mhurhangee/patent-ind-claim-en huggingface dataset:
An aqueous roof dispersion coating material formed of or containing a) a first organic binder in the form of an aqueous dispersion containing at least one pure acrylate, and a second organic binder in the form of an aqueous dispersion, containing vinyl aromatic/acrylate copolymers, wherein the total amount of first and second organic binder is at least 18.0 wt.% (solids content), based on the total weight of the dispersion coating material, b) at least one pH adjusting agent, c) at least one thickener, d) at least one alkyl alkoxysilane, alkyl alkoxysiloxane, water-soluble alkyl siliconate, in particular potassium methyl siliconate, monoalkyl silanetriol, dialkyl silanediol, trialkyl silanol, alkali salt of monoalkyl silanetriol, in particular potassium methyl silanetriolate and/or potassium ethyl silanetriolate, dialkyl silanediol, trialky Isilanol or any mixtures thereof, e) water glass and/or silica sol, in particular water glass, f) at least one wetting and/or dispersing agent, and g) optionally at least one additive, wherein the aqueous coating material has a pH in the range from 8.5 to 12 or is adjusted to a pH in the range from 8.5 to 12, and wherein the content of the pure acrylate binder (solids content), based on the total amount of organic binders, is above 60 wt.%. a) a first organic binder in the form of an aqueous dispersion containing at least one pure acrylate, and a second organic binder in the form of an aqueous dispersion, containing vinyl aromatic/acrylate copolymers, wherein the total amount of first and second organic binder is at least 18.0 wt.% (solids content), based on the total weight of the dispersion coating material, a second organic binder in the form of an aqueous dispersion, containing vinyl aromatic/acrylate copolymers, wherein the total amount of first and second organic binder is at least 18.0 wt.% (solids content), based on the total weight of the dispersion coating material, b) at least one pH adjusting agent, c) at least one thickener, d) at least one alkyl alkoxysilane, alkyl alkoxysiloxane, water-soluble alkyl siliconate, in particular potassium methyl siliconate, monoalkyl silanetriol, dialkyl silanediol, trialkyl silanol, alkali salt of monoalkyl silanetriol, in particular potassium methyl silanetriolate and/or potassium ethyl silanetriolate, dialkyl silanediol, trialky Isilanol or any mixtures thereof, e) water glass and/or silica sol, in particular water glass, f) at least one wetting and/or dispersing agent, and g) optionally at least one additive, wherein the aqueous coating material has a pH in the range from 8.5 to 12 or is adjusted to a pH in the range from 8.5 to 12, and wherein the content of the pure acrylate binder (solids content), based on the total amount of organic binders, is above 60 wt.%.
A drug inspection assisting apparatus for inspecting drugs dispensed and packaged in a packaging bag according to a prescription with respect to a collation error, the drug inspection assisting apparatus comprising: a drug collating unit configured to collate a reference image of each drug listed in the prescription and a collation-target image based on a captured image of drugs packaged in the packaging bag and determine whether or not the drug shown by the collation-target image and the drug shown by the reference image are the same drug; characterized by a listing-table creating unit configured to create, for each kind of the drugs to be packaged in the packaging bag, a listing table including the reference image of drug to be dispensed according to the prescription and all images which are determined to show the same drug as the drug shown by the reference image, among collation-target images; and a display control unit configured to cause a display device to display the listing table for a single kind of drug among kinds of the drugs listed in the prescription on a display screen. a drug collating unit configured to collate a reference image of each drug listed in the prescription and a collation-target image based on a captured image of drugs packaged in the packaging bag and determine whether or not the drug shown by the collation-target image and the drug shown by the reference image are the same drug; characterized by a listing-table creating unit configured to create, for each kind of the drugs to be packaged in the packaging bag, a listing table including the reference image of drug to be dispensed according to the prescription and all images which are determined to show the same drug as the drug shown by the reference image, among collation-target images; and a display control unit configured to cause a display device to display the listing table for a single kind of drug among kinds of the drugs listed in the prescription on a display screen.
A method for communicating in a broadcast mode over a channel in a first system that is asynchronously based and susceptible to interference from a second system at least partially overlapping with the channel of the first system, the method comprising: based on information concerning duration of occupancy of the channel, spreading out times for messages of the first system to be transmitted relative to an end of a cycled transmission time allocated for use by the second system, including: assessing whether the channel is busy and, if the channel is busy, measuring the time during which the channel is continuously busy using a local counter; determining if the time during which the channel is continuously busy exceeds a threshold; and in response to determining that the time during which the channel is continuously busy exceeds the threshold, increasing a contention parameter to indicate that an increased random or pseudo-random backoff period is to be applied before a station of the first system is to access the channel. assessing whether the channel is busy and, if the channel is busy, measuring the time during which the channel is continuously busy using a local counter; determining if the time during which the channel is continuously busy exceeds a threshold; and in response to determining that the time during which the channel is continuously busy exceeds the threshold, increasing a contention parameter to indicate that an increased random or pseudo-random backoff period is to be applied before a station of the first system is to access the channel.
A pigment printing ink jet ink composition comprising: a pigment; resin particles; an organic solvent; and water, wherein the organic solvent comprises an amide compound represented by the following general formula , wherein R 1 represents a straight chain or branched alkyl group having 1 to 6 carbon atoms and R 2 and R 3 each independently represent hydrogen atoms or a straight chain or branched alkyl group having 1 to 4 carbon atoms; the ink composition further includes a dispersing agent; the content of the resin particles is equal to or more than 3% by mass; and the content of the amide compound represented by the general formula is equal to or more than 18% by mass, with respect to a total mass of the pigment printing ink jet ink composition. a pigment; resin particles; an organic solvent; and water, wherein the organic solvent comprises an amide compound represented by the following general formula , wherein R 1 represents a straight chain or branched alkyl group having 1 to 6 carbon atoms and R 2 and R 3 each independently represent hydrogen atoms or a straight chain or branched alkyl group having 1 to 4 carbon atoms; the ink composition further includes a dispersing agent; the content of the resin particles is equal to or more than 3% by mass; and the content of the amide compound represented by the general formula is equal to or more than 18% by mass, with respect to a total mass of the pigment printing ink jet ink composition.
A method to navigate an unmanned aerial vehicle , comprising the steps of a) controlling a flight path of the unmanned aerial vehicle by a remote operator ; b) obtaining a recognized air picture of an observation space surrounding the unmanned aerial vehicle , including tracking information with respect to aerial vehicles within the observation space; c) assigning one of a plurality of threat levels to each of the aerial vehicles , the threat levels comprising a resolution advisory level and an automatic avoidance level; d) continuously automatically determining viable avoidance trajectories for the unmanned aerial vehicle ; e) if at least one of the aerial vehicles is assigned the resolution advisory level, providing a message to the remote operator including a first proposed viable avoidance trajectory; f) if at least one of the aerial vehicles is assigned the automatic avoidance level, providing control signals to an on-board flight controller of the unmanned aerial vehicle instructing the vehicle to follow a flight path corresponding to a second proposed viable avoidance trajectory. a) controlling a flight path of the unmanned aerial vehicle by a remote operator ; b) obtaining a recognized air picture of an observation space surrounding the unmanned aerial vehicle , including tracking information with respect to aerial vehicles within the observation space; c) assigning one of a plurality of threat levels to each of the aerial vehicles , the threat levels comprising a resolution advisory level and an automatic avoidance level; d) continuously automatically determining viable avoidance trajectories for the unmanned aerial vehicle ; e) if at least one of the aerial vehicles is assigned the resolution advisory level, providing a message to the remote operator including a first proposed viable avoidance trajectory; f) if at least one of the aerial vehicles is assigned the automatic avoidance level, providing control signals to an on-board flight controller of the unmanned aerial vehicle instructing the vehicle to follow a flight path corresponding to a second proposed viable avoidance trajectory.
A method of communication in a wireless network, comprising: transmitting , from a transmitting device to a receiving device, a first message that indicates a puncturing pattern that will be used to puncture a punctured sounding message via a wireless channel; transmitting , from the transmitting device to the receiving device, the punctured sounding message via the wireless channel, wherein the punctured sounding message omits portions of a signal on the wireless channel based on the puncturing pattern; receiving , from the receiving device, a feedback message that includes feedback information based on non-punctured portions of the punctured sounding message. transmitting , from a transmitting device to a receiving device, a first message that indicates a puncturing pattern that will be used to puncture a punctured sounding message via a wireless channel; transmitting , from the transmitting device to the receiving device, the punctured sounding message via the wireless channel, wherein the punctured sounding message omits portions of a signal on the wireless channel based on the puncturing pattern; receiving , from the receiving device, a feedback message that includes feedback information based on non-punctured portions of the punctured sounding message.
An inkjet head, comprising: pressure chambers arranged in 2 or more rows; nozzles connected to an ink outlet of the pressure chambers ; and a common ink chamber connected to all the pressure chambers , each of the pressure chambers accepting an ink commonly supplied from the common ink chamber via an ink inlet which faces the common ink chamber and ejecting the ink from the nozzles due to a change in pressure generated in the pressure chambers , the inkjet head further comprising a damper member inside of the common ink chamber , wherein the shortest distance between the damper member and the ink inlet is shorter than the distance between the ink inlets in adjacent rows thereof; wherein the damper member comprises a damper chamber having a sealed gas and wherein the pressure inside of the damper member is atmospheric pressure or less when the temperature of an ink of the common ink chamber reaches the working temperature. pressure chambers arranged in 2 or more rows; nozzles connected to an ink outlet of the pressure chambers ; and a common ink chamber connected to all the pressure chambers , each of the pressure chambers accepting an ink commonly supplied from the common ink chamber via an ink inlet which faces the common ink chamber and ejecting the ink from the nozzles due to a change in pressure generated in the pressure chambers , the inkjet head further comprising a damper member inside of the common ink chamber , wherein the shortest distance between the damper member and the ink inlet is shorter than the distance between the ink inlets in adjacent rows thereof; wherein the damper member comprises a damper chamber having a sealed gas and wherein the pressure inside of the damper member is atmospheric pressure or less when the temperature of an ink of the common ink chamber reaches the working temperature.
A polypeptide solution in which a polypeptide derived from natural spider silk proteins is dissolved in a solvent, wherein the solvent contains (i) Dimethyl sulfoxide with an inorganic salt, and wherein, when the solvent is 100 mass%, the percentage of the inorganic salt is in the range of 0.1 to 20 mass%.
A device for measuring the flow rates of fluids, in particular liquids, in a first conduit and a second conduit , comprising a first bladed impeller and a second bladed impeller mounted in the first conduit and second conduit , respectively, so as to be driven in rotation by the flow of the fluid in the first conduit and second conduit, respectively, a first magnet and a second magnet being fixed to the first bladed impeller and second bladed impeller, respectively, and a first magnetic field sensor and a second magnetic field sensor arranged in a fixed position near the first conduit and second conduit , respectively, and capable of causing the generation of a signal pulse each time the first magnet and second magnet pass by the first magnetic field sensor and second magnetic field sensor, respectively; the arrangement being such that the number of signal pulses generated by each of said first and second magnetic field sensors in a period of time is representative, according to a predetermined relationship, of the flow rate (Q) of the fluid in the first and second conduits , respectively; wherein said first and second magnetic field sensor are coupled to a processing and a control circuit (PCU) including a microprocessor and associated memory means , predisposed for processing in predetermined manners the signals issued by said first and second magnetic field sensors , and providing a digital output signal which varies as a function of the flow rate (Q) of the fluid in the first and second conduits ; wherein said relationship between the number (n) of pulses from each of the first and second magnetic field sensors and the flow rate (Q) of the fluid in the first and second conduits , respectively, is non-linear, and in said memory means there are stored predetermined correction data by which, upon variation of the flow rate (Q) of the fluid in the first conduit or in the second conduit , the ratio of the value of said flow rate (Q) to the corresponding number (n) of pulses emitted by the first or second magnetic field sensor , respectively, is variable such as to compensate the non-linearity of said relationship; wherein the processing and control circuit (PCU) is predisposed for providing at its output a PWM digital signal having a modulated pulse-width or duration, the PWM digital signal having an on time which varies in a substantially linear manner as a function of the flow rate (Q) of the fluid in the first conduit , and an off time which varies in a substantially linear manner as a function of the flow rate (Q) of the fluid in the second conduit , said on time and off time representing, with reference to the sum of the flow rates in said first and second conduits , the share or percentage pertaining to the flow rate in the first conduit and in the second conduit , respectively.
An optical assembly for a plenoptic camera , the optical assembly comprising a camera lens , characterized in that the optical assembly further comprises an optical device arranged before the camera lens according to a light-traveling direction of a light flux entering the optical assembly, the optical device comprising a first layer that is controllable between a transmissive mode and a scattering mode and at least one light source arranged at a border of said optical device .
An impedance tuner system , usable in a measurement system including at least one other system device, the tuner system comprising: an impedance tuner, including a signal transmission line and an impedance-varying system coupled to the transmission line, and responsive to command signals to vary the impedance presented by the impedance tuner; and an impedance tuner controller connected to the impedance-varying system by a signal communication link and configured to generate the command signals, and characterized in that at least one system device driver and at least one of characterization, calibration and measurement algorithms for corresponding characterization, calibration and measurement functions of the measurement system are embedded into the tuner controller, the tuner controller configured to allow a user to control execution of said at least one of said characterization, calibration and measurement algorithms using said tuner controller, including controlling the at least one other system device in the execution of the at least one algorithm. an impedance tuner, including a signal transmission line and an impedance-varying system coupled to the transmission line, and responsive to command signals to vary the impedance presented by the impedance tuner; and an impedance tuner controller connected to the impedance-varying system by a signal communication link and configured to generate the command signals, and characterized in that at least one system device driver and at least one of characterization, calibration and measurement algorithms for corresponding characterization, calibration and measurement functions of the measurement system are embedded into the tuner controller, the tuner controller configured to allow a user to control execution of said at least one of said characterization, calibration and measurement algorithms using said tuner controller, including controlling the at least one other system device in the execution of the at least one algorithm.
A method performed by a wireless transmit/receive unit, WTRU , the method comprising: operating in a wake-up radio, WUR, on-state , wherein, in the WUR on-state, the WTRU simultaneously operates in a primary connectivity radio, PCR, off-state , wherein, in a WUR off-state , the WTRU simultaneously operates in PCR on-state , and wherein the WTRU has a lower power consumption when operating in the WUR on-state than when operating in the PCR on-state; receiving a WUR frame from an access point, AP , wherein the WUR frame comprises a multicast counter, MC, field ; determining a received MC value based on the MC field; determining whether the received MC value is a same value as a stored MC value; responsive to a determination that the received MC value is the same value as the stored MC value, operating in the WUR on-state; and responsive to a determination that the received MC value is not the same value as the stored MC value, entering the PCR on-state. operating in a wake-up radio, WUR, on-state , wherein, in the WUR on-state, the WTRU simultaneously operates in a primary connectivity radio, PCR, off-state , wherein, in a WUR off-state , the WTRU simultaneously operates in PCR on-state , and wherein the WTRU has a lower power consumption when operating in the WUR on-state than when operating in the PCR on-state; receiving a WUR frame from an access point, AP , wherein the WUR frame comprises a multicast counter, MC, field ; determining a received MC value based on the MC field; determining whether the received MC value is a same value as a stored MC value; responsive to a determination that the received MC value is the same value as the stored MC value, operating in the WUR on-state; and responsive to a determination that the received MC value is not the same value as the stored MC value, entering the PCR on-state.
A computer implemented method for controlling a hydraulic pumping system , the system comprising a centrifugal pump operating at a functional point, the method comprising: - estimating a suction pressure (Ps) of the centrifugal pump representing a pressure at an entry point of the centrifugal pump ; - estimating a discharge pressure (Pd) of the centrifugal pump ; representing a pressure at an exit point of the centrifugal pump ; - computing a current head (HMT p ) of the centrifugal pump based on the suction pressure (Ps) and on the discharge pressure (P d ); - determining a theoretical head (HMT th ) based on a value of a specific functional parameter (fp) linked to the functional point of the centrifugal pump in the system and on end-of-line characteristics of the centrifugal pump , end-of-line characteristics comprising parameters associated to the centrifugal pump when such centrifugal pump is significantly new; - computing a head difference (∂H) between the current head (HMT p ) and the theoretical head (HMT th ); and - determining , for the functional point, an adapted Net Positive Suction Head Required value, aNPSHr value, of the centrifugal pump , in order to prevent the cavitation of the centrifugal pump, based on the head difference (∂H) and on the end of-line characteristics. - estimating a suction pressure (Ps) of the centrifugal pump representing a pressure at an entry point of the centrifugal pump ; - estimating a discharge pressure (Pd) of the centrifugal pump ; representing a pressure at an exit point of the centrifugal pump ; - computing a current head (HMT p ) of the centrifugal pump based on the suction pressure (Ps) and on the discharge pressure (P d ); - determining a theoretical head (HMT th ) based on a value of a specific functional parameter (fp) linked to the functional point of the centrifugal pump in the system and on end-of-line characteristics of the centrifugal pump , end-of-line characteristics comprising parameters associated to the centrifugal pump when such centrifugal pump is significantly new; - computing a head difference (∂H) between the current head (HMT p ) and the theoretical head (HMT th ); and - determining , for the functional point, an adapted Net Positive Suction Head Required value, aNPSHr value, of the centrifugal pump , in order to prevent the cavitation of the centrifugal pump, based on the head difference (∂H) and on the end of-line characteristics.
An impact cutter assembly for shearing blanks from wire stock comprising stationary and movable cutter blades , the movable cutter blade being mounted in a carriage that reciprocates along a line between a wire receiving position where the blades are aligned and a delivery position where the blades are displaced from one another, a striker block having a flat surface perpendicular to the line of carriage reciprocation, the carriage having a flat surface , said striker surface and carriage surface being perpendicular to the line of carriage reciprocation and parallel to one another, a driver for moving the striker surface towards the carriage surface at a velocity of at least 1.5 meters per second, characterized by a lubrication oil circuit configured for directing lubrication oil to a space between the striker and carriage surfaces whereby an impact between a moving striker surface and a stationary carriage surface is damped by the presence of a film lubricating oil.