mhurhangee/ep-ind-claims huggingface dataset:
A control system comprising: a control device that functions as a communication master; a junction device that is connected via a network to the control device; and one or more field devices that are connected via a network to the control device, the junction device being connected to one or more functional units that include at least one of a safety controller and a safety input/output unit, characterized in that the control device comprising a transmission management means that manages the periodic transmission of a first communication frame in the network, the junction device comprising: a first error detection means that detects a transmission error by monitoring the periodic reception of the first communication frame; and a state switching means that switches, when a transmission error is detected by the first error detection means, a state of the junction device to either a first state in which the signal output from all of the functional units connected to the junction device is disabled or a second state in which the signal output from some of the functional units connected to the junction device is continuously updated based on the configuration of each functional unit connected to the junction device. a control device that functions as a communication master; a junction device that is connected via a network to the control device; and one or more field devices that are connected via a network to the control device, the junction device being connected to one or more functional units that include at least one of a safety controller and a safety input/output unit, characterized in that the control device comprising a transmission management means that manages the periodic transmission of a first communication frame in the network, the junction device comprising: a first error detection means that detects a transmission error by monitoring the periodic reception of the first communication frame; and a state switching means that switches, when a transmission error is detected by the first error detection means, a state of the junction device to either a first state in which the signal output from all of the functional units connected to the junction device is disabled or a second state in which the signal output from some of the functional units connected to the junction device is continuously updated based on the configuration of each functional unit connected to the junction device. a first error detection means that detects a transmission error by monitoring the periodic reception of the first communication frame; and a state switching means that switches, when a transmission error is detected by the first error detection means, a state of the junction device to either a first state in which the signal output from all of the functional units connected to the junction device is disabled or a second state in which the signal output from some of the functional units connected to the junction device is continuously updated based on the configuration of each functional unit connected to the junction device.
An exhaust manifold of the single-wall type made by casting, a wall of which comprises an excess thickness at the level of a casting mating surface of a fixing clip of the manifold, characterized in that it comprises, at the level of said casting joint excess thickness, a double-wall reinforcement element, said double wall including an external wall, integrated to said wall of the manifold, and an internal wall, which are separated by an insulating sheet, said reinforcement element being moulded by casting with the exhaust manifold.
Use of a polypeptide having sugar-tolerant beta-glucosidase activity for hydrolysis of a lignocellulosic substrate to yield glucose and/or other sugars, characterized in that said polypeptide is selected from the group consisting of: a) a polypeptide comprising an amino acid sequence at least 50% identical to the amino acid sequence of SEQ ID NO: 2, b) a polypeptide which is encoded by a polynucleotide at least 50% identical to SEQ ID NO: 1, c) a polypeptide which is encoded by a polynucleotide which hybridizes under at least medium stringency conditions with the polynucleotide of SEQ ID NO: 1, or a complementary strand thereof, and d) a fragment of a), b), or c) having beta-glucosidase activity; and said polypetide or fragment thereof is obtained from a Streptomyces bacterium. a) a polypeptide comprising an amino acid sequence at least 50% identical to the amino acid sequence of SEQ ID NO: 2, b) a polypeptide which is encoded by a polynucleotide at least 50% identical to SEQ ID NO: 1, c) a polypeptide which is encoded by a polynucleotide which hybridizes under at least medium stringency conditions with the polynucleotide of SEQ ID NO: 1, or a complementary strand thereof, and d) a fragment of a), b), or c) having beta-glucosidase activity;
A computer-implemented method comprising: a) receiving, at a receiving computing device, a self-certifying alert (330; 700) comprising a program identifier and an event list, the program identifier identifying a program having a detected vulnerability, and the event list including one or more non-deterministic events which, when being executed, would cause the program to reach a disallowed state so as to demonstrate the detected vulnerability; b) determining, by the receiving computing device, if the receiving computing device includes the program having the detected vulnerability by comparing the program identifier to the programs existing on the receiving computer device; and c) loading, by the receiving computing device, the program into a suspended process or a sandbox environment in the receiving computing device, and verifying, by the receiving computing device, that the event list demonstrates the detected vulnerability independently from a source of the self-certifying alert by executing the event list in the suspended process or in the sandbox environment, and d) in response to verifying the event list, forwarding the self-certifying alert (330; 700) to at least one neighbor node identified by a node identifier in a network overlay. a) receiving, at a receiving computing device, a self-certifying alert (330; 700) comprising a program identifier and an event list, the program identifier identifying a program having a detected vulnerability, and the event list including one or more non-deterministic events which, when being executed, would cause the program to reach a disallowed state so as to demonstrate the detected vulnerability; b) determining, by the receiving computing device, if the receiving computing device includes the program having the detected vulnerability by comparing the program identifier to the programs existing on the receiving computer device; and c) loading, by the receiving computing device, the program into a suspended process or a sandbox environment in the receiving computing device, and verifying, by the receiving computing device, that the event list demonstrates the detected vulnerability independently from a source of the self-certifying alert by executing the event list in the suspended process or in the sandbox environment, and d) in response to verifying the event list, forwarding the self-certifying alert (330; 700) to at least one neighbor node identified by a node identifier in a network overlay.
A method of preparing a gold-containing solution from gold-bearing raw materials, wherein the method comprises (a) a gold leaching step, wherein the gold-bearing raw material is subjected to oxidative chloride leaching in an aqueous leaching liquor in the following conditions: (i) the aqueous leaching liquor contains dissolved cupric ions (Cu 2+), chloride (Cl -) and bromide (Br -), (ii) pH is within a range wherein the cupric ion does not precipitate, (iii) the oxidation potential is at least 450 mV Pt vs. Ag/AgCI, to provide a gold-containing solution optionally further containing silver, (b) a liquid/solid separation step, wherein the gold-containing solution is separated from the undissolved solid material; (c) a gold recovery step, wherein gold is recovered from the gold-containing solution from step (b) to obtain a gold-bearing organic solution and a gold-depleted leach solution containing Cu 2+, Cl - and Br -; and (c') an evaporation step, wherein gold-depleted leach solution from step (c) containing Cu 2+, Cl - and Br - is evaporated for removing excess water; and (d) a circulation step, wherein the gold-depleted leach solution obtained from the evaporation step containing Cu 2+, Cl - and Br - is circulated to the leaching step (a). (a) a gold leaching step, wherein the gold-bearing raw material is subjected to oxidative chloride leaching in an aqueous leaching liquor in the following conditions: (i) the aqueous leaching liquor contains dissolved cupric ions (Cu 2+), chloride (Cl -) and bromide (Br -), (ii) pH is within a range wherein the cupric ion does not precipitate, (iii) the oxidation potential is at least 450 mV Pt vs. Ag/AgCI, to provide a gold-containing solution optionally further containing silver, (i) the aqueous leaching liquor contains dissolved cupric ions (Cu 2+), chloride (Cl -) and bromide (Br -), (ii) pH is within a range wherein the cupric ion does not precipitate, (iii) the oxidation potential is at least 450 mV Pt vs. Ag/AgCI, to provide a gold-containing solution optionally further containing silver, (b) a liquid/solid separation step, wherein the gold-containing solution is separated from the undissolved solid material; (c) a gold recovery step, wherein gold is recovered from the gold-containing solution from step (b) to obtain a gold-bearing organic solution and a gold-depleted leach solution containing Cu 2+, Cl - and Br -; and (c') an evaporation step, wherein gold-depleted leach solution from step (c) containing Cu 2+, Cl - and Br - is evaporated for removing excess water; and (d) a circulation step, wherein the gold-depleted leach solution obtained from the evaporation step containing Cu 2+, Cl - and Br - is circulated to the leaching step (a).
A system operable to control policy distribution with partial evaluation in order to permit/deny access to a protected means having access control policy functions, said system comprising a storing means operable to store all access control policy functions for all protected means, a guard means operable to guard access to a protected means and to construct an access control request comprising attributes regarding said protected means, a policy decision means connected to said guard means and operable to receive said access control request from said guard means, wherein said system also comprises a policy distribution means connected to said storing means, and to said policy decision means, wherein said policy decision means also is operable to collect static attributes of said protected means, and to send said static attributes to said policy distribution means, which in turn is operable to construct a partial access control request from said static attributes of said protected means, and to perform partial evaluation against the access control policy function stored in said storing means based on said partial access control request, resulting in a simplified access control policy function, wherein said policy distribution means is operable to send said simplified access control policy function to said policy decision means, which in turn is operable to use said simplified access control policy function to evaluate access control requests regarding said protected means, and to return a permit/deny response to said guard means.
An energy absorbing end terminal system for a crash barrier, the system comprising a rail having at least one first cut-out therein, with an impact device being mounted on said rail by a base member disposed on the rail, close to an end thereof, such that the impact device, with said base member is slidable along the rail in a longitudinal direction; the impact device further comprising: an impact post extending generally upwardly from the base member; and at least one shearing element extending from the base member, the impact post adapted to receive a vehicle in the event of an end-on barrier collision, wherein in an initial pre-impact position the at least one shearing element projects into the at least one first cut-out in the rail. an impact post extending generally upwardly from the base member; and at least one shearing element extending from the base member, the impact post adapted to receive a vehicle in the event of an end-on barrier collision, wherein in an initial pre-impact position the at least one shearing element projects into the at least one first cut-out in the rail.
A method for supporting image processing, comprising displaying an image on a screen, further comprising: (a) detecting respective face regions from images consecutively photographed for a first person at predetermined time intervals by an image pickup unit, the method being characterized by step (a) further including simultaneously displaying a plurality of images of the detected face regions in relation to the first person in a first region of the screen, and providing a user interface for indicating that a specific face image is selected from the plurality of face images of the first person displayed in the first region; further comprising the steps of: (b) additionally displaying the specific face image through a second region adjacent to the first region; and (c) displaying a synthesized image using the specific face image as a representative face of the first person, when the specific face image displayed through the second region is selected. (a) detecting respective face regions from images consecutively photographed for a first person at predetermined time intervals by an image pickup unit, the method being characterized by step (a) further including simultaneously displaying a plurality of images of the detected face regions in relation to the first person in a first region of the screen, and providing a user interface for indicating that a specific face image is selected from the plurality of face images of the first person displayed in the first region; (b) additionally displaying the specific face image through a second region adjacent to the first region; and (c) displaying a synthesized image using the specific face image as a representative face of the first person, when the specific face image displayed through the second region is selected.
A DNA construct comprising a heterologous nucleic acid molecule encoding a PIP-72 polypeptide having insecticidal activity against Western corn rootworm ( Diabrotica virgifera virgifera), wherein the encoded PIP-72 polypeptide comprises an amino acid sequence having at least 93% identity to SEQ ID NO: 32.
A bypass switch recloser assembly comprising: a first switch assembly having a first terminal pad; a second switch assembly connected electrically in series to said first switch assembly and having a second terminal pad; a bypass switch assembly connected electrically in parallel to said first and second switch assemblies (13, 15), wherein a recloser assembly is connected electrically in series to said first and second switch assemblies (13, 15) and electrically in parallel to said bypass switch assembly; characterized by a support assembly to which said first, second and bypass switch assemblies (13, 15, 23) and said recloser assembly are mounted; a first mounting bracket secures said support assembly to a support; second and third mounting brackets (101, 103) electrically connected to said first and second terminal pads (27, 29), respectively, said second mounting bracket having a first portion (105, 107) connected to said first terminal pad and a second portion, said third mounting bracket having first portion connected to said second terminal pad and a second portion; and first and second mounting arms (131, 133) electrically connect to said second portions of (106, 108) of said second and third mounting brackets (101, 103), respectively, said second and third mounting brackets (101, 103) and said first and second mounting arms (131,133) connecting said recloser assembly electrically and mechanically to said first and second switch assemblies (13, 15) to rigidly couple said recloser assembly to said terminal pads (27, 29) of said first switch assembly and said second switch assembly. a first switch assembly having a first terminal pad; a second switch assembly connected electrically in series to said first switch assembly and having a second terminal pad; a bypass switch assembly connected electrically in parallel to said first and second switch assemblies (13, 15), wherein a recloser assembly is connected electrically in series to said first and second switch assemblies (13, 15) and electrically in parallel to said bypass switch assembly; characterized by a support assembly to which said first, second and bypass switch assemblies (13, 15, 23) and said recloser assembly are mounted; a first mounting bracket secures said support assembly to a support; second and third mounting brackets (101, 103) electrically connected to said first and second terminal pads (27, 29), respectively, said second mounting bracket having a first portion (105, 107) connected to said first terminal pad and a second portion, said third mounting bracket having first portion connected to said second terminal pad and a second portion; and first and second mounting arms (131, 133) electrically connect to said second portions of (106, 108) of said second and third mounting brackets (101, 103), respectively, said second and third mounting brackets (101, 103) and said first and second mounting arms (131,133) connecting said recloser assembly electrically and mechanically to said first and second switch assemblies (13, 15) to rigidly couple said recloser assembly to said terminal pads (27, 29) of said first switch assembly and said second switch assembly.
A porous ceramic honeycomb article, comprising: a porous ceramic honeycomb body containing cordierite and having a plurality of cell channels defined by intersecting porous walls, said walls including porosity having a pore size distribution wherein greater than or equal to 75% of the pore size distribution of the porosity of the porous walls, by volume, have a pore diameter (d v) wherein d v < 10.0 μm, and less than or equal to 35% of the pore size distribution have d v ≤ 4.0 μm, a pore diameter (d v90) of d v90 ≤ 14.0 μm, d vf ≤ 0.37, and CTE ≤ 12.0 x 10 -7 /°C from 25°C to 800°C, wherein d vf = (d v50 -d v10)/d v50. a porous ceramic honeycomb body containing cordierite and having a plurality of cell channels defined by intersecting porous walls, said walls including porosity having a pore size distribution wherein greater than or equal to 75% of the pore size distribution of the porosity of the porous walls, by volume, have a pore diameter (d v) wherein d v < 10.0 μm, and less than or equal to 35% of the pore size distribution have d v ≤ 4.0 μm, a pore diameter (d v90) of d v90 ≤ 14.0 μm, d vf ≤ 0.37, and CTE ≤ 12.0 x 10 -7 /°C from 25°C to 800°C, wherein d vf = (d v50 -d v10)/d v50.
Method for determining the transverse sensitivity of an arrangement of magnetic field sensors (1a, 1b) which are arranged on a substrate and/or integrated in a substrate, wherein the arrangement returns an output signal combined from measurement signals of the magnetic field sensors (1a, 1b) and has a defined direction of sensitivity, in which - one or more coils, which generate a magnetic field upon the application of a current flow are applied on the substrate and/or integrated in the substrate, - wherein the one or more coils are arranged and embodied in such manner that they enclose a common area in which the magnetic field sensors (1a, 1b) of the arrangement of magnetic field sensors are disposed, and generate one or more magnetic fields at the locations of the magnetic field sensors (1a, 1b), of which only one magnetic field component perpendicular to the defined direction of sensitivity contributes to the output signal of the arrangement, and - the output signal induced in the arrangement by the magnetic field component perpendicular to the defined direction of sensitivity is captured to obtain the transverse sensitivity of the arrangement. - one or more coils, which generate a magnetic field upon the application of a current flow are applied on the substrate and/or integrated in the substrate, - wherein the one or more coils are arranged and embodied in such manner that they enclose a common area in which the magnetic field sensors (1a, 1b) of the arrangement of magnetic field sensors are disposed, and generate one or more magnetic fields at the locations of the magnetic field sensors (1a, 1b), of which only one magnetic field component perpendicular to the defined direction of sensitivity contributes to the output signal of the arrangement, and - the output signal induced in the arrangement by the magnetic field component perpendicular to the defined direction of sensitivity is captured to obtain the transverse sensitivity of the arrangement.
A method for analyzing a target nucleic acid in a biological sample, comprising the following steps i) transferring an absorbent matrix to a reaction vial; ii) providing a biological sample containing said target nucleic acids on, or applying it onto, said absorbent matrix; iii) providing in said reaction vial a reagent mixture for amplifying said nucleic acids; iv) providing in said reaction vial a detection reagent mixture; v) sealing said reaction vial; vi) performing an amplification reaction; and vii) detecting the amplified nucleic acids using fluorescence resonance energy transfer, wherein said biological sample is provided without prior extraction, washing, or elution of the nucleic acids, and steps vi) and vii) are performed in said vial without removing said matrix from the vial, and wherein the detection step is performed in closed-tubes, without opening the seals. i) transferring an absorbent matrix to a reaction vial; ii) providing a biological sample containing said target nucleic acids on, or applying it onto, said absorbent matrix; iii) providing in said reaction vial a reagent mixture for amplifying said nucleic acids; iv) providing in said reaction vial a detection reagent mixture; v) sealing said reaction vial; vi) performing an amplification reaction; and vii) detecting the amplified nucleic acids using fluorescence resonance energy transfer, wherein
A method for adaptively snooping channels of a frequency band, comprising: selecting an anchor channel to be scanned from a rank order list of channels; periodically scanning, at a predefined snoop time interval, the anchor channel for duration of a dwell time set for the anchor channel; periodically scanning all channels preceding the anchor channel in the rank order list, wherein each preceding channel is being scanned for a different predefined duration; checking if a message is received on the anchor channel or any of the preceding channels; selecting a channel ranked immediately after the anchor channel in the rank order list to be a new anchor channel when a message is not received (S545, S540) for a duration of the dwell time set for the anchor channel; and determining the channel on which a message is received to be the new anchor channel. selecting an anchor channel to be scanned from a rank order list of channels; periodically scanning, at a predefined snoop time interval, the anchor channel for duration of a dwell time set for the anchor channel; periodically scanning all channels preceding the anchor channel in the rank order list, wherein each preceding channel is being scanned for a different predefined duration; checking if a message is received on the anchor channel or any of the preceding channels; selecting a channel ranked immediately after the anchor channel in the rank order list to be a new anchor channel when a message is not received (S545, S540) for a duration of the dwell time set for the anchor channel; and determining the channel on which a message is received to be the new anchor channel.