mhurhangee/ep-ind-claims huggingface dataset:
A method for protecting a programmable cryptography circuit, said method using gates themselves composed of memory-based cells defining the logic function of each cell, the circuit being configured so as to integrate a differential network capable of making calculations on binary variables composed of pairs of signals, the differential network comprising a first network of cells implementing logic functions on the first component of the pairs and a second network of dual cells operating in complementary logic on the second component of the pairs, a calculation step comprising a precharge phase, in which the variables are put into a known state at the input of the cells, an evaluation phase, in which a calculation is made by the cells, characterized in that: - the gates are in BCDL logic, the BCDL logic being a differential logic further comprising a data general synchronization phase before the precharge phase and a local synchronization phase before the evaluation phase. - the gates are in BCDL logic, the BCDL logic being a differential logic further comprising a data general synchronization phase before the precharge phase and a local synchronization phase before the evaluation phase.
A method of controlling an electronic device comprising a display unit, the method being performed by a controller of the electronic device and comprising: a screen change operation including, in response to a screen change request to update the content displayed on the display unit, supplying a clock and power to a display module of the controller, outputting data of a screen to be updated by the display module to the display unit, determining a frame duration of a next frame by analyzing frame durations of previous frames; configuring a clock timer which is controlling a time point for interrupting supply of the clock to the display module and a power timer which is controlling a time point for interrupting supply of the power to the display module based on the determined frame duration of the next frame, and operating the clock timer; and an operation of switching into a power saving mode when no screen change request is received comprising: in response to an expiration of the clock timer, operating the power timer and interrupting supply of the clock to the display module, in response to an expiration of the power timer, interrupting supply of power to the display module. a screen change operation including, in response to a screen change request to update the content displayed on the display unit, supplying a clock and power to a display module of the controller, outputting data of a screen to be updated by the display module to the display unit, determining a frame duration of a next frame by analyzing frame durations of previous frames; configuring a clock timer which is controlling a time point for interrupting supply of the clock to the display module and a power timer which is controlling a time point for interrupting supply of the power to the display module based on the determined frame duration of the next frame, and operating the clock timer; and an operation of switching into a power saving mode when no screen change request is received comprising: in response to an expiration of the clock timer, operating the power timer and interrupting supply of the clock to the display module, in response to an expiration of the power timer, interrupting supply of power to the display module. in response to an expiration of the clock timer, operating the power timer and interrupting supply of the clock to the display module, in response to an expiration of the power timer, interrupting supply of power to the display module.
An electronic device, comprising: a transmission line for an electromagnetic wave, the transmission line coupled between a signal source and a signal sink, wherein the transmission line comprises a center conductor (340, 440, 440B) and an outer conductor (346, 446), the center conductor (340, 440, 440B) and outer conductor (346, 446) separated by at least one dielectric, wherein the at least one dielectric comprises a ferrite matrix dispensed by a magnetic materials additive manufacturing system, and wherein at least one of the center conductor (340,440, 440B) and the outer conductor (346,446) comprise a ferromagnetic matrix (338, 438, 438B-C) dispensed by the magnetic materials additive manufacturing system which ferromagnetic matrix (338, 438, 438B-C) is magnetized to create a poling field appropriate to interact with the ferrite matrix so as to modify an electromagnetic propagation characteristic of the electromagnetic wave while the wave propagates between the signal source and the signal sink. a transmission line for an electromagnetic wave, the transmission line coupled between a signal source and a signal sink, wherein the transmission line comprises a center conductor (340, 440, 440B) and an outer conductor (346, 446), the center conductor (340, 440, 440B) and outer conductor (346, 446) separated by at least one dielectric, wherein the at least one dielectric comprises a ferrite matrix dispensed by a magnetic materials additive manufacturing system, and wherein at least one of the center conductor (340,440, 440B) and the outer conductor (346,446) comprise a ferromagnetic matrix (338, 438, 438B-C) dispensed by the magnetic materials additive manufacturing system which ferromagnetic matrix (338, 438, 438B-C) is magnetized to create a poling field appropriate to interact with the ferrite matrix so as to modify an electromagnetic propagation characteristic of the electromagnetic wave while the wave propagates between the signal source and the signal sink.
A method in a first network node of a communication network for sending a Multimedia Message, to at least one second terminal, the Multimedia Message being received from a first terminal, the method comprises: dividing the Multimedia Message into a first part and at least one additional part; adding to the first part a reference to the at least one additional part; sending the first part to the at least one second terminal; receiving a request from the at least one second terminal, wherein the request comprises the reference to the at least one additional part, and available bandwidth and capabilities of the at least one second terminal; modifying a format of the at least one additional part based on the capabilities of the at least one second terminal comprised in the request; and sending the modified at least one additional part to the at least one second terminal. dividing the Multimedia Message into a first part and at least one additional part; adding to the first part a reference to the at least one additional part; sending the first part to the at least one second terminal; receiving a request from the at least one second terminal, wherein the request comprises the reference to the at least one additional part, and available bandwidth and capabilities of the at least one second terminal; modifying a format of the at least one additional part based on the capabilities of the at least one second terminal comprised in the request; and sending the modified at least one additional part to the at least one second terminal.
Spectacle lens comprising a spectacle lens substrate and at least one antibacterial and/or antiviral coating, the at least one antibacterial and/or antiviral coating is at least the outermost coating of the spectacle lens on the front surface thereof and/or at least the outermost coating of the spectacle lens on the back surface thereof which is at least one selected from the group consisting of a clean coat layer, an anti-fog coating, and an antireflective coating modified to comprise at least one biocidal component, characterized in that the spectacle lens comprises on at least one surface thereof at least two coatings modified to exhibit an antibacterial effect and/or an antiviral effect.
An electrically operable locking device, for the locking of a gate, the gate controlling the access through a passage, the device provided for locking the gate by electrically extending a drop bolt from a housing and engaging the drop bolt with a fixed bolt reception element, and for releasing the gate by electrically retracting the drop bolt into the housing and disengaging the drop bolt from the fixed bolt reception element, the locking device comprising: a. a frame for fixing the locking device to the gate, b. the frame supporting the housing, which is arranged mechanically movable with respect to the frame between an extended position of the housing, whereby, if the drop bolt is extended from the housing, the drop bolt is engaging with the fixed bolt reception element and the gate is locked, and a retracted position of the housing whereby, if the drop bolt is extended from the housing, the drop bolt is disengaged from the fixed bolt reception element and the gate is released, and whereby the housing is provided with a mechanical locking mechanism provided for locking the housing to the frame in at least the extended position and with the release of the mechanical locking mechanism allowing the mechanical movement of the housing from the extended position of the housing into the retracted position of the housing, the mechanical locking mechanism comprising a key-operated cylinder lock to unlock the housing to the frame, and whereby the locking device further comprises a resilient element which is provided for urging the housing noticeably out of its extended position by the relaxation of the resilient element upon release of the mechanical locking mechanism so as to be ready to be moved further manually into its retracted position, in which locking device the frame comprises a notch in the frame and said mechanical locking mechanism comprises a projecting member which is arranged to move in and out said notch of said frame to lock and to unlock said housing to the frame. a. a frame for fixing the locking device to the gate, b. the frame supporting the housing, which is arranged mechanically movable with respect to the frame between an extended position of the housing, whereby, if the drop bolt is extended from the housing, the drop bolt is engaging with the fixed bolt reception element and the gate is locked, and a retracted position of the housing whereby, if the drop bolt is extended from the housing, the drop bolt is disengaged from the fixed bolt reception element and the gate is released, and
A process for the treatment of an alcohol composition comprising nitrogen-containing contaminants, the process comprising contacting the alcohol composition in the vapour phase with an adsorbent in an adsorption zone.
A flux configured to be used in an electro-slag remelting method, the flux comprising: a CaF 2 crystal phase; an Al 2 O 3 crystal phase; and a CaO·6Al 2 O 3 crystal phase; a MgO component; a SiO 2 component; and a molten mixture of a compound containing CaF 2 and a compound containing Al 2 O 3; wherein a content proportion of the CaO·6Al 2 O 3 crystal phase in an entirety of the crystal phases in the flux is equal to or more than 10% by mass and equal to or less than 30% by mass, wherein a content proportion of the CaF 2 crystal phase in the entirety of the crystal phases in the flux is equal to or more than 60% by mass and equal to or less than 80% by mass, wherein a content proportion of the Al 2 O 3 crystal phase in the entirety of the crystal phases in the flux is equal to or more than 5% by mass and equal to or less than 15% by mass, wherein a content proportion of a CaO component in an entirety of the flux is equal to or more than 0.1% by mass and equal to or less than 7% by mass, wherein a content proportion of the MgO component in an entirety of the flux is equal to or more than 0.005% by mass and equal to or less than 0.5% by mass, wherein a content proportion of the SiO 2 component in an entirety of the flux is equal to or more than 0.3% by mass and equal to or less than 1.5% by mass. a CaF 2 crystal phase; an Al 2 O 3 crystal phase; and a CaO·6Al 2 O 3 crystal phase; a MgO component; a SiO 2 component; and a molten mixture of a compound containing CaF 2 and a compound containing Al 2 O 3; wherein a content proportion of the CaO·6Al 2 O 3 crystal phase in an entirety of the crystal phases in the flux is equal to or more than 10% by mass and equal to or less than 30% by mass, wherein a content proportion of the CaF 2 crystal phase in the entirety of the crystal phases in the flux is equal to or more than 60% by mass and equal to or less than 80% by mass, wherein a content proportion of the Al 2 O 3 crystal phase in the entirety of the crystal phases in the flux is equal to or more than 5% by mass and equal to or less than 15% by mass, wherein a content proportion of a CaO component in an entirety of the flux is equal to or more than 0.1% by mass and equal to or less than 7% by mass, wherein a content proportion of the MgO component in an entirety of the flux is equal to or more than 0.005% by mass and equal to or less than 0.5% by mass, wherein a content proportion of the SiO 2 component in an entirety of the flux is equal to or more than 0.3% by mass and equal to or less than 1.5% by mass.
A composition for treating keratin fibers comprising: (a) at least one oligomer of a triglyceride of hydroxylated fatty acid and of a saturated diacid; and (b) at least one aminosilicone, wherein the (b) aminosilicone has a degree of polymerization of less than 2,000. (a) at least one oligomer of a triglyceride of hydroxylated fatty acid and of a saturated diacid; and (b) at least one aminosilicone,
A photonic sensor for sensing infra-red radiation, the photonic sensor comprising: a semiconductor substrate; a platform supported over the substrate by at least one slender support element (10, 12); wherein the platform comprises: a layer of absorbing material for absorbing infra-red radiation having a structure profiled in the absorbing material to reduce the mass of the absorbing material as compared to a corresponding planar layer of absorbing material; and a metal layer (70, 102) on which the layer of absorbing material is formed and which is configured to reflect incident infra-red radiation back into the absorbing material, wherein there is a cavity between the bottom of the platform and the substrate, and wherein the metal layer further comprises a plurality of apertures extending through the metal layer so as to reduce the mass of the metal layer; and a temperature sensor on the platform, wherein the temperature sensor is configured to sense a change in temperature of the platform due to absorption of radiation by the absorbing material. a semiconductor substrate; a platform supported over the substrate by at least one slender support element (10, 12); wherein the platform comprises: a layer of absorbing material for absorbing infra-red radiation having a structure profiled in the absorbing material to reduce the mass of the absorbing material as compared to a corresponding planar layer of absorbing material; and a metal layer (70, 102) on which the layer of absorbing material is formed and which is configured to reflect incident infra-red radiation back into the absorbing material, wherein there is a cavity between the bottom of the platform and the substrate, and wherein the metal layer further comprises a plurality of apertures extending through the metal layer so as to reduce the mass of the metal layer; and a layer of absorbing material for absorbing infra-red radiation having a structure profiled in the absorbing material to reduce the mass of the absorbing material as compared to a corresponding planar layer of absorbing material; and a metal layer (70, 102) on which the layer of absorbing material is formed and which is configured to reflect incident infra-red radiation back into the absorbing material, wherein there is a cavity between the bottom of the platform and the substrate, and wherein the metal layer further comprises a plurality of apertures extending through the metal layer so as to reduce the mass of the metal layer; and a temperature sensor on the platform, wherein the temperature sensor is configured to sense a change in temperature of the platform due to absorption of radiation by the absorbing material.
A tunnel-hull of a tugboat for towing/assisting a vessel, said tunnel-hull having a water plane, a base line, a main section, as well as a longitudinal axis dividing said tunnel-hull in a first lateral part and a second lateral part, said tunnel-hull comprising a bottom (1 A), a bow, a stern, and further comprising: - a underbody, said underbody comprising a first keel and a second keel, wherein said first keel is parallel to and faces said second keel, - first thruster means and second thruster means, wherein each keel (11, 12) is arranged on a respective side of said underbody, in a substantially central position, and is connected to said underbody respectively in correspondence of the bow and the stern of said tunnel-hull, said two keels (11, 12) extending in depth perpendicularly or in a substantially perpendicular manner so as to have a draft equal to or greater than that of said first and second thruster means (3, 4), and wherein said first thruster means and said second thruster means are positioned respectively at the bow and stern of the tunnel-hull, and are substantially aligned along said longitudinal axis of said tunnel-hull; said tunnel-hull being characterized that said two keels (11, 12) are integral with said tunnel-hull and are configured in such a way that they form a tunnel with at least a portion of said bottom (1 A) of said tunnel-hull, and in that said tunnel-hull has a longitudinal section having a concave bow portion, a concave stern portion and a convex intermediate portion, positioned between said bow portion and said stern portion, and has a first concave bottom portion which extends from said first thruster means to said main section, and a second concave bottom portion which extends from said second thruster means to said main section; said two concave bottom portions (W1, W2) being substantially symmetrical with respect to said main section; each concave bottom portion (W1, W2) comprising a respective first portion, externally to said tunnel, which extends from the respective thruster means (3, 4) to the keels (11,12), and a second portion, internal to said tunnel, which extends from the keels (11,12) to the main section, said first and second thruster means (3, 4) being arranged in said first portion, externally to said tunnel, of a respective concave bottom portion (W1, W2), so that, when a water flow is generated by said first thruster means or by said second thruster means, said water flow is channeled within said tunnel, following a respective concave bottom portion (W1, W2), and only a minimal amount of water of said water flow reaches respectively said second thruster means or said first thruster means. - a underbody, said underbody comprising a first keel and a second keel, wherein said first keel is parallel to and faces said second keel, - first thruster means and second thruster means,
A semifluorinated alkane of the formula F(CF 2) n (CH 2) m H, wherein n is an integer from the range of 3 to 8 and m is an integer from the range of 3 to 10, for use in a method of treating clogged meibomian gland ducts by solubilizing meibum lipids and removing abnormal and obstructive meibum found in clogged meibomian gland ducts, the method comprising topically administering the semifluorinated alkane to an eye of a patient, wherein the semifluorinated alkane is comprised in a composition comprising at least two semifluorinated alkanes, wherein the second semifluorinated alkane is composed of at least one non-fluorinated hydrocarbon segment and at least one perfluorinated hydrocarbon segment. the semifluorinated alkane is comprised in a composition comprising at least two semifluorinated alkanes, wherein the second semifluorinated alkane is composed of at least one non-fluorinated hydrocarbon segment and at least one perfluorinated hydrocarbon segment.
A method of imaging the heart, comprising: controlling an ultrasound probe to receive first reflected ultrasound echo signals from the heart, wherein the first reflected ultrasound echo signals were transmitted using first transmit parameters; creating an ultrasound image of the heart from the first reflected ultrasound echo signals using first echo signal processing parameters; performing model-based segmentation of the ultrasound image to identify anatomical structures of the heart; for at least one anatomical structure which has areas of dropout, using the segmentation to extrapolate from the identified anatomical structures to identify the location within the image of the areas of dropout; and obtaining a next ultrasound image of the heart using second, different, echo signal processing parameters and/or second, different, transmit parameters specifically for the at least one anatomical structure, or for the areas of dropout for the at least one anatomical structure, thereby to improve the signal to noise ratio at least for the areas of dropout. controlling an ultrasound probe to receive first reflected ultrasound echo signals from the heart, wherein the first reflected ultrasound echo signals were transmitted using first transmit parameters; creating an ultrasound image of the heart from the first reflected ultrasound echo signals using first echo signal processing parameters; performing model-based segmentation of the ultrasound image to identify anatomical structures of the heart; for at least one anatomical structure which has areas of dropout, using the segmentation to extrapolate from the identified anatomical structures to identify the location within the image of the areas of dropout; and obtaining a next ultrasound image of the heart using second, different, echo signal processing parameters and/or second, different, transmit parameters specifically for the at least one anatomical structure, or for the areas of dropout for the at least one anatomical structure, thereby to improve the signal to noise ratio at least for the areas of dropout.
Aerodynamic construction element, especially wing, landing flap, elevator or vertical tail, comprising a) an outer skin, which is deformable in a cross-section obtained when cutting along the instream direction, b) supporting elements (11; 23) supporting the outer skin, where c) a drive aggregate is provided, by which a supporting element supporting the deformable outer skin is rotatable, d) with a rotation of the supporting element by the drive aggregate the distance of the supporting portion of the deformable outer skin on the supporting element rotated by the drive aggregate from a longitudinal plane of the aerodynamic construction element may be changed, e) correspondent to a change of the distance of the supporting portion of the deformable outer skin on the supporting element rotated by the drive aggregate from the longitudinal plane of the aerodynamic construction element a deformation of the outer skin may be caused, characterised in that f) the supporting element is realised as a hollow body and the drive aggregate is placed within the supporting element. a) an outer skin, which is deformable in a cross-section obtained when cutting along the instream direction, b) supporting elements (11; 23) supporting the outer skin, where c) a drive aggregate is provided, by which a supporting element supporting the deformable outer skin is rotatable, d) with a rotation of the supporting element by the drive aggregate the distance of the supporting portion of the deformable outer skin on the supporting element rotated by the drive aggregate from a longitudinal plane of the aerodynamic construction element may be changed, e) correspondent to a change of the distance of the supporting portion of the deformable outer skin on the supporting element rotated by the drive aggregate from the longitudinal plane of the aerodynamic construction element a deformation of the outer skin may be caused, characterised in that f) the supporting element is realised as a hollow body and the drive aggregate is placed within the supporting element.