mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of enhancing the visibility of blood vessels in a colour image captured by an image capturing device of a medical device said colour image having a plurality of colour channels and having a plurality of pixels, wherein said method comprises for at least some of said plurality of pixels the steps of: (a) processing data obtained from a first colour channel together with data obtained from a second colour channel to determine a value of a first parameter indicative of the intensity in the red spectrum relative to the total intensity of said pixel; (b) using said value of said first parameter to alter said pixel, wherein said first parameter has at least three possible values, and wherein the strength of the alteration is dependent on the value of said first parameter, characterized in that a high value of the first parameter indicates a high intensity in the red spectrum relative to the total intensity of said pixel and a low value of the first parameter indicates a low intensity in the red spectrum relative to the total intensity of said pixel, and wherein values of the first parameter that are among the 50% highest of all possible values results in alterations that are more significant than the alterations that results from values of the first parameter that are among the 50% lowest of all possible values. (a) processing data obtained from a first colour channel together with data obtained from a second colour channel to determine a value of a first parameter indicative of the intensity in the red spectrum relative to the total intensity of said pixel; (b) using said value of said first parameter to alter said pixel, wherein said first parameter has at least three possible values, and wherein the strength of the alteration is dependent on the value of said first parameter, characterized in that a high value of the first parameter indicates a high intensity in the red spectrum relative to the total intensity of said pixel and a low value of the first parameter indicates a low intensity in the red spectrum relative to the total intensity of said pixel, and wherein values of the first parameter that are among the 50% highest of all possible values results in alterations that are more significant than the alterations that results from values of the first parameter that are among the 50% lowest of all possible values.
A naval platform equipped with a deck landing/takeoff zone for at least one aircraft and means for handling said aircraft, for moving it over said deck landing/takeoff zone, the handling means further comprising a member in the form of a bar for gripping and securing the main landing gear of the aircraft, provided with means in the form of an anchoring hook mounted such that they can slide in at least one rail for guiding the movements thereof, and therefore of the aircraft, on the deck landing/takeoff zone, and the means in the form of a hook being retractable so as to allow the release of the member in the form of a gripping and securing bar from the rail, the positioning of said member such that it grips the landing gear of the aircraft, the movement of the aircraft so as to bring the member in the form of a gripping and securing bar into position on said at least one rail and the means in the form of a hook into a position in which they face said rail, and the movement of said means in the form of a hook back into an anchoring position in said at least one rail in order to secure the aircraft.
Method for controlling a haptic accelerator pedal in a motor vehicle, wherein the accelerator pedal can be moved within a total travel range, between a position of rest (G 0) and a position (G M) of maximum activation, wherein an opposing force which acts on the accelerator pedal is proportional to a travel distance (x) of the accelerator pedal, and wherein an additional opposing force (F T) is applied to the accelerator pedal by means of an actuator within a partial travel range in order to generate a haptically perceivable signal, which opposing force (F T) becomes larger within the partial travel range up to a maximum force value (F M -F 0) as the travel distance of the accelerator pedal increases, wherein when the accelerator pedal is depressed by a driver the additional opposing force (F T) which is generated by the actuator is reduced within a detent partial range of the partial travel range, before the maximum force value (F M -F 0) is reached, in order to signal the imminent maximum force value (F M) haptically to the driver, characterized in that the detent partial range is arranged near to the position (T M) of the maximum force value (F M -F 0) and spaced apart therefrom.
A reprographic system comprising at least one sensor, providing a sensor signal, at least one actuator, responsive to an actuator signal, and a control unit for generating the actuator signal for the at least one actuator in dependence of the sensor signal of the at least one sensor characterized in that the control unit comprises a signal processing module for generating the actuator signal based on at least one sensor signal using a probabilistic network comprising a probabilistic model for controlling a setpoint in order to dynamically adapt the system to the environment where the system is used.
A connecting interface (104, 204a, 204b, 304a, 404a, 504a, 604, 704, 804) for capillary driven fluidically interconnecting microfluidic channels (102, 202), the connecting interface comprising one or more substrates (114, 116) which collectively define: a first microfluidic channel which includes a connecting region for fluidically connecting the first microfluidic channel to a second microfluidic channel, and at least one slit in an outer surface of one of the one or more substrates (114, 116), the at least one slit having an elongated shape and a longitudinal direction parallel to the outer surface, wherein the at least one slit provides a fluid passage from the outer surface to the connecting region of the first microfluidic channel, and the first microfluidic channel has a longitudinal direction parallel to the outer surface, characterized in that the at least one slit has at least one dimension extending beyond the connecting region along a direction (d1, d2) parallel to the outer surface, wherein the connecting region is an intersection between the first microfluidic channel and the at least one slit. a first microfluidic channel which includes a connecting region for fluidically connecting the first microfluidic channel to a second microfluidic channel, and at least one slit in an outer surface of one of the one or more substrates (114, 116), the at least one slit having an elongated shape and a longitudinal direction parallel to the outer surface, wherein the at least one slit provides a fluid passage from the outer surface to the connecting region of the first microfluidic channel, and the first microfluidic channel has a longitudinal direction parallel to the outer surface, characterized in that the at least one slit has at least one dimension extending beyond the connecting region along a direction (d1, d2) parallel to the outer surface, wherein the connecting region is an intersection between the first microfluidic channel and the at least one slit.
Fill level measurement device for determining the position of a fill level and/or a separating layer in a container, the fill level measurement device comprising: an echo curve detection unit for detecting an echo curve; an echo identification unit for identifying at least two echoes in the echo curve; a speed detection unit for detecting speed values of the at least two echoes; wherein the fill level measurement device is configured to postulate one of the identified echoes to be the fill level echo and so as to carry out an echo classification of the at least two echoes, taking into account a sign of a ratio of the detected speed values, wherein the echo classification comprises a classification of at least one additional identified echo and a calculation of the corresponding probabilities of a correct classification; and wherein the echo classification assigns at least two of the identified echoes of the echo curve to a feature class selected from a group comprising the feature classes bottom echo, multiple echo, anti-correlation echo and filling material echo; wherein the fill level measurement device further comprises a statistics unit for evaluating statistical properties of a shared characteristic of at least two echoes, the shared characteristic being a ratio of the detected speed values of two of the at least two echoes; and wherein the fill level measurement device is configured for carrying out the echo classification of at least two echoes as a result of the evaluation of the statistical properties of the shared characteristics of identified echoes. an echo curve detection unit for detecting an echo curve; an echo identification unit for identifying at least two echoes in the echo curve; a speed detection unit for detecting speed values of the at least two echoes; wherein the fill level measurement device is configured to postulate one of the identified echoes to be the fill level echo and so as to carry out an echo classification of the at least two echoes, taking into account a sign of a ratio of the detected speed values, wherein the echo classification comprises a classification of at least one additional identified echo and a calculation of the corresponding probabilities of a correct classification; and wherein the echo classification assigns at least two of the identified echoes of the echo curve to a feature class selected from a group comprising the feature classes bottom echo, multiple echo, anti-correlation echo and filling material echo; wherein the fill level measurement device further comprises a statistics unit for evaluating statistical properties of a shared characteristic of at least two echoes, the shared characteristic being a ratio of the detected speed values of two of the at least two echoes; and wherein the fill level measurement device is configured for carrying out the echo classification of at least two echoes as a result of the evaluation of the statistical properties of the shared characteristics of identified echoes.
Preform assembly for blow moulding a container, comprising at least a first and a second preform, wherein the first preform is positioned inside the second preform before blow moulding the preforms (2, 3) into the container, wherein each preform (2, 3) has a body forming portion (8, 10) having a wall thickness (W 2, W 1) of less than about 8 millimetres, preferably less than about 6 mm, wherein the first preform has a neck portion fitted inside a neck portion of the second preform and wherein one or more openings are provided in the neck portion, on an inner or outer side thereof.
Connection arrangement, preferably for a fluid line of a vehicle, having a first component and a second component which is to be coupled therewith in a fluid-tight manner in a coupling position, and a sealing means, wherein there is provided in the first component a leakage opening which is to be closed by means of the sealing means, which at the same time blocks the coupling position, wherein the sealing means is held in its sealing position blocking the coupling position by means of a bolt, characterised in that the sealing means is formed by a sealing pin and an arm extending transverse thereto. wherein the sealing means is held in its sealing position blocking the coupling position by means of a bolt, characterised in that the sealing means is formed by a sealing pin and an arm extending transverse thereto.
A drive system for a self-propelled harvesting machine (1, 2), comprising a propulsion engine, a transfer gearbox driven by the propulsion engine with a driven belt pulley disposed on a drive shaft of the transfer gearbox and which drives at least one main belt pulley of a rotating knife drum disposed on the end of a knife drum shaft by means of a main drive belt, and at least one hydraulic pump (14, 14a) driven by the propulsion engine in order to drive a front attachment and/or a feeder device hydraulically, wherein a gear and clutch unit is associated with the knife drum shaft on the side opposite to the main belt pulley, characterized in that the configuration of the gear and clutch unit is such as to drive the front attachment in a continuously variable hydraulic manner or in power summation with a discrete gear ratio, wherein the gear and clutch unit drives a transverse shaft which runs parallel to the axis of the knife drum shaft, and the transverse shaft is operatively connected to a clutch means located on the main belt pulley side in order to drive the front attachment.
A method for cancelling interference in a wireless network, the method comprising: detecting interference between a neighboring cell and a serving cell; and cancelling the interference based at least in part on the interference being from a Dedicated Reference Signal, DRS, tone of the neighboring cell colliding with a DRS tone of the serving cell and the DRS tone of the serving cell colliding with at least one of a control tone or a data tone of the neighboring cell; wherein cancelling the interference comprises: estimating a channel of the neighboring cell based at least in part on a Dedicated Reference Signal, DRS, tone of the neighboring cell; cancelling the interference from the neighboring cell DRS tone to estimate a serving cell channel; and estimating the serving cell channel. detecting interference between a neighboring cell and a serving cell; and cancelling the interference based at least in part on the interference being from a Dedicated Reference Signal, DRS, tone of the neighboring cell colliding with a DRS tone of the serving cell and the DRS tone of the serving cell colliding with at least one of a control tone or a data tone of the neighboring cell; wherein cancelling the interference comprises: estimating a channel of the neighboring cell based at least in part on a Dedicated Reference Signal, DRS, tone of the neighboring cell; cancelling the interference from the neighboring cell DRS tone to estimate a serving cell channel; and estimating the serving cell channel. estimating a channel of the neighboring cell based at least in part on a Dedicated Reference Signal, DRS, tone of the neighboring cell; cancelling the interference from the neighboring cell DRS tone to estimate a serving cell channel; and estimating the serving cell channel.
A tricycle for carrying a person, comprising: - a front wheel arranged substantially in the longitudinal axis of the tricycle; - two rear wheels, arranged laterally on opposite sides with respect to the longitudinal axis of the tricycle; - a frame, connecting the wheels (2, 3) comprising a pivoting section that can pivot laterally about a tilting axis positioned substantially in the longitudinal direction of the tricycle; - a footrest which is part of or is mounted on the frame; - a second user support which is part of or is mounted on the frame; wherein the frame comprises a section substantially stationary relative to the support plane of the three wheels (2, 3), wherein the pivoting section of the frame can pivot relative to the substantially stationary section, is located at the front of the tricycle, joining the front wheel, and is provided with the footrest of the tricycle, and wherein the substantially stationary section of the frame is located at the rear of the tricycle, joining the rear wheels, characterised in that the substantially stationary section of the frame is provided with the second support of the tricycle which is designed as an ischiatic support. - a front wheel arranged substantially in the longitudinal axis of the tricycle; - two rear wheels, arranged laterally on opposite sides with respect to the longitudinal axis of the tricycle; - a frame, connecting the wheels (2, 3) comprising a pivoting section that can pivot laterally about a tilting axis positioned substantially in the longitudinal direction of the tricycle; - a footrest which is part of or is mounted on the frame; - a second user support which is part of or is mounted on the frame;
A system comprising: a liquid immersible surge arrester that protects electrical equipment, the liquid immersible surge arrester comprising: a module assembly including at least one varistor and a pre-impregnated composite around the at least one varistor, and contacts (205, 210) on opposite ends of the module assembly with which the module assembly is connected to electrical equipment to be protected and to electrical ground; a surge durable fuse element connected to the module assembly and operable to disconnect the module assembly after the module assembly has failed, wherein the surge durable fuse element comprises a wire that melts and separates after exposure to sufficient power frequency current for a sufficient period of time; and characterised by a support for the surge durable fuse element, the support including arc shortening tabs (305a, 305b) coupled to the surge durable fuse element to form a gap that is shorter than a distance between separated ends of the surge durable fuse element. a liquid immersible surge arrester that protects electrical equipment, the liquid immersible surge arrester comprising: a module assembly including at least one varistor and a pre-impregnated composite around the at least one varistor, and contacts (205, 210) on opposite ends of the module assembly with which the module assembly is connected to electrical equipment to be protected and to electrical ground; a module assembly including at least one varistor and a pre-impregnated composite around the at least one varistor, and contacts (205, 210) on opposite ends of the module assembly with which the module assembly is connected to electrical equipment to be protected and to electrical ground; a surge durable fuse element connected to the module assembly and operable to disconnect the module assembly after the module assembly has failed, wherein the surge durable fuse element comprises a wire that melts and separates after exposure to sufficient power frequency current for a sufficient period of time; and characterised by a support for the surge durable fuse element, the support including arc shortening tabs (305a, 305b) coupled to the surge durable fuse element to form a gap that is shorter than a distance between separated ends of the surge durable fuse element.
A positive electrode mix comprising a solid electrolyte and a sulfur-based active material, wherein: the solid electrolyte comprises Li, S, a Br element, and a P element; and the solid electrolyte has a composition represented by the following formula: L a M b P c S d X e, wherein in the formula L is Li, a to e are independently a composition ratio of respective elements, wherein b is 0 and wherein a:c:d:e satisfies 2 to 6.5: 1: 3.5 to 5: 0.1 to 1.5, and X is represented by the following formula: F t I u Cl v Br w wherein in the formula, t, u, v and w are independently the composition ratio of each element, t is 0, u, v and w are independently 0 or more and 1 or less, and t+u+v+w=1; and the solid electrolyte has, in a 31 P-NMR spectrum, a first peak in a first peak range of 75.0 ppm or more and 80.0 ppm or less, a second peak in a second peak range of 86.0 ppm or more and 92.0 ppm or less, and the ratio of the intensity of a peak which is in a range other than the first peak range and the second peak range relative to the intensity of the first peak is 0.5 or less. the solid electrolyte comprises Li, S, a Br element, and a P element; and the solid electrolyte has a composition represented by the following formula: L a M b P c S d X e, wherein in the formula L is Li, a to e are independently a composition ratio of respective elements, wherein b is 0 and wherein a:c:d:e satisfies 2 to 6.5: 1: 3.5 to 5: 0.1 to 1.5, and X is represented by the following formula: F t I u Cl v Br w wherein in the formula, t, u, v and w are independently the composition ratio of each element, t is 0, u, v and w are independently 0 or more and 1 or less, and t+u+v+w=1; and the solid electrolyte has, in a 31 P-NMR spectrum, a first peak in a first peak range of 75.0 ppm or more and 80.0 ppm or less, a second peak in a second peak range of 86.0 ppm or more and 92.0 ppm or less, and the ratio of the intensity of a peak which is in a range other than the first peak range and the second peak range relative to the intensity of the first peak is 0.5 or less.
A connecting assembly for a battery module, comprising: a plurality of connecting sheets, wherein the connecting sheet comprises an adjusting portion and a connecting portion, the adjusting portion is configured as a protrusion connected between adjacent connecting portions, and the connecting portion is configured to connect a battery cell of the battery module; and an insulating film, disposed on one side of each of the plurality of connecting sheets and provided with a through hole disposed corresponding to the adjusting portion; wherein the through hole comprises a second through hole, the second through hole is located at the adjusting portion, and the second through hole comprises a protruded portion attached to the adjusting portion. a plurality of connecting sheets, wherein the connecting sheet comprises an adjusting portion and a connecting portion, the adjusting portion is configured as a protrusion connected between adjacent connecting portions, and the connecting portion is configured to connect a battery cell of the battery module; and an insulating film, disposed on one side of each of the plurality of connecting sheets and provided with a through hole disposed corresponding to the adjusting portion; wherein the through hole comprises a second through hole, the second through hole is located at the adjusting portion, and the second through hole comprises a protruded portion attached to the adjusting portion.
A system of attaching an injection system to a turbojet combustion chamber base, the system comprising a deflector brazed onto the chamber base, characterized in that the deflector comprises an annular portion having an edge forming a retaining shoulder directed toward the front of the turbojet and wherein the injection system comprises a collar on which is formed a retaining shoulder directed toward the rear of the turbojet and pressing against the retaining shoulder of the deflector.
A near field communication NFC antenna device, comprising: a camera lens rim and an NFC antenna; wherein, the NFC antenna is provided at an outer edge on a top surface of the camera lens rim; and, a side wall of the camera lens rim is provided with a guide wire connecting the NFC antenna with a terminal circuit board; characterised in that the camera lens rim comprises: an inner lens rim and an outer lens rim; wherein the inner lens rim is directly connected to the terminal circuit board via a structural member, and is fixed immovably; and, the outer lens rim is sleeved over the inner lens rim, and is higher than the inner lens rim, and the NFC antenna is provided at an outer edge on a top surface of the outer lens rim.