mhurhangee/patent-ind-claim-en huggingface dataset:
Filler head for a storage system comprising a body including a main part closed by a cover part so as to form a cavity in which a separating device is received, the filler head being configured to receive, in a cylindrical wall of the separating device extending around the filling direction (F), a distribution nozzle of a fluid with an auto-stop sensor to prevent overfilling of the filler head , the filler head being configured to be connected to a filling line and a venting line of a fluid tank and the separating device being arranged to improve the partitioning of the flow (V) coming from the venting line and the flow (F) going to the filling line , characterised in that a top end of the separating device facing the cover part of the body comprises at least one notch improving, when the nozzle is received in the cylindrical wall of the separating device , the pressure balance in the filler head so as to ensure that the fluid outgoing from the nozzle has limited possibility to spit back from the filler head during the auto-stop nozzle shut off.
An air heater assembly, comprising: a plurality of heating elements , respective heating elements of the plurality of heating elements including a plurality of windings arranged in a serpentine configuration, the respective heating elements including a plurality of crest portions and a plurality of trough portions , wherein at least one trough portion of the plurality of trough portions of a first heating element (302 ) is fastened to at least one crest portion of the plurality of crest portions of a second heating element (302 ) to form an interface , the plurality of heating elements arranged in a honeycomb configuration , characterized in that electrical paths defined by each heating element define electrical paths which are electrically connected at the interface but behave as electrically isolated parallel paths. a plurality of heating elements , respective heating elements of the plurality of heating elements including a plurality of windings arranged in a serpentine configuration, the respective heating elements including a plurality of crest portions and a plurality of trough portions , wherein at least one trough portion of the plurality of trough portions of a first heating element (302 ) is fastened to at least one crest portion of the plurality of crest portions of a second heating element (302 ) to form an interface , the plurality of heating elements arranged in a honeycomb configuration , characterized in that electrical paths defined by each heating element define electrical paths which are electrically connected at the interface but behave as electrically isolated parallel paths.
A method for real-time monitoring and rapid identification of microorganisms producing nuclease enzymes, characterized in that it comprises the steps of: - coupling to one terminus of the DNA/RNA molecules the fluorogenic molecules ( fluorophore ) , and to the other terminus the fluorescence quenching ( quencher ) molecules, - preparing a solution comprising said DNA/RNA molecules with fluorogenic and quenching molecules and placing the solution into the growth medium, - seeding the microorganisms to be identified to the growth medium containing the solution comprising said DNA/RNA molecules with fluorogenic and quenching molecules, and - monitoring the fluorescence signal in the growth medium during the growth of microorganism by means of an optical apparatus. - coupling to one terminus of the DNA/RNA molecules the fluorogenic molecules ( fluorophore ) , and to the other terminus the fluorescence quenching ( quencher ) molecules, - preparing a solution comprising said DNA/RNA molecules with fluorogenic and quenching molecules and placing the solution into the growth medium, - seeding the microorganisms to be identified to the growth medium containing the solution comprising said DNA/RNA molecules with fluorogenic and quenching molecules, and - monitoring the fluorescence signal in the growth medium during the growth of microorganism by means of an optical apparatus.
A device for delivering a fluid and/or inspecting and/or accessing a first conduit having an opening that communicates with a larger second conduit , the device having a tubular body defining a central axis and having a first opening at a first end and a second opening at a second end, the second end being at an angle to the central axis, wherein the second opening is associated with a seal member capable of creating a fluid seal such that fluid can be delivered to the first conduit , characterised in that the seal member has an elongate body and a gasket each having a convex upper surface engageable with an inner surface of the second conduit.
A target clutch position control method based on a clutch torque transmission curve wherein in the control method, a target torque calculation module and a change rate limitation module are added to a transmission control unit (TCU) of a vehicle, and the control method comprises the following steps: - in a first step, the target torque calculation module calculates a driver target clutch torque (ItdCltTrq) according to an accelerator pedal position; - in a second step, an engine speed controller calculates a corresponding target engine speed (TS) according to the driver target clutch torque (ItdCltTrq); characterised in that - in a third step, the change rate limitation module calculates an allowable clutch torque change rate according to a difference between the target engine speed (TS) calculated in the second step and a current engine speed (ES), that is, an allowable clutch torque change difference for one step length, and limits the currently calculated driver target clutch torque, wherein a target clutch torque obtained after the limitation is a limited target clutch torque (ItdCltTrqLmt); and - in a fourth step, the transmission control unit (TCU) calculates a target clutch position (ICP) according to the limited target clutch torque (ItdCltTrqLmt) by means of performing an interpolation on the clutch torque transmission curve. - in a first step, the target torque calculation module calculates a driver target clutch torque (ItdCltTrq) according to an accelerator pedal position; - in a second step, an engine speed controller calculates a corresponding target engine speed (TS) according to the driver target clutch torque (ItdCltTrq); characterised in that - in a third step, the change rate limitation module calculates an allowable clutch torque change rate according to a difference between the target engine speed (TS) calculated in the second step and a current engine speed (ES), that is, an allowable clutch torque change difference for one step length, and limits the currently calculated driver target clutch torque, wherein a target clutch torque obtained after the limitation is a limited target clutch torque (ItdCltTrqLmt); and - in a fourth step, the transmission control unit (TCU) calculates a target clutch position (ICP) according to the limited target clutch torque (ItdCltTrqLmt) by means of performing an interpolation on the clutch torque transmission curve.
A method for establishing a secured connection on an apparatus , comprising: connecting to a network, by the apparatus; retrieving a last known block header hash corresponding to a last known block in a last known blockchain from a memory of the apparatus; connecting to a plurality of trusted peers via the network; in response to each of the plurality of trusted peers being successfully connected, downloading a latest block header of the trusted peers being connected respectively; based on the last known block header hash, determining whether the latest block header of each of the plurality of trusted peers is referenced to the last known block ; in response to a first number exceeding a threshold number, verifying the latest block header to form a current version blockchain extending from the last known blockchain ; and obtaining a current time corresponding to the latest block header of the current version blockchain ; wherein the first number is a number of first peers in the plurality of trusted peers being successfully connected, and the first peers have the latest block header being referenced to the last known block. connecting to a network, by the apparatus; retrieving a last known block header hash corresponding to a last known block in a last known blockchain from a memory of the apparatus; connecting to a plurality of trusted peers via the network; in response to each of the plurality of trusted peers being successfully connected, downloading a latest block header of the trusted peers being connected respectively; based on the last known block header hash, determining whether the latest block header of each of the plurality of trusted peers is referenced to the last known block ; in response to a first number exceeding a threshold number, verifying the latest block header to form a current version blockchain extending from the last known blockchain ; and obtaining a current time corresponding to the latest block header of the current version blockchain ; wherein the first number is a number of first peers in the plurality of trusted peers being successfully connected, and the first peers have the latest block header being referenced to the last known block.
A system architecture for a backup thrust reverser actuation system control, the system architecture comprising: an AC power supply for an aircraft; a power supply and a motor control adapted to control an electric motor (M) of a thrust reverser actuation system; and a backup power supply adapted to provide power to the electric motor in the event that the power supply fails; wherein the system architecture further comprises: a rectifier , a DC link capacitor , an inverter , a brake control switch , a brake resistor ; wherein the AC power supply is connected to the rectifier to convert the AC signal to a DC signal, and wherein the rectifier is connected to the DC link capacitor , and wherein the motor control is connected to the inverter via a motor control line ; wherein the motor control is connected to the brake control switch via a brake control switch line , and wherein the brake control switch is connected to the brake resistor , and wherein the DC link capacitor is connected in parallel to the brake resistor and the brake control switch . an AC power supply for an aircraft; a power supply and a motor control adapted to control an electric motor (M) of a thrust reverser actuation system; and a backup power supply adapted to provide power to the electric motor in the event that the power supply fails; wherein the system architecture further comprises: a rectifier , a DC link capacitor , an inverter , a brake control switch , a brake resistor ; wherein the AC power supply is connected to the rectifier to convert the AC signal to a DC signal, and wherein the rectifier is connected to the DC link capacitor , and wherein the motor control is connected to the inverter via a motor control line ; wherein the motor control is connected to the brake control switch via a brake control switch line , and wherein the brake control switch is connected to the brake resistor , and wherein the DC link capacitor is connected in parallel to the brake resistor and the brake control switch .
A computer-implemented method of estimating a hydration level of a subject, the method comprising: - determining absolute humidity and volume of air exhaled by the subject over time during exhalation; - analyzing the determined absolute humidity and volume of air exhaled by the subject to determine the volume of air in the respiratory system of the subject above the isothermic saturation boundary, ISB, before exhalation, wherein the ISB of the subject is the point in the respiratory system of the subject where inhaled air reaches body temperature and is completely saturated with water; - correcting the volume of air in the respiratory system of the subject above the ISB according to the weight of the subject; and - using the corrected volume of air in the respiratory system of the subject above the ISB, to estimate the hydration level of the subject. - determining absolute humidity and volume of air exhaled by the subject over time during exhalation; - analyzing the determined absolute humidity and volume of air exhaled by the subject to determine the volume of air in the respiratory system of the subject above the isothermic saturation boundary, ISB, before exhalation, wherein the ISB of the subject is the point in the respiratory system of the subject where inhaled air reaches body temperature and is completely saturated with water; - correcting the volume of air in the respiratory system of the subject above the ISB according to the weight of the subject; and - using the corrected volume of air in the respiratory system of the subject above the ISB, to estimate the hydration level of the subject.
Method for error detection and monitoring for an electronically closed-loop or open-loop controlled machine part with means for detecting operating parameters and monitoring parameters , characterised by - recording and storing the operating parameters and the monitoring parameters of machine parts , - determining at least one comparison group of comparable machine parts and comparable operating parameters based on the recorded operating parameters and the machine part to be compared, - using a statistical analysis procedure for creating at least one threshold value based on the defined comparison group and for detecting variances of at least one state or at least one monitoring parameter based on the threshold value and assignment of the variance to the machine part . - recording and storing the operating parameters and the monitoring parameters of machine parts , - determining at least one comparison group of comparable machine parts and comparable operating parameters based on the recorded operating parameters and the machine part to be compared, - using a statistical analysis procedure for creating at least one threshold value based on the defined comparison group and for detecting variances of at least one state or at least one monitoring parameter based on the threshold value and assignment of the variance to the machine part .
A lock for a fire-proof door with a locking element , with an electromechanical actuator , with an electrical control device for controlling and/or regulating the actuator , wherein the lock can be brought into an unlocked state by means of the electromechanical actuator , for which purpose the actuator is moved into an unlocked position (ENS), wherein the lock can be brought into a locked state, wherein the actuator is in a locked position (SPS) in the locked state of the lock , wherein the control device is designed to actuate the actuator based on a first opening command (OB1) at the end of a predefined unlocking period (ΔT) in order to move the actuator into the locked position (SPS), wherein the lock can be brought into communicative connection with an external control unit , wherein the first opening command (OB1) of the control unit can be received by the control device , characterized in that the control device is designed to actuate the actuator at the end of the predefined unlocking period (ΔT), regardless of the content of the first opening command (OB1), in order to move the actuator into the locked position (SPS). with a locking element , with an electromechanical actuator , with an electrical control device for controlling and/or regulating the actuator , wherein the lock can be brought into an unlocked state by means of the electromechanical actuator , for which purpose the actuator is moved into an unlocked position (ENS), wherein the lock can be brought into a locked state, wherein the actuator is in a locked position (SPS) in the locked state of the lock , wherein the control device is designed to actuate the actuator based on a first opening command (OB1) at the end of a predefined unlocking period (ΔT) in order to move the actuator into the locked position (SPS), wherein the lock can be brought into communicative connection with an external control unit , wherein the first opening command (OB1) of the control unit can be received by the control device , characterized in that the control device is designed to actuate the actuator at the end of the predefined unlocking period (ΔT), regardless of the content of the first opening command (OB1), in order to move the actuator into the locked position (SPS).
An apparatus for moving sliding doors and wardrobe doors fixed to the inner face of the top of a door comprising at least one carriage and at least one braking device with a slider suitable to pull at least one coil return spring , further comprising two extruded profiles , , said doorbeing hung from a beam made up of said two extruded profiles , , said extruded profiles and are coupled with snap-in couplings and define a cavity in which the braking device with slider is housed and stabilised with screws , wherein the second extruded profile defines a sliding track for the wheels or bearings of one or more carriages , fixed to the door at a recess and wherein said at least one braking device is fixed on a cantilevered bracket of the second extruded profile , characterised in that each carriage is provided with a bottom, plate-shaped structure fixed to the door with screws and a support for said bearings , fastened with rivets to said bottom structure , the carriage being further provided, on the support , with a cantilevered seat open in the lower part for housing an anti-release device having at the same time the function of actuator of the braking device .
A piece of eyelash jewelry, having a jewelry substrate , which has a first magnetic means with a first holding surface , and having a fastening part , which has a second magnetic means with a polarity that is opposite from that of the first means and has a second holding surface , the two magnetic means of the jewelry substrate and fastening part being embodied such that by means of magnetic interaction, they clamp at least one eyelash that can be placed between their opposing holding surfaces in order to thus fasten the piece of eyelash jewelry to the eyelashes , characterized in that the jewelry substrate has a flange , which protrudes from the first holding surface and thus forms a stop for the fastening part .
A process for permanently waving keratin fibers, especially human hair, wherein, a- optionally, the fibers are washed and/or shampooed, and towel dried, b- an aqueous composition comprising one or more reducing agent is applied and left on the fibers for a period of 1 to 60 min, c- the fibers are rinsed off, d- the fibers are put on curlers, e- a non-reducing and non-oxidizing aqueous composition comprising one or more alkalizing agent and having a pH in the range of 7.5 to 12, preferably 8 to 11, more preferably 8.5 to 10.5 and most preferably 8.5 to 10, is applied onto fibers and left on the fibers for a period 1 to 60 min, f- optionally the fibers are rinsed off, g- a non-reducing and non-oxidizing aqueous composition is applied onto fibers comprising one or more organic and/or inorganic acids and having a pH in the range of 2 to 6.5 and optionally left on the hair for a period 1 to 60 min, h- optionally the fibers are rinsed off, i- an aqueous composition comprising one or more oxidizing agents, preferably hydrogen peroxide or bromate salt, is applied onto fibers and left on the fibers for a period 1 to 30 min, j- the fibers are optionally rinsed off, and k- the fibers are dried, wherein the curlers are taken off from fibers before or during processing in step i or after the step i prior to rinsing of and/or drying, wherein, preferably the process as a whole is carried out at ambient temperature without using any heat and/or heating device. a- optionally, the fibers are washed and/or shampooed, and towel dried, b- an aqueous composition comprising one or more reducing agent is applied and left on the fibers for a period of 1 to 60 min, c- the fibers are rinsed off, d- the fibers are put on curlers, e- a non-reducing and non-oxidizing aqueous composition comprising one or more alkalizing agent and having a pH in the range of 7.5 to 12, preferably 8 to 11, more preferably 8.5 to 10.5 and most preferably 8.5 to 10, is applied onto fibers and left on the fibers for a period 1 to 60 min, f- optionally the fibers are rinsed off, g- a non-reducing and non-oxidizing aqueous composition is applied onto fibers comprising one or more organic and/or inorganic acids and having a pH in the range of 2 to 6.5 and optionally left on the hair for a period 1 to 60 min, h- optionally the fibers are rinsed off, i- an aqueous composition comprising one or more oxidizing agents, preferably hydrogen peroxide or bromate salt, is applied onto fibers and left on the fibers for a period 1 to 30 min, j- the fibers are optionally rinsed off, and k- the fibers are dried, wherein the curlers are taken off from fibers before or during processing in step i or after the step i prior to rinsing of and/or drying, wherein, preferably the process as a whole is carried out at ambient temperature without using any heat and/or heating device.
Detector unit for detecting a detection signal from a localized optical source against a background (H), comprising: an image sensor having a plurality of pixels (111, 112, ...) for detecting the detection signal and the background (H), the image sensor being designed to generate an image signal (S) independently for each pixel (111, 112, ...) depending on the detection signal and the background (H); a signal processing unit which is designed to compare the image signal (S) with a threshold value (SW) for each pixel (111, 112, ...) and, if the threshold value (SW) is exceeded within a period of time ( Δ t), to output event data , the threshold value (SW) and/or the duration ( Δ t) being adjustable depending on the pixel, characterized in that the signal processing unit is further designed to read out a pixel value for the corresponding pixels (111, 112, ...) when the event data is output, the read-out being event-controlled and asynchronous. an image sensor having a plurality of pixels (111, 112, ...) for detecting the detection signal and the background (H), the image sensor being designed to generate an image signal (S) independently for each pixel (111, 112, ...) depending on the detection signal and the background (H); a signal processing unit which is designed to compare the image signal (S) with a threshold value (SW) for each pixel (111, 112, ...) and, if the threshold value (SW) is exceeded within a period of time ( Δ t), to output event data , the threshold value (SW) and/or the duration ( Δ t) being adjustable depending on the pixel, characterized in that the signal processing unit is further designed to read out a pixel value for the corresponding pixels (111, 112, ...) when the event data is output, the read-out being event-controlled and asynchronous.
Sensor having a detection region which can be acted on with an electrical supply voltage, wherein the electrical resistance of the detection region changes under the action of force or pressure so that a force-dependent and/or pressure-dependent output signal can be produced, wherein the detection region has two conductor path structures which are arranged so as to spatially engage one inside the other and which are electrically separated from each other and a paste which is arranged spaced apart from the conductor path structures in a non-activated state of the sensor, and wherein, when the sensor is activated, the paste - in order to electrically connect at least a part-region of the two conductor path structures and consequently in order to reduce the electrical resistance of the detection region - can be moved by means of force or pressure in the direction of the conductor path structures , characterised in that at the side of the paste facing the conductor path structures a silver-containing and/or graphite-containing layer is arranged on the paste .