mhurhangee/ep-ind-claims huggingface dataset:
A method of making a magnetic silica nanomembrane comprising: (a) depositing onto a polymer core having an original size, at least one layer of silicon dioxide; (b) depositing onto the polymer core at least one magnetic component; and (c) heating the polymer core at a sufficient temperature and time to allow the polymer core to shrink; wherein in step (a) a range of 2 nm to 500 nm of silicon dioxide is deposited onto a 5 μm to 500 μm thick polymer core. (a) depositing onto a polymer core having an original size, at least one layer of silicon dioxide; (b) depositing onto the polymer core at least one magnetic component; and (c) heating the polymer core at a sufficient temperature and time to allow the polymer core to shrink;
Method for genotyping genetic markers in a sample, comprising the steps of: (a) providing a DNA sample; (b) reducing the complexity of the nucleic acid sample using AFLP to produce a reproducible subset of amplified adaptor-ligated restriction fragments; (c) sequencing the reproducible subset of amplified adaptor-ligated restriction fragments using high-throughput sequencing; (d) aligning the sequences of the reproducible subset of amplified adaptor-ligated restriction fragments; (e) selecting amplified adaptor-ligated restriction fragments from the subset that have been sequenced at least 6 fold; (f) identifying genetic markers within the selection of amplified adaptor-ligated restriction fragments; and (g) determining co-dominant genotypes of the genetic markers in the selection of amplified adaptor-ligated restriction fragments. (a) providing a DNA sample; (b) reducing the complexity of the nucleic acid sample using AFLP to produce a reproducible subset of amplified adaptor-ligated restriction fragments; (c) sequencing the reproducible subset of amplified adaptor-ligated restriction fragments using high-throughput sequencing; (d) aligning the sequences of the reproducible subset of amplified adaptor-ligated restriction fragments; (e) selecting amplified adaptor-ligated restriction fragments from the subset that have been sequenced at least 6 fold; (f) identifying genetic markers within the selection of amplified adaptor-ligated restriction fragments; and (g) determining co-dominant genotypes of the genetic markers in the selection of amplified adaptor-ligated restriction fragments.
Shower head, preferably for a sanitary shower, comprising - a shower head housing, - a fluid inlet into the shower head housing, - a shower jet outlet out of the shower head housing, - a fluid duct within the shower head housing from the fluid inlet to the shower jet outlet, and - an overpressure valve pressure-coupled to the fluid duct, including a movable valve body which, in case of an overpressure within the fluid duct, moves from a normal position (N S) to an overpressure position (U S), characterized in that - the valve body is configured to be self-retaining in the overpressure position (Us) and returnable to the normal position (N S) by user operation, and/or - the valve body acts position-dependent on a passage cross-section (D Q) of the fluid duct, wherein the valve body reduces the passage cross-section in the overpressure position (U S) relative to the normal position (N S). - a shower head housing, - a fluid inlet into the shower head housing, - a shower jet outlet out of the shower head housing, - a fluid duct within the shower head housing from the fluid inlet to the shower jet outlet, and - an overpressure valve pressure-coupled to the fluid duct, including a movable valve body which, in case of an overpressure within the fluid duct, moves from a normal position (N S) to an overpressure position (U S), characterized in that - the valve body is configured to be self-retaining in the overpressure position (Us) and returnable to the normal position (N S) by user operation, and/or - the valve body acts position-dependent on a passage cross-section (D Q) of the fluid duct, wherein the valve body reduces the passage cross-section in the overpressure position (U S) relative to the normal position (N S).
Waste collection bag, having a tubular structure, comprising a first closed end and a second open end, said tubular structure comprising at least one chock closure device (9, 11, 13) arranged along the longitudinal direction of said tubular structure, in an intermediate region between said first closed end and said second open end so as to divide said tubular structure in at least two longitudinal sections (15, 17), at least one first longitudinal section of said tubular structure being closable by means of said at least one chock closure device (9, 11, 13) said waste collection bag being characterized in that it comprises a plurality of chock closure devices (9, 11, 13), arranged mutually spaced along said longitudinal direction of said tubular structure between said first closed end and said second open end so as to divide said tubular structure into a plurality of longitudinal sections (15, 17, 19).
A system for continuously coating individual pieces of confectionary product, the system comprising: a product feed device; at least one drum coating arrangement configured to receive the individual pieces of confectionary product from said product feed device, said drum coating arrangement including a first rotating drum rotatable about a first drum axis and a second rotating drum rotatable about a second drum axis; a first drum volume defined by said first rotating drum; and a second drum volume defined by said second rotating drum, said first drum volume being communicable with said second drum volume, wherein said first rotating drum is configured to apply a liquid material to the individual pieces of confectionery product and said second rotating drum is configured to apply a dry powder material to the individual pieces of confectionery product; wherein said drum coating arrangement is configured such that the confectionary product has a longer residence time in said second drum volume than said first drum volume. a product feed device; at least one drum coating arrangement configured to receive the individual pieces of confectionary product from said product feed device, said drum coating arrangement including a first rotating drum rotatable about a first drum axis and a second rotating drum rotatable about a second drum axis; a first drum volume defined by said first rotating drum; and a second drum volume defined by said second rotating drum, said first drum volume being communicable with said second drum volume, wherein said first rotating drum is configured to apply a liquid material to the individual pieces of confectionery product and said second rotating drum is configured to apply a dry powder material to the individual pieces of confectionery product; wherein said drum coating arrangement is configured such that the confectionary product has a longer residence time in said second drum volume than said first drum volume.
Paper converting plant, comprising means for producing logs of paper material starting from one or more paper webs fed by corresponding reels, with one or more unwinders on which are said paper reels are arranged, an embossing unit that receives at least one of the webs coming from said reels and provides to its embossing, a bridge crane with arms provided with grippers, and a rewinder that produces logs using the webs coming from the embossing unit, wherein the embossing unit is arranged to be configured in a first use configuration in which one or more embossing rollers positioned inside it are stably locked to respective support means and a second removal configuration in which said one or more embossing rollers are disengaged from said support means and can be extracted from the embossing unit, the plant also comprising a storing unit in which are stored one or more embossing rolls according to a predefined storage order such that each embossing roller occupies a known and predetermined position in the same storage unit, each embossing roller having a respective longitudinal axis (x-x), characterized in that it comprises interface means reversibly associable to the grippers of the bridge crane and to each of the embossing rollers in a phase of movement of the latter, which interface means are interposed between the bridge crane and an embossing roller selected among those located in the embossing unit and in the storage unit and exhibits a first part shaped to be engaged by the grippers of the bridge crane and a second part shaped to engage the axial ends of the embossing roller providing an axial constraint that prevents the translation of the same embossing roller along the direction of its longitudinal axis (x-x).
Method for soldering a component (1, 120, 130, 155) by means of a solder material, in particular a soldering insert (7, 7') in a substrate of a component (1, 120, 130, 155), in which method three or four temperature plateaus (16', 16",...) are used for soldering, characterized in that, in the lowering of a temperature (T', T",...) of a temperature plateau (16', 16",...), the temperature is lowered to below the temperature (T", T′′′) of the following temperature plateau (16",...) and is then raised again to the temperature (T", T′′′) of the following temperature plateau (16",...).
An apparatus for measuring protein translation, comprising a cell or subcellular compartment, wherein said cell or subcellular compartment comprises fluorescent donor-acceptor pairs, each donor-acceptor pair comprising a donor fluorophore and an acceptor fluorophore, wherein said donor fluorophore is attached to a first tRNA and said acceptor fluorophore is attached to a second tRNA, and wherein said each fluorescent donor-acceptor pair is capable of producing a detectable signal in response to overall translation activity in said cell or subcellular compartment.
An ophthalmic surgical laser system comprising: a laser delivery head, including optics which define an optical axis for delivering a laser beam to an eye of a patient; the system characterised by further comprising: an magnetic field sensing system, which includes a first, a second, a third and a fourth magnetic field sensors (A, B, C, D) and a control device electrically coupled to the first through fourth sensors, wherein the first through fourth sensors are affixed on the laser delivery head and located in a plane perpendicular to the optical axis, wherein the first and second sensors have identical structures and are located at equal distances from the optical axis along a first line that passes through the optical axis, wherein the third and fourth sensors have identical structures and are located at equal distances from the optical axis along a second line that passes through the optical axis, and wherein the control device is configured to control each of the first through fourth sensors to measure a magnetic field generated by an external magnet, and based on the measured magnetic field signals by the first through fourth sensors, to determine whether or not the external magnet is located within a predetermined distance from the optical axis. an magnetic field sensing system, which includes a first, a second, a third and a fourth magnetic field sensors (A, B, C, D) and a control device electrically coupled to the first through fourth sensors, wherein the first through fourth sensors are affixed on the laser delivery head and located in a plane perpendicular to the optical axis, wherein the first and second sensors have identical structures and are located at equal distances from the optical axis along a first line that passes through the optical axis, wherein the third and fourth sensors have identical structures and are located at equal distances from the optical axis along a second line that passes through the optical axis, and wherein the control device is configured to control each of the first through fourth sensors to measure a magnetic field generated by an external magnet, and based on the measured magnetic field signals by the first through fourth sensors, to determine whether or not the external magnet is located within a predetermined distance from the optical axis.
A rotor of a vacuum pump, in particular of a turbomolecular pump, comprising a rotor shaft rotatably supported about a rotor axis; and a plurality of rotor planes which are arranged at the rotor shaft, which follow one another in an axial direction and which each comprise a plurality of rotor vanes, wherein the number of rotor vanes in a respective rotor plane in a suction-side high-vacuum region of the vacuum pump is smaller than, in particular twice to four times as small as, in a respective rotor plane in a pre-vacuum or low-vacuum region of the vacuum pump; and wherein the rotor comprises slanted rotor vanes, with all the respective rotor vanes having the same angle of incidence in each rotor plane, characterized in that this uniform angle of incidence is the same in all the rotor planes and the angle of incidence is in a range from 20° to 35° with respect to the respective rotor plane perpendicular to the rotor axis.
Once-through steam generator for the use of steam temperatures of above 650°C, the once-through steam generator having a combustion chamber, a flue gas pass which adjoins the upper end of said combustion chamber, and enclosure walls which enclose them, the enclosure walls being formed from tube walls, the tubes of which conduct the working medium water/steam, the combustion chamber having at least one burner, and downstream heating surfaces being arranged in the flue gas pass, part of the enclosure walls being covered in the region of the combustion chamber by at least one platen heating surface, characterized in that the enclosure walls consist of modified, heat-resistant 2.25-2.5% chromium steels which do not require any thermal post-treatment after they have been processed using welding technology.
Attaching device for a vehicle, in particular a car, which is or may be fitted to the rear of the car, and includes a cross-member in the form of a tube section with a rectangular cross-section at least in certain areas, together with longitudinal members fixed to end sections of the cross-member and via which the attaching device is or may be fastened to frame sections of a body of the car, wherein the cross-member is provided on a central longitudinal plane of the car with a seating or a mounting for a connecting system of the attaching device, wherein the cross-member of the attaching device has a rectangular cross-section at the end sections (14 and 15), characterised in that there are, protruding at an angle from a flat side of the longitudinal member (16, 17) extending in the vehicle axial direction of the vehicle, wall sections which form mounting brackets (24, 25, 26 and 27, 28, 29) which in each case encompass with physical contact longer and roughly horizontally aligned top and bottom sides (20 and 21), also a rear upright side of the cross-member facing against the direction of travel.
A self-propelled implement for use on planted agriculturally productive land, having: - a supporting frame; - exactly three frame arms, which extend in different angular directions starting from the supporting frame, at least one first frame arm being pivotable with respect to the two other frame arms; - three wheels, which are rotatable about wheel axles and are in each case arranged on one of the frame arms and in each case driven by their own wheel drive; - at least two control axes, by means of which in each case one of the wheels is linked to the associated articulated arm; - at least two control axle drives for pivoting the respective wheel about its control axle; - a control unit, which activates the three wheel drives, the arm drive and the control axle drives; - at least one arm drive, for pivoting the at least one frame arm with respect to the other frame arms; characterized in that - all three frame arms are pivotable in a predetermined angular range about a central pivot; - the supporting frame is constructed as a central joint, which couples the three frame arms and allows the pivoting of two frame arms with respect to the third frame arm by more than 90° in each case; - the wheels are pivotable by the control axle drives in such a manner that two of the wheels are aligned in a common first track and the third wheel is aligned in a second track parallel to the first track. - a supporting frame; - exactly three frame arms, which extend in different angular directions starting from the supporting frame, at least one first frame arm being pivotable with respect to the two other frame arms; - three wheels, which are rotatable about wheel axles and are in each case arranged on one of the frame arms and in each case driven by their own wheel drive; - at least two control axes, by means of which in each case one of the wheels is linked to the associated articulated arm; - at least two control axle drives for pivoting the respective wheel about its control axle; - a control unit, which activates the three wheel drives, the arm drive and the control axle drives; - at least one arm drive, for pivoting the at least one frame arm with respect to the other frame arms; - all three frame arms are pivotable in a predetermined angular range about a central pivot; - the supporting frame is constructed as a central joint, which couples the three frame arms and allows the pivoting of two frame arms with respect to the third frame arm by more than 90° in each case; - the wheels are pivotable by the control axle drives in such a manner that two of the wheels are aligned in a common first track and the third wheel is aligned in a second track parallel to the first track.
An axial retention connection, comprising: a drill string component (232, 332, 432) including a socket (236. 336. 436) having a plurality of walls (266, 366, 466) and a top surface; a downhole tool (230, 330, 430) coupled to the socket, the downhole tool including a male-type connector (234, 334, 434) having an outer perimeter and a top surface (254, 354, 454); a seal (250, 350, 450) between the drill string component and the downhole tool; characterized by a sealed chamber (352, 452) formed by the plurality of walls and the top surface of the socket and the top surface of the male-type connector; and a non-compressible fluid (356, 456) filling the chamber such that the pressure of the fluid in the chamber hydraulically couples the downhole tool to the string. a drill string component (232, 332, 432) including a socket (236. 336. 436) having a plurality of walls (266, 366, 466) and a top surface; a downhole tool (230, 330, 430) coupled to the socket, the downhole tool including a male-type connector (234, 334, 434) having an outer perimeter and a top surface (254, 354, 454); a seal (250, 350, 450) between the drill string component and the downhole tool; characterized by a sealed chamber (352, 452) formed by the plurality of walls and the top surface of the socket and the top surface of the male-type connector; and a non-compressible fluid (356, 456) filling the chamber such that the pressure of the fluid in the chamber hydraulically couples the downhole tool to the string.
A computer-implemented method of detecting and remediating a ransomware attack, comprising: identifying an access operation of a file under inspection as a write to the file or newly creating a file; operating a neural network of a file type identification, FTI, layer to compute a byte correlation factor for the file under inspection; classifying, with the FTI, the file under inspection as belonging to a file type according to the byte correlation; deleting a backup of the file under inspection, if the FTI does not determine that the file type is incorrect for the file under inspection; passing the file to a heuristic layer, if the FTI determines that the file type is incorrect for the file under inspection; performing, with the heuristic layer, a statistical analysis of the file under inspection to determine a difference between an expected value and a computed value; determining, with the heuristic layer from the difference that the file under inspection has been compromised by a ransomware attack; and identifying and remediating a process that instigated the file access operation. identifying an access operation of a file under inspection as a write to the file or newly creating a file; operating a neural network of a file type identification, FTI, layer to compute a byte correlation factor for the file under inspection; classifying, with the FTI, the file under inspection as belonging to a file type according to the byte correlation; deleting a backup of the file under inspection, if the FTI does not determine that the file type is incorrect for the file under inspection; passing the file to a heuristic layer, if the FTI determines that the file type is incorrect for the file under inspection; performing, with the heuristic layer, a statistical analysis of the file under inspection to determine a difference between an expected value and a computed value; determining, with the heuristic layer from the difference that the file under inspection has been compromised by a ransomware attack; and identifying and remediating a process that instigated the file access operation.
A method comprising: identifying, by a network device operating in a network topology as a directed acyclic graph, DAG, root, a source-route path for reaching a destination device in the network topology; determining whether one or more parent devices (22. 32. 42) along the source-route path between the network device and the destination device are capable of storing a temporary route entry specifying routing information for reaching the destination device; and causing installation of a temporary route entry for reaching the destination device in one or more of the parent devices determined as capable of storing the corresponding temporary route entry, the temporary route entry having an associated specified lifetime interval; wherein the route entry specifies a source-route path for a segment of one or more of the parent devices (22. 32. 42) incapable of storing a route entry, enabling the one parent device to insert the source-route path for use by the one or more parent devices incapable of storing a route entry. identifying, by a network device operating in a network topology as a directed acyclic graph, DAG, root, a source-route path for reaching a destination device in the network topology; determining whether one or more parent devices (22. 32. 42) along the source-route path between the network device and the destination device are capable of storing a temporary route entry specifying routing information for reaching the destination device; and causing installation of a temporary route entry for reaching the destination device in one or more of the parent devices determined as capable of storing the corresponding temporary route entry, the temporary route entry having an associated specified lifetime interval; wherein the route entry specifies a source-route path for a segment of one or more of the parent devices (22. 32. 42) incapable of storing a route entry, enabling the one parent device to insert the source-route path for use by the one or more parent devices incapable of storing a route entry.