mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for protecting a system in a virtualized environment, the apparatus comprising: a domain unit comprising a plurality of domains, the plurality of domains including a plurality of device drivers; a system resource unit; and a control unit comprising a direct memory access driver; characterized in that the control unit further comprises an access control module which determines whether an access of the domain unit to the system resource unit is allowed or not, and controls the access of the domain unit to the system resource unit in the virtualized environment through the DMA driver, wherein the control unit controls the access of the domain unit to the system resource unit using a virtual machine monitor, and wherein the access control module sets a different option to access the system resource unit for each domain of the plurality of domains. a domain unit comprising a plurality of domains, the plurality of domains including a plurality of device drivers; a system resource unit; and a control unit comprising a direct memory access driver; wherein the control unit controls the access of the domain unit to the system resource unit using a virtual machine monitor, and wherein the access control module sets a different option to access the system resource unit for each domain of the plurality of domains.
A system for delivering a controlled flow infusion comprising: a guidewire (201, 301, 501, 701); a percutaneous transvascular catheter (200, 250, 310, 510, 520, 530, 610, 720, 740, 830, 930) having a distal end, an infusion lumen (212, 312, 322, 612, 712) and an occlusion balloon disposed near the distal end, the catheter including a guidewire lumen (204, 311, 611) adapted to receive the guidewire (201, 301, 501, 701); a pump (820, 920) in fluid communication with the catheter; a plurality of infusates (811, 812, 813, 909, 912, 913) in fluid communication with the pump (820, 920); and a computerized controller (810, 910) coupled to the pump (820, 920), the computerized controller (810, 910) programmed to execute instructions to actuate the pump (820, 920) to deliver a preparatory pulse of a first infusate (811, 909) at a first flow rate and for a first interval, and upon completion of the preparatory pulse, to actuate the pump (820, 920) to deliver a therapeutic pulse (404, 406, 410) of a second infusate (812, 912) at a second flow rate and for a second interval, wherein the first flow rate is greater than the second flow rate and the first interval is greater than the second interval. a guidewire (201, 301, 501, 701); a percutaneous transvascular catheter (200, 250, 310, 510, 520, 530, 610, 720, 740, 830, 930) having a distal end, an infusion lumen (212, 312, 322, 612, 712) and an occlusion balloon disposed near the distal end, the catheter including a guidewire lumen (204, 311, 611) adapted to receive the guidewire (201, 301, 501, 701); a pump (820, 920) in fluid communication with the catheter; a plurality of infusates (811, 812, 813, 909, 912, 913) in fluid communication with the pump (820, 920); and a computerized controller (810, 910) coupled to the pump (820, 920), the computerized controller (810, 910) programmed to execute instructions to actuate the pump (820, 920) to deliver a preparatory pulse of a first infusate (811, 909) at a first flow rate and for a first interval, and upon completion of the preparatory pulse, to actuate the pump (820, 920) to deliver a therapeutic pulse (404, 406, 410) of a second infusate (812, 912) at a second flow rate and for a second interval, wherein the first flow rate is greater than the second flow rate and the first interval is greater than the second interval.
A method of introducing a desired foreign substance from the outside of eukaryotic cells into at least the cytoplasm of the cells in vitro, comprising: a step of preparing a construct for introducing a foreign substance including a carrier peptide fragment composed of any one of the following amino acid sequences: KKRTLRKKKRKKR (SEQ ID NO 1); KKRTLRKRRRKKR (SEQ ID NO 2); KKRTLRKRKRKKR (SEQ ID NO 3); and KKRTLRKKRRKKR (SEQ ID NO 4); and the foreign substance that is bound to an N-terminal side and/or C-terminal side of the carrier peptide fragment; a step of supplying the construct for introducing a foreign substance to a sample containing desired eukaryotic cells; and a step of incubating the sample to which the construct for introducing a foreign substance is supplied and introducing the construct into eukaryotic cells in the sample, wherein the foreign substance is any organic compound selected from the group consisting of a polypeptide, a nucleic acid, a dye and a drug. a step of preparing a construct for introducing a foreign substance including a carrier peptide fragment composed of any one of the following amino acid sequences: KKRTLRKKKRKKR (SEQ ID NO 1); KKRTLRKRRRKKR (SEQ ID NO 2); KKRTLRKRKRKKR (SEQ ID NO 3); and KKRTLRKKRRKKR (SEQ ID NO 4); and the foreign substance that is bound to an N-terminal side and/or C-terminal side of the carrier peptide fragment; KKRTLRKKKRKKR (SEQ ID NO 1); KKRTLRKRRRKKR (SEQ ID NO 2); KKRTLRKRKRKKR (SEQ ID NO 3); and KKRTLRKKRRKKR (SEQ ID NO 4); and a step of supplying the construct for introducing a foreign substance to a sample containing desired eukaryotic cells; and a step of incubating the sample to which the construct for introducing a foreign substance is supplied and introducing the construct into eukaryotic cells in the sample, wherein the foreign substance is any organic compound selected from the group consisting of a polypeptide, a nucleic acid, a dye and a drug.
A material consisting of particles of a fluorinated compound which has a structure of the distorted Tavorite type and which fits the following formula: (A 1-a A' a) x (Z 1-b Z' b) z (SO 4) s F f wherein: - A represents Li or Na; - A' represents a void or at least one doping element; - Z represents at least one element selected from Fe, Co, and Ni; - Z' represents a void or at least one doping element; - the indices a, b, x, z, s, and f, are selected so as to ensure electroneutrality of the compound, and 0≤a<0.25, 0≤b<0.25, x≥0, z>0, s>0, f>0; - the respective amounts a and b of dopant A and Z' are such that the structure of the Tavorite type is preserved. - A represents Li or Na; - A' represents a void or at least one doping element; - Z represents at least one element selected from Fe, Co, and Ni; - Z' represents a void or at least one doping element; - the indices a, b, x, z, s, and f, are selected so as to ensure electroneutrality of the compound, and 0≤a<0.25, 0≤b<0.25, x≥0, z>0, s>0, f>0; - the respective amounts a and b of dopant A and Z' are such that the structure of the Tavorite type is preserved.
A biaxially stretched polypropylene film comprising protrusions on both surfaces, the biaxially stretched polypropylene film having a thickness t1 of 1 μm to 3 μm, a tensile strength in a machine direction of 120 MPa to 250 MPa, a tensile strength in a transverse direction of 250 MPa to 400 MPa, a minimum protrusion height P min of 100 nm or greater and a maximum protrusion height P max of 1,600 nm or smaller for either surface, and satisfying all of Formulae to when one of the surfaces is surface A and the other is surface B: 0.5 ≤ Pa 250 - 450 / Pa ≤ 1.0 0.5 ≤ Pb 450 - 1600 / Pb ≤ 1.0 600 ≤ Pa + Pb ≤ 1, 200 in Formulae to, Pa 250-450 is number of protrusions with a height of not smaller than 250 nm and smaller than 450 nm per 0.1 mm 2 on surface A, Pb 450-1600 is number of protrusions with a height of not smaller than 450 nm and smaller than 1600 nm per 0.1 mm 2 on surface B, Pa is number of protrusions per 0.1 mm 2 on surface A, and Pb is number of protrusions per 0.1 mm 2 on surface B.
A modular lock cylinder comprising at least one front module and one rear module containing a cylinder lock rotor, both the front module and the rear module containing a chamber parallel to the cylinder axis distinctly separated from said cylinder axis and configured for receiving partially a fixing bolt of the modular lock cylinder via either end of the fixing bolt, whereby each end of the fixing bolt comprises a circumferential recess of semi-circular section and each of said circumferential recesses accommodating two fastening pins of matching semicircular section introduced transversally to the cylinder axis via transversal chambers of the respective module, whereby said fastening pins act against the fixing bolt, the front module and the rear module having a recess at the end of their chamber accommodating the lock rotor, said recess being capable of receiving a bushing of the modular lock cylinder.
An autonomous modular flyer operable to loiter over an area of interest at a first high altitude, comprising: a solar-electric powered airborne object (1, 102) having two wings, each wing having a wingtip, the wingtips being operably joinable to at least one other autonomous modular flyer's wingtips during flight to form an aggregation when a first predetermined condition is met, and being operably disaggregable from the at least one other autonomous modular flyer's wingtips during flight when a second predetermined condition is met; the aggregation forming an autonomous solar-electric powered multiple-articulated flying system having a high aspect ratio wing platform, designed to be operable to loiter over the area of interest at an altitude at least as high as the first high altitude, each autonomous modular flyer in the aggregation being of the same type. a solar-electric powered airborne object (1, 102) having two wings, each wing having a wingtip, the wingtips being operably joinable to at least one other autonomous modular flyer's wingtips during flight to form an aggregation when a first predetermined condition is met, and being operably disaggregable from the at least one other autonomous modular flyer's wingtips during flight when a second predetermined condition is met; the aggregation forming an autonomous solar-electric powered multiple-articulated flying system having a high aspect ratio wing platform, designed to be operable to loiter over the area of interest at an altitude at least as high as the first high altitude, each autonomous modular flyer in the aggregation being of the same type.
A sequential circuit arrangement, comprising: a latch element clocked by a clock input signal, configured to receive a latch element input signal and provide a latched output signal; a first logic gate arrangement for comparing the latch input signal and the latched output signal to derive a difference signal (Sdiff). Characterised in that it further comprises a second logic gate arrangement for deriving an error signal (Serr) from the difference signal and a delayed version (Sdiff_DL) of the difference signal (Sdiff), and a selection unit for selecting the latched output signal or an inverted version of the latched output signal in dependence on the error signal. a latch element clocked by a clock input signal, configured to receive a latch element input signal and provide a latched output signal; a first logic gate arrangement for comparing the latch input signal and the latched output signal to derive a difference signal (Sdiff). Characterised in that it further comprises a second logic gate arrangement for deriving an error signal (Serr) from the difference signal and a delayed version (Sdiff_DL) of the difference signal (Sdiff), and a selection unit for selecting the latched output signal or an inverted version of the latched output signal in dependence on the error signal.
Method for starting a spindle of a cabling or two-for-one twisting machine at the start of a spindle journey, wherein a yarn reserve is formed on an empty take-up package outside of the winding zone, wherein the cabling or two-for-one twisting machine has at least one workstation, each workstation having a spindle pot at rest during the twisting for holding a first feed package and having a rotating, hollow spindle rotor, which has a lateral outlet opening arranged below the spindle pot at a distance from the spindle hollow shaft, wherein an outer yarn pulled from a second feed package is wound around an inner yarn pulled from a first feed package and wherein the outer yarn is guided through the spindle hollow shaft and through the lateral outlet opening thereof and in a yarn balloon orbiting the spindle pot to a yarn guide device, which is arranged above the spindle in extension of the spindle shaft and which merges the two yarn supplies, and a winding device having a yarn guide is present, in which winding device the produced yarn is wound onto the take-up package, characterised in that, a ratio of the take-up speed of the yarn to the rotation speed of the spindle rotor that is increased in comparison with the production data is used during the creation of the yarn reserve.
An ink jet composition comprising: - at least one dye selected from: Solvent Red 160, Solvent Red 89, Solvent Red 92, Solvent Blue 44. Solvent Blue 70, Solvent Yellow 56, Solvent Yellow 82, Solvent Yellow 83:1, Solvent Yellow 179, Disperse Yellow 201, Solvent Black 3, Solvent Black 29, Solvent Black 45; - a mixture of organic solvents selected from: gamma-butyrolactone with dipropylene glycol dimethyl ether, or gamma-Butyrolactone with 2-butoxyethyl acetate; - a binder that is a thermoplastic resin being a copolymer of 85% by weight of vinyl chloride and 15% by weight of vinyl acetate or a copolymer of vinyl chloride and vinyl isobutyl ether. - at least one dye selected from: Solvent Red 160, Solvent Red 89, Solvent Red 92, Solvent Blue 44. Solvent Blue 70, Solvent Yellow 56, Solvent Yellow 82, Solvent Yellow 83:1, Solvent Yellow 179, Disperse Yellow 201, Solvent Black 3, Solvent Black 29, Solvent Black 45; - a mixture of organic solvents selected from: gamma-butyrolactone with dipropylene glycol dimethyl ether, or gamma-Butyrolactone with 2-butoxyethyl acetate; - a binder that is a thermoplastic resin being a copolymer of 85% by weight of vinyl chloride and 15% by weight of vinyl acetate or a copolymer of vinyl chloride and vinyl isobutyl ether.
A combination of a container lift for emptying a container and a container, which has an aperture on one side, the container lift comprising at least one primary pivot arm having a primary arm pivot connected thereto; each primary pivot arm having a primary pivot mechanism connected thereto for rotating the primary pivot arm about the primary arm pivot; each primary pivot arm having a secondary pivot arm connected thereto by a secondary arm pivot spaced apart from the primary arm pivot; each secondary pivot arm having a secondary pivot mechanism connected thereto for rotating the secondary pivot arm about the secondary arm pivot; each secondary pivot arm comprising a connector (20, 21) for holding the container in substantially fixed relation to the secondary pivot arm; the primary pivot mechanism being adapted to pivot the primary pivot arm in the opposite direction to the direction of pivoting of the secondary pivot arm by the secondary pivot mechanism, the pivot mechanisms being adapted such that the secondary pivot arm pivots either simultaneously with or after the primary pivot arm to bring the container into an unloading position wherein when in the unloading position, the secondary pivot arm is arranged such that the side of the container comprising the aperture is a lower side through which the contents of the container can drop under gravity.
Detector for determining the use of a mattress, comprising: - a motion sensor for detecting and/or measuring the movements of said mattress; - a level sensor for measuring the level of the mattress and/or the orientation of the mattress. - a motion sensor for detecting and/or measuring the movements of said mattress; - a level sensor for measuring the level of the mattress and/or the orientation of the mattress.
A device for supplying and modifying a cylinder cubic capacity of a hydraulic motor, comprising: a first conduit for supplying and discharging an operating fluid to a first side of the hydraulic motor; a second conduit for supplying and discharging an operating fluid to a second side of the hydraulic motor; an actuator, suitable for modifying a cubic capacity of the motor; an increase conduit for increasing the cubic capacity of the motor, connected to the actuator for supplying operating fluid to a side of the actuator which produces an increase of the cubic capacity of the motor; a reduction conduit for reducing the cubic capacity of the motor, connected to the actuator for supplying operating fluid to a side of the actuator which produces a reduction of the cubic capacity of the motor; a first piloting conduit; characterised in that it comprises a bistable valve, connected at the inlet to the first conduit and to the second conduit and at the outlet to the first piloting conduit; it comprises a third conduit, connected at the inlet to the first conduit and at the outlet to a union; it comprises a fourth conduit, connected at the inlet to the second conduit and at the outlet to the union; the union is connected to the increase conduit; it comprises a first valve and a second valve, connected to one another; th e first valve can take a first operating position, in which it sets the union in communication with the second valve, and a second operating position, in which it occludes the unit, wherein the first piloting conduit is connected to the first valve so as to displace it from the second position towards the first position; the second valve can take a first operating position, in which it occludes the union, and a second operating position, in which it sets the union in communication with the reduction conduit, wherein a second piloting conduit is connected to the union and the second valve so as to displace the second valve from the second operating position to the first operating position.
Translation module for a machine control, wherein the translation module is configured to process an input program code of a control program and to produce therefrom a uniform intermediate code having work instructions for execution by the machine control, wherein the input program code comprises a first program code component and a second program code component, wherein the first program code component is written in a first programming language and the second program code component is written in a second programming language, wherein the work instructions of the uniform intermediate code comprise a first work instruction and a second work instruction, and wherein the first work instruction is produced on the basis of the first program code component and the second work instruction is produced on the basis of the second program code component, characterized in that the translation module comprises a resolution module that is configured to read in the input program code and to convert it into a data stream of basic symbols, wherein the translation module comprises a parser module that is configured to create a uniform structure tree of the control program from basic symbols of the input program code, wherein the parser module is configured to execute a syntactic check on the input program code on the basis of a combined grammar, wherein the combined grammar comprises rules of a first grammar of the first programming language and rules of a second grammar of the second programming language, wherein the combined grammar comprises one embedding rule or a plurality of embedding rules, wherein the embedding rules describe the manner in which basic symbols or nonterminal symbols of the first programming language and basic symbols or nonterminal symbols of the second programming language can be combined with one another.
A device for determining the concentration of at least one gas in a sample gas flow by means of infrared absorption spectroscopy, comprising a gas cell with a chamber that extends along an axis in the longitudinal direction of the gas cell, an infrared radiation source the radiation of which is adapted to be conducted through the chamber of the gas cell, a sample gas duct comprising at least one outlet into the chamber via which a sample gas flow can be conducted into the chamber and the radiation, a detector to which the radiation exiting said chamber is adapted to be conducted and by means of which the absorption spectrum of the exiting radiation is adapted to be determined, a thermal insulation of the gas cell, a heating source via which the sample gas flow is heated to a desired temperature, wherein said heating source is arranged within the thermal insulation of said gas cell, wherein within said thermal insulation upstream of the outlet into said chamber, the sample gas duct is heated by said heating source, and the sample gas duct extends in the longitudinal direction of the gas cell to the two axial ends of the gas cell, characterized in that the sample gas duct has a respective outlet at each of the two axial ends of the gas cell, which opens into the chamber of the gas cell.
A method for removing a foreign substance comprising: a step of preparing a Fabry-Perot interference filter including a substrate having a first surface and a second surface opposite to the first surface, a first laminate having a first mirror portion arranged on the first surface, and a second laminate having a second mirror portion arranged on the first mirror portion, in which a gap is formed between a portion of the first laminate at least including the first mirror portion and a portion of the second laminate at least including the second mirror portion facing each other so that a distance between the first mirror portion and the second mirror portion facing each other varies by an electrostatic force; a step of detecting a foreign substance adhering to a surface of the second laminate opposite to the first laminate; and a step of blowing air in which an airflow peak position is adjusted on the basis of a position of the detected foreign substance onto the surface of the second laminate and thereby removing the foreign substance from the surface of the second laminate. a step of preparing a Fabry-Perot interference filter including a substrate having a first surface and a second surface opposite to the first surface, a first laminate having a first mirror portion arranged on the first surface, and a second laminate having a second mirror portion arranged on the first mirror portion, in which a gap is formed between a portion of the first laminate at least including the first mirror portion and a portion of the second laminate at least including the second mirror portion facing each other so that a distance between the first mirror portion and the second mirror portion facing each other varies by an electrostatic force; a step of detecting a foreign substance adhering to a surface of the second laminate opposite to the first laminate; and a step of blowing air in which an airflow peak position is adjusted on the basis of a position of the detected foreign substance onto the surface of the second laminate and thereby removing the foreign substance from the surface of the second laminate.
A method for the manufacture of a photosensitizing nanomaterial the method comprising: - adding a solid nanomaterial to an anhydrous aromatic solvent to form a suspension, - saturating the suspension with a Si phthalocyanine complex having axial reactive groups, - heating and stirring the suspension under an inert atmosphere in the dark to establish a direct axial covalent bond between the Si phthalocyanine complex and the solid nanomaterial, - filtering and washing the manufactured photosensitizing nanomaterial from the suspension; and - drying the photosensitizing nanomaterial. - adding a solid nanomaterial to an anhydrous aromatic solvent to form a suspension, - saturating the suspension with a Si phthalocyanine complex having axial reactive groups, - heating and stirring the suspension under an inert atmosphere in the dark to establish a direct axial covalent bond between the Si phthalocyanine complex and the solid nanomaterial, - filtering and washing the manufactured photosensitizing nanomaterial from the suspension; and - drying the photosensitizing nanomaterial.