mhurhangee/ep-ind-claims huggingface dataset:
A modular drilling rig system comprising multiple components, which system is transfigurable between a transport mode in which the components of the system are transportable by vehicles and an operational mode in which the components are assembled to a drilling rig which is adapted to drill into a well centre in the ground, the system comprising: a. a drilling rig mast which is moveable between a substantially horizontal connecting position and an operational position in which the drilling rig mast is positioned in a substantially vertical orientation above the well centre; b. a base structure adapted to be positioned in the operational mode on a surface near the well centre to support the drilling rig mast thereon, wherein the base structure comprises two elongated members (EM1, EM2) that are connected to each other by a cross beam in the operational mode; c. a displacement system (DD1, DD2, DD3, DD4) to displace the drilling rig in the operational mode with respect to the surface in a substantially horizontal direction, wherein the displacement system is configured to displace the two elongated members of the base structure together in order to displace the drilling rig in the operational mode, and in that the displacement system is configured such that the two elongated members can be displaced with respect to each other when the two elongated members are not connected to each other by the cross beam, characterized in that the system comprises a drive assembly (THJ1, THJ2) to pivot the drilling rig mast as a unit between the substantially horizontal connecting position and the substantially vertical operational position, that the drilling rig mast comprises multiple transportable mast sections (LS, MS, TS) that need to be assembled end-to-end to form the drilling rig mast, and that the two elongated members and the cross beam together form an H-arrangement when seen from above with the legs of the H at the side remote from the well centre being larger than the legs of the H at the side of the well centre, or that the two elongated members and the cross beam together form a C-arrangement when seen from above with the legs of the C at the side remote from the well centre, such that the two elongated members at the side remote from the well centre extend side-by-side with a spacing there between to assemble or disassemble the drilling rig mast in the substantially horizontal connecting position. a. a drilling rig mast which is moveable between a substantially horizontal connecting position and an operational position in which the drilling rig mast is positioned in a substantially vertical orientation above the well centre; b. a base structure adapted to be positioned in the operational mode on a surface near the well centre to support the drilling rig mast thereon, wherein the base structure comprises two elongated members (EM1, EM2) that are connected to each other by a cross beam in the operational mode; c. a displacement system (DD1, DD2, DD3, DD4) to displace the drilling rig in the operational mode with respect to the surface in a substantially horizontal direction,
An ultrasonic surgical instrument, comprising: - -an end effector configured to actuate from a first configuration to a second configuration, including: -an ultrasonic blade configured to apply ultrasonic energy to tissue, and -an RF electrode configured to apply RF energy to tissue; - -a shaft assembly projecting proximally from the end effector; - -a body projecting proximally from the shaft assembly, wherein the body includes an energy input operatively connected to the ultrasonic blade; and - a controller operatively connected to the energy input and operatively connected to the ultrasonic blade and the RF electrode, wherein the controller is configured to direct application of ultrasonic and RF energies to tissue via the ultrasonic blade and the RF electrode, respectively, according to an initial phase, a power phase, and a termination phase, wherein the controller in the initial phase is configured to power the ultrasonic blade and the RF electrode to process the tissue to have a desired burst pressure, wherein the controller in the power phase is configured to power the ultrasonic blade and the RF electrode to seal the tissue, and wherein the controller in the termination phase is configured to power the ultrasonic blade and the RF electrode to verify that the tissue is sealed while inhibiting transection of the tissue. - -an end effector configured to actuate from a first configuration to a second configuration, including: -an ultrasonic blade configured to apply ultrasonic energy to tissue, and -an RF electrode configured to apply RF energy to tissue; -an ultrasonic blade configured to apply ultrasonic energy to tissue, and -an RF electrode configured to apply RF energy to tissue; - -a shaft assembly projecting proximally from the end effector; - -a body projecting proximally from the shaft assembly, wherein the body includes an energy input operatively connected to the ultrasonic blade; and - a controller operatively connected to the energy input and operatively connected to the ultrasonic blade and the RF electrode, wherein the controller is configured to direct application of ultrasonic and RF energies to tissue via the ultrasonic blade and the RF electrode, respectively, according to an initial phase, a power phase, and a termination phase, wherein the controller in the initial phase is configured to power the ultrasonic blade and the RF electrode to process the tissue to have a desired burst pressure, wherein the controller in the power phase is configured to power the ultrasonic blade and the RF electrode to seal the tissue, and wherein the controller in the termination phase is configured to power the ultrasonic blade and the RF electrode to verify that the tissue is sealed while inhibiting transection of the tissue.
A compound: (i) selected from the group consisting of: and or (ii) comprising formula I, or a pharmaceutically acceptable salt thereof: wherein X represents an alkyl chain having 3 to 30 carbons and having: i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; wherein Y is an alkyl chain having 5 to 30 carbons; wherein Z represents OH; wherein L represents an oxygen atom. (i) selected from the group consisting of: and or (ii) comprising formula I, or a pharmaceutically acceptable salt thereof: wherein X represents an alkyl chain having 3 to 30 carbons and having: i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; wherein Y is an alkyl chain having 5 to 30 carbons; wherein Z represents OH; wherein L represents an oxygen atom. wherein X represents an alkyl chain having 3 to 30 carbons and having: i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; wherein Y is an alkyl chain having 5 to 30 carbons; wherein Z represents OH; wherein L represents an oxygen atom.
Automation device with a module for network analysis and a module for cloud connection, characterized in that a single analysis and cloud unit as an independent module of the automation device is integrated in an ASIC of the automation device connected to a network, that the ASIC has an Ethernet network controller with a first interface for loss-free reading of all received data of the network from network components connected to it the device-internal Ethernet side transmitters, that the Ethernet network controller has a second interface via which all existing Ethernet ports are connected to the analysis and cloud unit and that the analysis and cloud unit is connected to a cloud via a third interface.
A braided gravity cord with spot weights, wherein at predetermined intervals gravity elements have been braided into the gravity cord, wherein said gravity element is made of a plastic material of a higher specific gravity than that of water and said element has along its entire length a circular cross-section and said element has end sections with rounded tips, wherein at least part of the surface of the gravity element is covered with protruding studs, the protruding studs are located on the end sections, characterized in that the studs are placed on the end sections of the gravity element in groups where the groups are located symmetrically on the end section of the gravity element with respect to the longitudinal axis of the gravity element.
A device for generating an electric current and/or for electric motorisation for equipping a sailing craft itself comprising at least one set of batteries (14, 16), at least one drive comprising at least one thermal engine with an engine cover provided with a flange, a gearbox/reverse gear assembly provided with a flange, and in particular a shaft equipped with at least one propeller at an end thereof cooperating with said gearbox/reverse gear assembly, the current-generating device being able to be interposed between the flanges and, characterised in that said current generating and/or electric motorisation device is a module comprising at least: - a casing able to be secured to said flange of the engine cover, enclosing at least one generator assembly composed of a rotor and a stator, - a rear plate attached and secured to the casing on the one hand and attachable and securable to the flange of the gearbox/reverse gear assembly on the other hand. - a casing able to be secured to said flange of the engine cover, enclosing at least one generator assembly composed of a rotor and a stator, - a rear plate attached and secured to the casing on the one hand and attachable and securable to the flange of the gearbox/reverse gear assembly on the other hand.
An around view provision apparatus comprising: a plurality of cameras (195a,195b,195c,195d) mounted on a vehicle; a display; and a processor configured to receive a plurality of images (820a∼820d) from the plurality of cameras (195a,195b,195c,195d), characterized in that, the processor checks locations of the images using first area patterns in the plurality of images, compensates a parameter in an image using second area patterns located in overlapping areas between the plurality of images, and generates an around view image based on the compensated parameter, wherein the first area patterns are located in front, rear, left and right areas of the vehicle, and the second area patterns are located in corner areas of the vehicle. a plurality of cameras (195a,195b,195c,195d) mounted on a vehicle; a display; and a processor configured to receive a plurality of images (820a∼820d) from the plurality of cameras (195a,195b,195c,195d), characterized in that, the processor checks locations of the images using first area patterns in the plurality of images, compensates a parameter in an image using second area patterns located in overlapping areas between the plurality of images, and generates an around view image based on the compensated parameter, wherein the first area patterns are located in front, rear, left and right areas of the vehicle, and the second area patterns are located in corner areas of the vehicle.
A packaging having field modifiers for improved microwave heating and a filled dough-based cone-shaped product contained in the packaging, said packaging comprising a plurality of wall panels forming a box-shaped container configured to contain said filled dough-based cone-shaped product, said wall panels comprising a substrate made of a microwave inert material and a plurality of shielding patches made of a microwave shielding material arranged on selected inner areas thereof, wherein said microwave inert material of said substrate is selected from a group comprising paperboard material and plastic material, characterized in that the filled dough-based cone-shaped product comprises: a lower cone tip region; an upper cone rim region; and a filling having an exposed central top region, and in that said shielding patches comprise: a first set of shielding patches located on said wall panels around said lower cone tip region of the filled dough-based cone-shaped product and providing a selected shield of the lower cone tip region; and a second set of shielding patches located on the wall panels around said upper cone rim region of the filled dough-based cone-shaped product and providing a selected shield of the upper cone rim region and enhancing the heating of said exposed central top region of said filling of the filled dough-based cone-shaped product, said first and second sets of shielding patches (30-34; 35-38) comprising metallized labels adhered to an inner surface of said substrate. a lower cone tip region; an upper cone rim region; and a filling having an exposed central top region, and in that said shielding patches comprise: a first set of shielding patches located on said wall panels around said lower cone tip region of the filled dough-based cone-shaped product and providing a selected shield of the lower cone tip region; and a second set of shielding patches located on the wall panels around said upper cone rim region of the filled dough-based cone-shaped product and providing a selected shield of the upper cone rim region and enhancing the heating of said exposed central top region of said filling of the filled dough-based cone-shaped product, said first and second sets of shielding patches (30-34; 35-38) comprising metallized labels adhered to an inner surface of said substrate. a first set of shielding patches located on said wall panels around said lower cone tip region of the filled dough-based cone-shaped product and providing a selected shield of the lower cone tip region; and a second set of shielding patches located on the wall panels around said upper cone rim region of the filled dough-based cone-shaped product and providing a selected shield of the upper cone rim region and enhancing the heating of said exposed central top region of said filling of the filled dough-based cone-shaped product, said first and second sets of shielding patches (30-34; 35-38) comprising metallized labels adhered to an inner surface of said substrate.
Closure cap for a container for a more or less viscous liquid product, comprising: - a base defining a central axis, adapted for attachment at an opening of a container and having an upper surface provided with a product dispensing orifice; - a cover comprising a blocking device for closing off said dispensing orifice, and movable relative to the base between a closed position where said blocking device closes off the dispensing orifice and an open position where said blocking device frees said dispensing orifice to allow the product contained in the container to emerge; wherein said blocking device comprises a rolling element arranged so as to rotate within a housing provided in the cover and adapted to close off the product dispensing orifice when the cover is in the closed position and to roll on the upper surface of the base when said cover is moved between its open and closed positions, characterized in that the bottom of the housing in the cover has a product discharge orifice which opens into an inner space inside said cover. - a base defining a central axis, adapted for attachment at an opening of a container and having an upper surface provided with a product dispensing orifice; - a cover comprising a blocking device for closing off said dispensing orifice, and movable relative to the base between a closed position where said blocking device closes off the dispensing orifice and an open position where said blocking device frees said dispensing orifice to allow the product contained in the container to emerge; wherein said blocking device comprises a rolling element arranged so as to rotate within a housing provided in the cover and adapted to close off the product dispensing orifice when the cover is in the closed position and to roll on the upper surface of the base when said cover is moved between its open and closed positions, characterized in that the bottom of the housing in the cover has a product discharge orifice which opens into an inner space inside said cover.
A liquid applicator for applying a desired liquid to a surface, the applicator comprising: at least one ampoule formed of a frangible material for containing liquid to be applied; at least one hollow body defining an internal chamber for receiving at least one ampoule; characterised in that at least one porous element (16, 15) that contains colorant, wherein the porous element is positioned such that liquid flows through the porous element when at least one ampoule is fractured and colorant is transferred to the liquid to be applied. at least one ampoule formed of a frangible material for containing liquid to be applied; at least one hollow body defining an internal chamber for receiving at least one ampoule; characterised in that at least one porous element (16, 15) that contains colorant, wherein the porous element is positioned such that liquid flows through the porous element when at least one ampoule is fractured and colorant is transferred to the liquid to be applied.
A combustor for a gas turbine engine, comprising: a forward bulkhead having a plurality of circumferentially disposed injector apertures; an inner radial combustor wall attached to and extending axially out from the forward bulkhead; an outer radial combustor wall attached to and extending axially out from the forward bulkhead; and a plurality of air swirlers, wherein each air swirler is mounted in a respective one of the injector apertures; wherein the inner radial combustor wall includes a plurality of quench aperture sets (42, 44), each quench aperture set including a first inner quench aperture and a second inner quench aperture, wherein adjacent first and second quench apertures included within each quench aperture set are separated by an intraset distance, wherein adjacent quench apertures in adjacent quench aperture sets are separated by an interset distance, and wherein the interset distance is greater than the intraset distance; wherein the outer radial combustor wall is disposed radially outside the inner radial combustor wall defining an annular combustion region therebetween; and wherein each injector aperture is circumferentially aligned between the first quench aperture and the second quench aperture of a respective one of the plurality of quench aperture sets (42, 44); characterised in that the inner radial combustor wall only includes the first and second inner quench apertures (42, 44) of the quench aperture sets (42, 44).. a forward bulkhead having a plurality of circumferentially disposed injector apertures; an inner radial combustor wall attached to and extending axially out from the forward bulkhead; an outer radial combustor wall attached to and extending axially out from the forward bulkhead; and a plurality of air swirlers, wherein each air swirler is mounted in a respective one of the injector apertures; wherein the inner radial combustor wall includes a plurality of quench aperture sets (42, 44), each quench aperture set including a first inner quench aperture and a second inner quench aperture, wherein adjacent first and second quench apertures included within each quench aperture set are separated by an intraset distance, wherein adjacent quench apertures in adjacent quench aperture sets are separated by an interset distance, and wherein the interset distance is greater than the intraset distance; wherein the outer radial combustor wall is disposed radially outside the inner radial combustor wall defining an annular combustion region therebetween; and wherein each injector aperture is circumferentially aligned between the first quench aperture and the second quench aperture of a respective one of the plurality of quench aperture sets (42, 44); characterised in that the inner radial combustor wall only includes the first and second inner quench apertures (42, 44) of the quench aperture sets (42, 44)..
A mixer, for being disposed in a fuel gas combustion system and mixing air and fuel gas to form flammable mixed gases, wherein the mixer comprises: a Venturi tube, having an air inlet, a fuel gas inlet and a gas mixture outlet, the Venturi tube having a central axis direction and a throat positioned between the air inlet and the gas mixture outlet in the central axis direction, the fuel gas inlet being disposed at the throat; an adjustment component, disposed in the Venturi tube and located downstream of the throat, the adjustment component being drivable to move towards or away from the throat in the central axis direction, thereby changing a flow area of gas in the Venturi tube, wherein the adjustment component is a conical valve plug, and a conical outer surface thereof at a side facing towards the throat fits an inner surface of the Venturi tube at the throat. a Venturi tube, having an air inlet, a fuel gas inlet and a gas mixture outlet, the Venturi tube having a central axis direction and a throat positioned between the air inlet and the gas mixture outlet in the central axis direction, the fuel gas inlet being disposed at the throat; an adjustment component, disposed in the Venturi tube and located downstream of the throat, the adjustment component being drivable to move towards or away from the throat in the central axis direction, thereby changing a flow area of gas in the Venturi tube, wherein the adjustment component is a conical valve plug, and a conical outer surface thereof at a side facing towards the throat fits an inner surface of the Venturi tube at the throat.
A portable radio system, comprising: a radio device; and a battery pack removably attached to the radio device, the battery pack including a radio frequency power amplifier for increasing power of a signal from the radio device coupled to an input of the RF power amplifier, and a battery for supplying power to the RF power amplifier and to the radio device. a radio device; and a battery pack removably attached to the radio device, the battery pack including a radio frequency power amplifier for increasing power of a signal from the radio device coupled to an input of the RF power amplifier, and a battery for supplying power to the RF power amplifier and to the radio device.
A surgical instrument comprising: a first portion defining a cavity configured for disposal of a first implant support member, such that a second implant support member (152, 152a) is connectable with the first implant support member; and a second portion defining at least one passageway (72, 78) aligned with the cavity and including a guide engageable with the second implant support member (152, 152a) to orient the second implant support member (152, 152a) with the at least one passageway (72, 78) such that the second implant support member (152, 152a) is connectable with the first implant support member, wherein the second portion includes a central longitudinal rail and outer rails (60a, 60c) that define the at least one passageway (72, 78), the at least one passageway (72, 78) including a first axial slot and a second axial slot. a first portion defining a cavity configured for disposal of a first implant support member, such that a second implant support member (152, 152a) is connectable with the first implant support member; and a second portion defining at least one passageway (72, 78) aligned with the cavity and including a guide engageable with the second implant support member (152, 152a) to orient the second implant support member (152, 152a) with the at least one passageway (72, 78) such that the second implant support member (152, 152a) is connectable with the first implant support member, wherein the second portion includes a central longitudinal rail and outer rails (60a, 60c) that define the at least one passageway (72, 78), the at least one passageway (72, 78) including a first axial slot and a second axial slot.