mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a gas stream having a Wobbe index within a required range, said method comprising the steps, to be performed in any suitable order, of: (a) feeding an unrefined gas stream to a gas refining means for refining said unrefined gas stream into a refined gas stream with a Wobbe index above said required range; (b) feeding an unrefined gas stream to said refined gas stream , thereby obtaining a combined gas stream ; (c) measuring the Wobbe index of said combined gas stream ; (d) comparing the measured Wobbe index with a predetermined value or range, and (e) controlling the flow rate of the unrefined gas stream to be fed to said refined gas stream based on said comparison in order to obtain a said combined gas stream having a Wobbe index within said required range. (a) feeding an unrefined gas stream to a gas refining means for refining said unrefined gas stream into a refined gas stream with a Wobbe index above said required range; (b) feeding an unrefined gas stream to said refined gas stream , thereby obtaining a combined gas stream ; (c) measuring the Wobbe index of said combined gas stream ; (d) comparing the measured Wobbe index with a predetermined value or range, and (e) controlling the flow rate of the unrefined gas stream to be fed to said refined gas stream based on said comparison in order to obtain a said combined gas stream having a Wobbe index within said required range.
An automatic analyzer comprising: a sample dispensing probe having a tip to which a sample dispensing tip is attached; a waste box in which the sample dispensing tip is to be wasted; a waste table that is disposed above the waste box in a gravity direction and includes a waste hole having a recessed portion through which the sample dispensing probe passes; and a controller that performs a control such that the sample dispensing probe is inserted into the recessed portion from a horizontal direction and is moved upward in the gravity direction so that the sample dispensing tip is separated from the sample dispensing probe and falls into the waste box, characterized in that the controller performs a control such that, after completion of a first sample dispensing tip separation process in which the sample dispensing probe has been stopped at a first position of the recessed portion in the horizontal direction and has then been moved upward in the gravity direction, and when the sample dispensing probe is inserted into the recessed portion from the horizontal direction in a subsequent sample dispensing tip separation process, the sample dispensing probe is stopped at a second position of the recessed portion different from the first position and is moved upward in the gravity direction. a sample dispensing probe having a tip to which a sample dispensing tip is attached; a waste box in which the sample dispensing tip is to be wasted; a waste table that is disposed above the waste box in a gravity direction and includes a waste hole having a recessed portion through which the sample dispensing probe passes; and a controller that performs a control such that the sample dispensing probe is inserted into the recessed portion from a horizontal direction and is moved upward in the gravity direction so that the sample dispensing tip is separated from the sample dispensing probe and falls into the waste box, characterized in that the controller performs a control such that, after completion of a first sample dispensing tip separation process in which the sample dispensing probe has been stopped at a first position of the recessed portion in the horizontal direction and has then been moved upward in the gravity direction, and when the sample dispensing probe is inserted into the recessed portion from the horizontal direction in a subsequent sample dispensing tip separation process, the sample dispensing probe is stopped at a second position of the recessed portion different from the first position and is moved upward in the gravity direction.
Rail vehicle comprising a floor and a box supported by the floor. The box includes side walls , at least one of the side walls being equipped with an air inlet opening , characterized in that the box has a solid skirt covering the air inlet opening extending, facing the entire surface of the air inlet opening and away from the air inlet opening, parallel to the plane of the air inlet opening, and in that the vehicle comprises wall panels formed of hollow sections, the box being equipped with an air outlet opening communicating with the wall panels.
A method of causing proximity-dependent activity by a mobile device (MD), the method comprising the steps of: the mobile device (MD) receiving a first short-range wireless communication signal (S1) from a first transmitter function (TX1) at or near a physical location (PL) when being located within a first distance (D1) or distance range (DR1) from the physical location (PL) or first transmitter function (TX1); the mobile device (MD) reacting to the received first short-range wireless communication signal (S1) by scanning for a second transmitter function (TX2) at or near the physical location (PL), the transmitter identity of the second transmitter function (TX2) being indicated by information contained in the first short-range wireless communication signal (S1); the mobile device (MD) receiving a second short-range wireless communication signal (S2) from the second transmitter function (TX2) when being located within a second distance (D2) or distance range (DR2) from the physical location (PL) or second transmitter function (TX2), the second distance (D2) or distance range (DR2) being shorter than the first distance (D1) or distance range (DR1); the mobile device (MD) causing registration of information (WCSINFO) contained in the second short-range wireless communication signal (S2); the mobile device (MD) causing resolving of the registered information (WCSINFO) to determine an associated activity (ACT); and the mobile device causing performance of the determined activity (ACT). the mobile device (MD) receiving a first short-range wireless communication signal (S1) from a first transmitter function (TX1) at or near a physical location (PL) when being located within a first distance (D1) or distance range (DR1) from the physical location (PL) or first transmitter function (TX1); the mobile device (MD) reacting to the received first short-range wireless communication signal (S1) by scanning for a second transmitter function (TX2) at or near the physical location (PL), the transmitter identity of the second transmitter function (TX2) being indicated by information contained in the first short-range wireless communication signal (S1); the mobile device (MD) receiving a second short-range wireless communication signal (S2) from the second transmitter function (TX2) when being located within a second distance (D2) or distance range (DR2) from the physical location (PL) or second transmitter function (TX2), the second distance (D2) or distance range (DR2) being shorter than the first distance (D1) or distance range (DR1); the mobile device (MD) causing registration of information (WCSINFO) contained in the second short-range wireless communication signal (S2); the mobile device (MD) causing resolving of the registered information (WCSINFO) to determine an associated activity (ACT); and the mobile device causing performance of the determined activity (ACT).
Microspheres containing 1 to 20% by weight milbemycin or moxidectin, 50% to 95% by weight of a fat or a wax or a mixture thereof, 0.1% to 10% by weight of cholesterol, and 0.01 to 1% by weight of an antioxidant.
An organic light emitting display comprising: a film substrate ; a first buffer layer on the film substrate ; a thin film transistor array comprising a thin film transistor in each of a plurality of pixels defined in a matrix form on the first buffer layer ; an organic light emitting diode connected to a thin film transistor of each pixel; a protective layer on the organic light emitting diode and the thin film transistor; an adhesive layer on the protective layer ; a touch electrode array comprising first and second touch electrodes intersecting each other, an exterior light shielding layer , on the adhesive layer ; a second buffer layer on the touch electrodes and the exterior light shielding layer ; and a cover glass formed on the second buffer layer , characterized in that the touch electrode array further comprises a common transparent electrode pattern , which overlaps the first and second touch electrodes and is in a floating state, wherein the protective layer directly contacts a bottom of the adhesive layer and the touch electrode array directly contacts the top thereof, such that at least one of the common transparent electrode pattern and the exterior light shielding layer is in direct contact with the adhesive layer , and wherein the exterior light shielding layer comprises at least a color filter layer . a film substrate ; a first buffer layer on the film substrate ; a thin film transistor array comprising a thin film transistor in each of a plurality of pixels defined in a matrix form on the first buffer layer ; an organic light emitting diode connected to a thin film transistor of each pixel; a protective layer on the organic light emitting diode and the thin film transistor; an adhesive layer on the protective layer ; a touch electrode array comprising first and second touch electrodes intersecting each other, an exterior light shielding layer , on the adhesive layer ; a second buffer layer on the touch electrodes and the exterior light shielding layer ; and a cover glass formed on the second buffer layer , characterized in that the touch electrode array further comprises a common transparent electrode pattern , which overlaps the first and second touch electrodes and is in a floating state, wherein the protective layer directly contacts a bottom of the adhesive layer and the touch electrode array directly contacts the top thereof, such that at least one of the common transparent electrode pattern and the exterior light shielding layer is in direct contact with the adhesive layer , and wherein the exterior light shielding layer comprises at least a color filter layer .
A method for detecting failure in cables and/or physical layer devices, PHY, linked thereto, of a communications network in a vehicle, the method comprising: obtaining values for one or more physical layer device, PHY, parameters from one or more cables and/or a PHY linked thereto, of a communications network of a vehicle; analyzing the obtained values to determine a range of operational values for each of the one or more PHY parameters; detecting values for the one or more of the PHY parameters from a cable and/or the PHY linked thereto of a communications network of a vehicle during an operational time period when the vehicle is operating; applying, to the detected values, a computer trained model that analyzes changes in the detected values within the operational time period against the range of operational values, for the respective PHY parameter, to determine that the cable and/or the PHY linked thereto may fail within a predetermined time period; and providing an indication, based on detected changes in the values, that the cable and/or the PHY linked thereto may fail within the predetermined time period. obtaining values for one or more physical layer device, PHY, parameters from one or more cables and/or a PHY linked thereto, of a communications network of a vehicle; analyzing the obtained values to determine a range of operational values for each of the one or more PHY parameters; detecting values for the one or more of the PHY parameters from a cable and/or the PHY linked thereto of a communications network of a vehicle during an operational time period when the vehicle is operating; applying, to the detected values, a computer trained model that analyzes changes in the detected values within the operational time period against the range of operational values, for the respective PHY parameter, to determine that the cable and/or the PHY linked thereto may fail within a predetermined time period; and providing an indication, based on detected changes in the values, that the cable and/or the PHY linked thereto may fail within the predetermined time period.
A method of controlling a wearable device including a module for adjusting a wearing length of the wearable device, the method comprising: obtaining user ID information based on a user input; determining a wearing length of the wearable device based on electrical connection information between a first fastening unit and a second fastening unit of the wearable device, the wearing length being a length of the wearable device in a state in which the wearable device is worn on a user's body; identifying one of a plurality of users of the wearable device based on the obtained user ID information; determining whether the determined wearing length corresponds to one of a plurality of preset wearing lengths of the identified user, each preset wearing length of each user being matched with one of a plurality of different operating modes of the wearable device; and when the determined wearing length corresponds to one of the plurality of preset wearing lengths of the identified user, switching a setting mode of the wearable device corresponding to the identified user based on the determined wearing length, and when the determined wearing length does not correspond to one of the plurality of preset wearing lengths of the identified user, blocking an execution of preset applications. obtaining user ID information based on a user input; determining a wearing length of the wearable device based on electrical connection information between a first fastening unit and a second fastening unit of the wearable device, the wearing length being a length of the wearable device in a state in which the wearable device is worn on a user's body; identifying one of a plurality of users of the wearable device based on the obtained user ID information; determining whether the determined wearing length corresponds to one of a plurality of preset wearing lengths of the identified user, each preset wearing length of each user being matched with one of a plurality of different operating modes of the wearable device; and when the determined wearing length corresponds to one of the plurality of preset wearing lengths of the identified user, switching a setting mode of the wearable device corresponding to the identified user based on the determined wearing length, and when the determined wearing length does not correspond to one of the plurality of preset wearing lengths of the identified user, blocking an execution of preset applications.
A system for providing intramedullary guidance to implant an ankle prosthesis, comprising: - a first tool sized and configured to form a passage between a tibia and a talus, - a second tool sized and configured to create an intramedullary canal in a distal end of said tibia, - a plurality of modular tibial rod components sized and configured to be disposed in said intramedullary canal and connected to each other in situ to form a single tibial rod component, - a base modular component on a distal end of said single tibial rod component, - an alignment guide configured to attach to said base modular component , and - a cutting guide including at least one aperture configured to guide an instrument in making a tibial cut, the cutting guide being configured to be secured to the base modular component ; - wherein said alignment guide is configured to translate coronal, transverse, and sagittal adjustments from the alignment guide to the cutting guide . - a first tool sized and configured to form a passage between a tibia and a talus, - a second tool sized and configured to create an intramedullary canal in a distal end of said tibia, - a plurality of modular tibial rod components sized and configured to be disposed in said intramedullary canal and connected to each other in situ to form a single tibial rod component, - a base modular component on a distal end of said single tibial rod component, - an alignment guide configured to attach to said base modular component , and - a cutting guide including at least one aperture configured to guide an instrument in making a tibial cut, the cutting guide being configured to be secured to the base modular component ; - wherein said alignment guide is configured to translate coronal, transverse, and sagittal adjustments from the alignment guide to the cutting guide .
A nasal respiratory assembly comprising: a pair of sheets , each sheet defining an opening sized and shaped to fit over a nostril of a patient, with a ferromagnetic ring positioned at an underside of the sheet and circumferentially aligned with the opening , with an upper side of the sheet configured for sealable engagement with the nostril; a pair of posts , each post including a magnetic ring positioned at a first end and a receptacle positioned at a second end with a passageway extending from the first to the second ends, the magnetic ring removably attachable to the ferromagnetic ring ; a pair of conduit adapters defining openings therethrough for fluid flow, a post end of each conduit adapter including a socket , each socket shaped to receive the receptacle in an interference fit to form a substantially airtight connection therewith; wherein a connector end of the conduit adapter cooperates with a channel opening of a connector of a continuous positive airway pressure CPAP machine to form a substantially airtight connection therewith. a pair of sheets , each sheet defining an opening sized and shaped to fit over a nostril of a patient, with a ferromagnetic ring positioned at an underside of the sheet and circumferentially aligned with the opening , with an upper side of the sheet configured for sealable engagement with the nostril; a pair of posts , each post including a magnetic ring positioned at a first end and a receptacle positioned at a second end with a passageway extending from the first to the second ends, the magnetic ring removably attachable to the ferromagnetic ring ; a pair of conduit adapters defining openings therethrough for fluid flow, a post end of each conduit adapter including a socket , each socket shaped to receive the receptacle in an interference fit to form a substantially airtight connection therewith; wherein a connector end of the conduit adapter cooperates with a channel opening of a connector of a continuous positive airway pressure CPAP machine to form a substantially airtight connection therewith.
A method for the assessment of at least one chemical or physical property of a fluid or powder sample comprising establishing modulation means, said modulation means comprising an interferometer and at least an optical component, the optical component being configured for being moved such that movement of the optical component defines an optical path difference of the interferometer, wherein the optical path difference is less than 2,000 μm, the optical component being moved using a solid-state actuator, interferometer modulating light emitted from the sample, having interacted with the sample and/or being emitted to the sample, said light containing spectral information, detecting modulated light in the NIR and/or the IR spectral region, and correlating obtained information about modulated light to at least one chemical or physical property, wherein said information about modulated light is an interferogram with interference data, wherein the correlating step is performed by applying a model, like a multivariate calibration method, directly to the interference data. establishing modulation means, said modulation means comprising an interferometer and at least an optical component, the optical component being configured for being moved such that movement of the optical component defines an optical path difference of the interferometer, wherein the optical path difference is less than 2,000 μm, the optical component being moved using a solid-state actuator, interferometer modulating light emitted from the sample, having interacted with the sample and/or being emitted to the sample, said light containing spectral information, detecting modulated light in the NIR and/or the IR spectral region, and correlating obtained information about modulated light to at least one chemical or physical property, wherein said information about modulated light is an interferogram with interference data, wherein the correlating step is performed by applying a model, like a multivariate calibration method, directly to the interference data.
A method of forming a joint prosthesis component, comprising: placing a prosthesis component in a chamber of a bone press (500; 500A; 600; 700), the prosthesis component having a medial side and a lateral second side; placing a bone graft blank (B) in the chamber of the bone press between a contoured surface of a patient specific insert negative (800; 800') and the medial side of the prosthesis component, such that a bone contact surface of the bone graft blank is facing the contoured surface of the patient specific insert negative; compressing the bone contact surface of the bone graft blank against the contoured surface of the patient specific insert negative; and reshaping the bone contact surface, thereby forming a patient specific bone graft (B'). placing a prosthesis component in a chamber of a bone press (500; 500A; 600; 700), the prosthesis component having a medial side and a lateral second side; placing a bone graft blank (B) in the chamber of the bone press between a contoured surface of a patient specific insert negative (800; 800') and the medial side of the prosthesis component, such that a bone contact surface of the bone graft blank is facing the contoured surface of the patient specific insert negative; compressing the bone contact surface of the bone graft blank against the contoured surface of the patient specific insert negative; and reshaping the bone contact surface, thereby forming a patient specific bone graft (B').
A composition comprising a tracer molecule conjugated to an oligosaccharide, wherein the tracer molecule is a positron-emitting radionuclide, wherein the oligosaccharide comprises a glucose oligomer, and wherein the glucose oligomer is linked by alpha (1→4) covalent bonds and is conjugated to the positron-emitting radionuclide at a reducing end of the glucose oligomer.