mhurhangee/ep-ind-claims huggingface dataset:
A method of operation of a node (50, 52) in a cellular communications network, the node comprising an enhanced receiver capable of selectively performing one or more interference handling techniques, the method comprising: while the one or more interference handling techniques are disabled, performing a reference radio measurement at the node (50, 52), the reference radio measurement containing one or more interference components; compensating the reference radio measurement to mitigate at least one interference component of the one or more interference components contained in the reference radio measurement at the node (50, 52) and thereby provide an effective measurement, wherein the mitigation corresponds to a reference level that would have been mitigated by the enhanced receiver if the one or more interference handling techniques had been enabled when performing the reference radio measurement; and signaling the effective measurement to another node (50, 52). while the one or more interference handling techniques are disabled, performing a reference radio measurement at the node (50, 52), the reference radio measurement containing one or more interference components; compensating the reference radio measurement to mitigate at least one interference component of the one or more interference components contained in the reference radio measurement at the node (50, 52) and thereby provide an effective measurement, wherein the mitigation corresponds to a reference level that would have been mitigated by the enhanced receiver if the one or more interference handling techniques had been enabled when performing the reference radio measurement; and signaling the effective measurement to another node (50, 52).
A display system for a vehicle, comprising a capturing unit for capturing image data of the vehicle environment, a calculation unit, and a display unit for displaying an image to be displayed with an image portion (1, 1a, 1b, 1c, 1d), wherein the calculation unit is adapted to carry out a modification of the image data captured by the capturing unit and to supply the modified image data to the display unit for display, wherein the modification includes overlaying or superimposing an overlay portion (2, 4, 5) on the image portion (1, 1a, 1b, 1c, 1d) of the image to be displayed, the overlay portion (2, 4, 5) being located within or directly adjacent to the image portion, wherein the image portion (1, 1a, 1b, 1c, 1d) further includes a measuring portion (3, 3a, 3b, 3c, 3d) where a graphical image characteristic of the image portion (1, 1a, 1b, 1c, 1d) is acquired through image analysis with regard to graphic characteristic, and wherein the calculation unit is adapted to set a graphical overlay portion characteristic dependent on the acquired graphical image characteristic, and wherein the calculation unit is adapted to determine the overlay portion characteristic time-delayed with regard to the acquisition of the image characteristic of the image portion, if a certain characteristic of the image portion is present over a certain period of time. a capturing unit for capturing image data of the vehicle environment, a calculation unit, and a display unit for displaying an image to be displayed with an image portion (1, 1a, 1b, 1c, 1d), wherein the calculation unit is adapted to carry out a modification of the image data captured by the capturing unit and to supply the modified image data to the display unit for display, wherein the modification includes overlaying or superimposing an overlay portion (2, 4, 5) on the image portion (1, 1a, 1b, 1c, 1d) of the image to be displayed, the overlay portion (2, 4, 5) being located within or directly adjacent to the image portion, wherein the image portion (1, 1a, 1b, 1c, 1d) further includes a measuring portion (3, 3a, 3b, 3c, 3d) where a graphical image characteristic of the image portion (1, 1a, 1b, 1c, 1d) is acquired through image analysis with regard to graphic characteristic, and wherein the calculation unit is adapted to set a graphical overlay portion characteristic dependent on the acquired graphical image characteristic, and wherein the calculation unit is adapted to determine the overlay portion characteristic time-delayed with regard to the acquisition of the image characteristic of the image portion, if a certain characteristic of the image portion is present over a certain period of time.
A composition comprising activated Bifidobacterium wherein activated Bifidobacterium expresses a gene coding for a sialidase, a sialic acid transporter, a fucose transporter, and/or a fucosidase; and wherein the composition is in the form of a dry powder or a dry powder suspended in an oil. activated Bifidobacterium expresses a gene coding for a sialidase, a sialic acid transporter, a fucose transporter, and/or a fucosidase; and wherein the composition is in the form of a dry powder or a dry powder suspended in an oil.
A reflective antenna comprising a flexible reflective sheet extending between a central hub and a perimeter edge, and a reflective sheet support mechanism comprising one or more spiral ribs articulated to the reflective sheet at least at several locations along the perimeter edge of the reflective sheet; wherein at a collapsed, stowed position of the reflective antenna the one or more spiral ribs are coiled about a common center and the reflective sheet is folded at a compact configuration, and at an expanded, deployed position the one or more spiral ribs are radially expanded and the reflective sheet is stretched over the expanded one or more spiral ribs, imparting the reflective sheet a parabolic shape.
A system for power production comprising: a power production turbine configured for expanding a working stream comprising recycled CO 2 to produce a turbine exhaust stream and to produce power; an oxygen-containing stream source configured to provide an oxygen-containing stream; a fuel source configured for input of a fuel into the turbine exhaust stream; an ion transport membrane system configured for receiving the turbine exhaust stream with the input fuel and configured for receiving the oxygen-containing stream, the ITM being effective for diffusion of oxygen from the oxygen-containing stream into the turbine exhaust stream with the input fuel to at least partially combust at least a portion of the input fuel and to provide a heated CO 2 -containing stream; and a recuperator heat exchanger configured for transferring heat from the CO 2 -containing stream to the working stream comprising the recycled CO 2. a power production turbine configured for expanding a working stream comprising recycled CO 2 to produce a turbine exhaust stream and to produce power; an oxygen-containing stream source configured to provide an oxygen-containing stream; a fuel source configured for input of a fuel into the turbine exhaust stream; an ion transport membrane system configured for receiving the turbine exhaust stream with the input fuel and configured for receiving the oxygen-containing stream, the ITM being effective for diffusion of oxygen from the oxygen-containing stream into the turbine exhaust stream with the input fuel to at least partially combust at least a portion of the input fuel and to provide a heated CO 2 -containing stream; and a recuperator heat exchanger configured for transferring heat from the CO 2 -containing stream to the working stream comprising the recycled CO 2.
A method, by an authentication unit of a wireless access network, to allow anchoring of a data packet session of a user entity connected to the wireless access network to a packet core network of a mobile communications network, the user entity using an access identifier allowing the user entity to be identified in the wireless access network, wherein the access identifier is not used in the mobile communications network to identify a subscriber, the method comprising the steps of: - receiving a request message in which access to the wireless access network is requested, wherein the request message contains an MAC address of the requesting user entity, - converting the MAC address in the received request message into a sequence of digits used as a mobile subscriber identifier with which the user entity is identified in the mobile communications network, - transmitting a response message accepting the access to the packet core network, the response message including the sequence of digits used as mobile subscriber identifier. - receiving a request message in which access to the wireless access network is requested, wherein the request message contains an MAC address of the requesting user entity, - converting the MAC address in the received request message into a sequence of digits used as a mobile subscriber identifier with which the user entity is identified in the mobile communications network, - transmitting a response message accepting the access to the packet core network, the response message including the sequence of digits used as mobile subscriber identifier.
A portable computer (200, 500), comprising: a display assembly (210, 510) coupled to a base assembly, said base assembly having a width and a length; a touchpad (224, 524) disposed on the base assembly (220, 520), wherein the touchpad is configured to operate as an input device characterised in that the touchpad includes a plurality of predefined regions (242, 244, 246), wherein the touchpad forms an area to support a user's palm, wherein the portable computer is configured to filter each contact detected by the touchpad and to deactivate a first predefined region of the plurality of predefined regions if a first contact detected by the touchpad within the first predefined region of the plurality of predefined regions is recognized as an unintentional contact, while a second predefined region of the plurality of predefined regions is active and responsive to touchpad sensing, wherein the touchpad has a width that is between half the width of the base assembly and the width of the base assembly; and wherein the portable computer is configured to recognize the first contact as the unintentional contact based on an analysis of one or more characteristics of one or more contact patches corresponding to the first contact. a display assembly (210, 510) coupled to a base assembly, said base assembly having a width and a length; a touchpad (224, 524) disposed on the base assembly (220, 520), wherein the touchpad is configured to operate as an input device characterised in that the touchpad includes a plurality of predefined regions (242, 244, 246), wherein the touchpad forms an area to support a user's palm, wherein the portable computer is configured to filter each contact detected by the touchpad and to deactivate a first predefined region of the plurality of predefined regions if a first contact detected by the touchpad within the first predefined region of the plurality of predefined regions is recognized as an unintentional contact, while a second predefined region of the plurality of predefined regions is active and responsive to touchpad sensing, wherein the touchpad has a width that is between half the width of the base assembly and the width of the base assembly; and wherein the portable computer is configured to recognize the first contact as the unintentional contact based on an analysis of one or more characteristics of one or more contact patches corresponding to the first contact.
A nozzle vane for a gas turbine engine, comprising: a vane wall having inner and outer wall surfaces, said wall surfaces being uniformly spaced from one another to define a fluid passageway for a cooling medium; a plurality of cavities (11-17,30) formed by interior wall members disposed between said inner and outer wall surfaces and within said fluid passageway; a plurality of insert cooling sleeves (18-23,31,60) disposed in said discreet cavities defined by said inner and outer wall surfaces and said interior wall members; and a plurality of non-round impingement openings (40,52,53) in each of said insert cooling sleeves, (18-23,31,60) said openings (40,52,53) being sufficient in size and number to accommodate the flow of said cooling medium into the interior of said fluid passageway, said openings having a radial array of projections emanating from the center of each opening, said projections including straight edges that form pointed projections at acute angles; and wherein the edges of said openings through which cooling medium enters lie on the same geometrical plane as the surface of the insert cooling sleeve. a vane wall having inner and outer wall surfaces, said wall surfaces being uniformly spaced from one another to define a fluid passageway for a cooling medium; a plurality of cavities (11-17,30) formed by interior wall members disposed between said inner and outer wall surfaces and within said fluid passageway; a plurality of insert cooling sleeves (18-23,31,60) disposed in said discreet cavities defined by said inner and outer wall surfaces and said interior wall members; and a plurality of non-round impingement openings (40,52,53) in each of said insert cooling sleeves, (18-23,31,60) said openings (40,52,53) being sufficient in size and number to accommodate the flow of said cooling medium into the interior of said fluid passageway, said openings having a radial array of projections emanating from the center of each opening, said projections including straight edges that form pointed projections at acute angles; and wherein the edges of said openings through which cooling medium enters lie on the same geometrical plane as the surface of the insert cooling sleeve.
A composition comprising a Rhaponticum extract and a Rhodiola extract, wherein the Rhaponticum extract is obtained by extraction with ethanol in water and composition comprises the extract of Rhodiola in an amount of 1 to 50% by weight of the composition and the Rhaponticum extract in an amount of 50 to 99% by weight of the composition or the composition comprises the extract of Rhodiola in an amount of 50 to 99% by weight of the composition and the Rhaponticum extract in an amount of 1 to 50% by weight of the composition.
A manipulator device (1, 20, 30, 30', 30; 300, 310) for use in a charged particle multi-beamlet apparatus, wherein the manipulator device comprises: a planar substrate comprising an array of through openings (2, 12, 22, 32) in the plane of the planar substrate, wherein each of the through openings is arranged for passing at least one charged particle beamlet there through, wherein each of the through openings (2, 12, 22, 32) is provided with a plurality of electrodes (7, 27, 37, 37') arranged around the through opening (2, 12, 22, 32), and wherein the plurality of electrodes (7, 27, 37, 37') are arranged on the planar substrate; and an electronic control circuit (430, 4, 14) for providing control signals to the plurality of electrodes (7, 17, 27, 37, 37')of each through opening, wherein the electronic control circuit is configured to provide each of the plurality of electrodes of each individual through opening with a voltage such that each individual through opening comprises a quadrupole deflector (7; 37, 37') or an octopole deflector (27; 37, 37'), characterized in that the plurality of electrodes (7, 27, 37, 37') of a through opening are at least partially arranged against an inwards facing wall of said through opening (2, 12, 22, 32). a planar substrate comprising an array of through openings (2, 12, 22, 32) in the plane of the planar substrate, wherein each of the through openings is arranged for passing at least one charged particle beamlet there through, wherein each of the through openings (2, 12, 22, 32) is provided with a plurality of electrodes (7, 27, 37, 37') arranged around the through opening (2, 12, 22, 32), and wherein the plurality of electrodes (7, 27, 37, 37') are arranged on the planar substrate; and an electronic control circuit (430, 4, 14) for providing control signals to the plurality of electrodes (7, 17, 27, 37, 37')of each through opening, wherein the electronic control circuit is configured to provide each of the plurality of electrodes of each individual through opening with a voltage such that each individual through opening comprises a quadrupole deflector (7; 37, 37') or an octopole deflector (27; 37, 37'), characterized in that the plurality of electrodes (7, 27, 37, 37') of a through opening are at least partially arranged against an inwards facing wall of said through opening (2, 12, 22, 32).
A liquid waste treatment apparatus comprising: a reaction tank having a double-tube structure including an outer tubular body and an inner tubular body disposed inside the outer tubular body and supported at a downstream end in a fluid transport direction thereof, whereby organic matter in a treatment-object fluid can undergo oxidative decomposition when mixed with an oxidizing agent, heated and pressurized while introduced into the inner tubular body, and the treatment-object fluid and the oxidizing agent in the inner tubular body are transported toward the downstream end portion along a tube longitudinal direction, characterized in that the inner tubular body is provided with a protruding portion protruding from an outer surface of the downstream end portion of the inner tubular body and extending around the whole periphery of the outer surface, and the protruding portion is pressed toward a downstream end of the outer tubular body in the fluid transport direction along the tube longitudinal direction, whereby the inner tubular body is supported at the downstream end in the fluid transport direction by the outer tubular body so as to form a cantilever, wherein the inner tubular body does not move relative to the outer tubular body a reaction tank having a double-tube structure including an outer tubular body and an inner tubular body disposed inside the outer tubular body and supported at a downstream end in a fluid transport direction thereof, whereby organic matter in a treatment-object fluid can undergo oxidative decomposition when mixed with an oxidizing agent, heated and pressurized while introduced into the inner tubular body, and the treatment-object fluid and the oxidizing agent in the inner tubular body are transported toward the downstream end portion along a tube longitudinal direction, characterized in that the inner tubular body is provided with a protruding portion protruding from an outer surface of the downstream end portion of the inner tubular body and extending around the whole periphery of the outer surface, and the protruding portion is pressed toward a downstream end of the outer tubular body in the fluid transport direction along the tube longitudinal direction, whereby the inner tubular body is supported at the downstream end in the fluid transport direction by the outer tubular body so as to form a cantilever, wherein the inner tubular body does not move relative to the outer tubular body
A quick-acting coupling for the removable junction of two pipelines (C1, C2) traveled by a fluid, the coupling comprising a male part and a female element that can fit into one another along a longitudinal axis (X-X'), the female element being equipped with: - a locking device (6; 1006; 2006; 3006) slidingly mounted in a body (1; 1001; 2001; 3001) of the female element along a radial axis (Y-Y') and pierced with at least one opening (61; 1061A; 2061; 3061) for fitting the male part, one wall of the opening being equipped with a first retaining means (64; 1064; 2064; 3064.1), the locking device (6; 1006; 2006; 3006) being movable between: - a first position in which the first retaining means can cooperate with a corresponding second retaining means (102; 1102; 2102; 3102) of the male part to keep the male part in the female element at a first fitting depth in the fitted fluid passage configuration, - a second position in which the locking device allows the male part to release the female element outside the first fitting depth, - a safety device able to keep the locking device (6; 1006; 2006; 3006) in its first position when the male part is in the configuration fitted in the female element. characterized in that when the locking device is in its first position, an action on the safety device along the radial axis (Y-Y') releases the locking device from its first position. - a locking device (6; 1006; 2006; 3006) slidingly mounted in a body (1; 1001; 2001; 3001) of the female element along a radial axis (Y-Y') and pierced with at least one opening (61; 1061A; 2061; 3061) for fitting the male part, one wall of the opening being equipped with a first retaining means (64; 1064; 2064; 3064.1), the locking device (6; 1006; 2006; 3006) being movable between: - a first position in which the first retaining means can cooperate with a corresponding second retaining means (102; 1102; 2102; 3102) of the male part to keep the male part in the female element at a first fitting depth in the fitted fluid passage configuration, - a second position in which the locking device allows the male part to release the female element outside the first fitting depth, - a first position in which the first retaining means can cooperate with a corresponding second retaining means (102; 1102; 2102; 3102) of the male part to keep the male part in the female element at a first fitting depth in the fitted fluid passage configuration, - a second position in which the locking device allows the male part to release the female element outside the first fitting depth, - a safety device able to keep the locking device (6; 1006; 2006; 3006) in its first position when the male part is in the configuration fitted in the female element.
A rectangular article boxing apparatus comprising: an aligning device for erecting upright and aligning a bundle of rectangular articles; a hand that grips the upright bundle; a multi-axis actuator for lifting the hand and for transferring the hand to a carton placing position and lowering the hand; and a first guide and a second guide disposed at a predetermined interval in a carton so that the bundle of articles can be inserted from above; characterized by an actuator for controlling the first guide and the second guide by driving in up-down/horizontal direction such that the first guide is displaced to above the upright bundle, the second guide moves the inserted bundle to a position in contact with the existing bundle and holds the bundles, subsequently the first guide holds the upright bundles in place of the second guide, and the second guide is displaced to a position at the predetermined interval from the first guide to receive the bundle to be conveyed next. an aligning device for erecting upright and aligning a bundle of rectangular articles; a hand that grips the upright bundle; a multi-axis actuator for lifting the hand and for transferring the hand to a carton placing position and lowering the hand; and a first guide and a second guide disposed at a predetermined interval in a carton so that the bundle of articles can be inserted from above; characterized by an actuator for controlling the first guide and the second guide by driving in up-down/horizontal direction such that the first guide is displaced to above the upright bundle, the second guide moves the inserted bundle to a position in contact with the existing bundle and holds the bundles, subsequently the first guide holds the upright bundles in place of the second guide, and the second guide is displaced to a position at the predetermined interval from the first guide to receive the bundle to be conveyed next.