mhurhangee/ep-ind-claims huggingface dataset:
Method that can be used for analyzing oxidizing species in a sample, in particular in a biological sample, comprising the steps consisting of: i) contacting the sample with a photoluminescent first agent and an optically active second agent, the photoluminescent first agent at least comprising oxidizable nanoparticles doped with rare earths, with - the luminescence of the photoluminescent first agent varying, at at least one first wavelength, with the quantity of oxidizing species, and - the signal emitted by the optically active second agent being, at at least one second wavelength different from the first wavelength, constant with the quantity of oxidizing species, or varying with the quantity of oxidizing species in a direction opposite to the luminescence of the photoluminescent first agent, ii) exciting the photoluminescent first agent and the optically active second agent in the sample iii) measuring the luminous intensity of the sample at at least said first wavelength, and at least said second wavelength, and iv) estimating the presence and/or the quantity of oxidizing species by interpretation of said measured luminous intensities, and if applicable by reference to standard values. i) contacting the sample with a photoluminescent first agent and an optically active second agent, the photoluminescent first agent at least comprising oxidizable nanoparticles doped with rare earths, with - the luminescence of the photoluminescent first agent varying, at at least one first wavelength, with the quantity of oxidizing species, and - the signal emitted by the optically active second agent being, at at least one second wavelength different from the first wavelength, constant with the quantity of oxidizing species, or varying with the quantity of oxidizing species in a direction opposite to the luminescence of the photoluminescent first agent, - the luminescence of the photoluminescent first agent varying, at at least one first wavelength, with the quantity of oxidizing species, and - the signal emitted by the optically active second agent being, at at least one second wavelength different from the first wavelength, ii) exciting the photoluminescent first agent and the optically active second agent in the sample iii) measuring the luminous intensity of the sample at at least said first wavelength, and at least said second wavelength, and iv) estimating the presence and/or the quantity of oxidizing species by interpretation of said measured luminous intensities, and if applicable by reference to standard values.
An implantable device comprising: an outer tubular member (10, 110) defining a longitudinal axis and a lumen (18, 118) extending along the longitudinal axis, the outer tubular member including: an outer wall portion (12, 112) having a plurality of first openings (22', 122') therebetween, the outer wall portion (12, 112) having a first porosity; and an inner baffle portion (24, 124) disposed within the lumen (18, 118), the inner baffle portion (24, 124) including a plurality of second openings (22", 122") therebetween, the inner baffle portion (24, 124) having a second porosity that is lower than the first porosity of the outer wall portion (12, 112); characterized in that: the implantable device is configured to be implanted in a blood vessel to disrupt a vortex flow pattern while minimizing effect on the longitudinal flow through the blood vessel; the first openings in the outer wall portion (12, 112) are defined by a plurality of interconnected first strands (20', 120'); the second openings (22", 122") in the inner baffle portion are defined by a plurality of interconnected second strands (20", 120"); and wherein the inner baffle portion extends parallel to the longitudinal axis of the outer tubular member (10, 110). an inner baffle portion (24, 124) disposed within the lumen (18, 118), the inner baffle portion (24, 124) including a plurality of second openings (22", 122") therebetween, the inner baffle portion (24, 124) having a second porosity that is lower than the first porosity of the outer wall portion (12, 112); characterized in that: the implantable device is configured to be implanted in a blood vessel to disrupt a vortex flow pattern while minimizing effect on the longitudinal flow through the blood vessel; the first openings in the outer wall portion (12, 112) are defined by a plurality of interconnected first strands (20', 120'); the second openings (22", 122") in the inner baffle portion are defined by a plurality of interconnected second strands (20", 120"); and wherein the inner baffle portion extends parallel to the longitudinal axis of the outer tubular member (10, 110). the implantable device is configured to be implanted in a blood vessel to disrupt a vortex flow pattern while minimizing effect on the longitudinal flow through the blood vessel; the first openings in the outer wall portion (12, 112) are defined by a plurality of interconnected first strands (20', 120'); the second openings (22", 122") in the inner baffle portion are defined by a plurality of interconnected second strands (20", 120"); and wherein the inner baffle portion extends parallel to the longitudinal axis of the outer tubular member (10, 110).
Display system (100, 200, 300) for displaying a three dimensional object, the display system (100, 200, 300) comprising: a plurality of display units (101 - 103, 201, 202, 301 - 303, 314, 315), a motion device (104, 204, 304), which is mechanically coupled to the display units (101 - 103, 201, 202, 301 - 303, 314, 315) and comprises a pole and a plurality of single arms (306, 307) each for every one of the display units (101 - 103, 201, 202, 301 - 303, 314, 315) that is coupled to the pole and that is moveable up and down on the motion device (104, 204, 304) and that is rotatable around the motion device (104, 204, 304) covering a 360° angle around the pole, wherein each of the plurality of single arms (306, 307) is configured as a mechanical three joint arm (306, 307), each comprising a first joint (320, 323) coupled to the respective display unit (301, 302, 303, 314, 315), and a center joint (321, 324), and a second joint (322, 325) that couples each single arm to the motion device, a motion controller, which is configured to adapt the position and/or orientation of the single display units (101 - 103, 201, 202, 301 - 303, 314, 315) by controlling the motion device (104, 204, 304) based on a three dimensional model of the three dimensional object, and an image controller, which is electronically coupled to the display units (101 - 103, 201, 202, 301 - 303, 314, 315) and is configured to display a section of an image of the three dimensional object on each one of the display units (101 - 103, 201, 202, 301 - 303, 314, 315). a plurality of display units (101 - 103, 201, 202, 301 - 303, 314, 315), a motion device (104, 204, 304), which is mechanically coupled to the display units (101 - 103, 201, 202, 301 - 303, 314, 315) and comprises a pole and a plurality of single arms (306, 307) each for every one of the display units (101 - 103, 201, 202, 301 - 303, 314, 315) that is coupled to the pole and that is moveable up and down on the motion device (104, 204, 304) and that is rotatable around the motion device (104, 204, 304) covering a 360° angle around the pole, wherein each of the plurality of single arms (306, 307) is configured as a mechanical three joint arm (306, 307), each comprising a first joint (320, 323) coupled to the respective display unit (301, 302, 303, 314, 315), and a center joint (321, 324), and a second joint (322, 325) that couples each single arm to the motion device, a motion controller, which is configured to adapt the position and/or orientation of the single display units (101 - 103, 201, 202, 301 - 303, 314, 315) by controlling the motion device (104, 204, 304) based on a three dimensional model of the three dimensional object, and an image controller, which is electronically coupled to the display units (101 - 103, 201, 202, 301 - 303, 314, 315) and is configured to display a section of an image of the three dimensional object on each one of the display units (101 - 103, 201, 202, 301 - 303, 314, 315).
A hinge comprising a first leaf part and a second leaf part, said first leaf part comprising a first rolling, said rolling being fitted with a pin forming a protrusion in the axial direction of the pin, said second leaf part comprising a second rolling having an equal inner diameter along the entire length of the second rolling, said second rolling being fitted with a height adjustment screw, bearing means and said protrusion formed by the pin, wherein the bearing means comprise a metal ball and a retaining ring (8, 11) between the height adjustment screw and the pin, and wherein the metal ball is between the height adjustment screw and the retaining ring (8, 11), and the outer diameter of the retaining ring (8, 11) in relation to the inner diameter of the second rolling is such that the retaining ring (8, 11) is in contact against the inner surface of the second rolling and prevents the metal ball from moving in the axial direction of the rolling but simultaneously allows movement of the metal ball when the height adjustment screw is turned.
A process for manufacturing a package of folded absorbent garments, the process comprising: manufacturing a plurality of absorbent cores, each core defining a longitudinal direction and a transverse direction, each core defining two longitudinally opposed end edges and two side edges that extend between and interconnect the two end edges, each absorbent core defining a longitudinal centerline positioned midway between the two side edges, each core comprising two transversely opposed absorbent ears, each ear defining a first transverse position; the process characterised by comprising: embossing two fold lines into each core, each fold line defining a fold region; folding each core along the fold region of each fold line to create a plurality of folded absorbent garments, such that each ear assumes a second transverse position, the second transverse position of each ear being closer to the longitudinal centerline than the first transverse position of such ear; and placing the plurality of folded absorbent garments into a container. manufacturing a plurality of absorbent cores, each core defining a longitudinal direction and a transverse direction, each core defining two longitudinally opposed end edges and two side edges that extend between and interconnect the two end edges, each absorbent core defining a longitudinal centerline positioned midway between the two side edges, each core comprising two transversely opposed absorbent ears, each ear defining a first transverse position; the process characterised by comprising: embossing two fold lines into each core, each fold line defining a fold region; folding each core along the fold region of each fold line to create a plurality of folded absorbent garments, such that each ear assumes a second transverse position, the second transverse position of each ear being closer to the longitudinal centerline than the first transverse position of such ear; and placing the plurality of folded absorbent garments into a container. embossing two fold lines into each core, each fold line defining a fold region; folding each core along the fold region of each fold line to create a plurality of folded absorbent garments, such that each ear assumes a second transverse position, the second transverse position of each ear being closer to the longitudinal centerline than the first transverse position of such ear; and placing the plurality of folded absorbent garments into a container.
A mixer comprising a mixing container held in a machine stand, with an outlet opening in the bottom of the mixing container (1, 101), and a closure cover (3, 108) which can be reciprocated between a closed position in which the closure cover (3, 108) closes the outlet opening and an opened position in which the closure cover (3, 108) does not close the outlet opening, characterised in that the closure cover (3, 108) is connected to the machine stand by way of a four-bar linkage comprising four rotary joints (8, 9, 10, 11), wherein a first and a second rotary joint (8, 9) of the four-bar linkage are arranged on the closure cover (3, 108) and a third and a fourth rotary joint (10, 11) of the four-bar linkage are arranged on the machine stand, and in that the mixing container (1, 101) is rotatable about a mixing container axis and the four-bar linkage is so arranged that it does not rotate together with the mixing container (1, 101) about the mixing container axis.
A mobile communication method comprising: a first step of broadcasting, by a radio base station, a first band indicator indicating a first band and a second band indicator indicating one or more second bands which overlap the first band; a second step of determining, by a mobile station, whether the mobile station is compatible with the first band indicated by the received first band indicator; when the mobile station determines in the second step that the mobile station is compatible with the first band indicated by the received first band indicator, a third step of performing, by the mobile station, a connection process in the first band; when the mobile station determines in the second step that the mobile station is not compatible with the first band indicated by the received first band indicator, a fourth step of determining (S104, S105, S106, S108, S109), by the mobile station, whether a band number indicated at an i-th by the second band indicator is equal to a band number with which the mobile station is compatible; when the mobile station determines in the fourth step that the mobile station is compatible with a second band indicated by the received second band indicator, a fifth step of performing, by the mobile station, a connection process in the band indicated at the i-th by the second band indicator; and when the mobile station determines in the fourth step that the mobile station is not compatible with any of the bands indicated by the second band indicator, a sixth step of searching, by the mobile station, other frequency bands. a first step of broadcasting, by a radio base station, a first band indicator indicating a first band and a second band indicator indicating one or more second bands which overlap the first band; a second step of determining, by a mobile station, whether the mobile station is compatible with the first band indicated by the received first band indicator; when the mobile station determines in the second step that the mobile station is compatible with the first band indicated by the received first band indicator, a third step of performing, by the mobile station, a connection process in the first band; when the mobile station determines in the second step that the mobile station is not compatible with the first band indicated by the received first band indicator, a fourth step of determining (S104, S105, S106, S108, S109), by the mobile station, whether a band number indicated at an i-th by the second band indicator is equal to a band number with which the mobile station is compatible; when the mobile station determines in the fourth step that the mobile station is compatible with a second band indicated by the received second band indicator, a fifth step of performing, by the mobile station, a connection process in the band indicated at the i-th by the second band indicator; and when the mobile station determines in the fourth step that the mobile station is not compatible with any of the bands indicated by the second band indicator, a sixth step of searching, by the mobile station, other frequency bands.
A knee extension treatment apparatus for applying a downward force to an upper surface of a user's leg while that leg is supported by said knee extension treatment apparatus for facilitating the straightening of the leg when bent at the knee, said knee extension treatment apparatus comprising: a base frame assembly; an ankle support connected to said base frame assembly and including an elevated support surface for receiving the user's ankle; and first and second strap assemblies (23, 24) connected to said base frame assembly, each strap assembly being constructed and arranged to lay over the upper surface of the user's leg; characterised in that: the base frame assembly includes a first tubular side rail and a second tubular side rail; each strap assembly (23, 24) is secured at one end to said first tubular side rail, and at an opposite end to a common cable; and the common cable extends out of a proximal end 31b of said second tubular side rail, said common cable being movable by the user whereby pulling said common cable creates a downward force from each strap assembly (23, 24) on the upper surface of the user's leg. a base frame assembly; an ankle support connected to said base frame assembly and including an elevated support surface for receiving the user's ankle; and first and second strap assemblies (23, 24) connected to said base frame assembly, each strap assembly being constructed and arranged to lay over the upper surface of the user's leg; characterised in that: the base frame assembly includes a first tubular side rail and a second tubular side rail; each strap assembly (23, 24) is secured at one end to said first tubular side rail, and at an opposite end to a common cable; and the common cable extends out of a proximal end 31b of said second tubular side rail, said common cable being movable by the user whereby pulling said common cable creates a downward force from each strap assembly (23, 24) on the upper surface of the user's leg. the base frame assembly includes a first tubular side rail and a second tubular side rail; each strap assembly (23, 24) is secured at one end to said first tubular side rail, and at an opposite end to a common cable; and the common cable extends out of a proximal end 31b of said second tubular side rail, said common cable being movable by the user whereby pulling said common cable creates a downward force from each strap assembly (23, 24) on the upper surface of the user's leg.
A method comprising: determining a first set of thread colors to be used in an embroidery design; determining a second set of thread colors assigned to a first embroidery machine; determining a third set of thread colors assigned to a second embroidery machine; the method characterized by determining a first difference of the number of thread colors in the first set of thread colors that are not in the second set of thread colors; determining a second difference of the number of thread colors in the first set of thread colors that are not in the third set of thread colors; and assigning the embroidery design to a queue for the first embroidery machine when the first difference is smaller than the second difference. determining a first set of thread colors to be used in an embroidery design; determining a second set of thread colors assigned to a first embroidery machine; determining a third set of thread colors assigned to a second embroidery machine; the method characterized by determining a first difference of the number of thread colors in the first set of thread colors that are not in the second set of thread colors; determining a second difference of the number of thread colors in the first set of thread colors that are not in the third set of thread colors; and assigning the embroidery design to a queue for the first embroidery machine when the first difference is smaller than the second difference.
A stabilized integrated optical circuit comprising: at least one integrated optical chip formed from at least one inorganic material, wherein at least one surface of the at least one integrated optical chip is a modified surface produced by a treatment with at least one treatment gas selected to stabilize defects on the at least one surface; a stabilizing-polarizable-fill gas including N 2 O and at least one polarizable material; and an enclosure enclosing the at least one integrated optical chip and the stabilizing-polarizable-fill gas, characterised in that the at least one polarizable material includes a refrigerant selected from a perfluorinated hydrocarbon; a chlorfluorocarbon; a hydrofluorocarbon; a hydrochlorofluorocarbon; a perfluorocarbon; chloromethane; and dichloromethane. at least one integrated optical chip formed from at least one inorganic material, wherein at least one surface of the at least one integrated optical chip is a modified surface produced by a treatment with at least one treatment gas selected to stabilize defects on the at least one surface; a stabilizing-polarizable-fill gas including N 2 O and at least one polarizable material; and an enclosure enclosing the at least one integrated optical chip and the stabilizing-polarizable-fill gas, characterised in that the at least one polarizable material includes a refrigerant selected from a perfluorinated hydrocarbon; a chlorfluorocarbon; a hydrofluorocarbon; a hydrochlorofluorocarbon; a perfluorocarbon; chloromethane; and dichloromethane.
Functional bar for arrangement on interior load compartment areas of a motor vehicle, with a - profile beam, with a connecting section and a rear side formed in sections for support on the interior load compartment area, wherein - the connecting section is designed for the arrangement of blocking means for securing the load, and - the profile beam additionally has connecting means for connection to an illuminant carrier, characterized in that - the functional bar has at least one illuminant carrier for the arrangement of illuminants, with an illuminant section for receiving at least one illuminant, and a connecting section with at least one coupling element and a support, wherein - the support of the illuminant carrier bears against at least one part of the profile beam, and the corresponding coupling element arranged on the connecting section is operatively connected to the profile beam in such a way that the coupling element with the connecting means detachably secures the illuminant carrier to the profile beam. - profile beam, with a connecting section and a rear side formed in sections for support on the interior load compartment area, wherein - the connecting section is designed for the arrangement of blocking means for securing the load, and - the profile beam additionally has connecting means for connection to an illuminant carrier, - the functional bar has at least one illuminant carrier for the arrangement of illuminants, with an illuminant section for receiving at least one illuminant, and a connecting section with at least one coupling element and a support, wherein - the support of the illuminant carrier bears against at least one part of the profile beam, and the corresponding coupling element arranged on the connecting section is operatively connected to the profile beam in such a way that the coupling element with the connecting means detachably secures the illuminant carrier to the profile beam.