mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating a visual range collection , in which the following steps are carried out: - determining a current position of at least one motor vehicle ; - determining a current visual range which describes how far a driver of the motor vehicle can see a roadway ahead, from the current position ; - transmitting the visual range from the motor vehicle to a visual range collecting device ; - generating the visual range collection on the basis of the transmitted visual ranges ; - predetermining an expected change in visual obstruction at the position on the basis of a change in the building density, wherein the change in building density is retrieved from a database; and - adjusting the visual range in the visual range collection on the basis of the predetermined change in visual obstruction. - determining a current position of at least one motor vehicle ; - determining a current visual range which describes how far a driver of the motor vehicle can see a roadway ahead, from the current position ; - transmitting the visual range from the motor vehicle to a visual range collecting device ; - generating the visual range collection on the basis of the transmitted visual ranges ; - predetermining an expected change in visual obstruction at the position on the basis of a change in the building density, wherein the change in building density is retrieved from a database; and - adjusting the visual range in the visual range collection on the basis of the predetermined change in visual obstruction.
Pipeline comprising at least first and second portions (16.1, 16.2) and at least one coupling system connecting the first and second portions (16.1, 16.2), each of the first and second portions (16.1, 16.2) comprising an outer pipe , an inner pipe positioned inside the outer pipe , an intermediary space situated between the outer and inner pipes and containing a first atmosphere, the pipeline comprising at least one leak detection system configured to determine a characteristic of the first atmosphere, the coupling system comprising at least a downstream flange ring connected to at least one of the outer and inner pipes of the first portion (16.1), at least an upstream flange ring connected to at least one of the outer and inner pipes of the second portion (16.2), and connecting elements (22.3, 24.3) connecting the upstream and downstream flange rings ; the coupling system comprising first and second annular seals interposed between the upstream and downstream flange rings and configured to delimit, with the upstream and downstream flange rings , a buffer space containing a second atmosphere, the pipeline comprising at least one leak detection system configured to determine at least one characteristic of the second atmosphere, the coupling system comprising at least one end stop to keep the first and second annular seals apart, the first annular seal having an inside diameter, the second annular seal being positioned inside the first annular seal and having an outside diameter and the end stop being a circular rib secured to a first flange ring of either the upstream or the downstream flange rings , the circular rib having an outside diameter substantially equal to the inside diameter of the first annular seal and an inside diameter substantially equal to the outside diameter of the second annular seal , the coupling system comprising at least one through-orifice passing through at least one of the upstream and downstream flange rings to cause the buffer space to communicate with one of the intermediary spaces of the first and second portions (16.1, 16.2).
Method to carry out analyses on a sputum sample comprising a combination of components (C i ), for the identification of a microbial-based pulmonary pathological condition, said method comprising the following steps: - making available said sputum sample ; - making available at least one set of reference data associated with different microbial-based pulmonary pathological conditions; - measuring at least a relaxation time of the hydrogen atoms (T 2i ) and an average relaxation time of the hydrogen atoms (T 2m ), said measuring being made by nuclear magnetic resonance unit NMR inducing stresses, by applying magnetic fields having intensities comprised between 0.2T and 2T, to the hydrogen atoms comprised in said sputum sample ; - comparing said average relaxation time (T 2m ) and said relaxation times of the hydrogen atoms (T 2i ) with said reference data in order to determine the pathological condition associated with said sputum sample ; - supplying information correlated to the pathological condition associated with said sputum sample and correlated to at least part of said components (C i ); wherein said reference data are obtained by means of at least measurements of relaxation times of the hydrogen atoms (T 2i , T 2m ) of said sputum samples with the addition of substances correlated to microbial-based pulmonary pathological conditions, wherein said substances added to said sputum samples are chosen from a group consisting of: bacteria, albumin, alginate, mucin, DNA; wherein said relaxation time of the hydrogen atoms (T 2i ) is correlated to the presence of a component (C i ) of said sputum sample and said average relaxation time of the hydrogen atoms (T 2m ) is correlated to the combination of said components (C i ) of said sputum sample ; further wherein said method provides information correlated to at least one component (C i ) by means of a relaxation spectrum (T 2i -A i ) consisting of the pairs formed by said relaxation times (T 2i ) and of their percentage weights (A i ). - making available said sputum sample ; - making available at least one set of reference data associated with different microbial-based pulmonary pathological conditions; - measuring at least a relaxation time of the hydrogen atoms (T 2i ) and an average relaxation time of the hydrogen atoms (T 2m ), said measuring being made by nuclear magnetic resonance unit NMR inducing stresses, by applying magnetic fields having intensities comprised between 0.2T and 2T, to the hydrogen atoms comprised in said sputum sample ; - comparing said average relaxation time (T 2m ) and said relaxation times of the hydrogen atoms (T 2i ) with said reference data in order to determine the pathological condition associated with said sputum sample ; - supplying information correlated to the pathological condition associated with said sputum sample and correlated to at least part of said components (C i );
A process for the synthesis of methane (CH 4 ; SNG, Substitute Natural Gas) and/or methanol (CH 3 OH) by hydrogenation of CO and/or CO 2 with hydrogen, comprising following process steps: a) providing a reactor system with (a-a) a three-phase reactor operated in countercurrent process, as well as (a-b) a reactor for hydrogenation of a heat transfer medium and optionally a storage tank or reservoir for a hydrogenated heat transfer medium (a-c) and/or optionally a storage tank or reservoir for an unhydrogenated heat transfer medium (a-d); b) charging the three-phase reactor (a-a) with a catalytic charge; c-a) hydrogenation of the heat transfer medium in reactor (a-b), c) continuously introducing the hydrogenated heat transfer medium into the three-phase reactor (a-a) in the form of a liquid phase, wherein the hydrogen is chemically bound to the heat transfer medium; d) introducing CO and/or CO 2 into the three-phase reactor (a-a); and e) discharging the reacted synthesis products. a) providing a reactor system with (a-a) a three-phase reactor operated in countercurrent process, as well as (a-b) a reactor for hydrogenation of a heat transfer medium and optionally a storage tank or reservoir for a hydrogenated heat transfer medium (a-c) and/or optionally a storage tank or reservoir for an unhydrogenated heat transfer medium (a-d); (a-a) a three-phase reactor operated in countercurrent process, as well as (a-b) a reactor for hydrogenation of a heat transfer medium and optionally a storage tank or reservoir for a hydrogenated heat transfer medium (a-c) and/or optionally a storage tank or reservoir for an unhydrogenated heat transfer medium (a-d); b) charging the three-phase reactor (a-a) with a catalytic charge; c-a) hydrogenation of the heat transfer medium in reactor (a-b), c) continuously introducing the hydrogenated heat transfer medium into the three-phase reactor (a-a) in the form of a liquid phase, wherein the hydrogen is chemically bound to the heat transfer medium; d) introducing CO and/or CO 2 into the three-phase reactor (a-a); and e) discharging the reacted synthesis products.
Apparatus for controlling a processing unit of a paper machine, having at least a first detector and a second detector and a control device , wherein the detectors are designed to determine fibre properties (FE) of a fibre composite of a fibrous product web with the aid of terahertz (THz) waves, wherein the control device is provided for the purpose of controlling or regulating the processing unit on the basis of the fibre properties (FE) of the fibre composite, characterized in that the first detector is provided for the purpose of determining the fibre properties (FE) upstream of the respective processing unit and the second detector is provided for the purpose of determining the fibre properties (FE) downstream of the respective processing unit .
A method for coating a medical implant , which is provided for implantation in an animal body and/or a human body, the implant comprising a membrane having at least pores in the nanometer range, characterized in that it comprises the steps: - stabilizing the pores by way of at least one stabilizer; and - subsequently applying at least one coating (12, 12', 12") by way of plasma polymerization in the presence of a coating gas and oxygen onto at least one surface of the implant and onto the membrane , the method further comprises the step: - reducing reactive chemical groups of the coating (12, 12', 12") by means of a reducing reagent. - stabilizing the pores by way of at least one stabilizer; and - subsequently applying at least one coating (12, 12', 12") by way of plasma polymerization in the presence of a coating gas and oxygen onto at least one surface of the implant and onto the membrane , the method further comprises the step: - reducing reactive chemical groups of the coating (12, 12', 12") by means of a reducing reagent.
A computer-implemented method for executing straight tracking control of a work vehicle having an electronically controlled hydrostatic transmission , the method comprising receiving, with a computing device , at least one operator input command associated with controlling an operation of at least one of a first-side drive system or a second-side drive system of the hydrostatic transmission , the at least one operator input command being associated with commanding the work vehicle to be driven along a straight path, the method further comprising receiving, with the computing device , a first speed signal associated with a first output speed of the first-side drive system and a second speed signal associated with a second output speed of the second-side drive system , the method being characterized by : modifying, with the computing device , one of the first speed signal or the second speed signal based on a speed scaling factor to generate a corrected speed signal; determining, with the computing device , an adjusted control command for controlling the operation of the hydrostatic transmission as a function of the at least one operator input command and a control output determined based at least in part on a differential between the corrected speed signal and the other of the first speed signal or the second speed signal; and controlling, with the computing device , the operation of the hydrostatic transmission based at least in part on the adjusted control command to drive the work vehicle along the straight path. modifying, with the computing device , one of the first speed signal or the second speed signal based on a speed scaling factor to generate a corrected speed signal; determining, with the computing device , an adjusted control command for controlling the operation of the hydrostatic transmission as a function of the at least one operator input command and a control output determined based at least in part on a differential between the corrected speed signal and the other of the first speed signal or the second speed signal; and controlling, with the computing device , the operation of the hydrostatic transmission based at least in part on the adjusted control command to drive the work vehicle along the straight path.
A method for wireless communication at a user equipment UE, comprising: establishing an application layer connection between the UE and a server; receiving , from the server and over the application layer connection, network search information comprising sector-sweep timing information for a radio access network, the sector-sweep timing information indicating a timing when a directional transmission of the radio access network is sweeping toward the UE, and the network search information based at least in part on a location of the UE; determining, based at least in part on the network search information, a set of available frequencies associated with available radio access networks; selecting one or more frequencies from the set of available frequencies for the UE to scan based at least in part on the determining; scanning the selected one or more frequencies to perform a network search; and connecting to the radio access network based at least in part on the network search. establishing an application layer connection between the UE and a server; receiving , from the server and over the application layer connection, network search information comprising sector-sweep timing information for a radio access network, the sector-sweep timing information indicating a timing when a directional transmission of the radio access network is sweeping toward the UE, and the network search information based at least in part on a location of the UE; determining, based at least in part on the network search information, a set of available frequencies associated with available radio access networks; selecting one or more frequencies from the set of available frequencies for the UE to scan based at least in part on the determining; scanning the selected one or more frequencies to perform a network search; and connecting to the radio access network based at least in part on the network search.
A radio access control method, wherein the method comprises: receiving , by a terminal device, access control information sent by an access network device, wherein the access control information is used to indicate a barred service type and a transmission scheme type which should be barred to the terminal device; and determining , by the terminal device based on the barred service type and the transmission scheme type which should be barred, whether to send a radio resource control, RRC, connection request to the access network device; wherein the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data used by the terminal device, and the transmission scheme type is at least one of a user plane scheme and a control plane scheme. receiving , by a terminal device, access control information sent by an access network device, wherein the access control information is used to indicate a barred service type and a transmission scheme type which should be barred to the terminal device; and determining , by the terminal device based on the barred service type and the transmission scheme type which should be barred, whether to send a radio resource control, RRC, connection request to the access network device; wherein the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data used by the terminal device, and the transmission scheme type is at least one of a user plane scheme and a control plane scheme.
A method of derivatizing a saccharide comprising attaching an eight-membered cycloalkyne group to the saccharide, wherein the saccharide is a capsular saccharide.
A medical system comprising: an image data acquisition unit configured to acquire image data corresponding to a three-dimensional, 3D, image of a living body including an object; a user input unit configured to receive a first input information for setting a virtual plane of the 3D image and a second input information for setting a point of a region of interest, ROI, on the 3D image; and a processor configured to generate 3D data by using the image data, generate the 3D image by using the 3D data, detect 3D geometry information corresponding to a 3D caliper from the 3D data based on the second input information, set the 3D caliper on the 3D image based on the detected 3D geometry information, and create measurement information, characterized in that the processor is configured to set the virtual plane on the 3D image based on the first input information, set the point on the 3D image displayed on a display unit based on the second input information, set a virtual observation plane including a plurality of pixels based on the 3D data, detect a pixel corresponding to the point from the virtual observation plane based on the second input information, detect a voxel which is on the virtual plane and corresponds to the pixel of the virtual observation plane in a depth direction of the 3D image, and set a 3D coordinate of the detected voxel as 3D geometry information corresponding to the 3D caliper, wherein the virtual observation plane is a screen of the display unit on which the 3D image is displayed. an image data acquisition unit configured to acquire image data corresponding to a three-dimensional, 3D, image of a living body including an object; a user input unit configured to receive a first input information for setting a virtual plane of the 3D image and a second input information for setting a point of a region of interest, ROI, on the 3D image; and a processor configured to generate 3D data by using the image data, generate the 3D image by using the 3D data, detect 3D geometry information corresponding to a 3D caliper from the 3D data based on the second input information, set the 3D caliper on the 3D image based on the detected 3D geometry information, and create measurement information, characterized in that the processor is configured to set the virtual plane on the 3D image based on the first input information, set the point on the 3D image displayed on a display unit based on the second input information, set a virtual observation plane including a plurality of pixels based on the 3D data, detect a pixel corresponding to the point from the virtual observation plane based on the second input information, detect a voxel which is on the virtual plane and corresponds to the pixel of the virtual observation plane in a depth direction of the 3D image, and set a 3D coordinate of the detected voxel as 3D geometry information corresponding to the 3D caliper,
Method for manufacturing an oscillator with a flexible pivot of a predetermined frequency, the oscillator with a flexible pivot comprising a support , a flexible pivot and a felloe which is suspended on the support by the flexible pivot , the flexible pivot being arranged to guide the felloe in rotation with respect to the support and to elastically return the felloe to a rest position, the method comprising the following steps: a) forming, in a silicon-based material, an oscillator with a flexible pivot comprising said support , said flexible pivot and said felloe but having dimensions different from the dimensions necessary to obtain said oscillator with a flexible pivot of a predetermined frequency, b) measuring the frequency of the oscillator formed in step a), c) from the measurement effected in step b), calculating at least one thickness of material to be removed from the oscillator formed in step a) in order to obtain said oscillator with a flexible pivot of a predetermined frequency, d) from the calculation effected in step c), modifying the oscillator formed in step a) in order to obtain said oscillator with a flexible pivot of a predetermined frequency, this step d) comprising the following steps; - oxidising all or part of the outer surface of the oscillator formed in step a) in order to transform said thickness of material to be removed into silicon dioxide, and - removing the silicon dioxide. a) forming, in a silicon-based material, an oscillator with a flexible pivot comprising said support , said flexible pivot and said felloe but having dimensions different from the dimensions necessary to obtain said oscillator with a flexible pivot of a predetermined frequency, b) measuring the frequency of the oscillator formed in step a), c) from the measurement effected in step b), calculating at least one thickness of material to be removed from the oscillator formed in step a) in order to obtain said oscillator with a flexible pivot of a predetermined frequency, d) from the calculation effected in step c), modifying the oscillator formed in step a) in order to obtain said oscillator with a flexible pivot of a predetermined frequency, this step d) comprising the following steps; - oxidising all or part of the outer surface of the oscillator formed in step a) in order to transform said thickness of material to be removed into silicon dioxide, and - removing the silicon dioxide. - oxidising all or part of the outer surface of the oscillator formed in step a) in order to transform said thickness of material to be removed into silicon dioxide, and - removing the silicon dioxide.