mhurhangee/patent-ind-claim-en huggingface dataset:
A method of flow synthesis of polymer nanoparticles, comprising: feeding a mixture comprising a radical initiator to a continuous flow microreactor comprising a microchannel having a hydraulic diameter less than 1 millimeter; heating the mixture in a preheating section of the continuous flow microreactor; feeding monomer to the continuous flow microreactor, wherein the monomer comprises a vinyl monomer comprising an acrylate monomer; mixing the monomer with the mixture in a reaction section of the continuous flow microreactor downstream of the preheating section; polymerizing the monomer in presence of the radical initiator in the reaction section to form polymer nanoparticles, wherein polymerizing the monomer comprises emulsion polymerization and the polymer nanoparticles comprise a vinyl polymer comprising an acrylate polymer, wherein the nanoparticles have an average or median particle size less than 100 nm, such as less than 50 nm; and discharging the polymer nanoparticles from the continuous flow microreactor. feeding a mixture comprising a radical initiator to a continuous flow microreactor comprising a microchannel having a hydraulic diameter less than 1 millimeter; heating the mixture in a preheating section of the continuous flow microreactor; feeding monomer to the continuous flow microreactor, wherein the monomer comprises a vinyl monomer comprising an acrylate monomer; mixing the monomer with the mixture in a reaction section of the continuous flow microreactor downstream of the preheating section; polymerizing the monomer in presence of the radical initiator in the reaction section to form polymer nanoparticles, wherein polymerizing the monomer comprises emulsion polymerization and the polymer nanoparticles comprise a vinyl polymer comprising an acrylate polymer, wherein the nanoparticles have an average or median particle size less than 100 nm, such as less than 50 nm; and
Device for shearing tissue in a human or animal body, comprising: a first member comprising a first material and a first surface of contact ; a second member comprising a second material and a second surface of contact ; wherein the first and second materials show magnetic attraction between one another when the first and second surfaces of contact are disposed in facing relationship; and a thread connected to the first member and to the second member; wherein the device comprises means for pulling the thread configured to reduce a length of the thread between the first member and the second member, characterised in that the means for pulling the thread comprises a thread winding system configured to maintain tension in the thread between the first member and the second member , and in that one or both of the first member and the second member comprises a housing, wherein the thread winding system is enclosed in the housing. a first member comprising a first material and a first surface of contact ; a second member comprising a second material and a second surface of contact ; wherein the first and second materials show magnetic attraction between one another when the first and second surfaces of contact are disposed in facing relationship; and a thread connected to the first member and to the second member; wherein the device comprises means for pulling the thread configured to reduce a length of the thread between the first member and the second member,
A method for intersystem mobility security context handling between different radio access networks, the method comprising: receiving a message from a user terminal moving between two different radio access networks, the message comprising a first key identifier identifying a mapped security context and a second key identifier identifying a cached security context, wherein the message comprises an additional indication identifying a key used to protect the message; selecting the key used to protect the message based on the additional indication; and verifying the message with the selected key. receiving a message from a user terminal moving between two different radio access networks, the message comprising a first key identifier identifying a mapped security context and a second key identifier identifying a cached security context, wherein the message comprises an additional indication identifying a key used to protect the message; selecting the key used to protect the message based on the additional indication; and verifying the message with the selected key.
A combustor having a double wall structure comprising an annular inner wall and an annular outer wall , the annular outer wall having an inner surface , an outer surface and a plurality of circumferentially spaced apertures , the annular inner wall comprising a plurality of circumferentially arranged tiles , the tiles (38a38b,38c) have at least one interlocking member at a first circumferential end of the tile and at least one interengaging member at a second circumferential end of the tile , each tile having two walls which extend radially outwards at first and second circumferentially spaced ends, each tile having two further walls which extend radially outwards at first and second axial edges, each tile comprising a rectangular shape having a curved outer surface , each interlocking member extending through a corresponding one of the circumferentially spaced apertures in the annular outer wall , each interlocking member extending radially and circumferentially from the first circumferential end of the tile , the circumferentially extending portion of each interlocking member resting on the outer surface of the annular outer wall , the at least one interengaging member extending circumferentially from a second wall at the second circumferential end of the tile and the interengaging member at the second circumferential end of the tile engaging with the first circumferential end of an adjacent tile , the first wall at the first circumferential end has at least one cutaway section to receive an interengaging member , wherein the circumferentially extending portions of the interlocking members being arranged at a greater distance from the curved outer surfaces of the tiles than the interengaging members , the walls being located radially between the inner surface of the annular outer wall and the curved outer surface of the tiles , each interengaging member being located radially between the inner surface of the annular outer wall and the curved outer surfaces of the tiles .
A front cabin frame assembly, characterized by comprising: a front beam front section , an upper side beam , a cowl reinforcement crossbeam , a cowl outer reinforcement and an A-pillar , the upper side beam being located at outer side of the front beam front section along a width direction of a vehicle body, and a front end of the front beam front section laterally connected with a front end of the upper side beam , a root portion of the front beam front section connected with the cowl reinforcement crossbeam , a root portion of the upper side beam connected with the A-pillar , the cowl reinforcement crossbeam being disposed below a frame of a dash panel and connected with the A-pillar , the windshield crossbeam being disposed above the frame of the dash panel with left and right ends thereof connected with the A-pillar , thereby forming two continuously connected reinforcement structures along lateral direction, the cowl outer reinforcement connected with the root portion of the front beam front section and the A-pillar .
An anti-counterfeit ink composition for offset printing, characterized by containing: a solvent of one or more kinds selected from vegetable oils or vegetable oil-derived compounds; near infrared absorbing fine particles of hexaboride fine particles expressed by a general formula XB a , wherein the element X is one or more kinds selected from a group consisting of La, Ce, Pr, Nd, Gd, Tb, Dy, Ho, Y, Sm, Eu, Er, Tm, Yb, Lu, Sr, and Ca, and the a satisfies 4.0 ≤ a ≤ 6.2; and a solvent of one or more kinds selected from the group consisting of alcohols, ethers, esters, ketones, aromatic hydrocarbons, and glycol ethers, and having a boiling point of 150°C or less, wherein content of the solvent of one or more kinds selected from the group consisting of alcohols, ethers, esters, ketones, aromatic hydrocarbons, and glycol ethers is 1.0 mass% or less. a solvent of one or more kinds selected from vegetable oils or vegetable oil-derived compounds; near infrared absorbing fine particles of hexaboride fine particles expressed by a general formula XB a , wherein the element X is one or more kinds selected from a group consisting of La, Ce, Pr, Nd, Gd, Tb, Dy, Ho, Y, Sm, Eu, Er, Tm, Yb, Lu, Sr, and Ca, and the a satisfies 4.0 ≤ a ≤ 6.2; and a solvent of one or more kinds selected from the group consisting of alcohols, ethers, esters, ketones, aromatic hydrocarbons, and glycol ethers, and having a boiling point of 150°C or less, wherein content of the solvent of one or more kinds selected from the group consisting of alcohols, ethers, esters, ketones, aromatic hydrocarbons, and glycol ethers is 1.0 mass% or less.
A power supply system to a two-dimensional communication sheet , comprising: the two-dimensional communication sheet that has a dielectric layer , a first conductor layer covering a rear surface of the dielectric layer , and a second conductor layer covering a front surface of the dielectric layer and composed of a mesh-shaped wiring pattern; and a power supply port for supplying power to the two-dimensional communication sheet , the power supply port having a first power supply plate provided separately at a rear side of the first conductor layer , a second power supply plate provided at a position opposite to the first power supply plate separately at a front side of the second conductor layer , a first power supply body electrically connected with the first power supply plate , and a second power supply body electrically connected with the second power supply plate , characterised in that the first power supply body is formed into a columnar shape protruding from the first power supply plate while passing through the dielectric layer , the second power supply body is protruded from the second power supply plate to enclose the first power supply body circumferentially, and the first power supply body and the second power supply body are configured to be connectable to a coaxial cable for power supply. the two-dimensional communication sheet that has a dielectric layer , a first conductor layer covering a rear surface of the dielectric layer , and a second conductor layer covering a front surface of the dielectric layer and composed of a mesh-shaped wiring pattern; and a power supply port for supplying power to the two-dimensional communication sheet , the power supply port having a first power supply plate provided separately at a rear side of the first conductor layer , a second power supply plate provided at a position opposite to the first power supply plate separately at a front side of the second conductor layer , a first power supply body electrically connected with the first power supply plate , and a second power supply body electrically connected with the second power supply plate , characterised in that the first power supply body is formed into a columnar shape protruding from the first power supply plate while passing through the dielectric layer , the second power supply body is protruded from the second power supply plate to enclose the first power supply body circumferentially, and the first power supply body and the second power supply body are configured to be connectable to a coaxial cable for power supply.
A method for measuring the Doppler velocity of a target detected by a multistatic radar device comprising at least one first radar (E) generating a transmission signal towards said target (C) and a second radar (R) receiving the signal backscattered by said target, with the second radar knowing: - the coordinates of the first radar; - a velocity vector of the first radar; - a direction illuminated by the first radar; - a central transmission frequency (f 0 ) used by the first radar; - a waveform used by the first radar; wherein two carrier waves with a given frequency deviation (2Δ f ) are generated on transmission, with the second radar knowing said frequency deviation, the method for measuring the Doppler velocity of a target being characterised in that measuring the Doppler velocity on reception is a function of the difference in the reception frequencies of said carrier waves divided by said frequency deviation (2Δ f ). - the coordinates of the first radar; - a velocity vector of the first radar; - a direction illuminated by the first radar; - a central transmission frequency (f 0 ) used by the first radar; - a waveform used by the first radar;
Coupling device for coupling an autonomous vehicle to a patient transport device , comprising: - a connecting member which is designed to attach the coupling device to an autonomous vehicle , - a first link with a proximal end portion (5.1) and an opposite distal end portion (5.2), wherein the proximal end portion (5.1) of the link is rotatably mounted on the connecting member by means of a rotary joint (D) of the coupling device , and - an angled coupling rod with a proximal leg (6.1) and a distal leg (6.2) arranged at an angle with respect to the longitudinal extension of the proximal leg (6.1), wherein the proximal leg (6.1) of the coupling rod is pivotally mounted on the distal end section (5.2) of the handlebar by means of a pivot joint (S) of the coupling device and the distal leg (6.2) of the coupling rod forms a connection section for coupling the coupling device to a patient transport device . - a connecting member which is designed to attach the coupling device to an autonomous vehicle , - a first link with a proximal end portion (5.1) and an opposite distal end portion (5.2), wherein the proximal end portion (5.1) of the link is rotatably mounted on the connecting member by means of a rotary joint (D) of the coupling device , and - an angled coupling rod with a proximal leg (6.1) and a distal leg (6.2) arranged at an angle with respect to the longitudinal extension of the proximal leg (6.1), wherein the proximal leg (6.1) of the coupling rod is pivotally mounted on the distal end section (5.2) of the handlebar by means of a pivot joint (S) of the coupling device and the distal leg (6.2) of the coupling rod forms a connection section for coupling the coupling device to a patient transport device .
A shower distributor arrangement device , comprising - a cylindric distributor housing body with a fixation rear side formed by a rear end face, which fixation rear side is configured for wall-sided fixation of the distributor housing body, an operator control front side and three fluid connectors arranged on the circumference of the cylindric distributor housing body between the fixation rear side and the operator control front side, wherein the three fluid connectors include a first and a second fluid outlet connector for connecting to a respective shower supply line and a fluid inlet connector , and - a switch-over valve intended for selectively connecting the fluid inlet connector to the first and/or the second fluid outlet connector and a user operable operator control element disposed on the operator control front side, which operator control element is a push button actuatable from the front, - wherein a depth distance between an operator control element front side and a front side of a foremost one of the three fluid connectors is less than 50 mm and/or less than one third of a total depth of the distributor housing body with the switch-over valve and/or less than a smallest diameter of the distributor housing body perpendicular to a longitudinal axis of the distributor housing body extending in the connecting direction between operator control front side and fixation rear side and/or less than a smallest diameter of the three fluid connectors. - a cylindric distributor housing body with a fixation rear side formed by a rear end face, which fixation rear side is configured for wall-sided fixation of the distributor housing body, an operator control front side and three fluid connectors arranged on the circumference of the cylindric distributor housing body between the fixation rear side and the operator control front side, wherein the three fluid connectors include a first and a second fluid outlet connector for connecting to a respective shower supply line and a fluid inlet connector , and - a switch-over valve intended for selectively connecting the fluid inlet connector to the first and/or the second fluid outlet connector and a user operable operator control element disposed on the operator control front side, which operator control element is a push button actuatable from the front, - wherein a depth distance between an operator control element front side and a front side of a foremost one of the three fluid connectors is less than 50 mm and/or less than one third of a total depth of the distributor housing body with the switch-over valve and/or less than a smallest diameter of the distributor housing body perpendicular to a longitudinal axis of the distributor housing body extending in the connecting direction between operator control front side and fixation rear side and/or less than a smallest diameter of the three fluid connectors.
A magnetic field sensor integrated circuit comprising: a lead frame having a first surface, a second opposing surface, and comprising a plurality of leads ; a substrate having a first surface supporting a magnetic field sensing element and a second, opposing surface attached to the first surface of the lead frame , wherein the magnetic field sensing element is configured to generate a magnetic field signal indicative of movement of a target proximate to the integrated circuit ; a magnet having a first surface and a second, opposing surface, and configured to generate a magnetic field, wherein the first surface of the magnet is disposed at a predetermined distance from the magnetic field sensing element , the predetermined distance selected to provide the magnetic field signal as a sinusoidal signal and wherein the predetermined distance is selected to provide the magnetic field signal with a predetermined minimum peak-to-peak signal level; and a non-conductive mold material enclosing the substrate , the spacer , and the magnet , such that at least a portion of at least one of the plurality of leads extends to an exterior surface of the non-conductive mold material. a lead frame having a first surface, a second opposing surface, and comprising a plurality of leads ; a substrate having a first surface supporting a magnetic field sensing element and a second, opposing surface attached to the first surface of the lead frame , wherein the magnetic field sensing element is configured to generate a magnetic field signal indicative of movement of a target proximate to the integrated circuit ; a magnet having a first surface and a second, opposing surface, and configured to generate a magnetic field, wherein the first surface of the magnet is disposed at a predetermined distance from the magnetic field sensing element , the predetermined distance selected to provide the magnetic field signal as a sinusoidal signal and wherein the predetermined distance is selected to provide the magnetic field signal with a predetermined minimum peak-to-peak signal level; and a non-conductive mold material enclosing the substrate , the spacer , and the magnet , such that at least a portion of at least one of the plurality of leads extends to an exterior surface of the non-conductive mold material.
A full color display comprising a plurality of pixels , the display having a white point, a direction of emission and a solid angle of emission around the direction of emission characterized by a half-cone angle θ, each pixel comprising: a red sub-pixel comprising a red LED having a first geometry configured to emit red light into a range of emission angles, such that a fraction of the red sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2 ); a green sub-pixel comprising a green LED having a second geometry configured to emit green light into a range of emission angles, such that a fraction of the green sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2 ); and a blue sub-pixel comprising a blue LED having a third geometry configured to emit blue light into a range of emission angles, such that a fraction of the blue sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2 ), such that, in any direction within the solid angle of emission, white light emitted by the display has a chromaticity difference Du'v' from the white point of the display which is less than 0.01. a red sub-pixel comprising a red LED having a first geometry configured to emit red light into a range of emission angles, such that a fraction of the red sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2 ); a green sub-pixel comprising a green LED having a second geometry configured to emit green light into a range of emission angles, such that a fraction of the green sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2 ); and a blue sub-pixel comprising a blue LED having a third geometry configured to emit blue light into a range of emission angles, such that a fraction of the blue sub-pixel's power emitted within the solid angle of emission is at least 1.2 * (1-cos(θ) 2 ), such that, in any direction within the solid angle of emission, white light emitted by the display has a chromaticity difference Du'v' from the white point of the display which is less than 0.01.