mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing apparatus, comprising: a light source unit configured to illuminate a sheet; a reading unit configured to read the image of the sheet; a white reference plate for shading compensation; a check mark (TM) formed on the white reference plate and located outside a range in which the reading unit reads the sheet; and a determination unit configured to determine whether or not dew is formed based on the result of the reading of the check mark by the reading unit, wherein, when the reading unit reads that the maximum value of the quantity of the reading light of the check mark is smaller than a preset first threshold, the determination unit is configured to determine whether or not dew is formed; when the reading unit reads that the difference of the maximum value and the minimal value of the quantity of the reading light of the check mark is smaller than a preset second threshold, the determination unit is configured to determine the existence of dew; and when the reading unit reads that the difference of the maximum value and the minimal value of the quantity of the reading light of the check mark is greater than the preset second threshold, the determination unit is configured to determine that the light source unit is abnormal. a light source unit configured to illuminate a sheet; a reading unit configured to read the image of the sheet; a white reference plate for shading compensation; a check mark (TM) formed on the white reference plate and located outside a range in which the reading unit reads the sheet; and a determination unit configured to determine whether or not dew is formed based on the result of the reading of the check mark by the reading unit, wherein, when the reading unit reads that the maximum value of the quantity of the reading light of the check mark is smaller than a preset first threshold, the determination unit is configured to determine whether or not dew is formed; when the reading unit reads that the difference of the maximum value and the minimal value of the quantity of the reading light of the check mark is smaller than a preset second threshold, the determination unit is configured to determine the existence of dew; and when the reading unit reads that the difference of the maximum value and the minimal value of the quantity of the reading light of the check mark is greater than the preset second threshold, the determination unit is configured to determine that the light source unit is abnormal.
Preparation, comprising a) from 5 to 50% by weight of triacetin and b) from 50 to 95% by weight of one or more plasticizers from the group of adipic polyester, CAS Reg. No. 951214-53-2, acetyltributylcitrate, dipropylene glycol dibenzoate, triisononyl trimellitate. a) from 5 to 50% by weight of triacetin and b) from 50 to 95% by weight of one or more plasticizers from the group of adipic polyester, CAS Reg. No. 951214-53-2, acetyltributylcitrate, dipropylene glycol dibenzoate, triisononyl trimellitate.
A refrigeration system , comprising: a cooling apparatus ; a generator that provides electrical power to the cooling apparatus ; an engine that provides mechanical power to the generator ; and a processor configured to receive a determined ambient temperature, determine an electrical load of the generator based on received voltage and current associated with the generator, receive a determined temperature of the generator , and determine whether the temperature of the generator exceeds a threshold, characterised in that : the threshold is dependent on the ambient temperature and the load of the generator , and the processor is configured to control at least the cooling apparatus in a manner that alters a load on the generator when the determined temperature of the generator exceeds the threshold. a cooling apparatus ; a generator that provides electrical power to the cooling apparatus ; an engine that provides mechanical power to the generator ; and a processor configured to receive a determined ambient temperature, determine an electrical load of the generator based on received voltage and current associated with the generator, receive a determined temperature of the generator , and determine whether the temperature of the generator exceeds a threshold, receive a determined ambient temperature, determine an electrical load of the generator based on received voltage and current associated with the generator, receive a determined temperature of the generator , and determine whether the temperature of the generator exceeds a threshold, characterised in that : the threshold is dependent on the ambient temperature and the load of the generator , and the processor is configured to control at least the cooling apparatus in a manner that alters a load on the generator when the determined temperature of the generator exceeds the threshold. the threshold is dependent on the ambient temperature and the load of the generator , and the processor is configured to control at least the cooling apparatus in a manner that alters a load on the generator when the determined temperature of the generator exceeds the threshold.
A heat exchanger (400; 900) for cooling air in a gas turbine engine comprising: a central manifold comprising an inlet portion (412; 912), a first outlet portion (414; 914), and a second outlet portion (416; 916); a plurality of tubes coupled to the central manifold , the plurality of tubes comprising at least a first tube, a second tube, a third tube, and a fourth tube; a shroud (450; 950) at least partially encasing said plurality of tubes ; and a cooling air flow path (F) defined by at least one of the shroud (450; 950), the plurality of tubes , and an outer surface of the central manifold , wherein the cooling air flow path (F) is orthogonal to said plurality of tubes ; characterised in that the first tube is coupled between a first quadrant of the inlet portion (412; 912) and a first half of the first outlet portion (414; 914); the second tube is coupled between a second quadrant of the inlet portion (412; 912) and a second half of the first outlet portion (414; 914); the third tube is coupled between a third quadrant of the inlet portion (412; 912) and a first half of the second outlet portion (416; 916); and the fourth tube is coupled between a fourth quadrant of the inlet portion (412; 912) and a second half of the second outlet portion (416; 916); and in that the plurality of tubes are folded and comprise a straight portion and a rounded portion . a central manifold comprising an inlet portion (412; 912), a first outlet portion (414; 914), and a second outlet portion (416; 916); a plurality of tubes coupled to the central manifold , the plurality of tubes comprising at least a first tube, a second tube, a third tube, and a fourth tube; a shroud (450; 950) at least partially encasing said plurality of tubes ; and a cooling air flow path (F) defined by at least one of the shroud (450; 950), the plurality of tubes , and an outer surface of the central manifold , wherein the cooling air flow path (F) is orthogonal to said plurality of tubes ; characterised in that the first tube is coupled between a first quadrant of the inlet portion (412; 912) and a first half of the first outlet portion (414; 914); the second tube is coupled between a second quadrant of the inlet portion (412; 912) and a second half of the first outlet portion (414; 914); the third tube is coupled between a third quadrant of the inlet portion (412; 912) and a first half of the second outlet portion (416; 916); and the fourth tube is coupled between a fourth quadrant of the inlet portion (412; 912) and a second half of the second outlet portion (416; 916); and in that the plurality of tubes are folded and comprise a straight portion and a rounded portion .
A chimeric simian foamy virus (SFV) comprising: a first genomic fragment of a first SFV strain; and a second genomic fragment of a second SFV strain wherein said first SFV strain is a chimpanzee PAN1 SFV strain, and wherein said second SFV strain is a chimpanzee PAN2 SFV strain. a first genomic fragment of a first SFV strain; and a second genomic fragment of a second SFV strain wherein said first SFV strain is a chimpanzee PAN1 SFV strain, and wherein said second SFV strain is a chimpanzee PAN2 SFV strain.
A report processing apparatus comprising: means for obtaining first report information reported from a terminal apparatus (201-204) with respect to a target emergency event; means for analyzing a location of the terminal apparatus (201-204) based on the first report information and determining one or more first report destinations associated with the target emergency event from a plurality of candidate report destinations (401 - 405) based on the location of the terminal apparatus, the one or more first report destinations being one or more radio communication apparatuses located in a predetermined neighborhood area from the location of the terminal apparatus (201-204); means for transmitting information related to the first report information to the one or more first report destinations , the information related to the first report information including information for requesting second report information; and means for receiving the second report information from the one or more first report destinations ; wherein the means for determining are configured to determine one or more second report destinations from the plurality of candidate report destinations (401-405) based on the second report information; and the means for transmitting are configured to transmit information related to the second report information to the one or more second report destinations . means for obtaining first report information reported from a terminal apparatus (201-204) with respect to a target emergency event; means for analyzing a location of the terminal apparatus (201-204) based on the first report information and determining one or more first report destinations associated with the target emergency event from a plurality of candidate report destinations (401 - 405) based on the location of the terminal apparatus, the one or more first report destinations being one or more radio communication apparatuses located in a predetermined neighborhood area from the location of the terminal apparatus (201-204); means for transmitting information related to the first report information to the one or more first report destinations , the information related to the first report information including information for requesting second report information; and means for receiving the second report information from the one or more first report destinations ; wherein the means for determining are configured to determine one or more second report destinations from the plurality of candidate report destinations (401-405) based on the second report information; and the means for transmitting are configured to transmit information related to the second report information to the one or more second report destinations .
Method for selective isolation of microorganisms of interest in a liquid biological sample comprising or likely to comprise, notably: • microorganisms of interest whose cell membrane or capsid does not contain cholesterol, and • untargeted elements, i.e.: - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, said method comprising the following steps: a) bringing the liquid biological sample into contact with a saponin formulation, in order to destabilize the cell membranes containing cholesterol or the viral envelopes containing cholesterol or the membranes of mycoplasmas containing cholesterol, b) performing osmotic shock of the untargeted cells in order to lyse them specifically, c) adding an agent for precipitating the unlysed microorganisms of interest in solution in the sample, which is polyethylene glycol, d) adding a solution of at least one enzyme able to lyse the free nucleic acids (DNA and/or RNA) derived from the untargeted elements lysed in solution in the sample, allowing the microorganisms of interest to be obtained selectively. • microorganisms of interest whose cell membrane or capsid does not contain cholesterol, and • untargeted elements, i.e.: - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, - untargeted cells whose cell membrane contains cholesterol, and - optionally, viruses with envelopes containing cholesterol, and - optionally mycoplasmas containing cholesterol, and - optionally, debris of microorganisms of interest and/or of untargeted cells, a) bringing the liquid biological sample into contact with a saponin formulation, in order to destabilize the cell membranes containing cholesterol or the viral envelopes containing cholesterol or the membranes of mycoplasmas containing cholesterol, b) performing osmotic shock of the untargeted cells in order to lyse them specifically, c) adding an agent for precipitating the unlysed microorganisms of interest in solution in the sample, which is polyethylene glycol, d) adding a solution of at least one enzyme able to lyse the free nucleic acids (DNA and/or RNA) derived from the untargeted elements lysed in solution in the sample, allowing the microorganisms of interest to be obtained selectively.
Combination of an adhesive tape for wrapping elongate objects and the object concerned, wherein the adhesive tape with a support is further equipped with an adhesive coating applied to one side or both sides, and a marking , characterized in that the marking is designed as a positioning aid during wrapping, and particularly in such a way that a following wrap (8 or 9, 10) is glued with a predetermined overlap (A) defined by the positioning aid onto each preceding wrap (7 or 8, 9) which is glued fixedly to the object , wherein the support is furnished with the adhesive coating over the entire surface thereof, or the adhesive coating is applied to the support in the form of a strip, provided it is ensured that the individual wraps (7 or 8, 9, 10) are glued fixedly to the object .
A last for shaping a shoe upper , comprising: at least an outer peripheral portion comprising an aggregate of a plurality of blocks , the plurality of blocks of the aggregate comprising blocks having a cubic shape and/or a rectangular parallelepiped shape, and the plurality of blocks being joinable together and separable from each other. at least an outer peripheral portion comprising an aggregate of a plurality of blocks , the plurality of blocks of the aggregate comprising blocks having a cubic shape and/or a rectangular parallelepiped shape, and the plurality of blocks being joinable together and separable from each other.
A method to be carried out in a wireless device of a wireless communication system, for supporting verification of a device category of the wireless device, comprising the steps of: receiving from a network node a verification message including a random bit sequence; calculating a verification signature from the random bit sequence by using a verification function assigned to the device category; and transmitting the calculated verification signature to the network node in an uplink message of a random access procedure or in the first uplink message following a random access procedure so as to allow verification of the device category using the verification signature at a network node; wherein the device category is associated with a security level or priority level shared by a group of wireless devices. receiving from a network node a verification message including a random bit sequence; calculating a verification signature from the random bit sequence by using a verification function assigned to the device category; and transmitting the calculated verification signature to the network node in an uplink message of a random access procedure or in the first uplink message following a random access procedure so as to allow verification of the device category using the verification signature at a network node; wherein the device category is associated with a security level or priority level shared by a group of wireless devices.
A DC voltage function calibration device comprising: a first meter calibrator configured to be calibrated to a reference value for a reference point and having a first plus terminal and a first minus terminal ; a second meter calibrator configured to be calibrated to the reference value for the reference point and having a second plus terminal and a second minus terminal connected to the first minus terminal ; a digital multi meter having a third plus terminal connected to the first plus terminal and a third minus terminal connected to the second plus terminal ; and a DC voltage calibration circuit configured to control the calibration of a DC voltage for other points through up-converting or down-converting a voltage value based on the reference value set in the first meter calibrator and the second meter calibrator , wherein the DC voltage calibration circuit is configured to calibrate an extension point of the digital multi meter using the combined voltage of the first meter calibrator and the second meter calibrator as a reference of the extension point. a first meter calibrator configured to be calibrated to a reference value for a reference point and having a first plus terminal and a first minus terminal ; a second meter calibrator configured to be calibrated to the reference value for the reference point and having a second plus terminal and a second minus terminal connected to the first minus terminal ; a digital multi meter having a third plus terminal connected to the first plus terminal and a third minus terminal connected to the second plus terminal ; and a DC voltage calibration circuit configured to control the calibration of a DC voltage for other points through up-converting or down-converting a voltage value based on the reference value set in the first meter calibrator and the second meter calibrator , wherein the DC voltage calibration circuit is configured to calibrate an extension point of the digital multi meter using the combined voltage of the first meter calibrator and the second meter calibrator as a reference of the extension point.
A synergistic microbicidal composition comprising of lactic acid and phenethyl alcohol, wherein the weight ratio of lactic acid to phenethyl alcohol is 4:1 to 1:1.25.
A magnetic levitation vehicle comprising a magnet arrangement having multiple magnetic poles , each of which is formed by a core and a winding , also having a control circuit connected to the windings , and an energy supply unit for providing at least the electrical energy required by the control circuit , wherein the magnet arrangement is designed as an autonomous modular unit comprising the magnetic poles , the control circuit and the energy supply unit in one block, characterized in that the magnet arrangement forms at least one levitation magnet , which provides the exciter field of a long stator motor for propelling purposes.
Method for processing transmission errors during contactless communication of information between a device, for example a card, and a reader, the information being transmitted in the form of frames to a transceiver module (DIS1) of the reader (SYS) coupled contactlessly to said device (CT) and controlled by a control module (DIS2) coupled to the transceiver module, said information being extracted from said frames within the transceiver module in order to be delivered to the control module, the method comprising detecting transmission errors to be ignored, performed entirely within the transceiver module (DIS1), characterized in that the method comprises, after detecting a transmission error to be ignored, and before the expiry of a reference time, a self-placing of the transceiver module (DIS1) into a state in which it is ready to process a new frame from the device, in that detecting a transmission error to be ignored comprises analysing, by the transceiver module (DIS1), the structure and/or the content of the received frames and/or coding rules for the bits transmitted within these frames, and in that a frame comprises a start of frame indication (IDT), several bytes of data and a cyclic redundancy check indication (CRCi), and the bits contained in these frames are transmitted in a form coded by coding, and said analysis comprises analysing the start of frame indication, analysing the cyclic redundancy check indication, analysing the number of bytes of each frame, analysing the presence or absence of residual bits in a frame, and, if at least one residual bit is present, determining whether or not the coding rules for this or these residual bits have been violated.
A medical-device system , comprising: a stimulation control circuit configured to generate a control signal to deliver cardiac stimulation to a heart of a patient according to stimulation parameters stored in a memory according to a plurality of heart rate ranges, and to update at least a portion of the stored stimulation parameters, including: provide a plurality of timers (TIMER_1, TIMER_2, TIMER_3) each having a duration, wherein each of the plurality of timers corresponds to different heart rate ranges (HR_RANGE_1, HR_RANGE_2, HR_RANGE_3), and is configured to expire after the respective duration has elapsed from a respective reset time; identify, from the plurality of heart rate ranges, a target heart range in which a detected heart rate falls, and measure (Step 620) an atrioventricular conduction characteristic value if the timer for the target heart range has expired at the detected heart rate; and update (Step 640) at least a portion of the stimulation parameters stored in the memory and corresponding to the target heart rate range using the measured atrioventricular conduction characteristic. provide a plurality of timers (TIMER_1, TIMER_2, TIMER_3) each having a duration, wherein each of the plurality of timers corresponds to different heart rate ranges (HR_RANGE_1, HR_RANGE_2, HR_RANGE_3), and is configured to expire after the respective duration has elapsed from a respective reset time; identify, from the plurality of heart rate ranges, a target heart range in which a detected heart rate falls, and measure (Step 620) an atrioventricular conduction characteristic value if the timer for the target heart range has expired at the detected heart rate; and update (Step 640) at least a portion of the stimulation parameters stored in the memory and corresponding to the target heart rate range using the measured atrioventricular conduction characteristic.
A pressure sensing system for a seat cushion , comprising: a flexible printed circuit comprising: a flexible substrate ; and N horizontal sensing wires and M vertical sensing wires securely placed on a top surface of the flexible substrate , wherein the horizontal sensing wires intersect with the vertical sensing wires and form (NXM) intersections; and a layer of an electrically conductive foam placed on top of the N horizontal sensing wires and the M vertical sensing wires , wherein when a pressure is applied to the layer of the electrically conductive foam , each intersection generates in real time an electric flux density value to reflect a degree of a compression caused by the pressure to a corresponding point of the electrically conductive foam . a flexible substrate ; and N horizontal sensing wires and M vertical sensing wires securely placed on a top surface of the flexible substrate , wherein the horizontal sensing wires intersect with the vertical sensing wires and form (NXM) intersections; and a layer of an electrically conductive foam placed on top of the N horizontal sensing wires and the M vertical sensing wires , wherein when a pressure is applied to the layer of the electrically conductive foam , each intersection generates in real time an electric flux density value to reflect a degree of a compression caused by the pressure to a corresponding point of the electrically conductive foam .