mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transporting Fibre Channel, FC, traffic over a packet-switched network between first and second FC devices using first and second translators, the method comprising: receiving , by the first translator, a first FC traffic from the first FC device; encapsulating , by the first translator, a second FC traffic in packets suitable for transporting over the packet-switched network; transmitting , by the first translator, the packets to the packet-switched network; receiving , by the second translator, the packets from the packet-switched network; decapsulating , the second FC traffic from the received packets; and transmitting , by the second translator, the generated first FC traffic to the second FC device, characterized in that : the method further comprising: identifying , by the first translator, a repetitive signal that is made of successive IDLE frames in the first FC traffic; generating , by the first translator, the second FC traffic by replacing the identified repetitive signal in the first FC traffic with an indicator; identifying , by the second translator, the indicator in the second FC traffic; and reproducing , by the second translator in response to the indicator, the first FC traffic from the second FC traffic. receiving , by the first translator, a first FC traffic from the first FC device; encapsulating , by the first translator, a second FC traffic in packets suitable for transporting over the packet-switched network; transmitting , by the first translator, the packets to the packet-switched network; receiving , by the second translator, the packets from the packet-switched network; decapsulating , the second FC traffic from the received packets; and transmitting , by the second translator, the generated first FC traffic to the second FC device, characterized in that : identifying , by the first translator, a repetitive signal that is made of successive IDLE frames in the first FC traffic; generating , by the first translator, the second FC traffic by replacing the identified repetitive signal in the first FC traffic with an indicator; identifying , by the second translator, the indicator in the second FC traffic; and reproducing , by the second translator in response to the indicator, the first FC traffic from the second FC traffic.
Method for measuring residual strain in a cured composite part, comprising the steps of: taking a first image of at least two spaced apart particles (A, B) positioned on a side of the cured composite part with the side positioned transverse to a first face side wherein the cured composite part comprising a first ply comprising fibers and a second ply comprising fibers wherein: the first ply and the second ply are positioned in overlying relationship to one another; at least a portion of the fibers of the first ply are positioned in angular relationship with at least a portion of the fibers of the second ply ; and the at least two spaced apart particles (A, B) positioned on the side of the cured composite part are associated with the second ply ; removing at least a portion of the first ply; and taking a second image of the at least two spaced apart particles (1, B) after the at least a portion of the first ply has been removed from the cured composite part. taking a first image of at least two spaced apart particles (A, B) positioned on a side of the cured composite part with the side positioned transverse to a first face side wherein the cured composite part comprising a first ply comprising fibers and a second ply comprising fibers wherein: the first ply and the second ply are positioned in overlying relationship to one another; at least a portion of the fibers of the first ply are positioned in angular relationship with at least a portion of the fibers of the second ply ; and the at least two spaced apart particles (A, B) positioned on the side of the cured composite part are associated with the second ply ; the first ply and the second ply are positioned in overlying relationship to one another; at least a portion of the fibers of the first ply are positioned in angular relationship with at least a portion of the fibers of the second ply ; and the at least two spaced apart particles (A, B) positioned on the side of the cured composite part are associated with the second ply ; removing at least a portion of the first ply; and taking a second image of the at least two spaced apart particles (1, B) after the at least a portion of the first ply has been removed from the cured composite part.
A solvent composition comprising 91.0 wt.-% or more i-paraffins and having a boiling point in the range of 150°C to 250°C, wherein the solvent composition is derived from a renewable raw material, wherein the solvent composition comprises more than 55.0 wt.-% dimethylated, trimethylated or higher methylated i-paraffins relative to all i-paraffins in the solvent composition, and wherein the content of C5 to C15 paraffins is 95 wt.-% or more relative to the solvent composition as a whole. wherein the solvent composition comprises more than 55.0 wt.-% dimethylated, trimethylated or higher methylated i-paraffins relative to all i-paraffins in the solvent composition, and wherein the content of C5 to C15 paraffins is 95 wt.-% or more relative to the solvent composition as a whole.
An equalizer circuit comprising: an addition circuit configured to add an input signal and a compensation signal; a comparison circuit configured in a binary determination to compare an output signal of the addition circuit with a threshold value thereof; a plurality of first latch circuits configured to hold a series of output signals of the comparison circuit , the plurality of first latch circuits being connected in cascade, and the number of the plurality of first latch circuits being smaller by one than the number of taps in the equalizer circuit ; a selection circuit configured to receive output signals of the comparison circuit and each of the plurality of first latch circuits , and to select and output one of the output signals; a second latch circuit configured to hold an output signal of the selection circuit ; and a digital-to-analog conversion circuit configured to generate the compensation signal, based on an output signal of the second latch circuit and according to a coefficient depending on a compensation intensity, wherein the plurality of first latch circuits and the second latch circuit are driven by a clock signal. an addition circuit configured to add an input signal and a compensation signal; a comparison circuit configured in a binary determination to compare an output signal of the addition circuit with a threshold value thereof; a plurality of first latch circuits configured to hold a series of output signals of the comparison circuit , the plurality of first latch circuits being connected in cascade, and the number of the plurality of first latch circuits being smaller by one than the number of taps in the equalizer circuit ; a selection circuit configured to receive output signals of the comparison circuit and each of the plurality of first latch circuits , and to select and output one of the output signals; a second latch circuit configured to hold an output signal of the selection circuit ; and a digital-to-analog conversion circuit configured to generate the compensation signal, based on an output signal of the second latch circuit and according to a coefficient depending on a compensation intensity, wherein the plurality of first latch circuits and the second latch circuit are driven by a clock signal.
A method of operating a wind energy installation comprising a tower (20-22) and a rotor arranged at the top of the tower and having at least one rotor blade which can be adjusted about a blade setting axis (B), wherein: - in a first mode of operation (S10), the at least one rotor blade has an operating angular position about the blade setting axis, and a rotation of the rotor which is caused by wind force is converted into electrical power with the aid of a generator device , which electrical power is transferred from the wind energy installation to an electrical network and / or is stored; and - in a second mode of operation (S40), the at least one rotor blade is adjusted by at least 60° and / or by a maximum of 110° about the blade setting axis with respect to the operating angular position into a damping angular position, and a counter torque which slows down the rotor is controlled with the aid of the generator device on the basis of a vibration of the tower. - in a first mode of operation (S10), the at least one rotor blade has an operating angular position about the blade setting axis, and a rotation of the rotor which is caused by wind force is converted into electrical power with the aid of a generator device , which electrical power is transferred from the wind energy installation to an electrical network and / or is stored; and - in a second mode of operation (S40), the at least one rotor blade is adjusted by at least 60° and / or by a maximum of 110° about the blade setting axis with respect to the operating angular position into a damping angular position, and a counter torque which slows down the rotor is controlled with the aid of the generator device on the basis of a vibration of the tower.
A slide for a firearm adapted to receive an optical sight, comprising: a slide having a flat rear section recessed into a top portion of the slide, wherein the flat rear section: comprises a first set of mounting holes ; and is positioned below a topmost surface of the slide; an adapter plate configured to be mounted within the recessed flat rear section by the first set of mounting holes , wherein the adapter plate comprises: a second set of mounting holes aligned with the first set of mounting holes ; at least one mounting bus disposed along a top surface that is configured to align the optical sight with the adapter plate ; and at least one receiving port disposed along a top surface that is configured to connect the optical sight to the adapter plate ; and a safety lever configured to: be installed below the adapter plate ; and rotate without impacting the adapter plate . a slide having a flat rear section recessed into a top portion of the slide, wherein the flat rear section: comprises a first set of mounting holes ; and is positioned below a topmost surface of the slide; comprises a first set of mounting holes ; and is positioned below a topmost surface of the slide; an adapter plate configured to be mounted within the recessed flat rear section by the first set of mounting holes , wherein the adapter plate comprises: a second set of mounting holes aligned with the first set of mounting holes ; at least one mounting bus disposed along a top surface that is configured to align the optical sight with the adapter plate ; and at least one receiving port disposed along a top surface that is configured to connect the optical sight to the adapter plate ; and a second set of mounting holes aligned with the first set of mounting holes ; at least one mounting bus disposed along a top surface that is configured to align the optical sight with the adapter plate ; and at least one receiving port disposed along a top surface that is configured to connect the optical sight to the adapter plate ; and a safety lever configured to: be installed below the adapter plate ; and rotate without impacting the adapter plate . be installed below the adapter plate ; and rotate without impacting the adapter plate .
An aqueous heat-curable binder composition comprising: one or more reducing sugars, one or more amino acids, and one or more aldehyde compounds selected from the group consisting of glutaraldehyde, formaldehyde, glyoxal and combinations thereof, wherein the amount of reducing sugars is 40-95 parts by weight based on a total of 100 parts by weight of the reducing sugars and amino acids, wherein the amount of amino acids is 5-60 parts by weight, based on a total of 100 parts by weight of the reducing sugars and amino acids, and wherein the amount of the aldehyde compounds is 0.1-5 parts by weight based on the total of 100 parts by weight of the reducing sugars and amino acids. one or more reducing sugars, one or more amino acids, and one or more aldehyde compounds selected from the group consisting of glutaraldehyde, formaldehyde, glyoxal and combinations thereof, wherein the amount of reducing sugars is 40-95 parts by weight based on a total of 100 parts by weight of the reducing sugars and amino acids, wherein the amount of amino acids is 5-60 parts by weight, based on a total of 100 parts by weight of the reducing sugars and amino acids, and wherein the amount of the aldehyde compounds is 0.1-5 parts by weight based on the total of 100 parts by weight of the reducing sugars and amino acids.
A device for squeezing water out of a sponge board having a bow handle arranged on a backing plate , the device comprising a perforated base plate and a pressure element , wherein - the perforated base plate comprises multiple drainage openings for allowing water to drain from an upper surface of the perforated base plate; and - the pressure element comprises a first end , a second end , at least one pressure surface and a recess , the recess is arranged to accommodate the bow handle when the sponge board is arranged on the upper surface of the perforated base plate , the first end is pivotably connected to the perforated base plate by at least one hinge and the second end is distal from the first end and comprises a push handle , and the pressure element may pivot between a first position, wherein the sponge board may be arranged on the upper surface of the perforated base plate , and a second position, wherein the at least one pressure surface is parallel to, and at a predetermined distance from, the upper surface of the perforated plate , characterized in that the device comprises means for changing the predetermined distance of the at least one pressure surface in the second position. - the perforated base plate comprises multiple drainage openings for allowing water to drain from an upper surface of the perforated base plate; and - the pressure element comprises a first end , a second end , at least one pressure surface and a recess , the recess is arranged to accommodate the bow handle when the sponge board is arranged on the upper surface of the perforated base plate , the first end is pivotably connected to the perforated base plate by at least one hinge and the second end is distal from the first end and comprises a push handle , and the pressure element may pivot between a first position, wherein the sponge board may be arranged on the upper surface of the perforated base plate , and a second position, wherein the at least one pressure surface is parallel to, and at a predetermined distance from, the upper surface of the perforated plate , characterized in that the device comprises means for changing the predetermined distance of the at least one pressure surface in the second position.
A medical imaging apparatus , comprising: - a radiation emitter movably supported by a first support structure along a first annular pathway; - a radiation detector movably supported by a second support structure along a second annular pathway; - a camera positionally coupled to and moving together with either the radiation emitter or the radiation detector , and oriented towards an area surrounded by the first and the second pathway; - a position determination module operably connected to: - at least one first position sensor or a tracking system for determining the spatial position of the radiation emitter ; - at least one second position sensor or a tracking system for determining the spatial position of the radiation detector ; - at least one sensor adapted to sense the shape of the collimator assigned to the radiation emitter ; - an AR-visualization module operably coupled to the camera and to the position determination module , which is adapted to create an AR-image, and which includes a display interface adapted to transmit the created AR-image to a medical display , wherein the AR-image comprises an image received from the camera and an AR-overlay positionally registered with and superimposed with the image. - a radiation emitter movably supported by a first support structure along a first annular pathway; - a radiation detector movably supported by a second support structure along a second annular pathway; - a camera positionally coupled to and moving together with either the radiation emitter or the radiation detector , and oriented towards an area surrounded by the first and the second pathway; - a position determination module operably connected to: - at least one first position sensor or a tracking system for determining the spatial position of the radiation emitter ; - at least one second position sensor or a tracking system for determining the spatial position of the radiation detector ; - at least one sensor adapted to sense the shape of the collimator assigned to the radiation emitter ; - at least one first position sensor or a tracking system for determining the spatial position of the radiation emitter ; - at least one second position sensor or a tracking system for determining the spatial position of the radiation detector ; - at least one sensor adapted to sense the shape of the collimator assigned to the radiation emitter ; - an AR-visualization module operably coupled to the camera and to the position determination module , which is adapted to create an AR-image, and which includes a display interface adapted to transmit the created AR-image to a medical display , wherein the AR-image comprises an image received from the camera and an AR-overlay positionally registered with and superimposed with the image.
Use of at least one polyether-modified siloxane as dust binder for seed.
A cooling system for a reflow furnace , the reflow furnace comprising a heating zone , and the cooling system configured to regulate a temperature of the heating zone , wherein the cooling system comprises: a blowing apparatus ; at least one gas inlet and at least one gas discharge port , the at least one gas inlet and the at least one gas discharge port being disposed on the heating zone ; at least one gas intake pipeline , an inlet of the at least one gas intake pipeline being connected to the blowing apparatus , an outlet of the at least one gas intake pipeline being connected to the at least one gas inlet , the at least one gas intake pipeline being able to controllably establish fluid communication between the blowing apparatus and the at least one gas inlet ; and at least one gas discharge pipeline , an inlet of the at least one gas discharge pipeline being connected to the at least one gas discharge port , an outlet of the at least one gas discharge pipeline being connected to the outside, and the at least one gas discharge pipeline being able to controllably establish fluid communication between the at least one gas discharge port and the outside, wherein the outlet of the at least one gas discharge pipeline is configured to connect to an exhaust apparatus , the at least one gas discharge pipeline can controllably connect the at least one gas discharge port to the exhaust apparatus , and the exhaust apparatus is configured to discharge gas in the reflow furnace to the outside, wherein the exhaust apparatus is a fan. a blowing apparatus ; at least one gas inlet and at least one gas discharge port , the at least one gas inlet and the at least one gas discharge port being disposed on the heating zone ; at least one gas intake pipeline , an inlet of the at least one gas intake pipeline being connected to the blowing apparatus , an outlet of the at least one gas intake pipeline being connected to the at least one gas inlet , the at least one gas intake pipeline being able to controllably establish fluid communication between the blowing apparatus and the at least one gas inlet ; and at least one gas discharge pipeline , an inlet of the at least one gas discharge pipeline being connected to the at least one gas discharge port , an outlet of the at least one gas discharge pipeline being connected to the outside, and the at least one gas discharge pipeline being able to controllably establish fluid communication between the at least one gas discharge port and the outside, wherein the outlet of the at least one gas discharge pipeline is configured to connect to an exhaust apparatus , the at least one gas discharge pipeline can controllably connect the at least one gas discharge port to the exhaust apparatus , and the exhaust apparatus is configured to discharge gas in the reflow furnace to the outside, wherein the exhaust apparatus is a fan.
Coil of cutting wire for a vegetation cutting machine, wherein the wire is coiled on itself so as to form at least two temporarily bonded turns and a central void , characterized in that at least a part of the innermost turn of the coil is permanently welded to the most adjacent turn.
A method for forming a coating using plasma spray physical vapor deposition, the method comprising: generating a plasma plume via a plasma spray device , wherein the plasma plume includes vaporized coating material; positioning a funnel having an inlet opening and a smaller outlet opening relative to the plasma spray device such that the plasma plume including the vaporized coating material enters through the inlet opening and is directed by the funnel out of the outlet opening ; and positioning the outlet opening of the funnel to be aligned with an internal cavity opening of a component having an internal cavity ; wherein when the outlet opening is aligned with the internal cavity opening , the plasma plume directed out of the outlet opening is configured to enter the internal cavity through the internal cavity opening to form a coating on a surface of the internal cavity of the component . generating a plasma plume via a plasma spray device , wherein the plasma plume includes vaporized coating material; positioning a funnel having an inlet opening and a smaller outlet opening relative to the plasma spray device such that the plasma plume including the vaporized coating material enters through the inlet opening and is directed by the funnel out of the outlet opening ; and positioning the outlet opening of the funnel to be aligned with an internal cavity opening of a component having an internal cavity ; wherein when the outlet opening is aligned with the internal cavity opening , the plasma plume directed out of the outlet opening is configured to enter the internal cavity through the internal cavity opening to form a coating on a surface of the internal cavity of the component .