mhurhangee/patent-ind-claim-en huggingface dataset:
A method for halogenating an isobutene-isoprene copolymer, the method comprising: (S1) preparing a mixture solution comprising an isobutene-isoprene copolymer, an organic hypochlorite and a hydrocarbon solvent, wherein step (S1) comprises mixing the isobutene-isoprene copolymer, the organic hypochlorite and the hydrocarbon solvent and stirring for 10 seconds to 60 minutes; and (S2) reacting the mixture solution with a halogenating agent to halogenate the isobutene-isoprene copolymer. (S1) preparing a mixture solution comprising an isobutene-isoprene copolymer, an organic hypochlorite and a hydrocarbon solvent, wherein step (S1) comprises mixing the isobutene-isoprene copolymer, the organic hypochlorite and the hydrocarbon solvent and stirring for 10 seconds to 60 minutes; and (S2) reacting the mixture solution with a halogenating agent to halogenate the isobutene-isoprene copolymer.
A method for determining cleanliness of a sample using an apparatus comprising: a chamber having a sample holder for holding a sample in said chamber; a HEPA filter unit with a blower, said blower adapted to supply a constant flow of clean air into the chamber with the help of the blower; a nozzle set located in said camber und configured to direct a stream of clean air onto the sample, wherein said stream of clean air is operated through a frictionless device, to avoid generation of particles; an electrostatic discharge device, ESD, coupled with said nozzle set, for generating ionized air; and a particle counter , coupled with the chamber, configured to count particles released from the sample; the method comprising: a) providing a continuous flow of clean air through a HEPA filter unit into a chamber; b) taking a reference reading of a particle count while said chamber is empty; c) introducing said sample into the chamber; d) taking a first reading of a particles count of said sample in said chamber to determine a fraction of loose particles present in the sample; e) directing a stream of at least one of clean air and ionized air over said sample; f) taking a second reading of particles count released from said sample and g) calculating a difference between the first reading and the second reading thereby determining said cleanliness of said sample based upon said difference, or between the three readings. a chamber having a sample holder for holding a sample in said chamber; a HEPA filter unit with a blower, said blower adapted to supply a constant flow of clean air into the chamber with the help of the blower; a nozzle set located in said camber und configured to direct a stream of clean air onto the sample, wherein said stream of clean air is operated through a frictionless device, to avoid generation of particles; an electrostatic discharge device, ESD, coupled with said nozzle set, for generating ionized air; and a particle counter , coupled with the chamber, configured to count particles released from the sample; a) providing a continuous flow of clean air through a HEPA filter unit into a chamber; b) taking a reference reading of a particle count while said chamber is empty; c) introducing said sample into the chamber; d) taking a first reading of a particles count of said sample in said chamber to determine a fraction of loose particles present in the sample; e) directing a stream of at least one of clean air and ionized air over said sample; f) taking a second reading of particles count released from said sample and g) calculating a difference between the first reading and the second reading thereby determining said cleanliness of said sample based upon said difference, or between the three readings.
Bumper assembly for a motor vehicle, comprising a cross-member and two impact absorbers , wherein the cross-member has a central portion between two lateral portions arranged in the extension of the impact absorbers , and in which the central portion of the cross-member is formed jointly by a first half-shell and a second half-shell configured to generate a hollow body once assembled, characterized in that the first half-shell and the second half-shell respectively comprise an inner face facing the other half-shell and delimited by peripheral edges , the first half-shell and the second half-shell being joined to one another in a peripheral connection surface at the peripheral edges of their interior faces.
Tyre for a vehicle, comprising: • a tread , • a crown reinforcement radially on the inside of the tread and comprising a working reinforcement , • the working reinforcement comprising at least two working layers , each working layer having a linear breaking strength Rct, each working layer comprising metal reinforcing elements , • the metal reinforcing elements of the working layers comprising individual metal threads or monofilaments, • a single carcass layer that is radially on the inside of the crown reinforcement and connects together two beads that are intended to come into contact with a rim and comprise textile reinforcing elements, the carcass layer having a linear breaking strength Rcc, the linear breaking strength of a layer Rc being defined by Rc=Fr ∗ d, where Fr is the tensile breaking force of the reinforcing elements of the layer in question, and d is the density of the reinforcing elements of the layer in question, measured around the radially outermost point of the layer in question and corresponding to the mean number of reinforcing elements over a 10 cm width of the layer in question, this width being measured perpendicularly to the direction of the reinforcing elements of the layer in question. characterized in that the linear breaking strength Rct of each working layer is at least equal to 300 daN/cm and at most equal to 400 daN/cm, in that the textile reinforcing elements of the carcass layer have an elongation at break Acc at least equal to 15%, and in that , if the tyre has a nominal width at least equal to 135 mm and at most equal to 235 mm, of the carcass layer has a linear breaking strength Rcc at least equal to 190 daN/cm, and if the tyre has a nominal width at least equal to 245 mm, the carcass layer has a linear breaking strength Rcc at least equal to 220 daN/cm, the breaking strength and elongation at break measurements being carried out according to the standard ISO 6892 of 1984 for steel reinforcing elements. • a tread , • a crown reinforcement radially on the inside of the tread and comprising a working reinforcement , • the working reinforcement comprising at least two working layers , each working layer having a linear breaking strength Rct, each working layer comprising metal reinforcing elements , • the metal reinforcing elements of the working layers comprising individual metal threads or monofilaments, • a single carcass layer that is radially on the inside of the crown reinforcement and connects together two beads that are intended to come into contact with a rim and comprise textile reinforcing elements, the carcass layer having a linear breaking strength Rcc,
A computer implemented method for detection of an impedance shift, comprising: determining a pre-shift set of fiducials that includes for each fiducial pre-shift fiducial impedance based location coordinates and pre-shift fiducial magnetic based location coordinates, the pre-shift fiducial impedance based location coordinates and the pre-shift fiducial magnetic location coordinates being associated with a medical device; determining a post-shift set of fiducials that includes for each fiducial a post-shift fiducial impedance location coordinates and post-shift fiducial magnetic location coordinates, the post-shift fiducial impedance location coordinates and the post-shift fiducial magnetic location coordinates being associated with the medical device; fitting a pre-shift transformation to the pre-shift set of fiducials and a post-shift transformation to the post-shift set of fiducials, wherein the pre-shift and post-shift transformations are based on magnetic-impedance mapping for mapping the magnetic based coordinates to corresponding impedance based coordinates; determining that an impedance shift has occurred between the pre-shift set of fiducials and the post-shift set of fiducials, if the pre-shift transformation differs from the post-shift transformation by a particular threshold distance at a current location of the medical device; and generating an indication of a determined impedance shift. determining a pre-shift set of fiducials that includes for each fiducial pre-shift fiducial impedance based location coordinates and pre-shift fiducial magnetic based location coordinates, the pre-shift fiducial impedance based location coordinates and the pre-shift fiducial magnetic location coordinates being associated with a medical device; determining a post-shift set of fiducials that includes for each fiducial a post-shift fiducial impedance location coordinates and post-shift fiducial magnetic location coordinates, the post-shift fiducial impedance location coordinates and the post-shift fiducial magnetic location coordinates being associated with the medical device; fitting a pre-shift transformation to the pre-shift set of fiducials and a post-shift transformation to the post-shift set of fiducials, wherein the pre-shift and post-shift transformations are based on magnetic-impedance mapping for mapping the magnetic based coordinates to corresponding impedance based coordinates; determining that an impedance shift has occurred between the pre-shift set of fiducials and the post-shift set of fiducials, if the pre-shift transformation differs from the post-shift transformation by a particular threshold distance at a current location of the medical device; and generating an indication of a determined impedance shift.
Flux-processing system for processing flux used for pretreating steel, having a sedimentation container and a flux bath, wherein the flux is taken off the flux bath and is transferred into the sedimentation container and an oxidising agent is added to the flux , such that iron hydroxides are sedimented and the processed flux is supplied back to the flux bath, characterised in that in the sedimentation container a flux outlet of a flux supply line is arranged below a filling level surface of the sedimentation container and the flux exits the latter in the form of an open jet and in that in the outlet region of the flux an oxidising agent outlet of the oxidising agent is arranged, and in that an opening of the oxidising agent outlet is arranged below an opening of the flux outlet , such that the oxidising agent outlet and flux outlet are arranged below a filling level surface of the sedimentation container .
An agricultural work machine comprising: a communication system configured to receive a map that includes values of a cut height characteristic corresponding to different locations in a field; a geographic position sensor configured to detect a geographic location of the agricultural work machine ; an in-situ sensor configured to detect a value of an agricultural characteristic corresponding to the geographic location; a predictive map generator configured to generate a functional predictive agricultural map of the field that maps predictive control values to the different geographic locations in the field based on the values of the cut height characteristic in the map and based on the value of the agricultural characteristic; a controllable subsystem ; and a control system configured to generate a control signal to control the controllable subsystem based on the geographic location of the agricultural work machine and based on the control values in the functional predictive agricultural map. a communication system configured to receive a map that includes values of a cut height characteristic corresponding to different locations in a field; a geographic position sensor configured to detect a geographic location of the agricultural work machine ; an in-situ sensor configured to detect a value of an agricultural characteristic corresponding to the geographic location; a predictive map generator configured to generate a functional predictive agricultural map of the field that maps predictive control values to the different geographic locations in the field based on the values of the cut height characteristic in the map and based on the value of the agricultural characteristic; a controllable subsystem ; and a control system configured to generate a control signal to control the controllable subsystem based on the geographic location of the agricultural work machine and based on the control values in the functional predictive agricultural map.
A liquid distributing system for distributing liquids such as water or slurry on a field , said system comprising, a liquid conduit for being placed in a longitudinal direction on said field , pressurising means for pressurising a liquid in said liquid conduit , distributing means comprising drive means for moving said distributing means in said longitudinal direction, wherein said distributing means comprises tap means for tapping liquid from said liquid conduit and delivery means for distributing said liquid to said field , said distributing means further comprises conduit displacing means for displacing said liquid conduit in a direction transverse to said longitudinal direction on said field . characterised in that said liquid conduit comprises valves and wherein said tap means comprises valve control means for controlling said valves .
A balloon catheter (100; 3000; 3100; 3230; 3330; 3430; 3530) for obtaining pressure values related to gastric motility, - the balloon catheter suitable for delivery of one or more inflatable balloons to a stomach of a person via a nose of said person; - the balloon catheter comprising: a catheter , a first inflatable balloon (1; B1) and optionally a second inflatable balloon (B2), fixedly attached to said catheter ; - wherein an external diameter of the balloon catheter, when each of said balloons is deflated, is such that the balloon catheter can pass through a hole having a diameter of about 7.7 mm (23 French), - said catheter containing at least a first lumen which is fluidly coupled to the inside of the first balloon (1; B1) via at least one first opening (4; 3231; 3331; 3431; 3531) in the surface of the catheter; characterized in that : - the one or more balloons (1; B1, B2) are adapted to have an overall non-spherical shape, and for having: ∗ an outer diameter in the range from 4.0 to 7.0 cm and an effective length from 7.0 cm to 18.0 cm, or ∗ an outer diameter in the range from 4.0 to 7.0 cm and a total inner volume in the range from 90 ml to 330 ml, when each of said balloons is inflated by a pressure of 0.20 psi (or 1.379 kPa) in an environment of 20°C and 1013 mbar absent a counter-pressure; - and wherein each of said balloons (1; B1, B2) is made of a polyurethane material having a durometer in the range from 70 to 100 shore A, or a plastic material having a durometer in the range from 25 to 100 shore D, or a plastic material having a durometer in the range from 50 to 120 rockwell R. - the balloon catheter suitable for delivery of one or more inflatable balloons to a stomach of a person via a nose of said person; - the balloon catheter comprising: a catheter , a first inflatable balloon (1; B1) and optionally a second inflatable balloon (B2), fixedly attached to said catheter ; - wherein an external diameter of the balloon catheter, when each of said balloons is deflated, is such that the balloon catheter can pass through a hole having a diameter of about 7.7 mm (23 French), - said catheter containing at least a first lumen which is fluidly coupled to the inside of the first balloon (1; B1) via at least one first opening (4; 3231; 3331; 3431; 3531) in the surface of the catheter; - the one or more balloons (1; B1, B2) are adapted to have an overall non-spherical shape, and for having: ∗ an outer diameter in the range from 4.0 to 7.0 cm and an effective length from 7.0 cm to 18.0 cm, or ∗ an outer diameter in the range from 4.0 to 7.0 cm and a total inner volume in the range from 90 ml to 330 ml, ∗ an outer diameter in the range from 4.0 to 7.0 cm and an effective length from 7.0 cm to 18.0 cm, or ∗ an outer diameter in the range from 4.0 to 7.0 cm and a total inner volume in the range from 90 ml to 330 ml, - and wherein each of said balloons (1; B1, B2) is made of a polyurethane material having a durometer in the range from 70 to 100 shore A, or a plastic material having a durometer in the range from 25 to 100 shore D, or a plastic material having a durometer in the range from 50 to 120 rockwell R.
A receiving apparatus comprising: a broadcast reception unit configured to receive a broadcasting signal including a broadcast program and affiliate tag information, the broadcast program including at least one scene, the affiliated tag information including information that is transmitted temporally corresponding to each of at least one scene of the broadcast program and is necessary for acquiring affiliate information related to the broadcast program; an application controller configured to acquire an application that uses the affiliate information and an application information table, AIT, in which at least affiliate tag identification information for identifying the affiliate tag information including information for controlling an operation of the application and information for identifying the affiliate information used by the application is described, and to control the operation of the application based on the application information table; and an affiliate processing unit configured to acquire the affiliate tag information based on the affiliate tag identification information described in the application information table from the received broadcasting signal, acquire the affiliate information based on the affiliate tag information, and supply it to the application being executed. a broadcast reception unit configured to receive a broadcasting signal including a broadcast program and affiliate tag information, the broadcast program including at least one scene, the affiliated tag information including information that is transmitted temporally corresponding to each of at least one scene of the broadcast program and is necessary for acquiring affiliate information related to the broadcast program; an application controller configured to acquire an application that uses the affiliate information and an application information table, AIT, in which at least affiliate tag identification information for identifying the affiliate tag information including information for controlling an operation of the application and information for identifying the affiliate information used by the application is described, and to control the operation of the application based on the application information table; and an affiliate processing unit configured to acquire the affiliate tag information based on the affiliate tag identification information described in the application information table from the received broadcasting signal, acquire the affiliate information based on the affiliate tag information, and supply it to the application being executed. acquire the affiliate tag information based on the affiliate tag identification information described in the application information table from the received broadcasting signal, acquire the affiliate information based on the affiliate tag information, and supply it to the application being executed.
An apparatus, comprising: an electrical interface; and a processor , configured to: receive via the electrical interface one or more signals indicative of a position of a distal-end assembly of a medical probe within an organ of a patient; characterized by the processor being configured to: based on the received signals, determine an inner volume that is confined within the distal-end assembly; verify whether the distal-end assembly is deformed; and update an anatomical map of the organ to denote the inner volume of the distal-end assembly as belonging to an interior of the organ, wherein the processor is configured to denote the inner volume of the distal-end assembly as belonging to the interior of the organ only when the distal-end assembly is not deformed. an electrical interface; and a processor , configured to: receive via the electrical interface one or more signals indicative of a position of a distal-end assembly of a medical probe within an organ of a patient; characterized by the processor being configured to: based on the received signals, determine an inner volume that is confined within the distal-end assembly; verify whether the distal-end assembly is deformed; and update an anatomical map of the organ to denote the inner volume of the distal-end assembly as belonging to an interior of the organ, wherein the processor is configured to denote the inner volume of the distal-end assembly as belonging to the interior of the organ only when the distal-end assembly is not deformed. based on the received signals, determine an inner volume that is confined within the distal-end assembly; verify whether the distal-end assembly is deformed; and update an anatomical map of the organ to denote the inner volume of the distal-end assembly as belonging to an interior of the organ, wherein the processor is configured to denote the inner volume of the distal-end assembly as belonging to the interior of the organ only when the distal-end assembly is not deformed.
A system of distributing data for carrier aggregation in 5G broadcasting, comprising: - an input configured to receive at least one data stream to be broadcasted, - at least one evolved packet core associated with the input , and - at least one broadcast transmitter configured to broadcast radio frequency signals, wherein the at least one broadcast transmitter has at least one exciter , wherein the at least one broadcast transmitter uses at least two component carriers having the same category such that the respective component carriers are interchangeable among each other, wherein each of the at least two component carriers comprises control information, wherein the at least one evolved packet core is configured to control the at least one broadcast transmitter , and wherein the at least one evolved packet core is configured to distribute the data of the at least one data stream to the at least one broadcast transmitter based on information assigned to the at least one data stream and/or based on information regarding configuration and capacity of the at least one broadcast transmitter . - an input configured to receive at least one data stream to be broadcasted, - at least one evolved packet core associated with the input , and - at least one broadcast transmitter configured to broadcast radio frequency signals, wherein the at least one broadcast transmitter has at least one exciter , wherein the at least one broadcast transmitter uses at least two component carriers having the same category such that the respective component carriers are interchangeable among each other, wherein each of the at least two component carriers comprises control information, wherein the at least one evolved packet core is configured to control the at least one broadcast transmitter , and wherein the at least one evolved packet core is configured to distribute the data of the at least one data stream to the at least one broadcast transmitter based on information assigned to the at least one data stream and/or based on information regarding configuration and capacity of the at least one broadcast transmitter .