mhurhangee/ep-ind-claims huggingface dataset:
An elevator governor, comprising: at least one flyweight (34, 36, 38) configured to move a first distance between an initial position corresponding to a zero speed condition and an activation position corresponding to an elevator speed that reaches a predefined threshold; a biasing member (44, 46, 48) that biases the at least one flyweight (34, 36, 38) toward the initial position, the biasing member (44, 46, 48) being configured to allow the at least one flyweight (34, 36, 38) to reach the activation position when the elevator speed reaches the predefined threshold; and a flyweight position member that sets a rest position of the at least one flyweight (34, 36, 38) in a zero speed condition that is between the initial position and the activation position such that a range of motion of the at least one flyweight (34, 36, 38) is limited to a second, shorter distance between the rest position and the activation position; and characterized in that: the flyweight position member is supported on the at least one flyweight (34, 36, 38); or the flyweight position member is formed as part of the flyweight (34, 36, 38). at least one flyweight (34, 36, 38) configured to move a first distance between an initial position corresponding to a zero speed condition and an activation position corresponding to an elevator speed that reaches a predefined threshold; a biasing member (44, 46, 48) that biases the at least one flyweight (34, 36, 38) toward the initial position, the biasing member (44, 46, 48) being configured to allow the at least one flyweight (34, 36, 38) to reach the activation position when the elevator speed reaches the predefined threshold; and a flyweight position member that sets a rest position of the at least one flyweight (34, 36, 38) in a zero speed condition that is between the initial position and the activation position such that a range of motion of the at least one flyweight (34, 36, 38) is limited to a second, shorter distance between the rest position and the activation position; and characterized in that: the flyweight position member is supported on the at least one flyweight (34, 36, 38); or the flyweight position member is formed as part of the flyweight (34, 36, 38). the flyweight position member is supported on the at least one flyweight (34, 36, 38); or the flyweight position member is formed as part of the flyweight (34, 36, 38).
A guiding needle for a suction tube, in which the needle has a rear end coupled to one end of a tube connected to a drainage container for discharging body blood of a patient, wherein the needle includes a coupling part provided at an inward of the rear end of the needle, and a fixing handle detachably coupled to the coupling part, the coupling part has one of circular, elliptical, and polygonal sectional shapes, and the fixing handle fitted to the coupling part has one of circular, elliptical, and polygonal inner sectional shapes corresponding to the sectional shape of the coupling part.
A method for controlling a concealment method for a lost audio frame of a received audio signal, the method comprising: - detecting (101, 122) in a property of a previously received and reconstructed audio signal a transient condition that could lead to suboptimal reconstruction quality, when an original concealment method is used to create a substitution frame; and - modifying (102, 125) the original concealment method by selectively adjusting a spectrum magnitude of a substitution frame spectrum, when the transient condition is detected; - further detecting (101, 121) in a statistical property of observed frame losses a second condition that could lead to suboptimal reconstruction quality, when the original concealment method is used to create the substitution frame; and - further modifying (102, 123, 127) the original concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum, when the second condition is detected. - detecting (101, 122) in a property of a previously received and reconstructed audio signal a transient condition that could lead to suboptimal reconstruction quality, when an original concealment method is used to create a substitution frame; and - modifying (102, 125) the original concealment method by selectively adjusting a spectrum magnitude of a substitution frame spectrum, when the transient condition is detected; - further detecting (101, 121) in a statistical property of observed frame losses a second condition that could lead to suboptimal reconstruction quality, when the original concealment method is used to create the substitution frame; and - further modifying (102, 123, 127) the original concealment method by selectively adjusting the spectrum magnitude of the substitution frame spectrum, when the second condition is detected.
A grass mower comprising: a traveling machine body having a traveling device (11, 12); a mower device supported by the traveling machine body; and a hydrostatic stepless speed changer device for effecting a speed change of the traveling device (11, 12), the speed changer device including: a hydraulic pump, a variable displacement type hydraulic motor, and a hydraulic actuator for changing a swash plate angle of the hydraulic motor; wherein there is provided a closed circuit which interconnects the hydraulic pump and the hydraulic motor; and an operational circuit is connected to a high-pressure side oil passage of the closed circuit for supplying a pilot pressure taken off the high-pressure side oil passage to the hydraulic actuator; characterized in that the operational circuit is connected to a low-speed operation side of the hydraulic actuator so as to operate a swash plate of the hydraulic motor to a lower speed side in association with a pressure increase in the high-pressure side oil passage; wherein the hydraulic actuator includes an operational mechanism for urging the swash plate of the hydraulic motor to be returned to a high speed side; wherein the operational mechanism is formed of a spring; and wherein the hydraulic actuator is arranged such that an operational piston and the spring are disposed on opposite sides across the swash plate. a traveling machine body having a traveling device (11, 12); a mower device supported by the traveling machine body; and a hydrostatic stepless speed changer device for effecting a speed change of the traveling device (11, 12), the speed changer device including: a hydraulic pump, a variable displacement type hydraulic motor, and a hydraulic actuator for changing a swash plate angle of the hydraulic motor; a hydraulic pump, a variable displacement type hydraulic motor, and a hydraulic actuator for changing a swash plate angle of the hydraulic motor; wherein there is provided a closed circuit which interconnects the hydraulic pump and the hydraulic motor; and an operational circuit is connected to a high-pressure side oil passage of the closed circuit for supplying a pilot pressure taken off the high-pressure side oil passage to the hydraulic actuator; characterized in that the operational circuit is connected to a low-speed operation side of the hydraulic actuator so as to operate a swash plate of the hydraulic motor to a lower speed side in association with a pressure increase in the high-pressure side oil passage; wherein the hydraulic actuator includes an operational mechanism for urging the swash plate of the hydraulic motor to be returned to a high speed side; wherein the operational mechanism is formed of a spring; and wherein the hydraulic actuator is arranged such that an operational piston and the spring are disposed on opposite sides across the swash plate.
An apparatus for selectively preventing flow of solution through an infusion set, the apparatus comprising: an infusion set formed by a tube having an occluder formed therein to obstruct flow; and a channel; wherein the occluder is positioned in a portion of the tube, and has an exterior diameter which is larger than an interior diameter of the tube thereby causing the portion of the tube to stretch over the occluder; wherein the tube is radially expandable such that compression of the tube causes a portion of the tube to extend away from the occluder to form a flow path and such that removal of the compression causes the tube adjacent the occluder to contract about the occluder and close the flow path; characterised in that the channel is generally U-shaped having a rounded inner profile, wherein the occluder has a rounded outer profile and wherein the tube is disposed against the rounded inner profile to open the flow path on a side of the occluder opposite the rounded inner profile of the channel. an infusion set formed by a tube having an occluder formed therein to obstruct flow; and a channel; wherein the occluder is positioned in a portion of the tube, and has an exterior diameter which is larger than an interior diameter of the tube thereby causing the portion of the tube to stretch over the occluder; wherein the tube is radially expandable such that compression of the tube causes a portion of the tube to extend away from the occluder to form a flow path and such that removal of the compression causes the tube adjacent the occluder to contract about the occluder and close the flow path; characterised in that the channel is generally U-shaped having a rounded inner profile, wherein the occluder has a rounded outer profile and wherein the tube is disposed against the rounded inner profile to open the flow path on a side of the occluder opposite the rounded inner profile of the channel.
A method for identifying the type of fuel gas during the starting operation of a fuel-gas-operated heating device with an electronic gas-air mixer, wherein the heating device comprises at least one fan for conveying an air volume flow, a gas supply with a gas control element for the controlled supply of a fuel gas, a burner, an ignition unit for igniting the burner, a sensor arranged in the gas supply and over which the fuel gas flows, and a control device for controlling at least the air volume flow conveyed by the fan and the gas control element which determines a gas mass flow of fuel gas, wherein a. the sensor is configured as a gas mass sensor for determining a fuel gas mass of the fuel gas supplied to the burner and a physical property associated with the fuel gas, b. the physical property of the fuel gas is measured by the gas mass sensor and transmitted to the control device, c. the control device determines the type of fuel gas from the measured physical property of the fuel gas; d. the control device, as a function of a determined type of fuel gas, controls, on the gas control element, a first starting gas mass flow which is below an ignition limit of the fuel gas of the determined type of fuel gas, e. the supplied gas mass flow at constant air volume flow is increased starting from the starting gas mass flow during ignition attempts of the ignition unit until an ignition range of the determined combustion fuel type is exceeded, f. during the ignition attempts, an ignition of the burner is monitored and acquired. a. the sensor is configured as a gas mass sensor for determining a fuel gas mass of the fuel gas supplied to the burner and a physical property associated with the fuel gas, b. the physical property of the fuel gas is measured by the gas mass sensor and transmitted to the control device, c. the control device determines the type of fuel gas from the measured physical property of the fuel gas; d. the control device, as a function of a determined type of fuel gas, controls, on the gas control element, a first starting gas mass flow which is below an ignition limit of the fuel gas of the determined type of fuel gas, e. the supplied gas mass flow at constant air volume flow is increased starting from the starting gas mass flow during ignition attempts of the ignition unit until an ignition range of the determined combustion fuel type is exceeded, f. during the ignition attempts, an ignition of the burner is monitored and acquired.
A system comprising: at least one hardware processor; and a memory storing one or more software modules that, when executed by the at least one hardware processor, generate a virtual gateway which comprises a representation of each of one or more active scripts stored on at least one remote physical gateway, wherein the one or more active scripts are configured to monitor or control one or more external devices communicatively connected to the at least one remote physical gateway, wherein at least one of the one or more active scripts represented in the virtual gateway comprises one or more generic identifiers for at least one of the one or more external devices, and wherein each of the one or more generic identifiers comprises one or more wildcards; provide at least one user interface for editing each of the one or more active scripts represented in the virtual gateway; and automatically maintain synchronization, across at least one network, between the one or more active scripts represented in the virtual gateway and the one or more active scripts stored on the at least one remote physical gateway. at least one hardware processor; and a memory storing one or more software modules that, when executed by the at least one hardware processor, generate a virtual gateway which comprises a representation of each of one or more active scripts stored on at least one remote physical gateway, wherein the one or more active scripts are configured to monitor or control one or more external devices communicatively connected to the at least one remote physical gateway, wherein at least one of the one or more active scripts represented in the virtual gateway comprises one or more generic identifiers for at least one of the one or more external devices, and wherein each of the one or more generic identifiers comprises one or more wildcards; provide at least one user interface for editing each of the one or more active scripts represented in the virtual gateway; and automatically maintain synchronization, across at least one network, between the one or more active scripts represented in the virtual gateway and the one or more active scripts stored on the at least one remote physical gateway. generate a virtual gateway which comprises a representation of each of one or more active scripts stored on at least one remote physical gateway, wherein the one or more active scripts are configured to monitor or control one or more external devices communicatively connected to the at least one remote physical gateway, wherein at least one of the one or more active scripts represented in the virtual gateway comprises one or more generic identifiers for at least one of the one or more external devices, and wherein each of the one or more generic identifiers comprises one or more wildcards; provide at least one user interface for editing each of the one or more active scripts represented in the virtual gateway; and automatically maintain synchronization, across at least one network, between the one or more active scripts represented in the virtual gateway and the one or more active scripts stored on the at least one remote physical gateway.
A method of a monitoring device monitoring surroundings thereof, the method comprising: the monitoring device searching for a sensor device; the monitoring device acquiring images for the surroundings of the monitoring device; the monitoring device registering location information of the sensor device based on the images; and monitoring the surroundings of the location of the sensor device in response to an event occurring in the sensor device based on the registered location information using a camera included in the monitoring device. the monitoring device searching for a sensor device; the monitoring device acquiring images for the surroundings of the monitoring device; the monitoring device registering location information of the sensor device based on the images; and monitoring the surroundings of the location of the sensor device in response to an event occurring in the sensor device based on the registered location information using a camera included in the monitoring device.
Apparatus for the production of an electric conductor provided with at least a layer of coating plastic material; the apparatus comprising: - a head for extruding an electric conductor and for coating said electric conductor with at least a layer of plastic material; - at least a main extruder to which a first duct for feeding a first plastic material to said extrusion head is associated; and - at least an auxiliary extruder to which a second duct for feeding a second plastic material to said extrusion head is associated; between said extruders (30, 40) and said extrusion head being interposed a device for the selection and the diversion of the flows of coating plastic material; and - at least a plastic material exhaust device; the apparatus being characterized in that said device for the selection and the diversion of the flows is provided with: - at least a device for the exclusion of said auxiliary extruder; - at least a communication duct, or bypass duct between said first duct and said second duct; and - first flow-regulating diverter means arranged in the intersection point between said first duct and said bypass duct; and - second diverter means arranged in the intersection point between said bypass duct and said second duct. - a head for extruding an electric conductor and for coating said electric conductor with at least a layer of plastic material; - at least a main extruder to which a first duct for feeding a first plastic material to said extrusion head is associated; and - at least an auxiliary extruder to which a second duct for feeding a second plastic material to said extrusion head is associated; - at least a plastic material exhaust device; - at least a device for the exclusion of said auxiliary extruder; - at least a communication duct, or bypass duct between said first duct and said second duct; and - first flow-regulating diverter means arranged in the intersection point between said first duct and said bypass duct; and - second diverter means arranged in the intersection point between said bypass duct and said second duct.
A charging roll comprising: a core member, a rubber base material disposed around the core member, and a surface layer disposed around the rubber base material, a ten point height of irregularities R Z of a surface of the surface layer being equal to or greater than 3.9 micrometers and being equal to or less than 6.1 micrometers, a mean spacing between peaks S m of the surface of the surface layer being equal to or greater than 12.5 micrometers and being equal to or less than 13.5 micrometers.
A method for implementing a multi-power distributed power storage and generation system comprising: feeding power generated by a plurality of solar arrays (21, 610) of a solar power plant directly to a common bus; discharging, by a plurality of bi-directional DC/DC converters of a DC storage plant, power from at least one of a plurality of battery banks, respectively, directly to the common bus; feeding a voltage on the common bus to a single input port invertor; monitoring, by a system controller, a power demand of an external load; maintaining constant power output from the DC storage plant in a maximum power point tracking, MPPT, region of the solar power plant using the power droop method enabling local control of power output from the DC storage plant based on the power demand of the external load; ramping down an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is higher than the MPPT region; ramping up an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is lower than the MPPT region; and maintaining maximum power output of the solar power plant. feeding power generated by a plurality of solar arrays (21, 610) of a solar power plant directly to a common bus; discharging, by a plurality of bi-directional DC/DC converters of a DC storage plant, power from at least one of a plurality of battery banks, respectively, directly to the common bus; feeding a voltage on the common bus to a single input port invertor; monitoring, by a system controller, a power demand of an external load; maintaining constant power output from the DC storage plant in a maximum power point tracking, MPPT, region of the solar power plant using the power droop method enabling local control of power output from the DC storage plant based on the power demand of the external load; ramping down an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is higher than the MPPT region; ramping up an output power of the plurality of bi-directional DC/DC converters when a voltage on the common bus is lower than the MPPT region; and maintaining maximum power output of the solar power plant.
A wave choke system for a door of a microwave oven, wherein said wave choke system comprises at least one wave trap formed as an elongated channel and bordered by four channel walls (22, 24, 32, 34) made of one or more conductive materials and by at least one gap, wherein the wave trap is provided for extending at least partially along a door frame and/or along a cavity frame and comprises at least two adjoining wave choke recesses (14, 16) for a λ/4 transformation parallel to each other and parallel to the wave trap, and wherein two neighbouring wave choke recesses (14, 16) are separated by an elongated wave barrier made of one or more conductive materials, wherein the height of the wave barrier is lower than the height of the wave trap and one wave choke recess is covered completely by an inner channel wall, characterized in, that another wave choke recess is covered partially by the gap and partially by the inner channel wall, the wave barrier extends from an outer channel wall to the interior of the wave trap on the one hand and said wave barrier extends along the longitudinal axis of the wave trap on the other hand.
A method for assembling a barrel structure comprising an inner skin (1004,1604,2004), a truss core (706,1006,2010) disposed with respect to the inner skin to define a cavity, and a septum (800,1008,2006) disposed in the cavity; the method characterized by: laying down a number of layers of an inner skin fabric around a steel mold (1400, 1602, 2022) tool to form an inner skin; installing a first number of mandrel sections with encapsulated septum detail on the inner skin; installing a first number of radial ply closeouts (514,1308) between each of the first number of mandrel sections with encapsulated septum detail installed; laying down a number of layers of truss core fabric over the first number of mandrel sections with encapsulated septum detail to form the truss core; installing a second number of mandrel sections on the truss core; installing a second number of radial ply closeouts (514,1308) between each of the second number of mandrel sections; and laying down a number of layers of an outer skin fabric against the second number of mandrel sections to form an outer skin (708,1002,2014). laying down a number of layers of an inner skin fabric around a steel mold (1400, 1602, 2022) tool to form an inner skin; installing a first number of mandrel sections with encapsulated septum detail on the inner skin; installing a first number of radial ply closeouts (514,1308) between each of the first number of mandrel sections with encapsulated septum detail installed; laying down a number of layers of truss core fabric over the first number of mandrel sections with encapsulated septum detail to form the truss core; installing a second number of mandrel sections on the truss core; installing a second number of radial ply closeouts (514,1308) between each of the second number of mandrel sections; and laying down a number of layers of an outer skin fabric against the second number of mandrel sections to form an outer skin (708,1002,2014).