mhurhangee/patent-ind-claim-en huggingface dataset:
A method for simulating faults in spark testers in which a test voltage is applied via an electrode with the assistance of a high voltage generator to a continuous cable , and discharges are recognized and displayed by a detector and totaled by means of a fault counter , characterized in that the test voltage for testing the reliability of recognizing faults at a given level, duration and frequency is applied to a fixed spark gap with a fault simulator integrated in the spark tester, and this generates sampled test voltages from the high voltage generator of the spark tester, wherein the precision of the set and displayed test voltage is checked with an additional independent high voltage meter also integrated in the spark tester, and/or wherein the maintenance of the maximum permissible touch current is tested with the assistance of an additional independent measuring device also integrated in the spark tester.
Formfitting securing device for a roller , comprising a running wheel , a fork , and a rotation-blocking engagement part , wherein running wheel of the roller may be rotationally blocked with respect to the geometric running wheel axis via the formfitting securing device , wherein the rotation-blocking engagement part is additionally biased into an engagement position by means of a first spring , wherein the first spring exerts a bias on the rotation-blocking engagement part , both in the engaged position and also in a non-engaged position, and a bias is achieved in the non-engaged position by means of a second spring acting on the rotation-blocking engagement part , wherein the effect of the second spring on the rotation-blocking engagement part is releasable by a lever part interacting with the second spring , said lever part can be acted upon by a linearly displaceable tappet , and a movement direction (c) of the rotation-blocking engagement part defines an angle (α) with a movement direction (d) of the tappet , characterized in that the angle (α) is a right angle or an acute angle, that a release of the force of the second spring on the rotation-blocking engagement part is carried out as a result of a rotational displacement of the lever part counter to the acting force of the second spring , wherein the rotation-blocking engagement part is displaced after such a release in the direction of the engagement position, solely as a result of the first spring acting directly on the same, that the rotation-blocking engagement part is provided in combination with a friction locking device , and that the lever part , the rotation-blocking engagement part , and the first and second springs are arranged in a mutual holding part .
A barrel porting system for a firearm comprising: a barrel including a longitudinal axis (LA), a muzzle end , and an axially extending barrel bore which defines a projectile pathway; a detachable porting device removably coupled to the barrel , the porting device comprising a plurality of gas portholes in fluid communication with the barrel bore ; an elongated outer shroud encircling the porting device , the shroud including at least one gas discharge port arranged to vent combustion gas from firing the firearm in an outwards direction; and an annular gas collection plenum formed between the shroud and porting device , the plenum configured to collect gas from the gas portholes and discharge the gas through the at least one discharge port in the shroud ; wherein the shroud comprises a rear shroud portion encircling the barrel and having an axial length extending for a majority of a length of the barrel, and a front shroud cap detachably and abuttingly mounted to the rear shroud portion by the porting device which compresses an annular protrusion on the barrel against a mating annular mounting shoulder on the front shroud cap, and wherein the at least one discharge port is formed in the front shroud cap; wherein the plenum is defined by a circumferentially-extending annular channel recessed into an exterior surface of the porting device and formed by a reduced diameter portion thereof; and wherein the gas portholes are disposed in the annular channel to discharge gas from the barrel bore exiting through the portholes directly into the collection channel and plenum when the firearm is fired. a barrel including a longitudinal axis (LA), a muzzle end , and an axially extending barrel bore which defines a projectile pathway; a detachable porting device removably coupled to the barrel , the porting device comprising a plurality of gas portholes in fluid communication with the barrel bore ; an elongated outer shroud encircling the porting device , the shroud including at least one gas discharge port arranged to vent combustion gas from firing the firearm in an outwards direction; and an annular gas collection plenum formed between the shroud and porting device , the plenum configured to collect gas from the gas portholes and discharge the gas through the at least one discharge port in the shroud ; wherein the shroud comprises a rear shroud portion encircling the barrel and having an axial length extending for a majority of a length of the barrel, and a front shroud cap detachably and abuttingly mounted to the rear shroud portion by the porting device which compresses an annular protrusion on the barrel against a mating annular mounting shoulder on the front shroud cap, and wherein the at least one discharge port is formed in the front shroud cap; wherein the plenum is defined by a circumferentially-extending annular channel recessed into an exterior surface of the porting device and formed by a reduced diameter portion thereof; and wherein the gas portholes are disposed in the annular channel to discharge gas from the barrel bore exiting through the portholes directly into the collection channel and plenum when the firearm is fired.
Method of establishing a personalized RF coil array for use in a MR imaging guided surgical intervention on a portion of a patient's body, the method comprising: - acquiring diagnostic image data reflecting the anatomy of the portion of the patient's body , the diagnostic image data comprising X-ray, CT and/or MR images; - determining an interventional field within the portion of the patient's body by planning the surgical intervention on the basis of the diagnostic image data; - providing a substrate for accommodating RF antennae , the substrate being adapted to the shape of the patient's body , so that the RF antennae are placed firmly, in close proximity, and in a well-defined position on the patient's body during the surgical intervention; characterized by the method further comprising: - simulating, on the basis of the diagnostic image data, a RF electromagnetic field distribution during the MR imaging guided surgical intervention to compute sizes, shapes and positions of the RF antennae on the substrate which optimize the signal-to-noise ratio of MR signal acquisition from the interventional field; and - arranging the RF antennae on the substrate in accordance with the computed sizes, shapes and positions to establish the personalized RF coil array. - acquiring diagnostic image data reflecting the anatomy of the portion of the patient's body , the diagnostic image data comprising X-ray, CT and/or MR images; - determining an interventional field within the portion of the patient's body by planning the surgical intervention on the basis of the diagnostic image data; - providing a substrate for accommodating RF antennae , the substrate being adapted to the shape of the patient's body , so that the RF antennae are placed firmly, in close proximity, and in a well-defined position on the patient's body during the surgical intervention; - simulating, on the basis of the diagnostic image data, a RF electromagnetic field distribution during the MR imaging guided surgical intervention to compute sizes, shapes and positions of the RF antennae on the substrate which optimize the signal-to-noise ratio of MR signal acquisition from the interventional field; and - arranging the RF antennae on the substrate in accordance with the computed sizes, shapes and positions to establish the personalized RF coil array.
A system comprising: a component of an article of footwear; and a multiple-nozzle tool for applying a material to a component in an article of footwear, comprising: a first nozzle adapted to output a material in a first application pattern ; and a second nozzle adapted to output a material in a second application pattern , the first nozzle and the second nozzle being positioned such that the first application pattern and the second application pattern partially overlap, the first nozzle being a component edge applicator and the second nozzle being a component interior applicator, characterized in that the first application pattern has a smaller coverage area than the second application pattern , and that the first nozzle applies a smaller volume of material than the second nozzle . a component of an article of footwear; and a multiple-nozzle tool for applying a material to a component in an article of footwear, comprising: a first nozzle adapted to output a material in a first application pattern ; and a second nozzle adapted to output a material in a second application pattern , the first nozzle and the second nozzle being positioned such that the first application pattern and the second application pattern partially overlap, the first nozzle being a component edge applicator and the second nozzle being a component interior applicator, characterized in that the first application pattern has a smaller coverage area than the second application pattern , and that the first nozzle applies a smaller volume of material than the second nozzle . a first nozzle adapted to output a material in a first application pattern ; and a second nozzle adapted to output a material in a second application pattern , the first nozzle and the second nozzle being positioned such that the first application pattern and the second application pattern partially overlap, the first nozzle being a component edge applicator and the second nozzle being a component interior applicator, characterized in that the first application pattern has a smaller coverage area than the second application pattern , and that the first nozzle applies a smaller volume of material than the second nozzle .
A header for use on an agricultural vehicle , comprising: a header frame ; a cutterbar with at least one cutting unit , the at least one cutting unit comprising: a rotary driver ; a rotatable disc coupled to the rotary driver ; at least one knife mount coupled to a disc surface of the rotatable disc and including a locking portion being able to bias towards the disc surface ; and at least one knife lockable in at least one direction by the locking portion , the at least one knife defining at least one cutting edge ; and a guard assembly held adjacent to the rotatable disc of the at least one cutting unit , the guard assembly including a curved base portion and a plurality of extensions extending from the base portion , each of the extensions including a bottom portion and a top portion connected to the bottom portion to define a knife passage that allows the at least one knife to rotate therethrough during a full rotation of the rotatable disc ; and characterized in that the at least one knife has a locking opening formed therein and the locking portion comprises a locking projection at least partially filling the locking opening ; and in that the header further comprising a pair of knife stops mounted to the disc surface and defining a knife slot therebetween, the at least one knife being held in the knife slot . a header frame ; a cutterbar with at least one cutting unit , the at least one cutting unit comprising: a rotary driver ; a rotatable disc coupled to the rotary driver ; at least one knife mount coupled to a disc surface of the rotatable disc and including a locking portion being able to bias towards the disc surface ; and at least one knife lockable in at least one direction by the locking portion , the at least one knife defining at least one cutting edge ; and a rotary driver ; a rotatable disc coupled to the rotary driver ; at least one knife mount coupled to a disc surface of the rotatable disc and including a locking portion being able to bias towards the disc surface ; and at least one knife lockable in at least one direction by the locking portion , the at least one knife defining at least one cutting edge ; and a guard assembly held adjacent to the rotatable disc of the at least one cutting unit , the guard assembly including a curved base portion and a plurality of extensions extending from the base portion , each of the extensions including a bottom portion and a top portion connected to the bottom portion to define a knife passage that allows the at least one knife to rotate therethrough during a full rotation of the rotatable disc ; and characterized in that the at least one knife has a locking opening formed therein and the locking portion comprises a locking projection at least partially filling the locking opening ; and in that the header further comprising a pair of knife stops mounted to the disc surface and defining a knife slot therebetween, the at least one knife being held in the knife slot .
A hot-rolled and annealed stainless steel sheet, the sheet having a chemical composition comprising, by mass%, C: 0.007% or more and 0.035% or less, Si: 0.25% or more and less than 0.40%, Mn: 0.05% or more and 0.35% or less, P: 0.04% or less, S: 0.01% or less, Cr: 15.5% or more and 18.0% or less, Al: 0.001% or more and 0.10% or less, N: 0.01% or more and 0.06% or less, optionally one, two, or more selected from among Cu: 0.1% or more and 1.0% or less, Ni: 0.1% or more and 1.0% or less, Mo: 0.1% or more and 0.5% or less, and Co: 0.01% or more and 0.2% or less, optionally one, two, or more selected from among V: 0.01% or more and 0.25% or less, Ti: 0.001% or more and 0.10% or less, Nb: 0.001% or more and 0.10% or less, Mg: 0.0002% or more and 0.0050% or less, B: 0.0002% or more and 0.0050% or less, REM: 0.01% or more and 0.10% or less, and Ca: 0.0002% or more and 0.0020% or less and the balance being Fe and unavoidable impurities and a metallographic structure including, in terms of area ratio, 10% or more and 60% or less of a martensite phase and the balance being a ferrite phase, wherein the hardness of the martensite phase is HV500 or less.
Method for a mobile management control entity, MBC, being adapted for communicating with an access node, AN, such as an eNodeB, the MBC being adapted for, - issuing a message comprising an indication of a type of traffic to be reduced to the AN, wherein the traffic reduction comprises one of blocking, rejecting, ignoring or selectively restricting traffic, wherein the message comprising the indication of a type of traffic to be reduced is an overload message that indicates a started overload situation, or overload situation that is risking to start, the message being transmitted to the AN, characterized in that the overload message comprises an erroneous traffic indication. - issuing a message comprising an indication of a type of traffic to be reduced to the AN, wherein the traffic reduction comprises one of blocking, rejecting, ignoring or selectively restricting traffic, wherein the message comprising the indication of a type of traffic to be reduced is an overload message that indicates a started overload situation, or overload situation that is risking to start, the message being transmitted to the AN, characterized in that the overload message comprises an erroneous traffic indication.
An amplifier comprising a multibeam inductive output tube comprising an output cavity and a plurality of electron guns that are each intended to emit an electron beam through the output cavity , each electron gun comprising a cathode that is intended to emit the electron beam and a gate allowing the density of the electron beam to be modulated, the amplifier furthermore comprising, associated with each gun , a DC voltage supply , each of the supplies being connected to the gate of the corresponding electron gun so as to bias the gate , the voltage of at least one of the supplies being adjustable so as to balance the density of the various electron beams .
A residue clearing apparatus for a seeding implement , where the seeding implement comprises a plurality of shanks substantially equally spaced along a width of a frame of the seeding implement and a hoe type furrow opener mounted on a bottom end of each shank and configured to engage a ground surface , the apparatus comprising: a plurality of residue wheel pairs , each residue wheel pair comprising a right residue wheel and a left residue wheel (13B; a plurality of residue contact members connected to each residue wheel and configured to engage the ground surface adjacent to the one of the shanks to rotate the residue wheels, and wherein outer ends of the residue contact members pass forward of the shank above the furrow opener; a raising system operative to raise the residue wheel pairs to a wheel transport position; characterized in that said right residue wheel and said left residue wheel of each pair are fixed to corresponding right and left ends of a rigid axle ; wherein each axle is adapted to be movably and rotatably mounted to the seeding implement with the right and left residue wheels on corresponding right and left sides of one of the shanks such that each residue wheel pair moves up and down independent of each other and of the shanks; and wherein the right residue wheel of a first residue wheel pair is connected to the left residue wheel of an adjacent second residue wheel pair such that rotation of the right residue wheel of the first residue wheel pair causes rotation of the left residue wheel of the adjacent second residue wheel pair. a plurality of residue wheel pairs , each residue wheel pair comprising a right residue wheel and a left residue wheel (13B; a plurality of residue contact members connected to each residue wheel and configured to engage the ground surface adjacent to the one of the shanks to rotate the residue wheels, and wherein outer ends of the residue contact members pass forward of the shank above the furrow opener; a raising system operative to raise the residue wheel pairs to a wheel transport position; characterized in that said right residue wheel and said left residue wheel of each pair are fixed to corresponding right and left ends of a rigid axle ; wherein each axle is adapted to be movably and rotatably mounted to the seeding implement with the right and left residue wheels on corresponding right and left sides of one of the shanks such that each residue wheel pair moves up and down independent of each other and of the shanks; and wherein the right residue wheel of a first residue wheel pair is connected to the left residue wheel of an adjacent second residue wheel pair such that rotation of the right residue wheel of the first residue wheel pair causes rotation of the left residue wheel of the adjacent second residue wheel pair.
A decoding method comprising: determining, by a decoding unit , a prediction mode according to a merge mode, the prediction mode specifying a first prediction using a first reference image, a second prediction using a second reference image, or a bi-prediction using the first reference image and the second reference image, acquiring, by a generating unit , one or more reference images; interpolating, by the generating unit , each of a luminance component and a color difference component in the reference image or images to generate a prediction image; wherein the generating of the prediction image for the color difference component includes changing, by the generating unit , a prediction mode from the bi-prediction to the first prediction if a size of a prediction block determined by a width and a height of the prediction block is equal to or smaller than a predetermined value and if the prediction mode specifies the bi-prediction. determining, by a decoding unit , a prediction mode according to a merge mode, the prediction mode specifying a first prediction using a first reference image, a second prediction using a second reference image, or a bi-prediction using the first reference image and the second reference image, acquiring, by a generating unit , one or more reference images; interpolating, by the generating unit , each of a luminance component and a color difference component in the reference image or images to generate a prediction image; wherein the generating of the prediction image for the color difference component includes changing, by the generating unit , a prediction mode from the bi-prediction to the first prediction if a size of a prediction block determined by a width and a height of the prediction block is equal to or smaller than a predetermined value and if the prediction mode specifies the bi-prediction.
A process for washing a fuel assembly of a nuclear reactor using sodium as coolant, said washing process using a method for treating sodium by immersion in carboxylate salt or amino-carboxylate salt solution, said washing process being characterized in that it comprises the following steps: - introducing said assembly into a container suitable for washing said assembly; - a prior step of adjusting the temperature of said assembly introduced into said container; said temperature adjustment step being carried out by flushing nonreactive cooling gas, possibly nitrogen, introduced into said container; - injecting carboxylate salt or amino-carboxylate salt solution into said container so as to immerse said assembly in said solution; - circulating said solution in said container, so as to extract the hydrogen formed in said container, the hydrogen being formed by reaction of sodium with said solution. - introducing said assembly into a container suitable for washing said assembly; - a prior step of adjusting the temperature of said assembly introduced into said container; said temperature adjustment step being carried out by flushing nonreactive cooling gas, possibly nitrogen, introduced into said container; - injecting carboxylate salt or amino-carboxylate salt solution into said container so as to immerse said assembly in said solution; - circulating said solution in said container, so as to extract the hydrogen formed in said container, the hydrogen being formed by reaction of sodium with said solution.
An inkjet printer comprising: an ink head (H) for ejecting an ink; an ink supply unit (P) communicating with the ink head; and an ink storage unit (T) communicating with the ink supply unit (P) and arranged to supply the ink to the ink head (H) through the ink supply unit (P), wherein the ink supply unit (P) has an ink heating unit (S) arranged to heat the ink until a viscosity of the ink is within the range of 5 mPa·s or more to 30 mPa·s or less, and the ink storage unit (T) includes a shearing device arranged to shear the ink. an ink head (H) for ejecting an ink; an ink supply unit (P) communicating with the ink head; and an ink storage unit (T) communicating with the ink supply unit (P) and arranged to supply the ink to the ink head (H) through the ink supply unit (P), wherein the ink supply unit (P) has an ink heating unit (S) arranged to heat the ink until a viscosity of the ink is within the range of 5 mPa·s or more to 30 mPa·s or less, and the ink storage unit (T) includes a shearing device arranged to shear the ink.