mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the flow volume of coal/kerosene slurry wherein, in a solid-liquid separation process of supplying dehydrated coal/kerosene slurry to a decanter-type centrifugal separator and separating the coal/kerosene slurry into a solid fraction and a liquid fraction: a target value of the electric current supplied to a motor to rotate and drive a screw conveyer of the decanter-type centrifugal separator is decided so that the liquid level in a tank of the coal/kerosene slurry supplied to the decanter-type centrifugal separator may take a constant value; an opening degree target value is decided on the basis of the difference between the electric current target value and an actually measured value of the electric current supplied to the motor; and the opening degree of a flow control valve, which is arranged in the middle of a supply line for supplying the coal/kerosene slurry into the decanter-type centrifugal separator, is adjusted to the opening degree target value. a target value of the electric current supplied to a motor to rotate and drive a screw conveyer of the decanter-type centrifugal separator is decided so that the liquid level in a tank of the coal/kerosene slurry supplied to the decanter-type centrifugal separator may take a constant value; an opening degree target value is decided on the basis of the difference between the electric current target value and an actually measured value of the electric current supplied to the motor; and the opening degree of a flow control valve, which is arranged in the middle of a supply line for supplying the coal/kerosene slurry into the decanter-type centrifugal separator, is adjusted to the opening degree target value.
A communication system provided with an output circuit that is provided in an electricity supply apparatus supplying electricity to a vehicle and that is configured to output a rectangular wave signal of given frequency and with an input circuit that is provided in the vehicle and connected to the output circuit through a plurality of signal lines (3, 4) and that is configured to receive the rectangular wave signal outputted by the output circuit, whereby a communication signal is superimposed on the signal lines so that communication is achieved between the vehicle and the electricity supply apparatus, the communication system characterised by comprising: a first communication unit provided in the electricity supply apparatus and configured to transmit and receive a communication signal via a first transformer connected between the signal lines (3, 4); a second communication unit provided in the vehicle and configured to transmit and receive a communication signal via a second transformer connected between the signal lines; a first lowpass filter interposed between the output circuit and the first transformer; and a second lowpass filter interposed between the input circuit and the second transformer. a first communication unit provided in the electricity supply apparatus and configured to transmit and receive a communication signal via a first transformer connected between the signal lines (3, 4); a second communication unit provided in the vehicle and configured to transmit and receive a communication signal via a second transformer connected between the signal lines; a first lowpass filter interposed between the output circuit and the first transformer; and a second lowpass filter interposed between the input circuit and the second transformer.
Apparatus designed to determine and/or monitor at least a process variable of a medium, with at least a housing, with at least a unit capable of vibrating mechanically, and with at least a transducer unit, which excites the unit capable of vibrating mechanically to perform mechanical vibrations and which receives mechanical vibrations from the unit capable of vibrating mechanically, wherein the transducer unit is arranged and clamped between at least two housing elements (12, 3) used for clamping in such a way that a pre-definable pressure acts on the transducer unit at least along an imaginary axis, characterized in that at least one compensation element is provided, wherein the temperature expansion coefficient of the compensation element and the height of the compensation element along the imaginary axis are selected in such a way that a temperature-related expansion of the compensation element along the imaginary axis - during a temperature-related expansion of a housing element to be compensated, which determines a distance between the housing elements, used for clamping, along the imaginary axis, and wherein said temperature-related expansion of the housing element to be compensated results in a modification of the distance between the housing element (12, 3) used for clamping - results in the fact that the pressure acting on the transducer unit along the imaginary axis is essentially greater than or equal to a pre-definable pretension limit value, and that the temperature expansion coefficient of the compensation element and the height of the compensation element along the imaginary axis is/are selected in such a way that the temperature-related expansion of the compensation element along the imaginary axis is essentially equal to the temperature-related expansion of the housing element to be compensated along the imaginary axis, and that the compensation element presents such an expansion behavior that it adapts the transducer unit to the expansion of the housing and, consequently, to the modified distance between the housing elements (12, 3) used for clamping.
A method for detecting a target in a sample by proximally depositing a marker, comprising: contacting the sample with a recognition solution, the recognition solution including a specific binding moiety specific to the target; labeling the specific binding moiety with an enzyme; contacting the sample with a detection solution, the detection solution comprising an enzyme substrate so that the marker deposits proximally to the target in the presence of a deposition enhancer having a formula wherein R 5 is a heteroatom-containing moiety; n is 1-5, wherein the enzyme substrate is selected from the group consisting of a chromogen and a tyramide-conjugate, or wherein the enzyme substrate is selected from 1,3-diaminobenzidine, 3-amino-9-ethylcarbazole, tetramethylbenzidine, a fluorescein, a luminophore, a coumarin, a BODIPY dye, a resorufin, a rhodamine, or a derivative thereof; and detecting the marker. contacting the sample with a recognition solution, the recognition solution including a specific binding moiety specific to the target; labeling the specific binding moiety with an enzyme; contacting the sample with a detection solution, the detection solution comprising an enzyme substrate so that the marker deposits proximally to the target in the presence of a deposition enhancer having a formula
A resistance-inhibiting effective amount of a compound of formula: wherein: (i) A is R 3 is phenyl, R 5 is isobutyl, and Ar is phenyl substituted with a m-hydroxyl group, a m- or p-hydroxymethyl group, or a p-aminomethyl group; or (ii) A is R 3 is R 5 is isobutyl, and Ar is p-methoxyphenyl; (iii) A is R 3 is phenyl, R 5 is and Ar is m-methoxyphenyl; or (iv) A is R 3 is phenyl, R 5 is isobutyl, and Ar is p-aminophenyl for use in treating an HIV-infected mammal who is infected with a mutant HIV, in combination with an antiviral agent selected from the group consisting of ritonavir, indinavir, and saquinavir in a pharmaceutically acceptable carrier, wherein said treatment prevents the emergence of drug resistance due to further mutations. or (i) A is R 3 is phenyl, R 5 is isobutyl, and Ar is phenyl substituted with a m-hydroxyl group, a m- or p-hydroxymethyl group, or a p-aminomethyl group; or (ii) A is R 3 is R 5 is isobutyl, and Ar is p-methoxyphenyl; (iii) A is R 3 is phenyl, R 5 is and Ar is m-methoxyphenyl; or (iv) A is R 3 is phenyl, R 5 is isobutyl, and Ar is p-aminophenyl for use in treating an HIV-infected mammal who is infected with a mutant HIV, in combination with an antiviral agent selected from the group consisting of ritonavir, indinavir, and saquinavir in a pharmaceutically acceptable carrier, wherein said treatment prevents the emergence of drug resistance due to further mutations.
A method for use with a series of analog delay circuits (154, 204) to drive a plurality of fluidic actuators (152, 202) with a fire signal (158, 208), the method characterized in that it comprises: disabling a bias signal (162, 212) to each of the analog delay circuits (154, 204), the bias signal (162, 212) to affect a selected delay in the analog delay circuits (154, 204); and providing the fire signal (158, 208) through the series of analog delay circuits (154, 204) with the bias signal (162, 212) disabled. disabling a bias signal (162, 212) to each of the analog delay circuits (154, 204), the bias signal (162, 212) to affect a selected delay in the analog delay circuits (154, 204); and providing the fire signal (158, 208) through the series of analog delay circuits (154, 204) with the bias signal (162, 212) disabled.
A surgery table attachment apparatus for fixing a tower (42, 44) to an end support (14, 16), comprising: first and second openings (158, 164) in the end support (14, 16); and first and second protuberance (150, 148) extending from the tower, said first protuberance rotatably fitting into said first opening of the end support, said second protuberance fitting in said second opening of the end support upon rotation of said first protuberance, said first protuberance comprising a cylindrical member and said second protuberance including a slot. first and second openings (158, 164) in the end support (14, 16); and first and second protuberance (150, 148) extending from the tower, said first protuberance rotatably fitting into said first opening of the end support, said second protuberance fitting in said second opening of the end support upon rotation of said first protuberance, said first protuberance comprising a cylindrical member and said second protuberance including a slot.
A data transmission method, performed by a terminal, characterized by comprising: obtaining, by the terminal, an acknowledgment/negative acknowledgment ACK/NACK sequence to be fed back; selecting, by the terminal, a machine learning model applied to the ACK/NACK sequence; wherein the machine learning model comprises an autoencoder; compressing, by the terminal, the ACK/NACK sequence through the machine learning model to obtain an indication sequence; and transmitting, by the terminal, the indication sequence to a network device. obtaining, by the terminal, an acknowledgment/negative acknowledgment ACK/NACK sequence to be fed back; selecting, by the terminal, a machine learning model applied to the ACK/NACK sequence; wherein the machine learning model comprises an autoencoder; compressing, by the terminal, the ACK/NACK sequence through the machine learning model to obtain an indication sequence; and transmitting, by the terminal, the indication sequence to a network device.
A pharmaceutical composition comprising; a. a core tablet comprising an organic acid and at least one pharmaceutically acceptable excipient b. a compressed outer tablet layer covering the core tablet, comprising dabigatran etexilate free base or a pharmaceutically acceptable salt of dabigatran etexilate and at least one pharmaceutically acceptable excipient wherein the core tablet has a coating and the weight ratio of the core tablet to the compressed outer tablet layer is between 0.1 and 0.5. a. a core tablet comprising an organic acid and at least one pharmaceutically acceptable excipient b. a compressed outer tablet layer covering the core tablet, comprising dabigatran etexilate free base or a pharmaceutically acceptable salt of dabigatran etexilate and at least one pharmaceutically acceptable excipient
A method for manufacturing an input assembly, the input assembly comprising a decoration enclosure, a touch panel, a fingerprint chip package structure and a display screen component, the touch panel defining a blind hole in a surface thereof, and the method for manufacturing the input assembly comprising: mounting the fingerprint chip package structure in the decoration enclosure; mounting the decoration enclosure carried with the fingerprint chip package structure in the blind hole; and mounting the display screen component to the surface of the touch panel, wherein a first orthographic projection of the display screen component in the surface of the touch panel overlaps a second orthographic projection of the decoration enclosure in the surface of the touch panel. mounting the fingerprint chip package structure in the decoration enclosure; mounting the decoration enclosure carried with the fingerprint chip package structure in the blind hole; and mounting the display screen component to the surface of the touch panel, wherein a first orthographic projection of the display screen component in the surface of the touch panel overlaps a second orthographic projection of the decoration enclosure in the surface of the touch panel.
Fixed-bed gasifier for producing a product gas from loose biomass particles with - a gasifier vessel, - a feed for biomass particles in the upper region of the gasifier vessel, - a grille for supporting the biomass particles in the gasifier vessel, the grille being movable via a grille drive device, - an air feed for feeding combustion air into the gasifier vessel, - a product gas extractor which leads out of the gasifier vessel out of the region below the grille, characterized in that - the grille is substantially planar, is arranged obliquely in the gasifier vessel, defines a tilted plane, and divides the gasifier vessel into a region above the grille and a region below the grille, and in that - the grille can be moved by means of the grille drive device to and fro in a direction transversely with respect to the tilted plane. - a gasifier vessel, - a feed for biomass particles in the upper region of the gasifier vessel, - a grille for supporting the biomass particles in the gasifier vessel, the grille being movable via a grille drive device, - an air feed for feeding combustion air into the gasifier vessel, - a product gas extractor which leads out of the gasifier vessel out of the region below the grille, - the grille is substantially planar, is arranged obliquely in the gasifier vessel, defines a tilted plane, and divides the gasifier vessel into a region above the grille and a region below the grille, and in that - the grille can be moved by means of the grille drive device to and fro in a direction transversely with respect to the tilted plane.
A method for invalidating content segments of a bitstream comprising the steps of: delivering a manifest file from an origin server to a content delivery network, wherein said manifest file has a time-to-live value and is redelivered based on said time-to-live value; delivering one or more content segments (110a, 110b, 110n) from said origin server to said content delivery network, wherein said manifest file contains pointers to said content segments; modifying said manifest file at said origin server to include invalidation information based on an input signal, wherein the invalidation information identifies content which is to be removed from the content delivery network; and invalidating said content segments throughout said content delivery network based on said invalidation information, wherein the invalidation information provides deletion parameters (352, 354a, 354b, 354c) to instruct deleting from the content delivery network cached copies (110a', 110b', 110n') of one or more of said one or more content segments. delivering a manifest file from an origin server to a content delivery network, wherein said manifest file has a time-to-live value and is redelivered based on said time-to-live value; delivering one or more content segments (110a, 110b, 110n) from said origin server to said content delivery network, wherein said manifest file contains pointers to said content segments; modifying said manifest file at said origin server to include invalidation information based on an input signal, wherein the invalidation information identifies content which is to be removed from the content delivery network; and invalidating said content segments throughout said content delivery network based on said invalidation information, wherein the invalidation information provides deletion parameters (352, 354a, 354b, 354c) to instruct deleting from the content delivery network cached copies (110a', 110b', 110n') of one or more of said one or more content segments.
A method performed on a server for tracking usage of an application on a wireless device, wherein the wireless device being capable of communicating with the server through a wireless communication network, comprising the steps of: receiving a subscription request for a service plan that allocates resources to the application from a user; in response to the subscription request, establishing a subscription plan for the user, wherein the subscription plan includes available resource information; receiving, at the server, a request for use of the application from the wireless device; adjusting the available resource information according to the use of the application; and transmitting, from the server, the adjusted available resource information to the wireless device. receiving a subscription request for a service plan that allocates resources to the application from a user; in response to the subscription request, establishing a subscription plan for the user, wherein the subscription plan includes available resource information; receiving, at the server, a request for use of the application from the wireless device; adjusting the available resource information according to the use of the application; and transmitting, from the server, the adjusted available resource information to the wireless device.
A test system (10, 32, 81) comprising: a parametric test circuit (35, 44, 86) configured to receive a signal (45, 82) from a unit under test (21, 34), the parametric test circuit comprising a circuit to sample the signal from the unit under test to obtain data, wherein the signal represents a data pattern that is repetitive in cycles, and a processor configured to generate an eye diagram based on the sampled data, the eye diagram representing parametric information about the signal from the unit under test; the test system is characterised by a functional test circuit (30, 40,90) to receive the signal from the unit under test and to perform one or more functional tests on the signal from the unit under test, wherein the functional test circuit is configured to test informational content of the signal from the unit under test by identifying data that the signal represents and determining whether the represented data is correct based on a known test signal; wherein the test systems is configured to receive the signal from the unit under test and to allow the signal from the unit under test to pass to the functional test circuit inline without changing at least part of the signal from the unit under test so that the signal from the unit under test is sent concurrently to the parametric test circuit and to the functional test circuit. a parametric test circuit (35, 44, 86) configured to receive a signal (45, 82) from a unit under test (21, 34), the parametric test circuit comprising a circuit to sample the signal from the unit under test to obtain data, wherein the signal represents a data pattern that is repetitive in cycles, and a processor configured to generate an eye diagram based on the sampled data, the eye diagram representing parametric information about the signal from the unit under test; the test system is characterised by a circuit to sample the signal from the unit under test to obtain data, wherein the signal represents a data pattern that is repetitive in cycles, and a processor configured to generate an eye diagram based on the sampled data, the eye diagram representing parametric information about the signal from the unit under test; the test system is characterised by a functional test circuit (30, 40,90) to receive the signal from the unit under test and to perform one or more functional tests on the signal from the unit under test, wherein the functional test circuit is configured to test informational content of the signal from the unit under test by identifying data that the signal represents and determining whether the represented data is correct based on a known test signal; wherein the test systems is configured to receive the signal from the unit under test and to allow the signal from the unit under test to pass to the functional test circuit inline without changing at least part of the signal from the unit under test so that the signal from the unit under test is sent concurrently to the parametric test circuit and to the functional test circuit.
A system, comprising: a plurality of addressable devices (12, 14a-c), the plurality of addressable devices defining a cluster comprising a master device in communication with at least one slave device, each of the master device and the at least one slave device having a corresponding Media Access Control, MAC, address, the master device adapted to: sequentially transmit power-on commands to each of the at least one slave device; assign a different node address to each of the at least one slave devices; the system characterized in that the master device is further adapted to: receive an association of the MAC address of the master device to the node address and MAC address of each of the at least one slave devices to form a cluster configuration; store the cluster configuration as a cluster configuration table; and replicate the cluster configuration table to the at least one slave device. a plurality of addressable devices (12, 14a-c), the plurality of addressable devices defining a cluster comprising a master device in communication with at least one slave device, each of the master device and the at least one slave device having a corresponding Media Access Control, MAC, address, the master device adapted to: sequentially transmit power-on commands to each of the at least one slave device; assign a different node address to each of the at least one slave devices; the system characterized in that the master device is further adapted to: receive an association of the MAC address of the master device to the node address and MAC address of each of the at least one slave devices to form a cluster configuration; store the cluster configuration as a cluster configuration table; and replicate the cluster configuration table to the at least one slave device. receive an association of the MAC address of the master device to the node address and MAC address of each of the at least one slave devices to form a cluster configuration; store the cluster configuration as a cluster configuration table; and replicate the cluster configuration table to the at least one slave device.
Recombinant human acid sphingomyelinase (rhASM) for use in a method of treating an acid sphingomyelinase deficiency (ASMD) in a human subject, comprising a dose escalation regimen comprising: a. administering to the human subject one or more initial doses of rhASM, wherein the initial dose ranges between 0.001 mg/kg and 0.1 mg/kg rhASM; and b. administering successively higher doses of rhASM to the human subject, if the subject does not manifest one or more moderate or severe adverse events that has/have a causal relationship with the treatment, wherein the successively higher doses are from 0.1 mg/kg to 1.0 mg/kg rhASM higher than the previous dose, or 0.1 mg/kg to 0.5 mg/kg rhASM higher than the previous dose. a. administering to the human subject one or more initial doses of rhASM, wherein the initial dose ranges between 0.001 mg/kg and 0.1 mg/kg rhASM; and b. administering successively higher doses of rhASM to the human subject, if the subject does not manifest one or more moderate or severe adverse events that has/have a causal relationship with the treatment, wherein the successively higher doses are from 0.1 mg/kg to 1.0 mg/kg rhASM higher than the previous dose, or 0.1 mg/kg to 0.5 mg/kg rhASM higher than the previous dose.