mhurhangee/ep-ind-claims huggingface dataset:
A mid-turbine frame located in a gas turbine engine axially aft of a high-pressure turbine and fore of a low-pressure turbine, the mid-turbine frame comprising: an outer frame case; an inner frame case; a plurality of hollow spokes attached between the outer frame case and the inner frame case to distribute force from the inner frame case to the outer frame case, wherein cooling airflow flows through the plurality of hollow spokes to the inner frame case, the hollow spokes are connected to the outer frame case by nut that allows the hollow spokes to be tensioned, and the inner frame case includes a manifold defined by first and second annular walls, and first and second axial walls for receiving cooling airflow provided via the plurality of hollow spokes; characterised by further comprising: a metering plate configured to meter or control the flow of cooling airflow into the hollow spokes, wherein the size of the metering plate is adjustable to selectively increase or decrease the volume of cooling air provided to the hollow spokes to dictate the amount of cooling provided to the hollow spokes. an outer frame case; an inner frame case; a plurality of hollow spokes attached between the outer frame case and the inner frame case to distribute force from the inner frame case to the outer frame case, wherein cooling airflow flows through the plurality of hollow spokes to the inner frame case, the hollow spokes are connected to the outer frame case by nut that allows the hollow spokes to be tensioned, and the inner frame case includes a manifold defined by first and second annular walls, and first and second axial walls for receiving cooling airflow provided via the plurality of hollow spokes; characterised by further comprising: a metering plate configured to meter or control the flow of cooling airflow into the hollow spokes, wherein the size of the metering plate is adjustable to selectively increase or decrease the volume of cooling air provided to the hollow spokes to dictate the amount of cooling provided to the hollow spokes.
An ejecting system for dispensing countermeasure comprising: - at least one magazine comprising at least one expendable cartridge, wherein the at least one magazine comprises a transporting rack extending in a first direction; - a magazine feeding mechanism arranged to cooperate with said transporting rack to move each of the at least one magazines from a stored position to a loaded position; - a dispensing means arranged to hold said at least one magazine when said at least one magazine is in said loaded position, characterised in that the dispensing means comprises an electrical connector arrangement attachable to said magazine; - a first positioning mechanism arranged to move said dispensing means and the at least one magazine from the loaded position to a protruding position allowing for dispensing countermeasures away from the ejecting system. - at least one magazine comprising at least one expendable cartridge, wherein the at least one magazine comprises a transporting rack extending in a first direction; - a magazine feeding mechanism arranged to cooperate with said transporting rack to move each of the at least one magazines from a stored position to a loaded position; - a dispensing means arranged to hold said at least one magazine when said at least one magazine is in said loaded position, characterised in that the dispensing means comprises an electrical connector arrangement attachable to said magazine; - a first positioning mechanism arranged to move said dispensing means and the at least one magazine from the loaded position to a protruding position allowing for dispensing countermeasures away from the ejecting system.
A power tool system comprising: a hand-held power tool comprising a housing having a battery pack interface, an electrically-driven device and a first connector, a battery pack adapted to be detachably attached, e.g., directly, to the battery pack interface and to supply current to the electrically-driven device, and an adapter comprising a second connector adapted to be physically and electrically connected with the first connector in a detachable manner, the adapter being adapted to: receive power from the battery pack via the hand-held power tool and provide at least one additional electrical function to the hand-held power tool or to perform at least one additional electrical function that the hand-held power tool is not otherwise capable of performing, characterized in that: the adapter is at least partially disposed in a space that is defined in part by the housing and in part by the battery pack when the housing and battery pack are attached to each other. a hand-held power tool comprising a housing having a battery pack interface, an electrically-driven device and a first connector, a battery pack adapted to be detachably attached, e.g., directly, to the battery pack interface and to supply current to the electrically-driven device, and an adapter comprising a second connector adapted to be physically and electrically connected with the first connector in a detachable manner, the adapter being adapted to: receive power from the battery pack via the hand-held power tool and provide at least one additional electrical function to the hand-held power tool or to perform at least one additional electrical function that the hand-held power tool is not otherwise capable of performing, receive power from the battery pack via the hand-held power tool and provide at least one additional electrical function to the hand-held power tool or to perform at least one additional electrical function that the hand-held power tool is not otherwise capable of performing, characterized in that: the adapter is at least partially disposed in a space that is defined in part by the housing and in part by the battery pack when the housing and battery pack are attached to each other. the adapter is at least partially disposed in a space that is defined in part by the housing and in part by the battery pack when the housing and battery pack are attached to each other.
A data transmission method, comprising: determining (301, 401, 501), by a first device, first information, wherein the first information is used to indicate a quantity of code blocks CBs to be sent over an air interface; generating, by the first device, the CBs after performing coding by using a fountain code on a target transport block TB, and sending (302, 402, 502) a specified quantity of CBs to a second device based on the first information; starting (403, 503), by the first device, a timer; and the method being characterized in that: before the timer times out, if the first device receives a second information sent by the second device, increasing, based on the second information, the quantity of CBs to be sent over the air interface; or when the timer times out, if the first device does not receive the second information sent by the second device, decreasing, by the first device, the quantity of CBs to be sent over the air interface. determining (301, 401, 501), by a first device, first information, wherein the first information is used to indicate a quantity of code blocks CBs to be sent over an air interface; generating, by the first device, the CBs after performing coding by using a fountain code on a target transport block TB, and sending (302, 402, 502) a specified quantity of CBs to a second device based on the first information; starting (403, 503), by the first device, a timer; and the method being characterized in that: before the timer times out, if the first device receives a second information sent by the second device, increasing, based on the second information, the quantity of CBs to be sent over the air interface; or when the timer times out, if the first device does not receive the second information sent by the second device, decreasing, by the first device, the quantity of CBs to be sent over the air interface. before the timer times out, if the first device receives a second information sent by the second device, increasing, based on the second information, the quantity of CBs to be sent over the air interface; or when the timer times out, if the first device does not receive the second information sent by the second device, decreasing, by the first device, the quantity of CBs to be sent over the air interface.
An in vitro method of modulating expression of two or more target nucleic acids in a cell comprising introducing into the cell a first foreign nucleic acid encoding two or more RNAs complementary to the two or more target nucleic acids, introducing into the cell a second foreign nucleic acid encoding two or more orthogonal RNA guided nuclease null DNA binding proteins that respectively bind to the two or more target nucleic acids and are guided by the two or more RNAs, introducing into the cell a third foreign nucleic acid encoding two or more transcriptional regulator proteins or domains, wherein the RNAs, the orthogonal RNA guided nuclease-null DNA binding proteins, and the transcriptional regulator proteins or domains are expressed, wherein two or more co-localization complexes form between an RNA, an orthogonal RNA guided nuclease null DNA binding protein, a transcriptional regulator protein or domain and a target nucleic acid and wherein the transcriptional regulator protein or domain regulates expression of the target nucleic acid.
Repair set for replacing a worn roof area of a bellows separated from the bellows, wherein the bellows comprises a plurality of successively arranged bellows frames, wherein the bellows part is part of a gangway device between two articulately connected vehicles, wherein the repair set comprises a bellows roof section, wherein the bellows roof section comprises a plurality of circumferentially U-shaped bellows roof frames, wherein the repair set further includes connection elements for connecting the bellows frames of the rest of the bellows with the circumferentially U-shaped bellows roof frames of the bellows roof section, wherein the bellows roof section comprises a screw-on frame part surrounding it circumferentially on both sides on its front side.
A device, comprising: a first portion associated with a first display (126) and a second portion associated with a second display (126), the first portion rotatably secured to a first hinge shaft (204) and the second portion rotatably secured to a second hinge shaft (204) that is a fixed distance from the first hinge shaft (204; a synchronizing element that synchronizes rotation around the first and second hinge shafts (204, 204); and a communication member defining the first and second hinge shafts (204, 204) at the fixed distance from one another, characterized in that the synchronizing element is a tensioned synchronizing element positioned around the first and second hinge shafts (204, 204); the communication member defines first rotation limiters (224, 224) and second rotation limiters (224, 224); and the rotation around the first and second hinge shafts (204, 204) is synchronized through a range of rotation that is defined at least in part by the first rotation limiters (224, 224) and the second rotation limiters (224, 224). a first portion associated with a first display (126) and a second portion associated with a second display (126), the first portion rotatably secured to a first hinge shaft (204) and the second portion rotatably secured to a second hinge shaft (204) that is a fixed distance from the first hinge shaft (204; a synchronizing element that synchronizes rotation around the first and second hinge shafts (204, 204); and a communication member defining the first and second hinge shafts (204, 204) at the fixed distance from one another, characterized in that the synchronizing element is a tensioned synchronizing element positioned around the first and second hinge shafts (204, 204); the communication member defines first rotation limiters (224, 224) and second rotation limiters (224, 224); and the rotation around the first and second hinge shafts (204, 204) is synchronized through a range of rotation that is defined at least in part by the first rotation limiters (224, 224) and the second rotation limiters (224, 224).
A light-emitting device comprising a heterostructure of III-nitride material, having a first light emitting unit comprising an active region sandwiched between an n-contact layer and a p-contact layer; an opaque p-electrode, attached to the p-contact layer; an n-electrode comprising multiple fingers and attached to the n-contact layer, the fingers interposing the p-electrode; and p- and n-solder interfaces having a combined solder area A s, the p-solder interface affixed to the p-electrode and the n-solder interface affixed to the n-electrode; wherein the solder area A s is at least 15% of the p-electrode area.
A system comprising: a plurality of light sources (105A, 105B, 105C) configured to produce a plurality of light beams at different spectral wavebands; and an optical assembly configured to combine the plurality of light beams into one or more incident light sheets, each incident light sheet illuminating one or more nanoparticles in a liquid sample; characterized by the plurality of light beams including light beams having a blue spectral waveband, a green spectral waveband, and a red spectral waveband; and one or more image detectors (123, 125, 127, 129) configured to detect, using a plurality of wavelengths, light scattered by one or more nanoparticles, the plurality of wavelengths corresponding to the different spectral wavebands of the plurality of light beams; wherein the plurality of light sources (105A, 105B, 105C) includes a blue light source 105C), a green light source and a red light source, the blue light source operating at a higher output power than the green light source and the blue light source operating at a higher output power than the red light source. a plurality of light sources (105A, 105B, 105C) configured to produce a plurality of light beams at different spectral wavebands; and an optical assembly configured to combine the plurality of light beams into one or more incident light sheets, each incident light sheet illuminating one or more nanoparticles in a liquid sample; characterized by the plurality of light beams including light beams having a blue spectral waveband, a green spectral waveband, and a red spectral waveband; and one or more image detectors (123, 125, 127, 129) configured to detect, using a plurality of wavelengths, light scattered by one or more nanoparticles, the plurality of wavelengths corresponding to the different spectral wavebands of the plurality of light beams; wherein the plurality of light sources (105A, 105B, 105C) includes a blue light source 105C), a green light source and a red light source, the blue light source operating at a higher output power than the green light source and the blue light source operating at a higher output power than the red light source.
Composite as an application segment for a semi-finished product of a book-like document, wherein the composite has a carrier film and two adhesive layers (43, 44) each is applied to the opposite sides of the carrier film, wherein the adhesive layer containing a reactive hot-melt adhesive composition which is enriched with temperature-sensitive, color-changing pigments which, by a color change, indicate that the hot-melt adhesive composition has been heated to its activation temperature, at least in certain regions, wherein either - the adhesive layer, which contains the reactive hot-melt adhesive composition with temperature-sensitive, color-changing pigments, is provided on both sides of the carrier film, or - the carrier film receives on one side the adhesive layer which contains the reactive hot-melt adhesive composition which is enriched with temperature-sensitive, color-changing pigments and receives on the opposite side an adhesive layer which is tacky in the initial state. - the adhesive layer, which contains the reactive hot-melt adhesive composition with temperature-sensitive, color-changing pigments, is provided on both sides of the carrier film, or - the carrier film receives on one side the adhesive layer which contains the reactive hot-melt adhesive composition which is enriched with temperature-sensitive, color-changing pigments and receives on the opposite side an adhesive layer which is tacky in the initial state.
A footwear item with a device for storing information or an object, comprising a sole, the sole including a front part and a rear part, wherein the sole includes a hole that opens onto the front part or the rear part of the footwear item, and in that the footwear item comprises a casing (3, 4) inserted into the hole of the sole, the casing (3, 4) comprising a duct suitable for insertion into the hole in the sole, the duct including an opening and being fixed in the hole in the sole so as to secure the duct to the sole permanently, and the duct being equipped with a cover, the cover including a tube suitable for insertion into the duct via the opening and allowing the storage of information or an object, characterised in that the cover hermetically closes the opening of the duct in order to make the casing (3, 4) leak-tight, and in that the duct also comprises an anchoring means (233, 333, 433) integrated in the duct, the anchoring means being suitable for fixing the duct in the hole in the sole and for securing the duct to the sole permanently, and in that a) either the opening of the tube is open and the tube is obstructed at the opening by a removable cap making it possible to close and block the information or object disposed in the tube, the cap including a cap head having a diameter slightly larger than the body of the cap suitable for insertion in said tube, b) or the opening of the tube is closed by an end face so as to obtain a closed tube making it possible to close off and block the information or object disposed in the tube. a) either the opening of the tube is open and the tube is obstructed at the opening by a removable cap making it possible to close and block the information or object disposed in the tube, the cap including a cap head having a diameter slightly larger than the body of the cap suitable for insertion in said tube, b) or the opening of the tube is closed by an end face so as to obtain a closed tube making it possible to close off and block the information or object disposed in the tube.
Sectional door panel with a front wall, a rear wall, an intermediate space between the front wall and the rear wall, a tooth-shaped projection on an upper side, an indentation on a lower side and lateral end caps which at least partially cover the intermediate space with a side wall, wherein the end caps at least partially cover the indentation laterally, characterised in that the side walls formed by the end caps are arranged at an upper side wall section, which at least partially conceals the tooth-shaped projection, opposite a side wall section adjoining below with a horizontal offset in the direction of the adjacent front wall and rear wall.
A method comprising: receiving a packet at a service node comprising a secondary classifier, the service node being located in a network environment comprising a plurality of service nodes, secondary classifiers and a central classifier; the secondary classifier analyzing (124, 136) the packet for at least one of a service chain modification and a service chain initiation; the secondary classifier classifying the packet at the service node to a new service chain based on the analysis; initiating (128, 130) the new service chain at the service node if the analysis indicates service chain initiation; and the secondary classifier modifying an existing service chain for the packet to the new service chain if the analysis indicates service chain modification; and the secondary classifier receiving service node attributes and order of service nodes in substantially all service chains configured in the network from a central controller, wherein the service node attributes include location of respective service nodes in the network, and wherein the packet is received on a service overlay associated with the existing service chain for the packet, wherein when the packet is not associated with any service chain, the packet is received by at least one of origination at the service node and receipt on an underlay. receiving a packet at a service node comprising a secondary classifier, the service node being located in a network environment comprising a plurality of service nodes, secondary classifiers and a central classifier; the secondary classifier analyzing (124, 136) the packet for at least one of a service chain modification and a service chain initiation; the secondary classifier classifying the packet at the service node to a new service chain based on the analysis; initiating (128, 130) the new service chain at the service node if the analysis indicates service chain initiation; and the secondary classifier modifying an existing service chain for the packet to the new service chain if the analysis indicates service chain modification; and the secondary classifier receiving service node attributes and order of service nodes in substantially all service chains configured in the network from a central controller, wherein the service node attributes include location of respective service nodes in the network, and wherein the packet is received on a service overlay associated with the existing service chain for the packet, wherein when the packet is not associated with any service chain, the packet is received by at least one of origination at the service node and receipt on an underlay.
A system composed of at least two unmanned aerial vehicles, each aerial vehicle comprising a drive unit, a flight control unit for controlling the trajectory of the aerial vehicle by means of the drive unit and a rechargeable power cell, each aerial vehicle comprising an electrical first interface, wherein the system comprises at least one transport device with at least one chamber defined by boundary elements for receiving the aerial vehicles stacked essentially vertically in the operating position and an electrical control and supply system for charging the power cells and/or for communicating with the flight control units via the first interfaces, characterized in that each aerial vehicle has a modular swarm control unit designed as a core module, wherein the aerial vehicles are designed by means of the core modules so as to be mechanically stackable along a stacking axis which is essentially vertical in the operating position, and wherein each core module comprises the flight control unit, the power cell, the first interface located at a lower side of the core module, and an electrical third interface which is located at an upper side of the core module opposite to the lower side along the stacking axis and is designed for electrical connection with the first interface of an aerial vehicle stacked on top of it, wherein, in a stacked and connected state of the aerial vehicles, the control and supply system is designed for charging the power cells and/or for communication with the core modules via the first interfaces and the third interfaces.