mhurhangee/ep-ind-claims huggingface dataset:
Amphoteric chelating agent which comprises a complex based on aluminum and on ethylenediaminetetraacetic acid or the trisodium salt thereof, having the general formula [Al B n] c' D c with B being OH -, BO 2 -, H +, Y being a tetracarboxylate which can be protonated four times so as to form ethylenediaminetetraacetic acid, n being an integer equal to 0, 1, 2 or 3, D being a counterion, preferably Na +, c being an integer equal to 0, 1, 2 or 3 and c' being a relative number having the same absolute value as c, for use to prevent contact allergies, which are caused by repeated contact of allergenic substances with the skin and/or the mucous membranes, in particular allergies to rubber, said amphoteric chelating agent being stabilized with an amino acid chosen from the group consisting in glycine, histidine, arginine, phenylalanine, isoleucine, leucine, methionine, proline, valine, tryptophan, serine, glutamine, cystine, and mixtures thereof.
A cascade type thrust reverser of an aircraft comprising: a movable primary sleeve with an exterior surface exposed to the exterior free air stream around the thrust reverser during flight, the primary sleeve movable between a stowed position and a deployed position corresponding to reverse thrust operation; a movable secondary sleeve coupled to a blocker door and that includes a cascade for redirecting air from a fan duct during reverse thrust operation, the secondary sleeve movable between a stowed position and a deployed position corresponding to reverse thrust operation; wherein a stroke associated with the primary sleeve is different from a stroke associated with the secondary sleeve; and wherein the primary sleeve covers the cascade when the primary sleeve is in its stowed position, and the cascade is exposed to the exterior free air stream when the primary sleeve is in its deployed position; characterised in that: the secondary sleeve is coupled to a first link, the first link is coupled to a crank, the crank is coupled to a second link, and the second link is coupled to the blocker door; the first link is configured to be oriented in a substantially axial direction relative to an axis of the thrust reverser when the thrust reverser is fully deployed; and the blocker door is configured to provide load from the blocker door through the second link and the crank to a fixed structure of the aircraft. a movable primary sleeve with an exterior surface exposed to the exterior free air stream around the thrust reverser during flight, the primary sleeve movable between a stowed position and a deployed position corresponding to reverse thrust operation; a movable secondary sleeve coupled to a blocker door and that includes a cascade for redirecting air from a fan duct during reverse thrust operation, the secondary sleeve movable between a stowed position and a deployed position corresponding to reverse thrust operation; wherein a stroke associated with the primary sleeve is different from a stroke associated with the secondary sleeve; and wherein the primary sleeve covers the cascade when the primary sleeve is in its stowed position, and the cascade is exposed to the exterior free air stream when the primary sleeve is in its deployed position; the secondary sleeve is coupled to a first link, the first link is coupled to a crank, the crank is coupled to a second link, and the second link is coupled to the blocker door; the first link is configured to be oriented in a substantially axial direction relative to an axis of the thrust reverser when the thrust reverser is fully deployed; and the blocker door is configured to provide load from the blocker door through the second link and the crank to a fixed structure of the aircraft.
A method for determining an object location of an object, the method comprises: collecting, from a group of sensors (210, 212), a group of measurement locations (220, 222) for a group of feature marks in the object, respectively; obtaining a group of estimation locations (230, 232) for the group of feature marks (410, 420, 430, 440) based on the object location, which is unknown, and a group of offsets between the group of estimation locations (230, 232) and the object location, respectively; generating an error function based on the group of measurement locations and the group of estimation locations (230, 232); determining the object location based on the error function; and updating an operation of a robot system for removing a lock device (120, 122), which is mounted to the object for securing the object, based on the determined object location; and instructing the robot system to remove the lock device (120, 122) based on the updated operation, collecting, from a group of sensors (210, 212), a group of measurement locations (220, 222) for a group of feature marks in the object, respectively; obtaining a group of estimation locations (230, 232) for the group of feature marks (410, 420, 430, 440) based on the object location, which is unknown, and a group of offsets between the group of estimation locations (230, 232) and the object location, respectively; generating an error function based on the group of measurement locations and the group of estimation locations (230, 232); determining the object location based on the error function; and updating an operation of a robot system for removing a lock device (120, 122), which is mounted to the object for securing the object, based on the determined object location; and instructing the robot system to remove the lock device (120, 122) based on the updated operation, updating an operation of a robot system for removing a lock device (120, 122), which is mounted to the object for securing the object, based on the determined object location; and instructing the robot system to remove the lock device (120, 122) based on the updated operation,
A compound semiconductor thermoelectric material comprising: an n-type compound semiconductor matrix; and n-type particles dispersed in the matrix, wherein the n-type particles are a compound semiconductor different from the matrix, and have an average particle size of 1 μm to 100 μm, wherein the matrix is Bi-Te system or Bi-Te-Se system, and wherein the n-type particles are InSb or InSb:Se. an n-type compound semiconductor matrix; and n-type particles dispersed in the matrix, wherein the n-type particles are a compound semiconductor different from the matrix, and have an average particle size of 1 μm to 100 μm, wherein the matrix is Bi-Te system or Bi-Te-Se system, and wherein the n-type particles are InSb or InSb:Se.
A method of processing a data packet received by a packet sniffer, the packet containing an associated identifier, the method comprising: transmitting the packet to a recipient, determining if the identifier corresponds to a particular network; wherein if the identifier is determined to correspond to the particular network, the identifier is provided to the recipient; and if the identifier is determined to not correspond to the particular network, the identifier is withheld from the recipient, characterised in that the step of providing the identifier to the recipient takes place after the packet is received by the recipient.
An insulated radiating rubber molded article promoting heat radiation from an electrical apparatus generating heat according to actuation and electrically insulating between said electrical apparatus and a base by being interposed between said electrical apparatus and the base when said electrical apparatus is attached to the base, wherein the insulated radiating rubber molded article is formed into a stereoscopic shape by being integrally provided with a flat surface section, a lateral surface section and an attaching screw surrounding portion which is arranged around an attaching screw, in addition to said lateral surface section, and wherein the flat surface section being arranged between said electrical apparatus and the base, and the lateral surface section being arranged around said electrical apparatus characterized in that the insulated radiating rubber molded article is made of a rubber material which is blended with an insulative heat conductive filler, and the attaching screw surrounding portion is integrally formed in conjunction with the flat surface section.
A system for pacing a heart, comprising: an electrostimulation circuit configured to generate His-bundle pacing pulses having a stimulation strength to stimulate a His bundle of the heart; a sensing circuit configured to sense a physiologic signal and to detect, from the sensed physiologic signal, a local His-bundle activation discrete from a pacing artifact of the delivered HBP pulses; and a control circuit configured to: verify a capture status using the detection of the local His-bundle activation; and determine, using the verified capture status, one or more of a selective HBP threshold (S-threshold) representing a threshold strength for the HBP pulses to capture only the His bundle but not local myocardium, or a non-selective HBP threshold (NS-threshold) representing a threshold strength for the HBP pulses to capture both the His bundle and the local myocardium; wherein the sensing circuit is configured to detect an isoelectric interval that separates the local His-bundle activation from the pacing artifact of the HBP pulse, and the control circuit is configured to verify the capture status further using the detected isoelectric interval. an electrostimulation circuit configured to generate His-bundle pacing pulses having a stimulation strength to stimulate a His bundle of the heart; a sensing circuit configured to sense a physiologic signal and to detect, from the sensed physiologic signal, a local His-bundle activation discrete from a pacing artifact of the delivered HBP pulses; and a control circuit configured to: verify a capture status using the detection of the local His-bundle activation; and determine, using the verified capture status, one or more of a selective HBP threshold (S-threshold) representing a threshold strength for the HBP pulses to capture only the His bundle but not local myocardium, or a non-selective HBP threshold (NS-threshold) representing a threshold strength for the HBP pulses to capture both the His bundle and the local myocardium; wherein the sensing circuit is configured to detect an isoelectric interval that separates the local His-bundle activation from the pacing artifact of the HBP pulse, and the control circuit is configured to verify the capture status further using the detected isoelectric interval. verify a capture status using the detection of the local His-bundle activation; and determine, using the verified capture status, one or more of a selective HBP threshold (S-threshold) representing a threshold strength for the HBP pulses to capture only the His bundle but not local myocardium, or a non-selective HBP threshold (NS-threshold) representing a threshold strength for the HBP pulses to capture both the His bundle and the local myocardium;
Method for determining a value of the state of energy of a rechargeable battery in a vehicle (1; 1), said battery being connected to an electric consumer; said method comprising: - determining the state of charge as a measure of the present capacity of said battery; and - determining said state of energy as an indication of at least the remaining charge and discharge energy of said battery; characterized in that said method comprises calculating and determining said value of the state of energy based on the following steps: - determining a state of energy for charging said battery, based on said state of charge of said battery, as calculated between the present state of charge (SOC*) and a highest allowed state of charge (SOCmax) in which no further charging of the battery is allowed, for a given battery current, - determining a state of energy for discharging said battery, based on said state of charge of said battery, as calculated between a lowest allowed state of charge (SOCmin), in which the battery must be charged in order to allow operation of the electric consumer, and the present state of charge (SOC*) for a given battery current, wherein - said highest allowed state of charge (SOCmax) and said lowest allowed state of charge (SOCmin) are related to the operation of said electric consumer and vary depending on a mode for operating said vehicle (1; 1) or electric consumer during charging or discharging of said battery wherein the state of energy of the battery is determined from the area under a curve representing the relationship between the battery voltage and the state of charge, wherein the battery voltage corresponds to the sum of an open circuit voltage and a voltage drop (R*I), and wherein the actual vehicle mode which is determined by the actual operating conditions of the vehicle is used to predict the applied or withdrawn rechargeable battery current, the highest allowed state of charge (SOCmax) and the lowest allowed state of charge (SOCmin) for charging or discharging the rechargeable battery. - determining the state of charge as a measure of the present capacity of said battery; and - determining said state of energy as an indication of at least the remaining charge and discharge energy of said battery; - determining a state of energy for charging said battery, based on said state of charge of said battery, as calculated between the present state of charge (SOC*) and a highest allowed state of charge (SOCmax) in which no further charging of the battery is allowed, for a given battery current, - determining a state of energy for discharging said battery, based on said state of charge of said battery, as calculated between a lowest allowed state of charge (SOCmin), in which the battery must be charged in order to allow operation of the electric consumer, and the present state of charge (SOC*) for a given battery current, wherein - said highest allowed state of charge (SOCmax) and said lowest allowed state of charge (SOCmin) are related to the operation of said electric consumer and vary depending on a mode for operating said vehicle (1; 1) or electric consumer during charging or discharging of said battery
Device for deadening the sound of a component, comprising - a damping layer composed of a foamed material and - a stiffening layer which is fixedly connected to the damping layer and is stiffer than the damping layer, where the damping layer is formed by a foamed hot-melt adhesive, the damping layer is intended for direct connection to the component whose sound is to be deadened, the foamed hot-melt adhesive being activatable by an increase in temperature so as to generate an adhesive surface for securing the device on the component whose sound is to be deadened, characterized in that the damping layer comprises polyamide and/or butyl rubber and/or styrene-butadiene block copolymers and/or ethylene-vinyl acetate, the stated substances forming at least 50% by weight of the damping layer. - a damping layer composed of a foamed material and - a stiffening layer which is fixedly connected to the damping layer and is stiffer than the damping layer,
A handle for a locking device of a motor vehicle, with a handle grip moveable on a door of the motor vehicle, a mounting structure provided on the inner side of the door, on which structure a deflection lever, which is operatively connected to the handle grip, is rotatably supported, a safety mechanism arranged on the mounting structure for preventing an undesired opening of the door due to forces of accelerations acting on the handle grip, which particularly act on the motor vehicle in the event of an accident, wherein the safety mechanism comprises an mass lock which can be displaced to a normal position and a locked position, wherein a movement of the deflection lever is blocked in the locked position, wherein the mass lock is mounted on the mounting structure to be movable about an axle is such a way that a rotary movement of the mass lock can be effected regardless of the acting acceleration, whereby a reliable displacement of the mass lock into the locked position is enabled, characterized in that the mass lock is moveable in a translatory manner between the locked position and the normal position.
A sun block formulation comprises the following formula: 20-80% safflower oil, grape seed oil, poppyseed oil, sunflower oil, hemp oil, corn oil or a mixture thereof; 5-25% zinc oxide, titanium dioxide or mixture thereof; 0.5-15.0% Candelilla wax; Carnauba wax; Sunflower seed wax; Beeswax; polyglyceryl-3 beeswax; microcrystalline wax; carnauba wax; chuan wax; glyceryl behenate; glyceryl behenate/eicosadioate or a mixture thereof; and 0.5-15.0% rice bran wax. 20-80% safflower oil, grape seed oil, poppyseed oil, sunflower oil, hemp oil, corn oil or a mixture thereof; 5-25% zinc oxide, titanium dioxide or mixture thereof; 0.5-15.0% Candelilla wax; Carnauba wax; Sunflower seed wax; Beeswax; polyglyceryl-3 beeswax; microcrystalline wax; carnauba wax; chuan wax; glyceryl behenate; glyceryl behenate/eicosadioate or a mixture thereof; and 0.5-15.0% rice bran wax.
Component (100; 200; 300; 400; 500) of a joint prosthesis comprising: - a body (110, 120, 130; 210, 220, 230; 310, 320, 330; 410, 420, 430; 510), made of metal or ceramic, which is suitable for being interlocked, directly or indirectly, with a first bone of a patient, and which is suitable for articulating, directly or indirectly, with a second bone of the patient to re-establish a joint with the first bone, and - means (140, 150; 240, 250; 340, 350; 440, 450; 540, 550) of reducing vibrations of the body, characterised in that the means of reduction comprise a metal or ceramic mass (140; 240; 340; 440; 540) which is attached to the body (110, 120, 130; 210, 220, 230; 310, 320, 330; 410, 420, 430; 510) in a fixed manner, with a viscoelastic material (150; 250; 350; 450; 550) interposed. - a body (110, 120, 130; 210, 220, 230; 310, 320, 330; 410, 420, 430; 510), made of metal or ceramic, which is suitable for being interlocked, directly or indirectly, with a first bone of a patient, and which is suitable for articulating, directly or indirectly, with a second bone of the patient to re-establish a joint with the first bone, and - means (140, 150; 240, 250; 340, 350; 440, 450; 540, 550) of reducing vibrations of the body, characterised in that the means of reduction comprise a metal or ceramic mass (140; 240; 340; 440; 540) which is attached to the body (110, 120, 130; 210, 220, 230; 310, 320, 330; 410, 420, 430; 510) in a fixed manner, with a viscoelastic material (150; 250; 350; 450; 550) interposed.
A method comprising: receiving, at a viewer interface system, from a particular input device, identification data stored on the particular input device that identifies the particular input device; in response to receiving the identification data, the viewer interface system interacting with a user of the particular input device based on preference data associated with the identification data; wherein interacting with the user based on the preference data comprises: receiving input from the particular input device that navigates a menu of programs of video content; and determining a playback point within a particular program of video content based on the preference data; storing multiple bookmarks for the particular program, wherein each of the multiple bookmarks is associated with a different input device identifier; and displaying indicators for the multiple bookmarks to the user of the particular input device over a trick play bar during playback of the particular program. receiving, at a viewer interface system, from a particular input device, identification data stored on the particular input device that identifies the particular input device; in response to receiving the identification data, the viewer interface system interacting with a user of the particular input device based on preference data associated with the identification data; wherein interacting with the user based on the preference data comprises: receiving input from the particular input device that navigates a menu of programs of video content; and determining a playback point within a particular program of video content based on the preference data; receiving input from the particular input device that navigates a menu of programs of video content; and determining a playback point within a particular program of video content based on the preference data; storing multiple bookmarks for the particular program, wherein each of the multiple bookmarks is associated with a different input device identifier; and displaying indicators for the multiple bookmarks to the user of the particular input device over a trick play bar during playback of the particular program.
An inflatable-cushion inflation and sealing device, comprising: an inflation assembly configured for inflating with a fluid a cushion cavity disposed between first and second layers (20, 22) of a film; a sealing mechanism comprising a rotary sealing drum that comprises a heated periphery and that is disposed and configured for receiving overlapping portions of the first and second film layers (20, 22) adjacent the inflated cushion cavity and directing the overlapping portions downstream about the sealing drum periphery to heat seal the overlapping portions to each other to form a longitudinal seal that seals the fluid in the cushion cavity; and a cooling portion that includes first and second downstream elements (120, 122) disposed downstream of the drum to cooperatively direct off the drum the heat sealed overlapping portions and hold the overlapping portions in contact sufficiently to retain the fluid within the cushion cavity as the longitudinal seal cools. an inflation assembly configured for inflating with a fluid a cushion cavity disposed between first and second layers (20, 22) of a film; a sealing mechanism comprising a rotary sealing drum that comprises a heated periphery and that is disposed and configured for receiving overlapping portions of the first and second film layers (20, 22) adjacent the inflated cushion cavity and directing the overlapping portions downstream about the sealing drum periphery to heat seal the overlapping portions to each other to form a longitudinal seal that seals the fluid in the cushion cavity; and a cooling portion that includes first and second downstream elements (120, 122) disposed downstream of the drum to cooperatively direct off the drum the heat sealed overlapping portions and hold the overlapping portions in contact sufficiently to retain the fluid within the cushion cavity as the longitudinal seal cools.
A chest X-ray system, comprising: a camera for capturing video of the patient to be imaged; an X-ray imaging head and an X-ray detector; a controller and an output system; characterised in that the chest X-ray system comprises a support system for translating the camera and the X-ray imaging head and the X-ray detector; and that the controller is adapted to: translate the camera to a position in which the head of the patient is identified as captured within the video; identify the chin of the head; use the chin as a reference point for translating the camera, the X-ray head and the X-ray detector to a position for chest X-ray imaging. a camera for capturing video of the patient to be imaged; an X-ray imaging head and an X-ray detector; a controller and an output system; characterised in that the chest X-ray system comprises a support system for translating the camera and the X-ray imaging head and the X-ray detector; and that the controller is adapted to: translate the camera to a position in which the head of the patient is identified as captured within the video; identify the chin of the head; use the chin as a reference point for translating the camera, the X-ray head and the X-ray detector to a position for chest X-ray imaging. translate the camera to a position in which the head of the patient is identified as captured within the video; identify the chin of the head; use the chin as a reference point for translating the camera, the X-ray head and the X-ray detector to a position for chest X-ray imaging.