mhurhangee/patent-ind-claim-en huggingface dataset:
A component measuring device including a measuring unit being configured to apply measuring irradiation light through an irradiation light lens of the measuring unit to an object to be measured, to detect reflected light from the object , and to measure a component in a liquid absorbed by the object based on the detected reflected light, wherein the measuring unit comprises a light emitter for emitting the irradiation light; a light detector for detecting the reflected light; a board for supporting the light emitter and the light detector ; a reflected light lens for focusing the reflected light onto the light detector ; and a photometric block having an irradiation light path for disposing the light emitter so as to face the irradiation light lens , the irradiation light path extending from a disposed position of the light emitter to a disposed position of the irradiation light lens , and a reflected light path extending from a disposed position of the reflected light lens to a disposed position of the light detector , the photometric block further has a proximal end portion comprising a board placement region on its rear surface for placing the board thereon, wherein the board placement region has a positioning projection which extends through the board between the light emitter and the light detector for positioning the board and which is configured to prevent light from being propagated directly from the light emitter to the light detector , and wherein the irradiation light lens is included in the measuring unit such that a focal position of the irradiation light is farther than a disposed position of the object .
A pre-assembled coupling assembly comprising: a coupling , the coupling defining a coupling bore extending through the coupling , the coupling comprising a gasket disposed within the coupling bore , the gasket being relaxed and uncompressed when the coupling is in a relaxed position; and a pipe fitting , the pipe fitting defining a first end and a second end disposed opposite from the first end , the pipe fitting defining a raised lip that is spaced inwards and away from the first end towards the second end , the pipe fitting defining a groove between the raised lip and the second end, the pipe fitting defining a sealing surface between the raised lip and the groove , the first end inserted into the coupling bore, a first sealing ridge of the gasket in contact with the sealing surface of the pipe fitting , and the coupling retained on the first end of the pipe fitting when the coupling is in the relaxed position. a coupling , the coupling defining a coupling bore extending through the coupling , the coupling comprising a gasket disposed within the coupling bore , the gasket being relaxed and uncompressed when the coupling is in a relaxed position; and a pipe fitting , the pipe fitting defining a first end and a second end disposed opposite from the first end , the pipe fitting defining a raised lip that is spaced inwards and away from the first end towards the second end , the pipe fitting defining a groove between the raised lip and the second end, the pipe fitting defining a sealing surface between the raised lip and the groove , the first end inserted into the coupling bore, a first sealing ridge of the gasket in contact with the sealing surface of the pipe fitting , and the coupling retained on the first end of the pipe fitting when the coupling is in the relaxed position.
A data processing apparatus comprising: a file generation means for generating a file based on a job history, wherein the job history includes a plurality of job execution history records and each job execution history record includes at least a start time when execution of a job has been started and an execution result of the job, characterized in that the data processing apparatus further comprises a file name generation means for generating a file name of the file based on a start time included in a job execution history record corresponding to an earliest start time and a start time included in a job execution history record corresponding to a latest start time, among the plurality of job execution history records included in the generated file. a file generation means for generating a file based on a job history, wherein the job history includes a plurality of job execution history records and each job execution history record includes at least a start time when execution of a job has been started and an execution result of the job, characterized in that the data processing apparatus further comprises a file name generation means for generating a file name of the file based on a start time included in a job execution history record corresponding to an earliest start time and a start time included in a job execution history record corresponding to a latest start time, among the plurality of job execution history records included in the generated file.
A coated steel substrate comprising at least a first coating consisting of aluminum, characterised in that the first coating has a thickness between 1.0 and 4.5μm and being directly topped by a second coating based on zinc, such second coating having a thickness between 1.5 and 9.0μm and wherein the thickness ratio of the first coating with respect to the second coating is between 0.2 and 1.2.
Rubber mixtures containing at least one rubber, at least one filler and at least one compound of formula wherein R1, R3, R6 and R8 are identical or different and represent methyl or ethyl, R4 and R5 are identical or different and represent methyl or ethyl, R2 and R7 are identical or different and represent methyl or ethyl and x = 4. R1, R3, R6 and R8 are identical or different and represent methyl or ethyl, R4 and R5 are identical or different and represent methyl or ethyl, R2 and R7 are identical or different and represent methyl or ethyl and x = 4.
A method for embossing micro and/or nanostructures, having the following steps: - coupling cross-linking radiation (L) into an embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′), which is transparent and in particular structured, so that the embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′) is used as an optical waveguide for the cross-linking radiation (L) that is coupled-in, - decoupling the cross-linking radiation (L) from the embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′), - curing an embossing compound loaded by the embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′) by means of the decoupled cross-linking radiation (L). - coupling cross-linking radiation (L) into an embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′), which is transparent and in particular structured, so that the embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′) is used as an optical waveguide for the cross-linking radiation (L) that is coupled-in, - decoupling the cross-linking radiation (L) from the embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′), - curing an embossing compound loaded by the embossing roller (2, 2′, 2ʺ, 2′′′, 2ʺʺ, 2ʺ′′′, 2′′′′′′, 2′′′′′′′) by means of the decoupled cross-linking radiation (L).
A method performed by a multicarrier receiver for dynamically allocating demodulation fingers (416 - 426) in the receiver, the method comprising: determining quality measurements for signals received over respective frequency carriers and demodulated by respective demodulators (410-414); characterized by : comparing the quality measurements of the signals; and dynamically allocating at least one demodulation finger (416 - 426) from a first demodulator (410 - 414) to a second demodulator (410 - 414) to provide improved throughput for the multicarrier receiver, when the quality measurement of a first signal demodulated by the first demodulator (410 - 414) is determined to be above a threshold and the quality measurement of the first signal is determined to be better than the quality measurement of a second signal demodulated by a second demodulator (410 - 414), wherein the second demodulator is selected based on at least in part a projected improvement in overall throughput by comparing the resulting quality measurement based on the reallocation. determining quality measurements for signals received over respective frequency carriers and demodulated by respective demodulators (410-414); characterized by : comparing the quality measurements of the signals; and dynamically allocating at least one demodulation finger (416 - 426) from a first demodulator (410 - 414) to a second demodulator (410 - 414) to provide improved throughput for the multicarrier receiver, when the quality measurement of a first signal demodulated by the first demodulator (410 - 414) is determined to be above a threshold and the quality measurement of the first signal is determined to be better than the quality measurement of a second signal demodulated by a second demodulator (410 - 414), wherein the second demodulator is selected based on at least in part a projected improvement in overall throughput by comparing the resulting quality measurement based on the reallocation. comparing the quality measurements of the signals; and dynamically allocating at least one demodulation finger (416 - 426) from a first demodulator (410 - 414) to a second demodulator (410 - 414) to provide improved throughput for the multicarrier receiver, when the quality measurement of a first signal demodulated by the first demodulator (410 - 414) is determined to be above a threshold and the quality measurement of the first signal is determined to be better than the quality measurement of a second signal demodulated by a second demodulator (410 - 414), wherein the second demodulator is selected based on at least in part a projected improvement in overall throughput by comparing the resulting quality measurement based on the reallocation.
A distribution system suitable for a process fluid for chemical and/or electrolytic surface treatment of a rotatable substrate, wherein the distribution system comprises a distribution body , wherein the distribution body comprises a plurality of openings , wherein some of the openings are configured to provide the process fluid flow and other openings are configured to provide a current density distribution, wherein the openings for providing the process fluid flow are arranged in a spiral-shaped pattern on a surface of the distribution body , and wherein the openings for providing the current density distribution are arranged on the surface of the distribution body independently of the openings for providing the process fluid flow. wherein the distribution system comprises a distribution body , wherein the distribution body comprises a plurality of openings , wherein some of the openings are configured to provide the process fluid flow and other openings are configured to provide a current density distribution, wherein the openings for providing the process fluid flow are arranged in a spiral-shaped pattern on a surface of the distribution body , and wherein the openings for providing the current density distribution are arranged on the surface of the distribution body independently of the openings for providing the process fluid flow.
A vertical take off and landing (VTOL) aircraft comprising: a fuselage comprising an aerodynamic lifting body having a top surface and a bottom surface; an engine comprising a turbofan jet engine attached under the bottom surface of the fuselage , the engine having an air inlet and an exhaust outlet , the exhaust outlet exhausting a stream of hot gas in a rearward direction relative to the fuselage; a vertical flight gas diffuser comprising a cylindrical duct having an open upper end extending from the top surface of the fuselage, the cylindrical duct having a plurality of exhaust apertures oriented radially outward for providing a flow of gas over the top surface of the fuselage to provide lift in a vertical flight mode; a transition duct movable between at least a first, a second and a third position, the transition duct having an inlet which, in the first position, sealingly engages the exhaust outlet of the engine and directs the stream of hot gas through a 90° upward bend into the vertical flight gas diffuser , in the second position the transition duct partially engages the exhaust outlet of the engine and directs a portion of the stream of hot gas through a 90° upward bend into the vertical flight gas diffuser while allowing a portion of the stream of hot gas to be discharged rearward to provide a horizontal thrust component, and in the third position the transition duct engages no portion of the exhaust outlet of the engine , whereby the entirety of the engine thrust is directed rearward to propel the aircraft in a horizontal flight mode. a fuselage comprising an aerodynamic lifting body having a top surface and a bottom surface; an engine comprising a turbofan jet engine attached under the bottom surface of the fuselage , the engine having an air inlet and an exhaust outlet , the exhaust outlet exhausting a stream of hot gas in a rearward direction relative to the fuselage; a vertical flight gas diffuser comprising a cylindrical duct having an open upper end extending from the top surface of the fuselage, the cylindrical duct having a plurality of exhaust apertures oriented radially outward for providing a flow of gas over the top surface of the fuselage to provide lift in a vertical flight mode; a transition duct movable between at least a first, a second and a third position, the transition duct having an inlet which, in the first position, sealingly engages the exhaust outlet of the engine and directs the stream of hot gas through a 90° upward bend into the vertical flight gas diffuser , in the second position the transition duct partially engages the exhaust outlet of the engine and directs a portion of the stream of hot gas through a 90° upward bend into the vertical flight gas diffuser while allowing a portion of the stream of hot gas to be discharged rearward to provide a horizontal thrust component, and in the third position the transition duct engages no portion of the exhaust outlet of the engine , whereby the entirety of the engine thrust is directed rearward to propel the aircraft in a horizontal flight mode.
A method for generating a tonal palette including a plurality of colors, the method comprising the steps: obtaining an input color ; determining from a plurality of predetermined reference palettes each including a set of colors, a first reference palette using the input color ; determining a minimum color distance between the input color and the colors included in the first reference palette; and characterised in that generating a second palette from the first reference palette by interpolating the first reference palette based on the minimum color distance; wherein the first reference palette is a reference palette closest to the input color from among the plurality of predetermined reference palettes. obtaining an input color ; determining from a plurality of predetermined reference palettes each including a set of colors, a first reference palette using the input color ; determining a minimum color distance between the input color and the colors included in the first reference palette; and characterised in that generating a second palette from the first reference palette by interpolating the first reference palette based on the minimum color distance; wherein the first reference palette is a reference palette closest to the input color from among the plurality of predetermined reference palettes.
A glass panel unit comprising a first panel including at least a first glass pane ; a second panel arranged to face the first panel with a predetermined gap left with respect to the first panel and including at least a second glass pane ; a sealing member arranged between the first panel and the second panel to hermetically bond the first panel and the second panel together; an internal space configured to form a reduced-pressure space by being sealed hermetically with the first panel , the second panel , and the sealing member ; and a spacer arranged in the internal space so as to be in contact with the first panel and the second panel , the spacer including a plurality of resin layers that are stacked one on top of another in a facing direction in which the first panel and the second panel face each other, at least any two of the plurality of resin layers having different elastic moduli, wherein one resin layer , having the smallest elastic modulus, out of the plurality of resin layers has a greater visible light transmittance than any other one of the plurality of resin layers. a first panel including at least a first glass pane ; a second panel arranged to face the first panel with a predetermined gap left with respect to the first panel and including at least a second glass pane ; a sealing member arranged between the first panel and the second panel to hermetically bond the first panel and the second panel together; an internal space configured to form a reduced-pressure space by being sealed hermetically with the first panel , the second panel , and the sealing member ; and a spacer arranged in the internal space so as to be in contact with the first panel and the second panel , the spacer including a plurality of resin layers that are stacked one on top of another in a facing direction in which the first panel and the second panel face each other, at least any two of the plurality of resin layers having different elastic moduli, wherein one resin layer , having the smallest elastic modulus, out of the plurality of resin layers has a greater visible light transmittance than any other one of the plurality of resin layers.
A method of forming a lactylate, said method comprising reacting a reactant mixture to form the lactylate, said reactant mixture comprising a dilactide and a compound selected from the group consisting of glycerine, propylene glycol, monoglycerides, diglycerides, and propylene glycol monoester.
Cutterbar for attachment to a harvesting machine having a frame which extends at least substantially over the working width of the cutterbar which has a mounting frame with mounting means for connection to a feeder housing of the harvesting machine , wherein the frame is connected to several arms arranged at a distance from one another, pointing in the working direction (A) and movable in the vertical direction at their front end, of which several are each designed, at least in sections, as a leaf spring package composed of several leaf springs , and the front ends of these arms are each connected via a connecting component to cutterbar attachment profiles , to which the cutting elements of the cutterbar are attached, characterised in that the connecting component is designed as a connecting joint which has connecting means on its sides pointing transversely to the working direction (A), in order to connect an adjacent cutterbar attachment profile to the connecting joint using said connecting means.
System for recognizing online handwriting comprising: - a handwriting instrument including a body extending longitudinally between a first end and a second end , said first end having a writing tip which is able to write on a support, - a module comprising at least one motion sensor configured to acquire motion data on the handwriting of a user when the user is writing a characters sequence with said handwriting instrument , - a calculating unit communicating with said at least one motion sensor and configured to analyze said motion data by a machine learning model trained in a multitask way comprising a stroke segmentation task and a character recognition task, said machine learning model, stored in the calculating unit , and being configured to deliver as an output the sequence of characters which was written by the user with said handwriting instrument; characterized in that the machine learning model comprises a shared backbone neural network configured to perform (S5) hidden features extraction of the motion data to obtain (S6) intermediate features based on which the stroke segmentation task and the character recognition task are performed (S7, S12). - a handwriting instrument including a body extending longitudinally between a first end and a second end , said first end having a writing tip which is able to write on a support, - a module comprising at least one motion sensor configured to acquire motion data on the handwriting of a user when the user is writing a characters sequence with said handwriting instrument , - a calculating unit communicating with said at least one motion sensor and configured to analyze said motion data by a machine learning model trained in a multitask way comprising a stroke segmentation task and a character recognition task, said machine learning model, stored in the calculating unit , and being configured to deliver as an output the sequence of characters which was written by the user with said handwriting instrument;
A sonar system comprising: a transducer module configured for mounting on a hull of a boat ; a forward-looking sonar subsystem housed by the transducer module ; and a side-scan sonar subsystem , a processing module operably coupled to the forward-looking sonar subsystem and the side-scan sonar subsystem , the processing module operable to correlate a target detected by the forward-looking sonar subsystem with a target detected by the side-scan sonar subsystem , a display module connected to the processing module , the sonar system characterized in that : the side-scan sonar subsystem is housed by the transducer module ; and the display module is operable to display the target detected by the side scan sonar subsystem highlighted based on a feature extracted from the forward looking data correlated to side-scan sonar data, wherein the feature used to highlight side scan sonar targets is target speed. a transducer module configured for mounting on a hull of a boat ; a forward-looking sonar subsystem housed by the transducer module ; and a side-scan sonar subsystem , a processing module operably coupled to the forward-looking sonar subsystem and the side-scan sonar subsystem , the processing module operable to correlate a target detected by the forward-looking sonar subsystem with a target detected by the side-scan sonar subsystem , a display module connected to the processing module , the sonar system characterized in that : the side-scan sonar subsystem is housed by the transducer module ; and the display module is operable to display the target detected by the side scan sonar subsystem highlighted based on a feature extracted from the forward looking data correlated to side-scan sonar data, wherein the feature used to highlight side scan sonar targets is target speed. the side-scan sonar subsystem is housed by the transducer module ; and the display module is operable to display the target detected by the side scan sonar subsystem highlighted based on a feature extracted from the forward looking data correlated to side-scan sonar data, wherein the feature used to highlight side scan sonar targets is target speed.