mhurhangee/ep-ind-claims huggingface dataset:
Gate valve for control of petroleum production or water injection, at least one surface subject to sliding in operation of the valve comprises a top layer coating of diamond like carbon, said DLC-coating comprises sp3 bonds or a combination of sp2 and sp3 bonds, characterised in that the DLC-coating comprises more than 16 atom-% hydrogen.
A sampling apparatus configured to be attached so that a sampling side of the sampling apparatus faces the skin, comprising a porous adsorption layer that faces the sampling side to collect chemical substances emitted from an organism and has a pore diameter in a range of 0.1 to 1000nm, and a suction layer disposed, via a flow control layer configured to control passing airflow, on a non-sampling side of the adsorption layer and configured to suck at least one of oxygen and nitrogen through the adsorption layer; and characterized in that the porous adsorption layer includes at least three porous layers (121 to 125) with different average pore diameters laminated from the sampling side in descending order of average pore diameters.
A fire suppression agent comprising: a fluid medium including fluorocarbons or halocarbons; vermiculite particles suspended in the fluid medium; and a colorant additive suspended in the fluid medium and proximate at least a subset of the vermiculite particles; wherein the fire suppression agent is capable of suppressing a fire comprising a combustible metal material. a fluid medium including fluorocarbons or halocarbons; vermiculite particles suspended in the fluid medium; and a colorant additive suspended in the fluid medium and proximate at least a subset of the vermiculite particles; wherein the fire suppression agent is capable of suppressing a fire comprising a combustible metal material.
An apparatus for providing a variable voltage output for a vehicle, said apparatus comprising: a housing; a cover configured to fit onto the housing; a rotor actuator comprising a first end and a second end, the first end configured to be operatively connectable to an accelerator pedal of the vehicle, the rotor actuator defining a recess located adjacent the second end, the rotor actuator being pivotably disposed in the housing; a magnet disposed in the recess; and a printed circuit board assembly comprising a Hall effect chip and being disposed within the housing, the Hall effect chip configured to provide a variable voltage output; whereby when the rotor actuator is pivoted, the magnet is configured to pass across the Hall effect chip, the rotor actuator is configured to rotate and to move the magnet in an arc-type path across the Hall Effect chip creating a change in the variable output voltage that in turn controls the acceleration or deceleration of the vehicle by movement of the accelerator pedal, characterized in that the printed circuit board assembly defines an opening sized to fit around the second end of the rotor actuator, and an on/off switch is disposed on the printed circuit board assembly, the switch configured to be activated by the rotor actuator by contacting it during rotation. a housing; a cover configured to fit onto the housing; a rotor actuator comprising a first end and a second end, the first end configured to be operatively connectable to an accelerator pedal of the vehicle, the rotor actuator defining a recess located adjacent the second end, the rotor actuator being pivotably disposed in the housing; a magnet disposed in the recess; and a printed circuit board assembly comprising a Hall effect chip and being disposed within the housing, the Hall effect chip configured to provide a variable voltage output; whereby when the rotor actuator is pivoted, the magnet is configured to pass across the Hall effect chip, the rotor actuator is configured to rotate and to move the magnet in an arc-type path across the Hall Effect chip creating a change in the variable output voltage that in turn controls the acceleration or deceleration of the vehicle by movement of the accelerator pedal, characterized in that the printed circuit board assembly defines an opening sized to fit around the second end of the rotor actuator, and an on/off switch is disposed on the printed circuit board assembly, the switch configured to be activated by the rotor actuator by contacting it during rotation.
Electric motor comprising a stator and also comprising a linearly guided rotor to which a bolt ring with a number of bolts is connected, and comprising a cycloid disc which is in engagement with the bolt ring, characterized in that the bolt ring is connected to a support which is connected to the rotor, wherein the bolts, at the end sides, are connected to the support, wherein the remaining end of each bolt is at a distance from the support and is in direct mechanical contact only with the cycloid disc.
A computer implemented method of presenting potential diversion airports for an aircraft, the method comprising: identifying a flight path segment of a plurality of flight path segments (310, 312, 314) between a departure location and a destination location based on a flight plan from the departure location to the destination location, wherein the flight plan is segmented into a number of flight path segments; identifying a subset of airports (320, 322, 324) satisfying one or more filtering criteria with respect to the identified flight path segment; obtaining current, anticipated or planned status information associated with the aircraft associated with different locations along the identified flight path segment; and obtaining current and anticipated status information associated with the subset of airports for the anticipated timeframe during which the aircraft will traverse the identified flight path segment; scoring each respective airport of the subset across a plurality of parameter groups using the anticipated status information associated with the aircraft and the respective anticipated status information associated with the respective airport; identifying, from among the subset, a recommended diversion airport based on a ranking of respective airports of the subset of airports, wherein the ranking is based on the scoring and the recommended diversion airport comprises a highest ranked airport; and providing an indication of the recommended diversion airport associated with the identified flight path segment on a display device onboard the aircraft. identifying a flight path segment of a plurality of flight path segments (310, 312, 314) between a departure location and a destination location based on a flight plan from the departure location to the destination location, wherein the flight plan is segmented into a number of flight path segments; identifying a subset of airports (320, 322, 324) satisfying one or more filtering criteria with respect to the identified flight path segment; obtaining current, anticipated or planned status information associated with the aircraft associated with different locations along the identified flight path segment; and obtaining current and anticipated status information associated with the subset of airports for the anticipated timeframe during which the aircraft will traverse the identified flight path segment; scoring each respective airport of the subset across a plurality of parameter groups using the anticipated status information associated with the aircraft and the respective anticipated status information associated with the respective airport; identifying, from among the subset, a recommended diversion airport based on a ranking of respective airports of the subset of airports, wherein the ranking is based on the scoring and the recommended diversion airport comprises a highest ranked airport; and providing an indication of the recommended diversion airport associated with the identified flight path segment on a display device onboard the aircraft.
A modular toy system comprising a plurality of separate electronic toy modules (100, 200, 300, 300A-B, 400, 400A-D), each electronic toy module comprising a function device (105, 205) operable to perform a user-perceptible function and a control circuit (209, 409) for controlling the function device 105, 205); wherein at least a first electronic toy module (100, 200, 300, 300A-B, 400, 400A-D) of the plurality of electronic toy modules (100, 200, 300, 300A-B, 400, 400A-D) comprises a first control circuit (109, 409), a first function device (105, 205) and a sensor system configured for contactless detection of respective coordinate values of at least two coordinates, each coordinate being indicative of a position or an orientation of at least a second electronic toy module (100, 200, 300, 300A-B, 400, 400A) of the plurality of electronic toy modules (100, 200, 300, 300A-B, 400, 400A-D) relative to the first electronic toy module (100, 200, 300, 300A-B, 400, 400A-D); and wherein the first control circuit (109, 409) is configured to control operation of the first function device (105, 205) based on one or more of the detected coordinate values; wherein the sensor system comprises at least two electromagnetic coils each configured to sense a time-varying magnetic field; wherein each electromagnetic coil defines a coil axis and wherein the coil axes of the at least two coils define an angle between the coil axes, the angle being larger than zero degrees; wherein the electronic toy module (100, 200, 300, 300A-B, 400, 400A-D) is configured to measure the strength and direction of a magnetic field generated or modified by corresponding coils of another electronic toy module (100, 200, 300, 300A-B, 400, 400A-D).
An exercise device comprising: a bar, the bar having an end portion; a weight assembly mounted on the end portion; a locating member for locating the weight assembly on the end portion; an end plate; and a securing member for co-operating with the end plate for securing the end plate to the end of the bar to clamp the weight assembly between the end plate and the locating member to secure the weight assembly to the end portion of the bar; characterised in that the end plate includes at least one projection, and the weight assembly includes at least one receiving section corresponding to the projection, and wherein the at least one projection and at least one receiving section, in use, engage to prevent relative rotation between the end plate and the weight assembly. a bar, the bar having an end portion; a weight assembly mounted on the end portion; a locating member for locating the weight assembly on the end portion; an end plate; and a securing member for co-operating with the end plate for securing the end plate to the end of the bar to clamp the weight assembly between the end plate and the locating member to secure the weight assembly to the end portion of the bar; characterised in that the end plate includes at least one projection, and the weight assembly includes at least one receiving section corresponding to the projection, and wherein the at least one projection and at least one receiving section, in use, engage to prevent relative rotation between the end plate and the weight assembly.
Prop for supporting a beam:, whereby the prop comprises - means of support on a supporting surface, - means for varying the height and for fixing at the height selected as well as a top plate fixed on the upper end of the prop, characterized in that the upper end of the prop incorporates an elastic clamp of the elastic type, whereby the elastic clamp comprises - two elastic wings (6,7) able to hold and exert pressure on opposite lateral faces of the beam to be supported by the prop, to allow the prop to be retained in the place selected along the beam to be supported, and to prevent it from falling and rotating sideways, each of the wings (6,7) having ∘ one side for fixing and bearing with pressure on one of said lateral faces of the beam to be supported and ∘ another side slightly off-centre and separated with respect to the plane of symmetry of a part of the wing (6,7), ntended to limit the rotation of the prop about its axis, whereby both elastic wings (6,7) are made of rod and form part of a single body made of the rod, whereby the single body has a lower loop that can be coupled by insertion to the top plate of the prop and, whereby each wing (6,7) forms a structure of an inverted U-shape or inverted V-shape that determines both the side for fixing and bearing with pressure on one of said lateral faces of the beam, and the other side that is slightly off-centre and separated with respect to the plane of symmetry of the part of the wing (6,7), to limit the rotation of the prop about its axis. - means of support on a supporting surface, - means for varying the height and for fixing at the height selected as well as a top plate fixed on the upper end of the prop, - two elastic wings (6,7) able to hold and exert pressure on opposite lateral faces of the beam to be supported by the prop, to allow the prop to be retained in the place selected along the beam to be supported, and to prevent it from falling and rotating sideways, each of the wings (6,7) having ∘ one side for fixing and bearing with pressure on one of said lateral faces of the beam to be supported and ∘ another side slightly off-centre and separated with respect to the plane of symmetry of a part of the wing (6,7), ntended to limit the rotation of the prop about its axis, ∘ one side for fixing and bearing with pressure on one of said lateral faces of the beam to be supported and ∘ another side slightly off-centre and separated with respect to the plane of symmetry of a part of the wing (6,7), ntended to limit the rotation of the prop about its axis,
A resistance spot welding method for welding a plurality of steel sheets including a high tensile steel sheet superposed, in which said resistance spot welding method, the conduction system is pulsation conduction using a welding power supply, and, in the plurality of current pulses forming the pulsation conduction, at the respective current pulses, the conduction time, the intervals of the current pulses defined as the conduction idle time, and the weld currents applied by the current pulses are variably controlled, the resistance spot welding method being characterized by: the welding power supply being an inverter DC welding power supply, having a plurality of pulsation steps of a group of current pulses by which the relationship between said conduction time and said conduction idle time and said weld current can be expressed uniformly in a consecutive plurality of said current pulses, where, in an initial pulsation step of first pulsation step and a succeeding second pulsation step, a minimum weld current at said second pulsation step is higher than a maximum weld current at said first pulsation step. the welding power supply being an inverter DC welding power supply, having a plurality of pulsation steps of a group of current pulses by which the relationship between said conduction time and said conduction idle time and said weld current can be expressed uniformly in a consecutive plurality of said current pulses, where, in an initial pulsation step of first pulsation step and a succeeding second pulsation step, a minimum weld current at said second pulsation step is higher than a maximum weld current at said first pulsation step.
A device for automatic processing of an image of printed surfaces including at least one position marker (3, 4, 5, 6; 14; 17, 18) of a main zone to be extracted of a printed surface of the image, the device comprising: - acquisition means for acquiring the image of printed surfaces; - identification means for identifying the at least one position marker in the image of printed surfaces; and - extraction means for extracting the main zone located in the plane of the image as a function of the at least one position marker thus identified, characterized in that the device further includes means for identifying and decoding a microcode, associated with the zone to be extracted, in the image of printed surfaces, the microcode being placed in a predefined manner relative to the main zone to be extracted, the identification and decoding means being configured to determine, from the microcode associated with the main zone to be extracted, one or several secondary zones relative to the main zone to be extracted, the position of which is predefined relative to the main zone by the microcode, the processing device being configured to determine a part of the main zone indicated by a line in the secondary zone and to apply postprocessing to said part of the main zone as a function of the microcode. - acquisition means for acquiring the image of printed surfaces; - identification means for identifying the at least one position marker in the image of printed surfaces; and - extraction means for extracting the main zone located in the plane of the image as a function of the at least one position marker thus identified,
An electrical connection system comprising a plurality of solar electrical power generators (64, 164) electrically interconnected by a plurality of multi-terminal electrical connector devices (201, 301), wherein each of solar electrical power generator has first and second electrical terminals (42, 179), each connector device having a plurality of electrical terminals (203, 303) arranged in first and second rows (R1, R2) each row comprising a plurality of said terminals, one row being positioned along one side of the connector device, the other row being positioned along the other side of the connector device, wherein first and second (203A, 203B; 303A, 303B) of said connector terminals are electrically connected to a respective one of the first and second terminals of a respective one of said solar electrical power generators, and wherein each connector device is configurable such that its terminals adopt a selected one of a plurality of terminal configurations, and wherein said first and second terminals of said respective one of said solar electrical power generators are corresponding positive and negative electrical terminals of the respective one of said solar electrical power generators, characterised in that said selectable terminal configurations include: a first configuration in which the terminals (203B, 203C) that occupy the mid-positions of the second row are electrically connected, respectively, to the terminals (203D, 203E) that occupy the closest end position of the first row; a second configuration in which the terminals that occupy the mid-positions of the first row are electrically connected, respectively, to the terminals (203G, 203H) that occupy the closest end position of the second row, and the terminals (203B, 203C) that occupy the mid-positions of the second row are electrically connected together; and a third configuration in which the terminals (203B, 203C) that occupy the mid-positions of the second row are electrically connected together, and the terminals (203D, 203E) occupying the end positions of one row are electrically connected to a respective one of the terminals (203G, 203H) occupying the adjacent, or closest, end positions of the other row. a first configuration in which the terminals (203B, 203C) that occupy the mid-positions of the second row are electrically connected, respectively, to the terminals (203D, 203E) that occupy the closest end position of the first row; a second configuration in which the terminals that occupy the mid-positions of the first row are electrically connected, respectively, to the terminals (203G, 203H) that occupy the closest end position of the second row, and the terminals (203B, 203C) that occupy the mid-positions of the second row are electrically connected together; and a third configuration in which the terminals (203B, 203C) that occupy the mid-positions of the second row are electrically connected together, and the terminals (203D, 203E) occupying the end positions of one row are electrically connected to a respective one of the terminals (203G, 203H) occupying the adjacent, or closest, end positions of the other row.
A syringe comprising: a barrel having a fluid chamber, an interior surface, a proximal end, a distal end and a tip at the distal end including a fluid passageway therethrough; and a plunger rod including a proximal portion having a proximal end with a flange adapted to accept a force applied from a user along a longitudinal centerline of the plunger rod; a distal portion having a distal end with a stopper adapted to provide a fluid tight slidable seal with the interior surface; a breakable member connecting the proximal portion to the distal portion adapted to break when the force applied by the user exceeds a breaking force; characterized by an impulse reduction means disposed within a gap separating the proximal portion from the distal portion along the longitudinal centerline, wherein the impulse reduction means comprises an elastic element disposed within a gap along the longitudinal centerline that separates the proximal portion from the distal portion. a barrel having a fluid chamber, an interior surface, a proximal end, a distal end and a tip at the distal end including a fluid passageway therethrough; and a plunger rod including a proximal portion having a proximal end with a flange adapted to accept a force applied from a user along a longitudinal centerline of the plunger rod; a distal portion having a distal end with a stopper adapted to provide a fluid tight slidable seal with the interior surface; a breakable member connecting the proximal portion to the distal portion adapted to break when the force applied by the user exceeds a breaking force; characterized by an impulse reduction means disposed within a gap separating the proximal portion from the distal portion along the longitudinal centerline, wherein the impulse reduction means comprises an elastic element disposed within a gap along the longitudinal centerline that separates the proximal portion from the distal portion.
Method for determining, by means of an electricity meter, an apparent amount of electrical power consumed by an electrical installation monitored by said electricity meter, an electric current signal being delivered to the electricity meter in order to supply power to said electrical installation, the method comprising the following steps implemented by the electricity meter: • measuring an RMS current value on the basis of the electric current signal; • obtaining a current shift value; • correcting the RMS current value using the obtained current shift value; and • calculating an apparent electrical power value on the basis of the corrected RMS current value; the method being characterized in that the electricity meter implements the following steps in order to determine the current shift value: • searching in the electric current signal for a period, referred to as a flat area, for which a percentage of samples of the electric current signal, referred to as non-singular samples, is higher than or equal to a threshold, referred to as the detection threshold, the flat area having a duration that is at least equal to a predefined duration, each non-singular sample being a sample having a difference in current value that is smaller than a predefined difference with at least one temporally neighbouring sample; • calculating the shift value on the basis of at least one non-singular sample belonging to the flat area. • measuring an RMS current value on the basis of the electric current signal; • obtaining a current shift value; • correcting the RMS current value using the obtained current shift value; and • calculating an apparent electrical power value on the basis of the corrected RMS current value; • searching in the electric current signal for a period, referred to as a flat area, for which a percentage of samples of the electric current signal, referred to as non-singular samples, is higher than or equal to a threshold, referred to as the detection threshold, the flat area having a duration that is at least equal to a predefined duration, each non-singular sample being a sample having a difference in current value that is smaller than a predefined difference with at least one temporally neighbouring sample; • calculating the shift value on the basis of at least one non-singular sample belonging to the flat area.