mhurhangee/ep-ind-claims huggingface dataset:
A method of determining the position of a medical device to be localized, the method being executed by a computer and comprising: a) acquiring main position data comprising reference structure position information which describes the position of a reference structure in a global coordinate system, the main position data having been gathered by a main detection device; b) acquiring supplement position data comprising relative position information which describes the position of the medical device relative to the position of the reference structure in a reference coordinate system, the supplement position data having been gathered by a supplement detection device; c) determining, based on the relative position information and the reference structure position information, medical device position data comprising medical device position information which describes the position of the medical device in the global coordinate system, wherein the medical device and the supplement detection device have a fixed spatial relationship relative to one another. a) acquiring main position data comprising reference structure position information which describes the position of a reference structure in a global coordinate system, the main position data having been gathered by a main detection device; b) acquiring supplement position data comprising relative position information which describes the position of the medical device relative to the position of the reference structure in a reference coordinate system, the supplement position data having been gathered by a supplement detection device; c) determining, based on the relative position information and the reference structure position information, medical device position data comprising medical device position information which describes the position of the medical device in the global coordinate system,
Bicycle saddle comprising a saddle shell, a saddle cushion connected to an upper side of the saddle shell, a support element connected to a saddle frame for connection to a seat post, wherein in top plan view, the support element is fully covered by the saddle shell and is of a shell-shaped design, and wherein an outer contour of the saddle shell corresponds in shape to an outer contour of the support element, and an elastomer body arranged between the support element and the saddle shell, wherein a side surface of the elastomer body has a double curvature (64, 66). a saddle shell, a saddle cushion connected to an upper side of the saddle shell, a support element connected to a saddle frame for connection to a seat post, wherein in top plan view, the support element is fully covered by the saddle shell and is of a shell-shaped design, and wherein an outer contour of the saddle shell corresponds in shape to an outer contour of the support element, and an elastomer body arranged between the support element and the saddle shell, wherein a side surface of the elastomer body has a double curvature (64, 66).
A method for maintaining a tube heat exchanger, comprising: - obtaining measurement signals resulting from the passage of a measurement probe in the tubes of the heat exchanger, - determining a reference time series corresponding to an average, at each instant, of the measurement signals, - synchronising each measurement signal with the reference time series by applying a dynamic time warping, DTW, to said measurement signal and to the reference time series, - searching for a potential anomaly by measuring a potential local deviation of a synchronised measurement signal with respect to the other measurement signals synchronised with the reference time series. - obtaining measurement signals resulting from the passage of a measurement probe in the tubes of the heat exchanger, - determining a reference time series corresponding to an average, at each instant, of the measurement signals, - synchronising each measurement signal with the reference time series by applying a dynamic time warping, DTW, to said measurement signal and to the reference time series, - searching for a potential anomaly by measuring a potential local deviation of a synchronised measurement signal with respect to the other measurement signals synchronised with the reference time series.
A process of producing a fully folded functional two chain insulin glargine, said process comprising the steps of: i) introducing a nucleic acid encoding a glargine pro-peptide and a nucleic acid encoding a protease into Pichia pastoris, thereby obtaining a recombinant Pichia pastoris host cell; wherein the protease is Kexin endoprotease (Kex2p) encoded by SEQ ID No. 2, and wherein the sequence coding for the protease is under the control of a constitutive or an inducible promoter; ii) co-expressing the said pro-peptide and the protease in the recombinant Pichia pastoris host cell; and iii) obtaining a fully functional insulin glargine, without further processing the insulin glargine to render the insulin glargine functionally active as an insulin analogue. i) introducing a nucleic acid encoding a glargine pro-peptide and a nucleic acid encoding a protease into Pichia pastoris, thereby obtaining a recombinant Pichia pastoris host cell; wherein the protease is Kexin endoprotease (Kex2p) encoded by SEQ ID No. 2, and wherein the sequence coding for the protease is under the control of a constitutive or an inducible promoter; ii) co-expressing the said pro-peptide and the protease in the recombinant Pichia pastoris host cell; and iii) obtaining a fully functional insulin glargine, without further processing the insulin glargine to render the insulin glargine functionally active as an insulin analogue.
A vacuum insulator, comprising: a metal plate; a glass plate arranged facing and spaced apart from the metal plate; and a sealing structure arranged between the metal plate and the glass plate for sealed fixing of the metal plate and the glass plate, with a vacuum cavity being defined between the metal plate and the glass plate, wherein the sealing structure comprises a nickel-plated layer and a solder sheet; and the nickel-plated layer is formed on an upper surface of the glass plate, the solder sheet is arranged between the nickel-plated layer and a lower surface of the metal plate, and the sealed fixing of the metal plate and the glass plate is realized by welding the nickel-plated layer and the solder sheet. a metal plate; a glass plate arranged facing and spaced apart from the metal plate; and a sealing structure arranged between the metal plate and the glass plate for sealed fixing of the metal plate and the glass plate, with a vacuum cavity being defined between the metal plate and the glass plate, wherein the sealing structure comprises a nickel-plated layer and a solder sheet; and the nickel-plated layer is formed on an upper surface of the glass plate, the solder sheet is arranged between the nickel-plated layer and a lower surface of the metal plate, and the sealed fixing of the metal plate and the glass plate is realized by welding the nickel-plated layer and the solder sheet.
An apparatus (200, 700) for use in measuring an impedance spectrum of a coating on a metal substrate, the apparatus comprising: a substantially electrically conductive body defining a cavity for containing an electrolyte, the body having a first surface arranged to be, in use, in electrically conductive contact with the object along substantially the whole of a length of the first surface; and at least a first electrode (208, 702) at least partially within the cavity, the first electrode for connection to a potentiostat or a galvanostat and arranged to be, in use, in electrical contact with the electrolyte in the cavity; characterised in that said first surface is arranged to physically isolate, in use, the electrolyte from the object, and further characterised in that the electrically conductive body comprises at least a first part and a second part, the second part slideably movable relative to the first part from a first, retracted, position to a second, extended, position, such that the length of the first surface is greater when the second part is in the second position than when the second part is in the first position. a substantially electrically conductive body defining a cavity for containing an electrolyte, the body having a first surface arranged to be, in use, in electrically conductive contact with the object along substantially the whole of a length of the first surface; and at least a first electrode (208, 702) at least partially within the cavity, the first electrode for connection to a potentiostat or a galvanostat and arranged to be, in use, in electrical contact with the electrolyte in the cavity; characterised in that said first surface is arranged to physically isolate, in use, the electrolyte from the object, and further characterised in that the electrically conductive body comprises at least a first part and a second part, the second part slideably movable relative to the first part from a first, retracted, position to a second, extended, position, such that the length of the first surface is greater when the second part is in the second position than when the second part is in the first position.
A crusher comprising - a main frame, and - a crushing head mounted upon a main shaft, wherein a crushing gap is formed between an outer surface of the crushing head and an inner circumferential surface of a mantle provided within the main frame, and wherein the crusher further comprises at least one protective liner (10, 20, 80) which is releasably fitted within the crusher, at least a part of an outwardly directed surface of the protective liner (10, 20, 80) constituting a wear surface, characterized in that the at least one protective liner (10, 20, 80) comprises an elastic material layer and wear resistant inserts retained by the elastic material layer, wherein outwardly directed surfaces of the wear resistant inserts form part of the wear surface of the protective liner (10, 20, 80), and the crusher further comprises a drive shaft arranged to impart a gyratory motion to the crusher head, wherein the main frame includes a bottom shell comprising a shaft opening for the drive shaft to pass through, and wherein at least one protective liner is a drive shaft liner mounted so as to surround a portion of the drive shaft from above. - a main frame, and - a crushing head mounted upon a main shaft,
A method of detecting and correcting for spiraling in a downhole carrier, the method comprising: deploying the carrier in a borehole in an earth formation as part of a subterranean operation, wherein the carrier is a borehole string; acquiring time based data from at least one sensor disposed at the carrier, the time based data being selected from at least one of directional data and bending moment data; acquiring time and depth data, the time and depth data correlating time values with depths of the carrier; generating a depth based profile based on the time based data and the time and depth data; generating a frequency profile by transforming the depth based profile into the frequency domain; analyzing the frequency profile to detect a spiraling event at a selected location along the borehole string by identifying a wavelength and a corresponding frequency at one or more selected locations along the borehole string, wherein spiraling is detected at the selected location when an amplitude at the corresponding frequency exceeds a threshold; and taking corrective action based on detecting the spiraling event at the selected location along the borehole string. deploying the carrier in a borehole in an earth formation as part of a subterranean operation, wherein the carrier is a borehole string; acquiring time based data from at least one sensor disposed at the carrier, the time based data being selected from at least one of directional data and bending moment data; acquiring time and depth data, the time and depth data correlating time values with depths of the carrier; generating a depth based profile based on the time based data and the time and depth data; generating a frequency profile by transforming the depth based profile into the frequency domain; analyzing the frequency profile to detect a spiraling event at a selected location along the borehole string by identifying a wavelength and a corresponding frequency at one or more selected locations along the borehole string, wherein spiraling is detected at the selected location when an amplitude at the corresponding frequency exceeds a threshold; and taking corrective action based on detecting the spiraling event at the selected location along the borehole string.
An apparatus comprising: a 64b66b encoder configured to: determine one bit of operations, administration, and maintenance, OAM, information; form forward error correction, FEC, parity sync-headers based on the one bit of the OAM information, wherein the FEC parity sync-headers include one of two pre-determined bit patterns and wherein the bit pattern included in the parity sync-headers is determined based on the one bit of the OAM information; and form an FEC codeword with the FEC parity sync-headers and parity blocks, so that the OAM information is carried in the FEC codeword, wherein the parity blocks are calculated using the one bit of the OAM information; and a transmitter coupled to the 64b66b encoder and configured to transmit the FEC codeword. a 64b66b encoder configured to: determine one bit of operations, administration, and maintenance, OAM, information; form forward error correction, FEC, parity sync-headers based on the one bit of the OAM information, wherein the FEC parity sync-headers include one of two pre-determined bit patterns and wherein the bit pattern included in the parity sync-headers is determined based on the one bit of the OAM information; and form an FEC codeword with the FEC parity sync-headers and parity blocks, so that the OAM information is carried in the FEC codeword, wherein the parity blocks are calculated using the one bit of the OAM information; and determine one bit of operations, administration, and maintenance, OAM, information; form forward error correction, FEC, parity sync-headers based on the one bit of the OAM information, wherein the FEC parity sync-headers include one of two pre-determined bit patterns and wherein the bit pattern included in the parity sync-headers is determined based on the one bit of the OAM information; and form an FEC codeword with the FEC parity sync-headers and parity blocks, so that the OAM information is carried in the FEC codeword, wherein the parity blocks are calculated using the one bit of the OAM information; and a transmitter coupled to the 64b66b encoder and configured to transmit the FEC codeword.
Connector unit comprising a first connector part (12, 14) and at least a second connector part (12, 14), wherein the first connector part (12, 14) and the at least second connector part (12, 14) are connectable during a mating of the first connector part (12, 14) and the at least second connector part (12, 14) and are dis-connectable during a de-mating of the first connector part (12, 14) and the at least second connector part (12, 14), and further comprising at least a first locking assembly for locking the first connector part (12, 14) and the at least second connector part (12, 14) at least during the de-mate of the first connector part (12, 14) and the at least second connector part (12, 14), wherein the at least first locking assembly comprises at least a first hydraulic lock (18, 20); characterised in that the at least first hydraulic lock (18, 20) comprises at least one balancing chamber (22, 24) and at least one valve via which the balancing chamber is fillable and unfillable with an uncompressible fluid.
A device for locking a movable component, in particular a protective or sliding door arranged in front of a working or access point to be shielded, - with one or two profile rails (3, 4) in which the component is guided at one or both sides and which can be adjusted by means of a servo device, - and with a contact strip attached to the component which is in an active connection with a locking element or the servo device via mechanical or electrical connection elements, in which the contact strip is attached to the component by means of at least two holding arms (8, 9) articulated on the component and the contact strip, and in which the holding arms (8, 9) run in parallel to and at a distance from one another, characterised in that, two guide arms (19, 20) are connected to the component and the contact strip in a swivelling arrangement and are connected in a movable arrangement via a node point to the corresponding holding arm (8, 9). - with one or two profile rails (3, 4) in which the component is guided at one or both sides and which can be adjusted by means of a servo device, - and with a contact strip attached to the component which is in an active connection with a locking element or the servo device via mechanical or electrical connection elements,
An electronic circuit for use in driving a plurality of light emitting diode channels coupled to a common voltage node, each LED channel in the plurality of LED channels including a series-connected string of LEDs, the electronic circuit comprising: control circuitry for controlling a DC-DC converter to generate a regulated voltage on the common voltage node, the control circuitry to set a duty cycle of the DC-DC converter based on voltage requirements of a dominant LED channel; characterised in that it further comprises: memory to store the identity of the dominant LED channel in the plurality of LED channels; and a controller to continually update the identity of the dominant LED channel stored in the memory based on operating conditions associated with the plurality of LED channels. memory to store the identity of the dominant LED channel in the plurality of LED channels; and a controller to continually update the identity of the dominant LED channel stored in the memory based on operating conditions associated with the plurality of LED channels.
A method of operating in a wellbore having a tubular comprising: providing a cutting tool having a cutting blade; deploying the cutting tool to a designated location in the tubular; rotating the cutting blade; characterised in forming a slot through an azimuthal portion of the tubular by orbiting the cutting blade about an axis of the cutting tool and along a path that is farther away from the axis of the cutting tool when along an azimuthal portion adjacent the slot, than when along an azimuthal portion that is away from the slot; wherein the distance of the path from the axis of the cutting tool when azimuthally adjacent the slot increases with successive orbits of the cutting blade. providing a cutting tool having a cutting blade; deploying the cutting tool to a designated location in the tubular; rotating the cutting blade; characterised in forming a slot through an azimuthal portion of the tubular by orbiting the cutting blade about an axis of the cutting tool and along a path that is farther away from the axis of the cutting tool when along an azimuthal portion adjacent the slot, than when along an azimuthal portion that is away from the slot; wherein the distance of the path from the axis of the cutting tool when azimuthally adjacent the slot increases with successive orbits of the cutting blade.
A computer-implemented method for reducing aliasing artifacts in foveated rendering, the method comprising: accessing, by a processing device (130, 140; 610), a high resolution image and a low resolution image that corresponds to the high resolution image; calculating, by the processing device, a first difference between a first pixel of the high resolution image and a second sample associated with the low resolution image, the second sample spatially corresponding to the first pixel; and modifying, by the processing device, the first pixel to generate a modified pixel of the high resolution image based on determining that the first difference is higher than or equal to a threshold value, wherein a second difference between the modified pixel and the second sample is smaller than the first difference. accessing, by a processing device (130, 140; 610), a high resolution image and a low resolution image that corresponds to the high resolution image; calculating, by the processing device, a first difference between a first pixel of the high resolution image and a second sample associated with the low resolution image, the second sample spatially corresponding to the first pixel; and modifying, by the processing device, the first pixel to generate a modified pixel of the high resolution image based on determining that the first difference is higher than or equal to a threshold value, wherein a second difference between the modified pixel and the second sample is smaller than the first difference.
An apparatus for applying RF energy to an object (110,1410) in a cavity, the apparatus comprising: at least one processor configured to: determine a value indicative of energy absorbable by the object at each of a plurality of sets of respective values of two or more parameters which affect a field pattern in the cavity; associate one or more of the plurality of sets of values with a corresponding time duration of power application, based on the value indicative of energy absorbable by the object; and regulate energy applied to the object such that for the one or more of the plurality of sets of values, power is applied to the object at the corresponding time duration of power application; wherein each of the plurality of sets of values differ from each other in at least two of: relative amplitude, frequency and phase. at least one processor configured to: determine a value indicative of energy absorbable by the object at each of a plurality of sets of respective values of two or more parameters which affect a field pattern in the cavity; associate one or more of the plurality of sets of values with a corresponding time duration of power application, based on the value indicative of energy absorbable by the object; and regulate energy applied to the object such that for the one or more of the plurality of sets of values, power is applied to the object at the corresponding time duration of power application; wherein each of the plurality of sets of values differ from each other in at least two of: relative amplitude, frequency and phase. determine a value indicative of energy absorbable by the object at each of a plurality of sets of respective values of two or more parameters which affect a field pattern in the cavity; associate one or more of the plurality of sets of values with a corresponding time duration of power application, based on the value indicative of energy absorbable by the object; and regulate energy applied to the object such that for the one or more of the plurality of sets of values, power is applied to the object at the corresponding time duration of power application; wherein each of the plurality of sets of values differ from each other in at least two of: relative amplitude, frequency and phase.