mhurhangee/ep-ind-claims huggingface dataset:
A pseudo-random function calculating device, characterized by comprising: key creating means for creating a public key made of a set of at least a first component and a second component as components constituting an element of a finite group and a secret key made of an integer, secretly saving the generated secret key in a memory device and opening the public key; and pseudo-random function calculating means for outputting the element of a finite group as function value of the pseudo-random function upon receiving an integer as input, wherein the pseudo-random function calculating means outputs as the element of a finite group the product of multiplication of the first element of the value obtained by calculating the modular exponentiation, using the first component of the public key and the input integer respectively as base and exponent, and the second element of the value obtained by calculating the modular exponentiation, using the second component of the public key and the reciprocal of the sum of the secret key and the input integer in a finite field respectively as base and exponent. key creating means for creating a public key made of a set of at least a first component and a second component as components constituting an element of a finite group and a secret key made of an integer, secretly saving the generated secret key in a memory device and opening the public key; and pseudo-random function calculating means for outputting the element of a finite group as function value of the pseudo-random function upon receiving an integer as input, wherein the pseudo-random function calculating means outputs as the element of a finite group the product of multiplication of the first element of the value obtained by calculating the modular exponentiation, using the first component of the public key and the input integer respectively as base and exponent, and the second element of the value obtained by calculating the modular exponentiation, using the second component of the public key and the reciprocal of the sum of the secret key and the input integer in a finite field respectively as base and exponent.
An access device for a vehicle, in particular for a rail vehicle, comprising a. a linearly displaceably arranged step plate assembly, which consists of a step plate and an ejector unit operatively connected with the step plate, wherein the ejector unit has a first and a second ejector rail (11, 12), wherein the first and second ejector rails (11, 12) are arranged parallel to each other, and wherein the step plate is arranged between the first and second ejector rail (11, 12), b. as well as a drive unit, which is configured to displace the step plate assembly consisting of the step plate and the ejector unit along a displacement axis while performing a displacement motion from a retracted position to an extended position and vice versa, and c. at least one blocking means, which in the extended position of the step plate assembly is configured to - block a displacement of the ejector unit along the displacement axis, - while at the same time releasing a relative motion between the step plate and the ejector unit, as a result of which the step plate can be displaced and tilted relative to the ejector unit. a. a linearly displaceably arranged step plate assembly, which consists of a step plate and an ejector unit operatively connected with the step plate, wherein the ejector unit has a first and a second ejector rail (11, 12), wherein the first and second ejector rails (11, 12) are arranged parallel to each other, and wherein the step plate is arranged between the first and second ejector rail (11, 12), b. as well as a drive unit, which is configured to displace the step plate assembly consisting of the step plate and the ejector unit along a displacement axis while performing a displacement motion from a retracted position to an extended position and vice versa, and c. at least one blocking means, which in the extended position of the step plate assembly is configured to - block a displacement of the ejector unit along the displacement axis, - while at the same time releasing a relative motion between the step plate and the ejector unit, as a result of which the step plate can be displaced and tilted relative to the ejector unit. - block a displacement of the ejector unit along the displacement axis, - while at the same time releasing a relative motion between the step plate and the ejector unit, as a result of which the step plate can be displaced and tilted relative to the ejector unit.
A bowed rotor start mitigation system for a gas turbine engine, the bowed rotor start mitigation system comprising: a controller configured to receive a speed input indicative of a rotor speed from a speed pickup of the gas turbine engine and a measured temperature of the gas turbine engine from a temperature sensor, the controller further configured to drive motoring of the gas turbine engine by oscillating the rotor speed to continuously rotate within a motoring band for a motoring time based on the measured temperature when a start sequence of the gas turbine engine is initiated and prior to determining that bowed rotor mitigation is complete.
Optode for the determining of chemical parameters of a sample, characterized in that the optode consists of a polymer matrix that in turn consists of a sulfonated polyether ether ketone (SPEEK) in which a sensor dye is immobilized or several sensor dyes are immobilized, wherein at least one of the immobilized sensor dyes is pH-sensitive.
A therapeutic composition, comprising an isolated aminoacyl-tRNA synthetase (AARS) polypeptide consisting of an amino acid sequence of SEQ ID NO:142.
Method for dewatering and drying solid-liquid mixtures using a device described according to claim 4, by applying the following steps: a) supplying the suspension to be treated via the duct into the device; b) draining the filtrate via the ducts while at the same time retaining the solid components as a filter cake by means of the filter medium; c) heating the filter cake by switching on the heating circuit; d) pressing the filter cake formed during dewatering by membrane pressing using a gas or a liquid; e) connecting a vacuum unit to the ducts and evacuating the vapour space and the pore space in the filter cake, whereby the drying of the filter cake is started and the filter cake cools due to the extraction of the energy of evaporation from the interior of the filter cake, characterised by f) filling the vapour space and the pore space in the filter cake with air or inert gas to an excess pressure of up to 1 bar, whereby a rest phase is initiated during drying, the filter cake is heated up again; g) repeating steps e) and f) until the intended degree of drying is reached; h) switching off the heating circuit and terminating the membrane pressing in a known manner; and i) removing the dried filter cake from the device in a known manner. a) supplying the suspension to be treated via the duct into the device; b) draining the filtrate via the ducts while at the same time retaining the solid components as a filter cake by means of the filter medium; c) heating the filter cake by switching on the heating circuit; d) pressing the filter cake formed during dewatering by membrane pressing using a gas or a liquid; e) connecting a vacuum unit to the ducts and evacuating the vapour space and the pore space in the filter cake, whereby the drying of the filter cake is started and the filter cake cools due to the extraction of the energy of evaporation from the interior of the filter cake, characterised by f) filling the vapour space and the pore space in the filter cake with air or inert gas to an excess pressure of up to 1 bar, whereby a rest phase is initiated during drying, the filter cake is heated up again; g) repeating steps e) and f) until the intended degree of drying is reached; h) switching off the heating circuit and terminating the membrane pressing in a known manner; and i) removing the dried filter cake from the device in a known manner.
An isolated transgene construct comprising a transgene, wherein the transgene contains, in 5' to 3' direction, an unrearranged human heavy chain immunoglobulin variable region sequence, mouse J-μ enhancer, mouse μ switch region and mouse μ coding regions; wherein the unrearranged human heavy chain immunoglobulin variable region sequence contains four functional human heavy chain variable region segments (V segments), 15 human heavy chain D segments and six human heavy chain J segments.
A connecting device connecting a first electronic device and a second electronic device, comprising: a first connector comprising a first pin row, wherein the first connector is connected to a first type connector mounted on the first electronic device; a second connector comprising a second pin row, wherein the second connector is connected to a second type connector mounted on the second electronic device; a data line connecting a data pin (312, 313) of the first pin row and a data pin (353,362) of the second pin row; a first recognition line connecting a power pin of the first pin row and a first recognition pin of the second pin row through a first pull-up resistor; and a second recognition line connecting a power pin of the first pin row and a second recognition pin of the second pin row through a second pull-up resistor; wherein the second pin row comprises: a first sub pin row, and a second sub pin row having an arrangement that is symmetrical to the first sub pin row; characterized in that, the first pull-up resistor is disposed between the power pin of the first pin row and the first recognition pin of the first sub pin row; and the second pull-up resistor is disposed between the power pin of the first pin row and the second recognition pin of the second sub pin row. a first connector comprising a first pin row, wherein the first connector is connected to a first type connector mounted on the first electronic device; a second connector comprising a second pin row, wherein the second connector is connected to a second type connector mounted on the second electronic device; a data line connecting a data pin (312, 313) of the first pin row and a data pin (353,362) of the second pin row; a first recognition line connecting a power pin of the first pin row and a first recognition pin of the second pin row through a first pull-up resistor; and a second recognition line connecting a power pin of the first pin row and a second recognition pin of the second pin row through a second pull-up resistor; wherein the second pin row comprises: a first sub pin row, and a second sub pin row having an arrangement that is symmetrical to the first sub pin row; characterized in that, the first pull-up resistor is disposed between the power pin of the first pin row and the first recognition pin of the first sub pin row; and the second pull-up resistor is disposed between the power pin of the first pin row and the second recognition pin of the second sub pin row. a first sub pin row, and a second sub pin row having an arrangement that is symmetrical to the first sub pin row; characterized in that, the first pull-up resistor is disposed between the power pin of the first pin row and the first recognition pin of the first sub pin row; and the second pull-up resistor is disposed between the power pin of the first pin row and the second recognition pin of the second sub pin row.
A rotary winged aircraft, comprising: an airframe; a main rotor assembly; an engine disposed at the airframe and operably connected to the main rotor assembly to drive the main rotor assembly; a firewall through which an inlet duct can extend into an engine compartment of the aircraft; and an engine inlet assembly comprising: the inlet duct which includes a first inlet duct leg (28,50) and a second inlet duct leg (28,52), the first inlet duct leg and the second inlet duct leg extending toward a common inlet duct outlet disposed at an engine inlet; wherein the first inlet duct leg and the second inlet duct leg are fixedly secured to the airframe of the aircraft at an air inlet, wherein the inlet duct extends through an opening in the firewall into an engine compartment of the aircraft, wherein the inlet duct outlet has a floating interface with the engine inlet and the inlet duct is configured to direct an airflow to the engine inlet, and wherein the firewall has an airtight seal to the engine inlet radially outboard on the inlet duct via a flexible bellows seal to prevent ingestion of an engine compartment airflow into the engine inlet. an airframe; a main rotor assembly; an engine disposed at the airframe and operably connected to the main rotor assembly to drive the main rotor assembly; a firewall through which an inlet duct can extend into an engine compartment of the aircraft; and an engine inlet assembly comprising: the inlet duct which includes a first inlet duct leg (28,50) and a second inlet duct leg (28,52), the first inlet duct leg and the second inlet duct leg extending toward a common inlet duct outlet disposed at an engine inlet; wherein the first inlet duct leg and the second inlet duct leg are fixedly secured to the airframe of the aircraft at an air inlet, wherein the inlet duct extends through an opening in the firewall into an engine compartment of the aircraft, wherein the inlet duct outlet has a floating interface with the engine inlet and the inlet duct is configured to direct an airflow to the engine inlet, and wherein the firewall has an airtight seal to the engine inlet radially outboard on the inlet duct via a flexible bellows seal to prevent ingestion of an engine compartment airflow into the engine inlet. the inlet duct which includes a first inlet duct leg (28,50) and a second inlet duct leg (28,52), the first inlet duct leg and the second inlet duct leg extending toward a common inlet duct outlet disposed at an engine inlet; wherein the first inlet duct leg and the second inlet duct leg are fixedly secured to the airframe of the aircraft at an air inlet, wherein the inlet duct extends through an opening in the firewall into an engine compartment of the aircraft, wherein the inlet duct outlet has a floating interface with the engine inlet and the inlet duct is configured to direct an airflow to the engine inlet, and wherein the firewall has an airtight seal to the engine inlet radially outboard on the inlet duct via a flexible bellows seal to prevent ingestion of an engine compartment airflow into the engine inlet.
A method for wireless local area network, the method comprising, receiving a Very High Throughput Signal A, VHT-SIG-A, field and a Very High Throughput Signal B, VHT-SIG-B, field over a frequency band, a bandwidth of the frequency band being a multiple of 20MHz; and obtaining data based on information in the VHT-SIG-B field, wherein the VHT-SIG-A field includes common information and is repeatedly transmitted over each 20 MHz bandwidth of the frequency band in more than one orthogonal frequency division multiplexing (OFDM) symbols, the VHT-SIG-B field includes a block of bits representing user-specific information and is transmitted over the entire bandwidth of the frequency band in only one OFDM symbol that is subsequent to the OFDM symbols in which the VHT-SIG-A field is transmitted, and characterized in that the block of bits included in the VHT-SIG-B field is repeated a predetermined number of times in accordance with the bandwidth of the frequency band and the predetermined number of times to be repeated increases as the bandwidth of the frequency band increases.
A liquid crystal display device, comprising: a substrate; a thin film transistor in a pixel region over the substrate; a common electrode over the thin film transistor; a pixel electrode connected to the thin film transistor; and a liquid crystal layer including a plurality of liquid crystal capsules and a binder over the common electrode and the pixel electrode, wherein each of the plurality of liquid crystal capsules includes a shell and a core having a plurality of liquid crystal molecules therein, wherein a shell thickness (ts) of the shell is equal to or greater than 10nm; and wherein the shell thickness is equal to or smaller than 0.15 times of the capsule diameter (ds), or a volume ratio of the plurality of liquid crystal molecules with respect to the liquid crystal layer is within a range of 20% to 50%. a substrate; a thin film transistor in a pixel region over the substrate; a common electrode over the thin film transistor; a pixel electrode connected to the thin film transistor; and a liquid crystal layer including a plurality of liquid crystal capsules and a binder over the common electrode and the pixel electrode, wherein each of the plurality of liquid crystal capsules includes a shell and a core having a plurality of liquid crystal molecules therein, wherein a shell thickness (ts) of the shell is equal to or greater than 10nm; and wherein the shell thickness is equal to or smaller than 0.15 times of the capsule diameter (ds), or a volume ratio of the plurality of liquid crystal molecules with respect to the liquid crystal layer is within a range of 20% to 50%.
A lighting control system comprising: a management system performing a lighting control for each position and for each area of the position, and including a gateway, a control server, and a user terminal; a main control unit comprising a plurality of first to n-th main controllers (200-1, 200-2, 200-n), each main controller controls a lighting controller (300-1, 300-2, 300-n) for each position in accordance with the lighting control of the management system; a lighting control unit comprising a plurality of first to m-th lighting controllers (300-1, 300-2, 300-n), each lighting controller controls a lighting unit for lighting for each area of a preset corresponding position in accordance with control of the first to n-th main controllers (200-1, 200-2, 200-n); a lighting unit comprising a plurality of lamps which are divided for each position and for each area of the position and which are operated in accordance with control of the first to m-th lighting controllers (300-1, 300-2, 300-n), and a monitoring camera which transmits an image signal to the control server, the image signal being obtained by photographing an image of the preset position, wherein the user terminal controls lighting depending on the brightness of the preset corresponding position, which is checked through the monitoring camera. a management system performing a lighting control for each position and for each area of the position, and including a gateway, a control server, and a user terminal; a main control unit comprising a plurality of first to n-th main controllers (200-1, 200-2, 200-n), each main controller controls a lighting controller (300-1, 300-2, 300-n) for each position in accordance with the lighting control of the management system; a lighting control unit comprising a plurality of first to m-th lighting controllers (300-1, 300-2, 300-n), each lighting controller controls a lighting unit for lighting for each area of a preset corresponding position in accordance with control of the first to n-th main controllers (200-1, 200-2, 200-n); a lighting unit comprising a plurality of lamps which are divided for each position and for each area of the position and which are operated in accordance with control of the first to m-th lighting controllers (300-1, 300-2, 300-n), and a monitoring camera which transmits an image signal to the control server, the image signal being obtained by photographing an image of the preset position, wherein the user terminal controls lighting depending on the brightness of the preset corresponding position, which is checked through the monitoring camera.
An apparatus for feeding an elongate article from a floating vessel and for suspending a first portion of the elongate article in a body of water below the floating vessel, wherein the apparatus comprising a cylindrical body rotatably supported on the floating vessel and comprising driving means (17; 85, 86) for controlling the rotation of the cylindrical body; the cylindrical body further comprising a spooling-on region and a spooling-off region for the elongate article, and a cylindrical contacting surface (18; 18') for interaction with at least a portion of the elongate article either directly or via a plurality of support elements (55; 55'; 55"; 55'''); the cylindrical contacting surface (18; 18') being configured so as to support the first portion, and first tensioner means for the elongate article, arranged on the floating vessel between the spooling-on region and a storage area for the elongate article, characterized in that the apparatus further comprising a guiding apparatus (30; 30'; 88; 90a,b) arranged on the floating vessel proximate to at least a part of the cylindrical contacting surface, arranged and configured for controlling the movement of the elongate article between the spooling-on region and the spooling-off region in a cylindrical body axial direction, wherein the guiding apparatus comprises individual guiding means (32; 34; 35) for each turn of the elongate article around the cylindrical contacting surface.
Device for producing at least one container product from plastics material, which is moulded by means of a moulding device, furnished with a pre-definable container content by means of a filling device, and closed by means of a closing device, wherein the moulding device comprises individual mould sections, which are moved in pairs on top of one another, to and away from each other to close and/or open a production mould, in which the respective container product is moulded, furnished with the container content and closed, characterised in that the respective finished container product is transported to a post-treatment zone in which a temperature-influencing action is applied to the respective container product and/or the respective container content.