mhurhangee/ep-ind-claims huggingface dataset:
An electric power system control system configured to control voltages in an electric power system to which loads and voltage control devices are connected via nodes, comprising at least two distributed controllers making control commands for the voltage control devices, wherein each of the at least two distributed controllers includes a measurement value data collection functional unit, a state estimation functional unit, and an optimum control functional unit, wherein the measurement value data collection functional unit is configured to collect measurement value data from sensors measuring a voltage and a current in an own node to which the measurement value data collection functional unit belongs and measurement value data from sensors configured to measure a voltage and a current in another node to which the measurement value data collection functional unit does not belong, wherein the measurement value data collection functional unit is configured to collect the measurement values of the other nodes via a communication line, wherein the state estimation functional unit is configured to use the measurement values of the voltage and the current of the own node and the measurement values of a voltage and a current of another node as input data, configured to estimate a voltage or a current as a state quantity of the electric power system regarding another node from which the measurement value data cannot be collected, and configured to output the estimate values, wherein the optimum control functional unit, is configured to use the measurement value data, the estimate value outputted from the state estimation functional unit and a voltage target value that has been set for each node as input, configured to output the control commands based on operation amounts to be distributed to the voltage control devices of the nodes including the own node, wherein the optimum control functional unit is configured to calculate the operation amount of each of the voltage control devices by solving a least square problem for minimizing a deviation with respect to the voltage target value of each node and an error with respect to a restriction value of the operation amount of each of the voltage control devices based on the presence or absence of the communication line and on its bandwidth, wherein operation amounts further reducing the deviation with respect to target values having high priority are calculated by weighting the least square problem with priority regarding achievement of the target value, and wherein the voltage control devices are configured to control the voltages in the electric power system by superposition of voltage change amounts.
A method of making a deflavored egg protein isolate, the method comprising: providing liquid egg; deashing the liquid egg; concentrating the liquid egg; and desugaring the liquid egg. providing liquid egg; deashing the liquid egg; concentrating the liquid egg; and desugaring the liquid egg.
A mechanism for arming and disarming an actuation of an emergency slide retained on a door of an aircraft, the mechanism being selectively configurable between an armed configuration and a disarmed configuration and comprising: a girt bar attached to one end of the slide; a floor fitting receiving the girt bar and including a movable portion movable between different positions corresponding to the armed and disarmed configurations, the movable portion capturing the girt bar to prevent disengagement from the floor fitting when the mechanism is in the armed configuration and defining a free path allowing the girt bar to be removed therethrough when the mechanism is in the disarmed configuration; a shaft attached to the door and rotatable about a longitudinal axis of the shaft, the shaft being rotatable between different orientations corresponding to the armed and disarmed configurations; and at least one transport hook extending radially from the shaft and rotatable therewith about the longitudinal axis of the shaft, the transport hook having interconnected top and bottom portions (82, 84) defining a carrying slot therebetween, wherein the mechanism is configured such that the transport hook has the bottom portion extending below the girt bar and the top portion extending above the girt bar with the girt bar being received in the carrying slot when the mechanism is in the disarmed configuration such that the transport hook carries the girt bar upon opening of the door, and the transport hook is pivoted away from the girt bar when the mechanism is in the armed configuration and oriented such as to move over the girt bar without contact therewith upon opening of the door. a girt bar attached to one end of the slide; a floor fitting receiving the girt bar and including a movable portion movable between different positions corresponding to the armed and disarmed configurations, the movable portion capturing the girt bar to prevent disengagement from the floor fitting when the mechanism is in the armed configuration and defining a free path allowing the girt bar to be removed therethrough when the mechanism is in the disarmed configuration; a shaft attached to the door and rotatable about a longitudinal axis of the shaft, the shaft being rotatable between different orientations corresponding to the armed and disarmed configurations; and at least one transport hook extending radially from the shaft and rotatable therewith about the longitudinal axis of the shaft, the transport hook having interconnected top and bottom portions (82, 84) defining a carrying slot therebetween,
A process for producing a mandelonitrile compound represented by formula: wherein Q represents an optionally substituted hydrocarbon group having 1 to 14 carbon atoms, an optionally substituted heterocyclic group having 3 to 12 carbon atoms, an optionally substituted methyleneamino group, an optionally substituted acyl group having 2 to 15 carbon atoms or an optionally substituted substituted-sulfonyl group having 1 to 14 carbon atoms, X represents a hydrogen atom, a halogen atom, an optionally substituted alkyl group having 1 to 8 carbon atoms or an optionally protected hydroxyl group, M represents an oxy group (-O-), a thio group (-S-), a sulfinyl group (-SO-), a sulfonyl group (-SO 2 -), -NR 1 - or a single bond, R 1 represents a hydrogen atom, an alkyl group having 1 to 8 carbon atoms or an acyl group having 1 to 9 carbon atoms, and n represents 0, 1 or 2, comprising a step of reacting a benzaldehyde compound represented by formula: wherein Q, X, M and n are each as described above, with at least one member selected from the group consisting of metal cyanides and hydrogen cyanide in the presence of a phase transfer catalyst in a solvent.
Drywall comprising a sub-structure with drywall profiles arranged in a horizontal and vertical manner so that the horizontal profiles are fixable to the floor and the ceiling and the vertical profiles are fixed to the horizontal profiles, wherein each of the vertical profiles comprises a drywall profile and the drywall having at least one separate intermediate layer of plasterboards, the drywall profile comprising a profile section having a base portion at which a first flange and parallel thereto a second flange are formed so that the base portion, the first flange and the second flange are arranged in a u-shaped cross section, characterized in that the base portion comprises at least two pairwise arranged perforations (41, 42), each of which forming a bendable portion capable of being bent out in a manner to form an abutting flap, both abutting flaps extend parallel in a distance to fix a plasterboard of the intermediate layer of plasterboards in between thereof, wherein the base portion comprises two pairs of two pairwise arranged perforations (41, 42, 61, 62) which are arranged in a distance so that the plasterboard of the intermediate layer of plasterboards is fixed in the longitudinal direction of the drywall profile, and wherein a further perforation (7; 8) is arranged at the base portion in the longitudinal direction of the drywall profile adjacent to the at least two pairwise arranged perforations (41, 42) so that the plasterboard of the intermediate layer of plasterboards is additionally fixed, and wherein the drywall comprises at least one first outer layer of plasterboards attached to the first flange of the drywall profile and at least one second outer layer of plasterboards arranged to the second flange of the drywall profile.
A thermoplastic polyurethane comprising lignin-derived monomers, lignin model compounds or the products of their respective functionalization according to formula I; R 1 and R 2 independently represent H or alkyl; in particular H or C 1-6 alkyl; more in particular H or CH3 R 3 and R 4 independently represent H or oxy-alkyl; in particular H or oxy-C 1-6 alkyl; more in particular H or OCH 3 R 5 represents H or hydroxyalkyl; in particular H or hydroxy- C 1-12 alkyl n = 0-3 R 1 and R 2 independently represent H or alkyl; in particular H or C 1-6 alkyl; more in particular H or CH3 R 3 and R 4 independently represent H or oxy-alkyl; in particular H or oxy-C 1-6 alkyl; more in particular H or OCH 3 R 5 represents H or hydroxyalkyl; in particular H or hydroxy- C 1-12 alkyl n = 0-3
A camera body to which an interchangeable lens is mountable, the interchangeable lens including a focus lens and storing drive frequency information indicative of a drive frequency at which the focus lens is moved forward and backward along an optical axis, the camera body comprising: an imaging unit configured to capture a subject image at a predetermined imaging frequency; a receiving unit configured to receive an instruction as to the predetermined imaging frequency; an obtaining unit configured to obtain the drive frequency information from the interchangeable lens; and a body controller configured to refer to the drive frequency information obtained by the obtaining unit and to control an operation of the camera body, characterized in that the body controller is configured to determine whether the drive frequency at which the focus lens can be driven, indicated by the obtained drive frequency information, corresponds to the predetermined imaging frequency indicated by the instruction received by the receiving unit, and, in accordance with a result of the determination, to cause, every time the imaging unit captures an image of one field or one frame at the predetermined imaging frequency, the interchangeable lens to perform an operation to move the focus lens forward and backward along the optical axis at the drive frequency indicated by the drive frequency information obtained by the obtaining unit. an imaging unit configured to capture a subject image at a predetermined imaging frequency; a receiving unit configured to receive an instruction as to the predetermined imaging frequency; an obtaining unit configured to obtain the drive frequency information from the interchangeable lens; and a body controller configured to refer to the drive frequency information obtained by the obtaining unit and to control an operation of the camera body, characterized in that the body controller is configured to determine whether the drive frequency at which the focus lens can be driven, indicated by the obtained drive frequency information, corresponds to the predetermined imaging frequency indicated by the instruction received by the receiving unit, and, in accordance with a result of the determination, to cause, every time the imaging unit captures an image of one field or one frame at the predetermined imaging frequency, the interchangeable lens to perform an operation to move the focus lens forward and backward along the optical axis at the drive frequency indicated by the drive frequency information obtained by the obtaining unit.
An apparatus comprising: a platform; a robotic interface associated with the platform and configured for attachment to a robotic device in which the robotic device is configured to move the platform along a path relative to an aircraft structure; a first set of cleaning elements associated with the platform and configured to clean a first surface of the aircraft structure using a liquid as the platform is moved along the path; a second set of cleaning elements associated with the platform and configured to clean a second surface of the aircraft structure using the liquid as the platform is moved along the path in which the second surface is substantially perpendicular to the first surface; and a vacuum system associated with the platform and configured to dry the first surface and the second surface and remove undesired material from the first surface and the second surface as the platform is moved along the path; and wherein the first set of cleaning elements is configured to contact the first surface while the second set of cleaning elements contacts the second surface and in which the first surface is of a wing panel and the second surface is of a stringer attached to the wing panel; the apparatus further comprising: a third set of cleaning elements configured to clean a third surface of the aircraft structure in which the third surface is angled relative to the second surface and wherein the third surface of the aircraft structure is substantially perpendicular to the second surface and offset from the first surface and the third surface is of a flange extending from the stringer. a platform; a robotic interface associated with the platform and configured for attachment to a robotic device in which the robotic device is configured to move the platform along a path relative to an aircraft structure; a first set of cleaning elements associated with the platform and configured to clean a first surface of the aircraft structure using a liquid as the platform is moved along the path; a second set of cleaning elements associated with the platform and configured to clean a second surface of the aircraft structure using the liquid as the platform is moved along the path in which the second surface is substantially perpendicular to the first surface; and a vacuum system associated with the platform and configured to dry the first surface and the second surface and remove undesired material from the first surface and the second surface as the platform is moved along the path; and wherein the first set of cleaning elements is configured to contact the first surface while the second set of cleaning elements contacts the second surface and in which the first surface is of a wing panel and the second surface is of a stringer attached to the wing panel; the apparatus further comprising: a third set of cleaning elements configured to clean a third surface of the aircraft structure in which the third surface is angled relative to the second surface and wherein the third surface of the aircraft structure is substantially perpendicular to the second surface and offset from the first surface and the third surface is of a flange extending from the stringer.
Anchoring system for anchoring a climbing head of a climbing scaffold to a concrete slab, comprising anchoring means and a support configured for being fixed to the concrete slab through the anchoring means, the climbing head being configured for being fixed to the support, said anchoring system further comprising adjustment means for adjusting the positioning of the support with respect to the anchoring means, said adjustment means comprising a first element which is fixed to the support and comprises a plurality of teeth alternating with a plurality of housings, a second element which is fixed to the anchoring means and comprises a plurality of teeth alternating with a plurality of housings, the plurality of housings of the first element and the plurality of housings of the second element being respectively complementary to the plurality of teeth of the second element and to the plurality of teeth of the first element, at least part of the plurality of teeth of the first element and at least part of the plurality of teeth of the second element being coupled to one another, the attachment between the first element and the second element being laterally detachable such that it allows varying the relative longitudinal position of the first element with respect to the second element through the engagement of said at least part of the plurality of teeth of the first element and said at least part of the plurality of teeth of the second element, thereby adjusting the positioning of the support with respect to the anchoring means, characterized in that the teeth (32, 26) have a first area with a first width and a second area, closer to the respective element (31,32) than the first area, with a second width smaller than the first width.
An adjustable depth-of-drive assembly for use with an upper probe of a fastener-driving tool, said assembly comprising: a workpiece contact element carried on said upper probe and having a contact end and an adjustment end; at least one stop configured for being secured to said upper probe and being moveable between an adjusting position in which said workpiece contact element is movable relative to said upper probe, and a locked position wherein said adjustment end is secured against movement relative to said upper probe; at least one biasing element associated with said stop and configured for urging said stop and said adjustment end into a selected locked position relative to said upper probe with a biasing force; and characterised by at least one camming element carried on said stop for selective camming engagement between said upper probe and said stop by means of a user's manual force to urge said stop into said adjusting position against said force of said biasing element. a workpiece contact element carried on said upper probe and having a contact end and an adjustment end; at least one stop configured for being secured to said upper probe and being moveable between an adjusting position in which said workpiece contact element is movable relative to said upper probe, and a locked position wherein said adjustment end is secured against movement relative to said upper probe; at least one biasing element associated with said stop and configured for urging said stop and said adjustment end into a selected locked position relative to said upper probe with a biasing force; and characterised by at least one camming element carried on said stop for selective camming engagement between said upper probe and said stop by means of a user's manual force to urge said stop into said adjusting position against said force of said biasing element.
A computer-implemented method comprising: receiving well plan information for drilling at least a section of a well at a site; generating a set of candidate bottom hole assemblies based at least in part on at least a portion of the well plan information and bottom hole assembly component information; generating a refined set of bottom hole assemblies as a subset of the candidate bottom hole assemblies based at least in part on simulation results that simulate bottom hole assembly physics in at least a portion of the well at the site; generating a set of performance indexes and drilling parameters associated with at least a portion of the refined set of bottom hole assemblies; and selecting one of the refined set of bottom hole assemblies as an optimal bottom hole assembly for drilling the section of the well at the site. receiving well plan information for drilling at least a section of a well at a site; generating a set of candidate bottom hole assemblies based at least in part on at least a portion of the well plan information and bottom hole assembly component information; generating a refined set of bottom hole assemblies as a subset of the candidate bottom hole assemblies based at least in part on simulation results that simulate bottom hole assembly physics in at least a portion of the well at the site; generating a set of performance indexes and drilling parameters associated with at least a portion of the refined set of bottom hole assemblies; and selecting one of the refined set of bottom hole assemblies as an optimal bottom hole assembly for drilling the section of the well at the site.
A spiral conveyor part, suitable for a belt or chain conveyor, having a spiral conveyor track portion (1, 1a-C, 18-20, 34-36, 43-45, 49, 54), characterised in that the spiral conveyor track portion comprises at least one rotary moulded spiral conveyor track structure; wherein the inner space of the rotary moulded spiral conveyor track structure is hollow and/or partially or completely filled with a second component; wherein the spiral conveyor track portion comprises slide bar connectors (4-7, 76-79) comprising longitudinal slits (4-7, 76-79); and wherein at least one, first abutting end is provided with a first connector (14, 15, 23, 24, 30, 32, 33, 41, 42, 52, 53, 58, 59, 60, 69, 70, 95, 96) and a second abutting is provided with a second connector (14, 15, 23, 24, 30, 32, 33, 41, 42, 52, 53, 58, 59, 60, 69, 70, 95, 96).
A method of operation by a mobile terminal, the method comprising: receiving, from a user, a selected contact relating to an individual; wherein the selected contact is selected from among a plurality of contacts stored in the mobile terminal; displaying the selected contact; receiving, from the user, a selected social networking website; linking the selected contact with the selected social networking website; periodically receiving updates of the selected contact from the selected social networking website or periodically scanning the selected social networking website to detect if updates of the selected contact have been made; and if an update is received by the mobile terminal or detected by the mobile terminal, updating the selected contact according to the update. receiving, from a user, a selected contact relating to an individual; wherein the selected contact is selected from among a plurality of contacts stored in the mobile terminal; displaying the selected contact; receiving, from the user, a selected social networking website; linking the selected contact with the selected social networking website; periodically receiving updates of the selected contact from the selected social networking website or periodically scanning the selected social networking website to detect if updates of the selected contact have been made; and if an update is received by the mobile terminal or detected by the mobile terminal, updating the selected contact according to the update.
A compression roll housing for an agricultural machine, said housing having a side panel provided with at least one elongated aperture for receiving a shaft of a compression roll, said aperture allowing movement of the received shaft within the aperture, wherein the housing is provided with a cover plate, characterised in that the cover plate rotates about an axis parallel to that of the received shaft and said plate is provided with an indentation to partially surround the received shaft and wherein movement of the received shaft within the aperture causes the plate to rotate to provide a cover across the aperture to prevent the escape of material from the housing.