mhurhangee/ep-ind-claims huggingface dataset:
A latch mechanism (120, 220), comprising: a support assembly that supports a passenger article and allows the passenger article to move with respect to the support assembly; and an eccentric member (132, 226, 320) having an axis (140, 224, 340) and a periphery, the periphery comprising a major working surface (134, 228, 328) and a minor working surface (136, 230, 330), the major working surface (134, 228, 328) being farther from the axis (140, 224, 340) than the minor working surface (136, 230, 330); wherein the eccentric member (132, 226, 320) is configured to be rotatingly connected with the passenger article and arranged to engage with the support assembly such that, when the eccentric member (132, 226, 320) is rotated, the eccentric member (132, 226, 320) causes the passenger article to displace relative to the support assembly; wherein the latch mechanism (120, 220) further comprises a handle (122, 222) connected to the eccentric member (132, 226, 320) such that, when the handle (122, 222) is rotated, the eccentric member (132, 226, 320) is rotated with the handle (122, 222); characterised in that the handle (122, 222) is connected to the eccentric member (132, 226, 320) by a connector (154, 250) rotatingly received in the eccentric member axis (140, 224, 340). a support assembly that supports a passenger article and allows the passenger article to move with respect to the support assembly; and an eccentric member (132, 226, 320) having an axis (140, 224, 340) and a periphery, the periphery comprising a major working surface (134, 228, 328) and a minor working surface (136, 230, 330), the major working surface (134, 228, 328) being farther from the axis (140, 224, 340) than the minor working surface (136, 230, 330); wherein the eccentric member (132, 226, 320) is configured to be rotatingly connected with the passenger article and arranged to engage with the support assembly such that, when the eccentric member (132, 226, 320) is rotated, the eccentric member (132, 226, 320) causes the passenger article to displace relative to the support assembly; wherein the latch mechanism (120, 220) further comprises a handle (122, 222) connected to the eccentric member (132, 226, 320) such that, when the handle (122, 222) is rotated, the eccentric member (132, 226, 320) is rotated with the handle (122, 222); characterised in that the handle (122, 222) is connected to the eccentric member (132, 226, 320) by a connector (154, 250) rotatingly received in the eccentric member axis (140, 224, 340).
A fluid purification system, comprising: a fluid flow conduit; an LED light source emitting ultraviolet light within the fluid flow conduit, wherein the ultraviolet light has a peak wavelength between about 265nm and about 400nm, a photo-catalytic material disposed within the fluid flow conduit, wherein the photocatalytic material is positioned within an illumination area provided by the LED light source; and a light reflector disposed within the fluid flow conduit and positioned within the illumination area provided by the LED light source to reflect the light emitted by the LED light source, wherein the light reflector comprises one or more discrete or continuous concave surfaces and extends into the conduit to cover 20% to 80% of the cross-sectional area of the conduit. a fluid flow conduit; an LED light source emitting ultraviolet light within the fluid flow conduit, wherein the ultraviolet light has a peak wavelength between about 265nm and about 400nm, a photo-catalytic material disposed within the fluid flow conduit, wherein the photocatalytic material is positioned within an illumination area provided by the LED light source; and a light reflector disposed within the fluid flow conduit and positioned within the illumination area provided by the LED light source to reflect the light emitted by the LED light source, wherein the light reflector comprises one or more discrete or continuous concave surfaces and extends into the conduit to cover 20% to 80% of the cross-sectional area of the conduit.
A manufacturing method of a sheet molding compound, comprising: (i) a step of drawing out a continuous carbon fiber bundle from a package, the continuous fiber bundle having a filament number of NK and partially split into n sub-bundles in advance; (ii) a step of chopping the continuous carbon fiber bundle drawn out from the package with a rotary cutter into chopped carbon fiber bundles; and (iii) a step of depositing the chopped carbon fiber bundles on a carrier film traveling below the rotary cutter to form a carbon fiber mat, wherein a fragmentation processing is performed so that at least some of the chopped carbon fiber bundles before being deposited on the carrier film are fragmented by being brought into contact with a rotating body, characterized in that, in the package, the continuous carbon fiber bundle is wound so that the adjacent sub-bundles overlap each other. (i) a step of drawing out a continuous carbon fiber bundle from a package, the continuous fiber bundle having a filament number of NK and partially split into n sub-bundles in advance; (ii) a step of chopping the continuous carbon fiber bundle drawn out from the package with a rotary cutter into chopped carbon fiber bundles; and (iii) a step of depositing the chopped carbon fiber bundles on a carrier film traveling below the rotary cutter to form a carbon fiber mat,
A composition which is a zinc-free aqueous brine having a density of 1.71 kg/L (14.3 pounds per gallon) or more, and a true crystallization temperature of -6.7°C (20°F) or less, which composition comprises water and one or more inorganic bromide salts, with the provisos that: when calcium bromide is present, one or more other water-soluble inorganic salts are also present, wherein the other water-soluble inorganic salt is selected from an inorganic bromide salt and manganese nitrate, when lithium bromide is present, calcium bromide is absent, when bismuth bromide is present, one or more other water-soluble inorganic salts are also present, and for a true crystallization temperature of -12.2°C (10°F) or less, when manganese bromide is present, one or more other water-soluble inorganic salts are also present. when calcium bromide is present, one or more other water-soluble inorganic salts are also present, wherein the other water-soluble inorganic salt is selected from an inorganic bromide salt and manganese nitrate, when lithium bromide is present, calcium bromide is absent, when bismuth bromide is present, one or more other water-soluble inorganic salts are also present, and for a true crystallization temperature of -12.2°C (10°F) or less, when manganese bromide is present, one or more other water-soluble inorganic salts are also present.
A cold rolled steel sheet having a tensile strength TS of 590 - 800 MPa, which has a chemical composition comprising C: 0.06-0.14 mass%, Si: less than 0.25 mass%, Mn: 1.6-2.5 mass%, P: not more than 0.10 mass%, S: not more than 0.020 mass%, Al: 0.01-0.10 mass%, N: not more than 0.010 mass%, Nb: not more than 0.080 mass% (including 0 mass%), Ti: not more than 0.080 mass% (including 0 mass%), provided that Nb and Ti are contained in an amount of 0.020-0.080 mass% in total, optionally one or more selected from Cr: not more than 0.3 mass%, Mo: not more than 0.3 mass%, B: not more than 0.005 mass%, Cu: not more than 0.3 mass%, Ni: not more than 0.3 mass% and Sb: not more than 0.3 mass%, and the remainder being Fe and inevitable impurities, wherein Sn, Co, W, Ca, Na and Mg may be contained in an amount of not more than 0.01 mass% in total as inevitable impurities, a steel structure that an area ratio of ferrite is not less than 85%; an area ratio of martensite is 3-15%; an area ratio of unrecrystallized ferrite is not more than 5%; an average crystal grain size d of the ferrite is 2-8 μm; and a ratio (L/d) of an average value L (μm) among intervals between martensite grains closest to each other to the average crystal grain size d of the ferrite is 0.20-0.80, and mechanical properties that a yield ratio YR in a direction perpendicular to a rolling direction is not less than 0.68 and a ratio (TS D /TS C) of tensile strength TS D in a direction of 45° to the rolling direction to tensile strength TSc in a direction perpendicular to the rolling direction is not less than 0.95; wherein the area ratio of ferrite, martensite and unrecrystallized ferrite, as well as the average crystal grain size of ferrite and the average value L among intervals between martensite grains closest to each other, as well as the yield ratio YR and the ratio (TS D /TS C) are measured as described in the description.
A method of performing, by a user equipment, UE, a power headroom reporting, PHR, procedure in a wireless communication system, the method comprising: receiving a handover command including a media access control main configuration, MAC-MainConfig, including a PHR configuration, phr-config, triggering at least one PHR by reconfiguring the MAC-MainConfig; determining whether the triggered at least one PHR is not cancelled, wherein when the triggered at least one PHR has not been transmitted, the triggered at least one PHR is not cancelled; and transmitting a PHR if it is determined that the triggered at least one PHR is not cancelled. receiving a handover command including a media access control main configuration, MAC-MainConfig, including a PHR configuration, phr-config, triggering at least one PHR by reconfiguring the MAC-MainConfig; determining whether the triggered at least one PHR is not cancelled, wherein when the triggered at least one PHR has not been transmitted, the triggered at least one PHR is not cancelled; and transmitting a PHR if it is determined that the triggered at least one PHR is not cancelled.
A tool (150; 301; 501) for switching a state of an electromagnetic relay (100; 200; 300; 500) comprising, a switching member (150; 304; 504) capable of moving between a first position (X; W) and a second position along a path (204; 306; 506) oriented to the relay (100; 200; 300; 500); characterized in that: the switching member (150; 304; 504) comprises a magnet, and movement of the switching member (150; 304; 504) from the first position (X; W) to the second position is capable of switching a switch state of the electromagnetic relay (100; 200; 300; 500) via a magnetic force exerted by the switching member (150; 304; 504).
A method for manufacturing paper suitable for use as a support layer of a release liner, the method comprising: - forming a paper web from pulp slurry, - reducing moisture content of the paper web by a press section (PSEC), such that after the press section (PSEC), the paper web has a dry content level in the range of 15 to 35 wt.-%, - supporting the paper web by a belt (BELT1) across a distance from a first contact point in the press section (PSEC) to a first separation point in a drying section (DSEC), wherein the press section (PSEC) is positioned before the drying section (DSEC) in the travel direction of the paper web, the first contact point defining a point where the belt (BELT1) supporting the paper web is detached from a roll and the first separation point denoting the beginning of the drying section (DSEC) and wherein the paper web is detached from the belt (BELT1), and - heating the paper web when supported by said belt (BELT1) such that the temperature of the paper web is in the range of 56 to 99°C at the first separation point, and the dry content of the paper web is equal to or higher than 40 wt.-% at the first separation point, - drying the paper web to form paper. - forming a paper web from pulp slurry, - reducing moisture content of the paper web by a press section (PSEC), such that after the press section (PSEC), the paper web has a dry content level in the range of 15 to 35 wt.-%, - supporting the paper web by a belt (BELT1) across a distance from a first contact point in the press section (PSEC) to a first separation point in a drying section (DSEC), wherein the press section (PSEC) is positioned before the drying section (DSEC) in the travel direction of the paper web, the first contact point defining a point where the belt (BELT1) supporting the paper web is detached from a roll and the first separation point denoting the beginning of the drying section (DSEC) and wherein the paper web is detached from the belt (BELT1), and - heating the paper web when supported by said belt (BELT1) such that the temperature of the paper web is in the range of 56 to 99°C at the first separation point, and the dry content of the paper web is equal to or higher than 40 wt.-% at the first separation point, - drying the paper web to form paper.
Motor vehicle hood latch, comprising a locking mechanism (2, 3) consisting substantially of a catch and a pawl, and a positioning device (6, 7, 8) for a locking bolt or another stop part on a hood, the positioning device (6, 7, 8) being equipped with an actuating means for realizing a lifting position of the hood, the actuating means being acted upon by a locking mechanism component (2, 3) for interaction with the hood, characterized in that the actuating means is made of plastics material and is a component of a plastics casing of the relevant locking mechanism component (2, 3).
An endoscopic surgery device comprising: a guide member configured to penetrate through a body wall to be inserted into a body cavity; an endoscope insertion path which is provided inside the guide member, and into which an endoscope configured to observe an inside of the body cavity is insertable in a back-and-forth movable manner; a treatment tool insertion path which is provided inside the guide member, and into which a treatment tool configured to inspect or treat a diseased part in the body cavity is insertable in a back-and-forth movable manner; endoscope drive means including a non-operating area where the endoscope inserted into the endoscope insertion path is not moved back and forth, and an operating area which is an area other than the non-operating area, and in which the endoscope is moved back and forth; detection means configured to detect a movement amount of the treatment tool with respect to the guide member when the treatment tool inserted into the treatment tool insertion path moves back and forth; and control means configured to control the endoscope drive means in accordance with the movement amount of the treatment tool detected by the detection means, wherein the endoscope drive means comprises a slider configured to move back and forth in the endoscope insertion path to allow the endoscope to move back and forth in interlock with the slider, and the slider is provided with an allowance part corresponding to the non-operating area, beyond which the endoscope starts moving back and forth in interlock with the slider. a guide member configured to penetrate through a body wall to be inserted into a body cavity; an endoscope insertion path which is provided inside the guide member, and into which an endoscope configured to observe an inside of the body cavity is insertable in a back-and-forth movable manner; a treatment tool insertion path which is provided inside the guide member, and into which a treatment tool configured to inspect or treat a diseased part in the body cavity is insertable in a back-and-forth movable manner; endoscope drive means including a non-operating area where the endoscope inserted into the endoscope insertion path is not moved back and forth, and an operating area which is an area other than the non-operating area, and in which the endoscope is moved back and forth; detection means configured to detect a movement amount of the treatment tool with respect to the guide member when the treatment tool inserted into the treatment tool insertion path moves back and forth; and control means configured to control the endoscope drive means in accordance with the movement amount of the treatment tool detected by the detection means, wherein the endoscope drive means comprises a slider configured to move back and forth in the endoscope insertion path to allow the endoscope to move back and forth in interlock with the slider, and the slider is provided with an allowance part corresponding to the non-operating area, beyond which the endoscope starts moving back and forth in interlock with the slider.
A hearing device (100, 300L, 300R) adapted for being located in or at an ear of a user and comprising - an input transducer, which is configured to detect and convert an acoustic input signal to an electric input signal; - an output transducer, which is configured to receive and convert an electric output signal to an acoustic or vibrational output signal; - a feedback-path estimation unit, which is configured to estimate a feedback path from the output transducer to the input transducer by performing an adaptive feedback-path estimation algorithm and to set an adaptation rate parameter of the adaptive feedback-path estimation algorithm in dependence on an estimate of a background-noise amplitude spectrum, to which the input transducer is exposed; CHARACTERIZED IN THAT - the feedback-path estimation unit is further configured to provide to the output transducer an electric estimation-control signal for generating an acoustic feedback-path estimation signal having an amplitude spectrum, which has at least one first frequency band with non-zero amplitude and at least one second frequency band with zero amplitude or with a non-zero amplitude smaller than the amplitude in the first frequency band and smaller than a level of background noise (BN') in the respective second frequency band; to control the input transducer to detect the level of background noise (BN') in the at least one second frequency band while the feedback-path estimation signal is provided; and to estimate a background-noise level in the at least one first frequency band for obtaining the estimate of the background-noise amplitude spectrum using the level of background noise (BN') detected in the at least one second frequency band. - an input transducer, which is configured to detect and convert an acoustic input signal to an electric input signal; - an output transducer, which is configured to receive and convert an electric output signal to an acoustic or vibrational output signal; - a feedback-path estimation unit, which is configured to estimate a feedback path from the output transducer to the input transducer by performing an adaptive feedback-path estimation algorithm and to set an adaptation rate parameter of the adaptive feedback-path estimation algorithm in dependence on an estimate of a background-noise amplitude spectrum, to which the input transducer is exposed; CHARACTERIZED IN THAT - the feedback-path estimation unit is further configured to provide to the output transducer an electric estimation-control signal for generating an acoustic feedback-path estimation signal having an amplitude spectrum, which has at least one first frequency band with non-zero amplitude and at least one second frequency band with zero amplitude or with a non-zero amplitude smaller than the amplitude in the first frequency band and smaller than a level of background noise (BN') in the respective second frequency band;
An automated system for detecting fluid influx into a wellbore during pumps-off events, comprising: at least one sensor for measuring at least one parameter related to fluid entering or exiting the well during a pumps-off event; and a processor for receiving a signal indicative of said parameters from the sensor, said processor including a program that compares the received signal to a predetermined threshold value, wherein the program analyzes a plurality of values of the parameters measured during a plurality of previous pumps-off events so as to generate the predetermined threshold value; and providing an output signal indicative of fluid influx from the formation into the well during the pumps-off event when the received signal is beyond the predetermined threshold value wherein the measured parameter is selected from the group consisting of flow rate and volume. at least one sensor for measuring at least one parameter related to fluid entering or exiting the well during a pumps-off event; and a processor for receiving a signal indicative of said parameters from the sensor, said processor including a program that compares the received signal to a predetermined threshold value, wherein the program analyzes a plurality of values of the parameters measured during a plurality of previous pumps-off events so as to generate the predetermined threshold value; and providing an output signal indicative of fluid influx from the formation into the well during the pumps-off event when the received signal is beyond the predetermined threshold value wherein the measured parameter is selected from the group consisting of flow rate and volume.
A fuel injection control apparatus of an internal combustion engine having an in-cylinder injection valve for directly injecting fuel into a combustion chamber, comprising: operating state detection means for detecting an operating state of the internal combustion engine, additional injection means which, when determining based on detection results of the operating state detection means that the operating state of the internal combustion engine is a transient state involving a change in an intake air amount, allows the in-cylinder injection valve to inject an additional fuel amount conformed to the changing intake air amount; and subtraction means for subtracting a minimum fuel amount, injectable from the in-cylinder injection valve, from a fuel amount of an injection to be performed before an injection performed by the additional injection means, wherein the additional injection means allows the in-cylinder injection valve to inject a fuel amount obtained by adding the minimum fuel amount to the additional fuel amount. operating state detection means for detecting an operating state of the internal combustion engine, additional injection means which, when determining based on detection results of the operating state detection means that the operating state of the internal combustion engine is a transient state involving a change in an intake air amount, allows the in-cylinder injection valve to inject an additional fuel amount conformed to the changing intake air amount; and subtraction means for subtracting a minimum fuel amount, injectable from the in-cylinder injection valve, from a fuel amount of an injection to be performed before an injection performed by the additional injection means, wherein the additional injection means allows the in-cylinder injection valve to inject a fuel amount obtained by adding the minimum fuel amount to the additional fuel amount.
A method, comprising: rotating a digital signal related to a carrier by a rotating frequency in a positive direction; rotating a disparate digital signal related to a disparate carrier by the rotating frequency in a negative direction; and adding the rotated digital signal and the disparate rotated digital signal to generate a single baseband waveform. rotating a digital signal related to a carrier by a rotating frequency in a positive direction; rotating a disparate digital signal related to a disparate carrier by the rotating frequency in a negative direction; and adding the rotated digital signal and the disparate rotated digital signal to generate a single baseband waveform.