mhurhangee/ep-ind-claims huggingface dataset:
A coating composition comprising: a base resin composition containing an oxidative polymerization resin; an organic compound having a melting point of 5 to 150 °C; a dryer; and an oxidative polymerization inhibitor containing at least one of a dryer protectant and a radical inhibitor, the coating composition comprising 10 to 100 wt% organic compound based on the 100 wt% base resin composition and a content of metal elements in the dryer is 0.001 to 1.5 wt% based on 100 wt% solid content of the oxidative polymerization resin, wherein if the oxidative polymerization inhibitor contains only one of the dryer protectant and the radical inhibitor, 0.5 to 4 moles of the dryer protectant is contained per mole of metal elements in the dryer; or 0.01 to 2.0 wt% radical inhibitor is contained based on 100 wt% solid content of the oxidative polymerization resin; or if the oxidative polymerization inhibitor contains both the dryer protectant and the radical inhibitor, when 0.5 to 4 moles of the dryer protectant is contained per mole of metal elements in the dryer, 2.0 wt% or less radical inhibitor is contained based on 100 wt% solid content of the oxidative polymerization resin; or when less than 0.5 moles of the dryer protectant is contained per mole of metal elements in the dryer, 0.01 to 2.0 wt% radical inhibitor is contained based on 100 wt% solid content of the oxidative polymerization resin. if the oxidative polymerization inhibitor contains only one of the dryer protectant and the radical inhibitor, 0.5 to 4 moles of the dryer protectant is contained per mole of metal elements in the dryer; or 0.01 to 2.0 wt% radical inhibitor is contained based on 100 wt% solid content of the oxidative polymerization resin; or if the oxidative polymerization inhibitor contains both the dryer protectant and the radical inhibitor, when 0.5 to 4 moles of the dryer protectant is contained per mole of metal elements in the dryer, 2.0 wt% or less radical inhibitor is contained based on 100 wt% solid content of the oxidative polymerization resin; or when less than 0.5 moles of the dryer protectant is contained per mole of metal elements in the dryer, 0.01 to 2.0 wt% radical inhibitor is contained based on 100 wt% solid content of the oxidative polymerization resin.
A car for a fairground ride, with at least one wheel axle arranged on a rotatable carrier structure and a coupling element for coupling another car, wherein the coupling element for coupling another car is movably mounted, wherein the coupling element is connected to the rotatable carrier structure via a mechanical operative connection such that a movement of the coupling element leads to a rotation of the rotatable carrier structure and of the wheel axle of the car arranged thereon and a rotation of the rotatable carrier structure leads to a movement of the coupling element, characterized in that the coupling element is mounted in a ball joint fastened to the car, and the mechanical operative connection has a first arm, one end of which is connected to an end of the coupling element via a first ball joint and the other end of which is connected to a frame of the car via a second ball joint, and the mechanical operative connection has a second arm, one end of which is connected to the rotatable carrier structure via a third ball joint and the other end of which is connected to the first arm via a fourth ball joint between the first ball joint and the second ball joint.
Method for manufacturing an element having magnetic poles for a rotor for an electric machine, said element having magnetic poles comprising a plurality of unit magnets, said method comprising the steps of: - providing a magnetisation block comprising a first main face and a second main face opposite to the first main face, the first main face and the second main face delimiting a thickness of the magnetisation block therebetween; - machining, over only part of the thickness of the magnetisation block, a first set of initial slots starting from the first main face, such that the magnetisation block remains integral; - pouring a first connecting material into the initial slots; characterized in that it further comprises machining a set of complementary slots forming extensions of the initial slots of the first set across the entire thickness of the magnetisation block, so as to form the plurality of unit magnets separated from each other, the unit magnets being held secured together by the first connecting material. - providing a magnetisation block comprising a first main face and a second main face opposite to the first main face, the first main face and the second main face delimiting a thickness of the magnetisation block therebetween; - machining, over only part of the thickness of the magnetisation block, a first set of initial slots starting from the first main face, such that the magnetisation block remains integral; - pouring a first connecting material into the initial slots;
Machining centre for machining elongated-shaped components made of wood or the like, in particular components for frames, the machining centre comprising a forming machine and at least a sampling unit of the components from the forming machine; the forming machine comprising, in turn, a gantry frame provided with two upright members parallel to one another and to a substantially vertical first direction and with a cross member, which is fixed to the free ends of the upright members, and extends in a substantially horizontal second direction transversal to the first direction 6); a first gripping device provided with at least a first clamping vice for locking at least a component parallelly to the second direction, a second gripping device facing the first gripping device and provided with at least a second clamping vice for locking at least a component parallelly to the second direction, and at least a working head mobile along the cross member in the second direction for longitudinally profiling the components locked in the first and/or second gripping device (12, 13); the sampling unit comprising at least a grip and transfer device provided with at least a third clamping vice mobile in a third direction substantially orthogonal to said first and second directions (6, 8) for extracting at least a component from the first and/or second gripping device (12, 13).
A wireless communications system, comprising: a wireless user terminal comprising a plurality of antenna elements (202, 204, 206, 208), each antenna element being arranged to communicate with a different base station of a plurality of base stations (210, 212, 214, 216) using a respective plurality of simultaneous communications links to receive content data; and means arranged to distribute content data units between said plurality of simultaneous communications links, wherein the content data units borne by each of the plurality of simultaneous communications links comprise non-identical portions of the content data; and wherein the wireless communications system is arranged to support a wireless local area network. a wireless user terminal comprising a plurality of antenna elements (202, 204, 206, 208), each antenna element being arranged to communicate with a different base station of a plurality of base stations (210, 212, 214, 216) using a respective plurality of simultaneous communications links to receive content data; and means arranged to distribute content data units between said plurality of simultaneous communications links, wherein the content data units borne by each of the plurality of simultaneous communications links comprise non-identical portions of the content data; and wherein the wireless communications system is arranged to support a wireless local area network.
An apparatus for storing and dispensing a pen needle for an injection device, the apparatus comprising: a packaging assembly including an outer cover, the outer cover having a hub portion, a needle portion disposed at a distal end of the hub portion, and a flange disposed at a proximal end of the hub portion, the hub portion having internally protruding structures for engaging a hub of a pen needle; characterized in that the hub portion is adapted to be sufficiently pliable for a user to press gripping portions of the hub portion so that corresponding internal portions of the hub portion between the internally protruding structures contact the pen needle hub to increase a surface area contact between the outer cover and a pen needle therein. a packaging assembly including an outer cover, the outer cover having a hub portion, a needle portion disposed at a distal end of the hub portion, and a flange disposed at a proximal end of the hub portion, the hub portion having internally protruding structures for engaging a hub of a pen needle; characterized in that the hub portion is adapted to be sufficiently pliable for a user to press gripping portions of the hub portion so that corresponding internal portions of the hub portion between the internally protruding structures contact the pen needle hub to increase a surface area contact between the outer cover and a pen needle therein.
A method for identifying an individual with active crescentic glomerulonephritis, the method comprising the step of assaying a biological sample obtained from the individual for the presence of an elevated level of soluble CD 163 (sCD 163) when compared to levels in a reference sample, wherein an elevated level of sCD163 when compared to levels in a reference sample correlates with the individual having active CGN, wherein the biological sample is urine, and the CGN is caused by small vessel vasculitis or anti-glomerular basement membrane (anti-GBM) antibody disease.
A multimode Reed-Solomon forward error correction, RS FEC encoder, wherein the multimode RS FEC encoder has a total of (L+1) RS (N i, K) operating modes, i=0, 1,..., and L, L is an integer greater than 0, and N i represents a length of an RS FEC code word in a corresponding operating mode; and N i =N 0 +i × P, N 0 represents a shortest length of an RS FEC code word in the multimode RS FEC encoder, P is a positive integer, and K represents a quantity of information symbols in the RS FEC code word, wherein the multimode RS FEC encoder comprises a control unit, an initial encoding unit, and L incremental encoding units; the control unit is configured to control a unit and a module that need to be enabled when the multimode RS FEC encoder performs encoding, and is specifically configured to enable only the initial encoding unit in an RS (N 0, K) operating mode to perform encoding or enable only the initial encoding unit and first j incremental encoding units in the L incremental encoding units in an RS (N j, K) operating mode to perform encoding, wherein j is an integer, and 1≤j≤L; the initial encoding unit is configured to perform RS FEC encoding on an information polynomial m(x) corresponding to an information symbol of the multimode RS FEC encoder, to obtain a quotient D 0 (x) and a remainder R 0 (x) of a polynomial x N 0 -K m(x) relative to g 0 (x), wherein g 0 (x) is a generator polynomial in the RS (N 0, K) operating mode; and an (h+1) th incremental encoding unit in the L incremental encoding units is configured to obtain, according to a quotient D h (x) and a remainder R h (x), a quotient D h+1 (x) and a remainder R h+1 (x) of a polynomial x N h+1 -K m(x) relative to g h+1 (x), wherein g h+1 (x) is a generator polynomial in an RS (N h+1, K) operating mode, h is an integer, and 0≤h≤L-1. the control unit is configured to control a unit and a module that need to be enabled when the multimode RS FEC encoder performs encoding, and is specifically configured to enable only the initial encoding unit in an RS (N 0, K) operating mode to perform encoding or enable only the initial encoding unit and first j incremental encoding units in the L incremental encoding units in an RS (N j, K) operating mode to perform encoding, wherein j is an integer, and 1≤j≤L; the initial encoding unit is configured to perform RS FEC encoding on an information polynomial m(x) corresponding to an information symbol of the multimode RS FEC encoder, to obtain a quotient D 0 (x) and a remainder R 0 (x) of a polynomial x N 0 -K m(x) relative to g 0 (x), wherein g 0 (x) is a generator polynomial in the RS (N 0, K) operating mode; and an (h+1) th incremental encoding unit in the L incremental encoding units is configured to obtain, according to a quotient D h (x) and a remainder R h (x), a quotient D h+1 (x) and a remainder R h+1 (x) of a polynomial x N h+1 -K m(x) relative to g h+1 (x), wherein g h+1 (x) is a generator polynomial in an RS (N h+1, K) operating mode, h is an integer, and 0≤h≤L-1.
Process for producing a polyester carbonate by melt transesterification, comprising the steps of: (i) reacting at least one linear aliphatic dicarboxylic acid and/or at least one cycloaliphatic dicarboxylic acid with at least one diaryl carbonate in the presence of at least one aliphatic dihydroxy compound and in the presence of a first catalyst and/or a second catalyst, (ii) subjecting the mixture obtained from process step (i) to a further condensation in the presence of the first catalyst and the second catalyst, at least with removal of the chemical compound eliminated in the condensation, wherein the first catalyst is at least one tertiary nitrogen base, wherein the second catalyst is at least one basic alkali metal salt, and wherein the proportion of alkali metal cations in process step (ii) is 0.0008% to 0.0030% by weight based on all components used in process step (i). (i) reacting at least one linear aliphatic dicarboxylic acid and/or at least one cycloaliphatic dicarboxylic acid with at least one diaryl carbonate in the presence of at least one aliphatic dihydroxy compound and in the presence of a first catalyst and/or a second catalyst, (ii) subjecting the mixture obtained from process step (i) to a further condensation in the presence of the first catalyst and the second catalyst, at least with removal of the chemical compound eliminated in the condensation, wherein the first catalyst is at least one tertiary nitrogen base, wherein the second catalyst is at least one basic alkali metal salt, and wherein the proportion of alkali metal cations in process step (ii) is 0.0008% to 0.0030% by weight based on all components used in process step (i).
A method for resource sharing, performed by a central unit, CU, of a second network node, the second network node adapting a second radio access technology, RAT, the method comprising: receiving, from a first network node adapting a first RAT, a resource coordination message which indicates a first cell served by the first network node; coordinating at least one resource allocation for at least one second cell served by at least one distributed unit, DU, of the second network node based on the resource coordination message; aggregating the at least one resource allocation with at least one additional resource allocation associated with at least one additional cell served by at least one additional DU of the second network node into a resource allocation message; and forwarding, to the first network node, the resource allocation message, the resource allocation message comprising an identity of the at least one second cell and the at least one additional cell and the corresponding resource allocations for the second cell and the at least one additional cell. receiving, from a first network node adapting a first RAT, a resource coordination message which indicates a first cell served by the first network node; coordinating at least one resource allocation for at least one second cell served by at least one distributed unit, DU, of the second network node based on the resource coordination message; aggregating the at least one resource allocation with at least one additional resource allocation associated with at least one additional cell served by at least one additional DU of the second network node into a resource allocation message; and forwarding, to the first network node, the resource allocation message, the resource allocation message comprising an identity of the at least one second cell and the at least one additional cell and the corresponding resource allocations for the second cell and the at least one additional cell.
Refrigerator with an interior for storing chilled and/or frozen items and, disposed in the interior, an ice maker which is cooled via a refrigerant circuit, said refrigerant circuit having a cold generator for cooling the refrigerant, characterised in that the refrigerant circuit has a bypass line via which refrigerant can bypass the cold generator.
A process for removing acid gases from a water vapour-containing fluid stream, which acid gases comprise at least CO 2, the process comprising a) providing an absorption liquid which is incompletely miscible with water, the absorption liquid comprising a nitrogenous base and a weak acid; b) treating the fluid stream in an absorption zone with the absorption liquid to obtain an acid gas-depleted treated fluid stream and an acid gas-loaded absorption liquid; c) directing the treated fluid stream to a rehydration zone and treating the fluid stream with an aqueous liquid to volatilize at least part of the aqueous liquid; d) regenerating the loaded absorption liquid to expel the acid gases at least in part and obtain a regenerated absorption liquid, and directing the regenerated absorption liquid to step b); and e) separating, from the absorption liquid, an aqueous liquid that has condensed in the absorption zone, and directing the aqueous liquid to step c), wherein separating the aqueous liquid comprises subjecting the loaded absorption liquid to liquid-liquid phase separation to separate the aqueous liquid therefrom. a) providing an absorption liquid which is incompletely miscible with water, the absorption liquid comprising a nitrogenous base and a weak acid; b) treating the fluid stream in an absorption zone with the absorption liquid to obtain an acid gas-depleted treated fluid stream and an acid gas-loaded absorption liquid; c) directing the treated fluid stream to a rehydration zone and treating the fluid stream with an aqueous liquid to volatilize at least part of the aqueous liquid; d) regenerating the loaded absorption liquid to expel the acid gases at least in part and obtain a regenerated absorption liquid, and directing the regenerated absorption liquid to step b); and e) separating, from the absorption liquid, an aqueous liquid that has condensed in the absorption zone, and directing the aqueous liquid to step c), wherein separating the aqueous liquid comprises subjecting the loaded absorption liquid to liquid-liquid phase separation to separate the aqueous liquid therefrom.
A memory chip controller comprising: one or more substrates; and logic coupled to the one or more substrates, wherein the logic is at least partly implemented in one or more of configurable or fixed-functionality hardware, and the logic coupled to the one or more substrates is to: apply a first set of control signals to even bitlines in NAND memory, wherein the first set of control signals comprise a pre-charge signal to activate or deactivate pre-charge transistors coupled to the even bitlines; sense voltage levels of the even bitlines during an even sensing time period in which the pre-charge transistors are deactivated; apply a second set of control signals to odd bitlines in the NAND memory; and sense voltage levels of the odd bitlines during an odd sensing time period, wherein the second set of control signals are applied after expiration of a stagger time period between the even sensing time period and the odd sensing time period, and wherein the pre-charge transistors are activated at a time within the stagger time period. one or more substrates; and logic coupled to the one or more substrates, wherein the logic is at least partly implemented in one or more of configurable or fixed-functionality hardware, and the logic coupled to the one or more substrates is to: apply a first set of control signals to even bitlines in NAND memory, wherein the first set of control signals comprise a pre-charge signal to activate or deactivate pre-charge transistors coupled to the even bitlines; sense voltage levels of the even bitlines during an even sensing time period in which the pre-charge transistors are deactivated; apply a second set of control signals to odd bitlines in the NAND memory; and sense voltage levels of the odd bitlines during an odd sensing time period, wherein the second set of control signals are applied after expiration of a stagger time period between the even sensing time period and the odd sensing time period, and wherein the pre-charge transistors are activated at a time within the stagger time period. apply a first set of control signals to even bitlines in NAND memory, wherein the first set of control signals comprise a pre-charge signal to activate or deactivate pre-charge transistors coupled to the even bitlines; sense voltage levels of the even bitlines during an even sensing time period in which the pre-charge transistors are deactivated; apply a second set of control signals to odd bitlines in the NAND memory; and sense voltage levels of the odd bitlines during an odd sensing time period, wherein the second set of control signals are applied after expiration of a stagger time period between the even sensing time period and the odd sensing time period, and wherein the pre-charge transistors are activated at a time within the stagger time period.
A method of providing a document to a plurality of clients for realtime editing, the method comprising: at a server having one or more processors and memory storing one or more programs for execution by the one or more processors to perform the method, sending to the plurality of clients copies of the document for realtime editing; obtaining respective changesets for two or more respective clients in the plurality of clients, said changesets being meant to be applied to the same version of a text document, wherein a respective changeset: represents one or more changes to a respective copy of the document at a respective client, and generating a result changeset in accordance with the respective changesets; sending the result changeset to the plurality of clients for updating the respective copies of the document at the plurality of clients except for the respective clients from which the respective changesets were obtained; characterized in that obtaining respective changesets comprises merging a single changeset from two changesets based on rules designed to preserve the intents of the respective users. at a server having one or more processors and memory storing one or more programs for execution by the one or more processors to perform the method, sending to the plurality of clients copies of the document for realtime editing; obtaining respective changesets for two or more respective clients in the plurality of clients, said changesets being meant to be applied to the same version of a text document, wherein a respective changeset: represents one or more changes to a respective copy of the document at a respective client, and generating a result changeset in accordance with the respective changesets; sending the result changeset to the plurality of clients for updating the respective copies of the document at the plurality of clients except for the respective clients from which the respective changesets were obtained; characterized in that obtaining respective changesets comprises merging a single changeset from two changesets based on rules designed to preserve the intents of the respective users.