mhurhangee/ep-ind-claims huggingface dataset:
A method for providing an ambient aware response to a user by a device comprising a privacy estimation unit, an ambience estimation unit, and means for receiving a message, the method comprising: receiving a first user command from the user of the device to output a received message; identifying a content related to at least one task corresponding to the first user command, wherein the content comprises a message; determining, by the privacy estimation unit, at least one of privacy of the content or sensitivity of the content based on an understanding whether the message content includes financial information; determining, by the ambience estimation unit, ambience based on at least one parameter relating to the device and a user of the device; outputting a dialog message for inquiring about whether to output the received message based on the determined at least one of the privacy of the content or the sensitivity of the content, and the determined ambience; receiving a second user command about whether to output the received message as a response to the dialog message; and outputting the received message or refraining from outputting the received message according to the second user command. receiving a first user command from the user of the device to output a received message; identifying a content related to at least one task corresponding to the first user command, wherein the content comprises a message; determining, by the privacy estimation unit, at least one of privacy of the content or sensitivity of the content based on an understanding whether the message content includes financial information; determining, by the ambience estimation unit, ambience based on at least one parameter relating to the device and a user of the device; outputting a dialog message for inquiring about whether to output the received message based on the determined at least one of the privacy of the content or the sensitivity of the content, and the determined ambience; receiving a second user command about whether to output the received message as a response to the dialog message; and outputting the received message or refraining from outputting the received message according to the second user command.
A wearable smart device, comprising: a first ring worn on a body of a user; a first display unit disposed on an outer circumference of the first ring; and a second ring enclosing the outer circumference of the first ring and movably coupled with the first ring, the second ring configured to selectively move to a first position covering the first display unit or a second position exposing the first display unit, characterized in that: the second ring is slidably movable on the first ring along a center axis direction, and the second ring is rotatably movable on the first ring in a circumferential direction about the central axis direction, and the first ring includes: a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position; and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position. a first ring worn on a body of a user; a first display unit disposed on an outer circumference of the first ring; and a second ring enclosing the outer circumference of the first ring and movably coupled with the first ring, the second ring configured to selectively move to a first position covering the first display unit or a second position exposing the first display unit, characterized in that: the second ring is slidably movable on the first ring along a center axis direction, and the second ring is rotatably movable on the first ring in a circumferential direction about the central axis direction, and the first ring includes: a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position; and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position. the second ring is slidably movable on the first ring along a center axis direction, and the second ring is rotatably movable on the first ring in a circumferential direction about the central axis direction, and the first ring includes: a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position; and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position. a first flange provided at a first end of the first ring and limiting a movement of the second ring beyond the first position; and a second flange provided at a second end opposite to the first end and limiting a movement of the second ring beyond the second position.
A silane-modified copolymer comprising constituent units having the formulae, and: wherein * designates a bond to an adjoining unit, each R 1 independently is a C 1 -C 10 alkyl group or C 6 -C 10 aryl group, each R 2 independently is a C 1 -C 10 alkyl group or C 6 -C 10 aryl group, and m is an integer of 1 to 3, and wherein the arrangement of constituent units is arbitrary.
A circuit for testing failure of a connection between a radio frequency, RF, integrated circuit and external circuitry, the circuit comprising: an amplifier having first and second input paths (215, 216) and first and second output paths (206, 207); a first power detector (208, 209) coupled to one of said first or second output paths; at least one connection between said first and second output paths (206, 207) and said external circuitry, connecting said output paths to a RF combiner on said external circuitry; said circuit characterized by further comprising at least one disabling circuit (230, 232, 234, 236, 240, 242, 260, 262) coupled to at least one of said first and second output paths (206, 207) between said amplifier and said power detector, or on at least one of said first and second input path (215, 216), of said amplifier; for disabling one of said inputs or outputs; wherein when said first or second input or output path is disabled (206 207), and the path that is not disabled is configured to output a signal along the enabled output path (206, 207), the power detector (208, 209) on said disabled output path is configured to detect if there is a failure in said at least one connection. an amplifier having first and second input paths (215, 216) and first and second output paths (206, 207); a first power detector (208, 209) coupled to one of said first or second output paths; at least one connection between said first and second output paths (206, 207) and said external circuitry, connecting said output paths to a RF combiner on said external circuitry; said circuit characterized by further comprising at least one disabling circuit (230, 232, 234, 236, 240, 242, 260, 262) coupled to at least one of said first and second output paths (206, 207) between said amplifier and said power detector, or on at least one of said first and second input path (215, 216), of said amplifier; for disabling one of said inputs or outputs; wherein when said first or second input or output path is disabled (206 207), and the path that is not disabled is configured to output a signal along the enabled output path (206, 207), the power detector (208, 209) on said disabled output path is configured to detect if there is a failure in said at least one connection.
A fastening device for a first and a second substrates (1, 2) of a multiple glazing unit, the device comprising retaining elements placed between at least one of the first and second substrates (1, 2) facing one another and a supporting structure, for the purpose of transferring the loads of the first and second substrates to the supporting structure, characterized in that the retaining elements comprise: - sliding means allowing a relative movement between said first and second substrates (1, 2), the sliding means comprising, on the one hand, a first element attached to the first substrate and, on the other hand, a second element, - means for compensating for dimensional variations, comprising a device with eccentric element having two parts (12, 13) formed by the assembly of an inner ring and an outer ring, one of the rings being attached to the second substrate and the other ring being attached to the second element of the sliding means. - sliding means allowing a relative movement between said first and second substrates (1, 2), the sliding means comprising, on the one hand, a first element attached to the first substrate and, on the other hand, a second element, - means for compensating for dimensional variations, comprising a device with eccentric element having two parts (12, 13) formed by the assembly of an inner ring and an outer ring, one of the rings being attached to the second substrate and the other ring being attached to the second element of the sliding means.
A tire pressure sensor for use in a wheel (132, 134) of landing gear (110, 120, 130) of an aircraft, the tire pressure sensor comprising: a wheel movement sensor (208; 318) configured to detect a movement of the wheel (132, 134) and generate a wheel movement signal based on the movement; and a processor coupled to the wheel movement sensor (208; 318) and configured to: receive the wheel movement signal, determine a wheel rotational speed of the wheel (132, 134) based on the wheel movement signal, and generate a wheel rotational speed signal based on the wheel rotational speed, and characterized by further comprising: a modulation module configured to modulate signals, and that the processor is further configured to transmit the wheel rotational speed signal to the modulation module to be modulated prior to transmitting the wheel rotational speed signal away from the tire pressure sensor. a wheel movement sensor (208; 318) configured to detect a movement of the wheel (132, 134) and generate a wheel movement signal based on the movement; and a processor coupled to the wheel movement sensor (208; 318) and configured to: receive the wheel movement signal, determine a wheel rotational speed of the wheel (132, 134) based on the wheel movement signal, and generate a wheel rotational speed signal based on the wheel rotational speed, and characterized by further comprising: receive the wheel movement signal, determine a wheel rotational speed of the wheel (132, 134) based on the wheel movement signal, and generate a wheel rotational speed signal based on the wheel rotational speed, and characterized by further comprising: a modulation module configured to modulate signals, and that the processor is further configured to transmit the wheel rotational speed signal to the modulation module to be modulated prior to transmitting the wheel rotational speed signal away from the tire pressure sensor.
A method for optically monitoring a progression of a physical and/or chemical process taking place on the surface of a body, in which the progression of the intensity of the surface radiation, which emanates from part of the surface, is measured with the aid of a measuring device, wherein the change of the reflected portion of the radiation, which emanates from an external source, is measured through the change of intensity of the surface radiation, characterized in that the process ascertains the temporal progression of a firing process of a dental restoration part by means of an intensity curve of the surface radiation plotted against time, wherein a beginning of the process is ascertained by determining a discontinuity in the intensity curve which is running continuously before the start of the process, and wherein an end of the process is ascertained by determining a discontinuity of the intensity curve which is running continuously after the end of the process, and wherein during the process zeros, maxima and minima of a first derivative of the intensity curve are used to characterize the progression of the curve, and wherein the progression of the curve between the beginning and the end of the process is used to control the firing process of the dental restoration part.
A modular surge protector, comprising a shell, a discharge tube unit, a first varistor unit and a second varistor unit, wherein the discharge tube unit, the first varistor unit and the second varistor unit are arranged in the shell; the discharge tube unit is provided at a same side of each of the first varistor unit and the second varistor unit, a first electrode is led out from the first varistor unit, a second electrode is led out from the second varistor unit, and a third electrode is led out from the discharge tube unit; the discharge tube unit comprises a discharge tube frame; a first slot, a second slot and a third slot are formed in the discharge tube frame; the first slot and the second slot are provided side by side at a side of the discharge tube frame, and the first slot and the second slot are respectively configured to accommodate a first discharge tube and a second discharge tube; the third slot is provided at other side of the discharge tube frame, the first varistor unit and the second varistor unit are stacked; and characterized in that the third slot cooperates with an end portion of each of the first varistor unit and the second varistor unit; the first varistor unit and the second varistor unit are horizontally stacked; and the first discharge tube and the second discharge tube are vertically provided.
A method for producing a blank of titanium-doped glass with a high silicic acid content, an internal transmission of at least 60% in a wavelength range of 400 nm to 700 nm at a sample thickness of 10 mm, the titanium being present in oxidation forms Ti 3+ and Ti 4+, and with a given fluorine content for use in EUV lithography, the method comprising the steps of: (a) producing a TiO 2 -SiO 2 soot body by flame hydrolysis of silicon- and titanium-containing precursor substances, (b) fluorinating the TiO 2 -SiO 2 soot body so as to form a fluorine-doped TiO 2 -SiO 2 soot body, (c) treating the fluorine-doped TiO 2 -SiO 2 soot body in a water vapor-containing atmosphere so as to form a conditioned soot body, (d) vitrifying the conditioned soot body so as to form a blank of titanium-doped glass having a high silicic-acid content, a mean OH content in the range of 10 wt. ppm to 100 wt. ppm and a mean fluorine content in the range of 2,500 to 10,000 wt. ppm. (a) producing a TiO 2 -SiO 2 soot body by flame hydrolysis of silicon- and titanium-containing precursor substances, (b) fluorinating the TiO 2 -SiO 2 soot body so as to form a fluorine-doped TiO 2 -SiO 2 soot body, (c) treating the fluorine-doped TiO 2 -SiO 2 soot body in a water vapor-containing atmosphere so as to form a conditioned soot body, (d) vitrifying the conditioned soot body so as to form a blank of titanium-doped glass having a high silicic-acid content, a mean OH content in the range of 10 wt. ppm to 100 wt. ppm and a mean fluorine content in the range of 2,500 to 10,000 wt. ppm.
Deposition method for the formation of an object for a watch; the object including a perimeter, at least one first surface and/or a volume; the deposition method comprising at least one step of: - Supplying at least one support comprising at least one receiving surface; - Depositing an adhesion layer on the at least one receiving surface, said adhesion layer being formed of one or more layers made of at least one material selected from among Au, Cu, Ag, In, Pt, Pd, Ni, Ti, Ta, Cr, Th or an alloy of these materials, so as to render said at least one receiving surface electrically conducting; - Delimiting an outline on the deposited adhesion layer; the outline corresponding to the perimeter, to the at least one first surface and/or to the volume of the object; - Forming a cavity along the outline by depositing, on the adhesion layer, a plurality of polymer layers, such that a portion of the adhesion layer equivalent to the perimeter, to the at least one first surface and/or to the volume of the object is opposite, preferably free, and is not covered by polymer layers; - Filling the cavity by depositing on the opposite, preferably free, portion of the adhesion layer at least one finishing layer comprising at least one material selected from Au, Cu, Ag, In, Pt, Pd, Ni, Ti, Ta, Cr, Th or an alloy of these materials; and, - Carrying out a surface treatment on the plurality of polymer layers and the deposited adhesion layer so as to expose the at least one receiving surface of the support characterized in that the deposition of the plurality of polymer layers is made by additive manufacturing. - Supplying at least one support comprising at least one receiving surface; - Depositing an adhesion layer on the at least one receiving surface, said adhesion layer being formed of one or more layers made of at least one material selected from among Au, Cu, Ag, In, Pt, Pd, Ni, Ti, Ta, Cr, Th or an alloy of these materials, so as to render said at least one receiving surface electrically conducting; - Delimiting an outline on the deposited adhesion layer; the outline corresponding to the perimeter, to the at least one first surface and/or to the volume of the object; - Forming a cavity along the outline by depositing, on the adhesion layer, a plurality of polymer layers, such that a portion of the adhesion layer equivalent to the perimeter, to the at least one first surface and/or to the volume of the object is opposite, preferably free, and is not covered by polymer layers; - Filling the cavity by depositing on the opposite, preferably free, portion of the adhesion layer at least one finishing layer comprising at least one material selected from Au, Cu, Ag, In, Pt, Pd, Ni, Ti, Ta, Cr, Th or an alloy of these materials; and, - Carrying out a surface treatment on the plurality of polymer layers and the deposited adhesion layer so as to expose the at least one receiving surface of the support
Use of a hydrocarbon cracking catalyst in which a metal or a metal oxide selected from the group consisting of a rare earth metal, an oxide thereof, an alkaline earth metal and an oxide thereof is deposited only on the surface of zeolite, not present in the pores of the zeolites, said hydrocarbon cracking catalyst being obtained by depositing a metal-hydrocarbon or an organometal dissolved in an organic solvent on the surface of zeolite; wherein the metal-hydrocarbon or organometal is a complex of a rare earth metal or an alkaline earth metal and a hydrocarbon selected from the group consisting of lanthanum 2-ethylhexanoate, calcium 2-ethylhexanoate, barium 2-ethylhexanoate, cerium 2-ethylhexanoate, yttrium 2-ethylhexanoate, strontium cyclohexane butylate and magnesium myristate, in hydrocarbon cracking in order to increase the yield of olefins and BTX.
A method for wireless communication performed by a first wireless relay device, the method comprising: receiving a request indicating that a wireless device has one or more delay-tolerant messages to be forwarded to a network; determining an estimated time to network contact indicating a next time the first wireless relay device is expected to make network contact for at least one radio access technology, RAT, using a history of contact with the network via the at least one RAT; sending a response message to the wireless device indicative of the estimated time to network contact; receiving and caching the one or more delay-tolerant messages to be forwarded; and forwarding at least one of the one or more delay-tolerant messages. receiving a request indicating that a wireless device has one or more delay-tolerant messages to be forwarded to a network; determining an estimated time to network contact indicating a next time the first wireless relay device is expected to make network contact for at least one radio access technology, RAT, using a history of contact with the network via the at least one RAT; sending a response message to the wireless device indicative of the estimated time to network contact; receiving and caching the one or more delay-tolerant messages to be forwarded; and forwarding at least one of the one or more delay-tolerant messages.
An intraocular lens configured to suppress deterioration in contrast when an optical axis of the intraocular lens inserted into an eye is decentred from an optical axis of an eyeball, the intraocular lens comprising: a reference power distribution (Ma, Mb) is set to cancel, but may not perfectly cancel, a spherical aberration of cornea when the intraocular lens is inserted into the eye, characterized by at least one positive power deviation region having a larger power than that represented by the reference power distribution (Ma, Mb) in a region in the vicinity of the center of the intraocular lens, and at least one negative power deviation region having a smaller power than that represented by the reference power distribution (Ma, Mb) in the region in the vicinity of the center of the intraocular lens, wherein either the positive power deviation region is a circular region centered around the optical axis and the negative power deviation region is an annular region centered around the optical axis, or the negative power deviation region is a circular region centered around the optical axis and the positive power deviation region is an annular region centered around the optical axis. a reference power distribution (Ma, Mb) is set to cancel, but may not perfectly cancel, a spherical aberration of cornea when the intraocular lens is inserted into the eye, characterized by at least one positive power deviation region having a larger power than that represented by the reference power distribution (Ma, Mb) in a region in the vicinity of the center of the intraocular lens, and at least one negative power deviation region having a smaller power than that represented by the reference power distribution (Ma, Mb) in the region in the vicinity of the center of the intraocular lens, wherein either the positive power deviation region is a circular region centered around the optical axis and the negative power deviation region is an annular region centered around the optical axis, or the negative power deviation region is a circular region centered around the optical axis and the positive power deviation region is an annular region centered around the optical axis.
An adjusting mechanism for adjusting the axial position of a pocketed cylindrical rotor of a rotary feeder, the adjusting mechanism comprising: - an adjusting shaft, and - a rotary feeder gear motor configured for adjusting the axial position of the pocketed cylindrical rotor by turning the adjusting shaft, characterized by - a hollow adjusting housing, - a stationary bushing engaging the adjusting shaft, - a bearing carrier mechanism for supporting an end of a shaft fixed to the pocketed cylindrical rotor, and - a carrier extension contained within the hollow adjusting housing, wherein the carrier extension at one end encases the stationary bushing, and at the opposite end the carrier extension connects to the bearing carrier mechanism. - an adjusting shaft, and - a rotary feeder gear motor configured for adjusting the axial position of the pocketed cylindrical rotor by turning the adjusting shaft, - a hollow adjusting housing, - a stationary bushing engaging the adjusting shaft, - a bearing carrier mechanism for supporting an end of a shaft fixed to the pocketed cylindrical rotor, and - a carrier extension contained within the hollow adjusting housing, wherein the carrier extension at one end encases the stationary bushing, and at the opposite end the carrier extension connects to the bearing carrier mechanism.