mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving data acquired via survey equipment disposed in a geological environment; analyzing at least a portion of the data via an iterative adaptive approach that implements matching pursuit to generate an optimal coefficient vector, characterized in that the analyzing comprises performing iterations of the iterative adaptive approach within iterations of the matching pursuit, wherein the iterations of the iterative adaptive approach comprise a convergence criterion and the iterations of the matching pursuit comprise a convergence and reducing error with respect to a cost function; and identifying at least one feature in the environment based at least in part on the optimal coefficient vector. receiving data acquired via survey equipment disposed in a geological environment; analyzing at least a portion of the data via an iterative adaptive approach that implements matching pursuit to generate an optimal coefficient vector, characterized in that the analyzing comprises performing iterations of the iterative adaptive approach within iterations of the matching pursuit, wherein the iterations of the iterative adaptive approach comprise a convergence criterion and the iterations of the matching pursuit comprise a convergence and reducing error with respect to a cost function; and identifying at least one feature in the environment based at least in part on the optimal coefficient vector.
Nebulizing system for a motor vehicle, comprising: - a first reservoir of liquid water, - a second reservoir of liquid water in hydraulic communication with the first reservoir, the second reservoir being removably fixed to the first reservoir, and - a nebulizing nozzle, in hydraulic communication with the first reservoir and including a piezoelectric element for emitting acoustic waves and a concentrator for the acoustic waves emitted by the piezoelectric element configured so that the water coming from the first reservoir forms a water jet and a water droplet mist at the outlet of the concentrator, the mist being capable of leaving the nebulizing nozzle in order to reach a passenger compartment of the motor vehicle, characterized in that the second reservoir and the nebulizing nozzle are arranged, with reference to a vertical direction, above the first reservoir when the system is in the normal position of use, so that the water coming from the nebulizing nozzle falls into the first reservoir, the second reservoir comprising a non-return valve arranged in the liquid water intake so as to enable water from outside the nebulizing system to reach the second reservoir and to prevent the water from the second reservoir from leaving the second reservoir through the liquid water intake, the nebulizing system comprising a non-return valve arranged between the first reservoir and the second reservoir so as to enable the water to circulate from the second reservoir to the first reservoir but prevent the water from circulating from the first reservoir to the second reservoir. - a first reservoir of liquid water, - a second reservoir of liquid water in hydraulic communication with the first reservoir, the second reservoir being removably fixed to the first reservoir, and - a nebulizing nozzle, in hydraulic communication with the first reservoir and including a piezoelectric element for emitting acoustic waves and a concentrator for the acoustic waves emitted by the piezoelectric element configured so that the water coming from the first reservoir forms a water jet and a water droplet mist at the outlet of the concentrator, the mist being capable of leaving the nebulizing nozzle in order to reach a passenger compartment of the motor vehicle,
A resist composition comprising a solvent and a compound represented by the general formula: wherein R 1 are each independently a single bond or a 2n-valent hydrocarbon group having 1 to 30 carbon atoms wherein the hydrocarbon group may have a cyclic hydrocarbon group, a double bond, a heteroatom, or an aromatic group having 6 to 30 carbon atoms; R 2 are each independently a hydrogen atom, a halogen atom, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 10 carbon atoms, an alkenyl group having 2 to 10 carbon atoms, or a hydroxyl group and may be the same or different on the same naphthalene ring; at least one of R 2 is a hydroxyl group; n is an integer of 1 to 4; the structural formulas of the repeating units in the formula may be the same or different; X are each independently an oxygen atom or a sulfur atom, and m 2 are each independently an integer of 1 to 6.
A software or hardware implemented biological signal collection method, comprising: obtaining output data of at least one motion sensor, wherein the at least one motion sensor comprises any one of a gyroscope, a pressure sensor, a microphone, a magnetometer, or an altimeter; controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor; and collecting the at least one biological signal of the user in the collection duration of the at least one biological signal, characterized in that the controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor comprises: identifying an activity type and an activity intensity of the user according to at least the output data of the at least one motion sensor; and obtaining a duration that matches the activity type and the activity intensity of the user, collecting the at least one biological signal of the user according to the duration, and stopping collecting the at least one biological signal when the duration ends. obtaining output data of at least one motion sensor, wherein the at least one motion sensor comprises any one of a gyroscope, a pressure sensor, a microphone, a magnetometer, or an altimeter; controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor; and collecting the at least one biological signal of the user in the collection duration of the at least one biological signal, characterized in that the controlling collection duration of at least one biological signal of a user according to at least the output data of the at least one motion sensor comprises: identifying an activity type and an activity intensity of the user according to at least the output data of the at least one motion sensor; and obtaining a duration that matches the activity type and the activity intensity of the user, collecting the at least one biological signal of the user according to the duration, and stopping collecting the at least one biological signal when the duration ends. identifying an activity type and an activity intensity of the user according to at least the output data of the at least one motion sensor; and obtaining a duration that matches the activity type and the activity intensity of the user, collecting the at least one biological signal of the user according to the duration, and stopping collecting the at least one biological signal when the duration ends.
a) A channel baler for compressing loose material and tying the compressed material into bales, 1b) comprising a fill in shaft that is open in its upper portion, this means in a direction opposite gravity and through which the loose material moves into a press channel in which the compression is performed characterized in that 1c) the fill in shaft includes a side wall that is pivotable into two end positions about an axis that extends perpendicular to a direction of gravity, and 1d) the side wall is configured with a coupling arrangement for a transport container that is configured to receive the loose material, wherein 1e) a coupled transport container is arranged in the first end position outside of the fill in shaft, and 1f) after pivoting into the second end positon the transport container is positioned over the fill in shaft so that the loose material empties gravity induced from the transport container into the fill in shaft. a) A channel baler for compressing loose material and tying the compressed material into bales, 1b) comprising a fill in shaft that is open in its upper portion, this means in a direction opposite gravity and through which the loose material moves into a press channel in which the compression is performed 1c) the fill in shaft includes a side wall that is pivotable into two end positions about an axis that extends perpendicular to a direction of gravity, and 1d) the side wall is configured with a coupling arrangement for a transport container that is configured to receive the loose material, wherein 1e) a coupled transport container is arranged in the first end position outside of the fill in shaft, and 1f) after pivoting into the second end positon the transport container is positioned over the fill in shaft so that the loose material empties gravity induced from the transport container into the fill in shaft.
Rear structural part of a vehicle, comprising a cross member, a rear floor disposed on said cross member, and means for reinforcing said floor, characterised in that the reinforcing means form at least one arm (8a, 8d) extending longitudinally under the cross member and the floor, said arm or arms being fixed to the cross member and to the floor.
Roller for a roller-hearth furnace, which comprises a water-cooled, rotatably mounted support axle on which a plurality of support rings are arranged at a spacing from one another, wherein the support axle is provided in the axial region between and adjacent to the support rings with an insulation (5; 9) which consists of a fibrous material and is constructed with means (6; 11) protecting the outer circumference of its fibrous material from the environment, characterised in that in the case of an insulation constructed from annular punched parts the insulation arranged in the axial region between and adjacent to the support rings consists of circular or annular fibrous punched parts, wherein the protective means is constructed in the form of annular insulating discs of a more resistant material than that of the fibrous punched parts and at least one respective fibrous punched part is provided between each two insulating discs.
A method for biometric recognition by comparing a candidate print with at least one reference print for determining a score depending on the similarity of the two prints and a predetermined validation threshold which the score will be compared with, characterized in that the method comprises the following steps: - capturing a first candidate print; - comparing the first candidate print with the reference print and computing a score of the first candidate print for the reference print; - at least when the score is under the validation threshold, comparing the first candidate print with at least one first deceiving print, with said first deceiving print having been created for having characteristics enabling the first candidate print to obtain a score at least equal to a first predetermined threshold; - computing a score of the first candidate print for the first deceiving print. - capturing a first candidate print; - comparing the first candidate print with the reference print and computing a score of the first candidate print for the reference print; - at least when the score is under the validation threshold, comparing the first candidate print with at least one first deceiving print, with said first deceiving print having been created for having characteristics enabling the first candidate print to obtain a score at least equal to a first predetermined threshold; - computing a score of the first candidate print for the first deceiving print.
Method for supplying the user of an online service with a dynamic code via a telephone, in which said user supplies, on the one hand, an identifier to a computer server operating an online service, by means of a network terminal connected to said computer server by a digital network, and, on the other hand, a dynamic code intended to be used with the online service, said method comprising a phase of generating the dynamic code and a phase of transferring the dynamic code to the telephone of the user, characterized in that, to generate the dynamic code: o the number of a calling line is selected, using an algorithm and a set of parameters included in a dynamic code request transmitted by the online service to a code server, from a set of available lines, with a view to calling the telephone of the user; ∘ then the code server determines the dynamic code from said calling line number, using a dynamic code extraction rule, which designates the digits of the telephone number of the calling line to be taken into account to make up the dynamic code; the method furthermore being characterized in that, to transmit the dynamic code to the user without exchanging an SMS message: ∘ a call notification and the rule for extracting the dynamic code from the call number are sent, by means of the online service, to the network terminal of the user; ∘ a telephone call to the telephone of the user is initiated using the previously selected calling line number, this call being interrupted once the number of the calling line, which incorporates said dynamic code, is displayed on the telephone of the user; ∘ said dynamic code is extracted from the calling line number, using the previously communicated extraction rule. o the number of a calling line is selected, using an algorithm and a set of parameters included in a dynamic code request transmitted by the online service to a code server, from a set of available lines, with a view to calling the telephone of the user; ∘ then the code server determines the dynamic code from said calling line number, using a dynamic code extraction rule, which designates the digits of the telephone number of the calling line to be taken into account to make up the dynamic code; ∘ a call notification and the rule for extracting the dynamic code from the call number are sent, by means of the online service, to the network terminal of the user; ∘ a telephone call to the telephone of the user is initiated using the previously selected calling line number, this call being interrupted once the number of the calling line, which incorporates said dynamic code, is displayed on the telephone of the user; ∘ said dynamic code is extracted from the calling line number, using the previously communicated extraction rule.
A method for detecting a biomarker immobilized to a solid surface, comprising (a) exposing the biomarker to a probe having a magnetic label in a solution; (b) applying a magnetic field to the solution, whereby the probe moves towards and cross over the solid surface and forms a complex with the biomarker on the solid surface; (c) withdrawing the magnetic field; (d) removing the solution from the solid surface; and (e) detecting the complex no more than 1 minute after exposing the biomarker to the probe, wherein the presence of the complex on the solid surface indicates the presence of the biomarker, wherein said method does not involve washing the complex before said detecting. (a) exposing the biomarker to a probe having a magnetic label in a solution; (b) applying a magnetic field to the solution, whereby the probe moves towards and cross over the solid surface and forms a complex with the biomarker on the solid surface; (c) withdrawing the magnetic field; (d) removing the solution from the solid surface; and (e) detecting the complex no more than 1 minute after exposing the biomarker to the probe, wherein the presence of the complex on the solid surface indicates the presence of the biomarker,
A power conversion device for a drive system of a train comprising: a power converter circuit configured to be coupled to a first AC power supply or a second AC power supply via a contactor (12, 13), the power converter circuit configured to perform a power conversion operation to convert a first AC power supplied from the first AC power supply or a second AC power supplied from the second AC power supply into a DC power, the first AC power being an AC power supplied from an overhead line, and the second AC power being an AC power generated by driving an electric generator by an operation of an engine; characterized in that a drive control unit is configured to control a carrier frequency in the power conversion operation of the power converter circuit such that when the first AC power is supplied from the first AC power supply, a carrier frequency is selected from a first carrier frequency band which does not overlap with an operating frequency of a device installed in a railway infrastructure coupled via the overhead line and above which thermal effects on a semiconductor element included in the converter are unacceptable, and when the second AC power is supplied from the second AC power supply, a carrier frequency is selected from a second carrier frequency band in which harmonic current in the electric generator is acceptable and above which thermal effects on the semiconductor element included in the converter are unacceptable. a power converter circuit configured to be coupled to a first AC power supply or a second AC power supply via a contactor (12, 13), the power converter circuit configured to perform a power conversion operation to convert a first AC power supplied from the first AC power supply or a second AC power supplied from the second AC power supply into a DC power, the first AC power being an AC power supplied from an overhead line, and the second AC power being an AC power generated by driving an electric generator by an operation of an engine; characterized in that a drive control unit is configured to control a carrier frequency in the power conversion operation of the power converter circuit such that when the first AC power is supplied from the first AC power supply, a carrier frequency is selected from a first carrier frequency band which does not overlap with an operating frequency of a device installed in a railway infrastructure coupled via the overhead line and above which thermal effects on a semiconductor element included in the converter are unacceptable, and when the second AC power is supplied from the second AC power supply, a carrier frequency is selected from a second carrier frequency band in which harmonic current in the electric generator is acceptable and above which thermal effects on the semiconductor element included in the converter are unacceptable.
A method comprising: intercepting an encrypted connection going through a network device comprising a capture component; determining, based on inspection of content of the intercepted encrypted connection, a request for access to a file in the intercepted encrypted connection; determining, by the network device based on a policy that a decision on the requested access to the file is needed from an external device; sending from the capture component to the external device a request for a decision on the encrypted connection; receiving a decision in a response to the request from the external device; and controlling the requested access to the file based on the decision in the response. intercepting an encrypted connection going through a network device comprising a capture component; determining, based on inspection of content of the intercepted encrypted connection, a request for access to a file in the intercepted encrypted connection; determining, by the network device based on a policy that a decision on the requested access to the file is needed from an external device; sending from the capture component to the external device a request for a decision on the encrypted connection; receiving a decision in a response to the request from the external device; and controlling the requested access to the file based on the decision in the response.
A molten metal processing apparatus selected from a pump, a degasser, a flux injector and a scrap submergence device including at least one element selected from a shaft (310, 413, 636, 816, 1012), impeller (312, 417, 501, 638, 822, 922, 1010, 1120, 1220, 1556) bearing post, post, post sleeve, gas injection tube, tube plug, and riser tube in the case of a pump or at least one element selected from a shaft and impeller in the case of a degasser, flux injector or scrap submergence device, wherein said element is comprised of C/C composite, said C/C composite being comprised of carbon fibers disposed in a carbon matrix, and wherein the C/C composite element has been impregnated with an oxidation resistant chemical.
Security element of a security document, comprising an effect layer, a marking layer and a motif element, wherein the effect layer is configured with a first area, the marking layer is configured with a second area and the motif element is configured with a third area, wherein the first area is at least of the same size as the second area, and the second area is larger than the third area, wherein the motif element is arranged on the marking layer, wherein the marking layer is arranged on a rear side of the effect layer and is configured for marking the rear side of the effect layer, wherein the marking layer is configured as a check aid for a laterally correct arrangement of the security element on the security document, wherein the motif element is configured as a printed element produced by a printing method, wherein the motif element is configured to reflect radiation of the light spectrum in the same way as the marking layer and to absorb radiation of the infrared spectrum differently from the marking layer, or the motif element is configured to be transparent in the light spectrum and is configured to absorb radiation of the infrared spectrum differently from the marking layer, characterized in that the marking layer is configured as a white pigment coat.
A coating liquid reservoir for use with a fluid inlet of a spray gun, the coating liquid reservoir comprising: a flexible outer pouch comprising a first film and an inlet port therethrough; and a flexible inner pouch nested within the outer pouch, the inner pouch comprising a second film and defining a coating liquid chamber and a fluid aperture; a pressure zone located between the outer surface of the inner pouch and the inner surface of the outer pouch; wherein the fluid aperture is in fluid communication with the coating liquid chamber and, upon assembly, with the fluid inlet of the spray gun; wherein upon supply of an external pressure source to the inlet port, pressure is applied in the pressure zone thereby expelling a liquid from the coating liquid chamber through the fluid aperture. a flexible outer pouch comprising a first film and an inlet port therethrough; and a flexible inner pouch nested within the outer pouch, the inner pouch comprising a second film and defining a coating liquid chamber and a fluid aperture; a pressure zone located between the outer surface of the inner pouch and the inner surface of the outer pouch; wherein the fluid aperture is in fluid communication with the coating liquid chamber and, upon assembly, with the fluid inlet of the spray gun; wherein upon supply of an external pressure source to the inlet port, pressure is applied in the pressure zone thereby expelling a liquid from the coating liquid chamber through the fluid aperture.
Extractor hood with a housing and a detachable flat filter element (3, 4, 5) disposed on the housing, which filter element (3, 4, 5) is held with the aid of at least one magnet, characterised in that at least one segment of the filter element can be rotated in the direction of an interior of the housing about a rocker axis in order to remove or detach the filter element (3, 4, 5) from the housing.