mhurhangee/ep-ind-claims huggingface dataset:
A drilling assembly (130; 200) for use in drilling of a wellbore, comprising: a power generator that generates power in response to flow of a fluid through the drilling assembly (130; 200); a turbine associated with the power generator, the turbine configured to be operated by flow of a fluid through the drilling assembly (130; 200); and a downhole device; wherein the drilling assembly (130; 200) further comprises: a detection logic configured to: detect occurrence of a flow-off state by detecting a speed of the turbine associated with the power generator, and determine a duration of the flow-off state and a residual power available to the drilling assembly (130; 200) during the flow-off state upon occurrence of the flow-off state; and a controller configured to shut down the downhole device in response to the detection of the flow-off state using the residual power available to the drilling assembly (130; 200) during the flow-off state without use of downhole battery power. a power generator that generates power in response to flow of a fluid through the drilling assembly (130; 200); a turbine associated with the power generator, the turbine configured to be operated by flow of a fluid through the drilling assembly (130; 200); and a downhole device; wherein the drilling assembly (130; 200) further comprises: a detection logic configured to: detect occurrence of a flow-off state by detecting a speed of the turbine associated with the power generator, and determine a duration of the flow-off state and a residual power available to the drilling assembly (130; 200) during the flow-off state upon occurrence of the flow-off state; and a controller configured to shut down the downhole device in response to the detection of the flow-off state using the residual power available to the drilling assembly (130; 200) during the flow-off state without use of downhole battery power. a detection logic configured to: detect occurrence of a flow-off state by detecting a speed of the turbine associated with the power generator, and determine a duration of the flow-off state and a residual power available to the drilling assembly (130; 200) during the flow-off state upon occurrence of the flow-off state; and a controller configured to shut down the downhole device in response to the detection of the flow-off state using the residual power available to the drilling assembly (130; 200) during the flow-off state without use of downhole battery power.
A work vehicle comprising: an engine; a transmission configured to change the speed of the engine and/or the output of the engine; a fuel tank that has a fuel supply inlet and is configured to store engine fuel; and a liquid tank that has a liquid supply inlet and is configured to store purification liquid used in purification of engine exhaust gas, characterised in that the transmission is arranged to the rear of the engine; the liquid tank is arranged adjacent to an outer-side side surface of the fuel tank; the fuel tank comprises: a main tank section that extends along a side of a transmission and along a front-rear direction of a vehicle body, and an extension tank section that extends forward and outward from the main tank section; and the fuel tank and the liquid tank are arranged such that the fuel tank protects the liquid tank from the hot air from the engine. an engine; a transmission configured to change the speed of the engine and/or the output of the engine; a fuel tank that has a fuel supply inlet and is configured to store engine fuel; and a liquid tank that has a liquid supply inlet and is configured to store purification liquid used in purification of engine exhaust gas, characterised in that the transmission is arranged to the rear of the engine; the liquid tank is arranged adjacent to an outer-side side surface of the fuel tank; the fuel tank comprises: a main tank section that extends along a side of a transmission and along a front-rear direction of a vehicle body, and an extension tank section that extends forward and outward from the main tank section; and a main tank section that extends along a side of a transmission and along a front-rear direction of a vehicle body, and an extension tank section that extends forward and outward from the main tank section; and the fuel tank and the liquid tank are arranged such that the fuel tank protects the liquid tank from the hot air from the engine.
A printer, comprising: a housing; a printer cover configured to rotate between a closed position at which the printer cover closes an interior of the housing and an open position at which the printer cover opens the interior of the housing; a platen roller configured to feed print medium; a thermal head opposed to the platen roller when the printer cover is located at the closed position; an operation member configured to connect and disconnect the thermal head, the operation member guides the print medium fed by the platen roller when the printer cover is located at the closed position; a connecting part capable of being connected to and disconnected from the thermal head, wherein connecting of the connecting part to the thermal head establishes a connection of the thermal head to a control circuit; and the operation member moves between a first position and a second position different from the first position to connect and disconnect the thermal head and the connecting part. a housing; a printer cover configured to rotate between a closed position at which the printer cover closes an interior of the housing and an open position at which the printer cover opens the interior of the housing; a platen roller configured to feed print medium; a thermal head opposed to the platen roller when the printer cover is located at the closed position; an operation member configured to connect and disconnect the thermal head, the operation member guides the print medium fed by the platen roller when the printer cover is located at the closed position; a connecting part capable of being connected to and disconnected from the thermal head, wherein connecting of the connecting part to the thermal head establishes a connection of the thermal head to a control circuit; and the operation member moves between a first position and a second position different from the first position to connect and disconnect the thermal head and the connecting part.
A computing device, comprising: plural input mechanisms, including: at least one contact-type input mechanism for providing at least one contact input event that indicates contact with the computing device; and at least one movement-type input mechanism for providing at least one movement input event that indicates one or more of orientation and motion of the computing device; and an interpretation and behavior selection module, IBSM, for receiving said at least one contact input event and said at least one movement input event, the IBSM being configured to use said at least one contact input event and said at least one movement input event to detect a gesture that involves movement of the computing device in a prescribed manner, the IBSM being characterised in that: it is configured for obtaining the relative location of one or more target entities, and wherein the gesture comprises a movement pointing the computing device in the direction of a target entity, and the gesture comprises a contact identifying an object on a display surface, the IBSM enabling behavior to be executed that is associated with the gesture, the behavior resulting in application-specific objective in relation to the object and the target entity. plural input mechanisms, including: at least one contact-type input mechanism for providing at least one contact input event that indicates contact with the computing device; and at least one movement-type input mechanism for providing at least one movement input event that indicates one or more of orientation and motion of the computing device; and at least one contact-type input mechanism for providing at least one contact input event that indicates contact with the computing device; and at least one movement-type input mechanism for providing at least one movement input event that indicates one or more of orientation and motion of the computing device; and an interpretation and behavior selection module, IBSM, for receiving said at least one contact input event and said at least one movement input event, the IBSM being configured to use said at least one contact input event and said at least one movement input event to detect a gesture that involves movement of the computing device in a prescribed manner, it is configured for obtaining the relative location of one or more target entities, and wherein the gesture comprises a movement pointing the computing device in the direction of a target entity, and the gesture comprises a contact identifying an object on a display surface, the IBSM enabling behavior to be executed that is associated with the gesture, the behavior resulting in application-specific objective in relation to the object and the target entity.
A method of manufacturing a carrier structure of a package for embedding one or more electronic components, in particular microwave integrated circuits and discrete passive components, comprising the steps of: - forming a back-side metallization layer, - forming a polymer profile in layers on top of said backside metallization layer by subsequently forming two or more polymer layers by photo polymerisation, wherein one or more cavities (43, 44) are formed in said polymer profile for placing one or more electronic components (50, 60) therein, said electronic components having a back-side terminal (51, 61) and one or more front-side terminals (52, 62), wherein said polymer profile is formed such that a polymer-free groove is formed around single cavities or groups of cavities so that a front-side metallization layer contacts the back-side metallization layer when formed on top of said polymer profile, - forming a front-side metallization layer on top of said polymer profile. - forming a back-side metallization layer, - forming a polymer profile in layers on top of said backside metallization layer by subsequently forming two or more polymer layers by photo polymerisation, wherein one or more cavities (43, 44) are formed in said polymer profile for placing one or more electronic components (50, 60) therein, said electronic components having a back-side terminal (51, 61) and one or more front-side terminals (52, 62), wherein said polymer profile is formed such that a polymer-free groove is formed around single cavities or groups of cavities so that a front-side metallization layer contacts the back-side metallization layer when formed on top of said polymer profile, - forming a front-side metallization layer on top of said polymer profile.
A frame for supporting a second pallet above a first pallet in tiered relationship, said frame comprising an assembly of corner posts (2,4,6,8), each capable of extending upwardly from corner regions of the first pallet, and a plurality of tie members (12,14,16,18), each arranged to extend between two adjacent corner posts (2,4,6,8) to interconnect the corner posts, a support deck being detachably supported on the corner posts (2,4,6,8) at or adjacent upper ends thereof for supporting the second pallet thereon, characterised in that the support deck comprises two or more leaves (46,48) hingedly connected together via a hinge to be foldable between a substantially flat operative configuration and a folded configuration, such that the support deck can be positioned over the corner posts (2,4,6,8) in its folded configuration, the hinge of the support deck defining a raised ridge, and pushed down to its substantially flat unfolded configuration, causing opposite sides of the support deck to push outwardly on the corner posts (2,4,6,8) such that the support deck applies an outwardly directed biasing force on the corner posts (2,4,6,8) when supported thereon whereby, in use, the first pallet is firmly gripped by the lower ends of the corner posts (2,4,6,8).
Machine for producing and/or processing a fibrous web, in particular a tissue web, having a press roller and a counter roller that conjointly with the press roller forms a roller nip and is embodied as a Yankee cylinder, wherein the shell area of said counter roller has a contour that runs in the cross-machine direction and in the operation of the machine is modified in comparison to the idle state of the machine, and wherein the press roller has a roller core and a roller covering that surrounds the roller core, and a plurality of pressure and/or temperature sensors are disposed in the roller covering and/or between the roller core and the roller covering, wherein the counter roller is heated from the inside by means of steam, and the contour of the counter roller when viewed in operation in the cross-machine direction at least in portions is curved, in particular at least in portions is concave or convex, and the pressure and/or temperature sensors in the cross-machine direction of the press roller at least in regions are spaced apart by dissimilar distances, wherein the pressure and/or temperature sensors in peripheral regions of the press roller when viewed in the cross-machine direction have a tighter mutual spacing than in a central region of the press roller when viewed in the cross-machine direction.
Method of installing an offshore wind turbine comprising a column supported on a foundation, a generator supported on the column having a drive axis and a hub attached to said drive axis, and at least three rotor blades (8,9,10) connected to the hub for driving the axis in rotation, characterised by the steps of: - on shore attaching the generator to a column upper part and fixing one rotor blade to the hub in an operational position and connecting two rotor blades (8,9) to the hub via a hinge connection (13,15) in a transport position so that they extend substantially in the same direction as the fixed rotor blade, - lifting the assembly of column upper part, generator and rotor blades (8,9,10) onto a vessel via a lifting device attached at the top of the assembly, - sailing the vessel to a foundation at an offshore installation site, - lifting the assembly, and attaching the column upper part to the foundation, - hinging a first hinging rotor blade into a substantially vertical state by rotation of the hub and fixing the rotor blade in its operational position to the hub in the vertical state, and - hinging the second hinging rotor blade into a substantially vertical state by rotation of the hub and fixing the rotor blade in its operational position to the hub in the vertical state. - on shore attaching the generator to a column upper part and fixing one rotor blade to the hub in an operational position and connecting two rotor blades (8,9) to the hub via a hinge connection (13,15) in a transport position so that they extend substantially in the same direction as the fixed rotor blade, - lifting the assembly of column upper part, generator and rotor blades (8,9,10) onto a vessel via a lifting device attached at the top of the assembly, - sailing the vessel to a foundation at an offshore installation site, - lifting the assembly, and attaching the column upper part to the foundation, - hinging a first hinging rotor blade into a substantially vertical state by rotation of the hub and fixing the rotor blade in its operational position to the hub in the vertical state, and - hinging the second hinging rotor blade into a substantially vertical state by rotation of the hub and fixing the rotor blade in its operational position to the hub in the vertical state.
A surgical instrument, comprising: (a) a body, wherein the body defines a longitudinal axis, wherein the body defines a single coupling post; (b) an ultrasonic blade extending distally from the body, wherein the ultrasonic blade is operable to apply ultrasonic energy to tissue; and (c) a clamp arm, wherein the clamp arm defines a single coupling opening configured to receive the coupling post, wherein the clamp arm is operable to compress tissue against the ultrasonic blade, wherein the clamp arm comprises an electrode operable to apply RF energy to tissue, wherein the clamp arm is configured to be loaded onto and removed from the coupling post along a path that is transverse to the longitudinal axis defined by the body when the clamp arm is at a first angular orientation relative to the body, wherein the coupling post is configured to pivotably secure the clamp arm to the body when the clamp arm is within a predefined angular orientation range relative to the body that excludes the first angular orientation, wherein the clamp arm is configured to pivot about the coupling post within the predefined angular orientation range, wherein the body includes an electrical conductor, wherein the electrical conductor comprises the coupling post, wherein the coupling post defines a second longitudinal axis, wherein the second longitudinal axis is transverse to the first longitudinal axis; and wherein the electrode is configured to receive electrical energy through the coupling post, wherein the clamp arm is configured to pivot about the second longitudinal axis. (a) a body, wherein the body defines a longitudinal axis, wherein the body defines a single coupling post; (b) an ultrasonic blade extending distally from the body, wherein the ultrasonic blade is operable to apply ultrasonic energy to tissue; and (c) a clamp arm, wherein the clamp arm defines a single coupling opening configured to receive the coupling post, wherein the clamp arm is operable to compress tissue against the ultrasonic blade, wherein the clamp arm comprises an electrode operable to apply RF energy to tissue, wherein the clamp arm is configured to be loaded onto and removed from the coupling post along a path that is transverse to the longitudinal axis defined by the body when the clamp arm is at a first angular orientation relative to the body, wherein the coupling post is configured to pivotably secure the clamp arm to the body when the clamp arm is within a predefined angular orientation range relative to the body that excludes the first angular orientation, wherein the clamp arm is configured to pivot about the coupling post within the predefined angular orientation range, wherein the body includes an electrical conductor, wherein the electrical conductor comprises the coupling post, wherein the coupling post defines a second longitudinal axis, wherein the second longitudinal axis is transverse to the first longitudinal axis; and wherein the electrode is configured to receive electrical energy through the coupling post, wherein the clamp arm is configured to pivot about the second longitudinal axis.
Separator comprising a sheetlike flexible substrate having a multiplicity of openings and having a porous inorganic coating on and in said substrate, the material of said substrate being selected from woven or non-woven electrically nonconductive fibers, characterized in that said substrate comprises polymeric or natural fibers and has a porosity of more than 50%.
A method to manage connections to a Bluetooth device, comprising: upon performing a power-on reset for a Bluetooth, BT, device having a volatile memory; and a non-volatile memory, NVM, the NVM storing device identification information, DII, data and persistent BT data associated with a plurality of bonded BT peer devices (102,104); and prior to an active connection being formed with one of the bonded BT peer devices: accessing the DII data within the NVM; and storing the DII data in the volatile memory wherein the persistent BT data is accessed within the NVM and stored in the volatile memory only after an active connection is formed with one of the bonded BT peer devices. upon performing a power-on reset for a Bluetooth, BT, device having a volatile memory; and a non-volatile memory, NVM, the NVM storing device identification information, DII, data and persistent BT data associated with a plurality of bonded BT peer devices (102,104); and prior to an active connection being formed with one of the bonded BT peer devices: accessing the DII data within the NVM; and storing the DII data in the volatile memory wherein the persistent BT data is accessed within the NVM and stored in the volatile memory only after an active connection is formed with one of the bonded BT peer devices. accessing the DII data within the NVM; and storing the DII data in the volatile memory wherein the persistent BT data is accessed within the NVM and stored in the volatile memory only after an active connection is formed with one of the bonded BT peer devices.
An applicator instrument for dispensing surgical fasteners comprising: an elongated shaft having a proximal shaft section and a distal shaft section, said proximal shaft section including an outer sheath and said distal shaft section including a segmented member disposed within a distal end of said outer sheath, wherein said segmented member is moveable between a straight configuration and an articulated configuration; a handle secured to said proximal shaft section; an actuator provided on said handle and being coupled with said outer sheath for moving said outer sheath in proximal and distal directions along an axis, wherein a lower end of the actuator is pivotally connected with a body of the handle via a pivot; an articulation band disposed within said outer sheath that extends from said handle to said segmented member, said articulation band having a proximal end coupled with said actuator and a distal end attached to said segmented member, wherein said actuator is moveable in a first direction for moving said outer sheath in a proximal direction along the axis to expose a portion of said segmented member and applying tension to said articulation band for moving said segmented member into the articulated configuration, and wherein said actuator is moveable in a second, opposite direction for moving said outer sheath in a distal direction along the axis to cover the portion of said segmented member and to release the tension on said articulation band to enable said segmented member to return to the straight configuration. an elongated shaft having a proximal shaft section and a distal shaft section, said proximal shaft section including an outer sheath and said distal shaft section including a segmented member disposed within a distal end of said outer sheath, wherein said segmented member is moveable between a straight configuration and an articulated configuration; a handle secured to said proximal shaft section; an actuator provided on said handle and being coupled with said outer sheath for moving said outer sheath in proximal and distal directions along an axis, wherein a lower end of the actuator is pivotally connected with a body of the handle via a pivot; an articulation band disposed within said outer sheath that extends from said handle to said segmented member, said articulation band having a proximal end coupled with said actuator and a distal end attached to said segmented member, wherein said actuator is moveable in a first direction for moving said outer sheath in a proximal direction along the axis to expose a portion of said segmented member and applying tension to said articulation band for moving said segmented member into the articulated configuration, and wherein said actuator is moveable in a second, opposite direction for moving said outer sheath in a distal direction along the axis to cover the portion of said segmented member and to release the tension on said articulation band to enable said segmented member to return to the straight configuration.