mhurhangee/ep-ind-claims huggingface dataset:
Method of encryption of a stream of program instructions with a stream cipher using a pseudo-random sequence generator configured by a secret key and initialised by an initialisation vector, characterised in that: - the stream of instructions is translated into binary code by a compiler, said binary code being summated bit by bit with the pseudo-random sequence to provide an encrypted stream of instructions; - when the program comprises a branch instruction to a branch address, a corresponding initialisation instruction, comprising a specific initialisation vector, is inserted in the program to initialise the pseudo-random generator with said initialisation vector specific to the branch address, the initialisation instruction being inserted at an address, said address being located just before the branch instruction or at the branch address, the instructions from the branch address being encrypted using a pseudo-random sequence generated by the pseudo-random generator initialised by said specific initialisation vector. - the stream of instructions is translated into binary code by a compiler, said binary code being summated bit by bit with the pseudo-random sequence to provide an encrypted stream of instructions; - when the program comprises a branch instruction to a branch address, a corresponding initialisation instruction, comprising a specific initialisation vector, is inserted in the program to initialise the pseudo-random generator with said initialisation vector specific to the branch address, the initialisation instruction being inserted at an address, said address being located just before the branch instruction or at the branch address, the instructions from the branch address being encrypted using a pseudo-random sequence generated by the pseudo-random generator initialised by said specific initialisation vector.
A serving tray comprising a tray body and a base, by means of which the tray body can rest on a flat surface, the tray body comprising a tray bottom and a side wall protruding from the bottom of the tray and defining a wall perimeter, the bottom of the tray and the side wall delimiting an open space, called upper, located above the bottom of the tray and inside the wall perimeter in the usage configuration of the serving tray, this upper space, also called useful space, being able to receive the objects to be supported and/or carried using said serving tray, the base comprising a skirt at least partially surrounding the bottom of the tray and defining, with the tray body, an open space, called lower, located at least partially below the bottom of the tray and inside the perimeter defined by the skirt in the usage configuration of the serving tray, said skirt being interrupted to delimit an open perimeter, the interruption forming an access opening able to allow the entry of the hand and part of the arm of the carrier of the serving tray inside said lower space, including in the resting state of the serving tray, to position the palm of the hand bearing on the bottom of the tray, the so-called visible surface of the skirt, facing the outside of the serving tray, being able to form a communication and/or receiving surface of a communication medium, characterized in that the skirt is attached on the tray body and is fastened, preferably removably, on the tray body.
A horology movement of the electromechanical type comprising an analogue time display device with a pipe carrying an indicator, this horology movement being provided with at least one electromechanical motor, so as to be able to drive at least said indicator, with a generator comprising a rotor and with an oscillating weight coaxial to the time display device, this horology movement comprising a first wheel provided with an arbor coaxial to said pipe, this pipe being attached to a second wheel that meshes with the electromechanical motor, said arbor being rotationally guided by the pipe or by a fixed cylindrical tube around which said pipe is rotationally mounted; characterised in that the first wheel meshes with the rotor of the generator; and in that the first wheel is permanently attached to the oscillating weight, on the side opposite the analogue time display, so that this oscillating weight can rotate the rotor of the generator via the first wheel.
A process for producing a yarn comprising filaments of poly (paraphenylene terephthalamide), the yarn having a heat-aged strength retention (HASR as specified in the description) of at least 93 percent and the filaments in the yarn having an apparent crystallite size of from 55 to 80 angstroms, comprising the following steps: i) in a continuous process, spinning a polymer dope through a spinneret having a plurality of orifices and coagulating the dope into a plurality of filaments in an aqueous coagulation bath having a temperature of at least 20°C; ii) washing the filaments with an aqueous liquid; and iii) drying the filaments under a tension of 0.3 to 1.0 grams per denier (0.27 to 0.9 grams per dtex); wherein the filaments are dried for 0.4 to 0.9 seconds at a temperature of from 250 to 325°C. i) in a continuous process, spinning a polymer dope through a spinneret having a plurality of orifices and coagulating the dope into a plurality of filaments in an aqueous coagulation bath having a temperature of at least 20°C; ii) washing the filaments with an aqueous liquid; and iii) drying the filaments under a tension of 0.3 to 1.0 grams per denier (0.27 to 0.9 grams per dtex); wherein the filaments are dried for 0.4 to 0.9 seconds at a temperature of from 250 to 325°C.
Vehicle with at least one air inlet opening for admitting ambient air, at least one air outlet opening for discharging the ambient air, and an air-cooled cooling device connected to the air inlet opening and the air outlet opening for cooling one or more vehicle components, wherein the air outlet opening is equipped with at least one guide device, which can be adjusted and is driven automatically or by an adjustment device on the air outlet side characterised in that the guide device is pivoted into a forward travel position when the vehicle is traveling in a direction of forward travel and into a reverse travel position, which differs from the forward travel position, when the vehicle is traveling in a direction of reverse travel.
A polyisocyanate production method comprising, (i) a carbonyl chloride production process of producing carbonyl chloride by allowing chlorine to react with carbon monoxide, (ii) a polyisocyanate production process of producing polyisocyanate by allowing the carbonyl chloride produced in the carbonyl chloride production process to react with polyamine, (iii) a hydrogen chloride purification process of purifying hydrochloric gas produced secondarily in the polyisocyanate production process to obtain purified hydrochloric gas, and (iv) a chlorine production process of producing chlorine by oxidizing a part of the purified hydrochloric gas obtained in the hydrogen chloride purification process, and (v) a hydrochloric acid production process of producing hydrochloric acid by allowing unoxidized hydrochloric gas and aqueous hydrochloric acid from the chlorine production process and a part of the purified hydrochloric gas obtained in the hydrogen chloride purification process which is not fed to the chlorine production process to be absorbed or mixed in water; the process being controlled to provide hydrochloric acid in a desired concentration either by regulating the amount of water supplied, or by regulating the amount of hydrochloric gas supplied from the hydrogen chloride purification process which is not fed to the chlorine production process; wherein the carbonyl chloride is produced by allowing the chlorine produced in the chlorine production process to react with carbon monoxide in the carbonyl chloride production process. (i) a carbonyl chloride production process of producing carbonyl chloride by allowing chlorine to react with carbon monoxide, (ii) a polyisocyanate production process of producing polyisocyanate by allowing the carbonyl chloride produced in the carbonyl chloride production process to react with polyamine, (iii) a hydrogen chloride purification process of purifying hydrochloric gas produced secondarily in the polyisocyanate production process to obtain purified hydrochloric gas, and (iv) a chlorine production process of producing chlorine by oxidizing a part of the purified hydrochloric gas obtained in the hydrogen chloride purification process, and (v) a hydrochloric acid production process of producing hydrochloric acid by allowing unoxidized hydrochloric gas and aqueous hydrochloric acid from the chlorine production process and a part of the purified hydrochloric gas obtained in the hydrogen chloride purification process which is not fed to the chlorine production process to be absorbed or mixed in water; the process being controlled to provide hydrochloric acid in a desired concentration either by regulating the amount of water supplied, or by regulating the amount of hydrochloric gas supplied from the hydrogen chloride purification process which is not fed to the chlorine production process;
An actuation device for a motor vehicle for monitoring a user access, with a piezo sensor, which is arranged for pressure actuation or touch actuation by a user and is coupled with a pressure surface, that a charging circuit is provided, which is coupled for charging the piezo sensor, wherein the piezo sensor is able to be charged by the charging circuit up to the application of a predetermined voltage value, that a detection and analysis device is coupled with the piezo sensor, which converts the voltage applied at the piezo sensor into digital values and can record a series of converted voltage values, wherein a control device is coupled with the piezo sensor via an activatable input, and wherein the control device can activate the analysis device, characterized in that the control device activates the charging circuit as a function of the current voltage value, and that the analysis device is configured for the evaluation of voltage fluctuations of the series of voltage values for the detection of changing muscular tension of a user.
A system for determining one or more properties of one or more samples, the system comprising: at least one thermal conductivity sensor configured to measure a response of the at least one thermal conductivity sensor to exposure to a sample while the at least one thermal conductivity sensor is at a first temperature and while the at least one thermal conductivity sensor is at at least a second temperature; and a subsystem configured to: determine a first difference between the response of the at least one thermal conductivity sensor to exposure to the sample while the at least one thermal conductivity sensor is at the first temperature and a first baseline thermal conductivity response at the first temperature; determine a second difference between the response of the at least one thermal conductivity sensor to exposure to the sample while the at least one thermal conductivity sensor is at the at least a second temperature and a second baseline thermal conductivity response at the at least a second temperature; and determine a presence of at least one component of the sample based, at least in part, on a ratio of the first difference to the second difference. at least one thermal conductivity sensor configured to measure a response of the at least one thermal conductivity sensor to exposure to a sample while the at least one thermal conductivity sensor is at a first temperature and while the at least one thermal conductivity sensor is at at least a second temperature; and a subsystem configured to: determine a first difference between the response of the at least one thermal conductivity sensor to exposure to the sample while the at least one thermal conductivity sensor is at the first temperature and a first baseline thermal conductivity response at the first temperature; determine a second difference between the response of the at least one thermal conductivity sensor to exposure to the sample while the at least one thermal conductivity sensor is at the at least a second temperature and a second baseline thermal conductivity response at the at least a second temperature; and determine a presence of at least one component of the sample based, at least in part, on a ratio of the first difference to the second difference. determine a first difference between the response of the at least one thermal conductivity sensor to exposure to the sample while the at least one thermal conductivity sensor is at the first temperature and a first baseline thermal conductivity response at the first temperature; determine a second difference between the response of the at least one thermal conductivity sensor to exposure to the sample while the at least one thermal conductivity sensor is at the at least a second temperature and a second baseline thermal conductivity response at the at least a second temperature; and determine a presence of at least one component of the sample based, at least in part, on a ratio of the first difference to the second difference.
Improved turbocompound system, in particular in the field of industrial vehicles, comprising a combustion engine having - a crankshaft, - an exhaust gas line, - a power turbine arranged on said exhaust gas line, operatively coupled with said crankshaft through a clutch, - means for detecting the combustion engine speed, - control means (CTRL) for controlling said clutch, Wherein an electric motor/generator is operatively coupled with a shaft of said power turbine and electric storage means are coupled with said electric motor/generator to store electric energy produced by said electric motor/generator and wherein, when the combustion engine speed exceeds its maximum allowable speed, said control means are adapted - to command the opening of said clutch and - to control said electric motor/generator in order to offer a suitable mechanical load to said power turbine, by producing said electric energy. - a crankshaft, - an exhaust gas line, - a power turbine arranged on said exhaust gas line, operatively coupled with said crankshaft through a clutch, - means for detecting the combustion engine speed, - control means (CTRL) for controlling said clutch, - to command the opening of said clutch and - to control said electric motor/generator in order to offer a suitable mechanical load to said power turbine, by producing said electric energy.
An automated analyzer comprising: a nozzle (10, 12, 14) configured to dispense a dispensing target into a reaction vessel for causing a sample to be analyzed to react with a reagent; a measuring unit configured to measure a reaction liquid of the sample and the reagent in the reaction vessel; a cleaning tank (19~21) configured to clean the nozzle (10, 12, 14); and a control device configured to control an operation of the nozzle (10, 12, 14), the measuring unit, and the cleaning tank (19~21), wherein the cleaning tank (19~21) includes: at a cleaning position, a water discharge port configured to discharge cleaning water to a surface of the nozzle (10, 12, 14), and at a drying position, a drying port configured to suction the cleaning water adhering to the surface of the nozzle (10, 12, 14), characterized in that the control device is configured to perform a first discharge of system water from the nozzle (10, 12, 14) during a movement of the nozzle from the cleaning position to the drying position, and perform a second discharge of system water from the nozzle (10, 12, 14) during a suction of the cleaning water on the surface of the nozzle at the drying position. a nozzle (10, 12, 14) configured to dispense a dispensing target into a reaction vessel for causing a sample to be analyzed to react with a reagent; a measuring unit configured to measure a reaction liquid of the sample and the reagent in the reaction vessel; a cleaning tank (19~21) configured to clean the nozzle (10, 12, 14); and a control device configured to control an operation of the nozzle (10, 12, 14), the measuring unit, and the cleaning tank (19~21), wherein the cleaning tank (19~21) includes: at a cleaning position, a water discharge port configured to discharge cleaning water to a surface of the nozzle (10, 12, 14), and at a drying position, a drying port configured to suction the cleaning water adhering to the surface of the nozzle (10, 12, 14), at a cleaning position, a water discharge port configured to discharge cleaning water to a surface of the nozzle (10, 12, 14), and at a drying position, a drying port configured to suction the cleaning water adhering to the surface of the nozzle (10, 12, 14), characterized in that the control device is configured to perform a first discharge of system water from the nozzle (10, 12, 14) during a movement of the nozzle from the cleaning position to the drying position, and perform a second discharge of system water from the nozzle (10, 12, 14) during a suction of the cleaning water on the surface of the nozzle at the drying position.
A recombinant AAVrh.74 vector comprising an MHCK7 muscle-specific promoter/enhancer operably linked to the nucleotide sequence of SEQ ID NO: 1, wherein the recombinant AAVrh.74 vector comprises a 5' AAV2 inverted terminal repeat, the MHCK7 muscle-specific promoter/enhancer, an SV40 intron, the nucleotide sequence of SEQ ID NO: 1, a synthetic polyadenylation (PolyA) signal and a 3' AAV2 ITR.
A method performed by a network node for selecting a System Information Area Identity, SI Area ID, for a first cell in a wireless communications network, the method comprising: - obtaining information about SI configurations of one or more respective cells in a set of cells relevant to the first cell; - determining a set of candidate SI Area IDs for the first cell; - calculating a value of a utility function for each respective SI Area ID candidate in the set of candidate SI Area IDs based on the obtained information about the SI configurations of the one or more respective cells in the set of cells relevant to the first cell; and - selecting an SI Area ID for the first cell from the set of candidate SI Area IDs based on the calculated utility function values, which selected SI Area ID is for configuration of the first cell, wherein an SI Area consists of multiple cells where one or more System Information Blocks, SIBs, are valid. - obtaining information about SI configurations of one or more respective cells in a set of cells relevant to the first cell; - determining a set of candidate SI Area IDs for the first cell; - calculating a value of a utility function for each respective SI Area ID candidate in the set of candidate SI Area IDs based on the obtained information about the SI configurations of the one or more respective cells in the set of cells relevant to the first cell; and - selecting an SI Area ID for the first cell from the set of candidate SI Area IDs based on the calculated utility function values, which selected SI Area ID is for configuration of the first cell,
An extracellular vesicle comprising at least one polyA binding protein (PABP) or a fragment or domain thereof capable of binding to a contiguous stretch of adenosine bases, at least one nucleic acid cargo molecule comprising a contiguous stretch of adenine nucleotides, and at least one fusion polypeptide comprising at least one NA-binding domain and at least one exosomal polypeptide.
A filament deposition modelling filament for manufacturing an object, formed from a feedstock material comprising one or more polymeric material selected from: i) a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph II wherein Ph represents a phenylene moiety; and/or ii) a polymeric material having a repeat unit of formula -X-Ph-(X-Ph-) n X-Ph-CO-Ph- III and a repeat unit of formula -X-Y-W-Ph-Z- IV wherein Ph represents a phenylene moiety; each X independently represents an oxygen or sulphur atom; n represents an integer of 1 or 2; Y is selected from a phenylene moiety, a -Ph-Ph moiety and a naphthalenyl moiety; W is a carbonyl group, an oxygen or sulphur atom, Z is selected from -X-Ph-SO 2 -Ph- -X-Ph-SO 2 -Y-SO 2 -Ph- and -CO-Ph-. i) a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph II wherein Ph represents a phenylene moiety; and/or ii) a polymeric material having a repeat unit of formula -X-Ph-(X-Ph-) n X-Ph-CO-Ph- III and a repeat unit of formula -X-Y-W-Ph-Z- IV wherein Ph represents a phenylene moiety; each X independently represents an oxygen or sulphur atom; n represents an integer of 1 or 2; Y is selected from a phenylene moiety, a -Ph-Ph moiety and a naphthalenyl moiety; W is a carbonyl group, an oxygen or sulphur atom, Z is selected from -X-Ph-SO 2 -Ph- -X-Ph-SO 2 -Y-SO 2 -Ph- and -CO-Ph-.
A method for operating an electronic device, comprising: displaying at least one first object in a first display area of a main view, the first display area of a circular shape having a first size of a circular display unit of the electronic device; displaying one of a plurality of second objects in a second display area of a first sub-view based on a rotation of a rotary unit surrounding the circular display unit, the second display area of a circular shape having a second size smaller than the first size; determining a rotation parameter including the direction, angle, and time of rotation of the rotary unit surrounding the circular display unit; displaying another of the plurality of second objects in the second display area of the first sub-view by identifying the another of the plurality of second objects when the determined rotation angle is not larger than a predetermined angle; displaying at least two of the plurality of second objects in a plurality of second display areas of a second sub-view when the determined rotation angle is larger than the predetermined angle, the second display areas of a circular shape having a third size smaller than the second size, determining if the rotation input stops; determining whether a predetermined time has elapsed without receiving any additional rotation input, displaying the first object in the first display area of the main view if the predetermined time has elapsed; and displaying content of the corresponding second object if the predetermined time has not elapsed and the second object is selected. displaying at least one first object in a first display area of a main view, the first display area of a circular shape having a first size of a circular display unit of the electronic device; displaying one of a plurality of second objects in a second display area of a first sub-view based on a rotation of a rotary unit surrounding the circular display unit, the second display area of a circular shape having a second size smaller than the first size; determining a rotation parameter including the direction, angle, and time of rotation of the rotary unit surrounding the circular display unit; displaying another of the plurality of second objects in the second display area of the first sub-view by identifying the another of the plurality of second objects when the determined rotation angle is not larger than a predetermined angle; displaying at least two of the plurality of second objects in a plurality of second display areas of a second sub-view when the determined rotation angle is larger than the predetermined angle, the second display areas of a circular shape having a third size smaller than the second size, determining if the rotation input stops; determining whether a predetermined time has elapsed without receiving any additional rotation input, displaying the first object in the first display area of the main view if the predetermined time has elapsed; and displaying content of the corresponding second object if the predetermined time has not elapsed and the second object is selected.