mhurhangee/ep-ind-claims huggingface dataset:
A method of blocking an unfinished optical lens member on a blocker for manufacture of an optical lens from the unfinished optical lens member, the unfinished optical lens member being provided with a finished surface having a first reference frame and the blocker having a second reference frame, the method comprising: placing the unfinished optical lens member on the blocker; measuring the relative positioning of the first reference frame of the finished surface of the placed unfinished optical lens member with respect to the positioning of the second reference frame of the blocker; characterised by comparing the measured relative positioning with a predetermined relative positioning in order to determine a relative positioning shift; moving at least one of the blocker and the lens member so as to change the relative positioning of the first reference frame with respect to the second reference frame to compensate for the relative positioning shift; and blocking the unfinished optical lens member on the blocker at the changed relative positioning. placing the unfinished optical lens member on the blocker; measuring the relative positioning of the first reference frame of the finished surface of the placed unfinished optical lens member with respect to the positioning of the second reference frame of the blocker; characterised by comparing the measured relative positioning with a predetermined relative positioning in order to determine a relative positioning shift; moving at least one of the blocker and the lens member so as to change the relative positioning of the first reference frame with respect to the second reference frame to compensate for the relative positioning shift; and blocking the unfinished optical lens member on the blocker at the changed relative positioning.
A method implemented by a processing module connected with a plurality of like modules (20A to 20E) in a module pipeline, said method comprising: receiving a register request comprising a read request including a target register address over a first interface connected to a preceding module by a first segment of an internal register bus; comparing the target register address to a register address range of the processing module; if the target register address falls within the register address range of the processing module, accessing a matching register in the processing module to read data from the matching register and outputting read data from the matching register to the preceding module over the first interface; and if the target register address falls outside the register address range, outputting the register request over a second interface to a succeeding module connected to the processing module by a second segment of the internal register bus. receiving a register request comprising a read request including a target register address over a first interface connected to a preceding module by a first segment of an internal register bus; comparing the target register address to a register address range of the processing module; if the target register address falls within the register address range of the processing module, accessing a matching register in the processing module to read data from the matching register and outputting read data from the matching register to the preceding module over the first interface; and if the target register address falls outside the register address range, outputting the register request over a second interface to a succeeding module connected to the processing module by a second segment of the internal register bus.
A resin composition for a printed wiring board comprising: a cyanate compound represented by following general formula; and an epoxy resin, wherein Ar 1 represents an aryl group, Ar 2 each independently represents a divalent substituent selected from the group consisting of a phenylene group, a naphthylene group, and a biphenylene group, Ar 3 each independently represents a p+1-valent substituent selected from the group consisting of a p+1-valent phenyl group, a p+1-valent naphthyl group, and a p+1-valent biphenyl group, R 1 each independently represents a monovalent substituent selected from the group consisting of a hydrogen atom, an alkyl group, and an aryl group, R 2 each independently represents a monovalent substituent selected from the group consisting of a hydrogen atom, an alkyl group, an aryl group, and a cyanato group, n represents number of cyanato groups bonded to Ar 1 and is an integer of 1 to 3, m represents number of R 1 bonded to Ar 1, n + m + 2 is equal to or less than number of possible bonds to Ar 1, p represents number of R 2 bonded to Ar 3 and is an integer of 1 to 9, x and y represent a ratio of repeating units, x is 1, whereas y is 0.25 to 2.0, and the repeating units for x and y may each be continuously arranged or may be alternately or randomly arranged with each other. a cyanate compound represented by following general formula; and an epoxy resin, wherein Ar 1 represents an aryl group, Ar 2 each independently represents a divalent substituent selected from the group consisting of a phenylene group, a naphthylene group, and a biphenylene group, Ar 3 each independently represents a p+1-valent substituent selected from the group consisting of a p+1-valent phenyl group, a p+1-valent naphthyl group, and a p+1-valent biphenyl group, R 1 each independently represents a monovalent substituent selected from the group consisting of a hydrogen atom, an alkyl group, and an aryl group, R 2 each independently represents a monovalent substituent selected from the group consisting of a hydrogen atom, an alkyl group, an aryl group, and a cyanato group, n represents number of cyanato groups bonded to Ar 1 and is an integer of 1 to 3, m represents number of R 1 bonded to Ar 1, n + m + 2 is equal to or less than number of possible bonds to Ar 1, p represents number of R 2 bonded to Ar 3 and is an integer of 1 to 9, x and y represent a ratio of repeating units, x is 1, whereas y is 0.25 to 2.0, and the repeating units for x and y may each be continuously arranged or may be alternately or randomly arranged with each other.
An apparatus generating a video signal, comprising: a nonlinear signal converter for converting a linear CIE tri-stimulus XYZ signal into a nonlinear XYZ signal by applying a linear-to-nonlinear signal conversion function to each component of the linear XYZ signal for converting the linear signal to a nonlinear signal, said nonlinear XYZ signal comprising components X r ', Y r ', and Z r '; a luminance signal generator to use the Y r ' component of the nonlinear XYZ signal as a luminance signal A; and a color difference signal generator to generate a Yellow-Blue color difference signal C YB and a Red-Green color difference signal C RG from the nonlinear XYZ signal using a luminance/color difference signal generation matrix to maximize a de-correlation characteristic in combinations of the luminance signal A and the Yellow-Blue color difference signal C YB, of the luminance signal A and the Red-Green color difference signal C RG, and of the Yellow-Blue color difference signal C YB and the Red-Green color difference signal C RG; wherein the color difference signal generator is configured to form the luminance/color difference signal generation matrix according to A=Y r ', C YB =aX r '+ bY r '+ cZ r ', and C RG =dX r '+ eY r '+ fZ r ', wherein a, b, c, d, e, and f are constants; wherein d and e have opposite signs and wherein the absolute value of f is less than an absolute value of d and e; wherein a and c have opposite signs and wherein the absolute value of c is greater than an absolute value of a and b. a nonlinear signal converter for converting a linear CIE tri-stimulus XYZ signal into a nonlinear XYZ signal by applying a linear-to-nonlinear signal conversion function to each component of the linear XYZ signal for converting the linear signal to a nonlinear signal, said nonlinear XYZ signal comprising components X r ', Y r ', and Z r '; a luminance signal generator to use the Y r ' component of the nonlinear XYZ signal as a luminance signal A; and a color difference signal generator to generate a Yellow-Blue color difference signal C YB and a Red-Green color difference signal C RG from the nonlinear XYZ signal using a luminance/color difference signal generation matrix to maximize a de-correlation characteristic in combinations of the luminance signal A and the Yellow-Blue color difference signal C YB, of the luminance signal A and the Red-Green color difference signal C RG, and of the Yellow-Blue color difference signal C YB and the Red-Green color difference signal C RG; wherein the color difference signal generator is configured to form the luminance/color difference signal generation matrix according to A=Y r ', C YB =aX r '+ bY r '+ cZ r ', and C RG =dX r '+ eY r '+ fZ r ', wherein a, b, c, d, e, and f are constants; wherein d and e have opposite signs and wherein the absolute value of f is less than an absolute value of d and e; wherein a and c have opposite signs and wherein the absolute value of c is greater than an absolute value of a and b.
A method of controlling data traffic between a plurality of mobile terminals (102A, 102B, 104A, 104B) and a mobile network comprising a plurality of cell sites (110A, 110B, 110C), the method comprising: monitoring cell-site-specific volumes of data traffic in order to detect high-load cell sites (110A, 110B) among the plurality of cell sites, and for each of the detected high-load cell sites (110A,110B), performing a mobile-terminal-specific analysis of data traffic usage in order to select at least one of the mobile terminals (102A, 102B, 104A, 104B) for traffic limitation, characterized in that the mobile-terminal-specific analysis of data traffic includes: deriving mobile-terminal-specific volumes of data traffic usage in order to identify a group of high-use mobile terminals (104A, 104B), and selecting at least one of the mobile terminals among the group of high-use mobile terminals (104A, 104B) for traffic limitation, wherein the step of selecting includes applying selection criteria for making the selection, wherein the selection criteria includes at least one of: type of service used over the data traffic and type of subscription used by the mobile terminal, and the method comprises temporarily limiting the data traffic between the mobile network and the selected at least one mobile terminal. monitoring cell-site-specific volumes of data traffic in order to detect high-load cell sites (110A, 110B) among the plurality of cell sites, and for each of the detected high-load cell sites (110A,110B), performing a mobile-terminal-specific analysis of data traffic usage in order to select at least one of the mobile terminals (102A, 102B, 104A, 104B) for traffic limitation, characterized in that the mobile-terminal-specific analysis of data traffic includes: deriving mobile-terminal-specific volumes of data traffic usage in order to identify a group of high-use mobile terminals (104A, 104B), and selecting at least one of the mobile terminals among the group of high-use mobile terminals (104A, 104B) for traffic limitation, wherein the step of selecting includes applying selection criteria for making the selection, wherein the selection criteria includes at least one of: type of service used over the data traffic and type of subscription used by the mobile terminal, and the method comprises temporarily limiting the data traffic between the mobile network and the selected at least one mobile terminal. deriving mobile-terminal-specific volumes of data traffic usage in order to identify a group of high-use mobile terminals (104A, 104B), and selecting at least one of the mobile terminals among the group of high-use mobile terminals (104A, 104B) for traffic limitation, wherein the step of selecting includes applying selection criteria for making the selection, wherein the selection criteria includes at least one of: type of service used over the data traffic and type of subscription used by the mobile terminal, and the method comprises temporarily limiting the data traffic between the mobile network and the selected at least one mobile terminal.
A computer-implemented method of generating a digital twin comprising, a.) providing a digital twin modular system, said digital-twin modular system comprising a digital-twin-modules being adapted or being adaptable to digital-twin-features, said digital-twin-features relating to at least one of: calculation properties, scope of simulation, model architecture, communication safety, accessibility, data storage, encryption functions, resource allocation, hardware requirements, the method being characterised by the steps b.) providing a tuning module, wherein said tuning module comprises a tuning module parameter-set, wherein said tuning module parameter-set comprises tuning module parameters respectively corresponding to at least one of said digital twin features, c.) generating a digital twin by using said tuning module performing the steps of selecting, configuring and combining digital-twin-modules of said digital twin modular system according to said tuning module parameters. a.) providing a digital twin modular system, said digital-twin modular system comprising a digital-twin-modules being adapted or being adaptable to digital-twin-features, said digital-twin-features relating to at least one of: calculation properties, scope of simulation, model architecture, communication safety, accessibility, data storage, encryption functions, resource allocation, hardware requirements, the method being characterised by the steps b.) providing a tuning module, wherein said tuning module comprises a tuning module parameter-set, wherein said tuning module parameter-set comprises tuning module parameters respectively corresponding to at least one of said digital twin features, wherein said tuning module comprises a tuning module parameter-set, wherein said tuning module parameter-set comprises tuning module parameters respectively corresponding to at least one of said digital twin features, c.) generating a digital twin by using said tuning module performing the steps of selecting, configuring and combining digital-twin-modules of said digital twin modular system according to said tuning module parameters.
Method for controlling the amount of enamel applied onto ceramic tiles or slabs in a decoration station, said ceramic tiles or slabs being moved by a conveyor, so that they enter said station, pass in succession by at least one application device equipped with a spray nozzle arranged in the same station and finally exit said station, said method being characterized by including the following operative steps: - periodical acquisition of at least one image of the spray pattern generated by the aforementioned at least one spray nozzle; - the detection of at least one brightness value in said pattern for each of said acquisitions, and comparison of the detected value with predetermined reference values, the difference between the detected brightness value and said reference values identifying a corresponding variations of density of a product emitted by said nozzle and, correspondingly, of the weight of the product per unit of surface applied by said nozzle onto said ceramic tiles or slabs; - activation of at least one action for compensating the effect of said variation in density on the weight of the product deposited on each unit of surface when a first predetermined threshold value is exceeded, said action for compensating comprising the variation of at least one operating parameter of said decoration station. - periodical acquisition of at least one image of the spray pattern generated by the aforementioned at least one spray nozzle; - the detection of at least one brightness value in said pattern for each of said acquisitions, and comparison of the detected value with predetermined reference values, the difference between the detected brightness value and said reference values identifying a corresponding variations of density of a product emitted by said nozzle and, correspondingly, of the weight of the product per unit of surface applied by said nozzle onto said ceramic tiles or slabs; - activation of at least one action for compensating the effect of said variation in density on the weight of the product deposited on each unit of surface when a first predetermined threshold value is exceeded, said action for compensating comprising the variation of at least one operating parameter of said decoration station.
A method for the, in particular resource-saving, treatment, in particular for disposal for recycling, of, in particular contaminated, metallic medical devices, comprising the following steps: a) Providing at least one lockable collecting container, that is flexible at least in sections, for used and/or contaminated metallic medical devices and the provision of at least one lockable metal receptacle, installed and designed to hold at least two, in particular a plurality of locked collecting containers that are flexible at least in sections, containing used and/or contaminated metal medical devices, b) Collecting used and/or contaminated metallic medical devices in the at least one lockable collecting container that is flexible at least in sections, c) If appropriate, locking, in particular irreversible locking, the at least one collecting container that is filled with used and/or contaminated metallic medical devices which is flexible at least in sections, d) Transferring the at least one, in particular locked, collection container that is flexible at least in sections, into the lockable, in particular rigid, metal receptacle, e) Locking the metal receptacle that is filled with the at least one locked collection container that is flexible at least in sections, f) Subjecting the at least one locked metal receptacle to at least one compression step for volume reduction, while retaining a compressed structure, and g) Melting the metal of the compressed structure containing the metal of the metal receptacle and the metal of the metallic medical devices and recovering the melted metals. a) Providing at least one lockable collecting container, that is flexible at least in sections, for used and/or contaminated metallic medical devices and the provision of at least one lockable metal receptacle, installed and designed to hold at least two, in particular a plurality of locked collecting containers that are flexible at least in sections, containing used and/or contaminated metal medical devices, b) Collecting used and/or contaminated metallic medical devices in the at least one lockable collecting container that is flexible at least in sections, c) If appropriate, locking, in particular irreversible locking, the at least one collecting container that is filled with used and/or contaminated metallic medical devices which is flexible at least in sections, d) Transferring the at least one, in particular locked, collection container that is flexible at least in sections, into the lockable, in particular rigid, metal receptacle, e) Locking the metal receptacle that is filled with the at least one locked collection container that is flexible at least in sections, f) Subjecting the at least one locked metal receptacle to at least one compression step for volume reduction, while retaining a compressed structure, and g) Melting the metal of the compressed structure containing the metal of the metal receptacle and the metal of the metallic medical devices and recovering the melted metals.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; and a heat conduction member disposed on one surface of the battery cell stack, wherein the heat conduction member comprises a porous insulating layer and a conductive layer disposed on a surface of the porous insulating layer, wherein the battery cell comprises an electrode assembly and a pouch accommodating the electrode assembly and forming an exterior of the battery cell, the pouch comprises an accommodation portion, accommodating the electrode assembly therein, and a sealing portion formed on an edge of the accommodation portion, and the heat conduction member is formed to have a thickness greater than a thickness of the sealing portion (202. a battery cell stack in which a plurality of battery cells are stacked; and a heat conduction member disposed on one surface of the battery cell stack, wherein the heat conduction member comprises a porous insulating layer and a conductive layer disposed on a surface of the porous insulating layer, wherein the battery cell comprises an electrode assembly and a pouch accommodating the electrode assembly and forming an exterior of the battery cell, the pouch comprises an accommodation portion, accommodating the electrode assembly therein, and a sealing portion formed on an edge of the accommodation portion, and the heat conduction member is formed to have a thickness greater than a thickness of the sealing portion (202.
A device for generating an oscillatory motion of a mass, comprising an ultrasonic oscillator that is configured to transform an oscillating electrical signal into a mechanical oscillation, an oscillation generator that is configured to generate the oscillating electrical signal, and a signal transmitting device for transmitting the oscillating electrical signal from the oscillation generator to the oscillator, wherein the signal transmitting device comprises a signal sender and a signal receiver, the signal sender being configured to transmit the oscillating electrical signal to the signal receiver, and the signal receiver being configured to transmit the received oscillating electrical signal to the ultrasonic oscillator, wherein the signal sender is configured to transmit the oscillating electrical signal wirelessly to the signal receiver, characterized in that the signal receiver and the ultrasonic oscillator form an oscillation module that is configured to be repeatedly separated from and connected to a power module of the device, the power module comprising the signal sender.
A portable sharpening device comprising: a body portion comprising a surfacing member; a mouth in communication with the surfacing member, arranged to guide an object to be sharpened towards the surfacing member; wherein the device is arranged to sharpen a face of said object by relative movement between the surfacing member and the object to be sharpened; wherein said relative movement is created manually by a user; and wherein the sharpening device is characterised by the mouth which comprises one or more lateral guiding fingers located on an inner portion of the mouth and where the lateral guiding fingers are arranged to locate the face of the object to be sharpened in an orientation substantially parallel to the surfacing member. a body portion comprising a surfacing member; a mouth in communication with the surfacing member, arranged to guide an object to be sharpened towards the surfacing member; wherein the device is arranged to sharpen a face of said object by relative movement between the surfacing member and the object to be sharpened; wherein said relative movement is created manually by a user; and wherein the sharpening device is characterised by the mouth which comprises one or more lateral guiding fingers located on an inner portion of the mouth and where the lateral guiding fingers are arranged to locate the face of the object to be sharpened in an orientation substantially parallel to the surfacing member.
The use of a zeolite catalyst for reducing the content of nitrogen oxides in a gas, wherein the zeolite catalyst comprises at least one transition metal selected from the group consisting of Sc, Ti, V, Cr, Mn, Fe, Co, Ni, Zn, Ru, Rh, Pd, Ag, Os, Ir, Pt, Au and mixtures thereof, and in addition sulfur and/or phosphorus atoms, wherein the sulfur and/or phosphorus atoms are present in a concentration of less than 3% by weight, based on the total catalyst, and the zeolite is selected from the group consisting of BEA, FAU, FER, MFI and mixtures thereof.