate respectively to the left and right referred to the centre predetermined by the longitudinal axis of the upper tool entering into the progressively shaped sheet-metal plate, characterised in that the individual contour is determined for each sheet-metal plate, whereupon with use of a geometric model for the righthand and lefthand side of the open seam tube parameters for the support tube positioning, particularly the rotational angle and/or the rotational length are determined as well as the yield strength at each side of the sheet-metal plate through on-line recordal and evaluation of the pressure/path profile during the reshaping, and the dimension of the bending step acting respectively at the left and right on the inner side of the sheet-metal plate is determined therefrom.
A method of manufacturing wall elements for buildings, wherein cross laminated timber panels of a specific width and length are stocked in a store, and wherein the panels are sawed up transversely to the longitudinal direction to obtain cross laminated timber panels of the same width and smaller length, wherein a plurality of panels are placed onto a conveying track transversely to the direction of running, and indeed such that the panels are flush at the transverse sides and the longitudinal sides of consecutive panels contact one another; wherein the panels on the conveying track are connected along the contacting longitudinal sides to form a first cross laminated timber apron; and wherein the first cross laminated timber apron is sawed up transversely to the direction of running of the conveying track to obtain cross laminated timber boards of a defined width; characterized in that intermediate parts are furthermore provided and are placed into gaps formed previously between adjacent boards on the conveying track, with the boards arranged in this manner and intermediate parts being connected to form a wall element. wherein a plurality of panels are placed onto a conveying track transversely to the direction of running, and indeed such that the panels are flush at the transverse sides and the longitudinal sides of consecutive panels contact one another; wherein the panels on the conveying track are connected along the contacting longitudinal sides to form a first cross laminated timber apron; and wherein the first cross laminated timber apron is sawed up transversely to the direction of running of the conveying track to obtain cross laminated timber boards of a defined width;
Method for the automatic transverse guidance of a following vehicle in a vehicle platoon, comprising; determining first lane data from map information and position information of the following vehicle; determining second lane data from a detection of lane markings by the following vehicle; determining third lane data from object tracking detection of one or more vehicles (10B, 10C), driving in front of the following vehicle, of the vehicle platoon; receiving fourth lane data from a detection of lane markings by a lead vehicle of the vehicle platoon; determining a lane course on the basis of the first lane data, the second lane data, the third lane data and the fourth lane data; and transverse guidance of the following vehicle on the basis of the determined lane course. determining first lane data from map information and position information of the following vehicle; determining second lane data from a detection of lane markings by the following vehicle; determining third lane data from object tracking detection of one or more vehicles (10B, 10C), driving in front of the following vehicle, of the vehicle platoon; receiving fourth lane data from a detection of lane markings by a lead vehicle of the vehicle platoon; determining a lane course on the basis of the first lane data, the second lane data, the third lane data and the fourth lane data; and transverse guidance of the following vehicle on the basis of the determined lane course.
A method for producing glass preliminary products and glass products, comprising the steps of: - providing glass tubing or tubular glass preliminary product; - laser-based irradiation of the glass tubing or glass preliminary product with focused radiation to produce filaments in a desired separation plane of the glass tubing or of the glass preliminary product; - wherein said irradiation with focused radiation in the separation plane for producing the filaments is executed at an oblique irradiation angle (α) deviating from the perpendicular to the local surface of the glass tubing or glass preliminary product; wherein said filaments extend inward from outside. - providing glass tubing or tubular glass preliminary product; - laser-based irradiation of the glass tubing or glass preliminary product with focused radiation to produce filaments in a desired separation plane of the glass tubing or of the glass preliminary product; - wherein said irradiation with focused radiation in the separation plane for producing the filaments is executed at an oblique irradiation angle (α) deviating from the perpendicular to the local surface of the glass tubing or glass preliminary product; wherein said filaments extend inward from outside.