mhurhangee/ep-ind-claims huggingface dataset:
A glass melting apparatus, comprising: a melting vessel comprising a back wall, a front wall, a first side wall and a second side wall, the melting vessel further comprising a longitudinal centerline extending from the back wall to the front wall and a width extending between an inside surface of the first side wall and an inside surface of the second side wall, the width orthogonal to the longitudinal centerline; and a first feed screw comprising a first axis of rotation, the first feed screw configured to feed a first raw material into the melting vessel, and wherein a distance between the first axis of rotation and the inside surface of the first side wall on a line perpendicular to the first axis of rotation is equal to or less than 15% of the width of the melting vessel, and a second feed screw comprising a second axis of rotation, the second feed screw configured to feed a second raw material into the melting vessel, and wherein a distance between the second axis of rotation and the inside surface of the second side wall on a line perpendicular to the second axis of rotation is equal to or less than 15% of the width of the melting vessel, wherein there are no feed screws disposed farther than 15% of the width of the melting vessel from the inside of either the first side wall or the second side wall. a melting vessel comprising a back wall, a front wall, a first side wall and a second side wall, the melting vessel further comprising a longitudinal centerline extending from the back wall to the front wall and a width extending between an inside surface of the first side wall and an inside surface of the second side wall, the width orthogonal to the longitudinal centerline; and a first feed screw comprising a first axis of rotation, the first feed screw configured to feed a first raw material into the melting vessel, and wherein a distance between the first axis of rotation and the inside surface of the first side wall on a line perpendicular to the first axis of rotation is equal to or less than 15% of the width of the melting vessel, and a second feed screw comprising a second axis of rotation, the second feed screw configured to feed a second raw material into the melting vessel, and wherein a distance between the second axis of rotation and the inside surface of the second side wall on a line perpendicular to the second axis of rotation is equal to or less than 15% of the width of the melting vessel, wherein there are no feed screws disposed farther than 15% of the width of the melting vessel from the inside of either the first side wall or the second side wall.
A condensing unit to be arranged in a drafting system of a textile machine, comprising at least one condensing channel for a ready drafted fibre strand, the condensing unit being designed as a multipart component and containing a holding device and at least one first and one second wear-resistant components (341, 343; 342, 344), and each of the wear-resistant components (341, 343; 342, 344) having a supporting surface (331, 333) for a drafting system roller, wherein the at least two wear-resistant components (341, 343; 342, 344) are fixed to the holding device in a way which permits no movement in relation to said holding device and are arranged on the holding device in such a way that both supporting surfaces (331, 333) are at a distance to one another in circumferential direction of the drafting system roller when mounted and the first wear-resistant component (343; 344) comprises a guiding surface for the fibre strand which guiding surface is designed as a tapering guiding channel and the second wear-resistant component (341; 342) comprises the condensing channel for the ready drafted fibre strand.
An air conditioner comprising: an inverter circuit that has a plurality of switching elements (1Up-1Wn) to be on-off controlled, and that is configured to convert a DC voltage to an AC voltage of an arbitrary frequency to drive an AC electric motor; a control unit that executes on-off control with respect to each switching element (1Up-1Wn) to control the inverter circuit; a compressor having a protection device, characterised in that the protection device is configured to open an electric connection of three-phase windings (8U-8W) therein connected to the inverter circuit at a time of occurrence of an abnormality in the compressor driven by the inverter circuit; and a phase-voltage detection circuit that is configured to detect a voltage at any of the three-phase windings (8U-8W) in the compressor, wherein the control unit includes a shutdown-cause specifying unit that is configured to determine presence or absence of an operation of the protection device based on a phase voltage value detected by the phase-voltage detection circuit through an operation of any of the switching elements (1Up-1Wn) after the compressor has been shut down, and is configured to specify a cause of the shutdown of the compressor. an inverter circuit that has a plurality of switching elements (1Up-1Wn) to be on-off controlled, and that is configured to convert a DC voltage to an AC voltage of an arbitrary frequency to drive an AC electric motor; a control unit that executes on-off control with respect to each switching element (1Up-1Wn) to control the inverter circuit; a compressor having a protection device, characterised in that the protection device is configured to open an electric connection of three-phase windings (8U-8W) therein connected to the inverter circuit at a time of occurrence of an abnormality in the compressor driven by the inverter circuit; and a phase-voltage detection circuit that is configured to detect a voltage at any of the three-phase windings (8U-8W) in the compressor,
A data transmission system for use in a portable computing device, the data transmission system comprising: a near field transmitter circuit (NFTC) configured to transmit an electromagnetic signal encoded with data, the electromagnetic signal having a carrier frequency of at least 60 GHz; a receiver circuit that is configured to receive the data transmitted by the NFTC, wherein the NFTC and the receiver circuit are separated from each other by a distance that corresponds to an air gap over which the electromagnetic signal is transmitted; and a wave guide having a first end coupled to the receiver circuit and a second end coupled to a data sink, wherein the wave guide is (i) configured to transport the electromagnetic signal encoded with the data, and (ii) is disposed within a central bore of a hinge assembly that is configured to pivotally couple an enclosure of the data sink and an enclosure of the NFTC. a near field transmitter circuit (NFTC) configured to transmit an electromagnetic signal encoded with data, the electromagnetic signal having a carrier frequency of at least 60 GHz; a receiver circuit that is configured to receive the data transmitted by the NFTC, wherein the NFTC and the receiver circuit are separated from each other by a distance that corresponds to an air gap over which the electromagnetic signal is transmitted; and a wave guide having a first end coupled to the receiver circuit and a second end coupled to a data sink, wherein the wave guide is (i) configured to transport the electromagnetic signal encoded with the data, and (ii) is disposed within a central bore of a hinge assembly that is configured to pivotally couple an enclosure of the data sink and an enclosure of the NFTC.
A detector, comprising: a housing comprising an access tube configured to receive a medium; a dual bellows comprising: a cavity, a tip contact surface, a flange surface, a first bellows configured to compress when the change in pressure is an increase in pressure of the medium, and a second bellows configured to expand when the change in pressure is a decrease in pressure of the medium, wherein the first and second bellows are welded in a stack and connected at the location of the flange; an adjustment screw positioned within the cavity of the bellows, coupled to the housing via an insulation member, and comprising a second contact surface; a threaded tube positioned between the dual bellows and the adjustment screw, coupled to the housing via the insulating member and comprising a third contact surface; wherein the detector is configured to detect a change in pressure of the medium based on whether the tip contact surface and the second contact surface are in electrical communication and on whether the third contact surface and the flange surface are in electrical communication. a housing comprising an access tube configured to receive a medium; a dual bellows comprising: a cavity, a tip contact surface, a flange surface, a first bellows configured to compress when the change in pressure is an increase in pressure of the medium, and a second bellows configured to expand when the change in pressure is a decrease in pressure of the medium, wherein the first and second bellows are welded in a stack and connected at the location of the flange; a cavity, a tip contact surface, a flange surface, a first bellows configured to compress when the change in pressure is an increase in pressure of the medium, and a second bellows configured to expand when the change in pressure is a decrease in pressure of the medium, wherein the first and second bellows are welded in a stack and connected at the location of the flange; an adjustment screw positioned within the cavity of the bellows, coupled to the housing via an insulation member, and comprising a second contact surface; a threaded tube positioned between the dual bellows and the adjustment screw, coupled to the housing via the insulating member and comprising a third contact surface; wherein the detector is configured to detect a change in pressure of the medium based on whether the tip contact surface and the second contact surface are in electrical communication and on whether the third contact surface and the flange surface are in electrical communication.
A pharmaceutical composition comprising an inhibitor of an NC Ca-ATP channel which is a SUR1 antagonist along with a pharmaceutically acceptable carrier for use in a method of preventing or reducing ischemic damage in one or more organs or tissues selected from heart, liver and intestine.
Bearing house that has a connection part to which a piston rod is fixable, said bearing house accommodates a spherical bearing, and where the bearing house has a centre line lying in a plane that comprises the connection part, said connection part has a longitudinal axis characterized in that the centre line is displaced in parallel in relation to the longitudinal axis, and where said centre line and said longitudinal axis have a distance between them that is fixed, and in that said spherical bearing comprises a bearing ball arranged in the housing.
A bacterium of the species Lactobacillus salivarius for use in treating cardiac dysfunction in a mammal, wherein said bacterium of the species Lactobacillus salivarius is strain 33 (Ls-33) (PTA-4800).
A programmable electrical control device adapted to be programmed by an external programming device (24b, 24c), the programmable electrical control device for controlling electrical power supply in cooperation with an electrical switching device, the electrical switching device having a body, an electrical power supply input, at least one electrical power supply output and a manual switch for each electrical power supply output, the manual switch having on and off positions, the programmable electrical control device including: a data connection module for communicating switching time data and/or duration data between the programmable electrical control device and the external programming device (24b, 24c); memory for storing the switching time and/or duration data; a timing module for providing one or more of a clock time, a calendar date and a duration; a processor for processing the switching time data and/or duration data in accordance with one or more of the clock times and the calendar dates to provide switching time and/or duration; and a switching module controlled by the processor in accordance with the switching time and/or duration, and in cooperation with the manual switch for controlling electrical power supply through the electrical power supply output, wherein the switching time and/or duration include at least one supply on period during which the electrical power supply output is able to supply electrical power when the respective manual switch is in the on position, and at least one supply off period during which the electrical power supply output is unable to supply electrical power, when the respective manual switch is in either the on position or the off position, and wherein at least a part of the programmable electrical control device is capable of being integrated within the body. a data connection module for communicating switching time data and/or duration data between the programmable electrical control device and the external programming device (24b, 24c); memory for storing the switching time and/or duration data; a timing module for providing one or more of a clock time, a calendar date and a duration; a processor for processing the switching time data and/or duration data in accordance with one or more of the clock times and the calendar dates to provide switching time and/or duration; and a switching module controlled by the processor in accordance with the switching time and/or duration, and in cooperation with the manual switch for controlling electrical power supply through the electrical power supply output,
A spark plug having a resistor between a center electrode and a metal terminal, wherein: the resistor contains glass, ceramic powder, an electrically conductive material, and metal; characterized in that the electrically conductive material is carbon black; and an average of two or more particles of the metal are present in an arbitrary region measuring 300 (μm) × 300 (μm) on an arbitrary section of the resistor, and the total sectional area of the metal presents in the region accounts for less than 1.6% of the region. the resistor contains glass, ceramic powder, an electrically conductive material, and metal; characterized in that the electrically conductive material is carbon black; and an average of two or more particles of the metal are present in an arbitrary region measuring 300 (μm) × 300 (μm) on an arbitrary section of the resistor, and the total sectional area of the metal presents in the region accounts for less than 1.6% of the region.
A vehicle door handle assembly with a sensor device for detecting an operation thereof, with a grip, which comprises a section that can be gripped behind, wherein the grip comprises an outer wall and an interior space limited by the outer wall, wherein a sensor electronics system is arranged and fixed in position within the interior space of the grip, characterized in that the grip is formed in the section that can be gripped behind in an operating region with a reduced outer wall thickness, and has an increased level of deformability there with respect to the remaining sections of the grip, wherein the reduction in outer-wall thickness is only implemented on the side of the outer wall directed towards the interior space, wherein the inner surface of the outer wall directed towards the interior space is occupied with a metallic layer in the operating region, wherein the sensor electronic system comprises at least one inductive distance sensor, which lies opposite to the metallic layer and is orientated towards the metal layer in such a way that the inductive distance sensor detects a deformation of the opposite outer wall with the metallic layer resting on it.
A method comprising the step of adding a polymer and a high-quality clay having an Fe 3+:Fe 2+ ratio of 1 or greater to a fluid comprising an aqueous base fluid and a low-quality clay having an Fe 3+:Fe 2+ ratio of less than 1, so as to yield a drilling fluid, wherein the ratio of the low-quality clay to the high-quality clay is 80:20 to 90:10, and wherein the polymer is a polysaccharide, a polyacrylamide, a polyalkylacrylamide, a polyacrylic acid, a polyvinyl alcohol, a polyanionic cellulose, a derivative thereof, a copolymer comprising one or more of these, or any combination thereof.
Navigation aid instrument for an aircraft powered only by solar energy, this navigation aid instrument being intended to assist the pilot of the aircraft, this navigation aid instrument including a first display device that extends horizontally on the instrument panel of the aircraft, wherein the centre of said display device embodies the longitudinal axis of the aircraft, a mobile marker can move on either side of the centre of the first display device indicating the flight direction of the aircraft relative to the ground, i.e. the angle formed by the longitudinal axis of said aircraft and the horizontal component of the velocity vector of said aircraft, wherein the angle is positive on the right side of the pilot when said pilot is looking at the nose of the aircraft, and the mobile marker is further away from the centre of the display device the more the flight direction of the aircraft has drifted from the rectilinear flight direction that will lead said aircraft to the threshold of a runway, the first display device including at least two diodes arranged on either side of the centre thereof, the resolution of the angle to be displayed by the first display device is ± 1° relative to the rectilinear flight direction that will lead the aircraft to the runway threshold, one diode being provided for each degree of drift.
A method for directing airflow exiting a cascade of internal airfoils comprising: coupling a first plasma generating device on a first surface and a rounded trailing edge of each of the internal airfoils; coupling a second plasma generating device on an opposite second surface and the rounded trailing edge of each of the internal airfoils, wherein for each internal airfoil the first surface and the second surface are connected by the rounded trailing edge; monitoring the aerodynamics of a combined airflow exiting the cascade with a sensor mounted proximate a trailing edge of the cascade; and selectively energizing the first plasma generating device and the second plasma generating device on each of the internal airfoils in response to the monitored aerodynamics of the combined airflow exiting the cascade to produce a plasma and to selectively alter a direction of local airflow around each of the internal airfoils to produce a combined airflow exiting the cascade in a desired direction; wherein selectively energizing the first plasma generating device and the second plasma generating device on each of the internal airfoils in response to the monitored aerodynamics of the combined airflow exiting the cascade comprises performing an open loop control that selectively energizes the first plasma generating device and the second plasma generating device based upon a corrected speed and a corrected flow direction of the combined airflow exiting the cascade. coupling a first plasma generating device on a first surface and a rounded trailing edge of each of the internal airfoils; coupling a second plasma generating device on an opposite second surface and the rounded trailing edge of each of the internal airfoils, wherein for each internal airfoil the first surface and the second surface are connected by the rounded trailing edge; monitoring the aerodynamics of a combined airflow exiting the cascade with a sensor mounted proximate a trailing edge of the cascade; and selectively energizing the first plasma generating device and the second plasma generating device on each of the internal airfoils in response to the monitored aerodynamics of the combined airflow exiting the cascade to produce a plasma and to selectively alter a direction of local airflow around each of the internal airfoils to produce a combined airflow exiting the cascade in a desired direction; wherein selectively energizing the first plasma generating device and the second plasma generating device on each of the internal airfoils in response to the monitored aerodynamics of the combined airflow exiting the cascade comprises performing an open loop control that selectively energizes the first plasma generating device and the second plasma generating device based upon a corrected speed and a corrected flow direction of the combined airflow exiting the cascade.
Wrapping machine including an apparatus comprising at least one unwinding unit for said wrapping machine for wrapping a load with a film, and shuttle means (11, 12; 21, 22) that is movable along a path and suitable for receiving and supporting an unwinding unit to be replaced and to be dismantled from said wrapping machine, and/or a new unwinding unit to be mounted on said wrapping machine, said shuttle means (11, 12; 21, 22) operating along an operating direction that is substantially horizontal so as to dismantle and receive an unwinding unit to be replaced and/or so as to transfer and mount a new unwinding unit, said wrapping machine comprising a supporting unit arranged for coupling to and supporting said unwinding unit, said unwinding unit comprising first coupling means, and said supporting unit comprising second coupling means, said first coupling means and said second coupling means being mutually coupable or uncoupable along said operating direction, characterized in that said shuttle means (11, 12; 21, 22) comprises transferring means (15; 45) for supporting and moving at least one unwinding unit, said transferring means (15; 45) being movable along said operating direction between a retracted position and an extended position for dismantling and receiving an unwinding unit to be replaced and/or for transferring and mounting a new unwinding unit, wherein said operating direction is transversal to said path, in particular it is substantially radial to a wrapping trajectory of said load with said film, and wherein said first coupling means comprises a set of rails arranged for being slidably inserted in, and engaged with, respective seats of said second coupling means, said first coupling means being arranged for being progressively engaged with said second coupling means up to a coupling position in which said unwinding unit is engaged with, and supported by, said supporting unit.