mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a (meth)acrylic resin composition, the method comprising: preparing a liquid starting material (A) which comprises methyl methacrylate, an acrylic acid alkyl ester and a chain transfer agent, has a mass ratio of the acrylic acid alkyl ester to the methyl methacrylate of 0/100 to 20/80, and has a dissolved oxygen concentration of not more than 1 ppm, preparing a liquid starting material (B) which comprises a radical polymerization initiator, a polymerization inhibitor and methyl methacrylate, and has been maintained at a temperature of not more than 10°C in the presence of air, wherein the radical polymerization initiator has a half-life period of 0.5 to 120 seconds at a temperature inside a tank reactor during bulk polymerization and the polymerization inhibitor is capable of exhibiting an effect of inhibiting polymerization in the presence of oxygen, continuously feeding the liquid starting material (A) and the liquid starting material (B) into the tank reactor, allowing the bulk polymerization to proceed in the tank reactor at a polymerization conversion ratio of 40 to 70 % by mass to give a reaction product, and continuously discharging the reaction product from the tank reactor. preparing a liquid starting material (A) which comprises methyl methacrylate, an acrylic acid alkyl ester and a chain transfer agent, has a mass ratio of the acrylic acid alkyl ester to the methyl methacrylate of 0/100 to 20/80, and has a dissolved oxygen concentration of not more than 1 ppm, preparing a liquid starting material (B) which comprises a radical polymerization initiator, a polymerization inhibitor and methyl methacrylate, and has been maintained at a temperature of not more than 10°C in the presence of air, wherein the radical polymerization initiator has a half-life period of 0.5 to 120 seconds at a temperature inside a tank reactor during bulk polymerization and the polymerization inhibitor is capable of exhibiting an effect of inhibiting polymerization in the presence of oxygen, continuously feeding the liquid starting material (A) and the liquid starting material (B) into the tank reactor, allowing the bulk polymerization to proceed in the tank reactor at a polymerization conversion ratio of 40 to 70 % by mass to give a reaction product, and continuously discharging the reaction product from the tank reactor.
Bracelet clasp comprising at least first and second blades , the first blade being articulated to the second blade by a first end, between a closed position, the "wear position", in which the second blade is folded over the first blade , and an open position in which the second blade is free from the first blade, the second blade bearing, at a second end, a member for fastening a first bracelet strand, a second bracelet strand being connected at least indirectly to the first blade, the clasp further comprising: - locking means suitable for holding the first blade in its closed position, - means for adjusting the wear length of the bracelet, the adjustment means comprising a cover mounted on a base plate secured to the second end of the second blade , and said member for fastening the first bracelet strand sliding between the cover and the base plate , the fastening member is moveable and slides in a longitudinal direction of the clasp between at least a first position in which the fastening member is at least partially engaged in the cover of the clasp towards at least a second position in which the fastening member is free from the cover of the clasp by exerting a pressure on the cover in a direction perpendicular to the clasp in order to cause same to slide, characterized in that the fastening member comprises at least a first notch and a second notch arranged in order to pass from a first position in which the first notch is in an engagement with a pin integral with the base plate to a second position in which the second notch is in engagement with said pin . - locking means suitable for holding the first blade in its closed position, - means for adjusting the wear length of the bracelet, the adjustment means comprising a cover mounted on a base plate secured to the second end of the second blade , and said member for fastening the first bracelet strand sliding between the cover and the base plate ,
A diagnostic device comprising: a substrate comprising a plurality of reaction channels defined by a barrier material and form a predetermined pattern , wherein at least some of the reaction channels comprise an amount of a hydrophobic material disposed on the substrate; wherein the hydrophobic material is selected to be converted from the hydrophobic material to a hydrophilic material upon contact with a conversion component within or derived from a sample introduced to the reaction channels , wherein each of the plurality of reaction channels comprises a dye at an end of the respective channels, wherein the dye is selected to provide a visible or readable indication that a sample introduced to the device has traveled along a length of the reaction channel to the dye, and wherein the conversion of the hydrophobic material into the hydrophilic material is stimulated via an oxidation-triggered reaction with hydrogen peroxide, wherein the conversion from hydrophobic material to hydrophilic material means that upon reaction with the conversion component, the hydrophobic material becomes more hydrophilic than prior to contact with the conversion component, wherein the substrate comprises a surface within the reaction channels modified with an alkyl ketene dimer as follows: a substrate comprising a plurality of reaction channels defined by a barrier material and form a predetermined pattern , wherein at least some of the reaction channels comprise an amount of a hydrophobic material disposed on the substrate; wherein the hydrophobic material is selected to be converted from the hydrophobic material to a hydrophilic material upon contact with a conversion component within or derived from a sample introduced to the reaction channels , wherein each of the plurality of reaction channels comprises a dye at an end of the respective channels, wherein the dye is selected to provide a visible or readable indication that a sample introduced to the device has traveled along a length of the reaction channel to the dye, and wherein the conversion of the hydrophobic material into the hydrophilic material is stimulated via an oxidation-triggered reaction with hydrogen peroxide, wherein the conversion from hydrophobic material to hydrophilic material means that upon reaction with the conversion component, the hydrophobic material becomes more hydrophilic than prior to contact with the conversion component, wherein the substrate comprises a surface within the reaction channels modified with an alkyl ketene dimer as follows:
Designer Receptor Exclusively Activated by Designer Drugs (DREADD), wherein the DREADD is a G-protein coupled receptor (GPCR), characterized in that the DREADD is a G 12 - specific GPCR responding to a ligand and comprises or consists of an amino acid sequence according to SEQ ID Nos: 2, 3, or 4 or an amino acid sequence having at least 94, 95, 96, 97, 98, 99 % sequence identity to SEQ ID Nos: 2, 3, or 4.
A fabrication method of fabricating Inconel 718 type nickel superalloys characterized in that the last forging step to which said nickel superalloy is subjected is such that it takes place at a temperature T lower than the δ-solvus temperature, that at all points M of the nickel superalloy the local deformation ratio D, defined as D = Ln δi δf where δ i is the initial distance between the point M and a point M' neighboring the point M, and δ f is the distance between the points M and M' after forging, is not less than a minimum value D m equal to 0.7, and in that said nickel superalloy is subjected to quenching after following that final forging step and is not subjected to any heat treatment at a temperature higher than a threshold temperature T s equal to 750°C after said quenching.
An endless track system comprising an endless track frame comprising a drive wheel , an idler wheel , and an endless track belt ; and a track tensioning system including a hydraulic cylinder fluidly coupled to a source of pressurized fluid; characterized in that the source of pressurized fluid is an accumulator and by the track tensioning system including a controlled-retraction apparatus , comprising: the cylinder having a first portion comprising a first port , a second port , and a pressure relief valve , the pressure relief valve configured to regulate fluid flow from the second port to the accumulator; a ram in slidable relation to the first portion, the ram comprising an internal recess and a predefined stroke length; a spring disposed in the internal recess; and a rod moveable by the spring relative to the first port while permitting fluid flow; wherein the cylinder is configured to increase resistance to retraction of the ram by re-routing fluid flow to the accumulator through the pressure relief valve after the rod has reached a defined retraction distance; the apparatus being configured to control tension between the endless track belt and the drive wheel by producing an increase in cylinder pressure by the re-routing of the fluid flow. the cylinder having a first portion comprising a first port , a second port , and a pressure relief valve , the pressure relief valve configured to regulate fluid flow from the second port to the accumulator; a ram in slidable relation to the first portion, the ram comprising an internal recess and a predefined stroke length; a spring disposed in the internal recess; and a rod moveable by the spring relative to the first port while permitting fluid flow; a ram in slidable relation to the first portion, the ram comprising an internal recess and a predefined stroke length; a spring disposed in the internal recess; and a rod moveable by the spring relative to the first port while permitting fluid flow; wherein the cylinder is configured to increase resistance to retraction of the ram by re-routing fluid flow to the accumulator through the pressure relief valve after the rod has reached a defined retraction distance; the apparatus being configured to control tension between the endless track belt and the drive wheel by producing an increase in cylinder pressure by the re-routing of the fluid flow.
A stationary shelter for storing at least one electrical energy storage unit (U), characterized in that it comprises at least one element for receiving said unit (U), configured so that said unit (U) can be inserted into it or extracted from it, via an access opening made in a wall of said stationary shelter , and in that it comprises a device for lifting and handling said unit (U), which allows the loading and unloading of the latter in and out of the receiving element , this device for lifting and handling being assembled with at least one external surface of said shelter by assembly means .
A wound dressing, comprising a frame , which comprises at least one organic frame polymer and at least one layer of fibers spanning the frame , the fibers comprising at least one organic fiber polymer.
Assembly for an aircraft , said assembly comprising: - a pylon extending in a longitudinal direction (X) and comprising a frame and two lateral walls arranged on either side of the frame , each pierced with an aperture , - at least one reservoir (102a-b) comprising fastening means , - a hooking system arranged to suspend the or each reservoir (102a-b) inside the pylon facing the apertures , characterized in that said assembly comprises: - for each reservoir (102a-b), a carriage having a cradle intended to receive the reservoir (102a-b), the carriage being mounted inside the frame so as to be movable in translation with respect to the frame parallel to a translation direction (T) generally parallel to the longitudinal direction (X) alternately between an installation position, in which the carriage is arranged in such a way that the cradle is facing the apertures and is under the reservoir (102a-b), and a use position, in which the carriage is arranged in such a way that the cradle is not facing the apertures , - for each reservoir (102a-b), fastening elements which fasten the fastening means of the reservoir (102a-b) to the cradle , and - for each carriage , a locking system alternately adopting a locking position, in which the locking system immobilizes the carriage in the use position, or a free position, in which the locking system does not immobilize the carriage . - a pylon extending in a longitudinal direction (X) and comprising a frame and two lateral walls arranged on either side of the frame , each pierced with an aperture , - at least one reservoir (102a-b) comprising fastening means , - a hooking system arranged to suspend the or each reservoir (102a-b) inside the pylon facing the apertures , - for each reservoir (102a-b), a carriage having a cradle intended to receive the reservoir (102a-b), the carriage being mounted inside the frame so as to be movable in translation with respect to the frame parallel to a translation direction (T) generally parallel to the longitudinal direction (X) alternately between an installation position, in which the carriage is arranged in such a way that the cradle is facing the apertures and is under the reservoir (102a-b), and a use position, in which the carriage is arranged in such a way that the cradle is not facing the apertures , - for each reservoir (102a-b), fastening elements which fasten the fastening means of the reservoir (102a-b) to the cradle , and - for each carriage , a locking system alternately adopting a locking position, in which the locking system immobilizes the carriage in the use position, or a free position, in which the locking system does not immobilize the carriage .
A display device comprising: a substrate ; a first thin film transistor (T1) disposed over the substrate ; a second thin film transistor (T2) disposed over the substrate ; a display element (OLED) connected to the first thin film transistor (T1); a wiring (WL) connected to the second thin film transistor (T2), wherein the wiring (WL) includes a first wiring layer (DL1) and a second wiring layer (DL2); a pattern insulating layer (114a-114c) disposed between the first wiring layer (DL1) and the second wiring layer (DL2); a planarization layer covering the wiring (WL); and a connection electrode (CM) disposed on the planarization layer , wherein the connection electrode (CM) is connected to the first wiring layer (DL1) through a first contact hole (CNT1), and the connection electrode (CM) is connected to the second wiring layer (DL2) through a second contact hole (CNT2), characterized in that the first contact hole (CNT1) is spaced apart from the second contact hole (CNT2). a substrate ; a first thin film transistor (T1) disposed over the substrate ; a second thin film transistor (T2) disposed over the substrate ; a display element (OLED) connected to the first thin film transistor (T1); a wiring (WL) connected to the second thin film transistor (T2), wherein the wiring (WL) includes a first wiring layer (DL1) and a second wiring layer (DL2); a pattern insulating layer (114a-114c) disposed between the first wiring layer (DL1) and the second wiring layer (DL2); a planarization layer covering the wiring (WL); and a connection electrode (CM) disposed on the planarization layer , wherein the connection electrode (CM) is connected to the first wiring layer (DL1) through a first contact hole (CNT1), and the connection electrode (CM) is connected to the second wiring layer (DL2) through a second contact hole (CNT2), characterized in that the first contact hole (CNT1) is spaced apart from the second contact hole (CNT2).
An endoscopic apparatus comprising: an elongated assembly having a lumen, a long axis and a distal segment , the lumen extending generally along the long axis; a deflector disposed in the distal segment and having a bore extending therethrough at an angle to the long axis, the bore having an exit pore and a sideward communication with the lumen, the lumen, the bore and the sideward communication being dimensioned to accept passage of a tool through the lumen, the sideward communication, the bore and the exit pore; a location sensor disposed in the distal segment, the location sensor connectable to a position processor that is operative for computing a location of the distal segment responsively to signals from the location sensor; an ultrasound imager disposed in the distal segment, the ultrasound imager connectable to electronic circuitry for processing data provided by the ultrasound imager; a push-pull anchoring system comprising a plurality of guides and respective wires threaded therethrough, the wires operative to move between a first position wherein the wires are retracted within the guides and a second position wherein the wires extend beyond the guides and diverge from the long axis sufficiently to engage a bronchus when the assembly is inserted therein; and an inflatable balloon disposed on the distal segment. an elongated assembly having a lumen, a long axis and a distal segment , the lumen extending generally along the long axis; a deflector disposed in the distal segment and having a bore extending therethrough at an angle to the long axis, the bore having an exit pore and a sideward communication with the lumen, the lumen, the bore and the sideward communication being dimensioned to accept passage of a tool through the lumen, the sideward communication, the bore and the exit pore; a location sensor disposed in the distal segment, the location sensor connectable to a position processor that is operative for computing a location of the distal segment responsively to signals from the location sensor; an ultrasound imager disposed in the distal segment, the ultrasound imager connectable to electronic circuitry for processing data provided by the ultrasound imager; a push-pull anchoring system comprising a plurality of guides and respective wires threaded therethrough, the wires operative to move between a first position wherein the wires are retracted within the guides and a second position wherein the wires extend beyond the guides and diverge from the long axis sufficiently to engage a bronchus when the assembly is inserted therein; and an inflatable balloon disposed on the distal segment.
Pressure-resistant housing comprising an inner volume having at least a first housing part and a second housing part that are spaced apart and have parallel bearing surfaces facing one another and matching one another, between which at least one insulator is arranged, on which the bearing surfaces rest, wherein at least one electrical element outside the housing is electrically connectable to an additional electrical element inside the inner volume of the housing , characterized in that the insulator is an insulated conductor that has at least one conductor encompassed between two insulator layers , that extends beyond the circumference of the first housing part and/or of the second housing part to an outer terminal lug , and that has an inner terminal lug which extends beyond the first housing part and/or beyond the second housing part into the inner volume, wherein at least one terminal lug of the conductor is accessible through a recess in at least one insulator layer .
A biodegradable implant comprising a magnesium alloy having improved mechanical and electrochemical properties, comprising: less or equal 4.0% by weight Zn, 2.0 to 10.0% by weight Al, the alloy content of Al in % by weight being greater than or equal to the alloy content of Zn in % by weight, the remainder being magnesium containing impurities, which promote electrochemical potential differences and/or the formation of precipitations and/or intermetallic phases, in a total amount of no more than 0.0063% by weight of Fe, Si, Mn, Co, Ni, Cu, Zr, Y, Sc or rare earths having the ordinal numbers 21, 57 to 71 and 89 to 103, Be, Cd, In, Sn and/or Pb as well as P, wherein the matrix of the alloy is solid solution hardening due to Al and Zn and is also particle hardening due to the intermetallic phases formed of Mg and Al, characterized in that the individual impurities in the total sum of impurities amount to the following in % by weight: Fe, Si, Mn, Ni, Co, Cu each with <0.0005; Zr;Y each with <0.0003; and P <0.0002.
A method of digesting lignocellulosic material, said method comprising the steps of: A. providing the lignocellulosic material; B. providing a caustic composition having a pH between 10 to 14 and comprising; (i) water, (ii) 1 to 20 weight % of NaOH based on a total weight of the caustic composition, and (iii) 0.2 to 1.0 percent by weight based on a total weight of the composition of a digestion additive having the structure; wherein A is at least one alkyleneoxy group and each alkyleneoxy group has from 2 to 4 carbon atoms, n is 0 or 1, B is a branched aliphatic hydrocarbon group having from 8 to 15 carbon atoms, X is H or B-O-(A)m, and each m is independently an average value from 3 to 30, and wherein the caustic composition has a Draves Wetting Time of less than 10 seconds as determined using ASTM D2281; C. combining the lignocellulosic material and the caustic composition to form a mixture; and D. heating the lignocellulosic material and the caustic composition for a temperature between 100° C to 200° C to digest the lignocellulosic material. A. providing the lignocellulosic material; B. providing a caustic composition having a pH between 10 to 14 and comprising; (i) water, (ii) 1 to 20 weight % of NaOH based on a total weight of the caustic composition, and (iii) 0.2 to 1.0 percent by weight based on a total weight of the composition of a digestion additive having the structure; wherein A is at least one alkyleneoxy group and each alkyleneoxy group has from 2 to 4 carbon atoms, n is 0 or 1, B is a branched aliphatic hydrocarbon group having from 8 to 15 carbon atoms, X is H or B-O-(A)m, and each m is independently an average value from 3 to 30, and wherein the caustic composition has a Draves Wetting Time of less than 10 seconds as determined using ASTM D2281; (i) water, (ii) 1 to 20 weight % of NaOH based on a total weight of the caustic composition, and (iii) 0.2 to 1.0 percent by weight based on a total weight of the composition of a digestion additive having the structure; wherein A is at least one alkyleneoxy group and each alkyleneoxy group has from 2 to 4 carbon atoms, n is 0 or 1, B is a branched aliphatic hydrocarbon group having from 8 to 15 carbon atoms, X is H or B-O-(A)m, and each m is independently an average value from 3 to 30, and wherein the caustic composition has a Draves Wetting Time of less than 10 seconds as determined using ASTM D2281; C. combining the lignocellulosic material and the caustic composition to form a mixture; and D. heating the lignocellulosic material and the caustic composition for a temperature between 100° C to 200° C to digest the lignocellulosic material.