mhurhangee/ep-ind-claims huggingface dataset:
A photocatalyst injection method comprising: a reactor primary system coolant collecting step of collecting a reactor primary system coolant containing a noble metal or noble metal ion from a reactor primary system; a photocatalyst adding step of adding a photocatalyst to the collected reactor primary system coolant; an ultraviolet irradiating step of irradiating the coolant resulting from the photocatalyst adding step with ultraviolet rays for producing, in the coolant, a noble metal-carrying photocatalyst in which the noble metal is carried on a surface of the photocatalyst; and a noble metal-carrying photocatalyst injecting step of injecting the coolant resulting from the ultraviolet irradiating step into the reactor primary system, wherein the noble metal or noble metal ion includes at least one of a noble metal or noble metal ion that has been peeled off from an oxide film formed on the surface of the metal member present in the reactor primary system, and a noble metal or noble metal ion that has been peeled off from a noble metal-carrying photocatalyst having been injected into the reactor primary system coolant. a reactor primary system coolant collecting step of collecting a reactor primary system coolant containing a noble metal or noble metal ion from a reactor primary system; a photocatalyst adding step of adding a photocatalyst to the collected reactor primary system coolant; an ultraviolet irradiating step of irradiating the coolant resulting from the photocatalyst adding step with ultraviolet rays for producing, in the coolant, a noble metal-carrying photocatalyst in which the noble metal is carried on a surface of the photocatalyst; and a noble metal-carrying photocatalyst injecting step of injecting the coolant resulting from the ultraviolet irradiating step into the reactor primary system, wherein the noble metal or noble metal ion includes at least one of a noble metal or noble metal ion that has been peeled off from an oxide film formed on the surface of the metal member present in the reactor primary system, and a noble metal or noble metal ion that has been peeled off from a noble metal-carrying photocatalyst having been injected into the reactor primary system coolant.
A thermal cycling reaction block, comprising: a doughnut-shaped heating block forming a hollow part, said doughnut-shaped heating block comprising an inner heating block, an outer heating block, and an insulating material which is placed between the inner heating block and the outer heating block so as to separate the inner heating block from the outer heating block, wherein the doughnut-shaped heating block comprises the configuration that the inner heating block is contacted with an inner side of the insulating material in a radial direction and the outer heating block is contacted with an outer side of the insulating material in a radial direction, and a capillary tube wound around the doughnut-shaped heating block through a hollow part of the doughnut-shaped heating block at a regular interval to pass through the hollow part, and the wounded capillary tube be in contact with surfaces of the inner heating block, insulating material, outer heating block, insulating material, and inner heating block in this order, and wherein the capillary tube has an inlet to receive a sample to be subjected to a thermal cycling reaction and an outlet to output the sample after the thermal cycling reaction, wherein an inserting groove, which has a regular size and a regular interval for partial insertion of the capillary tube, is formed in an outer surface of the inner heating block and the outer heating block so as to increase a contacting surface area between the inner heating block and the outer 30 heating block and the capillary tube. a doughnut-shaped heating block forming a hollow part, said doughnut-shaped heating block comprising an inner heating block, an outer heating block, and an insulating material which is placed between the inner heating block and the outer heating block so as to separate the inner heating block from the outer heating block, wherein the doughnut-shaped heating block comprises the configuration that the inner heating block is contacted with an inner side of the insulating material in a radial direction and the outer heating block is contacted with an outer side of the insulating material in a radial direction, and a capillary tube wound around the doughnut-shaped heating block through a hollow part of the doughnut-shaped heating block at a regular interval to pass through the hollow part, and the wounded capillary tube be in contact with surfaces of the inner heating block, insulating material, outer heating block, insulating material, and inner heating block in this order, and wherein the capillary tube has an inlet to receive a sample to be subjected to a thermal cycling reaction and an outlet to output the sample after the thermal cycling reaction, wherein an inserting groove, which has a regular size and a regular interval for partial insertion of the capillary tube, is formed in an outer surface of the inner heating block and the outer heating block so as to increase a contacting surface area between the inner heating block and the outer 30 heating block and the capillary tube.
A method for manufacturing a pillar supply sheet including a plurality of pillars for maintenance of a distance between a first substrate and a second substrate included in a glass panel unit, a carrier sheet on which the plurality of pillars are arranged apart from each other, and an adhesion layer between the carrier sheet and the plurality of pillars, the method comprising: a pillar forming step of forming the plurality of pillars by subjecting a base member to an etching process or a laser irradiation process and removing an unnecessary portion from the base member, and a preparation step of preparing an in-process product including the carrier sheet, the adhesion layer on the carrier sheet, and the base member on the adhesion layer, wherein the pillar forming step is performed after the preparation step. a pillar forming step of forming the plurality of pillars by subjecting a base member to an etching process or a laser irradiation process and removing an unnecessary portion from the base member, and a preparation step of preparing an in-process product including the carrier sheet, the adhesion layer on the carrier sheet, and the base member on the adhesion layer, wherein the pillar forming step is performed after the preparation step.
Motor vehicle door latch, with a locking mechanism (1, 2) fundamentally comprising a catch and a pawl, furthermore with an operating lever chain and a bolting unit (5, 6), and with an optional securing device (8, 9, 10) optionally enabling/disabling the operating lever chain and/or the bolting unit (5, 6), whereby - the securing device (8, 9, 10) is formed where necessary as a retrofittable module (8, 9, 10) which can be connected to the basic module (1 to 6 and 11) which largely comprises the locking mechanism (1, 2), the operating lever chain and the bolting unit (5, 6); characterized in that - the securing device (8, 9, 10) has a securing element and a securing motor which acts on the securing element; - the securing element is equipped with at least an operating pin which interacts with a coupling element in the mounted state; - the coupling element has an edge for the attacking operating pin. - the securing device (8, 9, 10) is formed where necessary as a retrofittable module (8, 9, 10) which can be connected to the basic module (1 to 6 and 11) which largely comprises the locking mechanism (1, 2), the operating lever chain and the bolting unit (5, 6); - the securing device (8, 9, 10) has a securing element and a securing motor which acts on the securing element; - the securing element is equipped with at least an operating pin which interacts with a coupling element in the mounted state; - the coupling element has an edge for the attacking operating pin.
A method for controlling transmit power in wireless communications, comprising: determining, at a user equipment, UE, that communications with a base station are configured over a connection associated with a threshold reliability; adjusting a configured transmit power to an adjusted transmit power for a transmission attempt over the connection, wherein adjusting the configured transmit power is based at least in part on determining that the connection is associated with the threshold reliability and the configured transmit power is adjusted by a transmit power adjustment value based at least in part on a transmission attempt index for the transmission attempt and on a queue length of a transmission buffer storing data for transmitting to the base station; and transmitting data at the adjusted transmit power. determining, at a user equipment, UE, that communications with a base station are configured over a connection associated with a threshold reliability; adjusting a configured transmit power to an adjusted transmit power for a transmission attempt over the connection, wherein adjusting the configured transmit power is based at least in part on determining that the connection is associated with the threshold reliability and the configured transmit power is adjusted by a transmit power adjustment value based at least in part on a transmission attempt index for the transmission attempt and on a queue length of a transmission buffer storing data for transmitting to the base station; and transmitting data at the adjusted transmit power.
A medical needle, comprising: an elongate tubular polymer body (100, 200) including an outer wall defining at least one longitudinal lumen; a plurality of wires (110, 210); and a needle tip configured with at least one sharpened surface configured to penetrate into body tissue; wherein at least one of the plurality of wires is secured directly to, and is continuous in construction with, the needle tip; and wherein the polymer body is configured with sufficient length and flexibility to be extended out of and operated through a working channel of a surgical endoscope; characterised in that: the plurality of wires are embedded in and secured substantially immovably relative to the outer wall; and the plurality of wires comprises longitudinal, non-overlapping wires. an elongate tubular polymer body (100, 200) including an outer wall defining at least one longitudinal lumen; a plurality of wires (110, 210); and a needle tip configured with at least one sharpened surface configured to penetrate into body tissue; wherein at least one of the plurality of wires is secured directly to, and is continuous in construction with, the needle tip; and wherein the polymer body is configured with sufficient length and flexibility to be extended out of and operated through a working channel of a surgical endoscope; the plurality of wires are embedded in and secured substantially immovably relative to the outer wall; and the plurality of wires comprises longitudinal, non-overlapping wires.
A gas turbine engine component comprising: an airfoil extending radially inwardly of an outer platform to an inner platform; a central passage formed within said airfoil and having an inlet end for receiving cooling air and an outlet end in said inner platform for delivering cooling air to a downstream use, said airfoil having a suction wall and a pressure wall, and extending in an axial direction from a leading edge to a trailing edge; and a suction skin core between said central passage and said suction wall and a pressure skin core between said central passage and said pressure wall, characterised in that both said suction skin core and pressure skin core have bumps (106,104) extending toward each other between a leading edge end of said central passage and said leading edge. an airfoil extending radially inwardly of an outer platform to an inner platform; a central passage formed within said airfoil and having an inlet end for receiving cooling air and an outlet end in said inner platform for delivering cooling air to a downstream use, said airfoil having a suction wall and a pressure wall, and extending in an axial direction from a leading edge to a trailing edge; and a suction skin core between said central passage and said suction wall and a pressure skin core between said central passage and said pressure wall, characterised in that both said suction skin core and pressure skin core have bumps (106,104) extending toward each other between a leading edge end of said central passage and said leading edge.
Dihalophenoxyphenylamidines of the formula in which R 1 is selected from the group consisting of hydrogen, methyl and cyclopropylmethyl; R 2 is selected from the group consisting of methyl and ethyl; R 3 is selected from the group consisting of ethyl and cyclopropyl; R 4 and R 5 independently of one another are selected from the group consisting of Cl and F atoms and -CF 3, -CF 2 H and methyl groups; X 1 is selected from the group consisting of F, Cl, Br and I; X 2 is either in 4- or 5-position of the phenyl group and is selected from the group consisting of F, Cl and Br; where in the case of a 3,5-disubstitution X 1 and X 2 are not simultaneously Cl, and salts thereof. R 1 is selected from the group consisting of hydrogen, methyl and cyclopropylmethyl; R 2 is selected from the group consisting of methyl and ethyl; R 3 is selected from the group consisting of ethyl and cyclopropyl; R 4 and R 5 independently of one another are selected from the group consisting of Cl and F atoms and -CF 3, -CF 2 H and methyl groups; X 1 is selected from the group consisting of F, Cl, Br and I; X 2 is either in 4- or 5-position of the phenyl group and is selected from the group consisting of F, Cl and Br;
A method of running tubulars, comprising: attaching a load collar to a recess of a first tubular, the load collar having an outer diameter larger than the first tubular; engaging the load collar attached to the first tubular using an elevator; lowering a bottom surface of the load collar onto a load support member (50;158) using the elevator; connecting a second tubular to the first tubular; disengaging the elevator from the load collar; removing the load collar from the first tubular; and lowering the first tubular and the second tubular. attaching a load collar to a recess of a first tubular, the load collar having an outer diameter larger than the first tubular; engaging the load collar attached to the first tubular using an elevator; lowering a bottom surface of the load collar onto a load support member (50;158) using the elevator; connecting a second tubular to the first tubular; disengaging the elevator from the load collar; removing the load collar from the first tubular; and lowering the first tubular and the second tubular.
A method for remote device management, the method comprising: receiving, at a device driver module of a target machine, simulated device input, herein referred to as SDI, from a source machine, the SDI in a form specific to a local target input device serviced by the device driver module, the source machine being remote from the target machine; providing the SDI, without modification, to a consumer of the device driver module; and transmitting a representation of a graphical display of the target machine to a graphical user interface, GUI, of the source machine including a response to the provided SDI, the GUI providing the representation as output on the target machine and also providing an interactive input mechanism for the local target input device of the target machine. receiving, at a device driver module of a target machine, simulated device input, herein referred to as SDI, from a source machine, the SDI in a form specific to a local target input device serviced by the device driver module, the source machine being remote from the target machine; providing the SDI, without modification, to a consumer of the device driver module; and transmitting a representation of a graphical display of the target machine to a graphical user interface, GUI, of the source machine including a response to the provided SDI, the GUI providing the representation as output on the target machine and also providing an interactive input mechanism for the local target input device of the target machine.
A distance determining system (300; 300') for use with an associated fluid spring assembly (110; 200), said distance determining system comprising: a first transceiver (214; 302; 302') supported along an associated first end member of the fluid spring assembly and operative to output a first electromagnetic wave and receive a second electromagnetic wave; a second transceiver (216; 304; 304') supported along an associated second end member of the fluid spring assembly, spaced a distance from said first transceiver (214; 302; 302') and operative to receive said first electromagnetic wave and output said second electromagnetic wave; said first transceiver (214; 302; 302') including a timer operative to determine an elapsed time having a relation to said output of said first electromagnetic wave from said first transceiver and said receipt of said second electromagnetic wave at said first transceiver, said timer operative to generate an elapsed time signal having a relation to said determined elapsed time. a first transceiver (214; 302; 302') supported along an associated first end member of the fluid spring assembly and operative to output a first electromagnetic wave and receive a second electromagnetic wave; a second transceiver (216; 304; 304') supported along an associated second end member of the fluid spring assembly, spaced a distance from said first transceiver (214; 302; 302') and operative to receive said first electromagnetic wave and output said second electromagnetic wave; said first transceiver (214; 302; 302') including a timer operative to determine an elapsed time having a relation to said output of said first electromagnetic wave from said first transceiver and said receipt of said second electromagnetic wave at said first transceiver, said timer operative to generate an elapsed time signal having a relation to said determined elapsed time.
A bullet holder system for holding a fired bullet with vacuum power to be used in forensic investigations of ballistic marks on fired bullets characterized in that the bullet holder system comprises (a) a holder head transferring the air vacuum power to the bullet, wherein the inner structure of the head has conic shaped shrinking geometry and coated with a semi soft mould, (b) a vacuum bushing and vacuum hole inside of this bushing, (c) a pneumatic hose connection, (d) sealing items (105, 106) in the form of flexible rubber hermetical elements which allow negligible amount of air leakage which does not affect the hold operation, (e) Roll motor housing and gap for shaft of roll motor assemblies. (a) a holder head transferring the air vacuum power to the bullet, wherein the inner structure of the head has conic shaped shrinking geometry and coated with a semi soft mould, (b) a vacuum bushing and vacuum hole inside of this bushing, (c) a pneumatic hose connection, (d) sealing items (105, 106) in the form of flexible rubber hermetical elements which allow negligible amount of air leakage which does not affect the hold operation, (e) Roll motor housing and gap for shaft of roll motor assemblies.
A method for identifying cough sounds in an audio recording of a subject comprising: operating at least one electronic processor to identify potential cough sounds in the audio recording; the method being characterised by further comprising: operating the at least one electronic processor to transform one or more of the potential cough sounds into corresponding one or more image representations; operating the at least one electronic processor to apply said one or more image representations to a representation pattern classifier trained to confirm that a potential cough sound is a cough sound or is not a cough sound; and operating the at least one electronic processor to flag one or more of the potential cough sounds as confirmed cough sounds based on an output of the representation pattern classifier. operating the at least one electronic processor to transform one or more of the potential cough sounds into corresponding one or more image representations; operating the at least one electronic processor to apply said one or more image representations to a representation pattern classifier trained to confirm that a potential cough sound is a cough sound or is not a cough sound; and operating the at least one electronic processor to flag one or more of the potential cough sounds as confirmed cough sounds based on an output of the representation pattern classifier.
An apparatus for industrial process control comprising: at least one processing module (24a, 24b, 24c) for receiving sensor input data and for producing output data in which said at least one processing module (24a, 24b, 24c) is connected to another processing module (24a, 24b, 24c) via a dedicated connection without PHY chips; wherein the at least one processing module (24a, 24b, 24c) is adapted to slot into a backplane, and the backplane comprises a respective processor (82a, 82b) for each processing module (24a, 24b, 24c), each respective processor (82a, 82b) having a store storing network specific information for at least one of said processing modules (24a, 24b, 24c). at least one processing module (24a, 24b, 24c) for receiving sensor input data and for producing output data in which said at least one processing module (24a, 24b, 24c) is connected to another processing module (24a, 24b, 24c) via a dedicated connection without PHY chips; wherein the at least one processing module (24a, 24b, 24c) is adapted to slot into a backplane, and the backplane comprises a respective processor (82a, 82b) for each processing module (24a, 24b, 24c), each respective processor (82a, 82b) having a store storing network specific information for at least one of said processing modules (24a, 24b, 24c).
A method for minimizing intensity noise in a laser system, the laser system having two, or more, separate contacts for independently controlling currents to different sections of a wavelength-stabilized tapered diode laser; wherein the intensity noise of the diode laser is minimized by actively controlling the currents; the method comprising the following steps: - determining intensity noise of the diode laser in an emission of the laser system; - comparing the intensity noise to a threshold value; - if the intensity noise is above the threshold value, adjusting a current supplied to a first contact of said two or more separate contacts until the intensity noise is below the threshold value, - if the intensity noise is above the threshold value and the current supplied to said first contact is at a lowest current threshold level, adjusting the current supplied to a second contact of the two or more separate contacts. - determining intensity noise of the diode laser in an emission of the laser system; - comparing the intensity noise to a threshold value; - if the intensity noise is above the threshold value, adjusting a current supplied to a first contact of said two or more separate contacts until the intensity noise is below the threshold value, - if the intensity noise is above the threshold value and the current supplied to said first contact is at a lowest current threshold level, adjusting the current supplied to a second contact of the two or more separate contacts.