mhurhangee/ep-ind-claims huggingface dataset:
A computerized method of storing a data file in a network of computer systems, the method comprising: receiving a request from a source system to store a data file comprising a plurality of data elements arranged in a first sequence; directing the data file to a computer memory of a computer system in the network; saving a filename of the data file in an index file associated with a central server in the network; generating a scrambled data file comprising each of the plurality of data elements arranged in a second sequence that is different than the first sequence; saving the scrambled data file along with the filename of the data file on a storage device, wherein the storage device stores a plurality of scrambled data files; and continuously forwarding the data file among the computer memories of the respective computer systems in the network without storing the data file on any hard drive or on any fixed physical storage device of the computer systems in the network, wherein fixed physical storage devices include hard disks, magnetic disks, magneto optical disk, and optical disks. receiving a request from a source system to store a data file comprising a plurality of data elements arranged in a first sequence; directing the data file to a computer memory of a computer system in the network; saving a filename of the data file in an index file associated with a central server in the network; generating a scrambled data file comprising each of the plurality of data elements arranged in a second sequence that is different than the first sequence; saving the scrambled data file along with the filename of the data file on a storage device, wherein the storage device stores a plurality of scrambled data files; and continuously forwarding the data file among the computer memories of the respective computer systems in the network without storing the data file on any hard drive or on any fixed physical storage device of the computer systems in the network, wherein fixed physical storage devices include hard disks, magnetic disks, magneto optical disk, and optical disks.
A stent delivery system, characterized in that, comprising: a radiopaque tip located at the distal end of the stent delivery system; a beads component comprising at least one expandable part; a funnel component comprising a distal flare structure and a proximal collapsed end, wherein the cross-section of the flare structure gradually increases from its minimum diameter to its maximum diameter along the proximal-to-distal direction; a core wire located at the proximal end of the stent delivery system; and wherein the distal end of the beads component is fixed on the radiopaque tip and the proximal end of the beads component is fixed on the core wire; wherein the funnel component is coupled with the beads component and the core wire, and is fixed on the core wire through the collapsed end, wherein the beads component comprises a plurality of expandable parts and a plurality of non-expandable parts arranged alternatively in the axial direction. a radiopaque tip located at the distal end of the stent delivery system; a beads component comprising at least one expandable part; a funnel component comprising a distal flare structure and a proximal collapsed end, wherein the cross-section of the flare structure gradually increases from its minimum diameter to its maximum diameter along the proximal-to-distal direction; a core wire located at the proximal end of the stent delivery system; and wherein the distal end of the beads component is fixed on the radiopaque tip and the proximal end of the beads component is fixed on the core wire; wherein the funnel component is coupled with the beads component and the core wire, and is fixed on the core wire through the collapsed end, wherein the beads component comprises a plurality of expandable parts and a plurality of non-expandable parts arranged alternatively in the axial direction.
A method for enhanced growth of mycobacteria comprising adding a sample suspected of containing mycobacteria to a culture medium comprising fatty acid-free BSA, a fatty acid supplement comprising one or more long chain fatty acids said fatty acids having 10 or more carbon atoms, and an antimicrobial supplement comprising one or more antimicrobial agents wherein said antimicrobial supplement comprises fosfomycin, and subjecting the culture medium to conditions suitable for growth of said mycobacteria, wherein said fatty acid-free BSA and said one or more long chain fatty acids enhance the growth of said mycobacteria compared to culture medium not containing a fatty acid-free BSA and a fatty acid supplement comprising one or more long chain fatty acids.
Genuine-material test piece for the training of explosives sniffer dogs, wherein the genuine-material test piece comprises an explosive assimilated by a liquid carrier material in the form of an ionic liquid in a housing with an interior space and a closure for the reversible gastight closure of the interior space, or a space comprising the interior space, wherein the carrier material with the explosive is contained in the interior space, wherein the genuine-material test piece furthermore comprises a gas-permeable means for preventing the carrier material from escaping from the interior space if the interior space, or the space, is not closed by means of the closure in a gastight manner, wherein the housing and/or the closure comprises/comprise a seal, wherein the seal consists of polytetrafluoroethylene (PTFE).
A computer-implemented method of verifying that a network communication is legitimate, the method executed by a call verification server and comprising: receiving a calling party request to generate a verification message from a calling party via a data network, the calling party request associated with a scheduled future communication to be placed from the calling party to a called device via a telephone network; identifying supplemental information within the calling party request, the supplemental information including information identifying the calling party; retrieving, using the supplemental information, other information about the calling party via the data network; combining the supplemental information and the other information to form enhanced information; generating, responsive to receipt of the calling party request, a verification message indicating that the communication is verified as being from the calling party, the verification message including the enhanced information; receiving a called device request for the generated verification message from the called device via the data network, the called device request received contemporaneously with when the communication is scheduled to be placed; and sending the verification message to the called device via the data network in response to the called device request. receiving a calling party request to generate a verification message from a calling party via a data network, the calling party request associated with a scheduled future communication to be placed from the calling party to a called device via a telephone network; identifying supplemental information within the calling party request, the supplemental information including information identifying the calling party; retrieving, using the supplemental information, other information about the calling party via the data network; combining the supplemental information and the other information to form enhanced information; generating, responsive to receipt of the calling party request, a verification message indicating that the communication is verified as being from the calling party, the verification message including the enhanced information; receiving a called device request for the generated verification message from the called device via the data network, the called device request received contemporaneously with when the communication is scheduled to be placed; and sending the verification message to the called device via the data network in response to the called device request.
Method of operating a fluid working machine, comprising at least one working chamber of cyclically changing volume, a high pressure fluid connection, a low pressure fluid connection and at least one electrically actuated valve (10, 11), connecting said at least one working chamber to said high pressure fluid connection and/or said low pressure fluid connection, wherein the actuation of said at least one electrically actuated valve (10, 11) is varied depending on the fluid flow demand and/or on the mechanical power demand, characterised in that for said at least one electrically actuated valve (10, 11) an actuation sequence, covering a plurality of working cycles of said at least one cyclically changing volume, is calculated before said actuation sequence is applied.
A sectional blade for a wind turbine, the blade comprising at least a first blade section and a second blade section extending in opposite directions from a blade joint, - where each blade section comprises a spar section forming a structural member of the blade and extending in the longitudinal direction of the blade, - the first and second blade sections (101, 102) being connected by fastening means arranged to restrain movement of the first blade section relative to the second blade section in the longitudinal direction of the blade, - the first blade section and the second blade section being structurally connected by a spar bridge protruding from one of the blade sections and terminating axially in an end portion which is received in the spar section of the other blade section, - the spar bridge and the spar section having interlocking shapes by which rotation of the spar bridge in the spar section is prevented thereby preventing rotation of one of the blade sections relative to the other blade section, - the spar section of the other blade section comprising a receiving section extending from the blade joint and inwards into the spar section of that blade, the sectional blade being characterised by - the receiving section holding the spar bridge such that movement of the end portion of the spar bridge relative to the receiving section is enabled in the longitudinal direction. - where each blade section comprises a spar section forming a structural member of the blade and extending in the longitudinal direction of the blade, - the first and second blade sections (101, 102) being connected by fastening means arranged to restrain movement of the first blade section relative to the second blade section in the longitudinal direction of the blade, - the first blade section and the second blade section being structurally connected by a spar bridge protruding from one of the blade sections and terminating axially in an end portion which is received in the spar section of the other blade section, - the spar bridge and the spar section having interlocking shapes by which rotation of the spar bridge in the spar section is prevented thereby preventing rotation of one of the blade sections relative to the other blade section, - the spar section of the other blade section comprising a receiving section extending from the blade joint and inwards into the spar section of that blade, the sectional blade being characterised by - the receiving section holding the spar bridge such that movement of the end portion of the spar bridge relative to the receiving section is enabled in the longitudinal direction.
A system comprising: a common control element that includes a storage unit that stores parameter sets; a user interface (14g, 24) that is coupled to the common control element by a first medium; and a unit (20, 22) that is coupled to the common control element by a second medium and that is paired with the common control element, wherein the unit is configured to include local control circuitry configured to implement an adjustable setting of the unit that, when adjusted, is configured to alter performance of the unit, wherein the user interface is configured to send test commands to the common control element, wherein, responsive to receiving the test commands, the common control element is configured to test the unit based on a first value of the parameter sets for the adjustable setting to determine whether the unit is operating as required, wherein, when execution of a test of the unit based on the first value of the parameter sets for the adjustable setting indicates that the unit needs to be adjusted, the user interface is configured to forward and sync an adjustment to the adjustable setting to the unit via the common control element, and wherein the adjustment adjusts the adjustable setting to a second value of the parameter sets. a common control element that includes a storage unit that stores parameter sets; a user interface (14g, 24) that is coupled to the common control element by a first medium; and a unit (20, 22) that is coupled to the common control element by a second medium and that is paired with the common control element, wherein the unit is configured to include local control circuitry configured to implement an adjustable setting of the unit that, when adjusted, is configured to alter performance of the unit, wherein the user interface is configured to send test commands to the common control element, wherein, responsive to receiving the test commands, the common control element is configured to test the unit based on a first value of the parameter sets for the adjustable setting to determine whether the unit is operating as required, wherein, when execution of a test of the unit based on the first value of the parameter sets for the adjustable setting indicates that the unit needs to be adjusted, the user interface is configured to forward and sync an adjustment to the adjustable setting to the unit via the common control element, and wherein the adjustment adjusts the adjustable setting to a second value of the parameter sets.
Foldable container comprising a substantially rectangular base, two lateral walls (5, 6), two longitudinal walls (3, 4), each wall (3, 4, 5, 6) being capable of pivoting relative to the base, a stacking means (7, 8) which is connected to each of two carrier walls, the stacking means (7, 8) being integrally formed with the carrier wall, characterised in that each stacking means (7, 8) is connected to the carrier wall thereof by means of one or more film hinges.
A system for riserless intervention or abandonment of a subsea well, the system comprising means for lowering and/or retrieval of a wire line tool and equipment from a floating installation to a subsea location, the system comprising: - a Pressure Control Head having an internal through-going bore for receiving a wire line, wherein the Pressure Control Head, once the Pressure Control Head is landed subsea, allows access to the subsea well for the wireline and serves as a barrier by sealing the subsea well during wireline operations when the wire line and wire line tool are run into and out of the subsea well; - a clamp connected to the Pressure Control Head, - the wire line tool is connected to the wire line, and wherein the clamp is adapted to clamp around and be released from the wire line such that the lowering and retrieval of the Pressure Control Head and the wire line tool are performed using the wire line. - a Pressure Control Head having an internal through-going bore for receiving a wire line, wherein the Pressure Control Head, once the Pressure Control Head is landed subsea, allows access to the subsea well for the wireline and serves as a barrier by sealing the subsea well during wireline operations when the wire line and wire line tool are run into and out of the subsea well; - a clamp connected to the Pressure Control Head, - the wire line tool is connected to the wire line, and
A multilayer polymeric film, comprising: a plurality of alternating layers of at least a first layer type comprising a first polymeric material and a second layer type comprising a second polymeric material; wherein the difference in indices of refraction between the two layer types is Δx along a first in-plane axis, Δy along a second in-plane axis perpendicular to the first in-plane axis, and Δz along a third axis mutually orthogonal to the first and second axes, and wherein |Δz| is less than about 0.5k, where k is the larger of |Δx| and |Δy|; wherein the film exhibits a transmission peak at normal incidence of at least 75% in the visible region of the spectrum, and wherein the transmission peak has a fractional band width for p-polarized light that is less than or equal to 2% as the angle of incidence is varied over the range ±60° from normal incidence. a plurality of alternating layers of at least a first layer type comprising a first polymeric material and a second layer type comprising a second polymeric material; wherein the difference in indices of refraction between the two layer types is Δx along a first in-plane axis, Δy along a second in-plane axis perpendicular to the first in-plane axis, and Δz along a third axis mutually orthogonal to the first and second axes, and wherein |Δz| is less than about 0.5k, where k is the larger of |Δx| and |Δy|; wherein the film exhibits a transmission peak at normal incidence of at least 75% in the visible region of the spectrum, and wherein the transmission peak has a fractional band width for p-polarized light that is less than or equal to 2% as the angle of incidence is varied over the range ±60° from normal incidence.
A folding buckle clasp for a bracelet of a timepiece, which can take up a closed position for keeping the bracelet around the wearer's wrist and an open position for removing the bracelet from the wearer's hand, characterized in that: the clasp being provided with a flexible locking member comprising ends that are mounted in a pivotable manner with first and second foldable blades (6a, 6b) attached in a hinged manner to first and second strands (7a, 7b), respectively, of the bracelet, said flexible member being defined to keep the first and second blades (6a, 6b) folded in a locked manner in the closed position of the clasp by having two components (8a, 8b) connected together by an elastic link.
A method for determining information about the direction of the head, wherein said head belongs to a vehicle driver present in a vehicle driver compartment, comprising the steps of creating an image of said head comprising a desired view of the head; creating a deep data image (D1, D2, D3) of said head; extracting deep data from defined points on the deep data image of the head; characterized by the steps of determining the position of said head in the created deep data image (D1, D2, D3), wherein the step of determining the position of said head in the created deep data image (D1, D2, D3) comprises the step of creating a two-dimensional head contour as a basis for said determination, wherein said contour image is utilized to match a binary head template, determining said direction of the head by utilizing a classification algorithm using said extracted deep data from said defined points on the deep data image of the head, wherein said classification of the direction of the head comprises essentially straight ahead, turned to the right, turned to the left, turned upward and/or turned downward and wherein said defined points consists of a set of points distributed according to a predetermined pattern and wherein the coordinates of said defined points are calculated based on the known positions for the determined head template. determining the position of said head in the created deep data image (D1, D2, D3), wherein the step of determining the position of said head in the created deep data image (D1, D2, D3) comprises the step of creating a two-dimensional head contour as a basis for said determination, wherein said contour image is utilized to match a binary head template, determining said direction of the head by utilizing a classification algorithm using said extracted deep data from said defined points on the deep data image of the head, wherein said classification of the direction of the head comprises essentially straight ahead, turned to the right, turned to the left, turned upward and/or turned downward and wherein said defined points consists of a set of points distributed according to a predetermined pattern and wherein the coordinates of said defined points are calculated based on the known positions for the determined head template.
An ink for ink-jet printing, wherein the ink is a liquid obtained by dissolving or dispersing polyesterpolyol and blocked polyisocyanate in a volatile organic solvent, said polyesterpolyol having a number average molecular weight of not more than 8000, a hydroxyl value (KOH mg/g) in a range of 17 to 50 and a glass transition point (Tg) of not higher than 70°C.
A process for recognizing a gesture created by a pointing device comprising the steps of: determining if movement of said pointing device occurs beyond a first movement threshold after contact with a computer-generated display; characterised by: determining if a velocity of said pointing device has not decreased; and based on said determining steps, a gesture is determined to have occurred. determining if movement of said pointing device occurs beyond a first movement threshold after contact with a computer-generated display; characterised by: determining if a velocity of said pointing device has not decreased; and based on said determining steps, a gesture is determined to have occurred. determining if a velocity of said pointing device has not decreased; and based on said determining steps, a gesture is determined to have occurred.
A machine readable non-transitory storage medium storing executable instructions which, when executed, cause a data processing system to perform a method comprising: determining a set of parameters including a playback rate, a current movie time, a display deadline time, and a period of time that is available to download at least one I-frame (1501, 1503, 1505); determining a first set of available I-frames, the I-frames in the first set being all available I-frames from the current movie time to the display deadline time; determining a plurality of subsets of I-frames, each of the plurality of subsets of I-frames having a subset of the I-frames in the first set of available I-frames; determining an estimated download time for each of the plurality of subsets of I-frames; selecting one of the plurality of subsets of I-frames based upon the estimated download times and the set of parameters; receiving and displaying I-frames in the selected one of the plurality of subsets of I-frames. determining a set of parameters including a playback rate, a current movie time, a display deadline time, and a period of time that is available to download at least one I-frame (1501, 1503, 1505); determining a first set of available I-frames, the I-frames in the first set being all available I-frames from the current movie time to the display deadline time; determining a plurality of subsets of I-frames, each of the plurality of subsets of I-frames having a subset of the I-frames in the first set of available I-frames; determining an estimated download time for each of the plurality of subsets of I-frames; selecting one of the plurality of subsets of I-frames based upon the estimated download times and the set of parameters; receiving and displaying I-frames in the selected one of the plurality of subsets of I-frames.