mhurhangee/patent-ind-claim-en huggingface dataset:
A method of performing a sizing analysis, the method comprising: providing an archival sizing ladder , the archival sizing ladder obtained by separating and detecting a standard sizing ladder under known conditions in a device having the same configuration as the device that will be used to separate and fractionate a sample, and containing components of a known size and relating component size to migration time; measuring migration times for a standard sizing ladder through a separation channel in a first fractionation device, the separation channel having a quantity of a first batch of sieving gel disposed therein, thereby providing a first sieving gel sizing ladder , the first sieving gel sizing ladder including first sieving gel ladder migration times; determining a ratio of the first sieving gel sizing ladder migration times to the archival ladder migration times, thereby providing a first correction ; encoding the first correction into a first information storage means ; attaching the first information storage means to a second fractionation device, a separation channel of the second fractionation device having a quantity of the first batch of sieving gel disposed therein ; reading the first correction encoded into the information storage means ; applying the first correction to each archival ladder migration time, thereby providing a first corrected archival sizing ladder ; and performing a sizing analysis of separated components of a sample disposed in the second fractionation device using the first corrected archival sizing ladder . providing an archival sizing ladder , the archival sizing ladder obtained by separating and detecting a standard sizing ladder under known conditions in a device having the same configuration as the device that will be used to separate and fractionate a sample, and containing components of a known size and relating component size to migration time; measuring migration times for a standard sizing ladder through a separation channel in a first fractionation device, the separation channel having a quantity of a first batch of sieving gel disposed therein, thereby providing a first sieving gel sizing ladder , the first sieving gel sizing ladder including first sieving gel ladder migration times; determining a ratio of the first sieving gel sizing ladder migration times to the archival ladder migration times, thereby providing a first correction ; encoding the first correction into a first information storage means ; attaching the first information storage means to a second fractionation device, a separation channel of the second fractionation device having a quantity of the first batch of sieving gel disposed therein ; reading the first correction encoded into the information storage means ; applying the first correction to each archival ladder migration time, thereby providing a first corrected archival sizing ladder ; and performing a sizing analysis of separated components of a sample disposed in the second fractionation device using the first corrected archival sizing ladder .
A method of railway track sanding implemented by an on-board electronic sanding initiation device on a railway vehicle comprising at least one bogie , said at least one bogie comprising a bogie frame on which at least one sanding plate is mounted, with at least one transverse axle is connected to the bogie frame , the electronic device comprising a braking F control input interface , K characterised in that the method comprises an automatic initiation of railway track sanding, by the at least one sanding plate , of the at least one bogie if at least three conditions (A, B, C) are all met: - at least one axle of said at least one bogie is stopped (A), - the speed (B) of the wheels of said at least one axle is above a predetermined non-zero speed threshold, - the value (C) of a brake command, received via the input interface , is greater than a predetermined brake command threshold (P brake_without_clutching ). - at least one axle of said at least one bogie is stopped (A), - the speed (B) of the wheels of said at least one axle is above a predetermined non-zero speed threshold, - the value (C) of a brake command, received via the input interface , is greater than a predetermined brake command threshold (P brake_without_clutching ).
A remote tractor control system, comprising a hand held remote control unit having a plurality of command buttons (16, 18,...,32) including buttons (18,...,32) for raising or lowering a three point hitch on a tractor and creeping the tractor in forward or reverse, and an enable button that must be actuated to wirelessly transmit signals from each of the plurality of command buttons (18,...,32) to a remote receiver module on the tractor, and a rear switch module mounted on a rear fender of the tractor where the operator may use it while off the tractor also having buttons (42,... ,48) for raising or lowering the three point hitch and creeping in forward or reverse, the remote receiver module disabling the rear switch module when the enable button on the hand held remote control unit is actuated, wherein the hand held remote control unit includes a display that shows information about condition of the tractor when the enable button is not actuated.
A method, performed by a network node , for managing access, by a device , to a blockchain managed by a network , comprising the network node , wherein the method comprises: receiving (A010), from the device , a first request for creation of a first account for enabling the device to access the blockchain, wherein the first request comprises information relating to a user of the device and a first hash value, creating (A020), based on the information and the first hash value, the first account on the blockchain, whereby a first address of the first account is obtained, transmitting (A030), to the device , the first address of the first account on the blockchain, receiving (A070), from the device , a second request for recovering account information of the first account, wherein the second request comprises the first address of the first account, a source value from which the first hash value is derived and a second address of a second account, generating (A080) a second hash value based on the source value, and when the first hash value is equal to the second hash value, initiating (A090) transfer of the account information of the first account to the second account, identified by the second address. receiving (A010), from the device , a first request for creation of a first account for enabling the device to access the blockchain, wherein the first request comprises information relating to a user of the device and a first hash value, creating (A020), based on the information and the first hash value, the first account on the blockchain, whereby a first address of the first account is obtained, transmitting (A030), to the device , the first address of the first account on the blockchain, receiving (A070), from the device , a second request for recovering account information of the first account, wherein the second request comprises the first address of the first account, a source value from which the first hash value is derived and a second address of a second account, generating (A080) a second hash value based on the source value, and when the first hash value is equal to the second hash value, initiating (A090) transfer of the account information of the first account to the second account, identified by the second address.
A sterilizable adapter for a cell culture vessel comprising • a body • an upper connection and/or a lid, • at least one port , • a ventilation passage , • a lower internal connection suitable for connection to a cell culture vessel and • at least one cell retention device , which holds back the cells while allowing other substances such as cell culture medium to be removed from the cell culture vessel and which is connected to at least one port, and wherein the cell culture vessel is a shake flask, the sterilizable adapter is a sterilizable adapter for a small-scale cell culture, with a cultivation volume of 1 ml to 500 ml and wherein the at least one cell retention device is a gravity cell settler and is inclined with an angle between 60° and 80° with respect to a horizontal line . • a body • an upper connection and/or a lid, • at least one port , • a ventilation passage , • a lower internal connection suitable for connection to a cell culture vessel and • at least one cell retention device , which holds back the cells while allowing other substances such as cell culture medium to be removed from the cell culture vessel and which is connected to at least one port,
A surgical stapling instrument for applying one or more surgical staples to tissue, comprising: a handle assembly ; a shaft assembly coupled to said handle assembly and movably supporting a trocar assembly therein; a stapling head assembly operably coupled to said shaft assembly , said stapling head assembly comprising: a staple cartridge for supporting one or more surgical staples ; a staple driver for engaging and driving the staples from said staple cartridge ; and a knife movably supported in said stapling head assembly ; a drive system for applying drive motions to said staple driver and said knife ; an anvil removably attachable to a distal end of said trocar assembly ; an illumination device attached to said anvil , said illumination device electrically connected to a source of electrical current ; and at least one sensor electrically coupled to said source of electrical current and said illumination device ; characterized in that said at least one sensor is on one of said anvil and said trocar assembly and is electrically coupled such that when said anvil is attached to said distal end portion of said trocar assembly , electrical current flows from said source of electrical current to said illumination device . a handle assembly ; a shaft assembly coupled to said handle assembly and movably supporting a trocar assembly therein; a stapling head assembly operably coupled to said shaft assembly , said stapling head assembly comprising: a staple cartridge for supporting one or more surgical staples ; a staple driver for engaging and driving the staples from said staple cartridge ; and a knife movably supported in said stapling head assembly ; a staple cartridge for supporting one or more surgical staples ; a staple driver for engaging and driving the staples from said staple cartridge ; and a knife movably supported in said stapling head assembly ; a drive system for applying drive motions to said staple driver and said knife ; an anvil removably attachable to a distal end of said trocar assembly ; an illumination device attached to said anvil , said illumination device electrically connected to a source of electrical current ; and at least one sensor electrically coupled to said source of electrical current and said illumination device ; characterized in that said at least one sensor is on one of said anvil and said trocar assembly and is electrically coupled such that when said anvil is attached to said distal end portion of said trocar assembly , electrical current flows from said source of electrical current to said illumination device .
A porous formed article which comprises an organic polymer resin and an inorganic ion absorbing material and has communicating pores opening at an outer surface, wherein the porous formed article has inner cavities in the interior of fibrils forming communicating pores, at least a part of said cavities opens at the surface of the fibrils, and the inorganic ion absorbing material is supported on the outer surface of said fibrils and on the surface of said inner cavities, wherein fibrils refer to a fibrous structure which is made from the organic polymer resin and forms a three-dimensionally continuous network structure on the outer surface of the inside of the formed article, wherein the fibrils comprise a water-soluble polymer, which is polyvinylpyrrolidone with a weight average molecular weight of 2,000 to 1,000,000, and wherein the water-soluble polymer is contained in the formed article in an amount of 0.001 to 1%, wherein the content of a water-soluble polymer in the formed article refers to a value represented by the following expression: content % = Ws / Wd × 100 wherein Wd (g) is defined as a weight of the formed article in a state of having been dried, and Ws(g) is defined as the weight of the water-soluble polymer extracted from the formed article.
A method of forming an ultrafine hydrous kaolin clay, the method comprising: (i) refining a tertiary, fine crude kaolin clay having a first alkali content, to form an ultrafine, hydrous kaolin stream having particles wherein at least 90% of the particles by weight have a diameter of 1 micron or less, wherein refining the tertiary, fine crude kaolin clay comprises selective flocculation and ozonating, wherein the ultrafine hydrous kaolin stream has a second alkali content that is less than the first alkali content, particles wherein at least 70% by weight have a diameter of 0.3 micron or less, and an average crystallite size of 400 Å or less; and (ii) refining the ultrafine hydrous kaolin stream into an ultrafine hydrous kaolin clay using flocculation, bleaching, filtering, re-dispersing, spray drying, pulverizing, or combinations thereof, and wherein the ultrafine hydrous kaolin clay has a total alkali content of 0.2% or less by weight of the ultrafine hydrous kaolin clay. (i) refining a tertiary, fine crude kaolin clay having a first alkali content, to form an ultrafine, hydrous kaolin stream having particles wherein at least 90% of the particles by weight have a diameter of 1 micron or less, wherein refining the tertiary, fine crude kaolin clay comprises selective flocculation and ozonating, wherein the ultrafine hydrous kaolin stream has a second alkali content that is less than the first alkali content, particles wherein at least 70% by weight have a diameter of 0.3 micron or less, and an average crystallite size of 400 Å or less; and (ii) refining the ultrafine hydrous kaolin stream into an ultrafine hydrous kaolin clay using flocculation, bleaching, filtering, re-dispersing, spray drying, pulverizing, or combinations thereof, and wherein the ultrafine hydrous kaolin clay has a total alkali content of 0.2% or less by weight of the ultrafine hydrous kaolin clay.
Pipe interrupter comprising a first pipe section with a first connecting piece , a second pipe section with a second connection piece , a free flow section adjoining the first pipe section and the second pipe section , and a discharge section adjoining the free flow section , wherein the first pipe section has at least one first outlet opening and wherein the second pipe section has at least one second outlet opening , wherein the at least one first outlet opening extends around the at least one second outlet opening in such a way that a water curtain (W) can be provided by water emerging from the at least one first outlet opening and in that the water emerging from the at least one second outlet opening flows within the water curtain (W). a first pipe section with a first connecting piece , a second pipe section with a second connection piece , a free flow section adjoining the first pipe section and the second pipe section , and a discharge section adjoining the free flow section , wherein the first pipe section has at least one first outlet opening and wherein the second pipe section has at least one second outlet opening , wherein the at least one first outlet opening extends around the at least one second outlet opening in such a way that a water curtain (W) can be provided by water emerging from the at least one first outlet opening and in that the water emerging from the at least one second outlet opening flows within the water curtain (W).
An oral enteric high-dose tablet comprising as an active ingredient 1000mg of mesalazine or a pharmaceutically acceptable salt thereof and at least one excipient that does not contain any matrix-forming ingredients, wherein the mass of the high-dose tablet is at most 35% higher than the mass of the active ingredient and the at least one excipient consists of polyvinylpyrrolidone, wherein the high-dose tablet has at least one film coating that comprises an enteric polymer and that makes up less than 10% by weight based on the total weight of the high-dose tablet.
Method for obtaining a fibrous preparation for manufacturing a paper having significant water repellency and opacity in the dry or wet state characterised in that it includes at least the following steps: - suspending fibres in water, - adding calcium salts to said fibres, - adding a source of carbonate salts in the form of an aqueous solution, - stirring the resulting mixture for a time sufficient to allow calcium carbonate particles to be precipitated, - adding a solution of fatty acid salts heated to a temperature which corresponds to the micellisation temperature of said fatty acid salts and takes into account the critical micellar concentration of said fatty acid salts, - stirring the mixture thus obtained for a time sufficient to allow the fatty acids to be absorbed at the surface of the calcium carbonate particles and to obtain the desired fibrous preparation. - suspending fibres in water, - adding calcium salts to said fibres, - adding a source of carbonate salts in the form of an aqueous solution, - stirring the resulting mixture for a time sufficient to allow calcium carbonate particles to be precipitated, - adding a solution of fatty acid salts heated to a temperature which corresponds to the micellisation temperature of said fatty acid salts and takes into account the critical micellar concentration of said fatty acid salts, - stirring the mixture thus obtained for a time sufficient to allow the fatty acids to be absorbed at the surface of the calcium carbonate particles and to obtain the desired fibrous preparation.
A device to verify tail rotor cross-head positioning comprising: a first portion including a positioning surface and a concave curvature configured, when in use, to align a convex curvature of the tail rotor cross-head on a first end of the first portion ; and a second portion having a first end connected to the first portion wherein the second portion comprises: a maximum surface arranged on a second end of the second portion at a first distance (L1) from the positioning surface on the first portion , and a minimum surface arranged on the second end of the second portion at a second distance (L2) from the positioning surface on the first portion , wherein the first distance (L1) is greater than the second distance (L2), and wherein the maximum surface that is at the first distance (L1) from the positioning surface on the first portion and the minimum surface that is at the second distance (L2) from the positioning surface on the first portion are both parallel to the positioning surface on the first portion . a first portion including a positioning surface and a concave curvature configured, when in use, to align a convex curvature of the tail rotor cross-head on a first end of the first portion ; and a second portion having a first end connected to the first portion wherein the second portion comprises: a maximum surface arranged on a second end of the second portion at a first distance (L1) from the positioning surface on the first portion , and a minimum surface arranged on the second end of the second portion at a second distance (L2) from the positioning surface on the first portion , a maximum surface arranged on a second end of the second portion at a first distance (L1) from the positioning surface on the first portion , and a minimum surface arranged on the second end of the second portion at a second distance (L2) from the positioning surface on the first portion , wherein the first distance (L1) is greater than the second distance (L2), and wherein the maximum surface that is at the first distance (L1) from the positioning surface on the first portion and the minimum surface that is at the second distance (L2) from the positioning surface on the first portion are both parallel to the positioning surface on the first portion .
A method for measuring optical properties of a target comprising: providing a display screen ; illuminating the target with an illumination area on the display screen, wherein the target is in contact with the display screen ; providing a sensor positioned behind the display screen to receive light reflected from the target and transmitted back through the display screen ; analysing signals from the sensor during illumination to determine the optical properties of the target; characterized by : varying the size of the illumination area; wherein analysing signals from the sensor comprises comparing signals detected for each size of the illumination area. providing a display screen ; illuminating the target with an illumination area on the display screen, wherein the target is in contact with the display screen ; providing a sensor positioned behind the display screen to receive light reflected from the target and transmitted back through the display screen ; analysing signals from the sensor during illumination to determine the optical properties of the target; characterized by : varying the size of the illumination area; wherein analysing signals from the sensor comprises comparing signals detected for each size of the illumination area.
A method for determining a degree of damage to hair , comprising: while exposing a hair sample of the hair to UV light , recording light emitted by the hair sample; determining a fluorescence intensity on the basis of the recorded light; and determining the degree of damage to the hair, taking into account the fluorescence intensity of the hair sample, wherein the degree of damage is determined using a mathematical model, wherein the mathematical model is created by means of a method from a group of methods, wherein the group of methods comprises: linear or multi-linear regression, polynomial regression, neural network methods, support vector machine methods, and decision tree methods, wherein the mathematical model is created by measuring standard hair samples which have a determined cysteic acid content, which model then calculates the cysteic acid content, and thus the degree of damage, in the hair sample on the basis of the recorded light and the fluorescence intensity determined therefrom. while exposing a hair sample of the hair to UV light , recording light emitted by the hair sample; determining a fluorescence intensity on the basis of the recorded light; and determining the degree of damage to the hair, taking into account the fluorescence intensity of the hair sample, wherein the degree of damage is determined using a mathematical model, wherein the mathematical model is created by means of a method from a group of methods, wherein the group of methods comprises: linear or multi-linear regression, polynomial regression, neural network methods, support vector machine methods, and decision tree methods, wherein the mathematical model is created by measuring standard hair samples which have a determined cysteic acid content, which model then calculates the cysteic acid content, and thus the degree of damage, in the hair sample on the basis of the recorded light and the fluorescence intensity determined therefrom. linear or multi-linear regression, polynomial regression, neural network methods, support vector machine methods, and decision tree methods, wherein the mathematical model is created by measuring standard hair samples which have a determined cysteic acid content, which model then calculates the cysteic acid content, and thus the degree of damage, in the hair sample on the basis of the recorded light and the fluorescence intensity determined therefrom.