mhurhangee/ep-ind-claims huggingface dataset:
Method for opening an emergency door of an aircraft cabin in a fuselage according to opening kinematics for a door arranged in a cutout in the fuselage, from an initial door state in the closed position, with a profile aligned with the fuselage, such that it consists in carrying out the following succession of steps, generated in succession by the action of an opening control: a step of activation of intermediary movement units (51, 52), in order to unlock and unblock a pivoting control transmission via a combined rotation between these intermediary movement units (51, 52), comprising a first and a second intermediary movement unit, respectively for locking/unlocking and for blocking/unblocking, the first intermediary unit having a locking function which can be released from the second intermediary unit, and the second unit having a function of blocking the access to movement, which is released when the first intermediary unit has been disarmed, and these intermediary movement units (51, 52) having longitudinal axes of rotation (5x, 5b) supported by the door, at a distance which is designed to allow this combined rotation, a step of inclined lifting thus generated in association with the fuselage, by means of inclined sliding of the upper edge of the door towards the interior of the cabin, and simultaneously lifting and sliding of its lower edge, followed, by means of doubling-back of movement, by a step of exteriorization of the lower edge of the door outside the cabin, by inclined sliding of the upper and lower edges (1s, 1i) of the door in the inverse direction, and according to an inclination which is substantially the same as that of the upper edge in the lifting step, repositioning the upper edge of the door simultaneously at the fuselage, and a final step of pivoting of the door by means of locking and blocking of the control transmission on the door, which is then pivoted around a longitudinal axis of rotation of the fuselage, with the slidings being created by upper and lower guides for connection between frameworks (11, 21) of the door and of the fuselage opposite, as well as by guides (12E, 23) for cooperation of the control transmission with the door.
A liquid-transfer adapter operatively interposable between an injector and a vial, comprising: an injector engaging portion configured for fluidly coupling to an injector; and a vial coupling including a spike that has a spike axis and a tip portion configured for piercing a septum of a vial, the tip portion including plurality of facets that meet each other at one or more edges, at least one of the one or more edges being sloped with respect to the spike axis, the spike defining a channel extending therethrough in fluid communication with the injector engaging portion and including a channel opening defined in at least one of the facets and disposed without interrupting the edges, characterized by a collar associated with the vial coupling configured to act as guide for engaging the liquid-transfer adapter to the vial with the spike inserted therein, wherein the collar comprises reflexed fingers arranged around the spike and extending theretowards for snapping to and retaining the liquid-transfer adapter engaged to the vial. an injector engaging portion configured for fluidly coupling to an injector; and a vial coupling including a spike that has a spike axis and a tip portion configured for
A system for defect detection and photoluminescence measurement of a wafer sample, comprising: a radiation source configured to target radiation to the sample; an optics assembly positioned above the sample to receive a sample radiation, the sample radiation being radiation which is reflected or scattered by the sample and radiation which is radiated from the sample, the optics assembly configured to collect the sample radiation; a filter module configured to receive the sample radiation collected by the optics assembly, the filter module separating the sample radiation collected by the optics assembly into a first radiation portion and a second radiation portion; a defect detection module configured to receive the first radiation portion from the filter module, the defect detection module configured to detect at least one scatter defect of the sample utilizing the first radiation portion; and a photoluminescence measurement module configured to receive the second radiation portion from the filter module, the photoluminescence measurement module including a photodiode configured to detect an integrated photoluminescence of the sample utilizing the second radiation portion, the photoluminescence measurements module configured to provide a high resolution luminosity map based upon the detected integrated photoluminescence, the defect detection module and the photoluminescence measurement module configured to receive the respective first radiation portion and the second radiation portion substantially simultaneously. a radiation source configured to target radiation to the sample; an optics assembly positioned above the sample to receive a sample radiation, the sample radiation being radiation which is reflected or scattered by the sample and radiation which is radiated from the sample, the optics assembly configured to collect the sample radiation; a filter module configured to receive the sample radiation collected by the optics assembly, the filter module separating the sample radiation collected by the optics assembly into a first radiation portion and a second radiation portion; a defect detection module configured to receive the first radiation portion from the filter module, the defect detection module configured to detect at least one scatter defect of the sample utilizing the first radiation portion; and a photoluminescence measurement module configured to receive the second radiation portion from the filter module, the photoluminescence measurement module including a photodiode configured to detect an integrated photoluminescence of the sample utilizing the second radiation portion, the photoluminescence measurements module configured to provide a high resolution luminosity map based upon the detected integrated photoluminescence, the defect detection module and the photoluminescence measurement module configured to receive the respective first radiation portion and the second radiation portion substantially simultaneously.
An Interferometric Fiber Optic Gyro (IFOG) device having front-end components, the device comprising: a modulation component configured to generate a bias-modulation waveform characterised in that the component is configured to generate the waveform having at least four states θ m, -θ m, -2π+θ m, and 2π-θ m in the following order: θ m, -θ m, -2π+θ m, - θ m, θ m and 2π-θ m, where θ m = modulation depth; and an integrated optics chip configured to modulate one or more light signals passing through according to the generated bias-modulation waveform. a modulation component configured to generate a bias-modulation waveform characterised in that the component is configured to generate the waveform having at least four states θ m, -θ m, -2π+θ m, and 2π-θ m in the following order: θ m, -θ m, -2π+θ m, - θ m, θ m and 2π-θ m, where θ m = modulation depth; and an integrated optics chip configured to modulate one or more light signals passing through according to the generated bias-modulation waveform.
A detector comprising: a housing having a window; a detection engine configured to detect an event external to the housing; wherein the detection engine includes an alarm and a sensor in communication with a controller, the sensor configured to detect an event corresponding to at least one of a glass breakage, a vibration, a motion and/or a noise, the controller activating the alarm in response to the event; a rechargeable battery connected to the detection engine and configured to supply power thereto; and a solar cell configured to generate electricity and recharge the battery when exposed to a light received through the window, the solar cell arranged in the housing and electrically connected to the battery, characterised in that the controller is in communication with the battery and the solar cell, the controller configured to generate an ON command in response to a low battery condition associated with the battery and/or a low-light condition detected by the solar cell, wherein the detection engine is configured to wirelessly send the ON command to a light switch. a housing having a window; a detection engine configured to detect an event external to the housing; wherein the detection engine includes an alarm and a sensor in communication with a controller, the sensor configured to detect an event corresponding to at least one of a glass breakage, a vibration, a motion and/or a noise, the controller activating the alarm in response to the event; a rechargeable battery connected to the detection engine and configured to supply power thereto; and a solar cell configured to generate electricity and recharge the battery when exposed to a light received through the window, the solar cell arranged in the housing and electrically connected to the battery, characterised in that the controller is in communication with the battery and the solar cell, the controller configured to generate an ON command in response to a low battery condition associated with the battery and/or a low-light condition detected by the solar cell, wherein the detection engine is configured to wirelessly send the ON command to a light switch.
A charging connector comprising: a connector case (3A, 3B) that houses a connector fitting portion that is fitted to a counterpart connector; a locking arm in which a locking claw retractable from an outer peripheral surface of the connector fitting portion is provided at a tip, and that rocks centering around a rocking shaft between a locking position where the locking claw engages with the counterpart connector and a releasing position where engagement of the counterpart connector and the locking claw is released; and a biasing member that biases the locking arm toward the locking position, wherein the locking arm includes a lock releasing portion that is inserted into a through hole formed in the connector case (3A, 3B), and with which the locking arm can be operated to the releasing position from an outside of the connector case (3Am 3B) characterized by the locking arm rocking centering around the rocking shaft and supported by the rocking shaft, and the locking arm is pivotally supported around the through hole via the lock releasing portion. a connector case (3A, 3B) that houses a connector fitting portion that is fitted to a counterpart connector; a locking arm in which a locking claw retractable from an outer peripheral surface of the connector fitting portion is provided at a tip, and that rocks centering around a rocking shaft between a locking position where the locking claw engages with the counterpart connector and a releasing position where engagement of the counterpart connector and the locking claw is released; and a biasing member that biases the locking arm toward the locking position, the locking arm includes a lock releasing portion that is inserted into a through hole formed in the connector case (3A, 3B), and with which the locking arm can be operated to the releasing position from an outside of the connector case (3Am 3B) characterized by the locking arm rocking centering around the rocking shaft and supported by the rocking shaft, and the locking arm is pivotally supported around the through hole via the lock releasing portion.
A computer system comprising a computer adapted for performing a screen capture on a display interface of a display device when a Microsoft Office Power Point PPT is played in full-screen in a Microsoft DirectX Graphics Infrastructure DXGI screen capturing mode, wherein the system further comprises: a prepositioned frame acquiring module configured to run a DXGI screen capturing module, and to acquire a prepositioned frame in a graphics card cache of the display interface of the display device; a screen data acquiring module configured to acquire screen data according to the prepositioned frame; a monitoring and timing module configured to monitor whether the screen data are changed and determine a duration during which the screen data do not change; a modifying module configured to modify the screen data in the graphics cache when the duration in which the screen data does not change exceeds a preset threshold, wherein the modifying module is configured to modify the screen data in a way that modified screen data is restored to the screen data before the modification by controlling the cursor on the screen to move by a preset distance and then return to its original position, or by changing the brightness and/or color of one pixel or a part of pixels on the screen and then restoring the brightness and/or color of the one pixel or the part of pixels; a screen capturing module configured to run the DXGI screen capturing module to perform screen capturing of the modified screen data in the graphics cache when the screen data changes; and a pushing module configured to acquire the screen data captured by the DXGI screen capturing module and push the captured screen data to a desktop of a display device. a prepositioned frame acquiring module configured to run a DXGI screen capturing module, and to acquire a prepositioned frame in a graphics card cache of the display interface of the display device; a screen data acquiring module configured to acquire screen data according to the prepositioned frame; a monitoring and timing module configured to monitor whether the screen data are changed and determine a duration during which the screen data do not change; a modifying module configured to modify the screen data in the graphics cache when the duration in which the screen data does not change exceeds a preset threshold, wherein the modifying module is configured to modify the screen data in a way that modified screen data is restored to the screen data before the modification by controlling the cursor on the screen to move by a preset distance and then return to its original position, or by changing the brightness and/or color of one pixel or a part of pixels on the screen and then restoring the brightness and/or color of the one pixel or the part of pixels; a screen capturing module configured to run the DXGI screen capturing module to perform screen capturing of the modified screen data in the graphics cache when the screen data changes; and a pushing module configured to acquire the screen data captured by the DXGI screen capturing module and push the captured screen data to a desktop of a display device.
A method of plant control comprising: topically applying to a surface of a plant a composition comprising a double-stranded RNA (dsRNA) polynucleotide and a transfer agent, wherein said dsRNA polynucleotide is identical or complementary to at least 18 contiguous nucleotides of an RNA transcript of an ACCase gene sequence selected from the group consisting of SEQ ID NOs:1, 5, 6, 11, 12, 16, 18, 22-24, 26, 27, 32, 34-73, 79, and 81-92, wherein said transfer agent is an organosilicone surfactant composition or an organosilicone compound contained therein which conditions said surface of said plant for permeation by said dsRNA polynucleotide, and whereby said plant's growth, development, or reproductive ability is reduced or said plant is more sensitive to an ACCase inhibitor herbicide, relative to an untreated plant.
A composite comprising: silicon (Si); a silicon oxide of the formula SiOx disposed on the silicon, wherein 0<x<2; and a graphene disposed on the silicon oxide. silicon (Si); a silicon oxide of the formula SiOx disposed on the silicon, wherein 0<x<2; and a graphene disposed on the silicon oxide.
A method of operating a syngas generator, said method comprising adjusting the atomic oxygen-to-carbon (O/C) ratio of reactants to switch between operating in a rich mode and operating in a lean mode, wherein operation in said rich mode and in said lean mode each independently sustains the operating temperature of said syngas generator within the same desired temperature range between 500°C and 1400°C, and wherein operation is switched between said rich mode and said lean mode at least according to the syngas output requirement from said syngas generator, where the lean mode is the stoichiometrically lean mode of the syngas generator where excess oxidant is supplied to the syngas generator, with essentially all of the fuel being consumed and where the rich mode is the stoichiometrically rich mode where excess fuel is supplied to the syngas generator with essentially all of the oxidant being consumed.
A device comprising: a fluid pressure source; a body defining a bore extending along an axis; and a first flow path (63,65,67,19) in fluid communication with the fluid pressure source, characterized by comprising: a replaceable sampling tube having a pointed cannula section and a hollow for capillary blood collection; a rotor fitting in the bore and being capable of spinning in both directions about the axis; a boss section extending along the axis and so dimensioned as to rotatably support the sampling tube coaxially with the axis and expose the cannula section out of the boss section; and a detachable fastening binding the sampling tube to the rotor so as to set the sampling tube into rotation concentric with the axis and establish fluid communication between the first flow path (63,65,67,19) and the hollow of the sampling tube. a fluid pressure source; a body defining a bore extending along an axis; and a first flow path (63,65,67,19) in fluid communication with the fluid pressure source, a replaceable sampling tube having a pointed cannula section and a hollow for capillary blood collection; a rotor fitting in the bore and being capable of spinning in both directions about the axis; a boss section extending along the axis and so dimensioned as to rotatably support the sampling tube coaxially with the axis and expose the cannula section out of the boss section; and a detachable fastening binding the sampling tube to the rotor so as to set the sampling tube into rotation concentric with the axis and establish fluid communication between the first flow path (63,65,67,19) and the hollow of the sampling tube.
A method of enhancing paper strength and pulp drainage comprising administering, in a virgin pulp mill, an effective amount of an enzyme formulation to virgin pulp to treat pulp for the manufacturing of paper products: (a) after bleaching of the pulp and prior to drying or dewatering of the pulp, or (b) after passing through a wetlap machine or pulp dryer, but prior to subsequent repulping to treat pulp for the manufacturing of paper products; wherein the enzyme formulation is administered a week or longer prior to processing of the pulp at a paper making plant, and wherein the administered enzyme formulation is effective to increase pulp drainage characteristics of the pulp and improve the strength of sheets made from the pulp. (a) after bleaching of the pulp and prior to drying or dewatering of the pulp, or (b) after passing through a wetlap machine or pulp dryer, wherein the enzyme formulation is administered a week or longer prior to processing of the pulp at a paper making plant, and wherein the administered enzyme formulation is effective to increase pulp drainage characteristics of the pulp and improve the strength of sheets made from the pulp.
Thermal protection circuit with two electrical connection terminals (39, 40) for a device to be protected, including a temperature-dependent switch comprising a temperature-dependent switching mechanism, two stationary contacts (31, 32) which are connected to the connection terminals (39, 40), and a current transfer element (24; 113), which current transfer element is arranged on the switching mechanism, is moved by the switching mechanism and comprises two counter contacts (27, 28), which counter contacts are electrically connected to one another, are in temperature-dependent bearing contact with the two stationary contacts (31, 32) and in this state connect said stationary contacts electrically to one another, wherein the temperature-dependent switching mechanism comprises a spring part (21, 22), which bears the current transfer element, characterized in that said thermal protection circuit comprises a controllable semiconductor valve for AC voltage having two current terminals (47, 48) and a control input, wherein each of the two current terminals (47, 48) is connected to one of the connection terminals (39, 40), and the control input is electrically connected to the counter contacts (27, 28) at the current transfer element via the switching mechanism at least when the temperature-dependent switch is closed, in that said spring part (21, 22) is electrically conductively connected thereto and is electrically connected to the control input at least when the temperature-dependent switch is closed.
A method for diagnosing a subject with Ankylosing Spondylitis comprising: a. detecting a level of autoantibodies to at least one of NOG and SOST in a serum sample from the subject; b. comparing the level of autoantibodies detected in a. to a level of autoantibodies in a control sample; wherein a higher level of autoantibodies in the subject sample compared to the control sample is indicative of Ankylosing Spondylitis in the subject; the autoantibody is in a IgG immune complex, and the autoantibodies are pre-complexed with antigen. a. detecting a level of autoantibodies to at least one of NOG and SOST in a serum sample from the subject; b. comparing the level of autoantibodies detected in a. to a level of autoantibodies in a control sample;
Electrical plug connector for connection of an electrical cable to an apparatus, in particular to a sensor or an actuator, or for detachable connection of two electrical cables to one another, having a housing, having a contact mount which holds a variety of contacts, and having an electronics circuit which is arranged in the housing with the electronics circuit having at least one light-emitting element, in particular an LED and being electrically connected to the contacts, wherein the housing is composed of a thermoplastic material, at least in the area of the light-emitting element, characterized in that the thermoplastic material having an additive which influences the transparency and colour, and which reduces the transparency of the thermoplastic material by about 60% to 80%, wherein the proportion by weight of the additive is less than 5%, that the additive is a colour concentrate with organic and/or inorganic colorant, which have a dark colour, so that an illuminated LED can be seen from outside the housing, while an LED that is not illuminated and the electronic circuit cannot be seen or can be seen only poorly and wherein, furthermore, a considerable increase in contrast is achieved.
Lightweight housing module including at least one stretched canvas intended to form the roof of said lightweight housing module and intended to be secured along the bottom peripheral edge thereof to a rigid frame kept at a distance from the ground by a plurality of lateral pillars which are intended to be secured to the ground, said lightweight housing module comprising vertical panels including an insulation material and/or openings to close substantially tightly the vertical facades situated along the perimeter of said frame and a false ceiling arranged to be positioned under said canvas inside said lightweight housing module and secured by the peripheral edge thereof to the frame so as to create a "thermal and acoustic cushion" by trapping the air contained between the canvas and said false ceiling, said lightweight housing module being characterised in that it includes a system for tensioning said canvas arranged entirely inside said lightweight housing module and suitable for moving the canvas upwards by an action on the central internal portion thereof, so as to stretch same and support the weight thereof.