mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement for measuring a temperature on a tube, comprising a flat measurement head and a holder suitable for encompassing the tube, such that the measurement head is arranged between the holder and the tube, - wherein the measurement head comprises a composite of at least two flexible plastic films (11, 12) and at least one sensing element which is arranged between said plastic films and is provided for detecting the temperature of the tube, - wherein the sensing element comprises contacts (101, 102) and a thermistor layer arranged between said contacts, - wherein the measurement head comprises metallic conductor tracks (14, 15), via which the sensing element can be contacted and which are arranged at least partially between the two plastic films (11, 12), and - wherein the measurement head is suitable for areally touching at least part of the tube surface and for contacting at least 20% of the tube circumference. - wherein the measurement head comprises a composite of at least two flexible plastic films (11, 12) and at least one sensing element which is arranged between said plastic films and is provided for detecting the temperature of the tube, - wherein the sensing element comprises contacts (101, 102) and a thermistor layer arranged between said contacts, - wherein the measurement head comprises metallic conductor tracks (14, 15), via which the sensing element can be contacted and which are arranged at least partially between the two plastic films (11, 12), and - wherein the measurement head is suitable for areally touching at least part of the tube surface and for contacting at least 20% of the tube circumference.
A fiber optic module, comprising: an interior; at least one adapter disposed in one end of the fiber optic module having a fiber optic connector configured to connect to one or more optical fibers; a splice holder assembly positioned in the interior, wherein the splice holder assembly comprises a single fiber splice holder assembly and a ribbon fiber splice holder mounted on a common base; wherein the splice holder assembly is configured to provide fiber management for the one or more optical fibers within the interior of the fiber optic module; characterized by a first component holder and a second component holder, wherein the first component holder and the second component holder each comprise a tab (138, 140) configured to hold a fiber optic component, namely a ribbon furcation component or a splitter component, in place within the interior of the fiber optic module. an interior; at least one adapter disposed in one end of the fiber optic module having a fiber optic connector configured to connect to one or more optical fibers; a splice holder assembly positioned in the interior, wherein the splice holder assembly comprises a single fiber splice holder assembly and a ribbon fiber splice holder mounted on a common base; wherein the splice holder assembly is configured to provide fiber management for the one or more optical fibers within the interior of the fiber optic module; characterized by a first component holder and a second component holder, wherein the first component holder and the second component holder each comprise a tab (138, 140) configured to hold a fiber optic component, namely a ribbon furcation component or a splitter component, in place within the interior of the fiber optic module.
A method of reducing one or more error types in cardiac system data obtained from a subject using a plurality of electrodes, the method comprising: defining an error reducing vector m̂ by normalizing a differential electric field vector using a magnitude, wherein the differential electric field vector is a difference of a first electric field vector E ( t j) and a second electric field vector E ( t i), wherein t i and t j are electric field measurements in time, wherein t j > t i and wherein the magnitude is | E ( t j) - E ( t i)|; determining a cardiac system parameter by performing a vector operation comprising operating, using a dot product operator, upon (i) m̂ or a vector perpendicular thereto m̂ ⊥ and (ii) a diagnostic vector, wherein the diagnostic vector is generated using measured cardiac electrogram signals to generate an output, wherein the output is a scalar output or a vector output; and displaying the output or information correlated with the output. defining an error reducing vector m̂ by normalizing a differential electric field vector using a magnitude, wherein the differential electric field vector is a difference of a first electric field vector E ( t j) and a second electric field vector E ( t i), wherein t i and t j are electric field measurements in time, wherein t j > t i and wherein the magnitude is | E ( t j) - E ( t i)|; determining a cardiac system parameter by performing a vector operation comprising operating, using a dot product operator, upon (i) m̂ or a vector perpendicular thereto m̂ ⊥ and (ii) a diagnostic vector, wherein the diagnostic vector is generated using measured cardiac electrogram signals to generate an output, wherein the output is a scalar output or a vector output; and displaying the output or information correlated with the output. (i) m̂ or a vector perpendicular thereto m̂ ⊥ and (ii) a diagnostic vector, wherein the diagnostic vector is generated using measured cardiac electrogram signals
A lockout assembly configured to lockout a battery connector including a connector head connected to a wire, the lockout assembly comprising: a connector cover part including a cupped portion providing a cavity and a guide rail extending away from the cavity, the cavity being dimensioned to receive an end of the connector head; a sliding part dimensioned to slidably engage the guide rail and having a hooking foot, the hooking foot configured to selectively engage the connector head opposite the cavity of the connector cover part; wherein the guide rail has a cavity end and a stop end with the cupped portion being positioned near the cavity end characterized by a blocking feature being positioned on the stop end including a protrusion, wherein the blocking feature prevents the sliding part from disengaging with the guide rail after the sliding part is assembled with the connector cover part by sliding the sliding part onto the guide rail fully past the blocking feature. a connector cover part including a cupped portion providing a cavity and a guide rail extending away from the cavity, the cavity being dimensioned to receive an end of the connector head; a sliding part dimensioned to slidably engage the guide rail and having a hooking foot, the hooking foot configured to selectively engage the connector head opposite the cavity of the connector cover part; wherein the guide rail has a cavity end and a stop end with the cupped portion being positioned near the cavity end characterized by a blocking feature being positioned on the stop end including a protrusion, wherein the blocking feature prevents the sliding part from disengaging with the guide rail after the sliding part is assembled with the connector cover part by sliding the sliding part onto the guide rail fully past the blocking feature.
A process comprising: a) providing one or more partially oriented fibers, wherein said partially oriented fibers have a tenacity of at least 18 g/denier up to 27 g/denier and wherein each of said partially oriented fibers has at least some exposed surface areas that are at least partially free of a fiber surface finish; b) treating the exposed fiber surfaces under conditions effective to enhance the surface energy of the fiber surfaces; c) applying a protective coating onto at least a portion of the treated fiber surfaces to thereby form coated, treated fibers; and d) passing the coated, treated fibers through one or more dryers to dry the coating on the coated, treated fibers while simultaneously stretching the coated, treated fibers as they travel through the one or more dryers, thereby forming highly oriented fibers having a tenacity of greater than 27 g/denier, wherein the tenacity of said fibers is measured by ASTM D2256. a) providing one or more partially oriented fibers, wherein said partially oriented fibers have a tenacity of at least 18 g/denier up to 27 g/denier and wherein each of said partially oriented fibers has at least some exposed surface areas that are at least partially free of a fiber surface finish; b) treating the exposed fiber surfaces under conditions effective to enhance the surface energy of the fiber surfaces; c) applying a protective coating onto at least a portion of the treated fiber surfaces to thereby form coated, treated fibers; and d) passing the coated, treated fibers through one or more dryers to dry the coating on the coated, treated fibers while simultaneously stretching the coated, treated fibers as they travel through the one or more dryers, thereby forming highly oriented fibers having a tenacity of greater than 27 g/denier,
A gear assembly comprising a plurality of planetary gear sets secured in a straddle-type carrier, wherein each of said planetary gear sets comprises a planet gear supported by a gear shaft, the gear shaft having opposite first and second ends, each end being supported by a first and second spherical bearing (40, 42) mounted within the carrier, the gear shaft being capable of deflecting along at least a part of the gear shaft length when torsional and rotational loads are applied to the gear assembly, wherein said gear shaft comprises a generally cylindrical middle part retained in contact with a contact surface of the planet gear, a first tapered portion extending between the middle part and the first end, and a second tapered portion extending between the middle part and the second end, and wherein a first concave portion is defined between the first end and the first tapered portion.
Anti-friction bearing cage, in the annular base contour of which a number of holding pockets for rolling bodies are arranged, each holding pocket having concavely shaped surface regions which are adapted to the convex outer contour of the rolling body, at least one depression being made in the concavely shaped surface regions, the at least one depression running over a predefined extent along the concavely shaped surface region, characterized in that the at least one depression ends in its end region which lies radially on the inside with a levelling-off face which is oblique in radial section, the levelling-off angle (α) lying between 15° and 35° with respect to the radial direction, and in that the at least one depression ends in its end region which lies radially on the outside with a levelling-off face which is oblique in radial section, the levelling-off angle (β) lying between 5° and 25° with respect to the radial direction.
Method of fabricating a liquid crystal display device (1; 30) comprising a reflective or transflective liquid crystal cell (2; 32) whose liquid crystal molecules are aligned in a planar or vertical manner, said liquid crystal cell (2; 32) being formed of a transparent front substrate located on the side of an observer, and a rear substrate, also transparent, which extends beneath the front substrate, parallel to and at a distance from the latter, these two front and rear substrates being joined to each other by means of a sealing frame which defines a sealed enclosure in which a liquid crystal composition is confined, the front and rear substrates being coated on their opposite faces with electrically conductive transparent electrodes and counter-electrodes, the optical properties of the liquid crystal composition being modified by application of an electric field at the point of intersection between an electrode and a corresponding counter-electrode, the liquid crystal display device (1; 30) being provided with a reflective polarizing film (18; 34) arranged to absorb a first component of light which enters the liquid crystal cell (2; 32) through the front substrate, and to reflect a second component of light polarized in a direction orthogonal to that of the first component, the method including the step which consists in embossing the reflective polarizing film (18; 34) to impart thereto a decorative and/or functional shape visible to the observer through the front substrate of the liquid crystal cell (2; 32), and then securing this reflective polarizing film (18; 34) to an underside of the rear substrate, the reflective polarizing film (18; 34) comprising a reflective polarizer which reflects a direction of polarization of light and which transmits the orthogonal direction of polarization of light, or an absorbent polarizer which absorbs one component of light and which transmits the other component of light which is orthogonal to the absorbed component of light, and characterized in that the embossing of the reflective polarizing film (18; 34) comprises embossing the reflective polarizer or the absorbent polarizer.
A loudspeaker arrangement comprising: a first loudspeaker comprising a first sound radiating surface and a first speaker basket, and a second loudspeaker comprising a second sound radiating surface and a second speaker basket, wherein, the first loudspeaker and the second loudspeaker are arranged opposite each other in a first direction (y); a cavity is formed between a front side of the first loudspeaker and a front side of the second loudspeaker; the first loudspeaker basket is directly coupled to the second loudspeaker basket; a third projection and a fourth projection formed by the first loudspeaker basket and the second loudspeaker basket, and arranged opposite each other in a second direction (z) that is perpendicular to the first direction (y); and a loudspeaker enclosure comprising a first enclosure part arranged to enclose a rear side of the first loudspeaker (310, 1310), and a second enclosure part arranged to enclose a rear side of the second loudspeaker (320, 1320) and to be connected to the first enclosure part, wherein when the first enclosure part and the second enclosure part are arranged to enclose the first and the second loudspeaker (310, 320, 1310, 1320), the third projection and the fourth projection each are clamped between the first enclosure part and the second enclosure part, and the cavity (330, 1330) comprises at least one opening (332, 1332) towards the environment in the second direction (z). a first loudspeaker comprising a first sound radiating surface and a first speaker basket, and a second loudspeaker comprising a second sound radiating surface and a second speaker basket, wherein, the first loudspeaker and the second loudspeaker are arranged opposite each other in a first direction (y); a cavity is formed between a front side of the first loudspeaker and a front side of the second loudspeaker; the first loudspeaker basket is directly coupled to the second loudspeaker basket; a third projection and a fourth projection formed by the first loudspeaker basket and the second loudspeaker basket, and arranged opposite each other in a second direction (z) that is perpendicular to the first direction (y); and a loudspeaker enclosure comprising a first enclosure part arranged to enclose a rear side of the first loudspeaker (310, 1310), and a second enclosure part arranged to enclose a rear side of the second loudspeaker (320, 1320) and to be connected to the first enclosure part, wherein when the first enclosure part and the second enclosure part are arranged to enclose the first and the second loudspeaker (310, 320, 1310, 1320), the third projection and the fourth projection each are clamped between the first enclosure part and the second enclosure part, and the cavity (330, 1330) comprises at least one opening (332, 1332) towards the environment in the second direction (z).
A method of supplying lubrication oil in cold rolling for lubricating rolling in cold tandem rolling of a metal sheet through a plurality of rolling stands by supplying a predetermined kind of emulsion lubrication oil comprised of a mixture of rolling oil and water, said emulsion lubrication oil being supplied from nozzles at the rolling stand inlet sides, the nozzles being connected to a lubrication nozzle pipe, said method being characterized by measuring or estimating the lubrication nozzle pressure where the lubrication nozzle pressure means the pressure in the lubrication nozzle pipe, controlling the lubrication nozzle pressure to 0.5 MPa or more for any rolling stand where lubrication with said predetermined emulsion lubrication oil is liable to become excessive, while keeping the emulsion lubrication oil supply rate constant either by adjusting the number of lubrication nozzles used at said any rolling stand, or by using lubrication nozzles enabling free control of the sizes of the nozzles discharge ports and, supplying said lubrication to the roll bite inlet of said any rolling stand by direct injection.
A fibrous tape comprising fused polymeric fibers, said fibrous tape having a tape thickness and a tape width and being characterized by a coefficient of variation of the tape thickness across the tape width of at most 6%, measured using the method indicated in the description.
A method for detecting prostate cancer, comprising: a) detecting the presence or absence of a humoral response to a tumor antigen selected from the group consisting of BRD2, eIF4G1, RPL22, RPL13A, HES 1, hypothetical protein XP 373908 comprising sequence PASASILAGVPMYRNEFTAWYRRMSVVYGIGTWSVLGSLLYYSRTM AKSSVDQKDGSASEVPSELSERPSLRPHSSN, and 5'-UTRBMI1 comprising sequence GVGGRGGGGGGGGRGAGGGRGAGAGGGRPGAA in a sample from a subject suspected of having prostate cancer, thereby detecting prostate cancer. a) detecting the presence or absence of a humoral response to a tumor antigen selected from the group consisting of BRD2, eIF4G1, RPL22, RPL13A, HES 1, hypothetical protein XP 373908 comprising sequence PASASILAGVPMYRNEFTAWYRRMSVVYGIGTWSVLGSLLYYSRTM AKSSVDQKDGSASEVPSELSERPSLRPHSSN, and 5'-UTRBMI1 comprising sequence GVGGRGGGGGGGGRGAGGGRGAGAGGGRPGAA in a sample from a subject suspected of having prostate cancer, thereby detecting prostate cancer.
An electric vehicle comprising: a body frame; a seat disposed on the body frame; a wheel (22, 24) attached to the body frame to be driven by an electric motor; a battery to supply electric power to the electric motor via an inverter and an electrical component; a plate member placed inside a covered space with a top being covered and on which the inverter and the electrical component are mounted; characterized in that the electric vehicle comprises a guide supported by the body frame to drawably guide the plate member from a position inside the covered space to a position outside the covered space, the position outside the covered space being in an outwardly exposed space located in a front-and-rear direction between a front end of the body frame and the seat. a body frame; a seat disposed on the body frame; a wheel (22, 24) attached to the body frame to be driven by an electric motor; a battery to supply electric power to the electric motor via an inverter and an electrical component; a plate member placed inside a covered space with a top being covered and on which the inverter and the electrical component are mounted; characterized in that the electric vehicle comprises a guide supported by the body frame to drawably guide the plate member from a position inside the covered space to a position outside the covered space, the position outside the covered space being in an outwardly exposed space located in a front-and-rear direction between a front end of the body frame and the seat.
Computer-implemented method for optimized audio data provision on mobile devices, the method comprising: evaluating one or more parameters of a network connection of a mobile device, comprising: analyzing a signal strength of the network connection; setting a threshold depending on the signal strength of the network connection; downloading a test file from the server; and checking whether a download speed of the downloaded test file is greater than the threshold; and depending on said evaluation, automatically switching between if the download speed of the downloaded test file is greater than the threshold, downloading audio data in an audio file from a server in real-time and downloading audio data in a text file from the server and performing a text-to-speech application of audio data on the mobile device. evaluating one or more parameters of a network connection of a mobile device, comprising: analyzing a signal strength of the network connection; setting a threshold depending on the signal strength of the network connection; downloading a test file from the server; and checking whether a download speed of the downloaded test file is greater than the threshold; and analyzing a signal strength of the network connection; setting a threshold depending on the signal strength of the network connection; downloading a test file from the server; and checking whether a download speed of the downloaded test file is greater than the threshold; and depending on said evaluation, automatically switching between if the download speed of the downloaded test file is greater than the threshold, downloading audio data in an audio file from a server in real-time and downloading audio data in a text file from the server and performing a text-to-speech application of audio data on the mobile device.
An energy storage device comprising: a first electrode comprising an electrochemically active material and first porous carbon particles; a second electrode comprising lithium-intercalating carbon particles, elemental lithium metal and a fibrillizable binder; wherein at least some of the lithium-intercalating carbon particles and the elemental lithium metal form lithium-carbon composite particles, wherein the lithium-carbon composite particles comprise pores, and wherein at least some of the elemental lithium metal particles are situated within the pores; or wherein at least some of the lithium-intercalating carbon particles and the elemental lithium metal form lithium-intercalating carbon particles coated with elemental lithium metal; and a separator between the first electrode and the second electrode; wherein the second electrode is a dry process film free of solvent residues. a first electrode comprising an electrochemically active material and first porous carbon particles; a second electrode comprising lithium-intercalating carbon particles, elemental lithium metal and a fibrillizable binder; wherein at least some of the lithium-intercalating carbon particles and the elemental lithium metal form lithium-carbon composite particles, wherein the lithium-carbon composite particles comprise pores, and wherein at least some of the elemental lithium metal particles are situated within the pores; or wherein at least some of the lithium-intercalating carbon particles and the elemental lithium metal form lithium-intercalating carbon particles coated with elemental lithium metal; and wherein at least some of the lithium-intercalating carbon particles and the elemental lithium metal form lithium-carbon composite particles, wherein the lithium-carbon composite particles comprise pores, and wherein at least some of the elemental lithium metal particles are situated within the pores; or wherein at least some of the lithium-intercalating carbon particles and the elemental lithium metal form lithium-intercalating carbon particles coated with elemental lithium metal; and a separator between the first electrode and the second electrode; wherein the second electrode is a dry process film free of solvent residues.