mhurhangee/ep-ind-claims huggingface dataset:
Naval platform comprising a handling system, said handling system comprising: - a lifting gantry mounted moving on a naval platform, - a floating dock for placement in the water and/or recovery of an unmanned surface vehicle configured to house the unmanned surface vehicle, the floating dock comprising, in the lower part, a cradle for receiving the unmanned surface vehicle and, in the upper part, a lifting spreader configured to be attached to the lifting gantry, the lifting spreader being detachable from the cradle, characterized in that the gantry and the lifting spreader are secured by at least one rigid link configured to stabilize the spreader in the projecting position, the rigid link being formed at least by a cable and a jack, the spreader being in the projecting position, outside the naval platform on which the lifting gantry is mounted moving. - a lifting gantry mounted moving on a naval platform, - a floating dock for placement in the water and/or recovery of an unmanned surface vehicle configured to house the unmanned surface vehicle, the floating dock comprising, in the lower part, a cradle for receiving the unmanned surface vehicle and, in the upper part, a lifting spreader configured to be attached to the lifting gantry, the lifting spreader being detachable from the cradle, characterized in that the gantry and the lifting spreader are secured by at least one rigid link configured to stabilize the spreader in the projecting position, the rigid link being formed at least by a cable and a jack, the spreader being in the projecting position, outside the naval platform on which the lifting gantry is mounted moving.
A method for determining an estimate of the initial orientation Q 0 and initial velocity v 0 of an inertial sensor, comprising the steps: collecting sample data from an inertial sensor over a capture time interval [ t i, t f] that includes an activity of interest, said sample data including accelerometer data s ( t) and rate gyro data ω ( t); selecting an initialization interval [ t 0, t n] ⊂ [ t i, t f] within said capture time interval; defining a set of soft constraints { C i} on the position r ( t) and velocity v ( t) of said inertial sensor during said initialization interval, where each C i ⊂ r: t 0 t n → R 3 × { v: t 0 t n →}, where said soft constraints represent approximations of typical patterns of position and velocity trajectories for said activity of interest during said initialization interval; defining penalty metrics m j ( r ( t), v ( t)) to quantify the deviation of calculated trajectories of said position r ( t) and said velocity v ( t) from said soft constraints { C i}; and calculating estimates of the initial orientation Q 0 = Q ( t 0) and initial velocity v 0 = v ( t 0) of said inertial sensor at the start of said initialization interval to minimize said penalty metrics when said initial orientation and initial velocity are used as initial conditions to integrate said sample data into orientation, position and velocity over said initialization interval via the coupled differential equations dQ dt = Qω ×, dv dt = Q s + g, dr dt = v. wherein Q(t) is the orientation, ω x is the skew-symmetric matrix representing the cross-product with the gyro data ω (t), and g is the gravity vector. collecting sample data from an inertial sensor over a capture time interval [ t i, t f] that includes an activity of interest, said sample data including accelerometer data s ( t) and rate gyro data ω ( t); selecting an initialization interval [ t 0, t n] ⊂ [ t i, t f] within said capture time interval; defining a set of soft constraints { C i} on the position r ( t) and velocity v ( t) of said inertial sensor during said initialization interval, where each C i ⊂ r: t 0 t n → R 3 × { v: t 0 t n →}, where said soft constraints represent approximations of typical patterns of position and velocity trajectories for said activity of interest during said initialization interval; defining penalty metrics m j ( r ( t), v ( t)) to quantify the deviation of calculated trajectories of said position r ( t) and said velocity v ( t) from said soft constraints { C i}; and calculating estimates of the initial orientation Q 0 = Q ( t 0) and initial velocity v 0 = v ( t 0) of said inertial sensor at the start of said initialization interval to minimize said penalty metrics when said initial orientation and initial velocity are used as initial conditions to integrate said sample data into orientation, position and velocity over said initialization interval via the coupled differential equations dQ dt = Qω ×, dv dt = Q s + g, dr dt = v. wherein Q(t) is the orientation, ω x is the skew-symmetric matrix representing the cross-product with the gyro data ω (t), and g is the gravity vector.
A method for reducing denial of service, DoS, attacks against dynamically generated next secure, NSEC, records, characterised by: receiving, by a domain name system, DNS, proxy executed by a first computing device (200, 205), a first user datagram protocol, UDP, request from a client for a DNS resource record maintained by a server executed by a second computing device (106, 100, 38, 200, 205); transmitting, by the DNS proxy to the server, a second request for the DNS resource record; receiving, by the DNS proxy from the server, a response to the second request indicating a name error or that no corresponding resource record exists; transmitting, by the DNS proxy to the client, responsive to receiving the response to the second request indicating the name error or that no corresponding resource record exists, a predetermined response to the first request with a truncation bit set; receiving, by the DNS proxy, a retransmission of the first request from the client for the DNS resource record, the retransmitted first request transmitted via a transport control protocol, TCP; generating, by the DNS proxy responsive to receiving the retransmitted first request via TCP, an authenticated NSEC record identifying the resource record as nonexistent; and transmitting, by the DNS proxy to the client, the authenticated NSEC record via TCP. receiving, by a domain name system, DNS, proxy executed by a first computing device (200, 205), a first user datagram protocol, UDP, request from a client for a DNS resource record maintained by a server executed by a second computing device (106, 100, 38, 200, 205); transmitting, by the DNS proxy to the server, a second request for the DNS resource record; receiving, by the DNS proxy from the server, a response to the second request indicating a name error or that no corresponding resource record exists; transmitting, by the DNS proxy to the client, responsive to receiving the response to the second request indicating the name error or that no corresponding resource record exists, a predetermined response to the first request with a truncation bit set; receiving, by the DNS proxy, a retransmission of the first request from the client for the DNS resource record, the retransmitted first request transmitted via a transport control protocol, TCP; generating, by the DNS proxy responsive to receiving the retransmitted first request via TCP, an authenticated NSEC record identifying the resource record as nonexistent; and transmitting, by the DNS proxy to the client, the authenticated NSEC record via TCP.
Multi-layer sheet material having at least one topcoat layer of plasticized polyvinyl chloride and at least one outwardly facing layer of lacquer on the topcoat layer, characterized in that the topcoat layer of the multi-layer sheet material contains at least 50 wt% of at least one polyvinyl chloride and from 0 to 15 wt% of at least one crosslinking assistant suitable for radiative crosslinking and a calcium hydroxide stabilizer and/or a Ca/Zn stabilizer having from 0.5 to 10 wt% of calcium and from 0.5 to 10 wt% of zinc, and in that the multi-layer sheet material is radiatively crosslinked.
A two step process for the destruction of a precursor material using steam plasma in a reactor, wherein the precursor material is hydrolyzed as a first step in a high temperature zone of the reactor, followed by a second step of medium temperature oxidation of the reactant stream in a combustion zone of the reactor where combustion oxygen or air is injected and immediate quenching of the resulting gas stream to avoid the formation of unwanted by products, wherein the steam plasma is created by a non transferred direct current steam plasma torch, whereby an electric arc created between metallic electrodes and superheated steam forms a high temperature plasma plume at an exit end of the plasma torch, which is rich in reactive hydrogen and hydroxyl ions, and wherein the plasma torch preferably uses a small amount of an inert gas such as nitrogen, argon or helium or a mixture thereof as the shroud gas to protect the back electrode from excessive oxidation.
Cigarette paper containing at least one burn additive, wherein the concentration c(x) of the at least one burn additive varies along a direction x of the cigarette paper, characterized in that for the position-dependent concentration c(x) over an interval of length L the following holds for x over the interval [o,L]: f x − Δ c ≤ c x ≤ f x + Δ c wherein: • 3 cm ≤ L ≤11 cm, • f(x) is monotonic over the interval [o,L], but is not a constant function over the entire interval, • Δ c ≤ 1% by weight and Δc ≥ 0% by weight, respectively with respect to the mass of the cigarette paper, and • | f - f | ≥ 2Δ c. • 3 cm ≤ L ≤11 cm, • f(x) is monotonic over the interval [o,L], but is not a constant function over the entire interval, • Δ c ≤ 1% by weight and Δc ≥ 0% by weight, respectively with respect to the mass of the cigarette paper, and • | f - f | ≥ 2Δ c.
A matrix copolymer, comprising: a cellulose nanocrystal derivative; an alkyl (meth)acrylate-based monomer unit; an aromatic vinyl-based monomer unit; and a vinyl cyan-based monomer unit. a cellulose nanocrystal derivative; an alkyl (meth)acrylate-based monomer unit; an aromatic vinyl-based monomer unit; and a vinyl cyan-based monomer unit.
Cigarette pack having an outer pack embodied as a hinge-lid box, consisting of a box part and a lid, and having an inner pack made of a sealing film having a collar arranged in the inner pack, said collar having a collar front wall, wherein the inner pack has a removal opening with an adhesive or sticking closure label, said removal opening having an adhesive-free grip tab for manipulating the closure label, characterized by the following features: a) the collar front wall of the collar in the inner pack has at least one outwardly directed elevation and/or depression, b) the elevations and/or depressions are arranged such that at least one subregion of the grip tab is exposed for grasping in the region of the elevations and/or depressions. a) the collar front wall of the collar in the inner pack has at least one outwardly directed elevation and/or depression, b) the elevations and/or depressions are arranged such that at least one subregion of the grip tab is exposed for grasping in the region of the elevations and/or depressions.
Device for producing a three-dimensional object by solidifying a solidifiable material under the effect of electromagnetic radiation by energy input via a rasterized imaging unit, which comprises a certain number of discrete imaging elements or pixels, arranged as point, as line or as matrix, wherein the imaging unit projects an image related to a certain cross-sectional area of the three-dimensional object from the pixels and forms a rasterized mask or bitmap, characterized in that the imaging unit is controlled in a manner, that at least two masks or bitmaps are generated with: a first overall mask or bitmap 1 covering the cross-sectional area, and a partial mask or bitmap 2 within the overall mask or bitmap 1, and that further at least one of the masks or bitmaps is controllable per image point or pixel in relation to grey value or color value. a first overall mask or bitmap 1 covering the cross-sectional area, and a partial mask or bitmap 2 within the overall mask or bitmap 1, and that further at least one of the masks or bitmaps is controllable per image point or pixel in relation to grey value or color value.
A system for applying a plasma discharge, comprising: a) an electrode adapted to be placed proximate an anatomical region of interest; and b) a power supply in electrical communication with the electrode configured to apply a pulsed voltage waveform to the electrode to generate a plasma proximate the electrode, characterised in that the electrode is a flexible electrode which may be curved, in use, to match or nearly match the curvature of a desired treatment area, and to maintain a gap between the electrode and treatment area to facilitate formation of a uniform plasma over the treatment area, and the power supply configured to apply the pulsed voltage waveform having pulses with durations that are shorter than the time required for the formation of microdischarges between the electrode and the anatomical region of interest. a) an electrode adapted to be placed proximate an anatomical region of interest; and b) a power supply in electrical communication with the electrode configured to apply a pulsed voltage waveform to the electrode to generate a plasma proximate the electrode,
A method of providing access credentials associated with a user of a service to a server hosting the service, the method comprising: establishing a first data connection with a terminal associated with the user on the basis of authentication credentials held for the user of the terminal; in response to establishing said first data connection, establishing a second data connection with the server, and bridging the first and second data connections in order to establish a first communications session between the terminal and the server, said first communications session using a first communications protocol for communications via each of the first data connection and the second data connection; establishing a second communications session with the server, said second communications session being configured separately from said first communications session and using a second communications protocol, and receiving from the server via the second communications session a request for access credentials associated with the user, said request comprising information received by said server in said first communications session, and identifying said access credentials on the basis of said information, and transmitting said access credentials to the server via the second communications session, the access credentials being for enabling the terminal to access the service via the first communications session. establishing a first data connection with a terminal associated with the user on the basis of authentication credentials held for the user of the terminal; in response to establishing said first data connection, establishing a second data connection with the server, and bridging the first and second data connections in order to establish a first communications session between the terminal and the server, said first communications session using a first communications protocol for communications via each of the first data connection and the second data connection; establishing a second communications session with the server, said second communications session being configured separately from said first communications session and using a second communications protocol, and receiving from the server via the second communications session a request for access credentials associated with the user, said request comprising information received by said server in said first communications session, and identifying said access credentials on the basis of said information, and transmitting said access credentials to the server via the second communications session, the access credentials being for enabling the terminal to access the service via the first communications session.
Accelerator pedal with haptic signalling, in particular for a motor vehicle, wherein the accelerator pedal has a haptic signalling arrangement, wherein the signalling arrangement has a signal element and an actuator for generating a signal, wherein the signal element is connected to the accelerator pedal, characterized in that the signal element is connected to the actuator by means of a flexible shaft, wherein the flexible shaft is suitable for transmitting the signal which is generated by the actuator, wherein the flexible shaft is arranged in an interior space of a pedal arm and is enclosed at least partially by the pedal arm, in particular in that the flexible shaft is completely enclosed by the pedal arm.
A power conversion device comprising: a velocity estimation operation unit configured to output a velocity estimation value of an induction motor; an output frequency operation unit configured to output an output frequency value that is an additional value of the velocity estimation value and a slip frequency value of the induction motor; and a velocity command adjustment operation unit (9, 9') configured to control a velocity command value or the velocity estimation value of the induction motor according to an adjustment value so that the output frequency value is a constant value or more when the output frequency value is the constant value or less; characterized in that the adjustment value is operated according to the deviation between the output frequency value and a velocity command adjustment start level value, which is the constant value, as multiplied by a gain, in case the output frequency value is smaller than the velocity command adjustment start level value, and that the adjustment value is zero in case the output frequency value is greater than the velocity command adjustment start level value. a velocity estimation operation unit configured to output a velocity estimation value of an induction motor; an output frequency operation unit configured to output an output frequency value that is an additional value of the velocity estimation value and a slip frequency value of the induction motor; and a velocity command adjustment operation unit (9, 9') configured to control a velocity command value or the velocity estimation value of the induction motor according to an adjustment value so that the output frequency value is a constant value or more when the output frequency value is the constant value or less; characterized in that the adjustment value is operated according to the deviation between the output frequency value and a velocity command adjustment start level value, which is the constant value, as multiplied by a gain, in case the output frequency value is smaller than the velocity command adjustment start level value, and that the adjustment value is zero in case the output frequency value is greater than the velocity command adjustment start level value.
A control device for an internal combustion engine provided with an evaporated fuel processing device arranged to temporarily store an evaporated fuel generated in a fuel tank, to purge the evaporated fuel during drive of the engine, and to introduce the evaporated fuel to an intake system, and a variable compression ratio mechanism arranged to vary a mechanical compression ratio, the control device comprising: a means configured to sense a state in which the evaporated fuel is accumulated in the evaporated fuel processing device, during a drive of the engine after a warming-up of the internal combustion engine is finished, characterised in that, the control device being arranged to purge the evaporated fuel by decreasing the mechanical compression ratio by the variable compression ratio mechanism and increasing the throttle opening degree to maintain the desired torque when it is sensed that the evaporated fuel is accumulated. a means configured to sense a state in which the evaporated fuel is accumulated in the evaporated fuel processing device, during a drive of the engine after a warming-up of the internal combustion engine is finished, characterised in that, the control device being arranged to purge the evaporated fuel by decreasing the mechanical compression ratio by the variable compression ratio mechanism and increasing the throttle opening degree to maintain the desired torque when it is sensed that the evaporated fuel is accumulated.
A retention system for a combustor cap face assembly comprising a cooling plate and a coupling member fixedly attached to the cooling plate, the retention system comprising: a support plate, the support plate having a radially inner panel and a first fuel nozzle opening defined within the inner panel for supporting a first fuel nozzle therethrough; a retaining ring at least partially encircling an upstream end of the coupling member; and a spring plate encircling the retaining ring and engaging the coupling member, the spring plate being secured to the support plate at multiple locations. a support plate, the support plate having a radially inner panel and a first fuel nozzle opening defined within the inner panel for supporting a first fuel nozzle therethrough; a retaining ring at least partially encircling an upstream end of the coupling member; and a spring plate encircling the retaining ring and engaging the coupling member, the spring plate being secured to the support plate at multiple locations.
A screening method comprising: a) contacting a population of test cells in vitro with a test compound to provide contacted test cells; b) obtaining values for a plurality of cytological attributes of said contacted test cells by capturing an image of said contacted test cells; and analyzing said image to provide said values; and characterised by c) scoring said contacted test cells using said values to provide a likelihood score for at least one of a plurality of classifiers, wherein the likelihood score is an estimate of the certainty of a prediction that a test compound operates through the same mode of action as a compound of known mode of action; wherein said plurality of classifiers are defined using values for said cytological attributes obtained from cells that have been contacted with compounds of known mode of action. a) contacting a population of test cells in vitro with a test compound to provide contacted test cells; b) obtaining values for a plurality of cytological attributes of said contacted test cells by capturing an image of said contacted test cells; and analyzing said image to provide said values; and characterised by c) scoring said contacted test cells using said values to provide a likelihood score for at least one of a plurality of classifiers, wherein the likelihood score is an estimate of the certainty of a prediction that a test compound operates through the same mode of action as a compound of known mode of action; wherein said plurality of classifiers are defined using values for said cytological attributes obtained from cells that have been contacted with compounds of known mode of action. wherein the likelihood score is an estimate of the certainty of a prediction that a test compound operates through the same mode of action as a compound of known mode of action; wherein said plurality of classifiers are defined using values for said cytological attributes obtained from cells that have been contacted with compounds of known mode of action.
A recombinant R-hydroxynitrile lyase (R-HNL5) from Rosaceae family member which is stable at pH 2.5 or lower for at least 1 hour and comprising the amino acid substitution V317A and amino acid substitution N496S on a position corresponding to position V317 and N496 in the mature PaHNL5 from Prunus amygdalus according to SEQ ID NO:1.
A body consisting of the following elements in atomic percent (at%): Boron 21 - 41; Iron 25 - 35; Chromium 2 - 4; Carbon 3 - 10; and the remainder tungsten and wherein at least 95 at% of Fe is in the form of a boride, intermetallic boride or an intermetallic carbide.
Use of a poly(lactic-co-glycolic) acid (PLGA) particle comprising a perfluoro crown ether and Gadolinium for in vitro imaging wherein the imaging is selected from the group consisting of acoustic imaging, photo acoustic imaging, ultrasound imaging and optical coherence imaging.