mhurhangee/ep-ind-claims huggingface dataset:
A floating vessel equipped with a power plant and comprising a hull and a process deck arranged on a portion of the hull above one or more compartments within the hull, the power plant comprising a fuel source, and at least one electrical power generator driven by a gas turbine; the fuel source arranged for providing fuel to the gas turbine of the at least one power generator, wherein the fuel source is a fuel gas source comprising at least one LNG storage tank for storing LNG and a regasification unit coupled to the at least one LNG storage tank for producing a stream of regasified natural gas from stored LNG, and per one or more gas turbine, the floating vessel is equipped with a steam production unit coupled to an exhaust of the gas turbine for receiving heat to produce pressurized steam; per each steam production unit, the floating vessel is equipped with at least one secondary power generator driven by a steam turbine, which is coupled to the steam production unit for receiving produced steam; each gas turbine and steam production unit are positioned on or above the process deck, and each secondary power generator and steam turbine are positioned under the process deck in the one or more compartments, and characterized in that the floating vessel is a converted LNG carrier having a number of LNG storage tanks originally installed for storage of the fuel gas, in which a portion of the number of originally installed LNG storage tanks is removed at positions within the location of the process deck. the power plant comprising a fuel source, and at least one electrical power generator driven by a gas turbine; the fuel source arranged for providing fuel to the gas turbine of the at least one power generator, wherein the fuel source is a fuel gas source comprising at least one LNG storage tank for storing LNG and a regasification unit coupled to the at least one LNG storage tank for producing a stream of regasified natural gas from stored LNG, and per one or more gas turbine, the floating vessel is equipped with a steam production unit coupled to an exhaust of the gas turbine for receiving heat to produce pressurized steam; per each steam production unit, the floating vessel is equipped with at least one secondary power generator driven by a steam turbine, which is coupled to the steam production unit for receiving produced steam; each gas turbine and steam production unit are positioned on or above the process deck, and each secondary power generator and steam turbine are positioned under the process deck in the one or more compartments, and characterized in that the floating vessel is a converted LNG carrier having a number of LNG storage tanks originally installed for storage of the fuel gas, in which a portion of the number of originally installed LNG storage tanks is removed at positions within the location of the process deck.
A management system for rechargeable energy storage devices comprising series connected energy storage cells (B1, B2, B3, B4, Bn) and a control unit, characterized in that said management system further comprises • a cell splitting circuit comprising switches (S9, S10) configured for splitting the series connected energy storage cells (B1, B2, B3, B4, Bn) into groups of cells, • a mode selection circuit comprising switching devices and a single ohmic device and wherein the switching devices are configured to select anyone of: a) externally powered cell balancing, wherein externally powered cell balancing is a passive balancing mode during charging or discharging of the rechargeable energy storage devices, b) internally powered cell balancing, wherein internally powered cell balancing is a series-parallel mode balancing during a rest time, and c) an internally powered diagnostic test for state-of-health or state-of-charge estimation, wherein a group of cells of said groups of cells split with the cell splitting circuit is adapted to apply an excitation current for testing another group of cells of said groups of cells, and wherein said single ohmic device is determining a level of balancing current for said passive and for said series-parallel mode balancing. • a cell splitting circuit comprising switches (S9, S10) configured for splitting the series connected energy storage cells (B1, B2, B3, B4, Bn) into groups of cells, • a mode selection circuit comprising switching devices and a single ohmic device and wherein the switching devices are configured to select anyone of: a) externally powered cell balancing, wherein externally powered cell balancing is a passive balancing mode during charging or discharging of the rechargeable energy storage devices, b) internally powered cell balancing, wherein internally powered cell balancing is a series-parallel mode balancing during a rest time, and c) an internally powered diagnostic test for state-of-health or state-of-charge estimation, wherein a group of cells of said groups of cells split with the cell splitting circuit is adapted to apply an excitation current for testing another group of cells of said groups of cells, a) externally powered cell balancing, wherein externally powered cell balancing is a passive balancing mode during charging or discharging of the rechargeable energy storage devices, b) internally powered cell balancing, wherein internally powered cell balancing is a series-parallel mode balancing during a rest time, and c) an internally powered diagnostic test for state-of-health or state-of-charge estimation, wherein a group of cells of said groups of cells split with the cell splitting circuit is adapted to apply an excitation current for testing another group of cells of said groups of cells,
Retaining device for a safety switch with a retaining element movable in a movement axis linearly between an unlocking setting and a locking setting, wherein a locking unit which is associated with the retaining element and which is movable along the movement axis relative to the retaining element is provided, wherein the locking unit can be brought into a retaining position in the retaining element whereby retention is produced, wherein the locking unit is a component of an actuator associated with the safety switch and wherein the locking unit comprises two actuator arms pivotably mounted at the actuator, characterised in that the actuator arms are constructed in mirror symmetry with respect to a mirror plane, wherein the pivot axes of the actuator arms extend parallel to one another.
A method of generating a signal indicative of buoyancy of a buoy immersed in fresh concrete contained in a ready mix drum rotatable about a central axis, the central axis being at least partially horizontally-oriented, said buoy being mounted on an inner surface of said drum and moved along a circular path when the drum is rotated, said method comprising: rotating the drum about the central axis, to move the buoy inside said fresh concrete across a vertical minimum position along the circular path, and measuring a first force exerted on said buoy as said buoy is moved across the vertical minimum position, said first force being representative of yield stress; rotating the drum about the central axis, to move the buoy inside said fresh concrete across a maximum lateral position along the circular path, and measuring a second force exerted on said buoy as said buoy is moved across the maximum lateral position, said second force being representative of combined yield stress and buoyancy; subtracting the measured first force across the vertical minimum position from the measured second force across the maximum lateral position; and generating a signal indicative of said buoyancy based at least on said subtraction. rotating the drum about the central axis, to move the buoy inside said fresh concrete across a vertical minimum position along the circular path, and measuring a first force exerted on said buoy as said buoy is moved across the vertical minimum position, said first force being representative of yield stress; rotating the drum about the central axis, to move the buoy inside said fresh concrete across a maximum lateral position along the circular path, and measuring a second force exerted on said buoy as said buoy is moved across the maximum lateral position, said second force being representative of combined yield stress and buoyancy; subtracting the measured first force across the vertical minimum position from the measured second force across the maximum lateral position; and generating a signal indicative of said buoyancy based at least on said subtraction.
A method for video abstraction from video data defining a temporal sequence of images, comprising the steps of: defining a first series of nodes in a first multidimensional space, each of the first series of nodes corresponding to an image of the temporal sequence of images and its location in the first space being defined in dependence on appearance components of the respective image, wherein one of the dimensions in the first multidimensional space represents the time or sequence in the original video of the image corresponding to each of the first series of points; defining a two-dimensional locality preserving projection transformation function that maps each of the nodes in the first multidimensional space on to a respective node in a second multidimensional space having a lower dimensionality than the first multidimensional space, in such a way that neighbourhood relationships between nodes in the first multidimensional space are preserved between the respective nodes in the second multidimensional space; defining a second series of nodes in the second multidimensional space, each of the second series of nodes corresponding to one of the first set of nodes and its location in the second multidimensional space being defined in accordance with the transformation function; and performing a clustering analysis in dependence on the nodes of the second multidimensional space to identify clusters of nearby nodes therein; and for at least some of the identified clusters, identifying an image of the video data associated with that at least one cluster and outputting that image. defining a first series of nodes in a first multidimensional space, each of the first series of nodes corresponding to an image of the temporal sequence of images and its location in the first space being defined in dependence on appearance components of the respective image, wherein one of the dimensions in the first multidimensional space represents the time or sequence in the original video of the image corresponding to each of the first series of points; defining a two-dimensional locality preserving projection transformation function that maps each of the nodes in the first multidimensional space on to a respective node in a second multidimensional space having a lower dimensionality than the first multidimensional space, in such a way that neighbourhood relationships between nodes in the first multidimensional space are preserved between the respective nodes in the second multidimensional space; defining a second series of nodes in the second multidimensional space, each of the second series of nodes corresponding to one of the first set of nodes and its location in the second multidimensional space being defined in accordance with the transformation function; and performing a clustering analysis in dependence on the nodes of the second multidimensional space to identify clusters of nearby nodes therein;
A method for managing a secure element comprising a first operating system and a software application including an executable part (EX-AP1), said executable part (EX-AP1) being tied to said first operating system through a plurality of links, each link of said plurality of links is an access from the executable part (EX-AP1) to data located in said first operating system and in that said method comprises the steps: - on receipt of an un-map command, recording in a memory area of the secure element a description of said links using an intermediate language, - replacing the first operating system by a second operating system by keeping said memory area unchanged, - on receipt of a re-map command by the secure element, restoring a new set of links between said executable part (EX-AP1) and said second operating system by updating the executable part (EX-AP1) using the description. - on receipt of an un-map command, recording in a memory area of the secure element a description of said links using an intermediate language, - replacing the first operating system by a second operating system by keeping said memory area unchanged, - on receipt of a re-map command by the secure element, restoring a new set of links between said executable part (EX-AP1) and said second operating system by updating the executable part (EX-AP1) using the description.
Pergola awning having at least two guide rails, on which a plurality of crossbars (10, 20, 30) having in the extension direction a foremost crossbar and at least one further crossbar (20, 30) are movably mounted and wherein a flexible shading element (15, 25, 35) is arranged between each two crossbars (10, 20, 30), wherein a circulating belt with a lower chord and an upper chord, in particular a toothed belt, engages and/or is fastened on the foremost crossbar in the extension direction, by means of which belt at least the foremost crossbar can be moved as a tension profile forwards in the extension direction or backwards in the retraction direction along the guide rails, wherein the belt is guided along a travel path via at least one drive roller and via at least one deflection roller, wherein the pergola awning has at least one belt tensioner with at least one tensioning roller which can be rotated about a tensioning roller axis and can be displaced between a first position and at least one second position, wherein the tensioning roller projects into the travel path of the belt at least in the second position in order to tension the belt, characterised in that the belt tensioner has at least one spring which presses the tensioning roller against the belt by means of a/the spring force.
A shared data recycling method performed at a first node, the first node being any node of a data sharing system, and the method comprising: obtaining a first eigenvalue of the first node after receiving a recycling request carrying a first block height, the first eigenvalue being used to uniquely indicate data in a range of block height less than the first block height in shared data stored by the first node; broadcasting the first eigenvalue to at least one second node of the data sharing system, the second node being a node other than the first node; in a case that a plurality of second eigenvalues broadcasted by the at least one second node are received, broadcasting recycling instruction information to the at least one second node if determining, based on the first eigenvalue and the plurality of second eigenvalues, that data in the range of block height less than the first block height in the shared data stored by all nodes of the data sharing system is consistent, wherein each of the second eigenvalues is used to uniquely indicate data in the range of block height less than the first block height in the shared data stored by the second node broadcasting the second eigenvalue; and recycling the data in the range of block height less than the first block height in the shared data if receiving a preset quantity of pieces of the recycling instruction information. obtaining a first eigenvalue of the first node after receiving a recycling request carrying a first block height, the first eigenvalue being used to uniquely indicate data in a range of block height less than the first block height in shared data stored by the first node; broadcasting the first eigenvalue to at least one second node of the data sharing system, the second node being a node other than the first node; in a case that a plurality of second eigenvalues broadcasted by the at least one second node are received, broadcasting recycling instruction information to the at least one second node if determining, based on the first eigenvalue and the plurality of second eigenvalues, that data in the range of block height less than the first block height in the shared data stored by all nodes of the data sharing system is consistent, wherein each of the second eigenvalues is used to uniquely indicate data in the range of block height less than the first block height in the shared data stored by the second node broadcasting the second eigenvalue; and recycling the data in the range of block height less than the first block height in the shared data if receiving a preset quantity of pieces of the recycling instruction information.
Method for adjusting the width of a strip made of deformable material intended to be cut into several small strips of the same width or otherwise, characterised in that the total width of the strip is measured and if this width does not correspond to a multiple of the sum of the strips to be cut, the strip is stretched or loosened in a controlled manner before cutting in order to reduce or increase its width until it corresponds to the said multiple of the sum of the widths of the small strips and then the said small strips are cut.
An exhaust purification device for an internal combustion engine comprising: a particulate filter; an exhaust temperature detection means detecting a downstream-side exhaust temperature of the particulate filter; an exhaust differential pressure detection means calculating a differential pressure between an upstream-side exhaust pressure of the particulate filter and a downstream-side exhaust pressure of the particulate filter at a predetermined time interval; a notification means performing notification based on the state of the particulate filter; and a control means controlling the internal combustion engine, characterized in that the control means is connected to the exhaust temperature detection means, the exhaust differential pressure detection means and the notification means, and the control means calculates a differential pressure variation (dP) based on a first differential pressure (P(n-1)) and a second differential pressure (P(n)) detected after a predetermined time period (h), and when the differential pressure variation (dP) is not less than a reference variation (Ps), or when the downstream-side exhaust temperature is not less than a reference temperature (T1s) all the reference time (ts) or more, the control means stops the driving of the internal combustion engine, whereby a time duration (t) of a state in which the downstream-side exhaust temperature is not less than the reference temperature (T1s) is reset when the internal combustion engine is stopped. a particulate filter; an exhaust temperature detection means detecting a downstream-side exhaust temperature of the particulate filter; an exhaust differential pressure detection means calculating a differential pressure between an upstream-side exhaust pressure of the particulate filter and a downstream-side exhaust pressure of the particulate filter at a predetermined time interval; a notification means performing notification based on the state of the particulate filter; and a control means controlling the internal combustion engine, characterized in that the control means is connected to the exhaust temperature detection means, the exhaust differential pressure detection means and the notification means, and the control means calculates a differential pressure variation (dP) based on a first differential pressure (P(n-1)) and a second differential pressure (P(n)) detected after a predetermined time period (h), and when the differential pressure variation (dP) is not less than a reference variation (Ps), or when the downstream-side exhaust temperature is not less than a reference temperature (T1s) all the reference time (ts) or more, the control means stops the driving of the internal combustion engine, whereby a time duration (t) of a state in which the downstream-side exhaust temperature is not less than the reference temperature (T1s) is reset when the internal combustion engine is stopped.
A transport device (10; 60) for a container treatment plant, the transport device comprising at least a first, a second and a third transporter (11 to 13; 11 to 14) for transporting containers to or away from a treatment station (3, 4) of the container treatment plant, wherein the second transporter is positioned displaceable in relation to the first transporter (11, 13; 13, 14) to provide a closeable spatial separation between the second transporter and the first transporter (11; 11, 14), wherein the second transporter is positioned as adjoining side by side to the third transporter (11, 13; 13; 14), wherein the second transporter is a chain transporter, and wherein at least one of the three transporters (12, 13) comprises a railing (126, 135; 122, 126, 135) which is changeable by displacing the second transporter.
A pylon for attaching a turbine engine, the pylon being configured to connect the engine to a structural element of an aircraft, the pylon having a streamlined profile defined by two opposite lateral faces (36, 38) and defined longitudinally between a leading edge and a trailing edge, the pylon further comprising, on each of its lateral faces (36, 38) a respective series of deflectors that are transversely spaced apart from one another so that between them and together with the outside wall of the engine, when said engine is connected to the aircraft, they define channels within which air streams flow on aircraft takeoff or in flight, characterized in that these channels are convergent, the flow section of these channels decreasing progressively going from upstream to downstream, and curved, in such a manner as to accelerate said air streams and to guide the air streams towards the jet of the engine.