mhurhangee/ep-ind-claims huggingface dataset:
A system configured for use in horizontal directional drilling that includes a drill string that extends from a drill rig to an inground tool such that extension and retraction of the drill string moves the inground tool through the ground during an inground operation, said system comprising: a transmitter configured to be supported within said inground tool, said transmitter including: an antenna; one or more sensors (158, 160, 164, 168, 170) configured to measure one or more operational parameters characterizing the status of the inground tool; a processor configured to produce, based on the sensor outputs, a multi-bit symbol stream (S0-S15) that is transmitted during said inground operation by said antenna at a plurality of frequencies, with each frequency representing a multi-bit symbol (SO-S15); and a portable device configured to be above ground, said portable device including: a receiver configured to receive said frequencies transmitted by said antenna, and a processor configured to recover said status of the inground tool from said received frequencies. a transmitter configured to be supported within said inground tool, said transmitter including: an antenna; one or more sensors (158, 160, 164, 168, 170) configured to measure one or more operational parameters characterizing the status of the inground tool; a processor configured to produce, based on the sensor outputs, a multi-bit symbol stream (S0-S15) that is transmitted during said inground operation by said antenna at a plurality of frequencies, with each frequency representing a multi-bit symbol (SO-S15); and an antenna; one or more sensors (158, 160, 164, 168, 170) configured to measure one or more operational parameters characterizing the status of the inground tool; a processor configured to produce, based on the sensor outputs, a multi-bit symbol stream (S0-S15) that is transmitted during said inground operation by said antenna at a plurality of frequencies, with each frequency representing a multi-bit symbol (SO-S15); and a portable device configured to be above ground, said portable device including: a receiver configured to receive said frequencies transmitted by said antenna, and a processor configured to recover said status of the inground tool from said received frequencies. a receiver configured to receive said frequencies transmitted by said antenna, and a processor configured to recover said status of the inground tool from said received frequencies.
A metal loss inhibitor concentrate comprising water, an amount of a component of dissolved organic compounds and polymers selected from the group consisting of ethylene glycol, propylene glycol, and polyoxyalkylenes in which at least 50% of the mass of the polyoxyalkylenes consists of ethylene oxide residues; an amount of a thiourea component; and an amount of a dissolved component containing aryl and quaternary ammonium moieties; and, optionally an amount of a wetting agent, such as a component of an ethoxylate of an alcohol having Formula R1-OH wherein R1 is a saturated or unsaturated, straight-chain or branched aliphatic having from 12 to 80 carbon atoms. an amount of a component of dissolved organic compounds and polymers selected from the group consisting of ethylene glycol, propylene glycol, and polyoxyalkylenes in which at least 50% of the mass of the polyoxyalkylenes consists of ethylene oxide residues; an amount of a thiourea component; and an amount of a dissolved component containing aryl and quaternary ammonium moieties; and, optionally an amount of a wetting agent, such as a component of an ethoxylate of an alcohol having Formula R1-OH wherein R1 is a saturated or unsaturated, straight-chain or branched aliphatic having from 12 to 80 carbon atoms.
Protective apparatus for rotating, liftable and lowerable, and pivotable saw blades at a sawing machine, in particular a panel saw, wherein the protective apparatus has a protective hood for the saw blade and an adjustment apparatus for adjusting the protective hood relative to the saw blade, wherein the adjustment apparatus has at least one controllable drive (17, 18) for the single-axis or multiple-axis movement and positioning of the protective hood relative to the saw blade, wherein the protective apparatus has a controller, characterized in that the controller ascertains the present position of a cutting edge of the saw blade taking account of diameter, pivot angle and height position of the saw blade and, on the basis of the result, automatically positions the protective hood relative to the saw blade by means of the adjustment apparatus.
A fabrication method comprising: providing a substrate with a crystalline surface; forming a mask of an amorphous material over said surface of the substrate, the mask having a pattern of openings through the mask defining areas of an active region in which one or more components of one or more active devices are to be formed, the mask further defining a non-active region in which no active devices are to be formed; and forming a deposition material through the mask by an epitaxial growth process, the deposition material thus forming in the openings of the active region to form said one or more components of said one or more active devices; wherein the pattern of openings through the mask further comprises one or more reservoirs formed in the non-active region, each of the one or more reservoirs being connected by the pattern of openings in the mask to at least one of the areas in the active region, and the deposition material forming in the one or more reservoirs as part of said epitaxial growth. providing a substrate with a crystalline surface; forming a mask of an amorphous material over said surface of the substrate, the mask having a pattern of openings through the mask defining areas of an active region in which one or more components of one or more active devices are to be formed, the mask further defining a non-active region in which no active devices are to be formed; and forming a deposition material through the mask by an epitaxial growth process, the deposition material thus forming in the openings of the active region to form said one or more components of said one or more active devices; wherein the pattern of openings through the mask further comprises one or more reservoirs formed in the non-active region, each of the one or more reservoirs being connected by the pattern of openings in the mask to at least one of the areas in the active region, and the deposition material forming in the one or more reservoirs as part of said epitaxial growth.
A method for generating high resolution frames for dimming support in a visible light communication, VLC, network, the method comprising the steps of: identifying a required visibility pattern for the high resolution frames based on a desired visibility; generating a sequence of visibility patterns that meets the required visibility pattern, the sequence comprising a first quantity of first low resolution frames and a second quantity of second low resolution frames; and transmitting the sequence of visibility patterns to achieve the required high resolution frames, wherein a visibility pattern for the first low resolution frame and a visibility pattern for the second low resolution frame are selected based on the required visibility pattern of the high resolution frames, and wherein the first quantity of the first low resolution frames and the second quantity of the second low resolution frames are determined based on a desired precision. identifying a required visibility pattern for the high resolution frames based on a desired visibility; generating a sequence of visibility patterns that meets the required visibility pattern, the sequence comprising a first quantity of first low resolution frames and a second quantity of second low resolution frames; and transmitting the sequence of visibility patterns to achieve the required high resolution frames, wherein a visibility pattern for the first low resolution frame and a visibility pattern for the second low resolution frame are selected based on the required visibility pattern of the high resolution frames, and wherein the first quantity of the first low resolution frames and the second quantity of the second low resolution frames are determined based on a desired precision.
A value document, in particular a banknote, with a visually and machine-readable individualizing mark formed by alphanumeric characters, and with a machine-readable test element (4, 5, 6), characterized in that the individualizing mark has a machine-readable coding and that the test element contains the type of coding for verification of authenticity of the individualizing mark in a coded form, wherein the machine-readable coding is formed by at least two alphanumeric characters with different physical properties and the at least two alphanumeric characters contain substances with different remanence and/or coercive field strength, and the at least two alphanumeric characters differ from each other by these substances.
A use of a dual circular polarisation radiating element, said radiating element having a cavity that is axially symmetric about an axis Z and a power source, the cavity being bounded by lateral metal walls and a lower metal wall, said radiating element further having a metal central core that extends axially at the center of the cavity and N different successive metal elliptical planar elements (131, 132,..., 13N) that are stacked on top of one another parallel to the lower wall of the cavity, the central core having a lower end that is fastened to the lower metal wall of the cavity and an upper end that is free, each elliptical planar element (131, 132,..., 13N) being centered in the cavity and secured to the central core, the N elliptical planar elements being non-circular, regularly spaced apart and having dimensions that decrease monotonically between the lower end and the upper end of the central core, where N is an integer higher than 2, the power source consisting of a coaxial line connected to the first elliptical planar element located closest to the lower end of the central core and the N successive elliptical planar elements (131, 132,..., 13N) being progressively offset rotationally with respect to one another, about the central core.
Grommet comprising a body intended to be fitted through a wall, the grommet having inner conduit means for receiving at least one cable, wherein the body comprises at least a main grommet element, a connector arranged at least partially surrounded by and attached to the main grommet element, a number of insulation chambers provided therein, and a cover, characterized in that the cover is arranged at least partially surrounded by the connector and provided with walls extending inside the body such that the walls define said insulation chambers once the cover is assembled into the main grommet element.
Method for producing a surface with differences in gloss on a panel-shaped workpiece, comprising the method steps of: - providing a carrier panel, in particular a wood-based material carrier panel, - indirectly or directly printing a decorative layer on the carrier panel, applying an at least partially transparent sealing layer over the entire surface of the decorative layer, wherein the sealing layer consists of a sealing lacquer which has a first gloss after it has cured, - at least partially curing the sealing layer, - printing, on the at least partially cured sealing layer, a design print formed with an at least partially transparent design lacquer which has a second gloss after it has cured, characterised in that - after the sealing layer has at least partially cured, an at least partially transparent intermediate layer is applied over the entire surface of the sealing layer, wherein the intermediate layer is produced using an intermediate lacquer which consists of the same material as the sealing lacquer or of a material which, after it has cured, has the same gloss as the sealing lacquer, - and in that the design lacquer is printed wet-on-wet onto the intermediate layer before the intermediate layer has cured. - providing a carrier panel, in particular a wood-based material carrier panel, - indirectly or directly printing a decorative layer on the carrier panel, applying an at least partially transparent sealing layer over the entire surface of the decorative layer, wherein the sealing layer consists of a sealing lacquer which has a first gloss after it has cured, - at least partially curing the sealing layer, - printing, on the at least partially cured sealing layer, a design print formed with an at least partially transparent design lacquer which has a second gloss after it has cured, characterised in that - after the sealing layer has at least partially cured, an at least partially transparent intermediate layer is applied over the entire surface of the sealing layer, wherein the intermediate layer is produced using an intermediate lacquer which consists of the same material as the sealing lacquer or of a material which, after it has cured, has the same gloss as the sealing lacquer, - and in that the design lacquer is printed wet-on-wet onto the intermediate layer before the intermediate layer has cured.
Stapler with an anvil arm carrying an anvil plate in its front region, with a staple magazine pivotable to a limited extent about a transverse axis on a bearing block in the rear region of the anvil arm and with a driver arm pivotable to a limited extent about the transverse axis relative to the staple magazine and the anvil arm, supporting a driver for feeding staples through a gap arranged above the anvil plate on the front end of the staple magazine, wherein the anvil plate has at least two forming contours for the staples and between a stapling position, in which it is fixed securely against rotation on the anvil arm, and a change position, in which it can be rotated with respect to the anvil arm, is movable relative to the anvil arm, characterised in that a slider is linearly displaceably mounted in the anvil arm in a longitudinal direction running from the rear region to the front region against a restoring force for moving the anvil plate out of the stapling position into the change position, which has a pressure surface in the rear region of the anvil arm which can be acted upon for the displacement in the longitudinal direction.
An electronic pill for the administration of at least one drug to a patient, comprising a drug reservoir and a controller (22, 23, CON) for the controlled delivery of the drug from the drug reservoir with a delivery profile that is determined according to at least one individual parameter of the patient, wherein the individual parameter of the patient comprises the following parameter: a part of the genotype of the patient wherein the part of the genotype of the patient relates to a cytochrome expression and characterized in that the cytochrome expression relates to a cytochrome P-450 enzyme. a part of the genotype of the patient wherein the part of the genotype of the patient relates to a cytochrome expression and characterized in that the cytochrome expression relates to a cytochrome P-450 enzyme.
A system for steerably deflecting an incident microwave beam having a wavelength comprised between 1 mm and 1 m, which comprises: - a forming device arranged according to an optical axis and configured to collimate said beam in emission mode or to focus said beam in reception mode, - a first device for deflecting an incident microwave beam comprising a first diffractive dielectric component comprising subwavelength microstructures arranged so as to form an artificial material presenting a periodic variation in effective refractive index, called the first diffractive dielectric component, this first diffractive dielectric component being associated with a first mechanism for rotating about a first steerable axis (Ω1), characterized in that it comprises, upstream of the first deflecting device in emission mode or downstream of the first deflecting device in reception mode: - a second deflecting device configured to deflect an incident microwave beam issued from the forming device towards the first deflecting device in emission mode, or to deflect an incident microwave beam issued from the first deflecting device towards the forming device in reception mode, this second deflecting device being associated with a second mechanism for rotating about a second steerable axis (Ω2) which coincides with the optical angle of the forming device, in that the angle (Ω1, Ω2) made by the first and second axes of rotation is larger than 0° and smaller than or equal to 90°, and in that the first rotating mechanism is securely fastened to the second rotating mechanism so that a rotation of the second rotating mechanism about its steerable axis (Ω2) leads to a rotation of the first rotating mechanism about the same axis. - a forming device arranged according to an optical axis and configured to collimate said beam in emission mode or to focus said beam in reception mode, - a first device for deflecting an incident microwave beam comprising a first diffractive dielectric component comprising subwavelength microstructures arranged so as to form an artificial material presenting a periodic variation in effective refractive index, called the first diffractive dielectric component, this first diffractive dielectric component being associated with a first mechanism for rotating about a first steerable axis (Ω1), - a second deflecting device configured to deflect an incident microwave beam issued from the forming device towards the first deflecting device in emission mode, or to deflect an incident microwave beam issued from the first deflecting device towards the forming device in reception mode, this second deflecting device being associated with a second mechanism for rotating about a second steerable axis (Ω2) which coincides with the optical angle of the forming device,
A method for identifying a preamble sequence and for estimating an integer carrier frequency offset, comprising: determining a reduced set of integer carrier frequency offset candidates corresponding to a received signal that comprises a preamble sequence from a set of possible preamble sequences; performing correlation operations with respect to the received signal and multiple candidate transmitted signals, wherein each candidate transmitted signal comprises one of the set of possible preamble sequences, wherein each candidate transmitted signal corresponds to one of the reduced set of integer CFO candidates, and wherein correlation values are determined as a result of the correlation operations; and using the correlation values to identify the preamble sequence and to estimate the integer CFO; and further comprising determining a virtual segment, wherein the reduced set of integer CFO candidates is determined based on the virtual segment, wherein for a given segment s, the reduced set of integer CFO candidates is z = − Z i + v s − ṣ: 3: Z i, wherein Z i is the maximum allowable integer CFO, and wherein v s is the virtual segment, wherein the virtual segment is determined as v s = arg max( P ( v)), wherein P ( v)= sum ( P ( K min + v:3: K max)), is the P(k) power of sub-carriers k, wherein v=0,1,2, wherein K min = min( i s, m =1)- Z i, wherein K max = max( i s,m = M)+ Z i, wherein Z i is the maximum allowable integer CFO, wherein M is the length of the preamble sequence, and wherein i s,m, is a set of sub-carriers k assigned to segment s. determining a reduced set of integer carrier frequency offset candidates corresponding to a received signal that comprises a preamble sequence from a set of possible preamble sequences; performing correlation operations with respect to the received signal and multiple candidate transmitted signals, wherein each candidate transmitted signal comprises one of the set of possible preamble sequences, wherein each candidate transmitted signal corresponds to one of the reduced set of integer CFO candidates, and wherein correlation values are determined as a result of the correlation operations; and using the correlation values to identify the preamble sequence and to estimate the integer CFO; and further comprising determining a virtual segment, wherein the reduced set of integer CFO candidates is determined based on the virtual segment, wherein for a given segment s, the reduced set of integer CFO candidates is z = − Z i + v s − ṣ: 3: Z i, wherein Z i is the maximum allowable integer CFO, and wherein v s is the virtual segment, wherein the virtual segment is determined as v s = arg max( P ( v)), wherein P ( v)= sum ( P ( K min + v:3: K max)), is the P(k) power of sub-carriers k, wherein v=0,1,2, wherein K min = min( i s, m =1)- Z i, wherein K max = max( i s,m = M)+ Z i, wherein Z i is the maximum allowable integer CFO, wherein M is the length of the preamble sequence, and wherein i s,m, is a set of sub-carriers k assigned to segment s.
An information processing system comprising: an information processing apparatus comprising a processor configured to: propose, in response to receipt of designation of a user as a destination of content data at a time of transmitting the content data, at least one transmission method to be used to transmit the content data to the user among a plurality of transmission methods characterized in that the information processing system further comprises a server including a use frequency management database which is configured to compile and store information regarding the numbers of times of use of transmission methods used by the users of the individual information processing apparatuses, and the processor is configured to propose, based on the information regarding the numbers of times of use of the individual transmission methods by the user obtained from the use frequency management database, the at least one transmission method to be used to transmit the content data to the user among the plurality of transmission methods. propose, in response to receipt of designation of a user as a destination of content data at a time of transmitting the content data, at least one transmission method to be used to transmit the content data to the user among a plurality of transmission methods characterized in that the information processing system further comprises a server including a use frequency management database which is configured to compile and store information regarding the numbers of times of use of transmission methods used by the users of the individual information processing apparatuses, and the processor is configured to propose, based on the information regarding the numbers of times of use of the individual transmission methods by the user obtained from the use frequency management database, the at least one transmission method to be used to transmit the content data to the user among the plurality of transmission methods.
An adhesive manufacturing process, comprising: mixing THV with a polar aprotic solvent and sodium azide to form an adhesive having an azide group; wherein the mixing is above the melting point and below the degradation point of the THV and is for a duration of at least 24 hours. mixing THV with a polar aprotic solvent and sodium azide to form an adhesive having an azide group; wherein the mixing is above the melting point and below the degradation point of the THV and is for a duration of at least 24 hours.