mhurhangee/ep-ind-claims huggingface dataset:
A method for inspecting a wafer, comprising: defining a wafer partitioning scheme; obtaining a wafer surface image; filtering the wafer surface image to remove low frequency surface components; performing wafer edge treatment on the wafer surface image to suppress a strong filter response from a sharp wafer edge roll-off or data discontinuity created by edge exclusion operation; normalizing filter response present on the wafer surface image; partitioning the wafer surface image into a plurality of measurement sites according to the wafer partitioning scheme; calculating a metric value for each of the plurality of measurement sites based on the resulting filtered wafer surface image; and reporting the metric value calculated for each of the plurality of measurement sites in a graphical representation; wherein performing wafer edge treatment on the wafer surface image further includes: converting the wafer edge region into a polar space; performing a one-dimensional median filtering along a tangential direction row by row; subtracting a filtered image from an original image to obtain an edge response suppressed image; and performing a polarity trimmed mean on the edge treated image in the edge band region. defining a wafer partitioning scheme; obtaining a wafer surface image; filtering the wafer surface image to remove low frequency surface components; performing wafer edge treatment on the wafer surface image to suppress a strong filter response from a sharp wafer edge roll-off or data discontinuity created by edge exclusion operation; normalizing filter response present on the wafer surface image; partitioning the wafer surface image into a plurality of measurement sites according to the wafer partitioning scheme; calculating a metric value for each of the plurality of measurement sites based on the resulting filtered wafer surface image; and reporting the metric value calculated for each of the plurality of measurement sites in a graphical representation; wherein performing wafer edge treatment on the wafer surface image further includes: converting the wafer edge region into a polar space; performing a one-dimensional median filtering along a tangential direction row by row; subtracting a filtered image from an original image to obtain an edge response suppressed image; and performing a polarity trimmed mean on the edge treated image in the edge band region. converting the wafer edge region into a polar space; performing a one-dimensional median filtering along a tangential direction row by row; subtracting a filtered image from an original image to obtain an edge response suppressed image; and performing a polarity trimmed mean on the edge treated image in the edge band region.
A compound of formula I wherein R denotes P-Sp b -, H or has one of the meanings given for L, Sp a, Sp b denote, on each occurrence identically or differently, a spacer group or a single bond, P denotes, on each occurrence identically or differently, a polymerisable group, L F, Cl, CN, or straight chain, branched or cyclic alkyl having 1 to 25 C atoms, wherein one or more non-adjacent CH 2 -groups are optionally replaced by -O-, -S-, -CO-, -CO-O-, -O-CO-, -O-CO-O- in such a manner that O- and/or S-atoms are not directly connected with each other, and wherein one or more H atoms are each optionally replaced by F or Cl, r is 0, 1, 2, 3 or 4, s is 0, 1, 2 or 3, wherein at least one of the groups Sp a and Sp b is a single bond and at least one of the groups Sp a and Sp b is different from a single bond. R denotes P-Sp b -, H or has one of the meanings given for L, Sp a, Sp b denote, on each occurrence identically or differently, a spacer group or a single bond, P denotes, on each occurrence identically or differently, a polymerisable group, L F, Cl, CN, or straight chain, branched or cyclic alkyl having 1 to 25 C atoms, wherein one or more non-adjacent CH 2 -groups are optionally replaced by -O-, -S-, -CO-, -CO-O-, -O-CO-, -O-CO-O- in such a manner that O- and/or S-atoms are not directly connected with each other, and wherein one or more H atoms are each optionally replaced by F or Cl, r is 0, 1, 2, 3 or 4, s is 0, 1, 2 or 3,
A wavelength meter for differentiating the effect of a wavelength change from the effect of a temperature change, comprising: input means for receiving an optical signal from an optical source (1, 16); a first interferometer means for receiving the optical signal from the input means and outputting a first output signal, the first interferometer means comprising a first reference arm and a first delay arm; a second interferometer means for simultaneously receiving the optical signal from the input means and outputting a second output signal, the second interferometer means comprising a second reference arm and a second delay arm, wherein at least one of the second reference and the second delay arms of the second interferometer means is configured to have a different thermo-optic coefficient to group index ( θ:n g) ratio than the corresponding first reference arm and the first delay arm of the first interferometer means; and means for determining a wavelength of the optical signal based on the first and second output signals. input means for receiving an optical signal from an optical source (1, 16); a first interferometer means for receiving the optical signal from the input means and outputting a first output signal, the first interferometer means comprising a first reference arm and a first delay arm; a second interferometer means for simultaneously receiving the optical signal from the input means and outputting a second output signal, the second interferometer means comprising a second reference arm and a second delay arm, wherein at least one of the second reference and the second delay arms of the second interferometer means is configured to have a different thermo-optic coefficient to group index ( θ:n g) ratio than the corresponding first reference arm and the first delay arm of the first interferometer means; and means for determining a wavelength of the optical signal based on the first and second output signals.
An agricultural working machine, in particular a tractor, having a driver assistance system which has an input/output unit for an operator to make adjustments relating to an agricultural operational assignment and for displaying virtual operating elements which allow the adjustments to be made and for displaying information corresponding to the adjustments to be made and/or which have been made, characterized in that the driver assistance system is configured such that with the input/output unit, a symbol-based and/or image-based as well as guided interactive adjustment of at least one parameter of the agricultural working machine and/or at of least one working unit can be made in order to operate or support the agricultural operational assignment, wherein the at least one adjustable parameter and/or its value or range of values is respectively pre-selected by the driver assistance system on the basis of an agricultural operational assignment selected by the operator and/or on the basis of a working unit selected and/or added by the operator.
A pharmaceutical composition, comprising an Fe(lIl) bound compound having a formula selected from the group consisting of: and or a pharmaceutically acceptable salt thereof, solvate thereof or combination thereof, and a pharmaceutically acceptable diluent or carrier, for use in treating a gram-negative bacterial infection caused by Pseudomonas aeruginosa, or Acinetobacter baumanni, further comprising a beta-lactamase inhibitor, wherein the beta-lactamase inhibitor is sulbactam, tazobactam, potassium clavulanate, or combination thereof.
An acylated insulin analogue which comprises: a lysine residue connected C-terminally to the amino acid residue in the A21 position; or up to 4 amino acid residues comprising one lysine residue, which peptide residues are connected C-terminally to the amino acid residue in the A21 position; and which acylated insulin analogue is characterized in that an acyl moiety comprising an alkylene glycol moiety is attached to the lysine residue in the A22 position, or attached to the up to 4 amino acid residues comprising the lysine residue that is connected to the C terminal end of the amino acid residue in the A21 position; wherein there is only one lysine (K, Lys) residue in the insulin analogue; and wherein the amino acid residue in the B30 position of the insulin analogue is absent. a lysine residue connected C-terminally to the amino acid residue in the A21 position; or up to 4 amino acid residues comprising one lysine residue, which peptide residues are connected C-terminally to the amino acid residue in the A21 position; and which acylated insulin analogue is characterized in that an acyl moiety comprising an alkylene glycol moiety is attached to the lysine residue in the A22 position, or attached to the up to 4 amino acid residues comprising the lysine residue that is connected to the C terminal end of the amino acid residue in the A21 position; wherein there is only one lysine (K, Lys) residue in the insulin analogue; and wherein the amino acid residue in the B30 position of the insulin analogue is absent.
Mixture comprising or consisting of: (a) a compound of Formula also representing the corresponding cosmetically or pharmaceutically acceptable salts and solvates; and (b) one or more cooling agents selected from the group consisting of l-menthol, menthone glycerol acetal and menthyl lactate (preferably I-menthyl lactate, especially I-menthyl I-lactate). (a) a compound of Formula also representing the corresponding cosmetically or pharmaceutically acceptable salts and solvates; and (b) one or more cooling agents selected from the group consisting of l-menthol, menthone glycerol acetal and menthyl lactate (preferably I-menthyl lactate, especially I-menthyl I-lactate).
A method for activation of an emitter of a computed tomography scanner comprising a detector designed to receive a beam of a given radiation emitted by the emitter through an object to be analysed, and rotating supporting means, which are designed to support and rotate the emitter and the detector about said object; said object to be analysed being a portion of a body traversed by said beam of radiation; the method comprising: - rotating the supporting means along a series of angular positions (αi); - generating a succession of first pulses, each of which activates the detector in a respective angular position (αi) for acquiring a respective radiography of the object; and - generating a succession of second pulses (19, 20) for activating the emitter in order to emit a radiation dose in each angular position (αi); associated to each angular position (αi) being a respective radiation dose in such a way as to pre-define a distribution of radiation doses along the series of angular positions (αi) and each radiation dose being defined by at least one parameter (Ti; Ti, Ai) associated to the respective angular position (αi) so that at least one distribution of parameters (Ti; Ti, Ai) corresponds to said distribution of radiation doses; the method being characterized in that said distribution of radiation doses is calculated as a function of the dimensions of the body, of the type of object, and of the position of the object in the body, in that said parameter (Ti; Ti, Ai) is constituted by a duration of emission (Ti) of said beam associated to the respective angular position (αi), in that each of said first pulses has one and the same duration of exposure and in that generating a succession of second pulses (19, 20) comprises: - in the case of consecutive durations of emission (Ti) that are longer than the duration of exposure, generating a single second pulse in the angular positions (αi) associated to which are said consecutive durations of emission (Ti), said single second pulse being long to an extent such that it leaves the emitter activated until said supporting means reach an angular position (αi) associated to which is a duration (Ti) shorter than or equal to the exposure interval. - rotating the supporting means along a series of angular positions (αi); - generating a succession of first pulses, each of which activates the detector in a respective angular position (αi) for acquiring a respective radiography of the object; and - generating a succession of second pulses (19, 20) for activating the emitter in order to emit a radiation dose in each angular position (αi); - in the case of consecutive durations of emission (Ti) that are longer than the duration of exposure, generating a single second pulse in the angular positions (αi) associated to which are said consecutive durations of emission (Ti), said single second pulse being long to an extent such that it leaves the emitter activated until said supporting means reach an angular position (αi) associated to which is a duration (Ti) shorter than or equal to the exposure interval.
A system for detecting lung cancer in a subject, comprising: a) an electrochemical sensor chip having at least one well, wherein the at least one well contains a working electrode coated with a conducting polymer functionalized with at least one capture probe which binds to a marker of lung cancer, wherein the marker comprises a variable region comprising a nucleic acid sequence harboring a mutation associated with lung cancer and a conserved region present in wild-type and mutant isoforms, and the capture probe hybridizes to the variable region; and b) at least one labeled detector probe wherein the labeled detector probe hybridizes to the conserved region; and c) a cyclic square wave electric field generator for generating a cyclic square wave electric field across the electrode. a) an electrochemical sensor chip having at least one well, wherein the at least one well contains a working electrode coated with a conducting polymer functionalized with at least one capture probe which binds to a marker of lung cancer, wherein the marker comprises a variable region comprising a nucleic acid sequence harboring a mutation associated with lung cancer and a conserved region present in wild-type and mutant isoforms, and the capture probe hybridizes to the variable region; and b) at least one labeled detector probe wherein the labeled detector probe hybridizes to the conserved region; and c) a cyclic square wave electric field generator for generating a cyclic square wave electric field across the electrode.
A method of operating a hypercube network of processing devices comprising: determining that a plurality of the processing devices are storing data to be processed at a single processing device, obtaining the addresses of the plurality of processing devices storing the data to be processed, determining the most common number for each digit of the addresses of the plurality of processing devices storing the data to be processed, generating a new address comprising the determined most common number for each digit, and transferring the data to be processed to the processing device with the generated new address. determining that a plurality of the processing devices are storing data to be processed at a single processing device, obtaining the addresses of the plurality of processing devices storing the data to be processed, determining the most common number for each digit of the addresses of the plurality of processing devices storing the data to be processed, generating a new address comprising the determined most common number for each digit, and transferring the data to be processed to the processing device with the generated new address.
A process for producing acetic acid, which comprises a reaction step for continuously allowing methanol to react with carbon monoxide in the presence of a catalyst system comprising a metal catalyst, an ionic iodide, and methyl iodide in a carbonylation reactor, wherein in the reaction step, the concentration of the metal catalyst is maintained at 860 to 5000 ppm on the basis of weight, the concentration of water is maintained at 0.8 to 15% by weight, the concentration of the ionic iodide is maintained at not more than 25% by weight, and the concentration of methyl iodide is maintained at 2 to 13.9% by weight, the concentration of methyl acetate is maintained at not less than 0.1% by weight, and the concentration of hydrogen iodide is regulated to not more than 1% by weight in a whole liquid phase in the reactor, and wherein the production rate of acetic acid is not less than 10 mol/L · h.
A method for detecting applications of mobile user terminals, wherein each application generates a train of files associated with at least one mobile user terminal generating mobile user traffic, the train of files comprising requests to a set of Internet domains, the method comprising: - parsing the train of files to obtain the set of Internet domains to which requests from an application are made and splitting every obtained domain into a list of words which generates a signature of the application, - weighting the words of the generated signature to obtain a frequency of each word, - splitting the mobile user traffic into traffic blocks, each traffic block being a set of domains requested in a time interval, and splitting each traffic block into words; - generating a traffic vector for each traffic block by including the words of the traffic block and the frequency of each word according to its repetition on the traffic block, - comparing the generated traffic vectors with the generated signature of each application by applying the cosine similarity method to obtain a number of times that the generated signature of each application is detected in the generated traffic vectors associated with the, at least one, mobile user terminal. - parsing the train of files to obtain the set of Internet domains to which requests from an application are made and splitting every obtained domain into a list of words which generates a signature of the application, - weighting the words of the generated signature to obtain a frequency of each word, - splitting the mobile user traffic into traffic blocks, each traffic block being a set of domains requested in a time interval, and splitting each traffic block into words; - generating a traffic vector for each traffic block by including the words of the traffic block and the frequency of each word according to its repetition on the traffic block, - comparing the generated traffic vectors with the generated signature of each application by applying the cosine similarity method to obtain a number of times that the generated signature of each application is detected in the generated traffic vectors associated with the, at least one, mobile user terminal.
A computer-implemented method of verifying ownership of a computer software after installation and prior to execution of the computer software using a distributed hash table and a peer-to-peer distributed ledger, the method comprising: determining a second user public key associated with a second user from a transaction record stored on the peer-to-peer distributed ledger; determining a second public key associated with the second user from an entry stored on the distributed hash table; comparing the second user public key and the second public key; and verifying the ownership of the computer software based on the comparing of the second user public key and the second public key. determining a second user public key associated with a second user from a transaction record stored on the peer-to-peer distributed ledger; determining a second public key associated with the second user from an entry stored on the distributed hash table; comparing the second user public key and the second public key; and verifying the ownership of the computer software based on the comparing of the second user public key and the second public key.
Monolithic parallelogram linkage structure for a weighing device, in particular a weighing device operating on the basis of the principle of electromagnetic force compensation, comprising a base body and a load receptor guided in a Z direction with respect to the base body by means of parallel guiding elements (P 1, P 2), a) wherein at least one parallel guiding element (P 1) is connected at a first end via a first joint (L 1) to the base body and at a second end, at a distance from the first end in an X direction, via a second joint (L 2) to the load receptor, and b) wherein the base body is formed on both sides of a plane, which extends in the Z direction and an X direction preferably running perpendicular thereto, characterized c) in that the parallel guiding element (P 1) has on at least one outer side facing away from the plane between the first joint (L 1) and the second joint (L 2) at least one clearance penetrating the parallel guiding element (P 1) in the Z direction, through which a base body portion (G P) of the base body protrudes. a) wherein at least one parallel guiding element (P 1) is connected at a first end via a first joint (L 1) to the base body and at a second end, at a distance from the first end in an X direction, via a second joint (L 2) to the load receptor, and b) wherein the base body is formed on both sides of a plane, which extends in the Z direction and an X direction preferably running perpendicular thereto, characterized c) in that the parallel guiding element (P 1) has on at least one outer side facing away from the plane between the first joint (L 1) and the second joint (L 2) at least one clearance penetrating the parallel guiding element (P 1) in the Z direction, through which a base body portion (G P) of the base body protrudes.
A motor assembly comprising: a housing; a plurality of electric motors (406A-C) disposed within the housing; and a drive shaft comprising a plurality of interconnected drive shaft segments (410A-C), wherein a first end of each of the drive shaft segments (410A-C) comprises a male splined plug and a second end of the drive shaft segments (410A-C) comprises a female splined receptacle for mating with one of the male splined plugs, wherein the plurality of electric motors (406A-C) are arranged in a stack such that the male splined plug of the drive shaft segment driven by a first one of the electric motors in the stack is received into a female splined receptacle of the drive shaft segment driven by a next one of the electric motors in the stack, wherein each one of the drive shaft segments (410A-C) is driven by a different one of the electric motors (406A-C) connected to the drive shaft segment via an integrated overrunning clutch, characterised in that: an inner race of the overrunning clutch is integrated with the end of the drive shaft segment comprising the female splined receptacle. a housing; a plurality of electric motors (406A-C) disposed within the housing; and a drive shaft comprising a plurality of interconnected drive shaft segments (410A-C), wherein a first end of each of the drive shaft segments (410A-C) comprises a male splined plug and a second end of the drive shaft segments (410A-C) comprises a female splined receptacle for mating with one of the male splined plugs, wherein the plurality of electric motors (406A-C) are arranged in a stack such that the male splined plug of the drive shaft segment driven by a first one of the electric motors in the stack is received into a female splined receptacle of the drive shaft segment driven by a next one of the electric motors in the stack, wherein each one of the drive shaft segments (410A-C) is driven by a different one of the electric motors (406A-C) connected to the drive shaft segment via an integrated overrunning clutch, characterised in that: an inner race of the overrunning clutch is integrated with the end of the drive shaft segment comprising the female splined receptacle.