mhurhangee/patent-ind-claim-en huggingface dataset:
A display mechanism for displaying a lunar date for a clock movement , comprising a date wheel carrying a display hand arranged to move opposite an indication scale indicating the lunar date, said date wheel being intended to be driven by a drive wheel of the clock movement in such a way that said display hand is able to travel along said indication scale in a maximum of thirty days, characterised in that it is arranged in such a way that said date wheel has a retrograde movement, said indication scale being open, in that it comprises a coloured band extending substantially from one end of said indication scale to the other, being substantially parallel to said indication scale, said coloured band having a light portion intended to illustrate at least part of the Moon, and a complementary dark portion , the proportion between said light and dark portions varying along said indication scale to take account of the changing appearance of the Moon according to the lunar date, and in that said display hand has a substantially circular window arranged to move opposite said coloured band and delimit a display portion thereof, at each moment, to display the phases of the Moon. characterised in that it is arranged in such a way that said date wheel has a retrograde movement, said indication scale being open, in that it comprises a coloured band extending substantially from one end of said indication scale to the other, being substantially parallel to said indication scale, said coloured band having a light portion intended to illustrate at least part of the Moon, and a complementary dark portion , the proportion between said light and dark portions varying along said indication scale to take account of the changing appearance of the Moon according to the lunar date, and in that said display hand has a substantially circular window arranged to move opposite said coloured band and delimit a display portion thereof, at each moment, to display the phases of the Moon.
A method comprising: i) receiving an input signal comprising information associated with a manipulation of a surface of a touch-sensitive non mechanical input device , and ii) generating a vibrotactile signal configured to cause an actuator to produce a vibrotactile effect to the surface of the touch-sensitive non mechanical input device; further comprising: iii) storing a plurality of stored virtual detent profiles; iv) determining one of said plurality of stored virtual detent profiles to generate a vibrotactile signal; wherein said determination is based at least in part on the input signal and the vibrotactile effect is configured to simulate mechanical feedback. i) receiving an input signal comprising information associated with a manipulation of a surface of a touch-sensitive non mechanical input device , and ii) generating a vibrotactile signal configured to cause an actuator to produce a vibrotactile effect to the surface of the touch-sensitive non mechanical input device; iii) storing a plurality of stored virtual detent profiles; iv) determining one of said plurality of stored virtual detent profiles to generate a vibrotactile signal;
Method for the analysis of a data set of a time-of-flight mass spectrometry measurement for the detection of intensity maxima in the form of peaks, wherein a time-of-flight of accelerated masses with charges is measured, in particular of a data set comprising an intensity of the ion frequency related to a mass per charge, in particular of biological molecules, in particular obtained from a MALDI method, matrix-assisted laser desorption/ionization, wherein peak information is separated from noise, wherein a 2-parameter transformation from the data set of the time-of-flight mass spectrometry measurement into a time-frequency phase space is carried out by means of a transformation means, wherein the time-frequency phase space is the space which is spanned by the two parameters (k, l) of the 2-parameter transformation, a wavelet transformation or a Gabor transformation being carried out with the transformation means, the signal of the data set being subdivided into individual signal sections f n to be compared with a data set subdivision means, successive signal sections f n and/or f n +1 in particular having a predetermined overlap in a window, in particular about 25%, 30%, 35% or 50% of a predetermined window width, the transformation means establishing a relationship between the signal f n and the second, adjacent signal f n +1 by determining a multiplier G m : L 2 R → L 2 R , the wavelet multiplier or the Gabor multiplier, for identifying the similarity of the two signals f n and/or f n +1 , which multiplier converts the first signal f n into the second signal f n +1 f n + 1 = G m f n , especially in an approximation f n + 1 = G m f n = V g * m ⋅ V g f n Whereas V g : L 2 R → l 2 Z 2 = Analysis operator of the 2-parameter transformation, with a window function means g(t), V g ∗ = associated adjoint operator of the 2-parameter transformation, G m : L 2 R → L 2 R = Gabor multiplier or wavelet multiplier, which describes the 2-parameter transformation between the first signal f n and a second signal f n +1 with different phase space characteristics, in particular time-frequency (modulate) characteristics, by multiplicative modification, where m ∈ l ∞ Z 2 = Mask of the respective multiplier, Wavelet or Gabor Multipliers, wherein an approximation by multiplication in the time/frequency range is carried out by adapting a mask m, where the mask m is nearly 1, if the signals f n and f n +1 are very similar, where the mask m is different from 1 if a peak exists f n and/or i n +1 which does not occur in the other region f n and/or f n +1 . V g : L 2 R → l 2 Z 2 = Analysis operator of the 2-parameter transformation, with a window function means g(t), V g ∗ = associated adjoint operator of the 2-parameter transformation, G m : L 2 R → L 2 R = Gabor multiplier or wavelet multiplier, which describes the 2-parameter transformation between the first signal f n and a second signal f n +1 with different phase space characteristics, in particular time-frequency (modulate) characteristics, by multiplicative modification, where m ∈ l ∞ Z 2 = Mask of the respective multiplier, Wavelet or Gabor Multipliers,
A data sending method performed by a terminal device , the method comprising: receiving , configuration information from a network device, wherein the configuration information is used to configure a non-scheduling resource, which is a periodic resource pre-allocated by the network; determining , based on the configuration information, a non-scheduling resource for data transmission; characterised in that it further comprises starting , when grant resource indication information is received from the network device, a first timer, wherein the non-scheduling resource for data transmission is not used for sending uplink data within duration of the first timer. receiving , configuration information from a network device, wherein the configuration information is used to configure a non-scheduling resource, which is a periodic resource pre-allocated by the network; determining , based on the configuration information, a non-scheduling resource for data transmission; characterised in that it further comprises starting , when grant resource indication information is received from the network device, a first timer, wherein the non-scheduling resource for data transmission is not used for sending uplink data within duration of the first timer.
A method for enriching a plurality of target nucleic acids in a sample, the method comprising: providing an endonuclease system; wherein each of the plurality of target nucleic acids comprises a first variant and a second variant, wherein the first variant of each of the plurality of target nucleic acids comprises a wild-type allele sequence, wherein the wild-type allele sequence comprises a AKT1, BRAF, EGFR, KRAS, MAP2K1, NRAS, PI3KCA or PTEN wild-type allele sequence, wherein the endonuclease system comprises a plurality of clustered regularly interspaced short palindromic repeat (CRISPR) RNAs (crRNAs), or derivatives thereof, each crRNA comprising a targeting sequence, and a plurality of CRISPR-associated (Cas) proteins, or variants thereof, each Cas protein capable of binding to a protospacer adjacent motif (PAM) site on a target nucleic acid, wherein the first variant of each target nucleic acid comprises a PAM site adjacent to a region complementary to a crRNA targeting sequence, and wherein the second variant does not comprise the PAM site or does not comprise the region complementary to the crRNA targeting sequence adjacent to the PAM site, and contacting the sample with the endonuclease system, thereby depleting the first variant and enriching the second variant of each of the plurality of target nucleic acids in the sample. providing an endonuclease system; wherein each of the plurality of target nucleic acids comprises a first variant and a second variant, wherein the first variant of each of the plurality of target nucleic acids comprises a wild-type allele sequence, wherein the wild-type allele sequence comprises a AKT1, BRAF, EGFR, KRAS, MAP2K1, NRAS, PI3KCA or PTEN wild-type allele sequence, wherein the endonuclease system comprises a plurality of clustered regularly interspaced short palindromic repeat (CRISPR) RNAs (crRNAs), or derivatives thereof, each crRNA comprising a targeting sequence, and a plurality of CRISPR-associated (Cas) proteins, or variants thereof, each Cas protein capable of binding to a protospacer adjacent motif (PAM) site on a target nucleic acid, wherein the first variant of each target nucleic acid comprises a PAM site adjacent to a region complementary to a crRNA targeting sequence, and wherein the second variant does not comprise the PAM site or does not comprise the region complementary to the crRNA targeting sequence adjacent to the PAM site, and contacting the sample with the endonuclease system, thereby depleting the first variant and enriching the second variant of each of the plurality of target nucleic acids in the sample.
An assembly comprising: a steam sterilizable filter disposed downstream from a freeze dryer chamber ; a first valve disposed downstream from the filter , wherein the first valve is in a closed position during a steam sterilization cycle (SIP); a second valve disposed downstream from the steam sterilizable filter , wherein the second valve is in an open position during the steam sterilization cycle (SIP); and a gauge disposed downstream from the first valve , wherein the gauge is to determine a plurality of measurements of a freeze-drying system associated with the freeze dryer chamber , wherein the first valve in the closed position is configured to protect the gauge , a main drain downstream the second valve . a steam sterilizable filter disposed downstream from a freeze dryer chamber ; a first valve disposed downstream from the filter , wherein the first valve is in a closed position during a steam sterilization cycle (SIP); a second valve disposed downstream from the steam sterilizable filter , wherein the second valve is in an open position during the steam sterilization cycle (SIP); and a gauge disposed downstream from the first valve , wherein the gauge is to determine a plurality of measurements of a freeze-drying system associated with the freeze dryer chamber , wherein the first valve in the closed position is configured to protect the gauge , a main drain downstream the second valve .
A method of performing chromatic dispersion estimation in a receiver of an optical communication system, comprising the steps of: - receiving a signal divided into frames , wherein each frame comprises a training portion and a data portion , and wherein the training portion comprises at least two identical pattern sequences, - equalizing the received signal such as to generate a plurality of equalized signals each corresponding to a different setting of an equalizer , wherein each of the equalized signals comprises at least one frame , - determining a plurality of correlation values , wherein at least one correlation value is calculated for each frame comprised in the equalized signal , and wherein each correlation is calculated between a first pattern sequence and a second pattern sequence of the corresponding frame , - determining a final correlation value for each of the equalized signals by averaging the plurality of correlation values determined for each of the equalized signals , and - selecting the setting of the equalizer corresponding to the equalized signal providing the highest final correlation value . - receiving a signal divided into frames , wherein each frame comprises a training portion and a data portion , and wherein the training portion comprises at least two identical pattern sequences, - equalizing the received signal such as to generate a plurality of equalized signals each corresponding to a different setting of an equalizer , wherein each of the equalized signals comprises at least one frame , - determining a plurality of correlation values , wherein at least one correlation value is calculated for each frame comprised in the equalized signal , and wherein each correlation is calculated between a first pattern sequence and a second pattern sequence of the corresponding frame , - determining a final correlation value for each of the equalized signals by averaging the plurality of correlation values determined for each of the equalized signals , and - selecting the setting of the equalizer corresponding to the equalized signal providing the highest final correlation value .
A lighting system comprising: a first lightguide comprising: two first major surfaces ; a first apex edge formed between the two first major surfaces ; and a first lower edge formed between the two first major surfaces ; one or more first LEDs disposed along the first apex edge to couple light into the first lightguide through the first apex edge; a second lightguide comprising: two second major surfaces ; a second apex edge formed between the two second major surfaces ; and a second lower edge formed between the two second major surfaces ; one or more second LEDs disposed along the second apex edge to couple light into the second lightguide through the second apex edge; and a frame; wherein the first lightguide and the second lightguide are angled relative to one another to provide an apex at the first apex edge and the second apex edge, the frame configured for recessed installation in a ceiling; characterized in that the frame comprises a first recess that receives and supports the first lower edge of the first light guide and comprises a second recess that receives and supports the second lower edge of the second light guide ; and in that at least one first spring disposed in the first recess and in contact with the first lower edge of the first lightguide ; and at least one second spring disposed in the second recess and in contact with the second lower edge of the second lightguide . a first lightguide comprising: two first major surfaces ; a first apex edge formed between the two first major surfaces ; and a first lower edge formed between the two first major surfaces ; two first major surfaces ; a first apex edge formed between the two first major surfaces ; and a first lower edge formed between the two first major surfaces ; one or more first LEDs disposed along the first apex edge to couple light into the first lightguide through the first apex edge; a second lightguide comprising: two second major surfaces ; a second apex edge formed between the two second major surfaces ; and a second lower edge formed between the two second major surfaces ; two second major surfaces ; a second apex edge formed between the two second major surfaces ; and a second lower edge formed between the two second major surfaces ; one or more second LEDs disposed along the second apex edge to couple light into the second lightguide through the second apex edge; and a frame; wherein the first lightguide and the second lightguide are angled relative to one another to provide an apex at the first apex edge and the second apex edge, the frame configured for recessed installation in a ceiling; characterized in that the frame comprises a first recess that receives and supports the first lower edge of the first light guide and comprises a second recess that receives and supports the second lower edge of the second light guide ; and in that at least one first spring disposed in the first recess and in contact with the first lower edge of the first lightguide ; and at least one second spring disposed in the second recess and in contact with the second lower edge of the second lightguide .
A system designed to locate a contraband device in a controlled environment, comprising: a memory that stores a plurality of alerts received from one or more mobile devices or one or more access points, each alert of the plurality of alerts indicating a contraband device detection and having a corresponding location and a corresponding timestamp; a network interface configured to: receive an alert from a mobile device, the alert signifying that the mobile device has detected a wireless transmission sent or received by the contraband device, and the alert including the alert timestamp and the alert location; and an application server configured to: determine a subset of alerts from among the stored plurality of alerts that are within a proximity to the location corresponding to the received alert and within a time frame of the timestamp corresponding to the received alert; and determine a contraband device location based at least on the alert location and the locations corresponding to the alerts of the subset of alerts. a memory that stores a plurality of alerts received from one or more mobile devices or one or more access points, each alert of the plurality of alerts indicating a contraband device detection and having a corresponding location and a corresponding timestamp; a network interface configured to: receive an alert from a mobile device, the alert signifying that the mobile device has detected a wireless transmission sent or received by the contraband device, and the alert including the alert timestamp and the alert location; and an application server configured to: determine a subset of alerts from among the stored plurality of alerts that are within a proximity to the location corresponding to the received alert and within a time frame of the timestamp corresponding to the received alert; and determine a contraband device location based at least on the alert location and the locations corresponding to the alerts of the subset of alerts. receive an alert from a mobile device, the alert signifying that the mobile device has detected a wireless transmission sent or received by the contraband device, and the alert including the alert timestamp and the alert location; and an application server configured to: determine a subset of alerts from among the stored plurality of alerts that are within a proximity to the location corresponding to the received alert and within a time frame of the timestamp corresponding to the received alert; and determine a contraband device location based at least on the alert location and the locations corresponding to the alerts of the subset of alerts. determine a subset of alerts from among the stored plurality of alerts that are within a proximity to the location corresponding to the received alert and within a time frame of the timestamp corresponding to the received alert; and determine a contraband device location based at least on the alert location and the locations corresponding to the alerts of the subset of alerts.
Combustion-operated setting tool for driving fastening elements into a substrate, having at least one main combustion chamber for a fuel, having a driving piston , which is able to be driven out of the main combustion chamber in a setting direction via expandable gases, and having a prechamber to which an ignition device is assigned and in which, before the ignition of a fuel/air mixture in the main combustion chamber , a pressure acting on the main combustion chamber is able to be built up, wherein the setting tool can be operated in different energy classes by energy adjustment, characterized in that the prechamber is connected or connectable to an environment of the prechamber via at least one through-opening that is closable by a control device , wherein a flow cross section of the through-openings is adjustable for energy adjustment.
A heater panel comprising: a core ; a heater/dielectric layer including a positive thermal coefficient (PTC) heater layer between a pair of dielectric layers , wherein the heater/dielectric layer is bonded to the core in a stack; and an impact layer bonded to the stack, wherein the impact layer includes a first sub-layer for impact absorption that is bonded to the stack and a second sub-layer for cut resistance bonded to the first sub-layer , wherein the second sub-layer has a higher material hardness than that of the first-sub layer wherein the second sub-layer of the impact layer includes at least one of a thermoplastic, glass, and/or ballistic fibers. a core ; a heater/dielectric layer including a positive thermal coefficient (PTC) heater layer between a pair of dielectric layers , wherein the heater/dielectric layer is bonded to the core in a stack; and an impact layer bonded to the stack, wherein the impact layer includes a first sub-layer for impact absorption that is bonded to the stack and a second sub-layer for cut resistance bonded to the first sub-layer , wherein the second sub-layer has a higher material hardness than that of the first-sub layer wherein the second sub-layer of the impact layer includes at least one of a thermoplastic, glass, and/or ballistic fibers.
A plug system with magnetic connection used for marking of the tire sidewalls within a manufacturing mould in a tire manufacturing sector containing; - magnetic connection tools located on the surfaces of the plugs used for marking the tires, which contact the mould and/or in the plug slots within the structure of the mould and which provide the placement and fixing of the mentioned plugs in the mentioned slots on the mould and - a push-mechanism pushing the plugs , which are fixed in the slots within the structure of the mould by means of the mentioned magnetic connection , outwards to some extent and this way releasing them from the magnetic connection , wherein the push-mechanism contains: - at least one push-pin in the mentioned slot and/or within the structure of said plug and shaft or gear system that provides the push-pin in the slot to move towards the plug and/or the push-pin within the structure of the plug to move toward the slot , which can be controlled from outside the mould . - magnetic connection tools located on the surfaces of the plugs used for marking the tires, which contact the mould and/or in the plug slots within the structure of the mould and which provide the placement and fixing of the mentioned plugs in the mentioned slots on the mould and - a push-mechanism pushing the plugs , which are fixed in the slots within the structure of the mould by means of the mentioned magnetic connection , outwards to some extent and this way releasing them from the magnetic connection , - at least one push-pin in the mentioned slot and/or within the structure of said plug and shaft or gear system that provides the push-pin in the slot to move towards the plug and/or the push-pin within the structure of the plug to move toward the slot , which can be controlled from outside the mould .