mhurhangee/ep-ind-claims huggingface dataset:
An ion-exchanged glass ceramic article having a thickness t, wherein: the glass article comprises a stress that decreases with increasing distance according to a substantially linear function from a depth of about 0.07t to a depth of about 0.26t from the outer surface of the ion-exchanged glass ceramic article toward a centerline; the stress transitions from the compressive stress to the tensile stress at a depth of from about 0.18t to about 0.25t from the outer surface of the ion-exchanged glass ceramic article; and an absolute value of a maximum compressive stress at the outer surface of the ion-exchanged glass ceramic article is from 1.8 to 2.2 times an absolute value of a maximum central tension of the ion-exchanged glass ceramic article; and the ion-exchanged glass ceramic article has a fracture toughness of 1 MPa√m or more as measured according to the double cantilever beam method; wherein the glass ceramic article comprises a maximum concentration of Li ions from 20 mol% to 32 mol%; from 0 mol% to 6 mol% Al 2 O 3; from 0.7 mol% to 2.2 mol% P 2 O 5; from 1.7 mol% to 4.5 mol% ZrO 2; from 60 mol% to 72 mol% SiO 2; and wherein the ion-exchanged glass ceramic article has a Na 2 O concentration of less than 10 mol% at the outer surface. the glass article comprises a stress that decreases with increasing distance according to a substantially linear function from a depth of about 0.07t to a depth of about 0.26t from the outer surface of the ion-exchanged glass ceramic article toward a centerline; the stress transitions from the compressive stress to the tensile stress at a depth of from about 0.18t to about 0.25t from the outer surface of the ion-exchanged glass ceramic article; and an absolute value of a maximum compressive stress at the outer surface of the ion-exchanged glass ceramic article is from 1.8 to 2.2 times an absolute value of a maximum central tension of the ion-exchanged glass ceramic article; and the ion-exchanged glass ceramic article has a fracture toughness of 1 MPa√m or more as measured according to the double cantilever beam method; wherein the glass ceramic article comprises a maximum concentration of Li ions from 20 mol% to 32 mol%; from 0 mol% to 6 mol% Al 2 O 3; from 0.7 mol% to 2.2 mol% P 2 O 5; from 1.7 mol% to 4.5 mol% ZrO 2; from 60 mol% to 72 mol% SiO 2; and wherein the ion-exchanged glass ceramic article has a Na 2 O concentration of less than 10 mol% at the outer surface.
A reconfigurable modular wall including a plurality of wall modules (102a, 102b, 104a; 104b), each comprising an interior frame and one or more exterior tiles on both sides of the wall module (102a,102b,104a;104b), wherein the wall modules include a wall module comprising: a pair of vertical frame brackets configured to removably couple the wall module (104a;104b) to one or more additional wall modules (102a,102b) to form the reconfigurable modular wall, an interior wall connecting the pair of vertical frame brackets together, the interior wall including one or more tiles defining a recessed pocket recessed behind the at least two vertical frame brackets, wherein the tiles are provided on a back surface or one or more sides of the recessed pocket; a recessed, extendable piece of furniture (110,110a,110b) comprising a bed, configured to be contained within the pocket when in a recessed position and to be extended from the pocket to a generally horizontal position when in an extended position, wherein the recessed pocket is exposed when the recessed, extendable piece of furniture (110,110a,110b,110c) is folded out of the wall module into the generally horizontal position; and one or more exterior tiles connected to an underside of the recessed, extendable piece of furniture (110,110a,110b) to form an exterior surface of the wall module when the piece of furniture (110, 110a, 110b) is in the recessed positon, wherein the one or more exterior tiles connected to the underside of the recessed, extendable piece of furniture (110, 110a, 110b) are flush with exterior tiles of the additional wall modules (102a,102b) when the recessed, extendable piece of furniture (110,110a,110b) is in a closed position. a pair of vertical frame brackets configured to removably couple the wall module (104a;104b) to one or more additional wall modules (102a,102b) to form the reconfigurable modular wall, an interior wall connecting the pair of vertical frame brackets together, the interior wall including one or more tiles defining a recessed pocket recessed behind the at least two vertical frame brackets, wherein the tiles are provided on a back surface or one or more sides of the recessed pocket; a recessed, extendable piece of furniture (110,110a,110b) comprising a bed, configured to be contained within the pocket when in a recessed position and to be extended from the pocket to a generally horizontal position when in an extended position, wherein the recessed pocket is exposed when the recessed, extendable piece of furniture (110,110a,110b,110c) is folded out of the wall module into the generally horizontal position; and one or more exterior tiles connected to an underside of the recessed, extendable piece of furniture (110,110a,110b) to form an exterior surface of the wall module when the piece of furniture (110, 110a, 110b) is in the recessed positon, wherein the one or more exterior tiles connected to the underside of the recessed, extendable piece of furniture (110, 110a, 110b) are flush with exterior tiles of the additional wall modules (102a,102b) when the recessed, extendable piece of furniture (110,110a,110b) is in a closed position.
A method for module-level processing of photovoltaic cells, the method comprising: bonding at least one crystalline silicon photovoltaic substrate to a carrier by means of an adhesive layer, thereby leaving part of the adhesive layer uncovered; after bonding, exposing the uncovered part of the adhesive layer and the at least one crystalline silicon photovoltaic substrate to a plasma, such that said exposing of said uncovered part of the adhesive layer to said plasma results in the transformation of an intermediate part of said adhesive layer into a layer with an increased density located between an upper oxidized part of the adhesive layer and an unaffected bottom part of the adhesive layer, and thereafter, removing a surface portion of the at least one crystalline photovoltaic substrate, wherein said adhesive layer is a silicone adhesive layer, and wherein exposing the uncovered part of the adhesive layer and the at least one crystalline silicon photovoltaic substrate to a plasma comprises exposure to an ion bombardment. bonding at least one crystalline silicon photovoltaic substrate to a carrier by means of an adhesive layer, thereby leaving part of the adhesive layer uncovered; after bonding, exposing the uncovered part of the adhesive layer and the at least one crystalline silicon photovoltaic substrate to a plasma, such that said exposing of said uncovered part of the adhesive layer to said plasma results in the transformation of an intermediate part of said adhesive layer into a layer with an increased density located between an upper oxidized part of the adhesive layer and an unaffected bottom part of the adhesive layer, and thereafter, removing a surface portion of the at least one crystalline photovoltaic substrate,
Tool for checking the quality of assemblies of structural elements of an aircraft by means of fixing sets of screw-nut type, the tool comprising a mechanical device and an electronic device that are connected to one another, the mechanical device comprising: - a housing comprising a bearing surface defining a reference plane, said surface being configured to, in use, be pressed on a face, called contact face, of a structural element of the assembly to be checked against which the nut screwed onto the screw bears; - a boom mounted to be translationally mobile inside the housing, said boom comprising a bottom face configured, to, in use, be pressed onto a free end of the screw; - a linear coder configured to measure, in use, a distance between the reference plane and the bottom face of the mobile boom, the electronic device comprising a central unit having a database, a display screen and a human-machine interface, characterized in that the database comprises the characteristics of each of the plurality of the different assemblies of structural elements existing in the aircraft, the characteristics of an assembly comprising at least the dimensions and references of the screw and of the nut of the screw-nut type fixing, the overall thickness of the assembled structural elements (2A, 2B) and the dimensions and references of a washer inserted between the contact face and the nut in the case where the assembly contains same, a first and a second value (D mating, D nut) recommended for the screw-nut combination of the fixing set in the case where the fixing set does not include a washer, a first and a second value (D mating, D nut) recommended for the screw-nut combination of the fixing set in the case where the fixing set comprises a washer, and the first and second values delimiting, respectively, a first and a second validity range to which the measurement performed on the assembly by means of the mechanical device should be compared to check the quality of said assembly, and in that the central unit is configured, in use, to execute a program for implementing a method for checking the quality of an assembly of structural elements from the measurement of the distance between the reference plane and the bottom face of the mobile boom, the program invoking the database. - a housing comprising a bearing surface defining a reference plane, said surface being configured to, in use, be pressed on a face, called contact face, of a structural element of the assembly to be checked against which the nut screwed onto the screw bears; - a boom mounted to be translationally mobile inside the housing, said boom comprising a bottom face configured, to, in use, be pressed onto a free end of the screw; - a linear coder configured to measure, in use, a distance between the reference plane and the bottom face of the mobile boom,
A LIDAR system, comprising: - a beam-generating section adapted for generating an output beam; - a plurality of beam-focusing optical units, each having at least one optical element (2, 3, 7, 8), the optical elements defining one or more optical axes (5, 5', 9, 9'); and - a beam-steering element in optical connection with the beam generating section and comprising a micro-electro-mechanical-system (MEMS) comprising at least one reflecting element (10, 11) adapted to be arranged in a plurality of positions, the beam-steering element is located on at least one of the optical axes (5, 5', 9, 9') for the at least one optical element (2, 3, 7, 8) in the beam-focusing optical units and configured such that the output beam from the at least one reflecting element (10, 11) can be directed interchangeably between the at least one optical element (2, 3, 7, 8) for each of the beam-focusing optical units by selectively positioning the reflecting element(s) (10, 11), and wherein the selected positions of the reflecting element(s) (10, 11) are selected such that the output beam being directed is aligned with at least one of the optical axes (5, 5', 9, 9') for the at least one optical element (2, 3, 7, 8) in the beam-focusing optical units, characterized in that if one of the at least one optical axes (5, 5', 9, 9') gets misaligned, thereby forming a new optical axis, the at least one reflective element (10, 11) is configured for being positioned such that the output beam from the at least one reflective element (10, 11) propagates in free-space to the at least one optical element, whereby the output beam from the at least one reflecting element (10, 11) is aligned directly with the new optical axis by selectively positioning the at least one reflection element (10, 11). - a beam-generating section adapted for generating an output beam; - a plurality of beam-focusing optical units, each having at least one optical element (2, 3, 7, 8), the optical elements defining one or more optical axes (5, 5', 9, 9'); and - a beam-steering element in optical connection with the beam generating section and comprising a micro-electro-mechanical-system (MEMS) comprising at least one reflecting element (10, 11) adapted to be arranged in a plurality of positions,
A method for providing an integration notification user interface by an electronic device, the method comprising: receiving notification data associated with a plurality of events generated by a plurality of applications; determining registered targets related to the events with reference to a contact database; classifying the notification data according to each of the registered targets; displaying a first object on a first part of a touch screen of the electronic device and displaying a second object on a second part of the touch screen; displaying a first notification page on the touch screen in response to a first user input received through the first part of the touch screen, wherein the first notification page includes first notification data associated with a first determined registered target from the determined registered targets; displaying a second notification page on the touch screen in response to a second user input received through the second part of the touch screen, wherein the second notification page includes second notification data associated with a second determined registered target from the determined registered targets. receiving notification data associated with a plurality of events generated by a plurality of applications; determining registered targets related to the events with reference to a contact database; classifying the notification data according to each of the registered targets; displaying a first object on a first part of a touch screen of the electronic device and displaying a second object on a second part of the touch screen; displaying a first notification page on the touch screen in response to a first user input received through the first part of the touch screen, wherein the first notification page includes first notification data associated with a first determined registered target from the determined registered targets; displaying a second notification page on the touch screen in response to a second user input received through the second part of the touch screen, wherein the second notification page includes second notification data associated with a second determined registered target from the determined registered targets.
A detection method based on a laser radar, characterized by comprising the following operations: (S101/S201/S301/S401), obtaining scanning data of the laser radar;, performing an algorithm splitting on a feature algorithm used for detection based on the scanning data to obtain at least one sub-algorithm capable of parallel processing in the feature algorithm; (S103/S203/S303/S403), performing a heterogeneous acceleration on the at least one sub-algorithm to process the scanning data, and obtaining a detected position of an obstacle and a detected drivable area based on a processing result. (S101/S201/S301/S401), obtaining scanning data of the laser radar;, performing an algorithm splitting on a feature algorithm used for detection based on the scanning data to obtain at least one sub-algorithm capable of parallel processing in the feature algorithm; (S103/S203/S303/S403), performing a heterogeneous acceleration on the at least one sub-algorithm to process the scanning data, and obtaining a detected position of an obstacle and a detected drivable area based on a processing result.
A method to generate terahertz radiation in a nonlinear optical medium, wherein a pump pulse is subjected to pulse front tilting, the thus obtained pump pulse having tilted pulse front is coupled into the nonlinear optical medium and a THz pulse is generated by means of the optical medium in nonlinear optical processes, particularly by means of optical rectification by the pump pulse, the pulse front tilt of the pump pulse required to satisfy a velocity matching condition of v p; cs cos( γ) = v THz; f is induced as a sum of a plurality of partial pulse front tilts of the pump pulse, induced separately in subsequent steps, wherein v p;cs is the group velocity of the pump pulse, v THz;f is the phase velocity of the THz pulse, and γ is the angle formed between the pulse front and the phase front of said pump pulse, and wherein the sum of the plurality of partial pulse front tilts is divided into a first partial pulse front tilt and further partial pulse front tilts wherein the pump pulse is subjected to the first partial pulse front tilt, characterized in that the further partial pulse front tilts of the pump pulse are induced by guiding the pump pulse having the first partial pulse front tilt with the imaging optics via coupling the pump pulse into the nonlinear optical medium by means of a contact grating being in optical coupling with the nonlinear optical medium or formed on an entry plane of the optical medium.
A device for insertion into a paranasal sinus, Eustachian tube, naso-lacrimal duct or other anatomical structure of the ear, nose or throat and for guiding a second device to that paranasal sinus, Eustachian tube, naso-lacrimal duct or other anatomical structure, said device comprising: an elongate shaft having a proximal end and a distal end; a bulbous tip member on the distal end of the shaft; and a handle attached to the proximal end of the shaft, wherein the length of said elongate shaft is from 10cm to 30cm; wherein the device is characterised by: at least a portion of said shaft being formed of plastically deformable material such that it may be bent into a desired shape. an elongate shaft having a proximal end and a distal end; a bulbous tip member on the distal end of the shaft; and a handle attached to the proximal end of the shaft, at least a portion of said shaft being formed of plastically deformable material such that it may be bent into a desired shape.
An in-vitro release testing (IVRT) device for orally inhaled drug products, for use in an IVRT apparatus, said device comprising an air-permeable filter loaded with particulate material representing a dose of an orally inhaled drug product, said device comprising: - an upper filter support element (130; 230; 330) and a lower filter support element (140; 240; 340), said loaded filter being circumferentially retained between said upper and lower support elements, - a filter cover (120; 220; 320) to cover the upper surface of said loaded filter, and - a filter cover retainer (110; 210; 310) provided to assemble and seal the IVRT device, said filter cover retainer (110; 210; 310) characterised in that it comprises a spring to control the compressive load between said lower filter support element (140; 240; 340), said filter, said upper filter support element (130; 230; 330) and said filter cover (120; 220; 320). - an upper filter support element (130; 230; 330) and a lower filter support element (140; 240; 340), said loaded filter being circumferentially retained between said upper and lower support elements, - a filter cover (120; 220; 320) to cover the upper surface of said loaded filter, and - a filter cover retainer (110; 210; 310) provided to assemble and seal the IVRT device, said filter cover retainer (110; 210; 310) characterised in that it comprises a spring to control the compressive load between said lower filter support element (140; 240; 340), said filter, said upper filter support element (130; 230; 330) and said filter cover (120; 220; 320).
A shoe insole, the insole being operably fitted to the whole area of an inside sole portion of a shoe, from a rearmost, heel portion to support a heel of a user of the shoe to a distal portion under the toes of a wearer of the shoe; the insole comprising three layers, wherein: a first layer comprises a heel section which extends from a rearmost portion, the heel section being operable to define a lift, such that, in use, the weight/forces arising from the heel of a user of the shoe are spread about the heel and the user's heel is raised; a second layer, extending from the heel section to an area associated, in use, with a ball of the foot, where the distal edge of the second insole layer follows, generally, an angle subtended by the bones of the toes; and, a third layer which overlies the first and second layers, providing the only support for the phalanges; wherein, toward the edge of the distal edge of the second insole, the insole is chamfered and wherein the first second and third insoles are manufactured from foam in the ranges of, respectively, 40 - 50° Asker hardness; 20 - 30° Asker hardness; and 60 - 90° Asker hardness; whereby to provide an improved spinal alignment. a first layer comprises a heel section which extends from a rearmost portion, the heel section being operable to define a lift, such that, in use, the weight/forces arising from the heel of a user of the shoe are spread about the heel and the user's heel is raised; a second layer, extending from the heel section to an area associated, in use, with a ball of the foot, where the distal edge of the second insole layer follows, generally, an angle subtended by the bones of the toes; and, a third layer which overlies the first and second layers, providing the only support for the phalanges; wherein, toward the edge of the distal edge of the second insole, the insole is chamfered and wherein the first second and third insoles are manufactured from foam in the ranges of, respectively, 40 - 50° Asker hardness; 20 - 30° Asker hardness; and 60 - 90° Asker hardness; whereby to provide an improved spinal alignment.
A suction nozzle for sucking up dust and/or fluids and/or waste from a surface, said suction nozzle comprising: i) a base plate with at least one channel in the form of an overturned U which is open towards said surface, wherein said at least one channel of the base plate has a central opening ii) a suction duct in fluid communication with the at least one channel of the base plate, wherein said suction duct is produced as a component separate from said base plate and from a suction nozzle body, characterized in that said suction duct is substantially rigid and has a length greater than or equal to 2.5 cm, and in that the suction nozzle comprises connection means for firmly connecting said suction duct to said base plate at said central opening for placing the at least one channel in fluid communication with the suction duct. i) a base plate with at least one channel in the form of an overturned U which is open towards said surface, wherein said at least one channel of the base plate has a central opening ii) a suction duct in fluid communication with the at least one channel of the base plate, wherein said suction duct is produced as a component separate from said base plate and from a suction nozzle body, characterized in that said suction duct is substantially rigid and has a length greater than or equal to 2.5 cm, and in that the suction nozzle comprises connection means for firmly connecting said suction duct to said base plate at said central opening for placing the at least one channel in fluid communication with the suction duct.