mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a spout arrangement on a transferring vehicle comprising: capturing image data related to a target being located to a rear of the transferring vehicle using an image capture device , which is mounted to the spout arrangement, wherein the image data contains a scene within a field of view 135 of the image capture device ; receiving information about the spout arrangement position; determining the position of the image capture device based on the spout arrangement position; generating a region of interest in the image data that likely corresponds to the target by constraining a search area of the scene by determining the location of the horizon based on the position of the image capture device , and defining an exclusion zone based on a model of the extent of the transferring vehicle; analyzing the region of interest to classify areas in the region of interest as background areas or target areas; and determining the position of the target relative to the transferring vehicle using the target areas; calculating a material trajectory exiting the spout arrangement to determine a material incidence point; and adjusting the spout arrangement to align the material incidence point with the target position. capturing image data related to a target being located to a rear of the transferring vehicle using an image capture device , which is mounted to the spout arrangement, wherein the image data contains a scene within a field of view 135 of the image capture device ; receiving information about the spout arrangement position; determining the position of the image capture device based on the spout arrangement position; generating a region of interest in the image data that likely corresponds to the target by constraining a search area of the scene by determining the location of the horizon based on the position of the image capture device , and defining an exclusion zone based on a model of the extent of the transferring vehicle; analyzing the region of interest to classify areas in the region of interest as background areas or target areas; and determining the position of the target relative to the transferring vehicle using the target areas; calculating a material trajectory exiting the spout arrangement to determine a material incidence point; and adjusting the spout arrangement to align the material incidence point with the target position.
An outer-conductor contact element for a right-angle plug connector having - a crimping portion for pressing the outer-conductor contact element onto an electrical cable , comprising a free end , which is open at the end face, for receiving the cable ; - a sleeve-shaped contact portion with a free end , which is open at the end face, for establishing a connection to a corresponding mating plug connector, wherein an exit angle (α) is formed between a first longitudinal axis (L 1 ) of the contact portion and a second longitudinal axis (L 2 ) of the crimping portion ; and - a trough-shaped transition region extending from the crimping portion along the second longitudinal axis (L 2 ) of the crimping portion to the contact portion , characterized in that the crimping portion , the contact portion and the transition region are formed in one piece from a deep-drawn sheet metal part. - a crimping portion for pressing the outer-conductor contact element onto an electrical cable , comprising a free end , which is open at the end face, for receiving the cable ; - a sleeve-shaped contact portion with a free end , which is open at the end face, for establishing a connection to a corresponding mating plug connector, wherein an exit angle (α) is formed between a first longitudinal axis (L 1 ) of the contact portion and a second longitudinal axis (L 2 ) of the crimping portion ; and - a trough-shaped transition region extending from the crimping portion along the second longitudinal axis (L 2 ) of the crimping portion to the contact portion ,
An electromagnetic hinged armature valve device, comprising armature means formed for interaction with a stationary valve seat and hinged in a housing of the valve device such that they can be pivoted and/or folded relative to stationary core means and to coil means at least partially surrounding the stationary core means , the armature means being formed to close or open the valve seat in response to an energization of the coil means, characterized in that a coil carrier assembly carrying a winding of the coil means and surrounding the core means and a valve seat assembly forming the valve seat are formed such that both are adjustable against one another for a mounting of the valve seat device, and are then preferably connectable in a non-detachable manner, and, in a connected or assembled state, limit and/or define a pivoting stroke or folding stroke of the armature means, which can be influenced and/or is influenced by the adjustment, the armature means forming at least one flat side.
A handpiece (110; 150) for an intraocular lens insertion system, the handpiece comprising: a barrel defining an elongate passage, a pushrod having a pushrod head disposed inside the elongate passage, and a plunger coupled to the pushrod head; and a retention nut coupled to a proximal end of the barrel, the retention nut having at least one retention clip that is configured to engage the pushrod head to prevent the pushrod from moving while the handpiece is not being used on a patient, the at least one retention clip being further configured to disengage from the pushrod head during normal use of the handpiece on a patient. a barrel defining an elongate passage, a pushrod having a pushrod head disposed inside the elongate passage, and a plunger coupled to the pushrod head; and a retention nut coupled to a proximal end of the barrel, the retention nut having at least one retention clip that is configured to engage the pushrod head to prevent the pushrod from moving while the handpiece is not being used on a patient, the at least one retention clip being further configured to disengage from the pushrod head during normal use of the handpiece on a patient.
A fan apparatus for air conditioner, the apparatus comprising: a base case in which an air suction part through which air is sucked is formed; a tower case which is disposed above the base case , and has an air flow path therein and discharges air to the outside; a cover which is coupled to an outer surface of the base case , and covers at least a portion of the suction part; and a cover separation unit which separates the cover from the base case , characterized in that r the cover separation unit comprises: a lever which is installed in the tower case , and is configured to slide along an outer surface of the tower case ; an upper cover pusher which is rotatably coupled to the lever , and is configured to rotate to push the cover ; and an upper rotation guide which is configured to guide the upper cover pusher to rotate in one direction, when the upper cover pusher is moved along the outer surface of the base case . a base case in which an air suction part through which air is sucked is formed; a tower case which is disposed above the base case , and has an air flow path therein and discharges air to the outside; a cover which is coupled to an outer surface of the base case , and covers at least a portion of the suction part; and a cover separation unit which separates the cover from the base case , characterized in that r the cover separation unit comprises: a lever which is installed in the tower case , and is configured to slide along an outer surface of the tower case ; an upper cover pusher which is rotatably coupled to the lever , and is configured to rotate to push the cover ; and an upper rotation guide which is configured to guide the upper cover pusher to rotate in one direction, when the upper cover pusher is moved along the outer surface of the base case . a lever which is installed in the tower case , and is configured to slide along an outer surface of the tower case ; an upper cover pusher which is rotatably coupled to the lever , and is configured to rotate to push the cover ; and an upper rotation guide which is configured to guide the upper cover pusher to rotate in one direction, when the upper cover pusher is moved along the outer surface of the base case .
Aircraft floor comprising a structure , a deck attached to the structure , and first and second sealing barriers superposed at least in line with a protection zone (ZP), the deck being configured to form the first sealing barrier at least in line with the protection zone (ZP), the structure of the floor having transverse beams (30.1) which are oriented perpendicularly to a longitudinal direction (X) and spaced apart from one another, and longitudinal reinforcements (30.2) which are oriented parallel to the longitudinal direction (X), are spaced apart from one another and are attached to the transverse beams (30.1), characterized in that the second sealing barrier comprises a sealing tarpaulin interposed between the deck and the structure and having several reinforcing strips fixed against a face (38.1) of the sealing tarpaulin oriented toward the structure , at least some of the reinforcing strips being interposed between the sealing tarpaulin and the longitudinal reinforcements (30.2) of the structure of the floor.
Vitamin B12 for use in the prevention of obesity and/or metabolic disorders associated therewith in the offspring of overweight and/or obese mothers, wherein the vitamin B12 is to be administered to said mother before pregnancy, during pregnancy and/or during lactation, wherein, the metabolic disorder associated with obesity are selected from the group consisting of cardiovascular diseases, insulin resistance, type II diabetes, hypertension, sleep apnea, respiratory problems, dyslipidemia, cancers, stroke, liver and gallbladder disease, osteoarthritis and gynecological problems.
Harvester, preferably in the form of a baling press and/or a loader wagon, comprising a receiving device for receiving harvested crop from the ground, a conveyor rotor comprising conveyor tines for conveying the received harvested crop further through a conveying channel into a functional chamber of the harvester , and a cutting unit comprising cutting blades that protrude into the conveying channel , wherein transverse screw conveyors are provided laterally at the front-face end portions of the conveyor rotor , wherein the conveyor rotor is an overhead rotor and the conveying channel leads away beyond an upper side of the conveyor rotor , wherein the transverse screw conveyors are mounted so as to be rotatable relative to the conveyor rotor and can be rotatably driven by a worm drive for driving the transverse screw conveyors in the opposite direction from the direction of rotation of the conveyor rotor , with a front face, facing the receiving device , directed downwards, characterised in that the conveyor tines of the conveyor rotor brush past the cutting blades protruding into the conveying channel .
A negative electrode for a lithium secondary battery, the negative electrode comprising a lithium electrode layer on at least one surface of a current collector; wherein the lithium electrode layer comprises a lithium metal layer adjoining the at least one surface of the current collector, and a surface oxide layer having a thickness of 15 nm to 50 nm formed on the lithium metal layer; wherein the lithium metal layer comprises lithium metal or a lithium alloy; and wherein the surface oxide layer comprises a first oxide layer comprising Li 2 O; a second oxide layer comprising Li 2 O and LiOH; and a third oxide layer comprising Li 2 O, LiOH and Li 2 CO 3 ; wherein the first oxide layer has a thickness of 10 nm to 30 nm, the second oxide layer has a thickness of 4 nm to 15 nm, and the third oxide layer has a thickness of 1 nm to 5 nm. wherein the lithium electrode layer comprises a lithium metal layer adjoining the at least one surface of the current collector, and a surface oxide layer having a thickness of 15 nm to 50 nm formed on the lithium metal layer; wherein the lithium metal layer comprises lithium metal or a lithium alloy; and wherein the surface oxide layer comprises a first oxide layer comprising Li 2 O; a second oxide layer comprising Li 2 O and LiOH; and a third oxide layer comprising Li 2 O, LiOH and Li 2 CO 3 ; wherein the first oxide layer has a thickness of 10 nm to 30 nm, the second oxide layer has a thickness of 4 nm to 15 nm, and the third oxide layer has a thickness of 1 nm to 5 nm. a first oxide layer comprising Li 2 O; a second oxide layer comprising Li 2 O and LiOH; and a third oxide layer comprising Li 2 O, LiOH and Li 2 CO 3 ; wherein the first oxide layer has a thickness of 10 nm to 30 nm, the second oxide layer has a thickness of 4 nm to 15 nm, and the third oxide layer has a thickness of 1 nm to 5 nm.
A method for preventing, controlling or treating a fungal infection on a plant organ comprising applying to said plant organ a composition comprising a potentiating agent of a plant defense molecule selected from: Compound Structure 1 2 3 4 5 Chelerythrin Sanguinarin in association with a phytopharmaceutical vehicle, wherein: the potentiating agent is in an amount ranging from 10 to 200 μM; and the plant defense molecule is a molecule selected from brassinin, camalexin, resveratrol, 3,5-dihydroxybiphenyl, aucuparin and 6-methoxymellein, and belonging to the immune system of the plant and used by a plant organ to resist to a fungal infection. the potentiating agent is in an amount ranging from 10 to 200 μM; and the plant defense molecule is a molecule selected from brassinin, camalexin, resveratrol, 3,5-dihydroxybiphenyl, aucuparin and 6-methoxymellein, and belonging to the immune system of the plant and used by a plant organ to resist to a fungal infection.
A nacelle for use with a gas turbine engine including a fan , the nacelle comprising: a nacelle inlet cowl including an inlet lip disposed at a leading edge of the nacelle inlet cowl, an inner surface extending aft from the inlet lip, and an outer surface extending aft from the inlet lip and positioned radially outward of the inner surface; and a plurality of passive flow control passages extending through the nacelle inlet cowl, each of the plurality of passive flow control passages having a flow control passage inlet disposed at a leading edge of the inlet lip , and a flow control passage outlet (110A; 110B) disposed forward of the fan when the nacelle is mounted on the gas turbine engine; characterised in that at least one of the flow control passage outlets is disposed on the inner surface and at least one of the flow control passage outlets is disposed on the outer surface ; and wherein each flow control passage inlet is in fluid communication with one flow control passage outlet (110A; 110B) through one of the plurality of flow control passages . a nacelle inlet cowl including an inlet lip disposed at a leading edge of the nacelle inlet cowl, an inner surface extending aft from the inlet lip, and an outer surface extending aft from the inlet lip and positioned radially outward of the inner surface; and a plurality of passive flow control passages extending through the nacelle inlet cowl, each of the plurality of passive flow control passages having a flow control passage inlet disposed at a leading edge of the inlet lip , and a flow control passage outlet (110A; 110B) disposed forward of the fan when the nacelle is mounted on the gas turbine engine; characterised in that at least one of the flow control passage outlets is disposed on the inner surface and at least one of the flow control passage outlets is disposed on the outer surface ; and wherein each flow control passage inlet is in fluid communication with one flow control passage outlet (110A; 110B) through one of the plurality of flow control passages .
A method for 3D reconstruction of a scene, wherein an event camera is moved on a trajectory (T) along the scene, wherein the event camera comprises a plurality of pixels that are configured to only output events e k in presence of brightness changes in the scene at the time t k they occur, wherein each event comprises the time t k at which it occurred, an address ( x k , y k ) of the respective pixel that detected the brightness change, as well as a polarity value p k indicating the sign of the brightness change, wherein a plurality of successive events generated by the event camera along said trajectory (T) are back-projected according to the viewpoint (P) of the event camera as viewing rays (R) through a discretized volume (DSI) at a reference viewpoint (RV) of a virtual event camera associated to said plurality of events, wherein said discretized volume (DSI) comprises voxels (V'), and wherein a score function f ( X ) associated to the discretized volume (DSI) is determined, which score function f ( X ) is the number of back-projected viewing rays (R) that pass through the respective voxel (V') with center X, and wherein said score function f ( X ) is used to determine whether or not a 3D point of the 3D reconstruction of the scene is present in the respective voxel (V').
A data processing device for processing measured data of a plurality of energy storage devices, comprising: a storage unit configured to store a trained determination model , the determination model using an autoencoder, trained to reproduce measured data when measured data is input by using teacher data obtained from standard energy storage devices, the input measured data being of each of the plurality of energy storage devices or of each group of energy storage devices, grouped from the plurality of energy storage devices; and a processor in communication with the storage unit, characterized in that the processor is configured to: apply the trained determination model to determine (S108) if the plurality of energy storage devices includes an odd storage device based on an error between reproduced measured data, wherein the error is output when the measured data or for each of energy storage devices or for each group of energy storage devices is input to the trained determination model , and in case that an odd energy storage device is included, determine (S109) that the measured data is corresponding to measured data of an odd energy storage device out of the measured data for each of the energy storage devices or for each group of energy storage devices. a storage unit configured to store a trained determination model , the determination model using an autoencoder, trained to reproduce measured data when measured data is input by using teacher data obtained from standard energy storage devices, the input measured data being of each of the plurality of energy storage devices or of each group of energy storage devices, grouped from the plurality of energy storage devices; and a processor in communication with the storage unit, characterized in that the processor is configured to: apply the trained determination model to determine (S108) if the plurality of energy storage devices includes an odd storage device based on an error between reproduced measured data, wherein the error is output when the measured data or for each of energy storage devices or for each group of energy storage devices is input to the trained determination model , and in case that an odd energy storage device is included, determine (S109) that the measured data is corresponding to measured data of an odd energy storage device out of the measured data for each of the energy storage devices or for each group of energy storage devices. apply the trained determination model to determine (S108) if the plurality of energy storage devices includes an odd storage device based on an error between reproduced measured data, wherein the error is output when the measured data or for each of energy storage devices or for each group of energy storage devices is input to the trained determination model , and in case that an odd energy storage device is included, determine (S109) that the measured data is corresponding to measured data of an odd energy storage device out of the measured data for each of the energy storage devices or for each group of energy storage devices.
Arrangement consisting of a heat sink and an LED board , wherein the heat sink has an outer casing which has at least one closed surface region from which there extend ribs integrally connected to the outer casing, wherein terminating edges of the ribs opposite the closed surface region run in a common plane (E) in such a way that they form a substantially planar support, characterized in that the LED board is arranged resting on the terminating edges of the ribs of the heat sink .
A capillary refill time, CRT, measurement device operative to measure CRT for a finger upon release of pressure applied to the finger, the CRT measurement device comprising: a mobile or wearable device including a camera , a display component , a camera light source offset laterally from the camera such that a finger can be placed over both the camera and the camera light source , a cuff clipped over the camera light source and the camera and configured to receive the finger and to shield the finger from environmental light, and an electronic processor programmed to perform a CRT measurement by operations including: operating the camera light source to illuminate a finger at least proximate to the point where the finger is pressing against the camera ; operating the camera to measure an optical signal from the finger over a time interval encompassing the CRT, determining a CRT value based on analysis of the measured optical signal, and displaying the determined CRT value on the display component. operating the camera light source to illuminate a finger at least proximate to the point where the finger is pressing against the camera ; operating the camera to measure an optical signal from the finger over a time interval encompassing the CRT, determining a CRT value based on analysis of the measured optical signal, and displaying the determined CRT value on the display component.
A method for GSM silent call prolongation, the method comprising the steps of: - activating , by a base transceiver station, BTS, a mobile station (MS) by establishing a mobile terminated call, MTC, communication link to the mobile station (MS), wherein the establishing of the MTC communication link is performed without sending an assignment command message to the mobile station (MS); - sending , by the BTS, a first unrealizable SETUP message to establish the silent call; wherein an unrealizable SETUP message is a SETUP message which the mobile station does not understand; and - sending , by the BTS, at least one more unrealizable SETUP message to prolong the silent call, wherein establishing the MTC communication link comprises sending, by the BTS, a paging request message and receiving, by the BTS, a paging response message, wherein sending , by the BTS, the at least one more unrealizable SETUP message comprises a loop of sending, by the BTS, identity request messages. - activating , by a base transceiver station, BTS, a mobile station (MS) by establishing a mobile terminated call, MTC, communication link to the mobile station (MS), wherein the establishing of the MTC communication link is performed without sending an assignment command message to the mobile station (MS); - sending , by the BTS, a first unrealizable SETUP message to establish the silent call; wherein an unrealizable SETUP message is a SETUP message which the mobile station does not understand; and - sending , by the BTS, at least one more unrealizable SETUP message to prolong the silent call, wherein establishing the MTC communication link comprises sending, by the BTS, a paging request message and receiving, by the BTS, a paging response message, wherein sending , by the BTS, the at least one more unrealizable SETUP message comprises a loop of sending, by the BTS, identity request messages.
An isolated monoclonal antibody, or an antigen-binding portion thereof, that specifically binds Factor XIa, wherein the antibody comprises a heavy chain variable domain (VH) comprising the amino acid sequence of SEQ ID NO: 1 and a light chain variable domain (VL) comprising the amino acid sequence of SEQ ID NO: 7.