mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing an article for thermoforming, the method comprising: inserting a compression material into a vessel, the compression material present in a first position in the vessel, wherein at least a portion of the compression material forms an interior portion adapted to receive an article; exposing an area between an outer surface of the compression material and an inner surface of the vessel to a pressure less than atmospheric pressure to shift the compression material from the first position to an expanded position, wherein in the expanded position, at least a portion of the compression material is closer to the inner surface of the vessel than compared to the first position; inserting at least a portion of the article into the interior portion of the compression material while the compression material is in the expanded position, wherein the article is present on a forming material; and exposing the area between the outer surface of the compression material and the inner surface of the vessel to a pressure at about atmospheric pressure so that the compression material shifts from the expanded position to a second position, wherein in the second position, the at least a portion of the article is in the interior portion of the compression material and the at least a portion of the compression material is closer to the article than when the article was inserted into the compression material in the expanded position. inserting a compression material into a vessel, the compression material present in a first position in the vessel, wherein at least a portion of the compression material forms an interior portion adapted to receive an article; exposing an area between an outer surface of the compression material and an inner surface of the vessel to a pressure less than atmospheric pressure to shift the compression material from the first position to an expanded position, wherein in the expanded position, at least a portion of the compression material is closer to the inner surface of the vessel than compared to the first position; inserting at least a portion of the article into the interior portion of the compression material while the compression material is in the expanded position, wherein the article is present on a forming material; and exposing the area between the outer surface of the compression material and the inner surface of the vessel to a pressure at about atmospheric pressure so that the compression material shifts from the expanded position to a second position, wherein in the second position, the at least a portion of the article is in the interior portion of the compression material and the at least a portion of the compression material is closer to the article than when the article was inserted into the compression material in the expanded position.
A gas cylinder actuator (10; 210; 610; 710) with overtravel safety device, comprising a tubular jacket (11; 111; 411; 511; 611; 711) for gas containment, which is closed hermetically at one end by a bottom (12; 512) provided with a gas filling valve and at the opposite end by a head portion (14; 214; 414), which is provided with a hole for the passage of a stem (15; 115; 615) with a piston, said jacket, said bottom and said piston forming the gas expansion and compression chamber (17; 117), characterized in that said head portion (14; 114; 214; 414) comprises an annular body (18; 218; 418; 618), which is fixed internally to said jacket (11; 111; 411; 511; 611; 711), and is provided with a central hole for the passage of said stem (15; 115; 615) with the interposition of dynamic sealing means, static sealing means being interposed between said annular body and said jacket and a control element (20; 120; 220; 320; 420; 520; 620) for controlling the descending motion of a slider of a press with which the actuator (10; 210; 610; 710) is associated being provided and protruding from said annular body or from said jacket, said control element (20; 120; 220; 320; 420; 520; 620) being a separate element from said annular body (18; 218; 418; 618) and being adapted to be pushed or stuck by said slider and being preset to selectively move or break or deform in order to break or deform or render ineffective in general said static and dynamic sealing means.
A device for assisting a rescuer in delivering therapy to an adult or pediatric patient, the device comprising a user interface comprising a display and/or audio speakers, the user Interface being configured to deliver prompts to a rescuer to assist the rescuer in delivering therapy to a patient; a processor configured to provide prompts to the user Interface and to perform an ECG analysis algorithm on ECG information detected from the patient; at least one detection element (16, 158) configured to determine without rescuer input via the user interface that a pediatric patient is being treated, wherein the detection element comprises a force or pressure sensor located on a shoulder support element configured to sense force or pressure from the weight of the patient; wherein if a pediatric patient is detected, the processor modifies the ECG analysis algorithm to use an ECG analysis algorithm configured for a pediatric patient rather than for an adult patient.
A transgenic 2,4-dichlorophenoxyacetic acid tolerant soybean plant or soybean seed comprising AAD-12 event pDAB4468-0416 as present in representative seed deposited with American Type Culture Collection (ATCC) under Accession No. PTA-10442, wherein the genome of said plant or seed comprises an insert according to residues 2731-9121 of SEQ ID NO:1 inserted between a 5' flanking sequence according to residues 1-2730 of SEQ ID NO: 1 and a 3' flanking sequence according to residues 9122-10212 of SEQ ID NO: 1.
A manufacturing method of a thin-film transistor, TFT, comprising: depositing a first metal film layer on the substrate by a first direct current, DC, sputtering method; depositing a second metal film layer on the first metal film layer by a second DC sputtering method; completely oxidizing the second metal film layer to form a second metal oxide film layer, partly oxidizing the first metal film layer to form a first metal oxide film layer, to obtain an unoxidized part of the first metal film layer covered by the first metal oxide film layer, wherein the unoxidized part of the first metal film layer is a gate electrode layer; the first metal oxide film layer is a gate insulating layer; and the second metal oxide film layer is an active layer; and after completely oxidizing the second metal film layer to form the second metal oxide film layer, forming a source electrode and a drain electrode on the second metal oxide film layer by a third DC sputtering method, wherein a material of the source electrode and the drain electrode is a metallic material. depositing a first metal film layer on the substrate by a first direct current, DC, sputtering method; depositing a second metal film layer on the first metal film layer by a second DC sputtering method; completely oxidizing the second metal film layer to form a second metal oxide film layer, partly oxidizing the first metal film layer to form a first metal oxide film layer, to obtain an unoxidized part of the first metal film layer covered by the first metal oxide film layer, wherein the unoxidized part of the first metal film layer is a gate electrode layer; the first metal oxide film layer is a gate insulating layer; and the second metal oxide film layer is an active layer; and after completely oxidizing the second metal film layer to form the second metal oxide film layer, forming a source electrode and a drain electrode on the second metal oxide film layer by a third DC sputtering method, wherein a material of the source electrode and the drain electrode is a metallic material.
An apparatus having an all-in-one port, the all-in-one port, comprising: a first configuration pin; a second configuration pin; logic configured to: enter into a debug accessory mode based on a presence of a first signal on the first configuration pin and second signal on the second configuration pin; and in the debug accessory mode, provide an orientation indication by altering the first signal on the first configuration pin, wherein the logic is configured to alter the first signal on the first configuration pin by: reducing a voltage level of the first signal on the first configuration pin; or increasing the voltage level of the first signal on the first configuration pin. a first configuration pin; a second configuration pin; logic configured to: enter into a debug accessory mode based on a presence of a first signal on the first configuration pin and second signal on the second configuration pin; and in the debug accessory mode, provide an orientation indication by altering the first signal on the first configuration pin, enter into a debug accessory mode based on a presence of a first signal on the first configuration pin and second signal on the second configuration pin; and in the debug accessory mode, provide an orientation indication by altering the first signal on the first configuration pin, wherein the logic is configured to alter the first signal on the first configuration pin by: reducing a voltage level of the first signal on the first configuration pin; or increasing the voltage level of the first signal on the first configuration pin. reducing a voltage level of the first signal on the first configuration pin; or increasing the voltage level of the first signal on the first configuration pin.
An internal combustion engine start control device for starting an internal combustion engine first at the time of a shipment of a hybrid drive vehicle from a factory by cranking the internal combustion engine by an electric motor, comprising: a programmable controller programmed to: perform a feedback-control of an intake air amount of the internal combustion engine to a target idle intake air amount; learn a feedback correction amount applied in the feedback control; and perform a learning control of the intake air amount using a learnt value in parallel with the feedback control; wherein the feedback correction amount is limited within an allowable correction range and the programmable controller is further programmed to set the allowable correction range applied before a start of learning wider than the allowable correction range applied after the start of the learning, characterized in that the controller is further programmed to: when the learning has not been experienced, apply an increased value as an initial value of the learnt value prior to the start of the learning of the intake air amount and widen the allowable correction range in a direction to decrease the intake air amount during a period from a start of cranking until the start of learning. perform a feedback-control of an intake air amount of the internal combustion engine to a target idle intake air amount; learn a feedback correction amount applied in the feedback control; and perform a learning control of the intake air amount using a learnt value in parallel with the feedback control; wherein the feedback correction amount is limited within an allowable correction range and the programmable controller is further programmed to set the allowable correction range applied before a start of learning wider than the allowable correction range applied after the start of the learning, characterized in that the controller is further programmed to: when the learning has not been experienced, apply an increased value as an initial value of the learnt value prior to the start of the learning of the intake air amount and widen the allowable correction range in a direction to decrease the intake air amount during a period from a start of cranking until the start of learning.
An electrode comprising: an electrode layer; and an organic fiber-containing layer provided on the electrode layer and comprising an organic fiber, wherein the organic fiber-containing layer has a ratio tW/tD within a range of 1.1 to 2.55, where tW is a thickness [μm] of the organic fiber-containing layer in a wet state of being impregnated with a liquid electrolyte of 500 mg or more per 1 cm 3, and tD is a thickness [μm] of the organic fiber-containing layer in a dry state in which an impregnated amount of the liquid electrolyte per 1 cm 3 is 10 mg or less, and a ratio dW/dD is within a range of 0.95 to 1.05, where dW is an average fiber diameter [nm] of the organic fiber comprised in the organic fiber-containing layer in the wet state, and dD is an average fiber diameter [nm] of the organic fiber comprised in the organic fiber-containing layer in the dry state. an electrode layer; and an organic fiber-containing layer provided on the electrode layer and comprising an organic fiber, wherein the organic fiber-containing layer has a ratio tW/tD within a range of 1.1 to 2.55, where tW is a thickness [μm] of the organic fiber-containing layer in a wet state of being impregnated with a liquid electrolyte of 500 mg or more per 1 cm 3, and tD is a thickness [μm] of the organic fiber-containing layer in a dry state in which an impregnated amount of the liquid electrolyte per 1 cm 3 is 10 mg or less, and a ratio dW/dD is within a range of 0.95 to 1.05, where dW is an average fiber diameter [nm] of the organic fiber comprised in the organic fiber-containing layer in the wet state, and dD is an average fiber diameter [nm] of the organic fiber comprised in the organic fiber-containing layer in the dry state.
A process for creating an article, comprising the steps of: combining a coefficient of thermal expansion, CTE, material with a frit material, the CTE material comprising elements that are perfectly, partially and/or substantially in spherical form, wherein at least 80% of said elements have an average diameter or major distance of between 60 to 100 μm; disposing the combined material to a substrate; applying energy to the substrate and disposed material to thereby melt the disposed material; cooling the article. combining a coefficient of thermal expansion, CTE, material with a frit material, the CTE material comprising elements that are perfectly, partially and/or substantially in spherical form, wherein at least 80% of said elements have an average diameter or major distance of between 60 to 100 μm; disposing the combined material to a substrate; applying energy to the substrate and disposed material to thereby melt the disposed material; cooling the article.
Dual clutch transmission as speed-change transmission for motor vehicles, having two coaxially arranged input shafts (14, 16) which are able to be activated via in each case one clutch (K1, K2) of a dual clutch, having an output shaft and having gear sets arranged on the shafts (14, 16, 18) which can be shifted by means of shift couplings to form several forward gears and one reverse gear, wherein the gear sets are divided into a first sub-transmission having the one input shaft and into a second sub-transmission having the other input shaft characterised in that a planetary gear (40; 80) which can be shifted into two transmission ratio stages is connected upstream of one of the two sub-transmissions (A, B), said planetary gear having one input element, one output element (50; 84) and one transfer element (46; 86) which can be fixed via a brake, and that the input element is permanently operatively connected with a housing of the dual clutch, and that for shifting the first transmission ratio stage the transfer element (46; 86) can be fixed via the brake and for shifting the second transmission ratio stage the transfer element (46; 86) can be connected via a first of the two clutches (K1, K2) of the dual coupling with the input element.
Carding element with a supporting body, to the foot area of which clothing can be fastened, wherein a head area is arranged at a distance from the foot area of at least one back part, wherein the head area has at least one duct which extends at least partially over the length of the carding element, wherein at least one rod is arranged in the duct, which acts together with a setting element arranged on or in the duct; the setting element is designed to apply pressure along the longitudinal axis of the rod in such a way as to generate pressure on the head area, whereby the foot area of the carding element is deformed concavely, characterised in that the carding element has at least one threaded projection or at least one threaded sleeve in the area of at least one of its end faces, which acts together with the setting element, wherein the threaded projection is cut into the duct or the threaded sleeve is integrated into the duct when manufacturing the carding element.
A pre-amplification reaction mixture for selective amplification of one or more target nucleic acid sequences, said reaction mixture comprising: a tagged priming oligonucleotide comprising first and second regions, said first region comprising a target hybridizing sequence hybridized to a target region contained at a 3'-end of one or more target nucleic acid sequences present in said reaction mixture and said second region comprising a tag sequence situated 5' to said target hybridizing sequence; a first priming oligonucleotide comprising a hybridizing sequence which hybridizes to a 3'-end of the complement of one or more of said target nucleic acid sequences; and a second priming oligonucleotide comprising a hybridizing sequence which hybridizes to the complement of said tag sequence, wherein said reaction mixture is free of an active form of said tagged priming oligonucleotide which is not hybridized to said target region contained in said one or more target nucleic acid sequences present in said reaction mixture, wherein said active form of said tagged priming oligonucleotide has an available target hybridizing sequence for hybridization to said target region present in a non-target nucleic acid, and wherein said reaction mixture does not comprise a nucleic acid polymerase capable of extending any of said oligonucleotides in a template-dependent manner. a tagged priming oligonucleotide comprising first and second regions, said first region comprising a target hybridizing sequence hybridized to a target region contained at a 3'-end of one or more target nucleic acid sequences present in said reaction mixture and said second region comprising a tag sequence situated 5' to said target hybridizing sequence; a first priming oligonucleotide comprising a hybridizing sequence which hybridizes to a 3'-end of the complement of one or more of said target nucleic acid sequences; and a second priming oligonucleotide comprising a hybridizing sequence which hybridizes to the complement of said tag sequence, wherein said reaction mixture is free of an active form of said tagged priming oligonucleotide which is not hybridized to said target region contained in said one or more target nucleic acid sequences present in said reaction mixture, wherein said active form of said tagged priming oligonucleotide has an available target hybridizing sequence for hybridization to said target region present in a non-target nucleic acid, and wherein said reaction mixture does not comprise a nucleic acid polymerase capable of extending any of said oligonucleotides in a template-dependent manner.
A method for ensuring the trustworthiness of software source code (source code), wherein - at least a first software developer and a second software developer for programming the source code are registered, wherein data assigned to the respective software developers (A, B), together with a public signature key (PubA, PubB) belonging to the respective software developer (A, B), are imported into a secure infrastructure (DCUA), - the first software developer signs the source code created by him with his private signature key (PrivA) and the second software developer signs the source code signed by the first software developer with his private signature key (PrivB), - the source code signed by both software developers (A, B) is stored in a source code server, - a compiling device arranged in the secure infrastructure (DCUA) - imports the signed source code from the source code server into the secure infrastructure (DCUA), - checks whether the imported source code has been signed with private signature keys (PrivA, PrivB) belonging to the imported public signature keys (PubA, PubB) (S5.1), and - translates the imported source code into executable binary code (S5.2), and - the compiling device signs the binary code in the secure infrastructure (DCUA) with a private signature key (PrivCE) assigned to the compiling device and exports the signed binary code, together with the public key (PubCE) belonging to the private signature key (PrivCE) of the compiling device, to a binary code server outside the secure infrastructure (DCUA) and provides same on said server for further use. - at least a first software developer and a second software developer for programming the source code are registered, wherein data assigned to the respective software developers (A, B), together with a public signature key (PubA, PubB) belonging to the respective software developer (A, B), are imported into a secure infrastructure (DCUA), - the first software developer signs the source code created by him with his private signature key (PrivA) and the second software developer signs the source code signed by the first software developer with his private signature key (PrivB), - the source code signed by both software developers (A, B) is stored in a source code server, - a compiling device arranged in the secure infrastructure (DCUA) - imports the signed source code from the source code server into the secure infrastructure (DCUA), - checks whether the imported source code has been signed with private signature keys (PrivA, PrivB) belonging to the imported public signature keys (PubA, PubB) (S5.1), and - translates the imported source code into executable binary code (S5.2), and - the compiling device signs the binary code in the secure infrastructure (DCUA) with a private signature key (PrivCE) assigned to the compiling device and exports the signed binary code, together with the public key (PubCE) belonging to the private signature key (PrivCE) of the compiling device, to a binary code server outside the secure infrastructure (DCUA) and provides same on said server for further use.
A sprinkler head comprising a sprinkler body with a passage for fluid to flow therethrough; a seal mechanism for sealing said passage; a cage member; a hollow frangible tube extending between the cage member and the seal mechanism; and a shape memory alloy element having at least one hole receiving the frangible tube, characterized by said shape memory alloy element having a first configuration that fits with the tube and a second constricted configuration in which the orifice has a diameter smaller than an outer diameter of the hollow frangible tube at a predetermined temperature which breaks the frangible tube, releasing the seal mechanism and thus the fluid through the passage. a sprinkler body with a passage for fluid to flow therethrough; a seal mechanism for sealing said passage; a cage member; a hollow frangible tube extending between the cage member and the seal mechanism; and a shape memory alloy element having at least one hole receiving the frangible tube, characterized by said shape memory alloy element having a first configuration that fits with the tube and a second constricted configuration in which the orifice has a diameter smaller than an outer diameter of the hollow frangible tube at a predetermined temperature which breaks the frangible tube, releasing the seal mechanism and thus the fluid through the passage.