mhurhangee/ep-ind-claims huggingface dataset:
An electrical stimulation device for being inserted into a microplate having a plurality of wells holding a sample including a cell and applying electrical stimulation to the cell, the electrical stimulation device comprising: a plurality of electrode pairs each including a first electrode and a second electrode, both of the first electrode and second electrode extending into the well of the microplate in the depth direction of the well, the plurality of electrode pairs being arranged in a two-dimensional shape corresponding to the two-dimensional array of the plurality of wells of the microplate so as to extend to face the wells of the microplate; and a position adjusting unit adapted to simultaneously adjust the relative positions of a tip of the first electrode to a tip of the second electrode in the plurality of electrode pairs. a plurality of electrode pairs each including a first electrode and a second electrode, both of the first electrode and second electrode extending into the well of the microplate in the depth direction of the well, the plurality of electrode pairs being arranged in a two-dimensional shape corresponding to the two-dimensional array of the plurality of wells of the microplate so as to extend to face the wells of the microplate; and a position adjusting unit adapted to simultaneously adjust the relative positions of a tip of the first electrode to a tip of the second electrode in the plurality of electrode pairs.
A solar cell (100, 150, 200, 250) comprising: a semiconductor substrate having a photoreceiving surface and a back surface, wherein the semiconductor substrate is of a first conductivity type or a second conductivity type; a first semiconductor layer of a first conductivity type formed on a prescribed region of the back surface of said semiconductor substrate; a second semiconductor layer of a second conductivity type formed to extend over the back surface of said semiconductor substrate and the surface of said first semiconductor layer; and a cap layer (30, 31, 32), formed between said first semiconductor layer and said second semiconductor layer, characterised in that: the cap layer (30, 31, 32) is made of an insulator, wherein the insulator is a metal oxide or a metal nitride. a semiconductor substrate having a photoreceiving surface and a back surface, wherein the semiconductor substrate is of a first conductivity type or a second conductivity type; a first semiconductor layer of a first conductivity type formed on a prescribed region of the back surface of said semiconductor substrate; a second semiconductor layer of a second conductivity type formed to extend over the back surface of said semiconductor substrate and the surface of said first semiconductor layer; and a cap layer (30, 31, 32), formed between said first semiconductor layer and said second semiconductor layer, characterised in that: the cap layer (30, 31, 32) is made of an insulator, wherein the insulator is a metal oxide or a metal nitride.
A composition comprising: a) a therapeutically effective amount of a 5-HT receptor agonist selected from sumatriptan, naratriptan, eletriptan, frovatriptan, almotriptan, zolmitriptan, salt thereof, or combination thereof; and b) an alkylsaccharide, wherein the alkylsaccharide comprises a maltose linked by glycosidic linkage to an alkyl chain comprising between 10 to 16 carbons and wherein the alkylsaccharide concentration is 0.05% to 2%; and wherein the composition is formulated for intranasal delivery. a) a therapeutically effective amount of a 5-HT receptor agonist selected from sumatriptan, naratriptan, eletriptan, frovatriptan, almotriptan, zolmitriptan, salt thereof, or combination thereof; and b) an alkylsaccharide, wherein the alkylsaccharide comprises a maltose linked by glycosidic linkage to an alkyl chain comprising between 10 to 16 carbons and wherein the alkylsaccharide concentration is 0.05% to 2%;
A system for generating a drive signal suitable to operate a fuel injector, said drive signal comprising one or more injector pulses, each injector pulse having a pulse profile, each phase of each pulse profile definable by a generic set of control parameters, said system comprising: an injector driver operable to apply a supply voltage to the fuel injector; a controller configured to operate the injector driver in a manner effective to generate the drive signal, wherein said controller is configured to store a plurality of said generic set of control parameters each having a set identification value that determine an operation state of the injector driver when a plurality of selected sets of generic control paremeters is communicated to the injector driver, said controller further configured to receive a sequence of set identification values that determine an order that the sets of generic control parameters in respect of each pulse profile phase are communicated to the injector driver to generate piecewise an injector pulse exhibiting the pulse profile, and thereby generate the drive signal. an injector driver operable to apply a supply voltage to the fuel injector; a controller configured to operate the injector driver in a manner effective to generate the drive signal, wherein said controller is configured to store a plurality of said generic set of control parameters each having a set identification value that determine an operation state of the injector driver when a plurality of selected sets of generic control paremeters is communicated to the injector driver, said controller further configured to receive a sequence of set identification values that determine an order that the sets of generic control parameters in respect of each pulse profile phase are communicated to the injector driver to generate piecewise an injector pulse exhibiting the pulse profile, and thereby generate the drive signal.
A method for protecting data on an Un interface, comprising: negotiating a first integrity protection algorithm and a first encryption algorithm for signaling data on a signaling radio bearer, SRB, over the Un interface; negotiating a second integrity protection algorithm and a second encryption algorithm for signaling data on a signaling-data radio bearer, s-DRB, over the Un interface; negotiating a third integrity protection algorithm and a third encryption algorithm for user plane data on a data-DRB, d-DRB, over the Un interface; performing security protection for the signaling data on the SRB, the signaling data on the s-DRB, and the user plane data on the d-DRB with the respective first, second, and third integrity protection algorithms and the respective first, second, and third encryption algorithms; generating integrity keys for the SRB, s-DRB, and d-DRB according to the integrity protection algorithms and integrity protection algorithm distinguishers corresponding to the SRB, s-DRB, and d-DRB; and generating encryption keys for the SRB, s-DRB, and d-DRB according to the encryption algorithms and encryption algorithm distinguishers corresponding to the SRB, s-DRB, and d-DRB; wherein the Un interface is the air interface between a relay node and a donor eNB. negotiating a first integrity protection algorithm and a first encryption algorithm for signaling data on a signaling radio bearer, SRB, over the Un interface; negotiating a second integrity protection algorithm and a second encryption algorithm for signaling data on a signaling-data radio bearer, s-DRB, over the Un interface; negotiating a third integrity protection algorithm and a third encryption algorithm for user plane data on a data-DRB, d-DRB, over the Un interface; performing security protection for the signaling data on the SRB, the signaling data on the s-DRB, and the user plane data on the d-DRB with the respective first, second, and third integrity protection algorithms and the respective first, second, and third encryption algorithms; generating integrity keys for the SRB, s-DRB, and d-DRB according to the integrity protection algorithms and integrity protection algorithm distinguishers corresponding to the SRB, s-DRB, and d-DRB; and generating encryption keys for the SRB, s-DRB, and d-DRB according to the encryption algorithms and encryption algorithm distinguishers corresponding to the SRB, s-DRB, and d-DRB; wherein the Un interface is the air interface between a relay node and a donor eNB.
Microwave receiver device comprising at least one amplifier, an image rejection filter and an electronic board supporting at least said amplifier and said image rejection filter, wherein said amplifier comprises at least a first amplification stage and a second amplification stage and said image rejection filter is positioned between said first and said second amplification stage, characterized in that said electronic board comprises at least one dielectric substrate (22, 22A, 22B) and at least two conductive layers (21, 21A, 21B, 21C) each disposed on a surface of said dielectric substrate (22, 22A, 22B) and in that said image rejection filter is integrated in said electronic board and is defined by cavities (25, 125) made in said at least one dielectric substrate (22; 22A, 22B) and delimited by a row (26, 126) of metallized connection holes.
Cryptographic method for securely exchanging messages between at least two devices (D1, D2) each storing a shared secret key common to said devices, comprising the following steps: - generating a random number (R1, R2) at each device, - sending by each device the generated random number (R1, R2) to the other devices, - determining, at each device, a first key by calculating a first operation which uses both said shared secret key and each random number (R1, R1) as operands, - determining, at each device, a second key by encrypting a result of a second operation with a first algorithm using said first key as encryption key, said second operation using at least each random number (R1, R2) as operands, - determining, by one of said devices acting as a sending device, a pseudo message (M') by calculating a reversible third operation which uses both said message and each random number (R1, R2) as operands, - calculating, by said sending device, a cryptogram resulting from the encryption of said pseudo message (M') with a second algorithm using said second key as direct or indirect encryption key, - transmitting said cryptogram from said sending device to at least one other device acting as receiving device, - receiving said cryptogram at said receiving device, - decrypting the cryptogram at the receiving device by using said second key as direct or indirect decryption key of said second algorithm to recover said pseudo message (M'), - retrieving said message from said pseudo message (M') by reversing said third operation. - generating a random number (R1, R2) at each device, - sending by each device the generated random number (R1, R2) to the other devices, - determining, at each device, a first key by calculating a first operation which uses both said shared secret key and each random number (R1, R1) as operands, - determining, at each device, a second key by encrypting a result of a second operation with a first algorithm using said first key as encryption key, said second operation using at least each random number (R1, R2) as operands, - determining, by one of said devices acting as a sending device, a pseudo message (M') by calculating a reversible third operation which uses both said message and each random number (R1, R2) as operands, - calculating, by said sending device, a cryptogram resulting from the encryption of said pseudo message (M') with a second algorithm using said second key as direct or indirect encryption key, - transmitting said cryptogram from said sending device to at least one other device acting as receiving device, - receiving said cryptogram at said receiving device, - decrypting the cryptogram at the receiving device by using said second key as direct or indirect decryption key of said second algorithm to recover said pseudo message (M'), - retrieving said message from said pseudo message (M') by reversing said third operation.
A die cushion device of a press machine comprising: a plurality of cushion pads (210-1 to 210-N); a plurality of die cushion force generators (220-1 to 220-N) that supports the plurality of respective cushion pads, characterized in that said plurality of die cushion force generators is capable of independently moving up and down the plurality of respective cushion pads as well as independently generating die cushion force for each of the cushion pads; and by a die cushion controller (300-1 to 300-N) that controls the plurality of die cushion force generators to independently move up and down the plurality of respective cushion pads as well as to independently generate die cushion force for each of the cushion pads. a plurality of cushion pads (210-1 to 210-N); a plurality of die cushion force generators (220-1 to 220-N) that supports the plurality of respective cushion pads, characterized in that said plurality of die cushion force generators is capable of independently moving up and down the plurality of respective cushion pads as well as independently generating die cushion force for each of the cushion pads; and by a die cushion controller (300-1 to 300-N) that controls the plurality of die cushion force generators to independently move up and down the plurality of respective cushion pads as well as to independently generate die cushion force for each of the cushion pads.
A method for laying and/or fixing a covering material, such as a fibre web or plastic film, on a cultivated area and over a cultivation medium, where the cover material is laid by machine from a magazine and in a direction of movement by a a device adapted for the purpose, characterised in that the rolled- up covering material is arranged on a at least one carrying unit, said at least on carrying unit is arranged on the side of a vehicle towing the apparatus or where the at least one carrying unit is arranged on the side of the apparatus, and wherein the film during laying extends partly in the direction of movement and partly in a direction which is substantially perpendicular to the direction of movement and towards the area to be covered away from the apparatus and in a distance to the centre line of the apparatus so as to align a first longitudinal edge of the cover material relative to a first grooving share and a first press wheel of the apparatus when seen in relation to the direction of movement, whereby the cover material during laying is fixed in cultivation medium along only the first longitudinal edge and followed by a subsequent fixation of the opposite longitudinal edge of the cover material.
A method for manufacturing animal feed from fodder plants, by integrating at least a liquid composition, preferably having a base of vegetable oil, and a so-called solid composition, preferably having a base of oil cake and/or cereals, into said plants, characterized in that said method comprises at least: - a step for unpacking fodder plants generally packaged in bales, using a bale separator feeding the inlet of a tunnel, - a step for dedusting said fodder plants passing inside the tunnel by forced air circulation from the floor toward the ceiling of the tunnel, - a step for driving the movement of the unpacked and de-dusted fodder plants to be passed below means for dispensing fluid by spraying intended to spray said liquid composition, preferably with a base of vegetable oil, on the unpacked fodder plants, and - a step for introducing the fodder plants inside a compression or compacting chamber for repacking in block form, in particular in the form of a bunch, bale or the like, said compression chamber being equipped with means for supplying solid composition to allow the integration, in parallel with the repacking of fodder plants, of the so-called solid composition, preferably with a base of oil cake and/or cereals, within the block. - a step for unpacking fodder plants generally packaged in bales, using a bale separator feeding the inlet of a tunnel, - a step for dedusting said fodder plants passing inside the tunnel by forced air circulation from the floor toward the ceiling of the tunnel, - a step for driving the movement of the unpacked and de-dusted fodder plants to be passed below means for dispensing fluid by spraying intended to spray said liquid composition, preferably with a base of vegetable oil, on the unpacked fodder plants, and - a step for introducing the fodder plants inside a compression or compacting chamber for repacking in block form, in particular in the form of a bunch, bale or the like, said compression chamber being equipped with means for supplying solid composition to allow the integration, in parallel with the repacking of fodder plants, of the so-called solid composition, preferably with a base of oil cake and/or cereals, within the block.
A terminal in a new radio, NR, system, comprising: a reception section adapted to receive downlink control information including information indicating a mapping pattern of a demodulation reference signal and to receive a downlink signal including at least a downlink data signal and the demodulation reference signal; a control section adapted to de-map the downlink data signal from the received downlink signal and to de-map the demodulation reference signal from the received downlink signal based on the information indicating the mapping pattern of the demodulation reference signal and reception of a downlink signal; a channel estimator adapted to perform channel estimation using the demodulation reference signal; and a demodulator and decoder adapted to demodulate and decode the downlink data signal using the channel estimation value input from the channel estimator, wherein the terminal is characterized in that the information indicating the mapping pattern of the demodulation reference signal notifies a number of symbols to which the demodulation reference signal is mapped. a reception section adapted to receive downlink control information including information indicating a mapping pattern of a demodulation reference signal and to receive a downlink signal including at least a downlink data signal and the demodulation reference signal; a control section adapted to de-map the downlink data signal from the received downlink signal and to de-map the demodulation reference signal from the received downlink signal based on the information indicating the mapping pattern of the demodulation reference signal and reception of a downlink signal; a channel estimator adapted to perform channel estimation using the demodulation reference signal; and a demodulator and decoder adapted to demodulate and decode the downlink data signal using the channel estimation value input from the channel estimator, wherein the terminal is characterized in that the information indicating the mapping pattern of the demodulation reference signal notifies a number of symbols to which the demodulation reference signal is mapped.
Sensor arrangement for detecting a wheel speed of a vehicle, wherein the sensor arrangement comprises a clamping bush and a sensor device, which is clamped into the clamping bush, wherein the sensor device has a rod-shaped sensor carrier and a sensor which is introduced into the sensor carrier and, in order to detect the wheel speed, senses the rotation of a rotor rotating together with the wheel, wherein the sensor carrier is formed by a metal support structure for accommodating the sensor, wherein the sensor carrier comprises a sealing compound which is designed to fill the support structure, wherein the sensor carrier comprises a surface, in particular a lateral surface, of the rod-shaped sensor carrier, which has a plurality of interrupted, metal surface areas of the support structure and has areas filled with the sealing compound, wherein the support structure of the sensor carrier comprises at least two metal surface areas, which are in the form of contact surfaces for resilient tongues of the clamping bush when the sensor device is clamped in said clamping bush, wherein the clamping bush has clamping elements, which rest against the contact surfaces of the sensor device.
A gas turbine combustor comprising: a combustor basket and a combustor transition piece connected to the combustor basket, the combustor basket having a central axis, the central axis defining a radial direction; a plurality of swirler tubes that are disposed inside the combustor basket in the radial direction and are configured to impart a swirl to a premixed gas (Fp), the premixed gas (Fp) being obtained by premixing a fuel and air for combustion; and an outer ring that is disposed between the plurality of swirler tubes and the combustor basket in the radial direction with a gap provided between the outer ring and the combustor basket, and that is configured to generate film-shaped air (Af) inside the combustor transition piece connected to the combustor basket via injection through the gap into the combustor transition piece, wherein, at a downstream end of the outer ring, the outer ring includes a tapered surface (15Aba,15Aca) formed such that the outer ring gradually decreases in thickness from an upstream side toward a downstream side, wherein the tapered surface (15Aba,15Aca) is formed on at least one of a side of an inner peripheral surface of the outer ring in the radial direction and a side of an outer peripheral surface of the outer ring in the radial direction, characterized in that the tapered surface (15Aba,15Aca) has a shape of a curved surface convex to the respective other of the inner peripheral surface and the outer peripheral surface. a combustor basket and a combustor transition piece connected to the combustor basket, the combustor basket having a central axis, the central axis defining a radial direction; a plurality of swirler tubes that are disposed inside the combustor basket in the radial direction and are configured to impart a swirl to a premixed gas (Fp), the premixed gas (Fp) being obtained by premixing a fuel and air for combustion; and an outer ring that is disposed between the plurality of swirler tubes and the combustor basket in the radial direction with a gap provided between the outer ring and the combustor basket, and that is configured to generate film-shaped air (Af) inside the combustor transition piece connected to the combustor basket via injection through the gap into the combustor transition piece, wherein, at a downstream end of the outer ring, the outer ring includes a tapered surface (15Aba,15Aca) formed such that the outer ring gradually decreases in thickness from an upstream side toward a downstream side, wherein the tapered surface (15Aba,15Aca) is formed on at least one of a side of an inner peripheral surface of the outer ring in the radial direction and a side of an outer peripheral surface of the outer ring in the radial direction, characterized in that the tapered surface (15Aba,15Aca) has a shape of a curved surface convex to the respective other of the inner peripheral surface and the outer peripheral surface.
A transport container for receiving goods, in particular letters or packages, in order to be able to transport these goods within the scope of a transport or distribution system via conveyor belts and/or roller conveyors, comprising a rectangular bottom from which four sidewalls extend, wherein a respective predetermined code section, is provided at least on two opposite sidewalls, wherein a machine-readable code, in particular a barcode or a QR code, is applied to at least one of the predetermined code sections, wherein the two sidewalls each have an upper edge of the sidewalls, and openings in the form of a plurality of slots are provided in the two opposite sidewalls and extend from the bottom to the respective upper edge of the sidewall, wherein the slots of the two opposite sidewalls are located at the same height as the predetermined code sections, characterized in that the slots are arranged offset from each other, so that each slot of one of the opposite sidewalls lies opposite of a sidewall portion of the other one of the two opposite sidewalls.