mhurhangee/ep-ind-claims huggingface dataset:
A special effects visualization system, comprising: a capture system configured to generate a dataset associated with a user based on likeness data of the user at a first location; an environmental system configured to display one or more images at a second location different from the first location; a special effects system configured to trigger a special effect at the second location; and a control system communicatively coupled to the capture system, the environmental system, and the special effects system, wherein the control system is configured to: detect a presence of the user at the second location; and in response to detecting the presence of the user at the second location: transmit one or more control signals to the environmental system based on the dataset, wherein the one or more control signals are configured to cause the environmental system to display the one or more images at the second location, wherein the one or more images are generated using the dataset; and transmit one or more additional control signals to the special effects system, wherein the one or more additional control signals are configured to cause the special effects system to trigger the special effect during display of the one or more images at the second location. a capture system configured to generate a dataset associated with a user based on likeness data of the user at a first location; an environmental system configured to display one or more images at a second location different from the first location; a special effects system configured to trigger a special effect at the second location; and a control system communicatively coupled to the capture system, the environmental system, and the special effects system, wherein the control system is configured to: detect a presence of the user at the second location; and in response to detecting the presence of the user at the second location: transmit one or more control signals to the environmental system based on the dataset, wherein the one or more control signals are configured to cause the environmental system to display the one or more images at the second location, wherein the one or more images are generated using the dataset; and transmit one or more additional control signals to the special effects system, wherein the one or more additional control signals are configured to cause the special effects system to trigger the special effect during display of the one or more images at the second location. detect a presence of the user at the second location; and in response to detecting the presence of the user at the second location: transmit one or more control signals to the environmental system based on the dataset, wherein the one or more control signals are configured to cause the environmental system to display the one or more images at the second location, wherein the one or more images are generated using the dataset; and transmit one or more additional control signals to the special effects system, wherein the one or more additional control signals are configured to cause the special effects system to trigger the special effect during display of the one or more images at the second location.
A device for detecting an islanding condition in an electricity distribution network, comprising: means for receiving a signal of the electricity distribution network, means for determining an islanding condition based on the received signal, means for determining a voltage unbalance change parameter in the received signal; characterized in that the device comprises: means for determining (402, 404, 406) a voltage total harmonic distortion change parameter for each phase component in the received signal; means for comparing each of the voltage total harmonic distortion change parameters and the voltage unbalance change parameter to respective triggering conditions; and means for concluding an islanding condition to have been detected if the voltage total harmonic distortion change parameter for each phase component of the signal and the voltage unbalance change parameter fulfil their respective triggering conditions. means for receiving a signal of the electricity distribution network, means for determining an islanding condition based on the received signal, means for determining a voltage unbalance change parameter in the received signal; characterized in that the device comprises: means for determining (402, 404, 406) a voltage total harmonic distortion change parameter for each phase component in the received signal; means for comparing each of the voltage total harmonic distortion change parameters and the voltage unbalance change parameter to respective triggering conditions; and means for concluding an islanding condition to have been detected if the voltage total harmonic distortion change parameter for each phase component of the signal and the voltage unbalance change parameter fulfil their respective triggering conditions. means for determining (402, 404, 406) a voltage total harmonic distortion change parameter for each phase component in the received signal; means for comparing each of the voltage total harmonic distortion change parameters and the voltage unbalance change parameter to respective triggering conditions; and means for concluding an islanding condition to have been detected if the voltage total harmonic distortion change parameter for each phase component of the signal and the voltage unbalance change parameter fulfil their respective triggering conditions.
A gear transmission device comprising: a drive gear; a driven gear meshing with the drive gear and rotatable for an angular range less than 360 degrees, the driven gear having a plurality of areas that provide driving loads variable with a rotational angle of the driven gear; and the driven gear having tooth portions some of which are included in the plurality of areas, wherein the tooth width of the tooth portions of the driven gear increases progressively; wherein the plurality of tooth portions of the driven gear are protruding in a direction along an axis of the driven gear, with protrusion amounts of the plurality of tooth portions of the driven gear being set equal to each other, and an outer end portion or an inner end portion of opposed ends in a tooth trace direction of each tooth portion of the driven gear is formed along a circumference centering about the axis of the driven gear. a drive gear; a driven gear meshing with the drive gear and rotatable for an angular range less than 360 degrees, the driven gear having a plurality of areas that provide driving loads variable with a rotational angle of the driven gear; and the driven gear having tooth portions some of which are included in the plurality of areas, wherein the tooth width of the tooth portions of the driven gear increases progressively; wherein the plurality of tooth portions of the driven gear are protruding in a direction along an axis of the driven gear, with protrusion amounts of the plurality of tooth portions of the driven gear being set equal to each other, and an outer end portion or an inner end portion of opposed ends in a tooth trace direction of each tooth portion of the driven gear is formed along a circumference centering about the axis of the driven gear.
Gear wheel for an internal combustion engine with an outer ring and an inner ring, wherein between the outer ring and the inner ring at least one web, at least partially extending in the circumferential direction, is formed to achieve an elasticity in the radial direction of the gear wheel, whereby at least one free space between the inner ring and the outer ring is formed in the radial direction by the at least one web, wherein the at least one free space is at least partially filled with a damping filler material, characterised in that the outer ring, the inner ring and the at least one web are produced in one piece from a metallic material.
Device for mixing powders by a cryogenic fluid, in particular actinide powders, comprising at least: - a plurality of mixing chambers (E1-En) of the powders, each one comprising a cryogenic fluid, arranged successively in series one after the other, - a chamber (A1, A2) for supplying powders in order to allow the powders to be introduced into at least the first mixing chamber, - a plurality of systems for restricting the passage (R1-Rn-1) of the powders, with each system for restricting the passage (R1-Rn-1) being located between two successive mixing chamber (E1-En), in order to constrain the distribution of powders from one mixing chamber (E1-En) to the next, with each system for restricting the passage (R1-Rn-1) able to be adjusted, - means for agitation (2, 2a, 2b) in each one of the mixing chambers (E1-En) so as to allow the mixing of the powders placed in suspension in the cryogenic fluid. - a plurality of mixing chambers (E1-En) of the powders, each one comprising a cryogenic fluid, arranged successively in series one after the other, - a chamber (A1, A2) for supplying powders in order to allow the powders to be introduced into at least the first mixing chamber, - a plurality of systems for restricting the passage (R1-Rn-1) of the powders, with each system for restricting the passage (R1-Rn-1) being located between two successive mixing chamber (E1-En), in order to constrain the distribution of powders from one mixing chamber (E1-En) to the next, with each system for restricting the passage (R1-Rn-1) able to be adjusted, - means for agitation (2, 2a, 2b) in each one of the mixing chambers (E1-En) so as to allow the mixing of the powders placed in suspension in the cryogenic fluid.
A method for enabling a task management interface, wherein the method comprises: receiving an instruction for enabling the task management interface; in response to the instruction for enabling the task management interface, selecting at least one application program with reference to a current user state; wherein the current user state comprises a current time, the at least one application program is running or not running; sending a broadcast message to the at least one application program, where the broadcast message is used to trigger the at least one application program to return an entrance parameter of at least one function; storing the entrance parameter of the at least one function in a storage area corresponding to the at least one application program; displaying the task management interface, where the task management interface includes a preview interface of the at least one application program; drawing an icon corresponding to the at least one function of the application program according to the entrance parameter of the at least one function; receiving an operation instruction for the icon; in response to the operation instruction, switching the application program corresponding to the icon to a foreground, and executing the function; wherein selecting at least one application program with reference to a current user state comprises: selecting a most frequently used application program among all application programs used in one preset time period if the current time is within the one preset time period. receiving an instruction for enabling the task management interface; in response to the instruction for enabling the task management interface, selecting at least one application program with reference to a current user state; wherein the current user state comprises a current time, the at least one application program is running or not running; sending a broadcast message to the at least one application program, where the broadcast message is used to trigger the at least one application program to return an entrance parameter of at least one function; storing the entrance parameter of the at least one function in a storage area corresponding to the at least one application program; displaying the task management interface, where the task management interface includes a preview interface of the at least one application program; drawing an icon corresponding to the at least one function of the application program according to the entrance parameter of the at least one function; receiving an operation instruction for the icon; in response to the operation instruction, switching the application program corresponding to the icon to a foreground, and executing the function; wherein selecting at least one application program with reference to a current user state comprises: selecting a most frequently used application program among all application programs used in one preset time period if the current time is within the one preset time period.
A manufacturing, distribution and communication method of mailpieces, comprising: generating production orders, sending said production orders to at least one processing equipment over a network, printing documents with a single barcode containing a web page link giving an access to a domain server, assembling the printed documents in a mailpiece using the single barcode for controlling the at least one processing equipment by extracting processing equipment control codes or a mailpiece identifier from the web page link, wherein the single barcode is visible through an envelope window to allow scanning with scanners (20A, 22A, 32A, 40A) at subsequent steps of the manufacturing and distribution process for integrity/tracking purposes, and wherein the web page link is unlocked for interactive customer communication after the mailpiece has reached a predetermined step considered as the last step before the customer interacting with the mailpiece, dispatching the mailpiece, delivering the mailpiece to a customer, and reading the single barcode on the mailpiece and giving access to the domain server for interactive customer communication. generating production orders, sending said production orders to at least one processing equipment over a network, printing documents with a single barcode containing a web page link giving an access to a domain server, assembling the printed documents in a mailpiece using the single barcode for controlling the at least one processing equipment by extracting processing equipment control codes or a mailpiece identifier from the web page link, wherein the single barcode is visible through an envelope window to allow scanning with scanners (20A, 22A, 32A, 40A) at subsequent steps of the manufacturing and distribution process for integrity/tracking purposes, and wherein the web page link is unlocked for interactive customer communication after the mailpiece has reached a predetermined step considered as the last step before the customer interacting with the mailpiece, dispatching the mailpiece, delivering the mailpiece to a customer, and reading the single barcode on the mailpiece and giving access to the domain server for interactive customer communication.
A fluid dispensing system comprising: a pump having a speed control for controlling pump speed; and a dispensing device characterized by comprising: at least first and second control buttons (20, 22) remote from the pump and capable of communicating with said pump, one of said control buttons actuable to increase the speed of said pump and the other of said control buttons actuable to decrease the speed of said pump; a valve; and a trigger adapted to actuate the valve; wherein said pump comprises a potentiometer located on the pump, the potentiometer being controllable to set the maximum speed of said pump, such that said first and second control buttons (20, 22) may increase and decrease said pump speed to a pump speed below or up to the maximum speed set by the potentiometer, but said first and second control buttons (20, 22) may not increase the pump speed to a speed higher than said maximum speed. a pump having a speed control for controlling pump speed; and a dispensing device characterized by comprising: at least first and second control buttons (20, 22) remote from the pump and capable of communicating with said pump, one of said control buttons actuable to increase the speed of said pump and the other of said control buttons actuable to decrease the speed of said pump; a valve; and a trigger adapted to actuate the valve; at least first and second control buttons (20, 22) remote from the pump and capable of communicating with said pump, one of said control buttons actuable to increase the speed of said pump and the other of said control buttons actuable to decrease the speed of said pump; a valve; and a trigger adapted to actuate the valve; wherein said pump comprises a potentiometer located on the pump, the potentiometer being controllable to set the maximum speed of said pump, such that said first and second control buttons (20, 22) may increase and decrease said pump speed to a pump speed below or up to the maximum speed set by the potentiometer, but said first and second control buttons (20, 22) may not increase the pump speed to a speed higher than said maximum speed.
A catheter locking solution comprising: a local anesthetic having anticoagulant and antimicrobial activity; and a viscosifying agent. a local anesthetic having anticoagulant and antimicrobial activity; and a viscosifying agent.
A process for cleaning a spray gun using a disposable paint cup, which spray gun during cleaning is held by a hand, the process comprising the steps of removing the disposable paint cup from the spray gun; and placing the spray gun in a cleaning position within a cleaning unit for cleaning the spray gun; wherein the cleaning unit is positioned in or in direct vicinity to a paint spraying booth or a preparatory area, characterized in that the process further comprises the steps of providing a cleaning media in the form of a solvent; feeding the cleaning media into a cleaning nozzle, which cleaning nozzle upon activation of the cleaning unit opens and provides for an outflow of the cleaning media; directing the cleaning media into a paint distribution passage inside the spray gun through an inlet on the spray gun for delivering paint to the spray gun; and inducing pressure upon the cleaning media as it passes through the spray gun.
A plate (3, 4) comprising: a current collector (6, 10); an intermediate layer layered on the current collector (6, 10); and an active material layer (8, 11) layered on the intermediate layer, wherein the intermediate layer contains electrically conductive particles, electrically insulating particles, and an aggregation inhibitor for adjusting aggregation of the electrically insulating particles, wherein the aggregation inhibitor is an anionic surfactant, a cationic surfactant, a bipolar surfactant, a non-ionic surfactant, or a polymer surfactant, wherein at least a portion of an end edge of the intermediate layer is not covered with the active material layer (8, 11), and wherein the intermediate layer has a higher mass content of the electrically insulating particles in a region not covered with the active material layer (8, 11) than a mass content of the electrically insulating particles in a region covered with the active material layer (8, 11), and wherein a mass content of the electrically conductive particles in the whole intermediate layer is 3% by mass or more, a mass content of the electrically insulating particles in the whole intermediate layer is 40% by mass or more, and a mass content of the aggregation inhibitor in the whole intermediate layer is 0.5% by mass or more. a current collector (6, 10); an intermediate layer layered on the current collector (6, 10); and an active material layer (8, 11) layered on the intermediate layer, wherein the intermediate layer contains electrically conductive particles, electrically insulating particles, and an aggregation inhibitor for adjusting aggregation of the electrically insulating particles, wherein the aggregation inhibitor is an anionic surfactant, a cationic surfactant, a bipolar surfactant, a non-ionic surfactant, or a polymer surfactant, wherein at least a portion of an end edge of the intermediate layer is not covered with the active material layer (8, 11), and wherein the intermediate layer has a higher mass content of the electrically insulating particles in a region not covered with the active material layer (8, 11) than a mass content of the electrically insulating particles in a region covered with the active material layer (8, 11), and wherein a mass content of the electrically conductive particles in the whole intermediate layer is 3% by mass or more, a mass content of the electrically insulating particles in the whole intermediate layer is 40% by mass or more, and a mass content of the aggregation inhibitor in the whole intermediate layer is 0.5% by mass or more.
Flexible seal that is intended to be mounted on a missile container and is capable of opening under a thrust, said flexible seal comprising: - at least one layer, referred to as a composite layer, made of a composite material consisting of at feast one fabric and at least one elastomer; and - at least one flat metal sheet, rigidly connected to said composite layer by the elastomer of the composite material and including pre-cut lines of weakness in the flexible seal, the pre-cut lines being arranged so as to create petal-shaped regions. - at least one layer, referred to as a composite layer, made of a composite material consisting of at feast one fabric and at least one elastomer; and - at least one flat metal sheet, rigidly connected to said composite layer by the elastomer of the composite material and including pre-cut lines of weakness in the flexible seal, the pre-cut lines being arranged so as to create petal-shaped regions.
A vehicle hydraulic brake system of a brake-by-wire type which is configured to adjust, in a pressure regulator, hydraulic pressure supplied from a high hydraulic pressure source to a value corresponding to braking operation, or to a value necessary to generate a target braking force set by an electronic control unit, actuate a master cylinder under the thus adjusted hydraulic pressure, generating a brake hydraulic pressure, and supply the brake hydraulic pressure to wheel cylinders, wherein an input piston configured to be advanced under a brake operating force, and a master piston configured to be advanced under the adjusted hydraulic pressure are mounted in a housing, wherein the input piston and the master piston are movable relative to each other through a partition wall provided within an inner surface of the housing and a first fluid chamber, wherein the master piston includes a small-diameter portion at a rear end of the master piston, wherein the small-diameter portion liquid-tightly and movably extends through the partition wall and protrudes into the first fluid chamber, wherein a second fluid chamber is defined between a rear end surface of the master piston from which the small-diameter portion protrudes and the partition wall such that brake fluid from the pressure regulator flows into the second fluid chamber, wherein a fourth fluid chamber is defined between the master piston and the housing, wherein the master piston defines therein a communication passage through which the fourth fluid chamber communicates with the first fluid chamber, wherein the first fluid chamber communicates with the fourth fluid chamber through a pipe line in which an electromagnetic on-off valve is mounted, and wherein a hydraulic pressure equalizing mechanism (21, 22, 23) between the first fluid chamber and the fourth fluid chamber is mounted in the communication passage.