mhurhangee/ep-ind-claims huggingface dataset:
A method of securing a data item N; said data item in the form of a data item character string; for secure storage of a representation of the data item; the method comprising the steps of: a. importing the character string comprising the data item into a first environment; b. applying a first algorithm, the first algorithm being an encryption algorithm, having at least a first data item argument to the data item character string thereby to form a first modified data item character string; characterised in that the method further comprises: c. applying a second algorithm, the second algorithm being an obfuscation algorithm, having at least a second data item argument to the first modified character string whereby the first modified data item character string is embedded in a second modified data item character string; said second modified data item character string in the form of a first data item prime number; d. selecting a second data item prime number different from said first data item prime number; e. defining at least the first data item prime number as a data item private key in respect of the data item; defining the product of the first data item prime number and the second data item prime number as a data item public key in respect of the data item, wherein the public key is then stored on a remote server; f. deleting the data item character string from the first environment; g. maintaining, at a primary server, a data record associating the first data item prime number, the first algorithm and the second algorithm whereby the data item can be calculated by supply of arguments to the first algorithm and the second algorithm. a. importing the character string comprising the data item into a first environment; b. applying a first algorithm, the first algorithm being an encryption algorithm, having at least a first data item argument to the data item character string thereby to form a first modified data item character string; c. applying a second algorithm, the second algorithm being an obfuscation algorithm, having at least a second data item argument to the first modified character string whereby the first modified data item character string is embedded in a second modified data item character string; said second modified data item character string in the form of a first data item prime number; d. selecting a second data item prime number different from said first data item prime number; e. defining at least the first data item prime number as a data item private key in respect of the data item; defining the product of the first data item prime number and the second data item prime number as a data item public key in respect of the data item, wherein the public key is then stored on a remote server; f. deleting the data item character string from the first environment; g. maintaining, at a primary server, a data record associating the first data item prime number, the first algorithm and the second algorithm whereby the data item can be calculated by supply of arguments to the first algorithm and the second algorithm.
Slide gate closure for a metallurgical container, in particular a casting ladle, comprising - a closure housing which can be fastened to the metallurgical container, wherein the closure housing has an inlet opening and an outlet opening for a metallic melt, - a slide frame, which is slidably mounted in the closure housing in a sliding direction and accommodates a slide plate, which has a flow opening for the metallic melt, - a pouring sleeve for discharging the metallic melt through the outlet opening and - a sealing body for sealing the outlet opening against gas, wherein the sealing body has a passage opening for the pouring sleeve, characterized in that the sealing body is arranged on an inner side of the closure housing and is supported on the slide frame via at least one pressure spring. - a closure housing which can be fastened to the metallurgical container, wherein the closure housing has an inlet opening and an outlet opening for a metallic melt, - a slide frame, which is slidably mounted in the closure housing in a sliding direction and accommodates a slide plate, which has a flow opening for the metallic melt, - a pouring sleeve for discharging the metallic melt through the outlet opening and - a sealing body for sealing the outlet opening against gas, wherein the sealing body has a passage opening for the pouring sleeve,
A method of identifying one or more genes encoding one or more proteins having an optimized property, comprising the steps of: (a) expressing a collection of proteins from a collection of genes; (b) screening said collection of proteins against at least one antigen to isolate proteins having a desired property; (c) obtaining a plurality of genes, wherein each of said genes encodes a protein resulting from step (b); (d) replacing one or more sub-sequence of each of said genes with a different, compatible genetic sub-sequence; (e) screening the proteins encoded by the genes resulting from step (d) against said antigen(s), wherein the property of one or more proteins encoded by a gene resulting from step (d) is optimized compared to the property of the collection of proteins generated in step (b); wherein one or more of said genes encode at least part of a member of the immunoglobulin superfamily, wherein the genetic sub-sequence encodes a complementarity determining region, and wherein the optimized property is selected from the group consisting of optimized affinity for a target molecule, optimized specificity for a target molecule, optimized expression yields, optimized stability and optimized solubility. (a) expressing a collection of proteins from a collection of genes; (b) screening said collection of proteins against at least one antigen to isolate proteins having a desired property; (c) obtaining a plurality of genes, wherein each of said genes encodes a protein resulting from step (b); (d) replacing one or more sub-sequence of each of said genes with a different, compatible genetic sub-sequence; (e) screening the proteins encoded by the genes resulting from step (d) against said antigen(s), wherein the property of one or more proteins encoded by a gene resulting from step (d) is optimized compared to the property of the collection of proteins generated in step (b);
A front fork comprising: a tubular cylinder; a free piston slidably inserted into the cylinder to partition the cylinder into a pressure chamber filled with a hydraulic fluid and a reservoir enclosed with a hydraulic fluid and a gas; a piston slidably inserted into the cylinder to partition the pressure chamber into an extension-side chamber and a contraction-side chamber; a piston rod having one end connected to the piston and the other end side extending oppositely to the free piston side and protruding outward of the cylinder; a passage (P31-P34) configured to allow the pressure chamber and the reservoir to communicate with each other; and a check valve (V51-V54) provided in the passage (P31-P34) and configured to allow only a flow of the hydraulic fluid from the reservoir to the pressure chamber, characterized in that the front fork further comprises a base member provided between the piston and the free piston inside the cylinder to partition the pressure chamber into the contraction-side chamber and a pressurizing chamber, wherein the passage (P31-P34) is configured to allow the pressurizing chamber or the contraction-side chamber to communicate with the reservoir. a tubular cylinder; a free piston slidably inserted into the cylinder to partition the cylinder into a pressure chamber filled with a hydraulic fluid and a reservoir enclosed with a hydraulic fluid and a gas; a piston slidably inserted into the cylinder to partition the pressure chamber into an extension-side chamber and a contraction-side chamber; a piston rod having one end connected to the piston and the other end side extending oppositely to the free piston side and protruding outward of the cylinder; a passage (P31-P34) configured to allow the pressure chamber and the reservoir to communicate with each other; and a check valve (V51-V54) provided in the passage (P31-P34) and configured to allow only a flow of the hydraulic fluid from the reservoir to the pressure chamber, characterized in that the front fork further comprises a base member provided between the piston and the free piston inside the cylinder to partition the pressure chamber into the contraction-side chamber and a pressurizing chamber, wherein the passage (P31-P34) is configured to allow the pressurizing chamber or the contraction-side chamber to communicate with the reservoir.
Rail vehicle to transport passengers, the vehicle comprising a longitudinal body intended to hold interior equipment assembled interdependently to said body, the body comprising a roof comprising an access opening adapted to allow said interior equipment to pass inside said body, vehicle characterised in that the roof comprises a reinforced frame framing the access opening, said access opening being closed so that it can be removed by a roof cover arranged to cooperate by complementarity of forms with said reinforced frame.
A blood pump controller, comprising: a waveform generator to generate a waveform for operating a blood pump; and a drive waveform transmitter to supply the generated drive waveform to the blood pump, wherein the generated waveform is configured to: operate a blood pump at a first speed (ω 2) for a first period of time; reduce the speed of the blood pump from the first speed (ω 2) to a second speed (ω 3); return the speed of the blood pump from the second speed (ω 3) to the first speed (ω 2) by overshooting the first speed (ω 2) to a greater speed before returning to the first speed (ω 2); wherein the generated waveform returns the speed of the blood pump from the second speed (ω 3) to the first speed (ω 2) by overshooting the first speed for approximately 0.01 seconds to approximately 1 second. a waveform generator to generate a waveform for operating a blood pump; and a drive waveform transmitter to supply the generated drive waveform to the blood pump, wherein the generated waveform is configured to: operate a blood pump at a first speed (ω 2) for a first period of time; reduce the speed of the blood pump from the first speed (ω 2) to a second speed (ω 3); return the speed of the blood pump from the second speed (ω 3) to the first speed (ω 2) by overshooting the first speed (ω 2) to a greater speed before returning to the first speed (ω 2); operate a blood pump at a first speed (ω 2) for a first period of time; reduce the speed of the blood pump from the first speed (ω 2) to a second speed (ω 3); return the speed of the blood pump from the second speed (ω 3) to the first speed (ω 2) by overshooting the first speed (ω 2) to a greater speed before returning to the first speed (ω 2); wherein the generated waveform returns the speed of the blood pump from the second speed (ω 3) to the first speed (ω 2) by overshooting the first speed for approximately 0.01 seconds to approximately 1 second.
A mobile vehicle (1; 2; 3; 4; 5; 6) comprising: a body frame (10; 310; 410); two steering wheels (11, 12); a seat; and two steps (14, 15) on which a worker individually puts left and right feet of the worker, the two steps (14, 15) being provided on one side of the body frame (10; 310; 410), characterized in that one of the steering wheels (11, 12) is provided to a front portion of the body frame (10; 310; 410) and the other is provided to a rear portion, the seat is provided to an upper portion of the body frame (10; 310; 410) between the steering wheels (11, 12), and one of the two steps (14, 15) is configured to operate the steering wheels (11, 12). a body frame (10; 310; 410); two steering wheels (11, 12); a seat; and two steps (14, 15) on which a worker individually puts left and right feet of the worker, the two steps (14, 15) being provided on one side of the body frame (10; 310; 410), characterized in that one of the steering wheels (11, 12) is provided to a front portion of the body frame (10; 310; 410) and the other is provided to a rear portion, the seat is provided to an upper portion of the body frame (10; 310; 410) between the steering wheels (11, 12), and one of the two steps (14, 15) is configured to operate the steering wheels (11, 12).
A printing method, comprising: depositing a pre-treatment composition onto a print medium; and depositing an ink composition onto the print medium, substantially over the pre-treatment composition; wherein the pre-treatment composition is deposited with an applied spatial misalignment with respect to the ink composition. depositing a pre-treatment composition onto a print medium; and depositing an ink composition onto the print medium, substantially over the pre-treatment composition;
A wireless communication method carried out by a user equipment, the wireless communication method comprising: receiving, from a base station, periodically broadcast system information comprising sidelink indication information, receiving, from the base station, sidelink transmission resource configuration information, wherein the step of receiving, from the base station, the sidelink transmission resource configuration information comprises establishing a connection with the base station and receiving, from the base station, the sidelink transmission resource configuration information when determining the periodically broadcast system information does not have sidelink transmission resource configuration information, wherein the sidelink indication information comprises at least one of an indication of whether sidelink transmissions are enabled for RRC_IDLE/INACTIVE UE, an indication of whether a sidelink transmission resource pool is provided in on-demand system information, an indication of whether sidelink radio bearer configuration is provided in on-demand system information, a sidelink transmission resource pool or a sidelink exceptional transmission resource pool. receiving, from a base station, periodically broadcast system information comprising sidelink indication information, receiving, from the base station, sidelink transmission resource configuration information, wherein the step of receiving, from the base station, the sidelink transmission resource configuration information comprises establishing a connection with the base station and receiving, from the base station, the sidelink transmission resource configuration information when determining the periodically broadcast system information does not have sidelink transmission resource configuration information, wherein the sidelink indication information comprises at least one of an indication of whether sidelink transmissions are enabled for RRC_IDLE/INACTIVE UE, an indication of whether a sidelink transmission resource pool is provided in on-demand system information, an indication of whether sidelink radio bearer configuration is provided in on-demand system information, a sidelink transmission resource pool or a sidelink exceptional transmission resource pool.
A method by a terminal device for measuring channel state information, CSI, comprising: receiving, by the terminal device, configuration information from a network side device, wherein the configuration information is used for indicating channel state information interference measurement, CSI-IM, resources configured for multiple subframe groups by the network side device, and each subframe group in the multiple subframe groups comprises one or more subframes; receiving, by the terminal device, the following first information from the network side device: downlink control information, DCI; determining, by the terminal device, whether a subframe where a CSI-IM resource indicated by the configuration information is located is a downlink subframe, according to the first information; when the subframe where the CSI-IM resource indicated by the configuration information is located is a downlink subframe, executing, by the terminal device, interference measurement by using the CSI-IM resource within the downlink subframe. receiving, by the terminal device, configuration information from a network side device, wherein the configuration information is used for indicating channel state information interference measurement, CSI-IM, resources configured for multiple subframe groups by the network side device, and each subframe group in the multiple subframe groups comprises one or more subframes; receiving, by the terminal device, the following first information from the network side device: downlink control information, DCI; determining, by the terminal device, whether a subframe where a CSI-IM resource indicated by the configuration information is located is a downlink subframe, according to the first information; when the subframe where the CSI-IM resource indicated by the configuration information is located is a downlink subframe, executing, by the terminal device, interference measurement by using the CSI-IM resource within the downlink subframe.
An array comprising: a) a solid support, wherein the solid support comprises a non-linear geometric barrier and wherein the non-linear geometric barrier comprises a repetitive triangular wave producing a sawtooth pattern; b) a fluid lipid bilayer disposed on the solid support; c) at least one nucleic acid molecule; and d) a linkage for attaching the nucleic acid molecule to the lipid bilayer. a) a solid support, wherein the solid support comprises a non-linear geometric barrier and wherein the non-linear geometric barrier comprises a repetitive triangular wave producing a sawtooth pattern; b) a fluid lipid bilayer disposed on the solid support; c) at least one nucleic acid molecule; and d) a linkage for attaching the nucleic acid molecule to the lipid bilayer.
A method of communicating by a user equipment, UE, the method comprising: determining at least one first numerology, N1, and at least one second numerology, N2, used for communicating radio signals in a first cell, cell1, and a second cell, cell2, respectively, wherein the at least one first numerology, N1, and the at least one second numerology, N2, include one or more parameters which define the radio signals in terms of time and frequency, the one or more parameters including a subcarrier spacing; obtaining, based on the subcarrier spacing of at least one of the numerologies N1 and N2, a threshold, H1, related to at least one signal interruption performance metric; and performing at least one operation on the second cell, cell2, while monitoring, during the at least one operation, a signal interruption performance on the first cell, cell1, relative to the threshold, H1. determining at least one first numerology, N1, and at least one second numerology, N2, used for communicating radio signals in a first cell, cell1, and a second cell, cell2, respectively, wherein the at least one first numerology, N1, and the at least one second numerology, N2, include one or more parameters which define the radio signals in terms of time and frequency, the one or more parameters including a subcarrier spacing; obtaining, based on the subcarrier spacing of at least one of the numerologies N1 and N2, a threshold, H1, related to at least one signal interruption performance metric; and performing at least one operation on the second cell, cell2, while monitoring, during the at least one operation, a signal interruption performance on the first cell, cell1, relative to the threshold, H1.
An energy storage module cooling system for a power supply system comprising one or more energy storage modules arranged in parallel; the cooling system comprising a cooling unit comprising a cooling fluid reservoir, a common cooling fluid inlet pipe and a common cooling fluid outlet pipe; wherein each energy storage module comprises one or more energy storage devices; and for each energy storage device, a cooler in contact with the energy storage device; wherein the cooler comprises one or more cooling fluid channels for circulating cooling fluid, the channels being in contact with a surface of the energy storage device, each cooling fluid channel being adapted to receive cooling fluid, extract heat from the energy storage device and return the cooling fluid to the cooling unit; and wherein the common cooling fluid inlet pipe and common fluid outlet pipe comprise pipe connections (30, 31) between each energy storage device cooler; wherein the pipe connections of the common cooling fluid outlet pipe have a lower melting point than pipe connections of the common cooling fluid inlet pipe.
A Blade comprising a body, the body comprising, in the direction of flow of an air stream, an upstream end and a downstream end, a radially outer tip, a radially inner root, the blade comprising, between the tip and the root, a vane intended to work aerodynamically in the airflow, a support connected to the root itself intended to be fixed in a cell of a rotor disc of a bladed wheel of a turbomachine fan, the blade also comprising a shield attached to the upstream end of the body, the shield comprising an upstream end forming a leading edge of the blade, the shield also comprising a nose on the upstream side of which the leading edge is located, a pressure face fin and a suction face fin laterally attached to the vane, said fins (142, 143) extending from the nose, the blade comprising a duct for the passage of de-icing air arranged inside the nose and extending radially inside the nose, said duct having an inner end forming an air inlet for the duct, the air inlet opening out opposite the support and a radially outer end forming an air outlet, the air outlet emerging from the nose between the leading edge and its junction with the pressure fan fin, the vane being characterised in that the duct has a first rectilinear portion and a second angled portion extending from the end of the first rectilinear portion.
Bidirectional-heating prefabricated continuous composite flooring (1; 100; 150) which includes a layered artifact comprising: • a flexible and/or elastically yielding base substrate, made of a thermo-conductive material and suitable to be set on a reference surface; • thermo-heating means of the electric type, arranged above said base substrate and using a very low voltage supply in the range of 12 to 48 Volts; • a covering and protection layer (4; 103; 153), made of a thermo-conductive material, arranged above said thermo-heating means in such a way as to form an overall sandwich structure and provided with an outer facing upwardly surface which provides for a heating walkable, bicycle and/or carriageable decking, in such a way that the heat produced by said heating means is irradiated in bidirectional way both upwardly, above said covering and protection layer, and downwardly, below said base substrate. • a flexible and/or elastically yielding base substrate, made of a thermo-conductive material and suitable to be set on a reference surface; • thermo-heating means of the electric type, arranged above said base substrate and using a very low voltage supply in the range of 12 to 48 Volts; • a covering and protection layer (4; 103; 153), made of a thermo-conductive material, arranged above said thermo-heating means in such a way as to form an overall sandwich structure and provided with an outer facing upwardly surface which provides for a heating walkable, bicycle and/or carriageable decking,