mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of deferasirox, comprising the steps of: a) converting salicylic acid to its acyl chloride: b) reacting salicyl chloride with an amidating reagent selected from the group consisting of disilazanes of general formula (R 1 R 2 R 3 Si) 2 NH and cyclosilazanes of general formula (R 1 R 2 SiNH) n, wherein n is 3 or 4 and R 1, R 2 and R 3 are each independently alkyl or aryl, so as to produce a deferasirox intermediate of formula: and c) reacting intermediate with 4-hydrazinobenzoic acid to form deferasirox: a) converting salicylic acid to its acyl chloride: b) reacting salicyl chloride with an amidating reagent selected from the group consisting of disilazanes of general formula (R 1 R 2 R 3 Si) 2 NH and cyclosilazanes of general formula (R 1 R 2 SiNH) n, wherein n is 3 or 4 and R 1, R 2 and R 3 are each independently alkyl or aryl, so as to produce a deferasirox intermediate of formula: and c) reacting intermediate with 4-hydrazinobenzoic acid to form deferasirox:
A message order-preserving method, comprising: generating, by a first application of a first electronic device, a first message to be sent to a second electronic device, and starting to send the first message to the second electronic device; generating, by the first application of the first electronic device, a second message to be sent to the second electronic device, and before sending the second message to the second electronic device, determining that sending of the first message is not completed; sending, by the first electronic device, an integration message comprising the second message to the second electronic device, wherein the integration message comprises the second message and a first identifier indicating that sending of the first message is not completed; and after receiving the integration message, displaying (718a, 718b, 720), by the second electronic device, the first message and the second message based on the integration message. generating, by a first application of a first electronic device, a first message to be sent to a second electronic device, and starting to send the first message to the second electronic device; generating, by the first application of the first electronic device, a second message to be sent to the second electronic device, and before sending the second message to the second electronic device, determining that sending of the first message is not completed; sending, by the first electronic device, an integration message comprising the second message to the second electronic device, wherein the integration message comprises the second message and a first identifier indicating that sending of the first message is not completed; and after receiving the integration message, displaying (718a, 718b, 720), by the second electronic device, the first message and the second message based on the integration message.
A method for production of a viral neuraminidase protein, comprising: culturing a recombinant microalgal cell in a medium such that the NA protein is secreted into the medium, wherein the recombinant microalgal cell comprises a nucleic acid molecule comprising a polynucleotide sequence that encodes the viral NA protein, wherein the viral NA protein comprises a membrane domain; and recovering the secreted recombinant viral NA protein from the medium. culturing a recombinant microalgal cell in a medium such that the NA protein is secreted into the medium, wherein the recombinant microalgal cell comprises a nucleic acid molecule comprising a polynucleotide sequence that encodes the viral NA protein, wherein the viral NA protein comprises a membrane domain; and recovering the secreted recombinant viral NA protein from the medium.
A compressor scroll for redirecting an airflow from a compressor, comprising: a spiral-shaped body; a radial inlet formed in the body for receiving the airflow from the compressor as inlet airflow; and an outlet formed in the body such that inlet airflow flows through the body and exits the outlet as outlet airflow, characterized by at least a portion of the outlet airflow crossing at least a portion of the inlet airflow, wherein the outlet is coupled to the body at a coupling line, wherein the outlet includes a flow diverter that couples the outlet to an outer circumference of the body, the flow diverter being positioned downstream relative to the coupling line, wherein a first plane is defined as a radial plane passing through the compressor scroll axis, and wherein the coupling line is the line at which the outlet begins curving out of the first plane, the outlet continuing to curve to an angle of approximately 90° to the first plane. a spiral-shaped body; a radial inlet formed in the body for receiving the airflow from the compressor as inlet airflow; and an outlet formed in the body such that inlet airflow flows through the body and exits the outlet as outlet airflow, characterized by at least a portion of the outlet airflow crossing at least a portion of the inlet airflow, wherein the outlet is coupled to the body at a coupling line, wherein the outlet includes a flow diverter that couples the outlet to an outer circumference of the body, the flow diverter being positioned downstream relative to the coupling line, wherein a first plane is defined as a radial plane passing through the compressor scroll axis, and wherein the coupling line is the line at which the outlet begins curving out of the first plane, the outlet continuing to curve to an angle of approximately 90° to the first plane.
An image decoding method for decoding quantization parameters for subblocks in a block representing a part of an image, wherein the block is divided into subblocks so as to form a quadtree, the image decoding method comprising: decoding a first quantization parameter for a first subblock in a first block, coded data related to a first difference value between, in an order of coding, the first quantization parameter for the first subblock and a second quantization parameter for a second subblock in the first block and, for a third block as a subsequent subblock which is not in the first block, coded data related to a second difference value between a third quantization parameter of the third subblock and an integer value obtained by rounding an average of quantization parameters for subblocks coded before the third subblock; acquiring the second quantization parameter based on the first quantization parameter and the first difference value decoded by the decoding unit and acquire a third quantization parameter of the third subblock based on the second difference value decoded by the decoding unit and the integer value obtained by rounding the average of quantization parameters for subblocks decoded before the third subblock, and reproducing parts of an image corresponding to the first subblock, the second subblock, and the third subblock respectively using the acquired first quantization parameter, the acquired second quantization parameter, and the acquired third quantization parameter. decoding a first quantization parameter for a first subblock in a first block, coded data related to a first difference value between, in an order of coding, the first quantization parameter for the first subblock and a second quantization parameter for a second subblock in the first block and, for a third block as a subsequent subblock which is not in the first block, coded data related to a second difference value between a third quantization parameter of the third subblock and an integer value obtained by rounding an average of quantization parameters for subblocks coded before the third subblock; acquiring the second quantization parameter based on the first quantization parameter and the first difference value decoded by the decoding unit and acquire a third quantization parameter of the third subblock based on the second difference value decoded by the decoding unit and the integer value obtained by rounding the average of quantization parameters for subblocks decoded before the third subblock, and reproducing parts of an image corresponding to the first subblock, the second subblock, and the third subblock respectively using the acquired first quantization parameter, the acquired second quantization parameter, and the acquired third quantization parameter.
An optical laminate comprising an optical film; and a pressure-sensitive adhesive layer formed on one side of the optical film and including a cross-linked product of a cross-linkable composition, the cross-linkable composition comprising an acrylic polymer; an ionic compound having an alkali metal cation; and a compound of Formula 1 below, and having a curing rate of 30% or more according to Equation 1 below: wherein, Ri to R 4 are each independently a hydrogen atom or an alkyl group: Curing rate = B / A × 100 wherein, A is a mass (unit: g) before immersing the cross-linkable composition, in which a cross-linking agent of the acrylic polymer is blended, in an amount of 1 part by weight or less relative to 100 parts by weight of the acrylic polymer, to the cross-linkable composition comprising the ionic compound in a ratio of 3 parts by weight or more relative to 100 parts by weight of the acrylic polymer, or a cross-linked product of the composition in ethyl acetate, and B is a dry mass (unit: g) of insoluble contents recovered after immersing the cross-linkable composition or the cross-linked product of the composition in ethyl acetate at room temperature for 24 hours, where the insoluble contents are components sieved by a sieve of 200 meshes; wherein the cross-linkable composition further comprising an epoxy cross-linking agent or an aziridine cross-linking agent; wherein the acrylic polymer comprises a polymerized unit of an alkyl (meth)acrylate monomer and a polymerized unit of a carboxyl group-containing monomer; wherein the optical film comprises a polyvinyl alcohol polarizer comprising a potassium component and a zinc component. the cross-linkable composition comprising an acrylic polymer; an ionic compound having an alkali metal cation; and a compound of Formula 1 below, and having a curing rate of 30% or more according to Equation 1 below: wherein, Ri to R 4 are each independently a hydrogen atom or an alkyl group: Curing rate = B / A × 100 wherein, A is a mass (unit: g) before immersing the cross-linkable composition, in which a cross-linking agent of the acrylic polymer is blended, in an amount of 1 part by weight or less relative to 100 parts by weight of the acrylic polymer, to the cross-linkable composition comprising the ionic compound in a ratio of 3 parts by weight or more relative to 100 parts by weight of the acrylic polymer, or a cross-linked product of the composition in ethyl acetate, and B is a dry mass (unit: g) of insoluble contents recovered after immersing the cross-linkable composition or the cross-linked product of the composition in ethyl acetate at room temperature for 24 hours, where the insoluble contents are components sieved by a sieve of 200 meshes; wherein the cross-linkable composition further comprising an epoxy cross-linking agent or an aziridine cross-linking agent; wherein the acrylic polymer comprises a polymerized unit of an alkyl (meth)acrylate monomer and a polymerized unit of a carboxyl group-containing monomer; wherein the optical film comprises a polyvinyl alcohol polarizer comprising a potassium component and a zinc component.
A robotic container handling system comprising a crane carrying a crane load handler, and a storage and sortation structure, the storage and sortation structure comprising two substantially perpendicular sets of rails (300a, 300b) forming a grid, and a workspace beneath said grid comprising a framework supporting the grid above a plurality of stacked containers, the handling system further comprising a plurality of robotic load handling devices operative on and above the grid above the workspace, the robotic load handling devices comprising a body mounted on wheels, a first set of wheels being arranged to engage with at least two rails of the first set of rails, the second set of wheels being arranged to engage with at least two rails of the second set of rails, the first set of wheels being independently moveable and driveable with respect to the second set of wheels such that when in motion only one set of wheels is engaged with the grid at any one time, thereby enabling movement of the load handling device along the rails (300a, 300b) to any point on the grid by driving only the set of wheels engaged with the rails, characterised in that the system further comprises a conveyance means, a number of transversal load handling devices being mounted on the conveyance means and a transfer point, wherein the transversal load handling devices are adapted so as to receive containers delivered by the crane load handler and transport containers between the crane load handler and the transfer point at which point the containers are collected to be moved into the plurality of stacked containers or delivered from the plurality of stacked containers by robotic load handling devices.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core positioned between the liquid pervious topsheet and the liquid impervious backsheet; said absorbent article having a first and second longitudinal edge (103, 104) and a first and second transverse edge (101, 102); wherein the absorbent core comprises a top core sheet, a back core sheet, and absorbent material arranged partially between the top core sheet and the back core sheet; wherein at least one of the top core sheet and the back core sheet comprises at least one attachment portion (315; 325) which is attached to the other one of the top core sheet and the back core sheet forming at least one attachment zone, and at least one edge portion (316, 317; 326, 327) having at least one free edge (313, 314; 323, 324) and covering a portion of the absorbent material; wherein seen in a top view of the absorbent core, the top core sheet has a total surface area of S1, the back core sheet has a total surface area of S2, the absorbent core has a surface area of S0 defined by an area covered by the absorbent material plus an area of the at least one attachment zone, wherein S1 is smaller than 90% of S0 and/or S2 is smaller than 90% of S0.
A gear wheel for an adjustment drive mechanism which has a ring gear which is attached coaxially circumferentially to the outside of a core element, which has an axial passage opening, in which a threaded element is fitted, the latter being formed from a plastic as an injection molded plastic part and having an axially continuous internal thread having at least one thread tooth running around helically, characterized in that, the threaded element is molded onto the core element on an inner wall of the passage opening, which consists of a metal material, wherein a crash support portion is configured in the passage opening, at least one support element protruding from the core element into a thread tooth in said crash support portion, which is at least partially coated with the plastic or is enclosed by the plastic.
Process for the isolation of purified D-mannose, comprising at least the following steps: (a) providing a feed of mixed sugars, which feed comprises D-mannose, including D-mannose in the form of polymers or copolymers; (c) optionally concentrating the feed of mixed sugars of step (a) to a predetermined dry matter content, wherein said dry matter content is from 1% to 70%; (d) adding at least one sulfite to the feed of mixed sugars of step (a) or to the mixture of step (c), resulting in a D-mannose-bisulfite adduct; (e) regenerating or recovering D-mannose from the D-mannose-bisulfite adduct of step (d) by treating said D-mannose-bisulfite adduct with at least one oxidant and at least one base. (a) providing a feed of mixed sugars, which feed comprises D-mannose, including D-mannose in the form of polymers or copolymers; (c) optionally concentrating the feed of mixed sugars of step (a) to a predetermined dry matter content, wherein said dry matter content is from 1% to 70%; (d) adding at least one sulfite to the feed of mixed sugars of step (a) or to the mixture of step (c), resulting in a D-mannose-bisulfite adduct; (e) regenerating or recovering D-mannose from the D-mannose-bisulfite adduct of step (d) by treating said D-mannose-bisulfite adduct with at least one oxidant and at least one base.
Manually operable alarm signalling apparatus for a security network, having a first switching element and a second switching element, the alarm signalling apparatus being in the form of a pushbutton alarm having a housing and an impact window, an operating element being provided for jointly operating the two switching elements, characterized in that the alarm signalling apparatus is designed, in terms of programming and/or circuitry, in such a manner that, in order to generate an alarm message, the first and second switching elements (8a, b) must be jointly operated, the alarm signalling apparatus comprising an evaluation device which is designed and/or connected for the purpose of detecting the switching positions of the switching elements (8a, b) and is designed to generate the alarm message and a maintenance message on the basis of the switching positions of the switching elements (8a, b).
A transformer comprising a primary coil and a secondary coil which are coaxially radially adjacent provided, wherein: the primary coil includes a first primary coil portion and a second primary coil portion in series; the secondary coil includes a first secondary coil portion and a second secondary coil portion in series; the second primary coil portion and the second secondary coil portion are provided radially outside the first primary coil portion and the first secondary coil portion; the first primary coil portion (11 A) and the first secondary coil portion are coaxially wound over the same winding width and form a layered winding structure, characterised in that the second primary coil portion and the second secondary coil portion are wound with a predetermined distance therebetween in the direction of the central axis of the coils and form a split winding structure, whereby a degree of coupling between the second primary coil portion and the second secondary coil portion is achieved to be lower than a degree of coupling between the first primary coil portion and the first secondary coil portion. the primary coil includes a first primary coil portion and a second primary coil portion in series; the secondary coil includes a first secondary coil portion and a second secondary coil portion in series; the second primary coil portion and the second secondary coil portion are provided radially outside the first primary coil portion and the first secondary coil portion; the first primary coil portion (11 A) and the first secondary coil portion are coaxially wound over the same winding width and form a layered winding structure, characterised in that the second primary coil portion and the second secondary coil portion are wound with a predetermined distance therebetween in the direction of the central axis of the coils and form a split winding structure, whereby a degree of coupling between the second primary coil portion and the second secondary coil portion is achieved to be lower than a degree of coupling between the first primary coil portion and the first secondary coil portion.
A computer-implemented method for synthesizing an image corresponding to a virtual perspective of a scene, the method comprising: obtaining a plurality of images of the scene from respective physical imagers; determining an initial predicted surface geometry of the scene; determining, for a virtual pixel (p v) of the image corresponding to the virtual perspective (Cv) of the scene based on the initial predicted surface geometry, a plurality of candidate pixels (p 1, p 2) from different ones of the physical imagers that are predicted to correspond to a same world point (w) in the scene as the virtual pixel (p v); characterised by: determining for each of the plurality of candidate pixels (p 1, p 2), respective location sensitivities to an error in the initial predicted surface geometry; determining pixel weights for each of the plurality of candidate pixels (p 1, p 2) based on the respective sensitivities; and determining a value for the virtual pixel (p v) based on a weighted combination of the plurality of candidate pixels (p 1, p 2) using the pixel weights. obtaining a plurality of images of the scene from respective physical imagers; determining an initial predicted surface geometry of the scene; determining, for a virtual pixel (p v) of the image corresponding to the virtual perspective (Cv) of the scene based on the initial predicted surface geometry, a plurality of candidate pixels (p 1, p 2) from different ones of the physical imagers that are predicted to correspond to a same world point (w) in the scene as the virtual pixel (p v); characterised by: determining for each of the plurality of candidate pixels (p 1, p 2), respective location sensitivities to an error in the initial predicted surface geometry; determining pixel weights for each of the plurality of candidate pixels (p 1, p 2) based on the respective sensitivities; and determining a value for the virtual pixel (p v) based on a weighted combination of the plurality of candidate pixels (p 1, p 2) using the pixel weights.
Fastening clip, comprising: a clip body comprising a pair of side walls, said side walls being provided with windows; a pair of retaining portions, a part of which protrude through said windows in the rest and use positions and that are deflected during the placement of the fastening clip in its use position, each of said retaining portions comprising an end portion; and a head portion provided at an end of the clip body and protruding from said side walls, characterized in that said end portions comprise a bent portion, each end portion being divided in two side portions by a groove, and said bent portion being in one of said two side portions, and in that the fastening clip also comprises a base body comprising verification elements that in the use position are placed in the groove between said side portions. a clip body comprising a pair of side walls, said side walls being provided with windows; a pair of retaining portions, a part of which protrude through said windows in the rest and use positions and that are deflected during the placement of the fastening clip in its use position, each of said retaining portions comprising an end portion; and a head portion provided at an end of the clip body and protruding from said side walls, characterized in that said end portions comprise a bent portion, each end portion being divided in two side portions by a groove, and said bent portion being in one of said two side portions, and in that the fastening clip also comprises a base body comprising verification elements that in the use position are placed in the groove between said side portions.