mhurhangee/ep-ind-claims huggingface dataset:
A method of providing validated data related to an industrial process, the method comprising: sensing a process variable of the industrial process with a field device having a stored cipher and a secret method for data validation, the cipher and the secret method only known to a validator, the validator being a manufacturer of the field device or a validation service; periodically storing in the field device, stored data including a history of process data representative of the process variable; transmitting a message in response to a request for data, the message containing the stored data from the field device together with an encrypted validation string generated by the field device using the stored data, the cipher, and the secret method; providing the stored data in unencrypted form and the validation string to the validator with knowledge of the cipher and the secret method used by the field device for validation of the stored data based upon the validation string; maintaining, at the validator, a secure database associating field devices, secret methods, and ciphers; identifying, at the validator, which field device generated the validation string; determining, at the validator, the cipher associated with the identified field device; and determining, at the validator, whether the information is valid using the validation string, the cipher associated with the identified field device, and the same secret method used by the field device that generated the stored data; wherein the stored data includes data identifying the field device. sensing a process variable of the industrial process with a field device having a stored cipher and a secret method for data validation, the cipher and the secret method only known to a validator, the validator being a manufacturer of the field device or a validation service; periodically storing in the field device, stored data including a history of process data representative of the process variable; transmitting a message in response to a request for data, the message containing the stored data from the field device together with an encrypted validation string generated by the field device using the stored data, the cipher, and the secret method; providing the stored data in unencrypted form and the validation string to the validator with knowledge of the cipher and the secret method used by the field device for validation of the stored data based upon the validation string; maintaining, at the validator, a secure database associating field devices, secret methods, and ciphers; identifying, at the validator, which field device generated the validation string; determining, at the validator, the cipher associated with the identified field device; and determining, at the validator, whether the information is valid using the validation string, the cipher associated with the identified field device, and the same secret method used by the field device that generated the stored data; wherein the stored data includes data identifying the field device.
A method of requesting for establishment of a Personal Network, PN, by a first personal network entity, PNE,, the method comprising the steps of: performing, by the first PNE, a physical pairing with surrounding PNEs by using Near Field Communication, NFC; discovering, by the first PNE, a gateway device, which relays a service from a server, from among the paired PNEs; selecting a type of PN setup among first, second and third types of PN setups; and sending a personal network connection request message including information on the selected type of PN setup to the gateway device, wherein each type of the PN setups indicates at least one device by which to establish a PN with the first PNE, wherein the PN is established between the first PNE and the gateway device if the type of PN setup is selected as the first type of PN setup, wherein the PN is established between the first PNE and all PNEs physically paired with the gateway device if the type of PN setup is selected as the second type of PN setup, and wherein the PN is established between the first PNE and at least one second PNE identified with respective PNE Identifications, IDs, of the PN connection request message, if the type of PN setup is selected as the third type of PN setup. performing, by the first PNE, a physical pairing with surrounding PNEs by using Near Field Communication, NFC; discovering, by the first PNE, a gateway device, which relays a service from a server, from among the paired PNEs; selecting a type of PN setup among first, second and third types of PN setups; and sending a personal network connection request message including information on the selected type of PN setup to the gateway device, wherein each type of the PN setups indicates at least one device by which to establish a PN with the first PNE, wherein the PN is established between the first PNE and the gateway device if the type of PN setup is selected as the first type of PN setup, wherein the PN is established between the first PNE and all PNEs physically paired with the gateway device if the type of PN setup is selected as the second type of PN setup, and wherein the PN is established between the first PNE and at least one second PNE identified with respective PNE Identifications, IDs, of the PN connection request message, if the type of PN setup is selected as the third type of PN setup.
Fuel tank comprising an air vent system comprising a flap for closing an opening in the tank and communicating with the outside of said tank at atmospheric pressure, said flap is secured to a float and is hingedly mounted in the tank so as to adopt a closed position, by being pushed by the float when the fuel level in the tank reaches a certain threshold, and an open vent position, by being driven by the float when the fuel level is below said threshold, characterized in that the flap comprises a valve slidably mounted in an orifice of the flap, between an opening and closing position of the orifice, said rod comprising a first end with a shoulder for acting as a stop for the closed position of the rod, and a second end with a shoulder forming a seat for a compression spring arranged around the rod and counter-supported against the flap for holding the rod in the closed position, so that when the force exerted by the internal pressure on the valve exceeds the sum of the forces exerted on the valve by the atmospheric pressure and the spring, said valve is pushed into the open position against said spring and provides an air vent for the fuel tank to balance the internal pressure of the tank with the atmospheric pressure to avoid an overpressure within said tank.
A computer implemented method for determining the status of run-time-instrumentation controls, the method comprising: setting a set of run-time-instrumentation controls to an initial value using a privileged load run-time-instrumentation controls, LRIC, instruction; fetching a test run-time-instrumentation controls, TRIC, instruction; executing the TRIC instruction, the TRIC instruction being executable in either a supervisor state or a problem state, the executing comprising: determining whether the TRIC instruction is enabled; based on determining that the TRIC instruction is enabled, determining whether the initial value set by the run-time-instrumentation controls has been changed; based on determining that the initial value set by the run-time-instrumentation controls has been changed, setting a condition code to a first value; and based on determining that the TRIC instruction is not-enabled, setting the condition code to a second value, the second value indicating execution of the TRIC instruction in problem state is not permitted. setting a set of run-time-instrumentation controls to an initial value using a privileged load run-time-instrumentation controls, LRIC, instruction; fetching a test run-time-instrumentation controls, TRIC, instruction; executing the TRIC instruction, the TRIC instruction being executable in either a supervisor state or a problem state, the executing comprising: determining whether the TRIC instruction is enabled; based on determining that the TRIC instruction is enabled, determining whether the initial value set by the run-time-instrumentation controls has been changed; based on determining that the initial value set by the run-time-instrumentation controls has been changed, setting a condition code to a first value; and based on determining that the TRIC instruction is not-enabled, setting the condition code to a second value, the second value indicating execution of the TRIC instruction in problem state is not permitted. determining whether the TRIC instruction is enabled; based on determining that the TRIC instruction is enabled, determining whether the initial value set by the run-time-instrumentation controls has been changed; based on determining that the initial value set by the run-time-instrumentation controls has been changed, setting a condition code to a first value; and based on determining that the TRIC instruction is not-enabled, setting the condition code to a second value, the second value indicating execution of the TRIC instruction in problem state is not permitted.
An alpha amylase variant or fragment thereof having improved thermo-stability, measured as residual amylase activity after incubation for 1 hour at 65°C at pH3.5, compared to a parent alpha-amylase disclosed as SEQ ID NO: 3, comprising a substitution at a position corresponding to position 143, and further comprising one or more substitutions at positions corresponding to positions 128, 141, 192, 20, 76, 123, 136, 142, 165, 219, 224, 265, 383, and 410 of the polypeptide of SEQ ID NO: 3, wherein the variant alpha amylase or fragment thereof has at least at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99% sequence identity with the polypeptide of SEQ ID NO: 3, and wherein the variant alpha-amylase or a fragment thereof comprises at least one of the following substitutions or combinations of substitutions: G128D + D143N; or N142D + D143N; or Y141W + D143N; or Y141W + N142D + D143N; or G128D + Y141W + D143N; or Y141W + D143N + P219C; or Y141W + D143N + K192R; or G128D + D143N + K192R; or Y141W + D143N + K192R + P219C; or G128D + Y141W + D143N + K192R; or G128D + Y141W + D143N + K192R + P219C. G128D + D143N; or N142D + D143N; or Y141W + D143N; or Y141W + N142D + D143N; or G128D + Y141W + D143N; or Y141W + D143N + P219C; or Y141W + D143N + K192R; or G128D + D143N + K192R; or Y141W + D143N + K192R + P219C; or G128D + Y141W + D143N + K192R; or G128D + Y141W + D143N + K192R + P219C.
Connection terminal for connecting at least one conductor in an electrically contact-making manner to a current bar which is held on a holder, wherein an operating lever, a clamping lever and a clamping spring are provided, wherein the operating lever acts on the clamping lever, wherein the clamping lever is held on the holder such that it can pivot by means of a pivot spindle, characterized in that the holder has two side walls, wherein a slotted link guide is provided in both side walls, which slotted link guide comprises at least one closing slotted link and one clamping slotted link which branches away from the said closing slotted link in a transverse manner, and in that the operating lever is guided by way of a first spindle and a second spindle such that it can move in the slotted link guide, wherein the slotted link guide comprises a release slotted link which branches away from the closing slotted link in a transverse manner, wherein the release slotted link and the clamping slotted link extend in opposite directions, and wherein the release slotted link, the clamping slotted link and at least that portion of the closing slotted link which connects the release slotted link and the clamping slotted link to one another have an "S"-shaped configuration.
Method for producing an optoelectronic component comprising a luminescence diode chip, wherein the luminescence diode chip is suitable for emitting an electromagnetic primary radiation, wherein a luminescence conversion material is applied on the luminescence diode chip using electrophoresis, wherein the luminescence conversion material contains at least one phosphor suitable for at least partly converting the primary radiation into a secondary radiation, comprising the following steps: - providing a housing main body having a depression, in which the luminescence diode chip and an exposed part of outer surfaces of electrical conductors (3, 4) are arranged, wherein the housing main body is produced by a thermoplastic or thermosetting plastic material being moulded around a leadframe comprising the electrical conductors (3, 4), or by electrical conductors (3, 4) being deposited on a carrier body and a housing frame being applied on the carrier body and also on the electrical conductors (3, 4) and being mechanically connected to the carrier body, such that the housing frame forms the depression and laterally surrounds the latter, characterized in that the following step is subsequently carried out: - simultaneously applying the luminescence conversion material on all exposed parts of the outer surfaces of the electrical conductors (3, 4) and on exposed electrically conductive outer surfaces of the luminescence diode chip using electrophoresis, wherein electrically insulating outer surfaces contained in the depression remain completely free of the luminescence conversion material. - providing a housing main body having a depression, in which the luminescence diode chip and an exposed part of outer surfaces of electrical conductors (3, 4) are arranged, wherein the housing main body is produced by a thermoplastic or thermosetting plastic material being moulded around a leadframe comprising the electrical conductors (3, 4), or by electrical conductors (3, 4) being deposited on a carrier body and a housing frame being applied on the carrier body and also on the electrical conductors (3, 4) and being mechanically connected to the carrier body, such that the housing frame forms the depression and laterally surrounds the latter, - simultaneously applying the luminescence conversion material on all exposed parts of the outer surfaces of the electrical conductors (3, 4) and on exposed electrically conductive outer surfaces of the luminescence diode chip using electrophoresis, wherein electrically insulating outer surfaces contained in the depression remain completely free of the luminescence conversion material.
A gas discharge laser device comprising: a housing (22a, b); a first electrode disposed in the housing; a second electrode (62, 80, 154, 172, 200) disposed in the housing and spaced from the first electrode to establish a discharge gap therebetween; a mechanism (82, 84, 152, 170) moving said second electrode relative to said first electrode to vary said gap; a conductive, flexible member having a first edge attached to the second electrode for movement therewith and a second edge held fixed relative to the housing, characterized in that the conductive, flexible member is electrically connected to the second electrode. a housing (22a, b); a first electrode disposed in the housing; a second electrode (62, 80, 154, 172, 200) disposed in the housing and spaced from the first electrode to establish a discharge gap therebetween; a mechanism (82, 84, 152, 170) moving said second electrode relative to said first electrode to vary said gap; a conductive, flexible member having a first edge attached to the second electrode for movement therewith and a second edge held fixed relative to the housing, characterized in that the conductive, flexible member is electrically connected to the second electrode.
Method for transferring items from and to a transport line along which a plurality of items advance in line and close to each other, comprising the step of picking a first item of said plurality of items from said transport line, wherein said method comprises the step of placing a second item onto said transport line, into the gap left by said first item after picking thereof, characterized in that said second item is placed onto said transport line at a time immediately following the time at which said first item has been picked from said transport line.
Transport device for transporting a fibre semifinished product, wherein the transport device is a constituent part of a fibre-semifinished-product production installation and has at least one positioning means (21.1, 21.2) for positioning the fibre semifinished product relative to the transport device, wherein the positioning means (21.1, 21.2) is in the form of a positioning pin, and has at least one holding means (24.1, 24.2, 26.1, 26.2) for holding the fibre semifinished product during transportation on the transport device, and wherein the positioning means (21.1, 21.2), for positioning the fibre semifinished product, is able to be introduced at least sectionally into an engagement region (11.1, 11.2) of the fibre semifinished product, wherein the engagement region (11.1, 11.2) is in the form of a recess, a cutout, a depression or a bore, and the holding means (24.1, 24.2, 26.1, 26.2), for holding the fibre semifinished product, is able to be arranged at least sectionally on a surface of the fibre semifinished product.
A computer-implemented method for correcting a metal artifact in an original image, the method comprising: receiving the original image including the metal artifact, the original image being a computed tomography image; pre-correcting the original image by using a pre-correction method; generating correction data based on the original image and the pre-corrected image; weighting the original image and the pre-corrected image based on the correction data according to a weighting coefficient, the weighting coefficient being based on a regularity degree of the metal artifact, wherein the regularity degree of the metal artifact is the actual projection area of the metal artifact divided by the ideal projection area of the metal artifact, wherein the ideal projection area is the projection area of the metal artifact resulted from a metal object with a regular shape fixed along any projection plane; and generating a corrected image based on a weighting result of the original image and the pre-corrected image. receiving the original image including the metal artifact, the original image being a computed tomography image; pre-correcting the original image by using a pre-correction method; generating correction data based on the original image and the pre-corrected image; weighting the original image and the pre-corrected image based on the correction data according to a weighting coefficient, the weighting coefficient being based on a regularity degree of the metal artifact, wherein the regularity degree of the metal artifact is the actual projection area of the metal artifact divided by the ideal projection area of the metal artifact, wherein the ideal projection area is the projection area of the metal artifact resulted from a metal object with a regular shape fixed along any projection plane; and generating a corrected image based on a weighting result of the original image and the pre-corrected image.
A compressor for a turbine engine comprising a casing, at least one compressor stage including a stationary blade impeller and a mobile blade impeller positioned downstream of said stationary blade impeller, and cavities hollowed-out in said casing opposite a through-path of the mobile blades, said cavities having a length L2 measured axially and being offset upstream relative to the mobile blades so as to generate an overlap having a length L1, characterised in that the lengths L1 and L2 are respectively between 35% and 50% and between 80% and 90% of an axial cord C ax measured at an outer end of the mobile blades and in that the cavities do not communicate with one another.
A disposable garment, comprising: a torso band comprising a torso band opening; and a chassis disposed on a lower side of the torso band; wherein the chassis comprises a stretchable composite sheet, the stretchable composite sheet being a multi-layer structure comprising a first air permeable sheet, a second air permeable sheet, and a liquid diffusion fiber sheet and a plurality of linear elastic bodies disposed between the first air permeable sheet and the second air permeable sheet, and the plurality of linear elastic bodies providing the chassis with stretchability, wherein a joined portion and a non-joined portion are disposed between the first air permeable sheet and the liquid diffusion fiber sheet and/or between the liquid diffusion fiber sheet and the second air permeable sheet, wherein the air permeable sheets are a nonwoven fabric and/or a porous sheet, the liquid diffusion fiber sheet is a paper sheet. a torso band comprising a torso band opening; and a chassis disposed on a lower side of the torso band; wherein the chassis comprises a stretchable composite sheet, the stretchable composite sheet being a multi-layer structure comprising a first air permeable sheet, a second air permeable sheet, and a liquid diffusion fiber sheet and a plurality of linear elastic bodies disposed between the first air permeable sheet and the second air permeable sheet, and the plurality of linear elastic bodies providing the chassis with stretchability, wherein a joined portion and a non-joined portion are disposed between the first air permeable sheet and the liquid diffusion fiber sheet and/or between the liquid diffusion fiber sheet and the second air permeable sheet, wherein the air permeable sheets are a nonwoven fabric and/or a porous sheet, the liquid diffusion fiber sheet is a paper sheet.
A sealant composition for electronic device comprising: (a) 20-60% by weight based on the total weight of the composition of a compound having two or more (meth)acryloyl groups; (b) 1 - 20% by weight based on the total weight of the composition of a maleimide compound; and (c) 0.01 - 1% by weight based on the total weight of the composition of a nitroxide compound or a combination of a nitroxide compound and a thiocarbonylthio compound. (a) 20-60% by weight based on the total weight of the composition of a compound having two or more (meth)acryloyl groups; (b) 1 - 20% by weight based on the total weight of the composition of a maleimide compound; and (c) 0.01 - 1% by weight based on the total weight of the composition of a nitroxide compound or