mhurhangee/ep-ind-claims huggingface dataset:
A display circuit, comprising: a lamp bead array; a column-oriented drive switch array, wherein one end of the column-oriented drive switch array is connected to a column direction of the lamp bead array, the other end of the column-oriented drive switch array is grounded, and the column-oriented drive switch array is configured to control opening and closing of lamp beads, in a column direction, in the lamp bead array; a row-oriented drive switch array connected to first ends of lamp beads, in a row direction, in the lamp bead array, and configured to control opening and closing of the lamp beads, in the row direction, in the lamp bead array; and a common-anode discharge control circuit, one end of which is connected to second ends of the lamp beads, in the row direction, in the lamp bead array, and the other end of which is grounded, wherein the common-anode discharge control circuit comprises a constant current source, a diode and a resistor, a first end of the diode is connected to the second ends of the lamp beads, in the row direction, in the lamp bead array, a second end of the diode is connected to a first end of the constant current source, the second end of the diode is connected to a first end of the resistor, a second end of the resistor and a second end of the constant current source are connected to a power supply, and a grounded end of the constant current source is grounded. a lamp bead array; a column-oriented drive switch array, wherein one end of the column-oriented drive switch array is connected to a column direction of the lamp bead array, the other end of the column-oriented drive switch array is grounded, and the column-oriented drive switch array is configured to control opening and closing of lamp beads, in a column direction, in the lamp bead array; a row-oriented drive switch array connected to first ends of lamp beads, in a row direction, in the lamp bead array, and configured to control opening and closing of the lamp beads, in the row direction, in the lamp bead array; and a common-anode discharge control circuit, one end of which is connected to second ends of the lamp beads, in the row direction, in the lamp bead array, and the other end of which is grounded, wherein the common-anode discharge control circuit comprises a constant current source, a diode and a resistor, a first end of the diode is connected to the second ends of the lamp beads, in the row direction, in the lamp bead array, a second end of the diode is connected to a first end of the constant current source, the second end of the diode is connected to a first end of the resistor, a second end of the resistor and a second end of the constant current source are connected to a power supply, and a grounded end of the constant current source is grounded.
An optical probe for use in a high pressure medium comprising an elongate hollow probe body, an optical window mounted at a distal end of said probe body for transmitting light therethrough, an ultrasonic transducer mounted within said probe body for applying ultrasonic vibrations to said optical window for cleaning said optical window, and one or more light guides located within said probe body for transmitting light through said optical window to a measurement region and/or for receiving light transmitted through said optical window from said measurement region, wherein said ultrasonic transducer is located within said distal end of the probe body adjacent said optical window to transmit ultrasonic vibrations directly from said ultrasonic transducer to said optical window characterised in that said ultrasonic transducer is located within the probe body via a mounting flange extending between a body of the ultrasonic transducer and an inner wall of the probe body, said mounting flange being located at a zero point of the ultrasonic transducer.
A method of heat treating a nickel-base alloy, the nickel-base alloy comprising, in percent by weight, up to 0.1 carbon, from 12 to 20 chromium, up to 4 molybdenum, up to 6 tungsten, from 5 to 12 cobalt, up to 14 iron, from 4 to 8 niobium, from 0.6 to 2.6 aluminium, from 0.4 to 1.4 titanium, from 0.003 to 0.03 phosphorus, from 0.003 to 0.015 boron, balance nickel and incidental impurities; wherein a sum of the weight percent of molybdenum and the weight percent of tungsten is at least 2 and not more than 8, and wherein a sum of atomic percent aluminium and atomic percent titanium is from 2 to 6, a ratio of atomic percent aluminium to atomic percent titanium is at least 1.5, and the sum of atomic percent aluminium and atomic percent titanium divided by atomic percent niobium is from 0.8 to 1.3, the method comprising: solution treating the nickel-base alloy for no greater than 4 hours at a solution temperature ranging from 940°C (1725°F) to 1010°C (1850°F); cooling the nickel-base alloy at a first cooling rate after solution treating the nickel-base alloy; aging the solution treated nickel-base alloy in a first aging treatment for no greater than 8 hours at a temperature ranging from 740°C (1365°F) to 788°C (1450°F); and aging the nickel-base alloy in a second aging treatment for at least 8 hours at a second aging temperature, the second aging temperature ranging from 621°C (1150°F) to 704°C (1300°F). solution treating the nickel-base alloy for no greater than 4 hours at a solution temperature ranging from 940°C (1725°F) to 1010°C (1850°F); cooling the nickel-base alloy at a first cooling rate after solution treating the nickel-base alloy; aging the solution treated nickel-base alloy in a first aging treatment for no greater than 8 hours at a temperature ranging from 740°C (1365°F) to 788°C (1450°F); and aging the nickel-base alloy in a second aging treatment for at least 8 hours at a second aging temperature, the second aging temperature ranging from 621°C (1150°F) to 704°C (1300°F).
An electronic device comprising an electric shock protection device (100, 200, 300, 400) connected between a conductive casing of the electronic device and a circuit unit disposed within the conductive casing, the electric shock protection device comprising: - an electric shock protection unit (210, 410) configured to pass static electricity flowing from the conductive casing, and block a leakage current flowing from a ground of the circuit unit in order for the leakage current not to be delivered to the conductive casing; - a capacitor unit (220a, 220b; 340a, 340b; 420a, 420b) connected in parallel to the electric shock protection unit (210, 410) to pass communication signals flowing from the conductive casing; and - a pair of external electrodes (231, 232) connected to the electric shock protection unit (210, 410) and the capacitor unit (220a, 220b; 340a, 340b; 420a, 420b), wherein one of the pair of external electrodes (231, 232) is connected to the conductive casing and the other one of the pair of external electrodes (231, 232) is connected to the circuit unit. - an electric shock protection unit (210, 410) configured to pass static electricity flowing from the conductive casing, and block a leakage current flowing from a ground of the circuit unit in order for the leakage current not to be delivered to the conductive casing; - a capacitor unit (220a, 220b; 340a, 340b; 420a, 420b) connected in parallel to the electric shock protection unit (210, 410) to pass communication signals flowing from the conductive casing; and - a pair of external electrodes (231, 232) connected to the electric shock protection unit (210, 410) and the capacitor unit (220a, 220b; 340a, 340b; 420a, 420b), wherein one of the pair of external electrodes (231, 232) is connected to the conductive casing and the other one of the pair of external electrodes (231, 232) is connected to the circuit unit.
Device for holding and guiding a rotating rod, which is mounted in a detachable manner via a fastener on a drive shaft of a drive motor, whereby the axes of rotation of the drive shaft and the rod are arranged congruent to each other, having at least two carrier elements (6a, 6b) and at least two holding elements (7a, 7b), whereby - the two carrier elements (6a, 6b) are aligned in a plane in which the axis of rotation of the rod and the drive shaft is arranged, whereby a first carrier element is connected to a first holding element and a second carrier element is connected to a second holding element, whereby the two carrier elements (6a, 6b) are each arranged with a first end mounted on a housing of the drive motor and have a joint, on a second end designed distal to the first end, - the holding elements (7a, 7b) each have a longitudinal member (10a, 10b) which - are flexibly connected with a respective first end to the respective carrier element (6a, 6b) via the respective joint and - on a respective second end designed distal to the respective first end, have a profile, more specifically a supporting element, which when the device is closed surround the rotating rod in such a way that the rod is only movable around the axis of rotation and the arrangement of the axes of rotation of the rod and of the drive shaft is fixed in relation to one another. - the two carrier elements (6a, 6b) are aligned in a plane in which the axis of rotation of the rod and the drive shaft is arranged, whereby a first carrier element is connected to a first holding element and a second carrier element is connected to a second holding element, whereby the two carrier elements (6a, 6b) are each arranged with a first end mounted on a housing of the drive motor and have a joint, on a second end designed distal to the first end, - the holding elements (7a, 7b) each have a longitudinal member (10a, 10b) which - are flexibly connected with a respective first end to the respective carrier element (6a, 6b) via the respective joint and - on a respective second end designed distal to the respective first end, have a profile, more specifically a supporting element, which when the device is closed surround the rotating rod in such a way that the rod is only movable around the axis of rotation and the arrangement of the axes of rotation of the rod and of the drive shaft is fixed in relation to one another. - are flexibly connected with a respective first end to the respective carrier element (6a, 6b) via the respective joint and - on a respective second end designed distal to the respective first end, have a profile, more specifically a supporting element, which when the device is closed surround the rotating rod in such a way that the rod is only movable around the axis of rotation and the arrangement of the axes of rotation of the rod and of the drive shaft is fixed in relation to one another.
Pull-out unit, in particular for furniture or domestic appliances, comprising a pull-out guide which has a stationary rail and a running rail which is displaceable relative to the stationary rail and on which a drawer element can be supported, and a pull-out device having a guide track, on which a driver pretensioned by an energy storage device is displaceable between a parked position in an angled end section having the energy storage device tensioned and a starting position having a less strongly tensioned energy storage device, wherein the running rail is movable in the opening direction by moving the driver into the starting position, and the driver in the parked position is not held on the angled end section of the guide track in a self-locking but in an interlocking manner, and a pin-shaped guide element is formed or can be arranged on the driver, wherein the guide element, in the parked position, rests against an interlocking contour at the angled end section, wherein the interlocking contour has a first wall and a second wall against which the guide element rests, wherein the first wall and the second wall are arranged at an angle α to each other, wherein the angle α is greater than the sum of the friction angles (p) between the guide element and the first and second walls (18, 21) and the angle α is smaller than 180°.
An exterior member for covering, along an electric wire arranged between electric components (4, 6) of a vehicle for transmitting high voltage current, an outer peripheral surface of the electric wire, the exterior member comprising: an exterior member body configured to have an elongated tubular shape and having a base color; and an identification mark provided on an external surface of the exterior member body and having an identification color different from the base color, wherein the identification mark comprises at least one of: a plurality of line marks provided continuously along a longitudinal direction of the exterior member body and parallel to each other; and at least one line mark provided continuously and spirally along the longitudinal direction of the exterior member body, wherein each line mark (15A, 15B) has a line width, the line marks (15A, 15B) that are next to each other are provided so as to be separated at a given interval, and a ratio of the interval to the line width is twice or more, wherein the identification mark is added by applying a paint with the identification color to the external surface or the identification mark is added by pasting a color tape with the identification color to the external surface; and wherein the identification mark comprises an auxiliary mark provided along one side or each side of the line mark (15A, 15B) in a width direction of the line mark (15A, 15B) and colored in another identification color complementary to the identification color of the line mark (15A, 15B). an exterior member body configured to have an elongated tubular shape and having a base color; and an identification mark provided on an external surface of the exterior member body and having an identification color different from the base color, wherein the identification mark comprises at least one of: a plurality of line marks provided continuously along a longitudinal direction of the exterior member body and parallel to each other; and at least one line mark provided continuously and spirally along the longitudinal direction of the exterior member body, a plurality of line marks provided continuously along a longitudinal direction of the exterior member body and parallel to each other; and at least one line mark provided continuously and spirally along the longitudinal direction of the exterior member body, wherein each line mark (15A, 15B) has a line width, the line marks (15A, 15B) that are next to each other are provided so as to be separated at a given interval, and a ratio of the interval to the line width is twice or more, wherein the identification mark is added by applying a paint with the identification color to the external surface or the identification mark is added by pasting a color tape with the identification color to the external surface; and wherein the identification mark comprises an auxiliary mark provided along one side or each side of the line mark (15A, 15B) in a width direction of the line mark (15A, 15B) and colored in another identification color complementary to the identification color of the line mark (15A, 15B).
A filter apparatus comprising: a first conductive signal line (110, 112) configured to form a first radio frequency resonator; a second conductive signal line configured to form a second radio frequency resonator; a cross-coupling element comprising a first electrode arranged to couple capacitively to the first conductive signal line, a second electrode arranged to couple capacitively to the second conductive signal line, and an electrically conductive signal line coupling the first electrode to the second electrode, wherein the cross-coupling element is bendable with respect to the first conductive signal line and the second conductive signal line to adjust said capacitive coupling characterized in that the cross-coupling element is fixed to the first conductive signal line and the second conductive signal line through an insulator such that the first electrode and the second electrode remain bendable with respect to the to the first conductive signal line and the second conductive signal line, respectively. a first conductive signal line (110, 112) configured to form a first radio frequency resonator; a second conductive signal line configured to form a second radio frequency resonator; a cross-coupling element comprising a first electrode arranged to couple capacitively to the first conductive signal line, a second electrode arranged to couple capacitively to the second conductive signal line, and an electrically conductive signal line coupling the first electrode to the second electrode, wherein the cross-coupling element is bendable with respect to the first conductive signal line and the second conductive signal line to adjust said capacitive coupling characterized in that the cross-coupling element is fixed to the first conductive signal line and the second conductive signal line through an insulator such that the first electrode and the second electrode remain bendable with respect to the to the first conductive signal line and the second conductive signal line, respectively.
A detection and indication system for use in a railway switch machine which utilizes a first roller member and a second roller member which physically interact with a point detector bar coupled to one or more switch points to provide an indication of a point failure upon movement of the point detector bar a first predetermined distance from an initial position, the system comprising: a mounting structure structured to be coupled to a housing of the switch machine; a first sensing device coupled to the mounting structure, including a first secondary roller member, the first secondary roller member being positioned and structured to engage the point detector bar; a second sensing device coupled to the mounting structure the second sensing device including a second secondary roller member, the second secondary roller member being positioned and structured to engage the point detector bar; the first and second sensing devices being positioned and structured to detect movement of the point detector bar a second predetermined distance from the respective initial position, wherein the second predetermined distance is less than the first predetermined distance. a mounting structure structured to be coupled to a housing of the switch machine; a first sensing device coupled to the mounting structure, including a first secondary roller member, the first secondary roller member being positioned and structured to engage the point detector bar; a second sensing device coupled to the mounting structure the second sensing device including a second secondary roller member, the second secondary roller member being positioned and structured to engage the point detector bar; the first and second sensing devices being positioned and structured to detect movement of the point detector bar a second predetermined distance from the respective initial position, wherein the second predetermined distance is less than the first predetermined distance.
Drive unit for a breast pump, comprising - a housing, - internal components arranged in the housing, and - a suspension, wherein the internal components are mechanically coupled to each other to form a unit which is mechanically coupled to the housing by way of the suspension, and wherein the suspension comprises at least one resilient element mechanically coupling the unit of components to the housing; and wherein the resilient element is a spring, a coil spring or a plate spring, wherein the internal components are fixedly or removably arranged on a base structure, the base structure being mechanically coupled to the housing by way of the suspension, and characterized in that all internal components arranged in the housing are mechanically coupled and are arranged on the suspension via the base structure. - a housing, - internal components arranged in the housing, and - a suspension, wherein the internal components are mechanically coupled to each other to form a unit which is mechanically coupled to the housing by way of the suspension, and wherein the suspension comprises at least one resilient element mechanically coupling the unit of components to the housing; and wherein the resilient element is a spring, a coil spring or a plate spring, wherein the internal components are fixedly or removably arranged on a base structure, the base structure being mechanically coupled to the housing by way of the suspension, and characterized in that all internal components arranged in the housing are mechanically coupled and are arranged on the suspension via the base structure.
A hot beverage machine or coffee machine, at least comprising a heater for heating water, a pump and a beverage outlet opening connected by means of a conduit system, the hot beverage machine or coffee machine producing mixed coffee beverages or mixed tea beverages with a desired amount of water, steam or milk or milk foam by means of a sensor-controlled proportional valve with a stepper motor and an axially adjustable, approximately circular valve needle, by means of only one proportional valve, which can be set to different positions, a quantity of liquid, steam or air which can be metered as desired being produced or producible, the proportional valve additionally having at least one position in which it is completely closed, characterized in that the proportional valve has two positions, in which it is completely closed, the first closed position being formed by a zero position, which simultaneously forms a reset position, and the second closed position being arranged when the valve needle is axially displaced before reaching the end position opposite the zero position.
A plant operation assistance system, comprising: a data obtaining unit configured to obtain monitoring data indicating state quantity of a plant, the state quantity being detected by a sensor; an identifying unit configured to statistically derive, based on accumulated data which are plural monitoring data obtained in a predetermined past time period, a probability distribution of the state quantity which includes an average value and variance of the state quantity; a model generation unit configured to generate, based on plant parameters composed from a database including design information of the plant and the monitoring data indicating the state quantity detected by the sensor, a stochastic model of the plant; a data processing unit configured to assign the probability distribution to the monitoring data obtained by the data obtaining unit, wherein the probability distribution comprises an average value and a variance of the state quantity corresponding to the assigned monitoring data; and a prediction unit configured to input the monitoring data assigned with the probability distribution into the stochastic model and predict a state of the plant. a data obtaining unit configured to obtain monitoring data indicating state quantity of a plant, the state quantity being detected by a sensor; an identifying unit configured to statistically derive, based on accumulated data which are plural monitoring data obtained in a predetermined past time period, a probability distribution of the state quantity which includes an average value and variance of the state quantity; a model generation unit configured to generate, based on plant parameters composed from a database including design information of the plant and the monitoring data indicating the state quantity detected by the sensor, a stochastic model of the plant; a data processing unit configured to assign the probability distribution to the monitoring data obtained by the data obtaining unit, wherein the probability distribution comprises an average value and a variance of the state quantity corresponding to the assigned monitoring data; and a prediction unit configured to input the monitoring data assigned with the probability distribution into the stochastic model and predict a state of the plant.