mhurhangee/ep-ind-claims huggingface dataset:
Method for treating a plant material, wherein a treatment composition is applied comprising at least one biological agent chosen in the group composed of: - Streptomyces genus bacteria comprising a DNA sequence, referred to as 16S rDNA, coding for the 16S ribosomal RNA of said bacteria, 100% homologous with SEQ ID_NO1, - culture media comprising polynucleotides having a DNA sequence 100% homologous with SEQ ID_NO1, obtained by: • culturing at least one Streptomyces genus bacterium comprising the 16S rDNA sequence 100% homologous with SEQ ID_NO1 in a culture medium suitable for enabling the growth of said bacteria for a duration greater than 24 hours, then; • removing said bacteria from the culture medium so as to form a treatment composition at least substantially free from said bacteria; the Streptomyces genus bacteria being chosen in the group composed of: • bacteria complying with the strain deposited and registered on 7 April 2011 under the number 1-4467 with the Institut Pasteur National Collection of Micro-organism Cultures (CNCM), and; • mutant bacteria obtained by mutagenesis of bacteria complying with the strain deposited and registered on 7 April 2011 under the number 1-4467 with the Institut Pasteur National Collection of Micro-organism Cultures (CNCM), the mutant bacteria inhibiting the growth of grapevine phytopathogenic agents such as Phaeomoniella chlamydospora, Phaeomoniella aelophilum, Eutypa lata, Fomitiporia mediterranea and Botryosphaeria obtusa. - Streptomyces genus bacteria comprising a DNA sequence, referred to as 16S rDNA, coding for the 16S ribosomal RNA of said bacteria, 100% homologous with SEQ ID_NO1, - culture media comprising polynucleotides having a DNA sequence 100% homologous with SEQ ID_NO1, obtained by: • culturing at least one Streptomyces genus bacterium comprising the 16S rDNA sequence 100% homologous with SEQ ID_NO1 in a culture medium suitable for enabling the growth of said bacteria for a duration greater than 24 hours, then; • removing said bacteria from the culture medium so as to form a treatment composition at least substantially free from said bacteria; • culturing at least one Streptomyces genus bacterium comprising the 16S rDNA sequence 100% homologous with SEQ ID_NO1 in a culture medium suitable for enabling the growth of said bacteria for a duration greater than 24 hours, then; • removing said bacteria from the culture medium so as to form a treatment composition at least substantially free from said bacteria; • bacteria complying with the strain deposited and registered on 7 April 2011 under the number 1-4467 with the Institut Pasteur National Collection of Micro-organism Cultures (CNCM), and; • mutant bacteria obtained by mutagenesis of bacteria complying with the strain deposited and registered on 7 April 2011 under the number 1-4467 with the Institut Pasteur National Collection of Micro-organism Cultures (CNCM), the mutant bacteria inhibiting the growth of grapevine phytopathogenic agents such as Phaeomoniella chlamydospora, Phaeomoniella aelophilum, Eutypa lata, Fomitiporia mediterranea and Botryosphaeria obtusa.
A needle actuator assembly for a drug delivery system, the needle actuator assembly comprising: a housing; a needle having a retracted position and an extended position; a needle actuator body received within the housing and configured to move from a pre-use position where the needle is in the retracted position to a use position where the needle is in the extended position and to a post-use position where the needle is in the retracted position, the needle actuator body having a button contact surface (294, 296), and an actuator button received by the housing, the actuator button moveable relative to the housing between a raised position and a depressed position, the actuator button including a lockout arm (290,292), wherein movement of the actuator button from the raised position to the depressed position moves the needle actuator body from the pre-use position to the use position, and characterized in that as the needle actuator body travels from the pre-use position to the use position, the lockout arm (290, 292) of the actuator button engages the button contact surface (294, 296) of the needle actuator body in order to prevent the actuator button from moving upward, and as the needle actuator body transitions from the use position to the post-use position, the lockout arm (290,292) is disengaged from the button contact surface (294,296) in order to allow the actuator button to move upward. a housing; a needle having a retracted position and an extended position; a needle actuator body received within the housing and configured to move from a pre-use position where the needle is in the retracted position to a use position where the needle is in the extended position and to a post-use position where the needle is in the retracted position, the needle actuator body having a button contact surface (294, 296), and an actuator button received by the housing, the actuator button moveable relative to the housing between a raised position and a depressed position, the actuator button including a lockout arm (290,292), wherein movement of the actuator button from the raised position to the depressed position moves the needle actuator body from the pre-use position to the use position, and characterized in that as the needle actuator body travels from the pre-use position to the use position, the lockout arm (290, 292) of the actuator button engages the button contact surface (294, 296) of the needle actuator body in order to prevent the actuator button from moving upward, and as the needle actuator body transitions from the use position to the post-use position, the lockout arm (290,292) is disengaged from the button contact surface (294,296) in order to allow the actuator button to move upward.
A fluid dispenser device comprising a body, a reservoir, a dispenser head incorporating a dispenser orifice, and a dispenser member, such as a pump or a valve, that is mounted on said reservoir by means of a fastener ring, said dispenser member comprising a dispenser-member body and a movable member that moves axially in said dispenser-member body while said dispenser member is being actuated, said device further comprising a lateral actuator system that is secured to said body, said system including an actuator element that is movable, substantially transversally to the direction of movement of said movable member, between a rest position in which said dispenser member is not actuated, and an actuated position in which said dispenser member is actuated, said reservoir moving in said body during actuation, said body including a sleeve that is arranged with a small gap around a portion of said reservoir, said device being characterized in that it further comprises a resilient member that co-operates with said reservoir so as to urge it into contact with a side of said sleeve of the body, said sleeve of the body extending around a bottom portion of the reservoir, said resilient element co-operating with the reservoir outside said sleeve.
A wiper system for cleaning a vehicle window, comprising a drive attachment, an arm, a wiper blade and a connecting body located between the drive attachment and the arm, the wiper system (i) comprising a pivot link between the connecting body and the drive attachment, the wiper system (i) comprising a rotational link between the connecting body and the arm, the rotational link having an axis that extends along a first direction, the pivot link having an axis that extends along a second direction, said first direction and said second direction intersecting, characterized in that the wiper system (i) comprises a mechanical link between the drive attachment and the arm enforcing a rotation of the pivot link around the second direction upon a rotation of the arm around the first direction.
A method for removing a sulfur-containing compound present in liquid or vapor, which method includes bringing a composition in contact with the liquid or vapor, the sulfur-containing compound being hydrogen sulfide, an -SH group-containing compound or a mixture thereof, and the composition containing an α,β-unsaturated aldehyde represented by the following general formula as an active ingredient: wherein R 1 and R 2 each independently represent an alkyl group having 1 to 5 carbon atoms, or an aryl group having 6 to 12 carbon atoms, or are connected to each other to represent an alkylene group having 2 to 6 carbon atoms; and R 3 represents a hydrogen atom or an alkyl group having 1 to 5 carbon atoms.
A rotor blade for a reaction jet helicopter, the rotor blade comprising a cavity and one or more nozzles for the expulsion of compressed air from the rotor blade cavity thereby resulting in rotation of the rotor blade, the rotor blade further comprises a pressure regulating arrangement, the pressure regulating arrangement being operable to release compressed air from the rotor blade cavity, wherein the rotor blade comprises one or more outlet apertures, wherein the pressure regulating arrangement comprises one or more fluid pathways, characterised in that each pathway comprises a plenum chamber, each plenum chamber being configured to equalize the air pressure supplied to an individual outlet aperture of the one or more outlet apertures along a rotor blade upper surface.
Method for analysis of objects kept at locations having a repetitive distribution of longitudinal lines and transversal rows on a conveyor driving them to pass, in a longitudinal direction, through a visiometric examination station including lighting means lighting said locations in each row being examined by individual incidental beams and sensor means sensitive to the retransmitted emergent beams from said objects, as well as analysis means by measurement of attenuation between incidental beam and emergent beam for each location, wherein said objects are eggs individually kept into rack cells constituting said locations, the method including the examination of each row in at least two steps of successive measurement cycles, by lighting cells to be examined with different lighting amounts, wherein, in the first step, all the cells of the current row are lighted under conditions suitable to detect the presence of empty cells and the co-ordinates of their locations in said current row are determined and recorded in memory and, in the second step, only the non-empty cells of said row are lighted under conditions suitable to determine a state of each one of said eggs by a measurement of attenuation between incidental beam and emergent beam for each cell.
A furniture fitting comprising at least one rotatably supported screw for fixing the furniture fitting to a furniture part (4, 5), the furniture fitting including at least one drive element separate from the screw, the drive element being movement-coupled to the screw and having a tool receiving device, wherein the at least one screw is configured to be driven by rotating the tool receiving device with the aid of a tool, characterized in that the furniture fitting includes a housing having a first housing wall and a second housing wall spaced from the first housing wall, wherein at least one bearing portion for receiving the screw and for the drive element is arranged between the first housing wall and the second housing wall, wherein the bearing portion includes at least one first guide for supporting the screw and at least one second guide for supporting the drive element.
A light emitting device comprising: a light emitting element having a light emitting surface from which a light is emitted; and a sealing member provided on the light emitting surface of the light emitting element to cover the light emitting surface and having a light output surface via which the light is output from the sealing member, the sealing member comprising a light-transmissive material containing a fluorescent material to convert a wavelength of the light emitted from the light emitting element; characterized by the light output surface being curved to have a concave shape; and a first film disposed on a part of the light output surface of the sealing member to partially reflect the light emitted from the light emitting element. a light emitting element having a light emitting surface from which a light is emitted; and a sealing member provided on the light emitting surface of the light emitting element to cover the light emitting surface and having a light output surface via which the light is output from the sealing member, the sealing member comprising a light-transmissive material containing a fluorescent material to convert a wavelength of the light emitted from the light emitting element; characterized by the light output surface being curved to have a concave shape; and a first film disposed on a part of the light output surface of the sealing member to partially reflect the light emitted from the light emitting element.
A boosting system suitable for subsea use comprising: a submersible electric motor having a motor shaft; a magnetic coupling comprising a driver portion and a follower portion magnetically coupled together; a booster unit having a booster unit shaft operatively connected to the magnetic coupling follower portion; and a hermetically sealed container encompassing the magnetic coupling driver portion and electric motor, the magnetic coupling follower portion being separated from the magnetic coupling driver portion by a pressure containment member of the hermetically sealed container, characterized by: a hydrodynamic coupling comprising an input portion and an output portion, the input portion connected to the motor shaft; a stub shaft connected to the hydrodynamic coupling output portion and connected to the magnetic coupling driver portion; wherein the hydrodynamic coupling is encompassed within the hermetically sealed container with the magnetic coupling driver portion and electric motor. a submersible electric motor having a motor shaft; a magnetic coupling comprising a driver portion and a follower portion magnetically coupled together; a booster unit having a booster unit shaft operatively connected to the magnetic coupling follower portion; and a hermetically sealed container encompassing the magnetic coupling driver portion and electric motor, the magnetic coupling follower portion being separated from the magnetic coupling driver portion by a pressure containment member of the hermetically sealed container, characterized by: a hydrodynamic coupling comprising an input portion and an output portion, the input portion connected to the motor shaft; a stub shaft connected to the hydrodynamic coupling output portion and connected to the magnetic coupling driver portion; wherein the hydrodynamic coupling is encompassed within the hermetically sealed container with the magnetic coupling driver portion and electric motor. a hydrodynamic coupling comprising an input portion and an output portion, the input portion connected to the motor shaft; a stub shaft connected to the hydrodynamic coupling output portion and connected to the magnetic coupling driver portion; wherein the hydrodynamic coupling is encompassed within the hermetically sealed container with the magnetic coupling driver portion and electric motor.
Method for suppressing a spurious signal in a payload signal supplied by a receiving antenna of a payload of a satellite, said satellite further comprising an array of measurement antennas suitable for supplying respective signals, referred to as "measurement signals", characterised in that the method comprises: - combining each one of the measurement signals with the payload signal, - determining, according to the signals obtained by combining each one of the measurement signals with the payload signal, coefficients for weighting said measurement signals, referred to as "reference coefficients", for the forming of a beam directed towards a transmitter of the spurious signal, referred to as "reference beam". - forming the reference beam by combining the measurement signals by means of the reference coefficients, - determining, according to the payload signal and the reference beam, weighting coefficients of said payload signal and of said reference beam, referred to as "anti-jamming coefficients", for the forming of a beam in which the spurious signal has been suppressed, referred to as "anti-jammed beam", - forming of the anti-jammed beam by combining the payload signal and the reference beam by means of the anti-jamming coefficients. - combining each one of the measurement signals with the payload signal, - determining, according to the signals obtained by combining each one of the measurement signals with the payload signal, coefficients for weighting said measurement signals, referred to as "reference coefficients", for the forming of a beam directed towards a transmitter of the spurious signal, referred to as "reference beam". - forming the reference beam by combining the measurement signals by means of the reference coefficients, - determining, according to the payload signal and the reference beam, weighting coefficients of said payload signal and of said reference beam, referred to as "anti-jamming coefficients", for the forming of a beam in which the spurious signal has been suppressed, referred to as "anti-jammed beam", - forming of the anti-jammed beam by combining the payload signal and the reference beam by means of the anti-jamming coefficients.
A method of forming a hybridized device comprising forming a first microelectronic component provided, on a surface, with metal balls, and a second microelectronic component provided, on a surface, with connection elements corresponding to said metal balls, and hybridizing the first and second components (10, 12) to attach the metal balls of the first component to the connection elements of the second component, and wherein the hybridization of the first and second components (10, 12) comprises: ∘ transferring the first component onto the second component to have the metal balls rest on the suspended resistive elements; and ∘ circulating an electric current through the resistive elements to melt said elements. characterized in that the manufacturing of the second microelectronic component comprises: ∘ forming a substrate provided with cavities at the locations provided for the connection elements; and ∘ forming resistive elements made of fusible metal respectively suspended above the cavities. ∘ transferring the first component onto the second component to have the metal balls rest on the suspended resistive elements; and ∘ circulating an electric current through the resistive elements to melt said elements. characterized in that the manufacturing of the second microelectronic component comprises: ∘ forming a substrate provided with cavities at the locations provided for the connection elements; and ∘ forming resistive elements made of fusible metal respectively suspended above the cavities. ∘ forming a substrate provided with cavities at the locations provided for the connection elements; and ∘ forming resistive elements made of fusible metal respectively suspended above the cavities.
A pharmaceutical composition comprising compound 2, 7-benzyl-4-(2-methylbenzyl)-1,2,6,7,8,9-hexahydroimidazo[1,2-a]pyrido[3,4-e]pyrimidin-5 -one: or a pharmaceutically acceptable salt thereof.
A connecting device for interconnecting a windscreen wiper device of the flat blade type and an oscillating arm pivotally connectable to said connecting device about a pivot axis near one end thereof, wherein said windscreen wiper device comprises an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one groove, in which groove a longitudinal strip of the carrier element is disposed, whereby said connecting device is arranged to be connected to said longitudinal strip, wherein said connecting device comprises: - at least one hole of a first type arranged to allow a welding tool access through said hole of the first type to contact said longitudinal strip for welding said longitudinal strip and said connecting device together; and - at least one hole of a second type arranged to allow a pin access through said hole of the second type and through said longitudinal strip for interconnecting said longitudinal strip and said connecting device; characterized in that: - said connecting device comprises two pairs of holes of the first type, wherein each pair comprises opposing holes of the first type, and wherein each pair is located near an end wall of said connecting device; and - said connecting device comprises two pairs of holes of the second type, wherein each pair comprises opposing holes of the second type, and wherein each pair is located near an end wall of said connecting device. - at least one hole of a first type arranged to allow a welding tool access through said hole of the first type to contact said longitudinal strip for welding said longitudinal strip and said connecting device together; and - at least one hole of a second type arranged to allow a pin access through said hole of the second type and through said longitudinal strip for interconnecting said longitudinal strip and said connecting device; characterized in that: - said connecting device comprises two pairs of holes of the first type, wherein each pair comprises opposing holes of the first type, and wherein each pair is located near an end wall of said connecting device; and - said connecting device comprises two pairs of holes of the second type, wherein each pair comprises opposing holes of the second type, and wherein each pair is located near an end wall of said connecting device. - said connecting device comprises two pairs of holes of the first type, wherein each pair comprises opposing holes of the first type, and wherein each pair is located near an end wall of said connecting device; and - said connecting device comprises two pairs of holes of the second type, wherein each pair comprises opposing holes of the second type, and wherein each pair is located near an end wall of said connecting device.
A method for preparing a catalyst, comprising the following steps 1 and 2 in the following sequence: step 1: in advance a molded precursor of a catalyst containing a metal oxide is filled in a fixed-bed reactor and then a solvent is supplied to the reactor to fully immerse the catalyst precursor for a time period of not less than 0.5 hours, after the immersion, the solvent is removed from the reactor, step 2: then a liquid phase reduction is performed by supplying a hydrogen gas or a mixture of hydrogen gas with an inert gas to a catalyst layer in the presence of a solvent to reduce the catalyst precursor prepared in the step 1, while flowing the solvent and supplying the gas. step 1: in advance a molded precursor of a catalyst containing a metal oxide is filled in a fixed-bed reactor and then a solvent is supplied to the reactor to fully immerse the catalyst precursor for a time period of not less than 0.5 hours, after the immersion, the solvent is removed from the reactor, step 2: then a liquid phase reduction is performed by supplying a hydrogen gas or a mixture of hydrogen gas with an inert gas to a catalyst layer in the presence of a solvent to reduce the catalyst precursor prepared in the step 1, while flowing the solvent and supplying the gas.