mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a wireless device, the method comprising: - acquiring a signal by correlating a received signal with a known synchronization symbol; - integrating one or more synchronization symbols in a synchronization field of the signal to determine an initial channel impulse response, CIR, measurement; - detecting whether a start-of-frame delimiter, SFD, field of the signal is identified during integration; and when the SFD field of the signal is identified: - ceasing integration of the one or more synchronization symbols, - scaling the initial CIR measurement, and - determining a final CIR measurement based on the scaled CIR measurement; characterized in that the method further comprises counting a number of the one or more synchronization symbols integrated only until the SFD field has been identified, wherein the scaling comprises dividing the initial CIR measurement by the number of the one or more synchronization symbols integrated. - acquiring a signal by correlating a received signal with a known synchronization symbol; - integrating one or more synchronization symbols in a synchronization field of the signal to determine an initial channel impulse response, CIR, measurement; - detecting whether a start-of-frame delimiter, SFD, field of the signal is identified during integration; and when the SFD field of the signal is identified: - ceasing integration of the one or more synchronization symbols, - scaling the initial CIR measurement, and - determining a final CIR measurement based on the scaled CIR measurement; characterized in that the method further comprises counting a number of the one or more synchronization symbols integrated only until the SFD field has been identified, wherein the scaling comprises dividing the initial CIR measurement by the number of the one or more synchronization symbols integrated. when the SFD field of the signal is identified: - ceasing integration of the one or more synchronization symbols, - scaling the initial CIR measurement, and - determining a final CIR measurement based on the scaled CIR measurement; - ceasing integration of the one or more synchronization symbols, - scaling the initial CIR measurement, and - determining a final CIR measurement based on the scaled CIR measurement; characterized in that the method further comprises counting a number of the one or more synchronization symbols integrated only until the SFD field has been identified, wherein the scaling comprises dividing the initial CIR measurement by the number of the one or more synchronization symbols integrated.
An outer membrane vesicle from a Gram-negative bacterium which is an ompA mutant, which presents a heterologous antigen on its surface, wherein the bacterium does not express the OmpA protein.
An electrode active material coating system, comprising: a slot die coater including a lower die having a lower discharge hole for discharging a first active material slurry and an upper die having an upper discharge hole for discharging a second active material slurry; pressing block assemblies respectively provided to both longitudinal sides of the slot die coater and fixed to the upper die; a linear motion guide disposed at a lower portion of the pressing block assembly and connected to the pressing block assembly to guide a movement of the pressing block assembly; a servo motor configured to give a power for moving the LM guide; and a reducer connected between the servo motor and the LM guide, wherein the electrode active material coating system further comprises an inclined block disposed at a lower portion of the LM guide to support the LM guide. a slot die coater including a lower die having a lower discharge hole for discharging a first active material slurry and an upper die having an upper discharge hole for discharging a second active material slurry; pressing block assemblies respectively provided to both longitudinal sides of the slot die coater and fixed to the upper die; a linear motion guide disposed at a lower portion of the pressing block assembly and connected to the pressing block assembly to guide a movement of the pressing block assembly; a servo motor configured to give a power for moving the LM guide; and a reducer connected between the servo motor and the LM guide, wherein the electrode active material coating system further comprises an inclined block disposed at a lower portion of the LM guide to support the LM guide.
The use of compositions comprising at least one alkylphenol-aldehyde resin in which the alkylphenol-aldehyde resin comprises a repeat structural unit of the formula in which R 5 is C 1 -C 200 -alkyl or C 2 -C 200 -alkenyl, O-R 6 or O-C -R 6, R 6 is C 1 -C 200 -alkyl or C 2 -C 200 -alkenyl, and n is from 2 to 100, and, based on the alkylphenol-aldehyde resin, from 0.1 to 10% by weight of at least one nitrogen-containing polymer, for improving the conductivity of the mineral oil distillates having a water content of less than 150 ppm, so that the mineral oil distillates have a conductivity of at least 50 pS/m measured according to DIN 51412-TO2-79.
A fire suppression apparatus for fighting fires from a helicopter, comprising: a tank assembly comprising: (a) a foam tank for housing a foam and configured for attachment to the helicopter, (b) a water tank located downstream of the foam tank for housing water and configured for attachment to the helicopter, wherein the water tank is configured to receive the foam from the foam tank that when mixed with water in the water tank forms a liquid fire retardant in the water tank, and (c) a tank assembly housing that encases the foam tank and the water tank; a centrifugal pump with a radial outflow impeller mountable to the helicopter and driven by an electric motor, the centrifugal pump including an air induction valve with an electrically variable valve opening disposed at and connected to a suction end of the centrifugal pump so as to form an air inlet, wherein air and the liquid fire retardant are drawn into the suction end and pressurized by the centrifugal pump; and a cannon assembly including an aimable boom mountable to the helicopter and connected to the centrifugal pump by a conduit, the boom including a nozzle on a distal end of the boom from which the pressurized liquid fire retardant and air is dispensed toward a target. a tank assembly comprising: (a) a foam tank for housing a foam and configured for attachment to the helicopter, (b) a water tank located downstream of the foam tank for housing water and configured for attachment to the helicopter, wherein the water tank is configured to receive the foam from the foam tank that when mixed with water in the water tank forms a liquid fire retardant in the water tank, and (c) a tank assembly housing that encases the foam tank and the water tank; (a) a foam tank for housing a foam and configured for attachment to the helicopter, (b) a water tank located downstream of the foam tank for housing water and configured for attachment to the helicopter, wherein the water tank is configured to receive the foam from the foam tank that when mixed with water in the water tank forms a liquid fire retardant in the water tank, and (c) a tank assembly housing that encases the foam tank and the water tank; a centrifugal pump with a radial outflow impeller mountable to the helicopter and driven by an electric motor, the centrifugal pump including an air induction valve with an electrically variable valve opening disposed at and connected to a suction end of the centrifugal pump so as to form an air inlet, wherein air and the liquid fire retardant are drawn into the suction end and pressurized by the centrifugal pump; and a cannon assembly including an aimable boom mountable to the helicopter and connected to the centrifugal pump by a conduit, the boom including a nozzle on a distal end of the boom from which the pressurized liquid fire retardant and air is dispensed toward a target.
A dilation catheter system, wherein the dilation catheter system comprises: (a) a guide member, wherein the guide member includes a shaft comprising a distal end and a proximal end, wherein the shaft defines a longitudinal axis; (b) a dilation catheter movable relative to the guide member, wherein the dilation catheter comprises an expandable dilator, wherein the expandable dilator is sized to fit within one or both of a Eustachian tube or a passageway associated with a paranasal sinus; and (c) an image sensor, wherein the image sensor is configured to provide visualization within anatomy of a patient, wherein the image sensor is integral with the dilation catheter, characterized in that the dilation catheter includes a bulbous distal tip, wherein the bulbous distal tip is distal to the expandable dilator, wherein the bulbous distal tip includes a plurality of vent openings configured to provide ventilation through the dilation catheter, wherein the vent openings are coupled to a working lumen that extends through a shaft of the dilation catheter, and wherein the image sensor is located in the bulbous distal tip adjacent the vent openings. (a) a guide member, wherein the guide member includes a shaft comprising a distal end and a proximal end, wherein the shaft defines a longitudinal axis; (b) a dilation catheter movable relative to the guide member, wherein the dilation catheter comprises an expandable dilator, wherein the expandable dilator is sized to fit within one or both of a Eustachian tube or a passageway associated with a paranasal sinus; and (c) an image sensor, wherein the image sensor is configured to provide visualization within anatomy of a patient, wherein the image sensor is integral with the dilation catheter, characterized in that the dilation catheter includes a bulbous distal tip, wherein the bulbous distal tip is distal to the expandable dilator, wherein the bulbous distal tip includes a plurality of vent openings configured to provide ventilation through the dilation catheter, wherein the vent openings are coupled to a working lumen that extends through a shaft of the dilation catheter, and wherein the image sensor is located in the bulbous distal tip adjacent the vent openings.
Coating device for coating motor vehicle body parts with a multi-axis robot (3, 4, 58) having a multi-axis robot hand on which an application device is mounted applying the coating agent as coating agent paths, characterised in that the application device is a print head (8, 9, 59) which discharges the coating agent from a plurality of coating agent nozzles, and a position detection system is provided for detecting the spatial position of the print head (8, 9, 59) and/or the component surface to be coated, with a sensor which detects the course of a guide path on the component surface to be coated in order to position the print head with reference to the course of the guide path.
An article comprising a lens having a width of 0.1 millimeters to 100 millimeters, a length of 0.5 millimeters to 500 millimeters, and a thickness of 0.2 millimeters to 5 millimeters; and the lens transmits more than 60% of light having a wavelength ranging from 760 nanometers to 2500 nanometers, wherein the lens comprises a polymer and a colorant component, and the polymer comprises: a high heat polymer having a glass transition temperature that is more than 180°C, the high heat polymer selected from the group consisting of polyimides, polyphenylene sulfones, polyethersulfones, polysulfones, and polyetheretherketones, and combinations thereof; and the colorant component comprises (a) at least two organic dyes, (b) at least an organic dye and an organic pigment, (c) at least two organic pigments, or (d) combinations thereof and wherein the lens is transparent and dimensionally stable at a wall thickness of at least 0.2 millimeters to 5.0 millimeters and remains transparent and dimensionally stable after being (a) exposed to a precondition of 60°C/60% relative humidity for 120 hours and (b) then subjected to a lead free solder test having a peak temperature of 260°C for up to 30 seconds. a high heat polymer having a glass transition temperature that is more than 180°C, the high heat polymer selected from the group consisting of polyimides, polyphenylene sulfones, polyethersulfones, polysulfones, and polyetheretherketones, and combinations thereof; and the colorant component comprises (a) at least two organic dyes, (b) at least an organic dye and an organic pigment, (c) at least two organic pigments, or (d) combinations thereof and wherein the lens is transparent and dimensionally stable at a wall thickness of at least 0.2 millimeters to 5.0 millimeters and remains transparent and dimensionally stable after being (a) exposed to a precondition of 60°C/60% relative humidity for 120 hours and (b) then subjected to a lead free solder test having a peak temperature of 260°C for up to 30 seconds. and wherein the lens is transparent and dimensionally stable at a wall thickness of at least 0.2 millimeters to 5.0 millimeters and remains transparent and dimensionally stable after being (a) exposed to a precondition of 60°C/60% relative humidity for 120 hours and (b) then subjected to a lead free solder test having a peak temperature of 260°C for up to 30 seconds.
An in vitro method for diagnosing the infectious state of an individual from a sample of white blood cells arising from a biological sample from said individual, comprising at least the following steps: i) measuring the mean cellular autofluorescence intensity of said sample, and ii) comparing the intensity measured in step i) with a control value, so as to determine the infectious state of said individual. i) measuring the mean cellular autofluorescence intensity of said sample, and ii) comparing the intensity measured in step i) with a control value, so as to determine the infectious state of said individual.
A device for transporting an object, in particular a car body, along a processing station comprising a transport trolley that can be moved along the processing station in a transport direction having one or a plurality of rolling elements and having a drive and also a rotating shaft on which a mount for the object to be treated is secured, wherein the rotating shaft is mounted at a first end on the transport trolley and has a rotatable support element at the second end, wherein a transmission means, in particular a transmission rod, is provided which connects the drive to the rotatable support element, characterized in that the drive jointly drives at least one rolling element and the rotatable support element.
A pouch-type secondary battery, comprising: a battery case made of a laminate sheet; and an electrode assembly received in the battery case, wherein the battery case is composed of an upper case and a lower case made of a laminate sheet comprising an outer coating layer (211, 221), a metal layer (212, 222) and an inner coating layer (213, 223), a sealing portion configured to couple the upper case and the lower case to each other is provided at an outer periphery of the upper case and the lower case, a conformal coating layer configured to prevent exposure of the metal layer (212, 222) is formed at a side surface of the sealing portion, and wherein a resin coating layer is further formed on a predetermined area of an outer surface of the conformal coating layer, the resin coating layer being formed by melting a portion of the outer coating layer (211, 221), or a resin coating layer is further formed on a predetermined area of an inner surface of the conformal coating layer, the resin coating layer being formed by melting a portion of the outer coating layer (211, 221) and/or the inner coating layer (213, 223). a battery case made of a laminate sheet; and an electrode assembly received in the battery case, wherein the battery case is composed of an upper case and a lower case made of a laminate sheet comprising an outer coating layer (211, 221), a metal layer (212, 222) and an inner coating layer (213, 223), a sealing portion configured to couple the upper case and the lower case to each other is provided at an outer periphery of the upper case and the lower case, a conformal coating layer configured to prevent exposure of the metal layer (212, 222) is formed at a side surface of the sealing portion, and wherein a resin coating layer is further formed on a predetermined area of an outer surface of the conformal coating layer, the resin coating layer being formed by melting a portion of the outer coating layer (211, 221), or
A device for monitoring tyres for vehicle wheels, said device comprising: an electronic unit adapted to detect at least one characteristic quantity of a tyre and to transmit at least one corresponding parameter representative of said detected quantity; a connection element for keeping said electronic unit constrained to an inner surface of said tyre, said connection element comprising: a first portion having a base surface adapted to be secured to the inner surface of said tyre, and a cavity for housing said electronic unit; wherein at least that part of said first portion which is interposed between said electronic unit and said base surface is delimited by a substantially continuous perimetric surface; wherein said first portion has at least one escape element at least partially obtained on said base surface and cooperating with the same in order to release air accumulated between the base surface and the inner surface of said tyre when said base surface is secured to said inner surface characterized in that said escape element comprises a first, a second and a third grooves (G1, G2, G3) formed in said base surface, wherein said third groove joins said first and second grooves (G1, G2) and is delimited by said first and second grooves (G1, G2). an electronic unit adapted to detect at least one characteristic quantity of a tyre and to transmit at least one corresponding parameter representative of said detected quantity; a connection element for keeping said electronic unit constrained to an inner surface of said tyre, said connection element comprising: a first portion having a base surface adapted to be secured to the inner surface of said tyre, and a cavity for housing said electronic unit; wherein at least that part of said first portion which is interposed between said electronic unit and said base surface is delimited by a substantially continuous perimetric surface; wherein said first portion has at least one escape element at least partially obtained on said base surface and cooperating with the same in order to release air accumulated between the base surface and the inner surface of said tyre when said base surface is secured to said inner surface characterized in that said escape element comprises a first, a second and a third grooves (G1, G2, G3) formed in said base surface, wherein said third groove joins said first and second grooves (G1, G2) and is delimited by said first and second grooves (G1, G2).
Energy store having a plurality of storage elements (2, 2') connected in series and a charge redistribution circuit (6, 6'), which energy store is configured so that the storage element voltage (U ELn, U ELn ') is measured and compared with a voltage threshold value (U THRn, U THR, U THRn ', U THR '), wherein, when the voltage threshold value (U THRn, U THR, U THRn ', U THR ') is exceeded by a storage element (2, 2'), the charge redistribution circuit (6, 6') dissipates charge from said storage element (2, 2') and reduces the voltage (U ELn, U ELn ') thereof as a result, and wherein, furthermore, a store-related temperature determination is carried out and the voltage threshold value (U THRn, U THR, U THRn ', U THR ') is set variably depending on the determined temperature (T n, T) in such a way that the voltage threshold value (U THRn, U THR, U THRn ', U THR ') is reduced as the temperature (T n, T) increases, characterized in that the voltage threshold value (U THRn, U THR, U THRn ', U THR ') is also set variably depending on the present operating state of the vehicle in such a way that the threshold value (U THRn, U THR, U THRn ', U THR ') is set to be higher for relatively short-lasting periods having a relatively high storage or withdrawal requirement.
Field device used in process engineering, comprising a unit to reduce or minimize interference signals, wherein the field device has a control/evaluation unit and a sensor with at least a main electronics unit and at least a sensor electronics unit, wherein at least a data cable (11, 12) is provided, via which the main electronics unit and the sensor electronics unit communicate with one another, wherein at least a galvanic isolation component (8a, 8b) is provided, wherein said component is inserted in the at least one data cable (11, 12) and prevents the transmission of interference signals via the at least one data cable (11, 12), wherein supply lines (VCC, GND) are provided by means of which a supply voltage that is sufficient for the operation of the sensor is provided to the sensor, wherein a filtering resource is provided in the supply lines (VCC, GND), GND), which is designed in such a way that prespecified requirements with regard to the interference resistance of the supply lines (VCC, GND) are met, wherein the filtering resource comprises current-compensated or non-current-compensated chokes, characterized in that the supply lines (VCC, GND) are designed without galvanic isolation and the sensor electronics unit and the main electronics unit are interconnected by means of the supply lines (VCC, GND).
Apparatus for recovering energy from water, comprising: a system for supplying heat having a plurality of heating elements; a cylinder having a piston mounted therein, the piston connected by a piston rod to a driven crankshaft attached to a load; a generator for generation of electrical power resulting from the load; an impact chamber comprising a contact surface; passages for receiving gas from the chamber for affecting the piston; and the heating elements uniformly distributed throughout a material of the impact chamber for effecting substantially uniform heating thereof; a battery or electrical power source/controller in electrical connection to the generator and the plurality of heating elements for energizing the plurality of heating elements for supplying heat to the contact surface to heat the contact surface to a desired temperature above the critical temperature of water; a source of water comprising a radiator and a pressure pump; a fluid injector comprising an atomizer in flow communication with the source of water for intermittently injecting liquid water into the impact chamber for contact with the contact surface, the injected water being at a pressure above the critical pressure of water; a conduit connected to the source of water for returning liquid water to the radiator from the cylinder; and an exhaust valve for controlling flow of liquid water from the cylinder to the conduit. a system for supplying heat having a plurality of heating elements; a cylinder having a piston mounted therein, the piston connected by a piston rod to a driven crankshaft attached to a load; a generator for generation of electrical power resulting from the load; an impact chamber comprising a contact surface; passages for receiving gas from the chamber for affecting the piston; and the heating elements uniformly distributed throughout a material of the impact chamber for effecting substantially uniform heating thereof; a battery or electrical power source/controller in electrical connection to the generator and the plurality of heating elements for energizing the plurality of heating elements for supplying heat to the contact surface to heat the contact surface to a desired temperature above the critical temperature of water; a source of water comprising a radiator and a pressure pump; a fluid injector comprising an atomizer in flow communication with the source of water for intermittently injecting liquid water into the impact chamber for contact with the contact surface, the injected water being at a pressure above the critical pressure of water; a conduit connected to the source of water for returning liquid water to the radiator from the cylinder; and an exhaust valve for controlling flow of liquid water from the cylinder to the conduit.