mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a dual fuel engine comprising a main injector and a pilot injector, the method comprising: operating the dual fuel engine in liquid fuel mode by performing a main injection with the main injector and performing an injection with the pilot injector repeatedly throughout operating the dual fuel engine in the liquid fuel mode; operating the dual fuel engine in gaseous fuel mode by performing a pilot-injection with the pilot injector for initiating the combustion process of the gaseous fuel, wherein, when changing between the gaseous fuel mode and the liquid fuel mode, a timing of the operation of the pilot injector is switched from pre-combustion timing at the beginning of the power stroke during the gaseous fuel mode to a post-liquid fuel injection timing during liquid fuel mode and vice versa, the pilot injector is cleaned and/or cooled during operation of the dual fuel engine in the liquid fuel mode by performing the injection within each or each n th combustion cycle throughout operating the dual fuel engine in the liquid fuel mode, a sequence of combustion cycles distributed throughout operating the dual fuel engine in the liquid fuel mode, or at a regular or irregular pattern skipping a subset of (one, two, three, or even more) combustion cycles throughout operating the dual fuel engine in the liquid fuel mode, and wherein the injection begins at the end or after a main liquid fuel injection. operating the dual fuel engine in liquid fuel mode by performing a main injection with the main injector and performing an injection with the pilot injector repeatedly throughout operating the dual fuel engine in the liquid fuel mode; operating the dual fuel engine in gaseous fuel mode by performing a pilot-injection with the pilot injector for initiating the combustion process of the gaseous fuel, wherein, when changing between the gaseous fuel mode and the liquid fuel mode, a timing of the operation of the pilot injector is switched from pre-combustion timing at the beginning of the power stroke during the gaseous fuel mode to a post-liquid fuel injection timing during liquid fuel mode and vice versa, the pilot injector is cleaned and/or cooled during operation of the dual fuel engine in the liquid fuel mode by performing the injection within each or each n th combustion cycle throughout operating the dual fuel engine in the liquid fuel mode, a sequence of combustion cycles distributed throughout operating the dual fuel engine in the liquid fuel mode, or at a regular or irregular pattern skipping a subset of (one, two, three, or even more) combustion cycles throughout operating the dual fuel engine in the liquid fuel mode, and wherein the injection begins at the end or after a main liquid fuel injection.
A system for performing a percutaneous tracheostomy, comprising: an inflation assembly including an elongated tube, an inflatable member, a magnetic member, and a barrier member, the elongated tube having a first end, a second end, and defining a lumen, the inflatable member coupled to the first end of the elongated tube, the inflatable member fluidically coupled to the lumen such that the inflatable member can receive fluid via the lumen, the magnetic member coupled to the first end of the elongated tube such that movement of the magnetic member can cause corresponding movement of the first end of the elongated tube, the barrier member coupled to the inflatable member and configured to be more resistant to being pierced than a sidewall of the inflatable member; and a guidewire assembly including a guidewire having a first end and a second end, the first end of the guidewire assembly including a coupling member, the coupling member configured to couple to the inflatable member such that translation of the elongated tube translates the guidewire assembly. an inflation assembly including an elongated tube, an inflatable member, a magnetic member, and a barrier member, the elongated tube having a first end, a second end, and defining a lumen, the inflatable member coupled to the first end of the elongated tube, the inflatable member fluidically coupled to the lumen such that the inflatable member can receive fluid via the lumen, the magnetic member coupled to the first end of the elongated tube such that movement of the magnetic member can cause corresponding movement of the first end of the elongated tube, the barrier member coupled to the inflatable member and configured to be more resistant to being pierced than a sidewall of the inflatable member; and a guidewire assembly including a guidewire having a first end and a second end, the first end of the guidewire assembly including a coupling member, the coupling member configured to couple to the inflatable member such that translation of the elongated tube translates the guidewire assembly.
A method that comprises: obtaining nuclear magnetic resonance data; training a radial basis function model based on the NMR data and measured total organic carbon values; obtaining subsequent NMR data; employing the trained RBF model to predict TOC values based at least in part on the subsequent NMR data; and storing or displaying the predicted TOC values, wherein the predicted TOC values correspond to a rock sample or subsurface formation volume. obtaining nuclear magnetic resonance data; training a radial basis function model based on the NMR data and measured total organic carbon values; obtaining subsequent NMR data; employing the trained RBF model to predict TOC values based at least in part on the subsequent NMR data; and storing or displaying the predicted TOC values, wherein the predicted TOC values correspond to a rock sample or subsurface formation volume.
A method for detecting vertical text in a fixed format document, the method comprising: receiving a fixed format document, the fixed document comprising one or more text runs on one or more pages; analyzing the one or more text runs on a page for finding at least one Chinese, Japanese, or Korean character; if at least one Chinese, Japanese, or Korean character is found on the page, analyzing the one or more text runs on the page for determining a text direction for the page, wherein said analyzing the one or more text runs on the page for determining said text direction for the page comprises: analyzing the one or more text runs in a horizontal line and in a vertical line; for each text run, determining if the text run fits a horizontal or a vertical sequence of text runs; counting a number of characters in each horizontal text run and each vertical text run; and if more characters are in the vertical text runs than in the horizontal text runs, determining the page comprises vertical text; if the page comprises vertical text, rotating the vertical text 90° counterclockwise for layout analysis for reconstruction in a flow format document; and restructuring the vertical text as flow format vertical text in said flow format document. receiving a fixed format document, the fixed document comprising one or more text runs on one or more pages; analyzing the one or more text runs on a page for finding at least one Chinese, Japanese, or Korean character; if at least one Chinese, Japanese, or Korean character is found on the page, analyzing the one or more text runs on the page for determining a text direction for the page, wherein said analyzing the one or more text runs on the page for determining said text direction for the page comprises: analyzing the one or more text runs in a horizontal line and in a vertical line; for each text run, determining if the text run fits a horizontal or a vertical sequence of text runs; counting a number of characters in each horizontal text run and each vertical text run; and if more characters are in the vertical text runs than in the horizontal text runs, determining the page comprises vertical text; analyzing the one or more text runs in a horizontal line and in a vertical line; for each text run, determining if the text run fits a horizontal or a vertical sequence of text runs; counting a number of characters in each horizontal text run and each vertical text run; and if more characters are in the vertical text runs than in the horizontal text runs, determining the page comprises vertical text; if the page comprises vertical text, rotating the vertical text 90° counterclockwise for layout analysis for reconstruction in a flow format document; and restructuring the vertical text as flow format vertical text in said flow format document.
A system for partition inside a closed space such as the loading compartment of a refrigerated vehicle dividing the space into two parts, and the partition of which is suspended from at least one carriage movable on a rail attached to the ceiling of the space and extending perpendicularly to the plane of the partition, so as to be able to pivot about an axis of the carriage between a vertical position dividing the space and a horizontal retracted position under the ceiling, the system comprising means for pivoting the partition between its dividing and retracted positions and for locking and unlocking the partition in these positions, characterized in that the pivoting, locking and unlocking means are integrated into the thickness of the partition, the carriage being part of a support arrangement, which comprises a device in stick form which is mounted pivoting on the carriage and which is integrated into the thickness of the partition while extending perpendicularly from the upper edge of the latter and in which the means for locking and unlocking the partition are arranged.
A safety joint comprising: a plug body having a flow passage (11A-3) with a small inner diameter that is open at one end and a flow passage (11A-2) with a large inner diameter that communicates with the flow passage (11A-3) with a small inner diameter via a tapered valve seat; a valve body having a small-diameter portion and a large-diameter portion continuous with the small-diameter portion via a tapered portion; an elastic body that presses the valve body in a direction of the two flow passages (11A-2, 11A-3) in the plug body; a hollow-shaped cover having a plurality of projections on an outer peripheral portion thereof, the cover being disposed in the flow passage (11A-2) with a large inner diameter of the plug body so as to surround the valve body; a first sealing means (12S1) formed by the tapered portion of the valve body coming into contact with the valve seat of the plug body; a second sealing means (12S2) provided in the small-diameter portion of the valve body and abutting against an inner wall of the flow passage (11A-3) with a small inner diameter of the plug body, wherein when the tapered portion of the valve body is not seated on the valve seat of the plug body, the cover surrounds at least a portion of a region from the second sealing means (12S2) to the large-diameter portion side of the valve body, and a flow passage is formed by the adjacent projections and the outer peripheral portion of the cover, and an inner peripheral surface of the passage (11A-2) with a large inner diameter of the plug body. a plug body having a flow passage (11A-3) with a small inner diameter that is open at one end and a flow passage (11A-2) with a large inner diameter that communicates with the flow passage (11A-3) with a small inner diameter via a tapered valve seat; a valve body having a small-diameter portion and a large-diameter portion continuous with the small-diameter portion via a tapered portion; an elastic body that presses the valve body in a direction of the two flow passages (11A-2, 11A-3) in the plug body; a hollow-shaped cover having a plurality of projections on an outer peripheral portion thereof, the cover being disposed in the flow passage (11A-2) with a large inner diameter of the plug body so as to surround the valve body; a first sealing means (12S1) formed by the tapered portion of the valve body coming into contact with the valve seat of the plug body; a second sealing means (12S2) provided in the small-diameter portion of the valve body and abutting against an inner wall of the flow passage (11A-3) with a small inner diameter of the plug body, wherein when the tapered portion of the valve body is not seated on the valve seat of the plug body, the cover surrounds at least a portion of a region from the second sealing means (12S2) to the large-diameter portion side of the valve body, and a flow passage is formed by the adjacent projections and the outer peripheral portion of the cover, and an inner peripheral surface of the passage (11A-2) with a large inner diameter of the plug body.
A shoe (128, 228, 328) comprising: (a) an upper (126, 226, 326); and (b) a sole coupled to the upper (126, 226, 326); wherein a portion of the upper (126, 226, 326) and the sole comprises a multilayered material comprising: (i) at least one nonwoven fiber layer, the fiber layer comprising a plurality of unidirectionally oriented fibers (14, 16, 18); and (ii) a matrix material (12, 20); wherein the multilayered material comprises elastic properties that allow the multilayered material to deform when stretched over a three dimensional mold, and wherein the upper comprises at least a portion formed of the multilayered material and wherein the multilayered material comprises at least three nonwoven fiber layers (14, 16, 18), each fiber layer comprising a plurality of unidirectionally oriented fibers, wherein the fibers in a first one of the at least three nonwoven fiber layers (14, 16, 18) form an angle in the range of -25° to -65° with respect to the fibers in another one of the at least three nonwoven fiber layers (14, 16, 18), and the fibers in a second one of the at least three nonwoven fiber layers (14, 16, 18) form an angle in the range of +25° to +65° with respect to the fibers in another one of the at least three nonwoven fiber layers (14, 16,18). (a) an upper (126, 226, 326); and (b) a sole coupled to the upper (126, 226, 326); (i) at least one nonwoven fiber layer, the fiber layer comprising a plurality of unidirectionally oriented fibers (14, 16, 18); and (ii) a matrix material (12, 20);
Process for producing a non-dairy food product of enhanced viscosity, comprising mixing of aqueous liquid deamidated oat base and vegetable protein isolate comprising or consisting of vegetable protein isolate selected from pea protein isolate, potato protein isolate, faba bean protein isolate, chickpea protein isolate, and lentil protein isolate, thereby providing a mixture of the liquid deamidated oat base and the vegetable protein isolate; crosslinking of glutamine and lysine units of the protein isolate by means of transglutaminase.
A disk brake device, comprising: a caliper body including a cylinder part which is disposed on an inner side of a rotor, a pawl part which is disposed on an outer side of the rotor, wherein the cylinder part and the pawl part are connected together by a center bridge and side bridges respectively disposed on a turn-in side and a turn-out side of the rotor with the center bridges as base points thereof; a support including guide pin guiding parts disposed in a range of a thickness of a back part of the caliper body constituting the center bridges and the side bridges, the guide pin guiding parts being interposed between the cylinder part and the pawl part; guide pins slidable with respect to the guide pin guiding parts of the support; and an inner side brake pad and an outer side brake pad respectively disposed on the inner side and outer side of the rotor, characterized in that the pawl part has an inner peripheral side notch section at a position opposed to a cylinder arranged position and outer side notch sections, wherein the outer side notch sections are respectively interposed between the center bridges and the side bridges; the guide pin guiding parts are exposed to an outside of the caliper body from the outer peripheral side notch sections; and the outer side brake pad is threadedly engaged with such a surface of the pawl part opposed to the rotor on the turn-in side and the turn-out side of the rotor with respect to the inner peripheral side notch section. a caliper body including a cylinder part which is disposed on an inner side of a rotor, a pawl part which is disposed on an outer side of the rotor, wherein the cylinder part and the pawl part are connected together by a center bridge and side bridges respectively disposed on a turn-in side and a turn-out side of the rotor with the center bridges as base points thereof; a support including guide pin guiding parts disposed in a range of a thickness of a back part of the caliper body constituting the center bridges and the side bridges, the guide pin guiding parts being interposed between the cylinder part and the pawl part; guide pins slidable with respect to the guide pin guiding parts of the support; and an inner side brake pad and an outer side brake pad respectively disposed on the inner side and outer side of the rotor,
A method of executing an application by a device, the method comprising: executing the application; storing log information according to the execution of the application, wherein the log information comprises information generated by the execution of the application based on a user's actions or inputs; displaying information for requesting mapping between a short run indicator and application execution information during execution of the application; receiving a mapping request signal based on the displayed information for requesting the mapping during execution of the application; in response to receiving the mapping request signal, acquiring the application execution information from the stored log information, wherein the acquired application execution information comprises log information corresponding to an execution starting point of the application up to the receiving of the mapping request signal; generating mapping information between the acquired application execution information and the short run indicator, wherein the short run indicator is input or selected by the user for automatically executing the application starting from an execution stage of the application based on the application execution information; and storing the mapping information in at least one of the device and an externa device. executing the application; storing log information according to the execution of the application, wherein the log information comprises information generated by the execution of the application based on a user's actions or inputs; displaying information for requesting mapping between a short run indicator and application execution information during execution of the application; receiving a mapping request signal based on the displayed information for requesting the mapping during execution of the application; in response to receiving the mapping request signal, acquiring the application execution information from the stored log information, wherein the acquired application execution information comprises log information corresponding to an execution starting point of the application up to the receiving of the mapping request signal; generating mapping information between the acquired application execution information and the short run indicator, wherein the short run indicator is input or selected by the user for automatically executing the application starting from an execution stage of the application based on the application execution information; and storing the mapping information in at least one of the device and an externa device.
A system for a catheterization of the bladder of a patient, comprising a device and a compound, wherein the device comprises a) a shaft-shaped, draining indwelling part that can be placed in the bladder and in the urethra in the manner of a catheter, having a urine draining lumen and at least one drainage opening in the region of the distal tip of the shaft-shaped indwelling part; and b) a retractable insertion aid that is inserted into the urine draining lumen of the shaft-shaped indwelling part, which facilitates insertion into and passage through the urethra and has a tubular or hose-like construction with an apical opening for terminal release of a substance in the region of the distal tip of the indwelling part; characterized in that c) the substance which is released through the apical opening has lubricating and/or lumen-straightening properties; and d) the shaft portion of the indwelling part which encompasses the urine draining lumen extends from a retention balloon up to a proximal connector. a) a shaft-shaped, draining indwelling part that can be placed in the bladder and in the urethra in the manner of a catheter, having a urine draining lumen and at least one drainage opening in the region of the distal tip of the shaft-shaped indwelling part; and b) a retractable insertion aid that is inserted into the urine draining lumen of the shaft-shaped indwelling part, which facilitates insertion into and passage through the urethra and has a tubular or hose-like construction with an apical opening for terminal release of a substance in the region of the distal tip of the indwelling part; characterized in that c) the substance which is released through the apical opening has lubricating and/or lumen-straightening properties; and d) the shaft portion of the indwelling part which encompasses the urine draining lumen extends from a retention balloon up to a proximal connector.
A system for testing cardiac exercise functions, comprising: at least one wearable component worn by a testee, comprising an ECG acquisition module configured to acquire ECG signal of the testee, and an exercise acquisition module configured to acquire an exercise signal of the testee without or with a load; a handhold electronic device configured to acquire the ECG signal and the exercise signal of the testee from the at least one wearable component in a wired or wireless communication manner, process the ECG signal and the exercise signal, and control a process of cardiac exercise testing; and a workstation connected to the handhold electronic device in a wireless or wired communication manner, configured to receive data from the handhold electronic device, complete the process of cardiac exercise testing under the monitoring of a user, and generate a test report comprising at least ECG parameters, exercise parameters and Chronotropic Competence Indices (CCIs), characterised in that the CCIs comprise Resting Heart Rate, Chronotropic Limit, Chronotropic Rate, and Heartrate Recovery after Exercise; and the CR is measured according to the following equation: CR = H R stage − H R rest / ME T stage − 1 wherein HR stage and MET stage represent a heart rate and an exercise metabolic equivalent of the testee at a certain time during the test respectively, and HR rest represents a heart rate of the testee during resting. at least one wearable component worn by a testee, comprising an ECG acquisition module configured to acquire ECG signal of the testee, and an exercise acquisition module configured to acquire an exercise signal of the testee without or with a load; a handhold electronic device configured to acquire the ECG signal and the exercise signal of the testee from the at least one wearable component in a wired or wireless communication manner, process the ECG signal and the exercise signal, and control a process of cardiac exercise testing; and a workstation connected to the handhold electronic device in a wireless or wired communication manner, configured to receive data from the handhold electronic device, complete the process of cardiac exercise testing under the monitoring of a user, and generate a test report comprising at least ECG parameters, exercise parameters and Chronotropic Competence Indices (CCIs), characterised in that the CCIs comprise Resting Heart Rate, Chronotropic Limit, Chronotropic Rate, and Heartrate Recovery after Exercise; and the CR is measured according to the following equation: CR = H R stage − H R rest / ME T stage − 1 wherein HR stage and MET stage represent a heart rate and an exercise metabolic equivalent of the testee at a certain time during the test respectively, and HR rest represents a heart rate of the testee during resting.