mhurhangee/ep-ind-claims huggingface dataset:
A method to obtain a plant in which an homologous recombination event has occurred in the genome of all cells thereof, the method comprising the steps of a) in vitro cellular multiplication of a plant tissue wherein said tissue comprises at least one cell able to express, when homologous recombination has occurred, an homologous recombination event marker, wherein said tissue has been isolated from a plant that has been obtained by crossing a donor plant, wherein said donor plant comprises, in its genome, a cassette comprising a gene of interest, wherein said gene of interest is flanked by two sequences X and Y that are identical / homologous to sequences present in the target line, and a target plant, wherein said target plant comprises, in its genome, sequences X' and Y', that are identical / homologous to said sequences X and Y, and a endonuclease site located between sequences X' and Y', and wherein said tissue also comprises cells in which a homologous recombination event has not occurred, b) Selecting, among multiplied cells of said tissue, cell(s) expressing said homologous recombination event marker, and recovering only cell(s) expressing said homologous recombination event marker c) Regenerating a plant from the cell(s) obtained from step b) thereby obtaining a plant comprising a homologous recombination event in the genome of all of its cells. a) in vitro cellular multiplication of a plant tissue wherein said tissue comprises at least one cell able to express, when homologous recombination has occurred, an homologous recombination event marker, wherein said tissue has been isolated from a plant that has been obtained by crossing a donor plant, wherein said donor plant comprises, in its genome, a cassette comprising a gene of interest, wherein said gene of interest is flanked by two sequences X and Y that are identical / homologous to sequences present in the target line, and a target plant, wherein said target plant comprises, in its genome, sequences X' and Y', that are identical / homologous to said sequences X and Y, and a endonuclease site located between sequences X' and Y', and wherein said tissue also comprises cells in which a homologous recombination event has not occurred, b) Selecting, among multiplied cells of said tissue, cell(s) expressing said homologous recombination event marker, and recovering only cell(s) expressing said homologous recombination event marker c) Regenerating a plant from the cell(s) obtained from step b) thereby obtaining a plant comprising a homologous recombination event in the genome of all of its cells.
A fastening assembly for a window of a pressurized compartment, wherein the fastening assembly comprises: a fastener adapted to be received through a mounting hole defined in the window; an edge attachment member adapted for fixing the window to the compartment; and a bushing assembly adapted to be embedded in the mounting hole, wherein the bushing assembly includes an inner sleeve bushing adapted to be radially interposed between the fastener and the window and an outer sleeve bushing adapted to be radially interposed between the inner sleeve bushing and the window, and the inner sleeve bushing is formed from relatively less rigid material compared with material of the fastener and the outer sleeve bushing is formed from relatively rigid material compared with material of the window. a fastener adapted to be received through a mounting hole defined in the window; an edge attachment member adapted for fixing the window to the compartment; and a bushing assembly adapted to be embedded in the mounting hole, wherein the bushing assembly includes an inner sleeve bushing adapted to be radially interposed between the fastener and the window and an outer sleeve bushing adapted to be radially interposed between the inner sleeve bushing and the window, and the inner sleeve bushing is formed from relatively less rigid material compared with material of the fastener and the outer sleeve bushing is formed from relatively rigid material compared with material of the window.
A bucket for a gas turbine comprising: an airfoil, a shank and a platform between the shank and the airfoil; said airfoil including a cooling circuit having a plurality of passages,,,, for flowing a cooling medium within the airfoil; at least one rib extending between opposite sides of said airfoil dividing the cooling circuit into a forward cooling circuit and an aft cooling circuit each cooling circuit having a discrete inlet (26,28) for the cooling medium; said airfoil including an airfoil tip defined by an opening; a tip cap secured to said airfoil to close said opening; said rib having a hole for flowing a portion of the cooling medium from said forward cooling circuit to said aft cooling circuit, said hole angled to directly guide the cooling medium toward said tip cap to impingement cool said tip cap. an airfoil, a shank and a platform between the shank and the airfoil; said airfoil including a cooling circuit having a plurality of passages,,,, for flowing a cooling medium within the airfoil; at least one rib extending between opposite sides of said airfoil dividing the cooling circuit into a forward cooling circuit and an aft cooling circuit each cooling circuit having a discrete inlet (26,28) for the cooling medium; said airfoil including an airfoil tip defined by an opening; a tip cap secured to said airfoil to close said opening; said rib having a hole for flowing a portion of the cooling medium from said forward cooling circuit to said aft cooling circuit, said hole angled to directly guide the cooling medium toward said tip cap to impingement cool said tip cap.
An electronic display device and mounting assembly for mounting the electronic display device to a supporting structure within the cockpit of an aircraft comprising: a) a circular adapter plate attached to a rear surface of the electronic display device, the adapter plate having a central alignment aperture with an axially extending annular wall that faces away from the rear surface of the display device; and b) a receiver plate configured for attachment to a supporting structure within the cockpit of an aircraft, the receiver plate having a recessed port for blindly receiving the annular wall of the central alignment aperture of the adapter plate; wherein the adapter plate includes a plurality of circumferentially spaced apart engagement arms extending radially outwardly from a peripheral edge of the adapter plate; wherein the receiver plate includes a plurality of circumferentially spaced apart cantilevered retention tabs extending in a direction tangential to the periphery of the recessed port; and wherein each cantilevered retention tab is adapted and configured to receive and temporarily retain a respective engagement arm of the adapter plate upon axial reception of the annular wall of the central alignment aperture of the adapter plate within the recessed port of the receiver plate and subsequent rotation of the display device relative to the supporting structure. a) a circular adapter plate attached to a rear surface of the electronic display device, the adapter plate having a central alignment aperture with an axially extending annular wall that faces away from the rear surface of the display device; and b) a receiver plate configured for attachment to a supporting structure within the cockpit of an aircraft, the receiver plate having a recessed port for blindly receiving the annular wall of the central alignment aperture of the adapter plate;
A rubber composition for a truck tire, the rubber composition comprising: 70 phr to 95 phr of polyisoprene; 5 phr to 30 phr of a solution polymerized styrene butadiene rubber having a glass transition temperature of less than -40°C which is functionalized for the coupling to silica; and 40 phr to 80 phr of a filler comprising predominantly silica. 70 phr to 95 phr of polyisoprene; 5 phr to 30 phr of a solution polymerized styrene butadiene rubber having a glass transition temperature of less than -40°C which is functionalized for the coupling to silica; and 40 phr to 80 phr of a filler comprising predominantly silica.
A communication control method for controlling a network selection operation for selecting an access network, from among a cellular Radio Access Network, RAN, and a wireless LAN, in which a user terminal exchanges a traffic, comprising: performing, by a user terminal capable of utilizing Access Network Discovery and Selection Function, ANDSF, information provided by an ANDSF, the network selection operation by using access network selection assistance information provided by the cellular RAN as well as the ANDSF information; receiving, by the user terminal, wireless LAN identifiers used by the user terminal to perform the network selection operation, the wireless LAN identifiers are included in the access network selection assistance information broadcasted from a cellular base station of the cellular RAN; storing, by the user terminal, the access network selection assistance information; using, by the user terminal, the wireless LAN identifiers to perform the network selection operation, even when the ANDSF information is available for the user terminal; and updating, by the user terminal, the stored access network selection assistance information if the RAN level assistance information broadcasted from the cellular base station is updated, wherein the wireless LAN identifiers includes at least one of Service Set Identifier, SSID, and Basic Service Set Identifier, BSSID. performing, by a user terminal capable of utilizing Access Network Discovery and Selection Function, ANDSF, information provided by an ANDSF, the network selection operation by using access network selection assistance information provided by the cellular RAN as well as the ANDSF information; receiving, by the user terminal, wireless LAN identifiers used by the user terminal to perform the network selection operation, the wireless LAN identifiers are included in the access network selection assistance information broadcasted from a cellular base station of the cellular RAN; storing, by the user terminal, the access network selection assistance information; using, by the user terminal, the wireless LAN identifiers to perform the network selection operation, even when the ANDSF information is available for the user terminal; and updating, by the user terminal, the stored access network selection assistance information if the RAN level assistance information broadcasted from the cellular base station is updated, wherein the wireless LAN identifiers includes at least one of Service Set Identifier, SSID, and Basic Service Set Identifier, BSSID.
A cavity tray insulating member for insulating around a cavity tray in a wall insulation installation, the cavity tray insulating member comprising a substantially C-shaped channel constructed from an insulating material, the C-shaped channel comprising an elongate trunk and a pair of arms (7, 9) bridged by the trunk and projecting forwardly therefrom from a pair of opposing longitudinal sides of the elongate trunk, and in which the cavity tray insulating member is constructed from a unitary sheet of insulating material, the unitary sheet of insulating material having a pair of substantially parallel V-shaped grooves (11, 13) extending along its length about which the member may be bent from a substantially flat configuration into the C-shaped channel configuration, whereby there is provided a damp proof course member connected to one of the arms and extending along the length of one of the arms, characterised in that the DPC member is substantially Z-shaped, the DPC member having a central portion and a pair of legs (19, 20) protruding outwardly from the central portion in opposite directions with respect to each other and protruding substantially orthogonally with respect to the central portion.
Method for producing an electrode material made of a composite material for an electrochemical energy storage device, wherein - the composite material comprises at least one electrically conductive matrix and an active material, and - the electrically conductive matrix comprises nanoscalic tubular structures of silicon, characterised by the following steps: a) the placing of a defined quantity of trichlorosilane in a first vessel (2.1); b) the arrangement of a part of a silicon wafer in a second vessel (2.2); c) the connection of the vessels (2.1, 2.2) using a tube (2.3) and the closing of the tube (2.3) with a drop; d) the irradiation of the trichlorosilane with electromagnetic high-frequency radiation; e) the detaching of a reaction product deposited on the part of the silicon wafer. - the composite material comprises at least one electrically conductive matrix and an active material, and - the electrically conductive matrix comprises nanoscalic tubular structures of silicon, a) the placing of a defined quantity of trichlorosilane in a first vessel (2.1); b) the arrangement of a part of a silicon wafer in a second vessel (2.2); c) the connection of the vessels (2.1, 2.2) using a tube (2.3) and the closing of the tube (2.3) with a drop; d) the irradiation of the trichlorosilane with electromagnetic high-frequency radiation; e) the detaching of a reaction product deposited on the part of the silicon wafer.
Conveyor system comprising at least three successive modules (M1 to M4) assembled in a specific sequence and forming a conveying section, each module comprising a control device and at least one zone (22, 23; Z1 to Z7) associated with and controlled by the control device, each control device, included in a given module, comprising means (211a, 211b) for communicating with the control devices included in the modules placed on either side of the given module in the sequence, each zone comprising at least one actuator, receiving a control signal from the associated control device, and at least one sensor transmitting a presence signal to the associated control device, characterised in that the control devices comprise means for executing a mechanism for propagation and enhancement of quantitative section information, step by step between zones and by incrementation of a counter for each piece of quantitative information, from the two end zones of the conveying section, enabling each zone to be provided with: - at least one first piece of quantitative section information propagated and enhanced from upstream to downstream and relative to all the zones of an upstream sub-section situated upstream of said zone, and / or - at least one second piece of quantitative section information propagated and enhanced from downstream to upstream and relative to all the zones of a downstream sub-section situated downstream of said zone and characterised in that each control device comprises means for dynamic adaptation of the behaviour of each zone that it controls, as a function of said at least one first piece of quantitative section information and/or said at least one second piece of quantitative section information available for said zone by means of the propagation and enhancement mechanism. - at least one first piece of quantitative section information propagated and enhanced from upstream to downstream and relative to all the zones of an upstream sub-section situated upstream of said zone, and / or - at least one second piece of quantitative section information propagated and enhanced from downstream to upstream and relative to all the zones of a downstream sub-section situated downstream of said zone
System for treatment of a multi-layered cushioning product (3a, 3b, 3c) including at least one web layer and at least one expandable layer including a water-based heat-expandable adhesive (WBHEA), characterized in that it comprises (a) at least one radiator module (5, 6) for irradiating the multi-layered cushioning product (3a, 3b, 3c) including at least one emitter, such as a filament, panel or the like, emitting infrared radiation at an operative temperature of at least 600 °C and at most 3000 °C, wherein the at least one radiator module (5, 6) having a power output density of at least 10 kW/m 2 and/or at most 300 kW/m 2, wherein the at least one radiator module (5, 6) is arranged at a distance of 50 mm to 500 mm relative to the cushioning product (3a, 3b, 3c), and the at least one radiator module (5, 6) comprises two radiator modules, one of which is arranged above the cushioning product (3a, 3b, 3c) and the other below the cushioning product (3a, 3b, 3c); and (b) a conveyor for moving the cushioning product (3a, 3b, 3c) relative to the at least one radiator module (5, 6). (a) at least one radiator module (5, 6) for irradiating the multi-layered cushioning product (3a, 3b, 3c) including at least one emitter, such as a filament, panel or the like, emitting infrared radiation at an operative temperature of at least 600 °C and at most 3000 °C, wherein the at least one radiator module (5, 6) having a power output density of at least 10 kW/m 2 and/or at most 300 kW/m 2, wherein the at least one radiator module (5, 6) is arranged at a distance of 50 mm to 500 mm relative to the cushioning product (3a, 3b, 3c), and the at least one radiator module (5, 6) comprises two radiator modules, one of which is arranged above the cushioning product (3a, 3b, 3c) and the other below the cushioning product (3a, 3b, 3c); and (b) a conveyor for moving the cushioning product (3a, 3b, 3c) relative to the at least one radiator module (5, 6).
A thermoplastic sheet comprising a thermoplastic composition for forming a cast such as a radiation mask, said composition having a polymeric component comprising a mixture of a styrene acrylonitrile copolymer and polycaprolactone, optionally together with a cross-linker and/or a filler, wherein the polymeric component comprises, 20 to 40 weight% of a styrene acrylonitrile copolymer and 80 to 60 weight% of a polycaprolactone, expressed in weight% of the polymeric component, wherein the thermoplastic composition has a glass transition temperature of 35 °C - 80 °C, wherein said thermoplastic sheet, has a shore D hardness of 10-30.
Copolymer comprising polyarylene ether blocks and hydrophilic-hydrophobic blocks, wherein said hydrophilic-hydrophobic blocks comprise polyisobutene blocks.
An isolated non-embryonic cell that is mitotically competent and expresses Vasa, Oct-4, Dazl, Stella and optionally, a stage-specific embryonic antigen.
An inner shoe for a ski boot, in particular an alpine ski boot, with an upper, which comprises a flexible upper material and which is connected to a sleeve, which surrounds a top upper section (3") at least in sections, wherein the sleeve comprises a harder sleeve material than the upper material of the upper, characterized in that the upper is connected to the sleeve via an articulated connection, wherein the articulated connection comprises a pivot section, so that the sleeve can be slid over the flexible upper material in the area of the pivot section with the help of the articulated connection, in particular in response to a pivoting of the lower leg away from the toes.
A method of preparing a Mannich base for use as an epoxy resin curative, said method comprising: i) contacting a) furfuryl alcohol, polyfurfuryl alcohol, and/or a copolymer of furfuryl alcohol with b) a primary or secondary monoamine and/or a polyamine comprising primary and/or secondary amino groups; and ii) obtaining a Mannich base. i) contacting a) furfuryl alcohol, polyfurfuryl alcohol, and/or a copolymer of furfuryl alcohol with b) a primary or secondary monoamine and/or a polyamine comprising primary and/or secondary amino groups; and ii) obtaining a Mannich base.
Pile installation system for providing a pile in a ground, comprising; - an elongate pile installation tool for forming a bore hole and having a distal end, - an end member for coupling to the distal end of the pile installation tool, - an electromagnetic device for releasable magnetically coupling the end member to the pile installation tool and wherein the electromagnetic device comprises an annular coil that extends around the pile installation tool. - an elongate pile installation tool for forming a bore hole and having a distal end, - an end member for coupling to the distal end of the pile installation tool, - an electromagnetic device for releasable magnetically coupling the end member to the pile installation tool and wherein the electromagnetic device comprises an annular coil that extends around the pile installation tool.
A method for applying a dry ceramic glaze layer to a substrate, comprising: applying a layer of a first adhesive composition to a surface of a body; depositing a fritted glaze on the applied first layer of adhesive to form a frit layer thereon; applying a layer of a second adhesive composition on the frit layer; firing the substrate, frit layer and second adhesive layer to produce a glazed coating on the surface of the substrate; wherein at least one of the first adhesive composition, the fritted glaze, or the second adhesive composition contains an antimicrobial composition; and wherein the antimicrobial composition includes 2% ZnO and 4% Bi 2 O 3, or the antimicrobial composition includes a first antimicrobial agent consisting of Ag 2 CO 3 and a second antimicrobial agent that is one of Bi 2 O 3, CuO, SnO 2, TiO 2 or ZnO; wherein the first antimicrobial agent is present in the glaze composition at a concentration of from two to four percent, by weight of the glaze composition; and wherein the second antimicrobial agent is present in the glaze composition at a concentration of from two to four percent, by weight of glaze composition applying a layer of a first adhesive composition to a surface of a body; depositing a fritted glaze on the applied first layer of adhesive to form a frit layer thereon; applying a layer of a second adhesive composition on the frit layer; firing the substrate, frit layer and second adhesive layer to produce a glazed coating on the surface of the substrate; wherein at least one of the first adhesive composition, the fritted glaze, or the second adhesive composition contains an antimicrobial composition; and wherein the antimicrobial composition includes 2% ZnO and 4% Bi 2 O 3, or the antimicrobial composition includes a first antimicrobial agent consisting of Ag 2 CO 3 and a second antimicrobial agent that is one of Bi 2 O 3, CuO, SnO 2, TiO 2 or ZnO; wherein the first antimicrobial agent is present in the glaze composition at a concentration of from two to four percent, by weight of the glaze composition; and wherein the second antimicrobial agent is present in the glaze composition at a concentration of from two to four percent, by weight of glaze composition