mhurhangee/patent-ind-claim-en huggingface dataset:
Roll of sheets based on a fibrous cellulosic product, such as toilet paper, comprising a rolled strip consisting of a continuous succession of cellulose wadding-based sheets made by joining at least two individual plies , each sheet being kept, with the possibility of detachment, with the adjacent sheet or two sheets by one, respectively two pre-cut lines , the said at least two individual plies of each sheet being connected by bonding along a peripheral zone of each sheet and the surface area of the said peripheral zone representing between 4% and 60% of the total surface area of each sheet , characterized in that the connection between the said at least two individual plies of each sheet is made over the whole perimeter of this sheet , in that at least one sheet , preferably each sheet , has, in its central zone not forming part of the peripheral zone , at least one pattern of points made by embossing, in that the pattern(s) are made in the form of at least one closed surface area embossed evenly with an overall density of pattern points in the form of protrusions due to the embossing, having circular-section tops, said density being between 20 protrusions/cm 2 and 100 protrusions/cm 2 , the diameter of the said circular-section tops of the protrusions being between 0.1 mm and 1.5 mm.
Method for generating a value inherent to an electronic circuit by means of measures of a physical quantity carried out on components of this electronic circuit , characterized in that it includes: - calculating and associating to each component at least one value (V) derived from a series of measures (f 1 , f 2 , ... f i ) carried out on said component , the calculation of said value (V) comprising: - determining a statistical value from said series of measures (f 1 , f 2 , ... f i ), - defining said value (V) derived from the series of measures as being said statistical value or an uncertainty range calculated from this statistical value, - forming a collection of invariable pairs of components , - selecting, in said collection , pairs so that said values (V) associated to the components of each one of these pairs are spaced from each other by at least a setpoint value (Vc), - generating said value inherent to the electronic circuit by concatenating the results of comparisons based on at least one of the following enumerations: - the values (V) associated to the components of each selected pair , - data among which at least one is derived from these values (V), said results being processed in an invariable order like said values (V) or data relative to these pairs during said comparisons. - calculating and associating to each component at least one value (V) derived from a series of measures (f 1 , f 2 , ... f i ) carried out on said component , the calculation of said value (V) comprising: - determining a statistical value from said series of measures (f 1 , f 2 , ... f i ), - defining said value (V) derived from the series of measures as being said statistical value or an uncertainty range calculated from this statistical value, - determining a statistical value from said series of measures (f 1 , f 2 , ... f i ), - defining said value (V) derived from the series of measures as being said statistical value or an uncertainty range calculated from this statistical value, - forming a collection of invariable pairs of components , - selecting, in said collection , pairs so that said values (V) associated to the components of each one of these pairs are spaced from each other by at least a setpoint value (Vc), - generating said value inherent to the electronic circuit by concatenating the results of comparisons based on at least one of the following enumerations: - the values (V) associated to the components of each selected pair , - data among which at least one is derived from these values (V), said results being processed in an invariable order like said values (V) or data relative to these pairs during said comparisons. - the values (V) associated to the components of each selected pair , - data among which at least one is derived from these values (V),
A communication method performed by a terminal, comprising: determining a first bandwidth part BWP and a second BWP (S201); determining an association relationship between the first BWP and the second BWP, wherein the association relationship comprises that the first and the second BWP include a same control resource set, CORESET (S202); and determining a first quasi co-location QCL relationship of the first BWP based on the association relationship(S203), and receiving, a physical downlink shared channel PDSCH in the second BWP based on the first QCL relationship(S209); and/or determining a second QCL relationship of the first BWP based on the association relationship(S204), and receiving, a physical downlink control channel PDCCH in the second BWP based on the second QCL relationship (S210); wherein, the first and second QCL relationships of the first BWP are QCL relationships between a reference signal of the first BWP and a reference signal of the second BWP. determining a first bandwidth part BWP and a second BWP (S201); determining an association relationship between the first BWP and the second BWP, wherein the association relationship comprises that the first and the second BWP include a same control resource set, CORESET (S202); and determining a first quasi co-location QCL relationship of the first BWP based on the association relationship(S203), and receiving, a physical downlink shared channel PDSCH in the second BWP based on the first QCL relationship(S209); and/or determining a second QCL relationship of the first BWP based on the association relationship(S204), and receiving, a physical downlink control channel PDCCH in the second BWP based on the second QCL relationship (S210); wherein, the first and second QCL relationships of the first BWP are QCL relationships between a reference signal of the first BWP and a reference signal of the second BWP.
A computer-implemented method for determining a radius of a spherically shaped surface portion of a tip of an instrument , wherein a calibration device is provided that comprises a flat calibration surface and a calibration structure , wherein the calibration structure defines an opening angle and a real or imaginary first reference point relative to which the opening angle is defined, wherein the calibration device comprises a first tracker trackable by a tracking system and arranged in a first predetermined relationship relative to the first reference point and in a second predetermined relationship relative to the calibration surface , and wherein the instrument comprises a second tracker trackable by the tracking system , the method comprising the following steps performed by a computer system : determining a first pose of the first tracker and a second pose of the second tracker while the spherically shaped surface portion is in abutment with the calibration structure ; determining a reference position of the first reference point relative to the second tracker when the first tracker is in the first pose and the second tracker is in the second pose based on the first pose, the second pose, and the first predetermined relationship ; determining a third pose of the first tracker and a fourth pose of the second tracker while the spherically shaped surface portion is in abutment with the calibration surface ; and determining the radius of the spherically shaped surface portion based on the third pose, the second predetermined relationship, the reference position , the fourth pose, and the opening angle . determining a first pose of the first tracker and a second pose of the second tracker while the spherically shaped surface portion is in abutment with the calibration structure ; determining a reference position of the first reference point relative to the second tracker when the first tracker is in the first pose and the second tracker is in the second pose based on the first pose, the second pose, and the first predetermined relationship ; determining a third pose of the first tracker and a fourth pose of the second tracker while the spherically shaped surface portion is in abutment with the calibration surface ; and determining the radius of the spherically shaped surface portion based on the third pose, the second predetermined relationship, the reference position , the fourth pose, and the opening angle .
An x-ray imaging Computed Tomography, CT, system comprising an x-ray detector and a measurement circuit , wherein the x-ray detector comprises a number of detector elements , and the measurement circuit is configured for connection to the detector elements , wherein the measurement circuit comprises one or many photon counters for counting, within a measurement period corresponding to a temporal sampling interval, the number of detected x-rays to generate measurement data in the form of photon counts and/or estimated photon energy and a corresponding sampling module connected to the photon counters for performing a sampling process to sample said measurement data in the form of photon counts and/or estimated photon energy to generate data points, and wherein the measurement circuit is configured to process the data points before read-out to produce new data points by combining two or more data points which have been acquired at different times such that the number of data points for read-out are less than the number of original data points, wherein the measurement circuit comprises a memory for storing data during the data sampling and/or data processing, wherein the measurement circuit comprises a processing unit , said processing unit comprising a digital low-pass filter and a down-sampling module , said processing unit being configured to decimate the data signal from a higher sampling rate to a lower sampling rate for data read-out using said down-sampling module , while mitigating aliasing using said digital low-pass filter for anti-aliasing filtration by convolution followed by a down-sampling before readout to prevent aliasing artifacts in the angular signal of the CT system. wherein the measurement circuit comprises one or many photon counters for counting, within a measurement period corresponding to a temporal sampling interval, the number of detected x-rays to generate measurement data in the form of photon counts and/or estimated photon energy and a corresponding sampling module connected to the photon counters for performing a sampling process to sample said measurement data in the form of photon counts and/or estimated photon energy to generate data points, and wherein the measurement circuit is configured to process the data points before read-out to produce new data points by combining two or more data points which have been acquired at different times such that the number of data points for read-out are less than the number of original data points, wherein the measurement circuit comprises a memory for storing data during the data sampling and/or data processing, wherein the measurement circuit comprises a processing unit , said processing unit comprising a digital low-pass filter and a down-sampling module , said processing unit being configured to decimate the data signal from a higher sampling rate to a lower sampling rate for data read-out using said down-sampling module , while mitigating aliasing using said digital low-pass filter for anti-aliasing filtration by convolution followed by a down-sampling before readout to prevent aliasing artifacts in the angular signal of the CT system.
A coated film which comprises: a polyester film, a coating layer formed on at least one surface of the polyester film, and a surface functional layer which is an active energy ray-curable resin layer formed on the coating layer, which coating layer is prepared from a coating solution comprising: a polyurethane resin having a carbon-carbon double bond which is reactive with a carbon-carbon double bond in a compound forming the surface functional layer, and a carbodiimide compound or an isocyanate compound, wherein the active energy ray-curable resin layer has a refractive index of 1.56 to 1.65. a polyester film, a coating layer formed on at least one surface of the polyester film, and a surface functional layer which is an active energy ray-curable resin layer formed on the coating layer, which coating layer is prepared from a coating solution comprising: a polyurethane resin having a carbon-carbon double bond which is reactive with a carbon-carbon double bond in a compound forming the surface functional layer, and a carbodiimide compound or an isocyanate compound, a polyurethane resin having a carbon-carbon double bond which is reactive with a carbon-carbon double bond in a compound forming the surface functional layer, and a carbodiimide compound or an isocyanate compound,
A device for forming a salt of a weakly dissociating acid plumbed following a chromatographic separation of a mixture containing said acid by passage of said mixture through a chromatographic medium, said device comprising a permeable membrane in contact with a volatile base on one side of said permeable membrane, allowing the passage of said volatile base into another side of said permeable membrane, said device configured for integration into a chromatographic system downstream of said chromatographic medium such that an effluent from said chromatographic medium containing said weakly dissociating acid flows in fluidic contact with the other side of said permeable membrane, wherein said membrane is gas permeable and liquid impermeable and the membrane includes polytetrafluoroethylene (PTFE).
A computer-implemented method for constructing a seismic image of a subterranean formation, comprising: receiving seismic data obtained by a sensor in response to a sound vibration generated by a source that reflects off of horizons in a subterranean formation; building a wavelet in a time domain using the seismic data, wherein the wavelet includes a number of oscillations per sampling unit, and wherein a length of the wavelet corresponds to the number of oscillations; time-shifting the wavelet; scaling the length of the wavelet after time-shifting the wavelet such that an amplitude on one or more samples of the wavelet proximate the center remains substantially unaltered and the amplitude of the samples proximate one or both ends of the wavelet decay toward zero; performing a Fourier transform on the wavelet to transform the wavelet from the time domain into the frequency domain; scaling the wavelet such that a peak amplitude of the wavelet, when transformed into the frequency domain, is substantially unity; convolving the wavelet with a trace of the seismic data; and generating the seismic image of the subterranean formation based at least partially upon the wavelet. receiving seismic data obtained by a sensor in response to a sound vibration generated by a source that reflects off of horizons in a subterranean formation; building a wavelet in a time domain using the seismic data, wherein the wavelet includes a number of oscillations per sampling unit, and wherein a length of the wavelet corresponds to the number of oscillations; time-shifting the wavelet; scaling the length of the wavelet after time-shifting the wavelet such that an amplitude on one or more samples of the wavelet proximate the center remains substantially unaltered and the amplitude of the samples proximate one or both ends of the wavelet decay toward zero; performing a Fourier transform on the wavelet to transform the wavelet from the time domain into the frequency domain; scaling the wavelet such that a peak amplitude of the wavelet, when transformed into the frequency domain, is substantially unity; convolving the wavelet with a trace of the seismic data; and generating the seismic image of the subterranean formation based at least partially upon the wavelet.
A method for determining an equivalent wind speed of a rotor blade plane of a wind power installation with a rotor with rotor blades that are adjustable in terms of their blade angle, said method comprising the steps of: - determining an electric internal power (P ava,DC ) available in the wind power installation depending on a captured electric power (P DC ) and a captured rotational speed (ω) of the rotor and - determining the equivalent wind speed (V Wind ) depending on the determined available internal power (P ava,DC ) and the captured rotational speed (ω), wherein the wind observer obtains - the determined available internal power (P ava,DC ) plus captured or determined generator losses (P VGen ), - the captured rotational speed (ω) and - at least one blade angle (α) as input variables and, moreover or alternatively, the wind observation means outputs - the equivalent wind speed (V Wind ), - an available power in the case of an ideal blade angle (α) and ideal tip-speed ratio, and - the current tip-speed ratio (A) as output variables. - determining an electric internal power (P ava,DC ) available in the wind power installation depending on a captured electric power (P DC ) and a captured rotational speed (ω) of the rotor and - determining the equivalent wind speed (V Wind ) depending on the determined available internal power (P ava,DC ) and the captured rotational speed (ω), wherein the wind observer obtains - the determined available internal power (P ava,DC ) plus captured or determined generator losses (P VGen ), - the captured rotational speed (ω) and - at least one blade angle (α) as input variables and, moreover or alternatively, the wind observation means outputs - the equivalent wind speed (V Wind ), - an available power in the case of an ideal blade angle (α) and ideal tip-speed ratio, and - the current tip-speed ratio (A)
A liquid test sample dispensing device, comprising: a body , the body comprising at least one side, a first end , a second end, and a plurality of micro-cavities , wherein the plurality of micro-cavities is formed in the at least one side of the body , further wherein each micro-cavity of the plurality of micro-cavities comprises an opening located on an outer portion of the at least one side of the body , the plurality of micro-cavities being substantially located between the first end and the second end of the body ; and a capillary for collecting a patient's liquid test sample and dispensing the patient's liquid test sample into a reaction vessel for the conductance of at least one diagnostic assay, wherein a portion of the capillary is disposed through the second end of the body . a body , the body comprising at least one side, a first end , a second end, and a plurality of micro-cavities , wherein the plurality of micro-cavities is formed in the at least one side of the body , further wherein each micro-cavity of the plurality of micro-cavities comprises an opening located on an outer portion of the at least one side of the body , the plurality of micro-cavities being substantially located between the first end and the second end of the body ; and a capillary for collecting a patient's liquid test sample and dispensing the patient's liquid test sample into a reaction vessel for the conductance of at least one diagnostic assay, wherein a portion of the capillary is disposed through the second end of the body .
Supply branch interfaced with a grid and designed to supply electrically operated components with AC voltage, characterized in that the supply branch comprises a quick-break device for electrically isolating the electrically operated components from the grid in the event of an overvoltage in the supply branch , wherein the quick-break device comprises an instantaneous element comprising an electronic switch that can be switched on and off and a control device , designed to control the instantaneous element , with overvoltage detection, wherein the switching time of the fast-break device that elapses between the actual occurrence of an overvoltage and the electrical isolation of the electrically operated components from the grid is less than 10 ms, wherein the fast-break device has at least one filter for adapting the characteristic of the overvoltage detection by influencing the switching characteristic of the fast-break device , wherein the input value of the filter is the absolute value of the combined voltage vector |U| of the phases of the grid .
A station device comprising: a reception unit configured to receive a signal transmitted from a second network other than a first network to which the station device belongs, the first network being a basic service set, BSS, constituted by an access point and at least the station device , the second network being an overlap basic service set, OBSS, that overlaps with the BSS; an acquisition unit configured to acquire parameter information regarding the signal; and a reporting unit configured to report the parameter information to the access point that performs interference control in the BSS based on the parameter information, the parameter information including detection time information, modulation and coding scheme, MCS, information, BSS Color information, received signal strength indicator, RSSI, information, wireless local area network, LAN, version information, data type information, and duration information regarding transmission path utilization time. a reception unit configured to receive a signal transmitted from a second network other than a first network to which the station device belongs, the first network being a basic service set, BSS, constituted by an access point and at least the station device , the second network being an overlap basic service set, OBSS, that overlaps with the BSS; an acquisition unit configured to acquire parameter information regarding the signal; and a reporting unit configured to report the parameter information to the access point that performs interference control in the BSS based on the parameter information, the parameter information including detection time information, modulation and coding scheme, MCS, information, BSS Color information, received signal strength indicator, RSSI, information, wireless local area network, LAN, version information, data type information, and duration information regarding transmission path utilization time.
Printer having a printing device for printing on histology-laboratory consumable articles , in particular on cassettes or slides or labels, having an optical reading apparatus , characterized in that the optical reading apparatus a. reads an image pattern of a histology-laboratory consumable article to be printed on by means of the printing device , generates analogue or digital image-pattern image signals relating to the image pattern that has been read, and transfers the image-pattern image signals to a control apparatus of the printer, and/or b. reads an impression printed on a histology-laboratory consumable article by the printing device , generates analogue or digital impression image signals relating to the impression that has been read, and transfers the impression image signals to a control apparatus of the printer, which determines at least one quality parameter relating to the impression . a. reads an image pattern of a histology-laboratory consumable article to be printed on by means of the printing device , generates analogue or digital image-pattern image signals relating to the image pattern that has been read, and transfers the image-pattern image signals to a control apparatus of the printer, and/or b. reads an impression printed on a histology-laboratory consumable article by the printing device , generates analogue or digital impression image signals relating to the impression that has been read, and transfers the impression image signals to a control apparatus of the printer, which determines at least one quality parameter relating to the impression .