mhurhangee/ep-ind-claims huggingface dataset:
A sea-going vessel secure remote access system, comprising; - a maintenance access device arranged on the vessel, wherein the maintenance access device is configured to be connected to vessel operation systems via a maintenance network and further to be connected to a remote service station via a first secure link, wherein the remote service station is configured to perform maintenance tasks on the vessel operation systems, the vessel secure remote access system being characterized by. - a hardware driven remote control switch being arranged on the vessel and configured to be connected to one or more remote control station, via a second secure link, the remote control switch providing switching between the states: - forced remote off, - remote on, and - forced remote on, wherein forced remote off: disables the remote access to the maintenance network and where the remote control station is disabled from enabling remote access to the maintenance network, and blocks access to the vessel operation systems via the maintenance access device, remote on: enables a remote control station to enable or disable the remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device, and forced remote on: enabled the remote access to the maintenance network and where the remote control station is disabled from disabling remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device, such that the remote control switch is configured to enable or disable the vessel maintenance access device based on commands from the remote control station. - a maintenance access device arranged on the vessel, wherein the maintenance access device is configured to be connected to vessel operation systems via a maintenance network and further to be connected to a remote service station via a first secure link, wherein the remote service station is configured to perform maintenance tasks on the vessel operation systems, - a hardware driven remote control switch being arranged on the vessel and configured to be connected to one or more remote control station, via a second secure link, - forced remote off, - remote on, and - forced remote on, wherein forced remote off: disables the remote access to the maintenance network and where the remote control station is disabled from enabling remote access to the maintenance network, and blocks access to the vessel operation systems via the maintenance access device, remote on: enables a remote control station to enable or disable the remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device, and forced remote on: enabled the remote access to the maintenance network and where the remote control station is disabled from disabling remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device, such that the remote control switch is configured to enable or disable the vessel maintenance access device based on commands from the remote control station.
A zoom lens comprising, in order from an object side to an image surface side: a first lens group having a positive refractive power; a second lens group having a negative refractive power; a third lens group having a negative refractive power; and a fourth lens group having a positive refractive power, the second lens group and the third lens group being moved such that the second lens group is located on a most object side at a wide-angle end and the third lens group is located on a most image surface side at a telephoto end during zooming, characterized in that the following conditional expressions are satisfied m 2 ⁢ T / m 2 ⁢ W < 0.0 m 3 ⁢ T / m 3 ⁢ W < 0.0 0.80 < m 3 ⁢ T / m 3 ⁢ W / m 2 ⁢ T / m 2 ⁢ W < 3.00 where m 2W denotes a magnification of the second lens group at the wide-angle end, m 2T denotes a magnification of the second lens group at the telephoto end, m 3W denotes a magnification of the third lens group at the wide-angle end, and m 3T denotes a magnification of the third lens group at the telephoto end. a first lens group having a positive refractive power; a second lens group having a negative refractive power; a third lens group having a negative refractive power; and a fourth lens group having a positive refractive power, the second lens group and the third lens group being moved such that the second lens group is located on a most object side at a wide-angle end and the third lens group is located on a most image surface side at a telephoto end during zooming, characterized in that the following conditional expressions are satisfied m 2 ⁢ T / m 2 ⁢ W < 0.0 m 3 ⁢ T / m 3 ⁢ W < 0.0 0.80 < m 3 ⁢ T / m 3 ⁢ W / m 2 ⁢ T / m 2 ⁢ W < 3.00 where m 2W denotes a magnification of the second lens group at the wide-angle end, m 2T denotes a magnification of the second lens group at the telephoto end, m 3W denotes a magnification of the third lens group at the wide-angle end, and m 3T denotes a magnification of the third lens group at the telephoto end.
A detection method for ransomware, comprising: a) receiving a first file having a first ID; b) importing the first file into a semantic extracting module comprising multiple semantic extractors, and outputting a first semantic feature of the first file by the semantic extracting module; c) receiving a second file having a second ID; d) importing the second file into the semantic extracting module and outputting a second semantic feature of the second file by the semantic extracting module; e) determining whether the first ID matches with the second ID; f) confirming that the first file and the second file are different versions of same file and computing a distance between the first semantic feature and the second semantic feature if the first ID matches with the second ID; and g) issuing a warning when the distance exceeds a threshold. a) receiving a first file having a first ID; b) importing the first file into a semantic extracting module comprising multiple semantic extractors, and outputting a first semantic feature of the first file by the semantic extracting module; c) receiving a second file having a second ID; d) importing the second file into the semantic extracting module and outputting a second semantic feature of the second file by the semantic extracting module; e) determining whether the first ID matches with the second ID; f) confirming that the first file and the second file are different versions of same file and computing a distance between the first semantic feature and the second semantic feature if the first ID matches with the second ID; and g) issuing a warning when the distance exceeds a threshold.
An Internet Protocol, IP, phone comprising: means configured to communicate text-based messages in a text-based communication session and to communicate voice-based messages in a voice-based communication session; and means, in response to communicating a text-based message in said text-based communication session, configured to display an option to allow a user to move from the text-based communication session to a voice-based communication session; a messaging module configured to automatically extract phone number information from a received text-based message from a sending device while the IP phone is in the text-based communication mode; and an automatic-dialing module configured to automatically initiate a voice-only call to the sending device using the automatically extracted phone number information, in response to the user option selection of moving to the voice-based communication mode. means configured to communicate text-based messages in a text-based communication session and to communicate voice-based messages in a voice-based communication session; and means, in response to communicating a text-based message in said text-based communication session, configured to display an option to allow a user to move from the text-based communication session to a voice-based communication session; a messaging module configured to automatically extract phone number information from a received text-based message from a sending device while the IP phone is in the text-based communication mode; and an automatic-dialing module configured to automatically initiate a voice-only call to the sending device using the automatically extracted phone number information, in response to the user option selection of moving to the voice-based communication mode.
A method for implementation by one or more data processors forming part of at least one computing system comprising: receiving, by at least one data processor, a first signal received on a plurality of antennas and comprising multiple transmission signals transmitted simultaneously on at least a same resource element in an orthogonal frequency-division multiple access OFDM communications system; determining, using at least one data processor, a final estimate of the multiple transmission signals from at least the received first signal (y) by iteratively estimating multiple transmission signals ( X̂) from the first signal, forming an error signal vector using the received first signal and a channel estimate ( G Herm), selecting a predetermined number ( K pre) of lowest error symbols in the estimated multiple transmission signals by using the error signal vector, and feeding back the selected estimated multiple transmission signals, which satisfy a criterion, to cancel symbols of the first signal corresponding to the selected predetermined number of lowest error symbols in the estimated multiple transmission signals; and providing, using at least one data processor, the estimated multiple transmission signals, the final estimate comprising the selected estimated multiple transmission signals that are selected at a plurality of iterations (X̂ find ( i selected)). receiving, by at least one data processor, a first signal received on a plurality of antennas and comprising multiple transmission signals transmitted simultaneously on at least a same resource element in an orthogonal frequency-division multiple access OFDM communications system; determining, using at least one data processor, a final estimate of the multiple transmission signals from at least the received first signal (y) by iteratively estimating multiple transmission signals ( X̂) from the first signal, forming an error signal vector using the received first signal and a channel estimate ( G Herm), selecting a predetermined number ( K pre) of lowest error symbols in the estimated multiple transmission signals by using the error signal vector, and feeding back the selected estimated multiple transmission signals, which satisfy a criterion, to cancel symbols of the first signal corresponding to the selected predetermined number of lowest error symbols in the estimated multiple transmission signals; and providing, using at least one data processor, the estimated multiple transmission signals, the final estimate comprising the selected estimated multiple transmission signals that are selected at a plurality of iterations (X̂ find ( i selected)).
A wireless charging antenna part that generates an electromotive force, comprising: an antenna part formed by a lead frame having two opposite surfaces (320, 340); a first thermoplastic resin injection molded on both surfaces (320, 340) of the lead frame and having a through hole extending to two opposite surfaces; and a second thermoplastic resin injection molded on both the surfaces of the first thermoplastic resin and also filling the through hole of the first thermoplastic resin. an antenna part formed by a lead frame having two opposite surfaces (320, 340); a first thermoplastic resin injection molded on both surfaces (320, 340) of the lead frame and having a through hole extending to two opposite surfaces; and a second thermoplastic resin injection molded on both the surfaces of the first thermoplastic resin and also filling the through hole of the first thermoplastic resin.
A recombinant luciferase having luciferase activity and an amino acid sequence which differs from wild-type luciferase from Photinus pyralis, Luciola mingrelica, Luciola cruciata, Luciola lateralis, Pyrophorus plagiophthalamus, Lampyris noctiluca or Photuris pennsylvanica, in that in the sequence of the recombinant luciferase, the amino acid residue corresponding to leucine 35 in Photinus pyralis wild-type luciferase, to lysine 37 in Luciola mingrelica wild-type luciferase, or to lysine 38 in Luciola cruciata or Luciola lateralis wild-type luciferases, is mutated as compared to the corresponding amino acid which appears in the corresponding wild-type luciferase sequence, such that the recombinant luciferase has increased thermostability as compared to the corresponding wild-type luciferase.
An anthropomorphic test device comprising: a base member having a base inner surface and an opposing base outer surface and a base peripheral edge connecting said base inner surface to said base outer surface with said base inner surface defining a first cavity; and an anatomical component mounted to said base member, said anatomical component having a component inner surface and an opposing component outer surface and a component peripheral edge connecting said component inner surface to said component outer surface, with said component inner surface defining a second cavity; characterized by at least one base connector coupled to said base inner surface and at least partially disposed within said first cavity; at least one component connector coupled to said anatomical component, wherein said component connector engages said base connector such that said base and component outer surfaces (28, 68) are aligned and wherein the engagement of said component connector to said base connector prevents rotation of said base member relative to said anatomical component when said anatomical component is mounted to said base member; a first structural member disposed within said first cavity of said base member; and a second structural member disposed within said second cavity of said anatomical component with said second structural member having a first end and an opposing second end, wherein said first end of said second structural member is coupled to said first structural member when said anatomical component is mounted to said base member. a base member having a base inner surface and an opposing base outer surface and a base peripheral edge connecting said base inner surface to said base outer surface with said base inner surface defining a first cavity; and an anatomical component mounted to said base member, said anatomical component having a component inner surface and an opposing component outer surface and a component peripheral edge connecting said component inner surface to said component outer surface, with said component inner surface defining a second cavity; characterized by at least one base connector coupled to said base inner surface and at least partially disposed within said first cavity; at least one component connector coupled to said anatomical component, wherein said component connector engages said base connector such that said base and component outer surfaces (28, 68) are aligned and wherein the engagement of said component connector to said base connector prevents rotation of said base member relative to said anatomical component when said anatomical component is mounted to said base member; a first structural member disposed within said first cavity of said base member; and a second structural member disposed within said second cavity of said anatomical component with said second structural member having a first end and an opposing second end, wherein said first end of said second structural member is coupled to said first structural member when said anatomical component is mounted to said base member.
A method to control judder visibility with a computer, the method comprising: accessing a first image and a second image; generating a luminance change map and a contrast change map using the first and the second images by calculating temporal differences between the first image and the second image for luminance and contrast; generating a judder map using the luminance change map and the contrast change map, wherein the judder map comprises judder information for the first image; and in response to the judder map, adding noise and motion blur to the first image to generate an output image. accessing a first image and a second image; generating a luminance change map and a contrast change map using the first and the second images by calculating temporal differences between the first image and the second image for luminance and contrast; generating a judder map using the luminance change map and the contrast change map, wherein the judder map comprises judder information for the first image; and in response to the judder map, adding noise and motion blur to the first image to generate an output image.
A non-coated air bag fabric, wherein the fabric is woven using fibers containing polyethylene terephthalate as a main raw material, a single fiber fineness of a yarn that constitutes the fabric is 2.5 dtex to 3.0 dtex, characterized in that the fabric has a cover factor of 2450 to 2500, wherein the cover factor = warp density of fabric (#/2.54 cm) × √total fineness of warp (dtex) + weft density of fabric (#/2.54 cm) × √total fineness of weft (dtex).
Connection part having a cast body on which a sleeve-shaped section is formed, wherein a plurality of inwardly projecting projections produced by casting or 3D printing are integrally formed along at least one thread on an inner side of the sleeve-shaped section and only one projection is provided on the inner side in each case in the axial direction of the sleeve-shaped section, wherein the projections are arranged in several planes distributed over the circumference in the axial direction, characterized in that the connection part is designed as an expansion dowel or pipe screw connection and a plurality of bendable webs (7, 23) are integrally formed on the sleeve-shaped section in the axial direction.
A membrane based desalination method comprising: pressurizing a first solution (2;44) which is salinity water, in a first pressure exchange device; separating the pressurized first solution (57;45) into a second solution (70;68) and a third solution (56;67); pressurizing the second solution (70;68); pressurizing the third solution (56;67) in a second pressure exchange device; mixing the second solution and the third solution as a fourth solution; providing the fourth solution including the pressurized second solution and the pressurized third solution to a first osmosis chamber to achieve product water; providing a fifth solution, which is the fourth solution excluding the product water, to the second pressure exchange device for transferring pressure of the fifth solution to the third solution (56;67); providing the fifth solution to a second osmosis chamber after pressurizing the third solution (56;67); and providing a sixth solution (64;29) which has lower salinity than the fifth solution to the second osmosis chamber for drawing water from the sixth solution (64;29) to the fifth solution by salinity gradient, wherein after drawing water from the sixth solution (64;29) to the fifth solution so that the fifth solution is diluted, the diluted fifth solution (59;53) is given to the first pressure exchange device for transferring pressure of the diluted fifth solution (59;53) to the first solution (2;44). pressurizing a first solution (2;44) which is salinity water, in a first pressure exchange device; separating the pressurized first solution (57;45) into a second solution (70;68) and a third solution (56;67); pressurizing the second solution (70;68); pressurizing the third solution (56;67) in a second pressure exchange device; mixing the second solution and the third solution as a fourth solution; providing the fourth solution including the pressurized second solution and the pressurized third solution to a first osmosis chamber to achieve product water; providing a fifth solution, which is the fourth solution excluding the product water, to the second pressure exchange device for transferring pressure of the fifth solution to the third solution (56;67); providing the fifth solution to a second osmosis chamber after pressurizing the third solution (56;67); and providing a sixth solution (64;29) which has lower salinity than the fifth solution to the second osmosis chamber for drawing water from the sixth solution (64;29) to the fifth solution by salinity gradient, wherein after drawing water from the sixth solution (64;29) to the fifth solution so that the fifth solution is diluted, the diluted fifth solution (59;53) is given to the first pressure exchange device for transferring pressure of the diluted fifth solution (59;53) to the first solution (2;44).
A vinyl functionalized urethane resin (VFUR) wherein - the VFUR is crystalline having a melting enthalpy of at least 35 J/g; and - the VFUR has a R VFUR of at least 1.04 and of at most 1.80, and wherein the melting enthalpy is measured via Differential Scanning Calorimetry according to the description, and wherein the R VFUR being associated to the ratio of urethane bonds in the VFUR to vinyl groups in the VFUR, is measured via 1 H-NMR spectroscopy according to the description. - the VFUR is crystalline having a melting enthalpy of at least 35 J/g; and - the VFUR has a R VFUR of at least 1.04 and of at most 1.80, and
Method for controlling a driving dynamics function of a working machine with at least two vehicle axles (I, II, III), wherein a current wheel speed of at least one wheel (R1, R1', R2, R2', R3, R3') is detected and is fed to a control device for a comparison with a permissible wheel speed of the same wheel (R1, R1', R2, R2', R3, R3') and a wheel slip is calculated from it, wherein a control signal for blocking at least one differential gear mechanism (4, 5, 6, 7, 8) is output by the control device if the wheel slip assumes an impermissible value, wherein a control signal for unblocking is output and a renewed comparison of the wheel speeds is performed periodically for the relevant differential gear mechanism (4, 5, 6, 7, 8), wherein a control signal for blocking the relevant differential gear mechanism (4, 5, 6, 7, 8) is output once more if the wheel slip continues to assume an impermissible value, characterized in that a route along which the value of the wheel slip of the at least one wheel (R1, R1', R2, R2', R3, R3') had an impermissible value is detected by using detection means (S1, S1', S2, S2', S3, S3').
Sound absorbing element, comprising a covering and at least one absorbing layer contained therein and made of sound-absorbing material, and comprising a front layer which faces the sound source and has openings for receiving the sound coming from the sound source, characterised in that at least one sound conduction layer (6, 7) which is formed from corrugated board and has continuous channels (8, 9) of at least two different sizes (A 1, A 2) is provided as the front layer, and the channels (8, 9) of the at least one sound conduction layer (6, 7) are formed by the cavities between corrugated walls and outer layers and any intermediate layers made of corrugated board, and in that the at least one sound conduction layer (6, 7) is arranged in front of the absorbing layer, and the surface of the outermost sound conduction layer which is formed from corrugated board being machined three-dimensionally so as to produce relief-like structures.