mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for automatically generating an environmental control system health report of an aircraft, the method comprising: receiving, automatically over an electronic network, flight data recorded during a flight, the flight data comprising a plurality of parameters of data collected from the aircraft during the flight; isolating a subset of the plurality of parameters of the flight data that relate to an environmental control system of the aircraft; analyzing the subset of the plurality of parameters of the flight data to identify a time window in which a pattern in the subset of the plurality of parameters of the flight data matches a known pattern of flight data corresponding to a flight condition; extracting, from within the identified time window, a sample of the subset of the plurality of parameters of the flight data; and generating an environmental control system health report for the aircraft based on the extracted sample of the subset of the plurality of parameters of the flight data. receiving, automatically over an electronic network, flight data recorded during a flight, the flight data comprising a plurality of parameters of data collected from the aircraft during the flight; isolating a subset of the plurality of parameters of the flight data that relate to an environmental control system of the aircraft; analyzing the subset of the plurality of parameters of the flight data to identify a time window in which a pattern in the subset of the plurality of parameters of the flight data matches a known pattern of flight data corresponding to a flight condition; extracting, from within the identified time window, a sample of the subset of the plurality of parameters of the flight data; and generating an environmental control system health report for the aircraft based on the extracted sample of the subset of the plurality of parameters of the flight data.
A coupling assembly for coupling a first and a second cable-type secondary batteries, comprising: a first socket having a first connection fixing unit having a first insert cavity portion into which a first polarity terminal of the first cable-type secondary battery is frictionally electrically engaged, a pivotal connection unit pivotal with respect to the first connection fixing unit and a body including a pivotal shaft electrically pivotally connected to the first connection fixing unit and the pivotal connection unit such that the pivotal connection unit is rotatable at least up to an angle of 180 degrees with respect to the first connection unit on an axis of the pivotal shaft, such that the first and the second cable-type batteries can thereby be rotated towards each other or away from each other; and a second socket having a second insert cavity portion, into which a second polarity terminal of the second cable-type secondary battery is frictionally electrically engaged, and selectively and electrically connected to the pivotal connection unit connected to the first polarity terminal of the first cable-type secondary battery. a first socket having a first connection fixing unit having a first insert cavity portion into which a first polarity terminal of the first cable-type secondary battery is frictionally electrically engaged, a pivotal connection unit pivotal with respect to the first connection fixing unit and a body including a pivotal shaft electrically pivotally connected to the first connection fixing unit and the pivotal connection unit such that the pivotal connection unit is rotatable at least up to an angle of 180 degrees with respect to the first connection unit on an axis of the pivotal shaft, such that the first and the second cable-type batteries can thereby be rotated towards each other or away from each other; and a second socket having a second insert cavity portion, into which a second polarity terminal of the second cable-type secondary battery is frictionally electrically engaged, and selectively and electrically connected to the pivotal connection unit connected to the first polarity terminal of the first cable-type secondary battery.
Sodium-sulfur battery comprising a) a cathode which comprises or consists of i) carbon; and ii) sulfur, polysulfides and/or sodium sulfide; b) an anode which comprises or consists of sodium metal, a material which forms alloys with sodium and/or a material capable of intercalating sodium ions; c) a separator; and d) an electrolyte which comprises or consists of an organic solvent and a sodium-containing conducting salt; and e) an additive for complexing sodium polysulfide; or consisting thereof. a) a cathode which comprises or consists of i) carbon; and ii) sulfur, polysulfides and/or sodium sulfide; i) carbon; and ii) sulfur, polysulfides and/or sodium sulfide; b) an anode which comprises or consists of sodium metal, a material which forms alloys with sodium and/or a material capable of intercalating sodium ions; c) a separator; and d) an electrolyte which comprises or consists of an organic solvent and a sodium-containing conducting salt; and e) an additive for complexing sodium polysulfide;
Method for bottom up geometry freezing and/or nucleation of a sample solution, comprising the following steps: pre-cooling a device to a temperature substantially below the solution nucleation temperature, wherein the device comprises at the bottom a heat transfer surface and pressing means; placing a container containing the biological solution into a holder, wherein the holder comprises a low heat conductivity material; contacting the container with the heat transfer surface by pressing the holder against the heat transfer surface, until a fraction of 10% of the total sample volume is frozen; interrupting the contact between the container and the heat transfer surface by placing the container away from the heat transfer surface; contacting the container with the heat transfer surface at a predefined freezing rate by pressing the holder against the heat transfer surface, such that the freezing of the biological solution is homogeneous; until all the volume of the solution is frozen. pre-cooling a device to a temperature substantially below the solution nucleation temperature, wherein the device comprises at the bottom a heat transfer surface and pressing means; placing a container containing the biological solution into a holder, wherein the holder comprises a low heat conductivity material; contacting the container with the heat transfer surface by pressing the holder against the heat transfer surface, until a fraction of 10% of the total sample volume is frozen; interrupting the contact between the container and the heat transfer surface by placing the container away from the heat transfer surface; contacting the container with the heat transfer surface at a predefined freezing rate by pressing the holder against the heat transfer surface, such that the freezing of the biological solution is homogeneous; until all the volume of the solution is frozen.
A method of hot forming a component comprising performing the following steps in order: reversibly attaching a location feature to a base element from which the component is to be formed, the location feature protruding from the base element, the location feature and the base element forming an assembly; opening a pre-heated high-temperature forming rig containing a pre-heated forming tool; loading the assembly into the opened forming rig by locating the location feature into a corresponding datum feature in the forming tool; closing the forming rig; allowing the component to form at high temperature in the forming rig; re-opening the forming rig and removing the formed component from the forming rig; and removing the location feature from the formed component. reversibly attaching a location feature to a base element from which the component is to be formed, the location feature protruding from the base element, the location feature and the base element forming an assembly; opening a pre-heated high-temperature forming rig containing a pre-heated forming tool; loading the assembly into the opened forming rig by locating the location feature into a corresponding datum feature in the forming tool; closing the forming rig; allowing the component to form at high temperature in the forming rig; re-opening the forming rig and removing the formed component from the forming rig; and removing the location feature from the formed component.
A work apparatus provided with a first member and a second member, and additionally provided with a work part to which at least one of the members is movably provided, the first member or the second member moving due to an applied force, and the transmitting of a force causing the work part to operate and carry out prescribed work, wherein the work apparatus is characterized in that either the first member or the second member is furnished with a mobilization part and with a mobilized contact part adapted to be mobilized by deformation of the mobilization part, while the other member is furnished with a contact receiving part contacted by this mobilized contact part, characterized in the mobilized contact part being adapted to undergo relative motion with respect to the contact receiving part without moving closer to the contact receiving part, or to move in the same direction as the contact receiving part while maintaining a constant distance therefrom, until operating resistance arises in the work part; when operating resistance arises in the work part, in the case of moving relatively with respect to the contact receiving part, to be mobilized in a direction different from the direction of relative motion and move closer to the contact receiving part due to deformation of the mobilization part, or in the case of moving in the same direction as the contact receiving part while maintaining equal distance therefrom, to narrow the distance from the contact receiving part and move closer to the contact receiving part due to deformation of the mobilization part; and when the operating resistance of the work part reaches a prescribed value, to come into contact against the contact receiving part; and in this state of contact of the mobilized contact part against the contact receiving part, force further applied to the moveable first member or the second member after the mobilized contact part has come into contact against the contact receiving part is not transmitted to the work part, or when force is further applied to the moveable first member or the second member after the mobilized contact part has come into contact against the contact receiving part, the transmission ratio at which the applied force is transmitted to the work part is lower than the transmission ratio before the mobilized contact part has come into contact against the contact receiving part.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein R 1 is F, Cl, Br, or I; and R 2 is -O-CF 3, -O-CH 2 -CF 3, -O-cyclopropyl, -S-methyl, -S-ethyl, -S -methyl, -S -ethyl, -S(O 2)-methyl, or -S(O 2)-ethyl. or a pharmaceutically acceptable salt thereof, wherein R 1 is F, Cl, Br, or I; and R 2 is -O-CF 3, -O-CH 2 -CF 3, -O-cyclopropyl, -S-methyl, -S-ethyl, -S -methyl, -S -ethyl, -S(O 2)-methyl, or -S(O 2)-ethyl.
A method for printing-device monitoring by a printing monitoring server connectable to a network, comprising: receiving identification information of a non-networked printing device and identification information of a host computer sent by the host computer, the non-networked printing device connectable to the host computer and connectable to the network through the host computer; when locally-stored printing device data contains the identification information of the non-networked printing device, determining host-computer identification information corresponding to the non-networked printing device and contained in the printing device data, to be identification information of a previous host computer; and when the identification information of the previous host computer is inconsistent with the identification information of the host computer, based on the identification information of the previous host computer, commanding the previous host computer stored with the identification information of the non-networked printing device to delete the identification information of the non-networked printing device, and updating the non-networked printing device to be corresponding to the host computer in the printing device data based on the identification information of the non-networked printing device and the identification information of the host computer. receiving identification information of a non-networked printing device and identification information of a host computer sent by the host computer, the non-networked printing device connectable to the host computer and connectable to the network through the host computer; when locally-stored printing device data contains the identification information of the non-networked printing device, determining host-computer identification information corresponding to the non-networked printing device and contained in the printing device data, to be identification information of a previous host computer; and when the identification information of the previous host computer is inconsistent with the identification information of the host computer, based on the identification information of the previous host computer, commanding the previous host computer stored with the identification information of the non-networked printing device to delete the identification information of the non-networked printing device, and updating the non-networked printing device to be corresponding to the host computer in the printing device data based on the identification information of the non-networked printing device and the identification information of the host computer.
A method for determining the presence or absence of piscine reovirus in a biological sample derived from salmon, the method comprising: a) contacting nucleic acid from a biological sample derived from salmon with at least one primer which is a synthetic nucleic acid which has a sequence consisting of from 10 to 30 consecutive nucleotides from a nucleic acid sequence selected of any one of SEQ ID NOs: 1-10, b) subjecting the nucleic acid and the primer to amplification conditions, and c) determining the presence or absence of amplification product, wherein the presence of amplification product indicates the presence of RNA associated with PRV in the sample. a) contacting nucleic acid from a biological sample derived from salmon with at least one primer which is a synthetic nucleic acid which has a sequence consisting of from 10 to 30 consecutive nucleotides from a nucleic acid sequence selected of any one of SEQ ID NOs: 1-10, b) subjecting the nucleic acid and the primer to amplification conditions, and c) determining the presence or absence of amplification product, wherein the presence of amplification product indicates the presence of RNA associated with PRV in the sample.
A method for controlling an auto idle state of heavy construction equipment, comprising: storing, by a vehicle controller, VCU, that receives engine actuation information from an engine controller, ECU, an average traveling value of a worker-set engine RPM for a first set time when the heavy construction equipment is actuated at the worker-set engine RPM; characterized in that calculating a variable auto idle engine RPM changed depending on the average traveling value of the worker-set engine RPM for the first set time and actuating an engine at the variable auto idle engine RPM when work is stopped for a previously set predetermined time; and increasing again the engine RPM to the set engine RPM when the work progresses again after being switched to the variable auto idle engine RPM, and wherein the variable auto idle engine RPM is lower than the average traveling value of the worker-set engine RPM. storing, by a vehicle controller, VCU, that receives engine actuation information from an engine controller, ECU, an average traveling value of a worker-set engine RPM for a first set time when the heavy construction equipment is actuated at the worker-set engine RPM; characterized in that calculating a variable auto idle engine RPM changed depending on the average traveling value of the worker-set engine RPM for the first set time and actuating an engine at the variable auto idle engine RPM when work is stopped for a previously set predetermined time; and increasing again the engine RPM to the set engine RPM when the work progresses again after being switched to the variable auto idle engine RPM, and wherein the variable auto idle engine RPM is lower than the average traveling value of the worker-set engine RPM.
A method of fabricating a composite joint from a first cured composite component and a second cured composite component, the first and second cured composite components comprising fibre elements embedded in a thermoset resin matrix; the method comprising the steps of: providing an adhesive on at least one of the first and/or second composite components; forming a joint region between the first and second composite components by bringing the first and second composite components into contact with each other with the adhesive therebetween; applying a force to the joint region; and characterised by heating the first composite component in the joint region to a temperature above the glass transition temperature of the thermoset resin matrix of the first composite component. providing an adhesive on at least one of the first and/or second composite components; forming a joint region between the first and second composite components by bringing the first and second composite components into contact with each other with the adhesive therebetween; applying a force to the joint region; and characterised by heating the first composite component in the joint region to a temperature above the glass transition temperature of the thermoset resin matrix of the first composite component.
A metal sheet for separators of polymer electrolyte fuel cells, comprising: a substrate made of a stainless steel sheet or a titanium sheet; and a surface-coating layer with which a surface of the substrate is coated, with a strike layer in between, wherein a coating weight of the strike layer is 0.001 g/m 2 to 1.0 g/m 2 and the surface-coating layer is made of a metal oxide layer, a metal carbide layer, a conductive polymer layer, or a mixed layer thereof. a substrate made of a stainless steel sheet or a titanium sheet; and a surface-coating layer with which a surface of the substrate is coated, with a strike layer in between, wherein a coating weight of the strike layer is 0.001 g/m 2 to 1.0 g/m 2 and the surface-coating layer is made of a metal oxide layer, a metal carbide layer, a conductive polymer layer, or a mixed layer thereof.
Bioactive compound delivery assembly, comprising a support, at least one bioactive compound composition disposed in spots on the support, and at least one stabilization layer partially or fully covering the at least one bioactive compound composition wherein the stabilization layer comprises a peptide- and/or protein-polymer hydrogel, wherein a peptide- and/or the protein-layer is crosslinked with a polymer hydrogel layer.
A support device usable for developing a user program to be executed on a controller (100, 200), the controller being connected with a display device configured to provide a supervisory control screen by referring to information held by the controller, the support device comprising: a generation means (S100 to S122) configured to extract a relationship between an output signal and one or more input signals defined by the user program and generate input-output correspondence information; and a transmission means (S200 to S214) configured to transmit the input-output correspondence information or screen data reflecting the input-output correspondence information to the display device, wherein the display device is configured to provide, on the basis of the input-output correspondence information or the screen data reflecting the input-output correspondence information, the supervisory control screen showing a current value of a selected output signal and a current value of one or more input signals associated with the output signal by referring to values of input and output signals held by the controller (S300 to S318), wherein the controller includes a safety controller, the support device characterised in that the input-output correspondence information includes a safety signature usable for ensuring that a user program executed on the safety controller is not falsified. a generation means (S100 to S122) configured to extract a relationship between an output signal and one or more input signals defined by the user program and generate input-output correspondence information; and a transmission means (S200 to S214) configured to transmit the input-output correspondence information or screen data reflecting the input-output correspondence information to the display device, wherein the display device is configured to provide, on the basis of the input-output correspondence information or the screen data reflecting the input-output correspondence information, the supervisory control screen showing a current value of a selected output signal and a current value of one or more input signals associated with the output signal by referring to values of input and output signals held by the controller (S300 to S318), wherein the controller includes a safety controller, the support device characterised in that the input-output correspondence information includes a safety signature usable for ensuring that a user program executed on the safety controller is not falsified.
A vacuum pump, in particular a turbomolecular pump, comprising a rotor rotatable about an axis of rotation, a sensor and a control and/or evaluation unit, wherein the sensor is provided for detecting a magnetic field and is connected to the control and/or evaluation unit, wherein the control and/or evaluation unit is configured to evaluate the detected magnetic field and to take a measure on the basis of the evaluation in dependence on at least one condition, characterized in that the control and/or evaluation device is configured to interrupt a power supply to the vacuum pump, in particular a power supply to a drive which sets the rotor into rotation, for a predefinable time period so that the sensor can detect an external magnetic field which is not generated by the vacuum pump itself which is in operation and the control and/or evaluation device is configured to take the measure only on the basis of a magnetic field detected during the interruption of the power supply.
A method for stopping a loom, the loom including a control device that controls rotation of a main shaft on the basis of a predetermined command rotation rate, and an electromagnetic brake that brakes the main shaft, the control device being configured to control the rotation of the main shaft on the basis of a preset steady rotation rate in steady operation, the control device being also configured to execute a first braking step that is started at a time point at which a stop command has been generated or later, the first braking step dropping a rotation rate of the main shaft toward a predetermined stop rotation rate that is lower than the steady rotation rate; and a second braking step of actuating the electromagnetic brake at a time point at which the rotation rate has reached the stop rotation rate or later and braking the main shaft, the second braking step stopping the rotation of the main shaft, the method being characterized in that the rotation rate of the main shaft in the first braking step is dropped by changing the command rotation rate two times or more; and in that the command rotation rate is changed in the first braking step every period of one rotation or more of the main shaft.