mhurhangee/ep-ind-claims huggingface dataset:
An X-ray exposure area regulation method, comprising: monitoring a state of an object under test, OUT, in real time and acquiring an initial image of said OUT when the state of said OUT satisfies a preset condition; determining an area of interest, AOI, in said initial image; and setting an X-ray exposure area based on information about said AOI, characterized in that the method further comprising: preprocessing said initial image to form a preprocessed image; segmenting said preprocessed image to form a plurality of segmented areas; and selecting an AOI in said plurality of segmented areas, and, identifying a contour of said OUT in said preprocessed image; forming a bounding polygon for the contour of said OUT to obtain a polygon connected area (1, 2, 10, 20); and determining the information about said AOI based on said polygon connected area (1, 2, 10, 20). monitoring a state of an object under test, OUT, in real time and acquiring an initial image of said OUT when the state of said OUT satisfies a preset condition; determining an area of interest, AOI, in said initial image; and setting an X-ray exposure area based on information about said AOI, characterized in that the method further comprising: preprocessing said initial image to form a preprocessed image; segmenting said preprocessed image to form a plurality of segmented areas; and selecting an AOI in said plurality of segmented areas, and, identifying a contour of said OUT in said preprocessed image; forming a bounding polygon for the contour of said OUT to obtain a polygon connected area (1, 2, 10, 20); and determining the information about said AOI based on said polygon connected area (1, 2, 10, 20). preprocessing said initial image to form a preprocessed image; segmenting said preprocessed image to form a plurality of segmented areas; and selecting an AOI in said plurality of segmented areas, and, identifying a contour of said OUT in said preprocessed image; forming a bounding polygon for the contour of said OUT to obtain a polygon connected area (1, 2, 10, 20); and determining the information about said AOI based on said polygon connected area (1, 2, 10, 20).
A composition for use by a subject to prevent or reduce the alcohol flush reaction, said composition comprising: (a) an agent selected from nicotinamide, nicotinamide riboside, niacin, and oxaloacetate; and (b) an agent selected from N-acetyl-cysteine, Vitamin C, alpha lipoic acid, L-cysteine, glutathione, glycine, L-glutamic acid, adenosylmethionine, and conjugated linoleic acid; and (c) an agent selected from pantothenic acid, pantethine, pantetheine, 4'-phosphopantothenate, and 4'-phosphopantetheine; wherein the composition is administered daily for at least 30 days prior to consumption of alcohol by the subject; wherein said agents are present in the composition in an amount sufficient to prevent or reduce the alcohol flush reaction in the subject. (a) an agent selected from nicotinamide, nicotinamide riboside, niacin, and oxaloacetate; and (b) an agent selected from N-acetyl-cysteine, Vitamin C, alpha lipoic acid, L-cysteine, glutathione, glycine, L-glutamic acid, adenosylmethionine, and conjugated linoleic acid; and (c) an agent selected from pantothenic acid, pantethine, pantetheine, 4'-phosphopantothenate, and 4'-phosphopantetheine;
Clamping element suitable for mounting a rail element bearing electrical/electronic devices (15; 50) on a supporting portion of a switchgear cabinet, said clamping element comprising: - a body provided with a coupling portion (10, 23, 24) suitable for engaging with an opening portion of said rail element, said coupling portion (10, 23, 24) being configured for enabling said body to be coupled with, or removed from said rail element when said body is positioned in a first configuration relative to said rail element, - said coupling portion (10, 23, 24) being configured for hindering removal of said body from said rail element when said body is positioned in a second configuration relative to said rail element, and - clasping means (35, 35a, 35b) protruding from said body and configured for removably connecting said body onto said supporting portion in order to mount said rail element within said switchgear cabinet, - locking means (33, 34) integral with said body and configured for locking said clamping element in said second configuration thus preventing disengagement from said rail element, characterized by said locking means comprising a locking protrusion which is shaped for engaging with said opening portion of said rail element in said second configuration. - a body provided with a coupling portion (10, 23, 24) suitable for engaging with an opening portion of said rail element, said coupling portion (10, 23, 24) being configured for enabling said body to be coupled with, or removed from said rail element when said body is positioned in a first configuration relative to said rail element, - said coupling portion (10, 23, 24) being configured for hindering removal of said body from said rail element when said body is positioned in a second configuration relative to said rail element, and - clasping means (35, 35a, 35b) protruding from said body and configured for removably connecting said body onto said supporting portion in order to mount said rail element within said switchgear cabinet, - locking means (33, 34) integral with said body and configured for locking said clamping element in said second configuration thus preventing disengagement from said rail element, characterized by said locking means comprising a locking protrusion which is shaped for engaging with said opening portion of said rail element in said second configuration.
A sensing device for a high voltage transmission line, comprising a high voltage insert, a low voltage insert and an insulating member, the high voltage insert and the low voltage insert being made in a conductive material, the insulating member being arranged between the high voltage insert and the low voltage insert to provide electrical insulation between the high voltage insert and the low voltage insert, the sensing device further comprises a transponder and at least one sensor, the transponder being connected to the high voltage insert, and each sensor being connected to the transponder, each sensor being configured to transmit, to the transponder, sensing information relative to a predetermined monitored property of the transmission line, the transponder being configured to transmit to the high voltage insert a sensing signal comprising the sensing information, the high voltage insert being configured to radiate a sensing electromagnetic wave depending on the sensing signal, the low voltage insert being configured to receive the radiated sensing electromagnetic wave and to provide an output signal representative of the sensing signal at an output of the low voltage insert, characterized in that the sensing device comprises an insulating support configured to mechanically support a high voltage member of the high voltage transmission line, whereas the high voltage insert, the low voltage insert and the insulating member are comprised by the insulating support.
An adaptive decoding multi-layer video system comprising: a base layer decoder; one or more enhancement layer decoders; a decoding adaptor connected with the base layer decoder and the one or more enhancement layer decoders, and a post processing module; the post processing module being connected with the base layer decoder and the one or more enhancement layer decoders whereby the outputs of each of the base layer decoder and the one or more enhancement layer decoders are provided as inputs to the post processing module; the post processing module being configured to combine the outputs of each of the base layer decoder and the one or more enhancement layer decoders; the decoding adaptor controlling operation of the base layer decoder and the one or more enhancement layer decoders based on information gathered from the post processing module; for each of the base layer decoder and the one or more enhancement layer decoders, the decoding adaptor controlling operation of the respective decoder by selecting a decoding mode to be carried out in the respective decoder from among a plurality of decoding modes. a base layer decoder; one or more enhancement layer decoders; a decoding adaptor connected with the base layer decoder and the one or more enhancement layer decoders, and a post processing module; the post processing module being connected with the base layer decoder and the one or more enhancement layer decoders whereby the outputs of each of the base layer decoder and the one or more enhancement layer decoders are provided as inputs to the post processing module; the post processing module being configured to combine the outputs of each of the base layer decoder and the one or more enhancement layer decoders; the decoding adaptor controlling operation of the base layer decoder and the one or more enhancement layer decoders based on information gathered from the post processing module; for each of the base layer decoder and the one or more enhancement layer decoders, the decoding adaptor controlling operation of the respective decoder by selecting a decoding mode to be carried out in the respective decoder from among a plurality of decoding modes.
A simulator for estimating a behavior of a system (1, 2) to be simulated, the system (1, 2) including an imaging unit and a visual sensor, the simulator comprising: a creating unit configured to virtually create a virtual simulation target system of the system (1, 2) to be simulated in a three-dimensional virtual space; a visual sensor simulator configured to simulate a processing performed by the visual sensor by performing image measurement of preliminary obtained image data for a workpiece (232, 350, 352, 354) and to output a measurement result, wherein the preliminary obtained image data represents an image captured by the imaging unit; a reception unit configured to receive a setting of an imaging area defined for the visual sensor in a manner associated with the virtual simulation target system; a calculation unit configured to calculate a transform parameter based on a relative positional relationship between the virtual simulation target system and the set imaging area; a controller simulator configured to receive an input of a result obtained by transforming the measurement result generated by the visual sensor simulator using the transform parameter, to execute a control operation in accordance with a control program associated with the system (1, 2) using the received input, and to simulate a processing performed in a controller of the system (1, 2). a creating unit configured to virtually create a virtual simulation target system of the system (1, 2) to be simulated in a three-dimensional virtual space; a visual sensor simulator configured to simulate a processing performed by the visual sensor by performing image measurement of preliminary obtained image data for a workpiece (232, 350, 352, 354) and to output a measurement result, wherein the preliminary obtained image data represents an image captured by the imaging unit; a reception unit configured to receive a setting of an imaging area defined for the visual sensor in a manner associated with the virtual simulation target system; a calculation unit configured to calculate a transform parameter based on a relative positional relationship between the virtual simulation target system and the set imaging area; a controller simulator configured to receive an input of a result obtained by transforming the measurement result generated by the visual sensor simulator using the transform parameter, to execute a control operation in accordance with a control program associated with the system (1, 2) using the received input, and to simulate a processing performed in a controller of the system (1, 2).
An anchoring module connectable to a well-operation device and for constituting part of a well tool in a well, the well being defined by a wall and the well having an extent in an axial direction, the anchoring module, in its position of application, having an extent in the axial direction of the well, and the anchoring module including a displacement device having a contact surface, the displacement device being arranged to push said contact surface, in its position of application, against a portion of the wall of the well to press the anchoring module against an opposite portion of the wall of the well, so as to press the well tool against the well wall and thus clamp the well tool between the displacement device and the well wall, characterized in that the displacement device is oblong in the axial direction of the anchoring module so that the cross section of the displacement device is also oblong, and in that the contact surface extends over the full cross section of the displacement device.
Aid device for the movement and/or rehabilitation of one or more fingers of a hand, comprising a exoskeleton intended to be positioned on the back of at least one finger and to be mechanically constrained to the finger itself and motorized means for exerting a movement or a change in the configuration of said exoskeleton, said exoskeleton comprises an underactuated modular structure, comprising a plurality of substantially identical rigid elements arranged on a row and articulated with each other; and wherein said rigid elements are arranged in said row one behind another along a longitudinal axis parallel to the longitudinal extension of the finger and are articulated with each other such to follow at least one or more of the following finger movements: extension and flexion, adduction and abduction, opposition of the thumb and said motorized means for at least a part of said movements and particularly for the extension and flexion movements are composed of pulling and/or pushing means that act on one or more of said rigid elements of the exoskeleton such to produce said at least one finger movement; characterized by said rigid elements of said exoskeleton being constrained with each other by means of a continuous longitudinal element composed of a chain whose links are articulated with each other according to parallel articulation axes, which axes are oriented parallel to the articulation axes of the phalanges of the finger in the extension and closure movement thereof, the rigid elements pivoting with respect to each other according to parallel articulation axes, which axes are oriented parallel to the articulation axes of the finger phalanges, and are movable near and away from each other each one of said rigid elements being pivotally fastened about an axis of articulation of two links (202, 302) of the chain with respect to each other, there being provided at least one pulling element passing through the rigid elements and freely slidable therethrough, which pulling element is flexible and constrained at one end to the end element placed at the distal end of the finger and at the opposite end to a pulling member.
An apparatus (100, 200) for drying buildings, the apparatus comprising a floor heating surface for emitting infrared radiation onto a floor of a building, a wall heating surface for emitting infrared radiation onto a wall of the building adjacent to the floor, and at least one control unit, wherein the floor heating surface is angled relative to the wall heating surface in the apparatus, wherein the floor heating surface is directly or substantially directly adjacent to the wall heating surface, wherein the apparatus is configured to generate a controlled air flow of air heated by the floor heating surface along the floor heating surface to the wall heating surface, wherein the floor heating surface laterally comprises one or more spacers for creating a distance of the floor heating surface to the floor, whereby the floor heating surface and its spacers define a first subclimate zone, wherein the wall heating surface laterally comprises one or more spacers for creating a distance of the wall heating surface to the wall, whereby the wall surface and its spacers define a second subclimate zone, and wherein the control unit is designed for separately controlling a heating activity of the floor heating surface and a heating activity of the wall heating surface. a floor heating surface for emitting infrared radiation onto a floor of a building, a wall heating surface for emitting infrared radiation onto a wall of the building adjacent to the floor, and at least one control unit, wherein the floor heating surface is angled relative to the wall heating surface in the apparatus, wherein the floor heating surface is directly or substantially directly adjacent to the wall heating surface, wherein the apparatus is configured to generate a controlled air flow of air heated by the floor heating surface along the floor heating surface to the wall heating surface, wherein the floor heating surface laterally comprises one or more spacers for creating a distance of the floor heating surface to the floor, whereby the floor heating surface and its spacers define a first subclimate zone, wherein the wall heating surface laterally comprises one or more spacers for creating a distance of the wall heating surface to the wall, whereby the wall surface and its spacers define a second subclimate zone, and wherein the control unit is designed for separately controlling a heating activity of the floor heating surface and a heating activity of the wall heating surface.
A metal panel assembly (10, 110), comprising: a sound damping adhesive layer (14, 114); a body layer (12, 112); and an outer layer (16, 116) having a plurality of contact sections (42, 142) that confront the body layer through the sound damping adhesive layer and a plurality of raised sections (44, 144) that are spaced from the body layer, wherein the contact sections help dampen vibrations and/or noise in the metal panel assembly and the raised sections help stiffen the metal panel assembly; wherein the raised sections of the outer layer are generally perpendicular to one another and are arranged in a grid-like pattern so that they cross one another. a sound damping adhesive layer (14, 114); a body layer (12, 112); and
A method for operating an engine, the engine having an engine core, a bypass duct, and an exhaust nozzle, the method comprising: receiving a request for an increase in thrust generated by the engine; in response to receipt of the request, determining that at least one operating condition for heat application-based thrust is met; in response to the determining, applying a heat source to heat bypass air flowing through the bypass duct towards the exhaust nozzle; and generating the increase in thrust from an increased temperature of mixed bypass and core air at the exhaust nozzle; characterised in that the at least one operating condition for heat application-based thrust comprises a choked state of the exhaust nozzle. receiving a request for an increase in thrust generated by the engine; in response to receipt of the request, determining that at least one operating condition for heat application-based thrust is met; in response to the determining, applying a heat source to heat bypass air flowing through the bypass duct towards the exhaust nozzle; and generating the increase in thrust from an increased temperature of mixed bypass and core air at the exhaust nozzle; characterised in that the at least one operating condition for heat application-based thrust comprises a choked state of the exhaust nozzle.
A method of transmission performed by a network node in a wireless communication network, the method comprising: allocating a first resource unit to a first receiver and a second resource unit to a second receiver, each resource unit (50, 52) having the same subcarrier spacing, said allocating performed with respect to one or more Orthogonal Frequency Division Multiplexing, OFDM, symbol durations of an OFDM signal; applying a first mapping for mapping data to be transmitted to the first receiver, wherein the first mapping considers every subcarrier of the first resource unit as being available for mapping the data for the first receiver to the first resource unit; applying a second mapping for mapping data to be transmitted to the second receiver, wherein the second mapping considers only every m-th subcarrier of the second resource unit as being available for mapping the data for the second receiver to the second resource unit, wherein m is an integer greater than or equal to two, and wherein the second mapping maps zeros to the remaining subcarriers of the second resource unit; generating the OFDM signal from the mapped data for the first and second receivers (12-1, 12-2), the OFDM signal comprising an OFDM symbol for each of the one or more OFDM symbol durations, each said OFDM symbol having a commonly defined cyclic prefix length; and transmitting the generated OFDM signal. allocating a first resource unit to a first receiver and a second resource unit to a second receiver, each resource unit (50, 52) having the same subcarrier spacing, said allocating performed with respect to one or more Orthogonal Frequency Division Multiplexing, OFDM, symbol durations of an OFDM signal; applying a first mapping for mapping data to be transmitted to the first receiver, wherein the first mapping considers every subcarrier of the first resource unit as being available for mapping the data for the first receiver to the first resource unit; applying a second mapping for mapping data to be transmitted to the second receiver, wherein the second mapping considers only every m-th subcarrier of the second resource unit as being available for mapping the data for the second receiver to the second resource unit, wherein m is an integer greater than or equal to two, and wherein the second mapping maps zeros to the remaining subcarriers of the second resource unit; generating the OFDM signal from the mapped data for the first and second receivers (12-1, 12-2), the OFDM signal comprising an OFDM symbol for each of the one or more OFDM symbol durations, each said OFDM symbol having a commonly defined cyclic prefix length; and transmitting the generated OFDM signal.
A dispenser housing comprising: a base; a cover movable between an open position and a closed position relative to said base; a closure mechanism; a release mechanism having a rest position and a key-induced position distinct from said rest position; characterized in that the dispenser housing includes a keyhole and a key is either selectively carried by an individual or selectively mounted to said dispenser housing, wherein, when selectively mounted to said dispenser housing, said key moves said release mechanism to said key-induced position in which the release mechanism can be directly manipulated by the user without use of the key to override said closure mechanism, and, when carried by an individual, said key can be selectively inserted into said keyhole to directly engage and override said closure mechanism. a base; a cover movable between an open position and a closed position relative to said base; a closure mechanism; a release mechanism having a rest position and a key-induced position distinct from said rest position; characterized in that the dispenser housing includes a keyhole and a key is either selectively carried by an individual or selectively mounted to said dispenser housing, wherein, when selectively mounted to said dispenser housing, said key moves said release mechanism to said key-induced position in which the release mechanism can be directly manipulated by the user without use of the key to override said closure mechanism, and, when carried by an individual, said key can be selectively inserted into said keyhole to directly engage and override said closure mechanism.