mhurhangee/ep-ind-claims huggingface dataset:
A method of reducing coke formation on at least one surface (108, 110) of a fuel contacting gas turbine engine component exposed to a liquid fuel, said method comprising: - manufacturing a fuel contacting gas turbine engine component by applying a slurry composition that includes a powder including aluminum to the at least one surface (108, 110), wherein the fuel contacting gas turbine engine component is formed by an additive manufacturing process; - heat treating the slurry composition to diffuse the aluminum into the at least one surface (108, 110), wherein heat treating comprises forming a diffusion aluminide coating including a diffusion sublayer on the at least one surface and an additive sublayer on the diffusion sublayer; and - removing the additive sublayer of the diffusion aluminide coating with at least one aqueous solution such that the diffusion sublayer and the at least one surface (108, 110) are substantially unaffected, wherein the diffusion layer facilitates preventing coke formation on the at least one surface (108, 110), wherein the diffusion aluminide coating has a thickness of between 25.5 to 200 μm, the diffusion sublayer has a thickness in a range between 0.5 μm and 50 μm, and the additive sublayer has a thickness in a range between 25 μm and 150 μm exposing the at least one surface (108, 110) to the liquid fuel. - manufacturing a fuel contacting gas turbine engine component by applying a slurry composition that includes a powder including aluminum to the at least one surface (108, 110), wherein the fuel contacting gas turbine engine component is formed by an additive manufacturing process; - heat treating the slurry composition to diffuse the aluminum into the at least one surface (108, 110), wherein heat treating comprises forming a diffusion aluminide coating including a diffusion sublayer on the at least one surface and an additive sublayer on the diffusion sublayer; and - removing the additive sublayer of the diffusion aluminide coating with at least one aqueous solution such that the diffusion sublayer and the at least one surface (108, 110) are substantially unaffected, wherein the diffusion layer facilitates preventing coke formation on the at least one surface (108, 110), wherein the diffusion aluminide coating has a thickness of between 25.5 to 200 μm, the diffusion sublayer has a thickness in a range between 0.5 μm and 50 μm, and the additive sublayer has a thickness in a range between 25 μm and 150 μm exposing the at least one surface (108, 110) to the liquid fuel.
An agricultural harvester, comprising: - a chassis; and - a header carried by said chassis, said header including: - a center section supporting at least one center cutter and having a pair of lateral ends (34, 36); - a wing section (38,40) linked to one of said lateral ends (34, 36) of said center section and supporting at least one wing cutter (42, 44), said wing section (38, 40) being vertically moveable relative to said center section between a harvesting position and a transport position,; and - an actuator (84, 86) linked to said wing section (38, 40) and configured to vertically move said wing section (38, 40) from said harvesting position to said transport position, characterized in that - said wing section (38, 40) is pivotable about a generally vertical pivot axis in said transport position and substantially prevented from pivoting about said pivot axis in said harvesting position. - a chassis; and - a header carried by said chassis, said header including: - a center section supporting at least one center cutter and having a pair of lateral ends (34, 36); - a wing section (38,40) linked to one of said lateral ends (34, 36) of said center section and supporting at least one wing cutter (42, 44), said wing section (38, 40) being vertically moveable relative to said center section between a harvesting position and a transport position,; and - an actuator (84, 86) linked to said wing section (38, 40) and configured to vertically move said wing section (38, 40) from said harvesting position to said transport position, characterized in that - said wing section (38, 40) is pivotable about a generally vertical pivot axis in said transport position and substantially prevented from pivoting about said pivot axis in said harvesting position. - a center section supporting at least one center cutter and having a pair of lateral ends (34, 36); - a wing section (38,40) linked to one of said lateral ends (34, 36) of said center section and supporting at least one wing cutter (42, 44), said wing section (38, 40) being vertically moveable relative to said center section between a harvesting position and a transport position,; and - an actuator (84, 86) linked to said wing section (38, 40) and configured to vertically move said wing section (38, 40) from said harvesting position to said transport position, characterized in that - said wing section (38, 40) is pivotable about a generally vertical pivot axis in said transport position and substantially prevented from pivoting about said pivot axis in said harvesting position.
A catheter, comprising: a catheter tube, wherein the catheter tube includes a first polyamide layer, a modified polyolefin layer arranged on an inner surface of the first polyamide layer, and a second polyamide layer arranged on an outer surface of the first polyamide layer, and wherein the second polyamide layer includes a coloring agent. a catheter tube, wherein the catheter tube includes a first polyamide layer, a modified polyolefin layer arranged on an inner surface of the first polyamide layer, and a second polyamide layer arranged on an outer surface of the first polyamide layer, and wherein the second polyamide layer includes a coloring agent.
An arrangement for the protection of installations and persons for multiphase low-voltage supply devices, which includes an arc-fault detection unit and short-circuiters, the short-circuiters being configured to produce a short-circuit between the busbars of the low-voltage supply device, the short-circuiters each being driven and activated by an electronic assembly of the arrangement with a switching element (Th), and the arc-fault detection unit being in connection with the input of the electronic assembly for this purpose, and a parallel connection of short-circuiters (KSE / KSP) being provided in order to increase the short-circuit current strength, characterized in that the arrangement includes an energy storage unit and a regulator, wherein when the arrangement is arranged in a low-voltage supply device, the energy storage unit is connected between the phases (L1; L2; L3) of the low-voltage supply device for safe actuation of the parallel-connected short-circuiters (KSE / KSP), wherein the energy storage unit leads to the regulator for providing the control voltage for the switching element (Th), so that even in the case that the parallel-connected short-circuiters (KSE / KSP) respond unequally in terms of time with a resultant loss of voltage between the phases, the switching element (Th) can be activated for the slower one of the short-circuiters (KSE / KSP), the switching element having one thyristor (Th) or two thyristors (Th; Th) in antiparallel connection, and the energy storage unit containing one or more capacitors connected in series.
An apparatus for measuring output material of a recovery boiler of pulp processing, characterized in that the apparatus of the kraft pulping comprises; at least one ion-selective electrode arrangement configured to measure fly ash of the output material, which includes sodium sulfate (Na 2 SO 4), potassium sulfate (K 2 SO 4), sodium carbonate (Na 2 CO 3), sodium chloride (NaCl), potassium carbonate (K 2 CO 3) and potassium chloride (KCl), and provide the data processing unit with information on quantity of at least one of the following: potassium, chlorine (Cl) sodium (Na), and carbonate (CO 3, HCO 3); and the data processing unit is configured to compute quantity of sulfate (SO 4) of the output material based on the information received from the at least one ion-selective electrode arrangement for input to a digester or further processing. at least one ion-selective electrode arrangement configured to measure fly ash of the output material, which includes sodium sulfate (Na 2 SO 4), potassium sulfate (K 2 SO 4), sodium carbonate (Na 2 CO 3), sodium chloride (NaCl), potassium carbonate (K 2 CO 3) and potassium chloride (KCl), and provide the data processing unit with information on quantity of at least one of the following: potassium, chlorine (Cl) sodium (Na), and carbonate (CO 3, HCO 3); and the data processing unit is configured to compute quantity of sulfate (SO 4) of the output material based on the information received from the at least one ion-selective electrode arrangement for input to a digester or further processing.
A disposable diaper configured by a front waistline portion, a back waistline portion, and a crotch portion, and comprising: a longitudinally elongated absorbent main body including an absorber having liquid retention property; and side flaps provided in at least a part of the side edges of the absorbent main body in a widthwise direction; and a fastening tape installed on the side flaps, and configured to extend out towards the outer side of the absorbent main body in the widthwise direction from one side of the front waistline portion or the back waistline portion, so as to allow it to be fastened at the other of the front waistline portion or the back waistline portion, wherein the fastening tape has a base sheet configured by one layer of a nonwoven fabric or a plurality of layers of nonwoven fabric layered on each other, and a hook sheet in which a plurality of engagement hooks are provided on a base portion, the nonwoven fabric is a spun bond or a spun bond-melt blown-spun bond nonwoven fabric, the total basis weight of the nonwoven fabric is between 40 and 90 g/m 2, the thickness of the base portion of the hook sheet is between 25 and 45 μm, and the KES flexural rigidity value of an entire fastening tape existent region (S ALL) in which the fastening tape is provided, in a longitudinal direction of the absorbent main body, is 3.576 gf.cm 2 or more and is 6.147 gf.cm 2 or less; and wherein as the fastening tape extends from the proximal end installed in the side flaps towards the free end positioned on the opposite side of the proximal end, the width of the fastening tape in the longitudinal direction of the absorbent main body reduces, and the difference between the width of the fastening tape along the longitudinal direction of the absorbent main body at the proximal end, and the width of the fastening tape along the longitudinal direction of the absorbent main body at the end of the hook sheet existent region (S HS) towards the proximal end, is 7.5 mm or less.
A method of processing a processing target object having a mask, the method comprising: forming a silicon oxide film by repeating a sequence including: a first process of forming a reactant precursor on the processing target object by generating plasma of a first gas containing a silicon halide gas within a processing vessel of a plasma processing apparatus; a second process of generating plasma of a rare gas within the processing vessel after the first process; a third process of forming a silicon oxide film by generating plasma of a second gas containing an oxygen gas within the processing vessel after the second process; and a fourth process of generating plasma of a rare gas within the processing vessel after the third process, characterized in that the first process, the second process, the third process and the fourth process are performed in order, the plasma of the rare gas is generated throughout the first process, the second process, the third process and the fourth process, and a flow rate of the rare gas supplied into the processing vessel in the fourth process is higher than a flow rate of the rare gas supplied into the processing vessel in the third process. forming a silicon oxide film by repeating a sequence including: a first process of forming a reactant precursor on the processing target object by generating plasma of a first gas containing a silicon halide gas within a processing vessel of a plasma processing apparatus; a second process of generating plasma of a rare gas within the processing vessel after the first process; a third process of forming a silicon oxide film by generating plasma of a second gas containing an oxygen gas within the processing vessel after the second process; and a fourth process of generating plasma of a rare gas within the processing vessel after the third process, a first process of forming a reactant precursor on the processing target object by generating plasma of a first gas containing a silicon halide gas within a processing vessel of a plasma processing apparatus; a second process of generating plasma of a rare gas within the processing vessel after the first process; a third process of forming a silicon oxide film by generating plasma of a second gas containing an oxygen gas within the processing vessel after the second process; and a fourth process of generating plasma of a rare gas within the processing vessel after the third process, characterized in that the first process, the second process, the third process and the fourth process are performed in order, the plasma of the rare gas is generated throughout the first process, the second process, the third process and the fourth process, and a flow rate of the rare gas supplied into the processing vessel in the fourth process is higher than a flow rate of the rare gas supplied into the processing vessel in the third process.
A transmitter(11, 41, 51, 61, 71) for transmitting electric power to a receiver inductively, comprising: - a signal receiving coil for receiving a signal from the receiver for activating said transmitter from standby mode to activated mode; and - a detector for detecting said signal received by said signal receiving coil; - a unit for activating the transmitter from standby mode to activated mode upon the detection of said signal, the transmitter characterized by the transmitter not transmitting any power to the receiver when in standby mode. - a signal receiving coil for receiving a signal from the receiver for activating said transmitter from standby mode to activated mode; and - a detector for detecting said signal received by said signal receiving coil; - a unit for activating the transmitter from standby mode to activated mode upon the detection of said signal, the transmitter characterized by the transmitter not transmitting any power to the receiver when in standby mode.
Device for counting and determining the direction of passage of living beings, comprising: - a first pyroelectric cell adapted to deliver an electrical signal of a first type having a edge and representing the infrared radiation emitted by a living being passing in front of the said first cell; - a second pyroelectric cell of the type comprising a first detection window and a second detection window, and adapted to deliver an electrical signal of a second type having a maximum and a minimum and representing the direction of passage of the living being in front of the said second pyroelectric cell, the first cell and the second pyroelectric cell being one above the other; and - a processing unit adapted to determine firstly the number of living beings passing in front of the said device, by analysing the electrical signal of the first type and, secondly, the direction of passage of the living beings passing in front of the said device by analysing the time position of the rising or falling edge of the electrical signal of the first type with respect to the minimum and the maximum of the electrical signal of the second type. - a first pyroelectric cell adapted to deliver an electrical signal of a first type having a edge and representing the infrared radiation emitted by a living being passing in front of the said first cell; - a second pyroelectric cell of the type comprising a first detection window and a second detection window, and adapted to deliver an electrical signal of a second type having a maximum and a minimum and representing the direction of passage of the living being in front of the said second pyroelectric cell, the first cell and the second pyroelectric cell being one above the other; and - a processing unit adapted to determine firstly the number of living beings passing in front of the said device, by analysing the electrical signal of the first type and, secondly, the direction of passage of the living beings passing in front of the said device by analysing the time position of the rising or falling edge of the electrical signal of the first type with respect to the minimum and the maximum of the electrical signal of the second type.
A connector device, comprising: an inline fluid channel element having first and second end portions adapted for bonding to tubing segments (106, 110); the inline fluid channel element having a middle portion defining a connector attached to the second end portion through a frangible portion that, when fractured, renders the connector such that it remains attached to the first portion and the first portion includes external threads that form a female luer-type connector when the first portion and the second portion are broken apart at the frangible portion, and the second portion is internally tapered toward the frangible portion whereby the connector device can be molded in a single operation with two pins and two mold halves. an inline fluid channel element having first and second end portions adapted for bonding to tubing segments (106, 110); the inline fluid channel element having a middle portion defining a connector attached to the second end portion through a frangible portion that, when fractured, renders the connector such that it remains attached to the first portion and the first portion includes external threads that form a female luer-type connector when the first portion and the second portion are broken apart at the frangible portion, and the second portion is internally tapered toward the frangible portion whereby the connector device can be molded in a single operation with two pins and two mold halves.
A Radio Frequency, RF, receiver comprising a first local oscillator, LO, wherein the RF receiver is configured to mix a received signal using the first LO to obtain a mixed signal; wherein the RF receiver is further configured to filter the mixed signal using a complex filter having a variable center frequency to obtain an intermediate frequency, IF, signal; and characterized in that the RF receiver is further configured to down-convert the IF signal using a Finite Impulse Response, FIR, mixer, wherein the FIR mixer is configured to provide a weighted sum of the IF signal mixed with differently delayed versions of a second LO signal. wherein the RF receiver is configured to mix a received signal using the first LO to obtain a mixed signal; wherein the RF receiver is further configured to filter the mixed signal using a complex filter having a variable center frequency to obtain an intermediate frequency, IF, signal; and characterized in that the RF receiver is further configured to down-convert the IF signal using a Finite Impulse Response, FIR, mixer, wherein the FIR mixer is configured to provide a weighted sum of the IF signal mixed with differently delayed versions of a second LO signal.
A sinter powder comprising the following components: at least one first polyamide component comprising, based on the total weight of the first polyamide component, at least 50% by weight of a first aliphatic polyamide, where the first polyamide component has a first melting point (T M 1) and where the first aliphatic polyamide has been formed from repeat units having a first ratio per repeat unit of CH 2 groups to NHCO groups in the range from 4 to 6, at least one second polyamide component comprising, based on the total weight of the second polyamide component, at least 50% by weight of a second aliphatic polyamide, where the second polyamide component has a second melting point (T M 2) and where the second aliphatic polyamide has been formed from repeat units having a second ratio per repeat unit of CH 2 groups to NHCO groups in the range from 4 to 6, optionally at least one free-flow aid, optionally at least one additive and optionally at least one reinforcer, where the second melting point (T M 2) is higher than the first melting point (T M 1) and where the quotient of the numerical value of the second ratio divided by the numerical value of the first ratio is in the range from 0.6 to 1.5. at least one first polyamide component comprising, based on the total weight of the first polyamide component, at least 50% by weight of a first aliphatic polyamide, where the first polyamide component has a first melting point (T M 1) and where the first aliphatic polyamide has been formed from repeat units having a first ratio per repeat unit of CH 2 groups to NHCO groups in the range from 4 to 6, at least one second polyamide component comprising, based on the total weight of the second polyamide component, at least 50% by weight of a second aliphatic polyamide, where the second polyamide component has a second melting point (T M 2) and where the second aliphatic polyamide has been formed from repeat units having a second ratio per repeat unit of CH 2 groups to NHCO groups in the range from 4 to 6, optionally at least one free-flow aid, optionally at least one additive and optionally at least one reinforcer,
An apparatus for handling bags made of sheet material or the like, in particular for tobacco bags, having a pocket which has a closable opening and comprises front wall, rear wall and with a closure or wrapping flap as a continuation of the rear wall of the pocket, wherein the bags can be conveyed one after the other through processing stations by way of a turret which circulates on a horizontal axis of rotation and which has mounts for a respective bag, characterized by the following features: a) the mounts for a bag comprise a preferably plate-like carrying element on which the unfilled bag abuts with the rear wall of the pocket and with the non-folded, elongate closure or wrapping flap, b) the mount has suction bores for fixing the bag on the mount in the region of the pocket and/or of the wrapping flap, c) arranged on each mount is at least one mechanical retaining mechanism for the pocket, namely a preferably curved, movable or pivotable pocket holder and/or at least one clamping lever, which is assigned to the wrapping flap of the bag, d) the bags can be transported by the turret through a plurality of processing stations, namely through a charging station for transferring the bags to the turret, through a filling station for the introduction of the contents - tobacco portion - into the pocket, through a closing station for closing the pocket, through a wrapping station for folding the wrapping flap into the correct pack position. (Disclosed on page 9, first paragraph, to page 10, second paragraph of WO) a) the mounts for a bag comprise a preferably plate-like carrying element on which the unfilled bag abuts with the rear wall of the pocket and with the non-folded, elongate closure or wrapping flap, b) the mount has suction bores for fixing the bag on the mount in the region of the pocket and/or of the wrapping flap, c) arranged on each mount is at least one mechanical retaining mechanism for the pocket, namely a preferably curved, movable or pivotable pocket holder and/or at least one clamping lever, which is assigned to the wrapping flap of the bag, d) the bags can be transported by the turret through a plurality of processing stations, namely through a charging station for transferring the bags to the turret, through a filling station for the introduction of the contents - tobacco portion - into the pocket, through a closing station for closing the pocket, through a wrapping station for folding the wrapping flap into the correct pack position.