mhurhangee/ep-ind-claims huggingface dataset:
A method for aligning a first micro-electronic component to a second micro-electronic component, both the first and second component (1,3) comprising a contact area (2,4), each of said contact areas (2,4) being covered by a respective wetting layer, both components (1,3) comprising a means for containing an alignment liquid on said wetting layers, wherein each of the components (1,3) is further provided with one or more conductor lines (6,7,11,15,16) running along the circumference of the respective contact areas (2,4), the method comprising the steps of: - applying an amount of said alignment liquid to the contact area of the second component, - placing the first component with its contact area facing the second component's contact area, so that the liquid contacts both wetting layers, thereby establishing self-alignment of the contact areas (2,4) through capillary force, and wherein the conductor lines (6,7,11,15,16) of the first and second component (1,3) face each other, - applying an electric potential such as to charge the conductor line(s) (6,7,15,16) of at least one of said components (1,3), in a manner to realize an electrostatic alignment of said contact areas (2,4), - maintaining the electrostatic alignment while the liquid evaporates. - applying an amount of said alignment liquid to the contact area of the second component, - placing the first component with its contact area facing the second component's contact area, so that the liquid contacts both wetting layers, thereby establishing self-alignment of the contact areas (2,4) through capillary force, and wherein the conductor lines (6,7,11,15,16) of the first and second component (1,3) face each other, - applying an electric potential such as to charge the conductor line(s) (6,7,15,16) of at least one of said components (1,3), in a manner to realize an electrostatic alignment of said contact areas (2,4), - maintaining the electrostatic alignment while the liquid evaporates.
Multi-shaft extruder having an extruder barrel which has a support material in which at least one supply channel extends and which encloses at least one process chamber which receives at least two extruder screws, characterized in that between the extruder barrel and the process chamber, an insert is arranged the wall thickness of which does not exceed 7 % in relation to the outer diameter of an extruder screw at least in some areas.
A method for loading picture resources by a JAVA virtual machine, comprising: obtaining the picture resources required by the JAVA virtual machine; decoding the picture resources into original data; storing the original data obtained from decoding by putting original data files of different pictures into a file system under different resource paths according to styles represented by the pictures; after receiving a loading picture event in normal operation of the JAVA virtual machine, reading the original data of a picture that requires loading to load the picture by converting a current resource path into the resource path where the original data of the picture that requires loading is located, and obtaining the original data file of the picture that requires loading from the file system under the resource path after conversion; and reading the original data from the obtained original data file. obtaining the picture resources required by the JAVA virtual machine; decoding the picture resources into original data; storing the original data obtained from decoding by putting original data files of different pictures into a file system under different resource paths according to styles represented by the pictures; after receiving a loading picture event in normal operation of the JAVA virtual machine, reading the original data of a picture that requires loading to load the picture by converting a current resource path into the resource path where the original data of the picture that requires loading is located, and obtaining the original data file of the picture that requires loading from the file system under the resource path after conversion; and reading the original data from the obtained original data file.
An antimicrobial composition for use in the treatment of an infection or a disease in a living human or animal caused by a microbe, wherein the microbe is deactivated or preferentially killed, the microbe being one of a virus, a bacterium, or a fungus, comprising: a carrier, such as a liquid, gel, or solid; and a plurality of metal nanoparticles having a particle size and a particle size distribution selected so as to selectively deactivate or preferentially kill one of a virus, a bacterium, or a fungus, characterized by: the antimicrobial composition containing 10 ppb to 100 ppm of the metal nanoparticles by weight of the antimicrobial composition; and the plurality of metal nanoparticles consisting of nonionic, ground state, spherical-shaped metal nanoparticles having a mean diameter wherein at least 99% of the spherical-shaped nanoparticles have a diameter within 30% of the mean diameter, such as within 20% of the mean diameter, or within 10% of the mean diameter, and wherein at least a portion of the metal nanoparticles comprise silver nanoparticles, wherein when the microbe is a virus, the metal nanoparticles have a particle size of 2 nm to 6.5 nm, such as 3 nm to 6 nm, or when the microbe is a bacterium, the metal nanoparticles have a particle size of 7 nm to 12 nm, such as 8 nm to 10 nm, or when the microbe is a fungus, the metal nanoparticles have a particle size of 10 nm to 18 nm, such as 11 nm to 16 nm, or 12 nm to 15 nm. a carrier, such as a liquid, gel, or solid; and a plurality of metal nanoparticles having a particle size and a particle size distribution selected so as to selectively deactivate or preferentially kill one of a virus, a bacterium, or a fungus, characterized by: the antimicrobial composition containing 10 ppb to 100 ppm of the metal nanoparticles by weight of the antimicrobial composition; and the plurality of metal nanoparticles consisting of nonionic, ground state, spherical-shaped metal nanoparticles having a mean diameter wherein at least 99% of the spherical-shaped nanoparticles have a diameter within 30% of the mean diameter, such as within 20% of the mean diameter, or within 10% of the mean diameter, and wherein at least a portion of the metal nanoparticles comprise silver nanoparticles, wherein the antimicrobial composition containing 10 ppb to 100 ppm of the metal nanoparticles by weight of the antimicrobial composition; and the plurality of metal nanoparticles consisting of nonionic, ground state, spherical-shaped metal nanoparticles having a mean diameter wherein at least 99% of the spherical-shaped nanoparticles have a diameter within 30% of the mean diameter, such as within 20% of the mean diameter, or within 10% of the mean diameter, and wherein at least a portion of the metal nanoparticles comprise silver nanoparticles, wherein when the microbe is a virus, the metal nanoparticles have a particle size of 2 nm to 6.5 nm, such as 3 nm to 6 nm, or when the microbe is a bacterium, the metal nanoparticles have a particle size of 7 nm to 12 nm, such as 8 nm to 10 nm, or when the microbe is a fungus, the metal nanoparticles have a particle size of 10 nm to 18 nm, such as 11 nm to 16 nm, or 12 nm to 15 nm.
A recombinant measles virus based on measles vaccine strain Schwarz encoding a suicide gene comprising a fusion of a cytosine deaminase, particularly yeast cytosine deaminase, and a uracil phosphoribosyltransferase, particularly yeast uracil phosphoribosyltransferase, particularly wherein said suicide gene comprises a sequence as shown in Figure 2, particularly wherein said recombinant measles virus comprises an RNA sequence as shown in Figure 4, 28, or 29, particularly as shown in Figure 4.
A method for determining and managing abnormal data behavior of a computing device (120a, 120b, 120c) connected to an internal network, the method performed by a data monitoring system associated with the internal network, the method comprising: determining a normal data movement profile for the computing device based on observed normal data transfer behavior over the internal network by the computing device, wherein the normal data movement profile for the computing device includes a collection of normal values for various metrics associated with data movements associated with a particular server observed by the data monitoring system, each data movement including at least one of data being transferred from the computing device or data being transferred to the computing device; identifying a data movement rule associated with the computing device, the data movement rule including a deviation amount, and one or more actions to take when the computing device deviates from the normal data movement profile by more than the deviation amount; detecting a data movement associated with the computing device; determining that the detected data movement exceeds the deviation amount included in the data movement rule relative to the normal data movement profile for the computing device; and performing the one or more actions associated with the data movement rule upon determining that the data movement violates the data movement rule. determining a normal data movement profile for the computing device based on observed normal data transfer behavior over the internal network by the computing device, wherein the normal data movement profile for the computing device includes a collection of normal values for various metrics associated with data movements associated with a particular server observed by the data monitoring system, each data movement including at least one of data being transferred from the computing device or data being transferred to the computing device; identifying a data movement rule associated with the computing device, the data movement rule including a deviation amount, and one or more actions to take when the computing device deviates from the normal data movement profile by more than the deviation amount; detecting a data movement associated with the computing device; determining that the detected data movement exceeds the deviation amount included in the data movement rule relative to the normal data movement profile for the computing device; and performing the one or more actions associated with the data movement rule upon determining that the data movement violates the data movement rule.
Use of one or more N-substituted pyrrolidones of the formula in which R is a linear or branched, saturated alkyl group having 3 to 6, preferably 3 to 5 and more preferably 4 carbon atoms, where one hydrogen -H in the alkyl group may be replaced by a methoxy group -OCH 3, and where 1 to 6 hydrogens -H in the pyrrolidone ring may be replaced by methyl -CH 3, for promotion of the penetration of one or more active agrochemical ingredients into plants or into non-plant harmful organisms. R is a linear or branched, saturated alkyl group having 3 to 6, preferably 3 to 5 and more preferably 4 carbon atoms, where one hydrogen -H in the alkyl group may be replaced by a methoxy group -OCH 3,
A process of cutting and assembling diamonds to form composite diamond having enhanced brilliance and shade, where the diamonds are assorted from the raw diamonds based on color and clarity; wherein each of the assorted diamonds is blocked based on suitability of proposed design and, wherein each of the blocked diamonds is mapped through machine in a manner that minimizes the waste and optimizes the use of maximum diamond, comprising following steps: (a) cutting the diamond in a crown (Cw), a girdle and a pavilion, wherein cutting the pavilion of the diamond in at least three main facets within the angle degree of 25° to 30°, at least three secondary facets (B1,B2) between two main facets within the angle degree of 27° to 32° and at least one tertiary facet within the angle degree of 55° to 60° on at least one of the periphery, wherein cutting the crown (Cw) of the diamond in flat facet and at least one main facet within the angle degree of 28° to 31° on at least one of the periphery; (b) polishing the diamond obtained in step (a) to have facet on crown (Cw) and pavilion at specific angle that provides cumulative reflection in all diamonds; and (c) grooving the polished diamonds obtained in step (b) through fastening diamonds through fastening means; (d) arranging the diamond having at least straight edges girdle of opposite diamond together, wherein at least three diamonds held adjacent to each other along a respective single straight edge of the each girdle the diamonds; (e) adhering the diamonds obtained from step (d). (a) cutting the diamond in a crown (Cw), a girdle and a pavilion, wherein cutting the pavilion of the diamond in at least three main facets within the angle degree of 25° to 30°, at least three secondary facets (B1,B2) between two main facets within the angle degree of 27° to 32° and at least one tertiary facet within the angle degree of 55° to 60° on at least one of the periphery, wherein cutting the crown (Cw) of the diamond in flat facet and at least one main facet within the angle degree of 28° to 31° on at least one of the periphery; (b) polishing the diamond obtained in step (a) to have facet on crown (Cw) and pavilion at specific angle that provides cumulative reflection in all diamonds; and (c) grooving the polished diamonds obtained in step (b) through fastening diamonds through fastening means; (d) arranging the diamond having at least straight edges girdle of opposite diamond together, wherein at least three diamonds held adjacent to each other along a respective single straight edge of the each girdle the diamonds; (e) adhering the diamonds obtained from step (d).
A solar power supply device for a light, comprising at least one tubular solar module (7, 8) that can be slid onto a mast, characterised by a crown which can be fitted to the top of the mast and from which the solar module (7, 8) is suspended, wherein the solar module (7, 8) contains in its interior at least one pair of spring elements (31, 32) that can be resiliently spread apart, between which the mast can be passed through.
Plant for the absorption of individual components, such as pollutants or recyclable materials, in gases, in which an absorption solution is brought into contact with the gas in an absorption chamber, where the absorption solution is fed into the absorption chamber through spray nozzles (8, 8a) and where the absorption chamber has a gas distribution level, which causes turbulences in the gas flow entering, above a feed opening for the gas, where the gas distribution level has spray nozzles (8, 8a) through which the absorption solution is fed in and where the gas distribution level is formed by a large number of pipes, where the spray nozzles (8, 8a) are arranged on the pipes and the absorption solution can be fed through the pipes to the absorption chamber, characterized by a displacement mandrel with a cross-section that widens in the flow direction of the absorption solution being arranged in each of the pipes.
A pipe coating finishing device comprising: - one or more frames having a first arm and a second arm; - a scraper coupled to a first arm 4) for engaging a pipe to remove material in excess of a maximum pipe diameter; and - a vibrating plate coupled to a second arm for compacting an impinged concrete coating on the pipe, wherein the vibrating plate comprises raised edges for preventing the vibrating plate edges from digging into the impinged concrete coating. - one or more frames having a first arm and a second arm; - a scraper coupled to a first arm 4) for engaging a pipe to remove material in excess of a maximum pipe diameter; and - a vibrating plate coupled to a second arm for compacting an impinged concrete coating on the pipe,
Actuator device for the actuation of a foot pedal of a motor vehicle with at least one operating component which can be driven by means of an actuator such as to impose pressure on the foot pedal, and with a force sensor, by means of which a pressure force produced at a contact surface of the operating component can be detected, characterized in that the contact surface is formed by a pressure application plate and the force sensor is connected to a rear side of the pressure application plate facing away from the contact surface, and the force sensor comprises an extension sensor at an elastic deformation element formed by a flexure bar, which is arranged between the pressure application plate and the actuator.
A handling package of cuvettes, said package comprising: - a row of cuvettes formed by a plurality of reaction vessels, the reaction vessels being adjacent to each other such that there is a common wall between them, and the long sides of a cuvette are straight such that the cuvettes can be placed consecutively in a contiguous row such that the long sides of the consecutive cuvettes are tightly against each other, and - each cuvette has at both ends a bracket with a top surface, and the distance between the ends of the brackets is determined by the width of the cuvette package, characterized by - a bonding strip which is adhered to a surface about the openings of the reaction vessels of the cuvettes so as to be detachable prior to use, said bonding strip joining the row of cuvettes into a contiguous handling package, wherein the bonding strip extends at least to the area of the top surface of the openings of the reaction vessels so that the opening of each reaction vessel is closed by means of the bonding strip, and - the bonding strip has an adhering surface which extends to a narrower area than the distance between the ends of the brackets. - a row of cuvettes formed by a plurality of reaction vessels, the reaction vessels being adjacent to each other such that there is a common wall between them, and the long sides of a cuvette are straight such that the cuvettes can be placed consecutively in a contiguous row such that the long sides of the consecutive cuvettes are tightly against each other, and - each cuvette has at both ends a bracket with a top surface, and the distance between the ends of the brackets is determined by the width of the cuvette package, - a bonding strip which is adhered to a surface about the openings of the reaction vessels of the cuvettes so as to be detachable prior to use, said bonding strip joining the row of cuvettes into a contiguous handling package, wherein the bonding strip extends at least to the area of the top surface of the openings of the reaction vessels so that the opening of each reaction vessel is closed by means of the bonding strip, and - the bonding strip has an adhering surface which extends to a narrower area than the distance between the ends of the brackets.
Refrigerating system comprising: a refrigerating cycle having a compressor, a condenser, a collecting container, an expansion device, an evaporator and refrigerating circuits circulating a refrigerant therethrough; characterized by a liquefying set comprising an additional compressor and an additional condenser, connected in parallel to the condenser; and a control unit that in operation allows switching between normal operation of the refrigerating cycle and refrigerant collecting operation in which the remaining refrigerant is sucked off from the condenser, is liquefied by the additional condenser and collects in the collecting container; wherein at least one shut-off valve is provided for allowing switching between normal operation and refrigerant collecting operation, wherein, in the refrigerant collecting operation, the condenser is connected to the suction line of the compressor such that the remaining refrigerant is sucked off from the condenser by the additional compressor; and wherein the collecting container is provided with a refrigerant fill level measuring unit. a refrigerating cycle having a compressor, a condenser, a collecting container, an expansion device, an evaporator and refrigerating circuits circulating a refrigerant therethrough; characterized by a liquefying set comprising an additional compressor and an additional condenser, connected in parallel to the condenser; and a control unit that in operation allows switching between normal operation of the refrigerating cycle and refrigerant collecting operation in which the remaining refrigerant is sucked off from the condenser, is liquefied by the additional condenser and collects in the collecting container; wherein at least one shut-off valve is provided for allowing switching between normal operation and refrigerant collecting operation, wherein, in the refrigerant collecting operation, the condenser is connected to the suction line of the compressor such that the remaining refrigerant is sucked off from the condenser by the additional compressor; and wherein the collecting container is provided with a refrigerant fill level measuring unit.
A hoisting accessory for a blower of a pulp dryer, which hoisting accessory includes: - a hoisting element for fastening the hoisting accessory to the blower to be hoisted, and - first fastening devices for locking the hoisting element to the blower for the duration of hoisting, wherein the hoisting accessory also includes - a guideway comprising a first end and second end, - a carriage adapted on the guideway for transferring a blower on the guideway while said hoisting element is suspended from said carriage, - a support device connected to said guideway for suspending the hoisting accessory from a second blower so that said guideway is supported essentially in the horizontal direction by means of the support device. - a hoisting element for fastening the hoisting accessory to the blower to be hoisted, and - first fastening devices for locking the hoisting element to the blower for the duration of hoisting, wherein the hoisting accessory also includes - a guideway comprising a first end and second end, - a carriage adapted on the guideway for transferring a blower on the guideway while said hoisting element is suspended from said carriage, - a support device connected to said guideway for suspending the hoisting accessory from a second blower so that said guideway is supported essentially in the horizontal direction by means of the support device.