mhurhangee/ep-ind-claims huggingface dataset:
Tyre comprising a tread having a maximum thickness of wearable material of which a surface - referred to as the tread surface - is intended to come into contact with a roadway during running, this tread being provided with a tread pattern comprising at least one undulating groove in the thickness of the tread, this undulating groove being formed of a plurality of visible parts which also open onto the tread surface when new and of a plurality of hidden parts intended to open to the outside only after a predetermined amount of partial wearing of the tread, the hidden parts having a bottom situated at a depth H2 equal to the maximum thickness of wearable material, - each hidden part and each open part comprising two ends, - the hidden parts and the open parts being arranged in alternation - each hidden part being connected to two open parts by intermediate parts (231, 232) that ensure the continuity between the said parts, this tyre being such that moulded onto the bottom of at least one hidden part and in the vicinity of an intermediate part there is at least one platform to act as a wear limit indicator, this platform having a height P and a length D measured between two ends (31, 32), the length D being at most equal to half the length of the hidden part and the intermediate part closest to the wear limit indicator has a geometry suitable for allowing at least partial sight of the platform, from the outside and when new, at a viewing angle A,B at most equal to 45 degrees, this angle being measured with respect to a direction perpendicular to the tread surface when new, this tyre being characterized in that the volume of the intermediate part in the vicinity of a wear limit indicator moulded onto a hidden part is different from the volume of the other intermediate part connected to the same hidden part. - each hidden part and each open part comprising two ends, - the hidden parts and the open parts being arranged in alternation - each hidden part being connected to two open parts by intermediate parts (231, 232) that ensure the continuity between the said parts, this tyre being such that moulded onto the bottom of at least one hidden part and in the vicinity of an intermediate part there is at least one platform to act as a wear limit indicator, this platform having a height P and a length D measured between two ends (31, 32), the length D being at most equal to half the length of the hidden part and the intermediate part closest to the wear limit indicator has a geometry suitable for allowing at least partial sight of the platform, from the outside and when new, at a viewing angle A,B at most equal to 45 degrees, this angle being measured with respect to a direction perpendicular to the tread surface when new,
Process for the preparation of a diene elastomer modified by a 1,3-dipolar compound, characterized in that it comprises the following stages: a. a diene elastomer and a 1,3-dipolar compound are mixed by thermomechanical kneading in an internal mixer in order to form a diene elastomer modified by a reaction of grafting the 1,3-dipolar compound to the diene elastomer, b. the modified diene elastomer is extruded. a. a diene elastomer and a 1,3-dipolar compound are mixed by thermomechanical kneading in an internal mixer in order to form a diene elastomer modified by a reaction of grafting the 1,3-dipolar compound to the diene elastomer, b. the modified diene elastomer is extruded.
A method of fixing ink on a fabric, which has been unwound from a first reel, impregnated with an aqueous solution and digitally printed, wherein impregnation comprises immersion of the fabric unwound from the first reel in a tank containing said aqueous solution, the method comprising the following further steps: - following the digital printing step, steaming, in a steaming chamber, the fabric printed and impregnated with the aqueous solution, in such a manner as to fix the ink to the fabric; then - drying the fabric and bringing it back to its initial size through two adapted machines (14 and 15) or simply drying the fabric; and subsequently - rewinding the fabric onto a second reel or arranging the fabric in sheets; wherein said aqueous solution comprises at least one or more substances selected from the group constituted by pH stabilization compounds and salts. the method comprising the following further steps: - following the digital printing step, steaming, in a steaming chamber, the fabric printed and impregnated with the aqueous solution, in such a manner as to fix the ink to the fabric; then - drying the fabric and bringing it back to its initial size through two adapted machines (14 and 15) or simply drying the fabric; and subsequently - rewinding the fabric onto a second reel or arranging the fabric in sheets; - following the digital printing step, steaming, in a steaming chamber, the fabric printed and impregnated with the aqueous solution, in such a manner as to fix the ink to the fabric; then - drying the fabric and bringing it back to its initial size through two adapted machines (14 and 15) or simply drying the fabric; and subsequently - rewinding the fabric onto a second reel or arranging the fabric in sheets; wherein said aqueous solution comprises at least one or more substances selected from the group constituted by pH stabilization compounds and salts.
An organic light emitting device comprising: a first electrode which is light transmissive; an organic light emitting layer positioned adjacent the first electrode, the organic light emitting layer having an imaginary surface running therethrough defining a first side and a second side of the organic light emitting device, wherein the first electrode is on the first side of the organic light emitting device; a second electrode positioned adjacent to the organic light emitting layer on the second side of the organic light emitting device; a sealing member adjacent to the second electrode; a first device electrical contact formed adjacent to the sealing member and extending from the first electrode to the second side of the organic light emitting device; and a second device electrical contact formed adjacent to the sealing member and extending from the second electrode; characterized in that the first device electrical contact electrically connects to the first electrode in a tab region of the first electrode, the tab region of the first electrode being beyond the perimeter of the sealing member; and the second device electrical contact electrically connects to the second electrode in a tab region of the second electrode, the tab region of the second electrode being beyond the perimeter of the sealing member. a first electrode which is light transmissive; an organic light emitting layer positioned adjacent the first electrode, the organic light emitting layer having an imaginary surface running therethrough defining a first side and a second side of the organic light emitting device, wherein the first electrode is on the first side of the organic light emitting device; a second electrode positioned adjacent to the organic light emitting layer on the second side of the organic light emitting device; a sealing member adjacent to the second electrode; a first device electrical contact formed adjacent to the sealing member and extending from the first electrode to the second side of the organic light emitting device; and a second device electrical contact formed adjacent to the sealing member and extending from the second electrode; characterized in that the first device electrical contact electrically connects to the first electrode in a tab region of the first electrode, the tab region of the first electrode being beyond the perimeter of the sealing member; and the second device electrical contact electrically connects to the second electrode in a tab region of the second electrode, the tab region of the second electrode being beyond the perimeter of the sealing member.
A tissue expansion system, comprising: an implantable device comprising an expandable compartment and a fluid source, wherein the fluid source is secured within the expandable compartment and an external device adapted to control the release of fluid from the fluid source into the expandable compartment from a location external to the patient, characterized in that the fluid source is not rigidly fixed relative to the expandable compartment to allow for relative movement between the fluid source and the expandable compartment after the implantable component is positioned within a patient. an implantable device comprising an expandable compartment and a fluid source, wherein the fluid source is secured within the expandable compartment and an external device adapted to control the release of fluid from the fluid source into the expandable compartment from a location external to the patient, characterized in that the fluid source is not rigidly fixed relative to the expandable compartment to allow for relative movement between the fluid source and the expandable compartment after the implantable component is positioned within a patient.
A monitor that monitors a state of an organism internal part from a surface of the organism, comprising: a probe including an observation window attached to the surface of the organism; a laser emission unit that includes an optical path that guides Stokes light and an optical path that guides pump light, combines the Stokes light and the pump light and emits the combined laser light onto at least a part of an observation region on the surface of the organism accessed via the observation window; a detection unit that detects Coherent Anti-stokes Raman Spectroscopy, CARS, light caused by emission of the laser light from each of a plurality of observation spots that are either intermittently dispersed in two dimensions in the observation region or are continuously formed so as to scan the observation region; a limiting unit (51, 52) that limits, or locks onto first observation spots from the plurality of observation spots, where it is evaluated that information on a target part of the organism internal part can be obtained from the CARS light from said first observation spots; and a unit that acquires spectra of at least one component from the first observation spots or peripheries of the first observation spots and outputs first information showing the state of the organism internal part based on intensities of the spectra, wherein the probe includes an output unit that guides the Stokes light and the pump light from the laser emission unit and emits the Stokes light and the pump light to each of the plurality of spots selectively to intersect the Stokes light and the pump light at a depth in the organism. a probe including an observation window attached to the surface of the organism; a laser emission unit that includes an optical path that guides Stokes light and an optical path that guides pump light, combines the Stokes light and the pump light and emits the combined laser light onto at least a part of an observation region on the surface of the organism accessed via the observation window; a detection unit that detects Coherent Anti-stokes Raman Spectroscopy, CARS, light caused by emission of the laser light from each of a plurality of observation spots that are either intermittently dispersed in two dimensions in the observation region or are continuously formed so as to scan the observation region; a limiting unit (51, 52) that limits, or locks onto first observation spots from the plurality of observation spots, where it is evaluated that information on a target part of the organism internal part can be obtained from the CARS light from said first observation spots; and a unit that acquires spectra of at least one component from the first observation spots or peripheries of the first observation spots and outputs first information showing the state of the organism internal part based on intensities of the spectra, wherein the probe includes an output unit that guides the Stokes light and the pump light from the laser emission unit and emits the Stokes light and the pump light to each of the plurality of spots selectively to intersect the Stokes light and the pump light at a depth in the organism.
A securing boot controller for an embedded system, the embedded system further comprising an operational module incorporating an operational function of the system, and a verification module incorporating a function of verifying various components of the system; the controller being configured to: - upon cold start of the system, to make the verification function executable to perform a functional verification at boot up, including a verification of the authenticity and integrity of the operational function; - upon successful completion of the functional verification, at each warm start following said cold start of the system, to make the operational function executable at boot up, wherein cold start corresponds to a reboot of the system after a power failure leading to a loss of at least a portion of data contained in a random-access memory of the system, the controller being further configured to consult the status of a startup register modifiable by a power controller of the embedded system to determine the boot type selected, between a hot startup and a cold startup. - upon cold start of the system, to make the verification function executable to perform a functional verification at boot up, including a verification of the authenticity and integrity of the operational function; - upon successful completion of the functional verification, at each warm start following said cold start of the system, to make the operational function executable at boot up, wherein cold start corresponds to a reboot of the system after a power failure leading to a loss of at least a portion of data contained in a random-access memory of the system, the controller being further configured to consult the status of a startup register modifiable by a power controller of the embedded system to determine the boot type selected, between a hot startup and a cold startup.
Valve for metering in fluid, having a valve assembly which meters in the fluid, having a hydraulic coupler which is assigned to the valve assembly and has a housing pot with a pot bottom, a pot wall and a pot opening, a piston which is guided axially displaceably in the housing pot and delimits a liquid-filled coupler gap with the pot bottom and delimits an annular gap with the pot wall, and a cap-shaped diaphragm with a cap bottom and a cap sheath, which cap-shaped diaphragm covers the annular gap by way of the cap bottom at the pot opening, engages over the pot wall of the housing pot with the cap sheath, and is fixed on the piston and the pot wall in each case in a liquid-tight manner, the cap sheath being equipped with elastic deformation regions, characterized in that the elastic deformation regions are formed by curved depressions which follow one another in the circumferential direction, are directed radially inwards and extend axially.
A system for washing and de-icing of an aircraft, the system comprising: - a hangar having a base comprising guiding rails; - at least one transverse frame (20, 30, 40) transverse to the guiding rails; each transverse frame comprising at least one automated vertical elongated member connected to a transversal member and member-adapted to move vertically said transversal member; - spray means (36, 37) attached to each of the transversal members and adapted to spray liquid below the transversal member; - a controller configured to control movement of the vertical elongated members and configured to control the spray means (36, 37); - a guiding means adapted: ∘ to be guided by the guiding rails; ∘ to be removably attached to the aircraft; ∘ to move the aircraft under the transverse frames (20, 30, 40) of the hangar; and ∘ to communicate position of the guiding means to the controller; - at least one tank for storing fluid for washing and de-icing, the tank being in fluid communication with the spray means (36, 37). - a hangar having a base comprising guiding rails; - at least one transverse frame (20, 30, 40) transverse to the guiding rails; each transverse frame comprising at least one automated vertical elongated member connected to a transversal member and member-adapted to move vertically said transversal member; - spray means (36, 37) attached to each of the transversal members and adapted to spray liquid below the transversal member; - a controller configured to control movement of the vertical elongated members and configured to control the spray means (36, 37); - a guiding means adapted: ∘ to be guided by the guiding rails; ∘ to be removably attached to the aircraft; ∘ to move the aircraft under the transverse frames (20, 30, 40) of the hangar; and ∘ to communicate position of the guiding means to the controller; ∘ to be guided by the guiding rails; ∘ to be removably attached to the aircraft; ∘ to move the aircraft under the transverse frames (20, 30, 40) of the hangar; and ∘ to communicate position of the guiding means to the controller; - at least one tank for storing fluid for washing and de-icing, the tank being in fluid communication with the spray means (36, 37).
An apparatus for intraoral scanning, the apparatus comprising: an elongate handheld wand comprising a probe at a distal end of the elongate handheld wand; one or more light projectors, each light projector comprising: at least one light source configured to generate light when activated; and a pattern generating optical element (40, 1042), wherein the pattern generating optical element is configured to generate a pattern of light when the light is transmitted through the pattern generating optical element (40, 1042), and two or more cameras, each of the two or more cameras comprising a camera sensor (58, 1046) and one or more lenses, wherein each of the two or more cameras is configured to capture a plurality of images that depict at least a portion of the projected pattern of light on an intraoral surface, wherein each camera is configured to focus at an object focal plane that is located between about 1 mm and about 30 mm from a lens of the one or more lenses that is farthest from the camera sensor. an elongate handheld wand comprising a probe at a distal end of the elongate handheld wand; one or more light projectors, each light projector comprising: at least one light source configured to generate light when activated; and a pattern generating optical element (40, 1042), wherein the pattern generating optical element is configured to generate a pattern of light when the light is transmitted through the pattern generating optical element (40, 1042), and two or more cameras, each of the two or more cameras comprising a camera sensor (58, 1046) and one or more lenses, wherein each of the two or more cameras is configured to capture a plurality of images that depict at least a portion of the projected pattern of light on an intraoral surface, wherein each camera is configured to focus at an object focal plane that is located between about 1 mm and about 30 mm from a lens of the one or more lenses that is farthest from the camera sensor. at least one light source configured to generate light when activated; and a pattern generating optical element (40, 1042), wherein the pattern generating optical element is configured to generate a pattern of light when the light is transmitted through the pattern generating optical element (40, 1042), and two or more cameras, each of the two or more cameras comprising a camera sensor (58, 1046) and one or more lenses, wherein each of the two or more cameras is configured to capture a plurality of images that depict at least a portion of the projected pattern of light on an intraoral surface, wherein each camera is configured to focus at an object focal plane that is located between about 1 mm and about 30 mm from a lens of the one or more lenses that is farthest from the camera sensor.
A method of wireless communication, comprising: performing, at a user equipment, UE,, measurements to determine coverage conditions of the UE, including channel conditions and connection conditions at its current location, and to determine whether the coverage conditions of the UE support narrowband frequency hopping for transmissions; determining, at the UE, whether the coverage conditions of the UE support narrowband frequency hopping for transmissions, wherein the narrowband frequency hopping includes uplink transmission of data without a gap between hopped frequencies; and indicating, by the UE and in response to the determining that coverage conditions of the UE support narrowband frequency hopping for transmissions, that the UE is configured with capabilities to support the narrowband frequency hopping without a gap. performing, at a user equipment, UE,, measurements to determine coverage conditions of the UE, including channel conditions and connection conditions at its current location, and to determine whether the coverage conditions of the UE support narrowband frequency hopping for transmissions; determining, at the UE, whether the coverage conditions of the UE support narrowband frequency hopping for transmissions, wherein the narrowband frequency hopping includes uplink transmission of data without a gap between hopped frequencies; and indicating, by the UE and in response to the determining that coverage conditions of the UE support narrowband frequency hopping for transmissions, that the UE is configured with capabilities to support the narrowband frequency hopping without a gap.
Watch, selected from among a wristwatch, a pocket-watch and a brooch-watch, with a clockwork-movement accommodated and fixed in a watch case, the clockwork-movement being connected to the watch case by means of one or more tension elements, the tension element or elements being able to be put under tension in such a way as to fix the clockwork-movement to the interior of the watch case, and characterized in that the tension element or each of the tension elements is a traction cable and/or a strand.