mhurhangee/ep-ind-claims huggingface dataset:
A surface machining device having: - a substrate support to receive a substrate to be machined, - a machining unit (6, 6') adjustable relative to the substrate support along a first and a second movement axis, wherein the movement axes preferably run at a right angle relative to each other or are oriented at an angle of 75°-105°, preferably 80°-100°, particularly preferably 85°-95° relative to each other, and the machining unit (6, 6') is adjustable at least along the first movement axis by means of a first gantry drive, - a position detecting unit for ascertaining the orientation of the substrate on the substrate support, and - a control unit for controlling the movement of the machining unit (6, 6') depending on the orientation of the substrate on the substrate support, wherein the machining unit (6, 6') can be pivoted relative to the substrate support about a vertical axis extending perpendicular to the plane formed by the first and second movement axes, the substrate support has a circulating conveyor belt for receiving the substrate, and the conveyor belt can swing about the vertical axis and can also be designed inclinable. - a substrate support to receive a substrate to be machined, - a machining unit (6, 6') adjustable relative to the substrate support along a first and a second movement axis, wherein the movement axes preferably run at a right angle relative to each other or are oriented at an angle of 75°-105°, preferably 80°-100°, particularly preferably 85°-95° relative to each other, and the machining unit (6, 6') is adjustable at least along the first movement axis by means of a first gantry drive, - a position detecting unit for ascertaining the orientation of the substrate on the substrate support, and - a control unit for controlling the movement of the machining unit (6, 6') depending on the orientation of the substrate on the substrate support,
A mutated adeno-associated virus capsid protein that when present in an AAV virion imparts decreased immunoreactivity to the virion as compared to the corresponding wild-type virion, wherein the mutation comprises at least one amino acid substitution to the native protein, and wherein the amino acid substitution comprises a substitution of the amino acid occurring at a position corresponding to a position of the AAV-2 VP2 capsid selected from the group consisting of amino acids 127.
A cutting element, comprising: a substrate comprising a plurality of hard particles and a matrix material; a thermally stable polycrystalline table comprising a superhard material having a Knoop hardness of about 29,420 MPa (3,000 kg f /mm 2) or more disposed at an end of the substrate; a layer of metal interposed between the substrate and the thermally stable polycrystalline table and attaching the substrate to the thermally stable polycrystalline table; and a substrate portion interposed between the thermally stable polycrystalline table and the layer of metal, the substrate portion comprising a plurality of hard particles and a matrix material; wherein the layer of metal comprises Ag, Cu, Mn, an alloy of any of these, nickel aluminide or nickel silicide, and material of the layer of metal is infiltrated through the substrate portion and at least partially into the thermally stable polycrystalline table. a substrate comprising a plurality of hard particles and a matrix material; a thermally stable polycrystalline table comprising a superhard material having a Knoop hardness of about 29,420 MPa (3,000 kg f /mm 2) or more disposed at an end of the substrate; a layer of metal interposed between the substrate and the thermally stable polycrystalline table and attaching the substrate to the thermally stable polycrystalline table; and a substrate portion interposed between the thermally stable polycrystalline table and the layer of metal, the substrate portion comprising a plurality of hard particles and a matrix material; wherein the layer of metal comprises Ag, Cu, Mn, an alloy of any of these, nickel aluminide or nickel silicide, and material of the layer of metal is infiltrated through the substrate portion and at least partially into the thermally stable polycrystalline table.
A hot-rolled steel sheet having a tensile strength of 900 MPa or more, the hot-rolled steel sheet consisting of, in mass%, C: greater than 0.050% and less than or equal to 0.10%, Si: greater than or equal to 0.1% and less than or equal to 2.0%, Mn: greater than or equal to 1.0% and less than or equal to 3.0%, P: less than or equal to 0.1%, S: less than or equal to 0.01%, Al: greater than or equal to 0.005% and less than or equal to 0.05%, N: less than or equal to 0.01%, Ti: greater than or equal to 0.10% and less than or equal to 0.20%, Nb: greater than or equal to 0% and less than or equal to 0.06%, B: greater than or equal to 0% and less than or equal to 0.03%, Ca: greater than or equal to 0% and less than or equal to 0.005%, and the balance: Fe and impurities, wherein an average crystal grain size is less than or equal to 7.0 μm, and wherein an X-ray random intensity ratio in <011> orientation that is parallel to a rolled surface and a rolling direction is less than or equal to 2.5.
Method of grinding by compressing a bed of materials implemented by means of a compressive grinder for a bed of materials, comprising: - a cylinder with a horizontal axis of which the inner wall comprises a raceway for a grinding roller, arranged inside said cylinder, - means for rotating the cylinder about its axis, - said grinding roller, with an axis parallel to that of the axis of the cylinder, - means for urging said grinding roller against the raceway of said cylinder, - an inlet for supplying material to be ground located at one of the ends of said cylinder and an outlet for the ground material at the other end of said cylinder, - a smoothing roller arranged upstream of said grinding roller in the direction of rotation of said cylinder, - means for keeping the smoothing roller adjacent to and separated from the raceway of said cylinder, prohibiting any contact between said smoothing roller and the raceway, method wherein, at each turn of the cylinder, the material consecutively passes under the smoothing roller then under the grinding roller, said smoothing roller exerting on the bed of materials a pressure that smoothes its surface, said pressure being lower than the pressure exerted by said grinding roller on said bed of materials. - a cylinder with a horizontal axis of which the inner wall comprises a raceway for a grinding roller, arranged inside said cylinder, - means for rotating the cylinder about its axis, - said grinding roller, with an axis parallel to that of the axis of the cylinder, - means for urging said grinding roller against the raceway of said cylinder, - an inlet for supplying material to be ground located at one of the ends of said cylinder and an outlet for the ground material at the other end of said cylinder, - a smoothing roller arranged upstream of said grinding roller in the direction of rotation of said cylinder, - means for keeping the smoothing roller adjacent to and separated from the raceway of said cylinder, prohibiting any contact between said smoothing roller and the raceway, method wherein, at each turn of the cylinder, the material consecutively passes under the smoothing roller then under the grinding roller, said smoothing roller exerting on the bed of materials a pressure that smoothes its surface, said pressure being lower than the pressure exerted by said grinding roller on said bed of materials.
A method for adding a circular cylinder section to a helically-lobed rotor for a hydraulic motor or pump, the method comprising: obtaining the rotor, including an elongated helically lobed section, for modification; selecting a cylinder shell, the cylinder shell comprising two halves (60A, 60B) that are configured to be joined together around the rotor to form the circular cylinder section, the cylinder shell including an inner diameter and an outer diameter, with the outer diameter being substantially equal to a major diameter of the helically-lobed rotor; removing tips of helical lobes of the rotor to reduce the major diameter of a portion of the helically-lobed rotor, wherein the removing forms a reduced-diameter section that is nominally smaller than the inner diameter of the cylinder shell; securing the cylinder shell around the reduced-diameter section of the helically-lobed rotor to form the circular cylinder section; inserting the rotor with the cylinder shell into a stator of the hydraulic motor or pump, the stator including a tubular elastomer stator section and a cylindrical sleeve; and aligning the circular cylinder section with the cylindrical sleeve such that the circular cylinder section does not extend from within the cylindrical sleeve longitudinally beyond an end of the sleeve that is adjacent to the tubular elastomer stator section. obtaining the rotor, including an elongated helically lobed section, for modification; selecting a cylinder shell, the cylinder shell comprising two halves (60A, 60B) that are configured to be joined together around the rotor to form the circular cylinder section, the cylinder shell including an inner diameter and an outer diameter, with the outer diameter being substantially equal to a major diameter of the helically-lobed rotor; removing tips of helical lobes of the rotor to reduce the major diameter of a portion of the helically-lobed rotor, wherein the removing forms a reduced-diameter section that is nominally smaller than the inner diameter of the cylinder shell; securing the cylinder shell around the reduced-diameter section of the helically-lobed rotor to form the circular cylinder section; inserting the rotor with the cylinder shell into a stator of the hydraulic motor or pump, the stator including a tubular elastomer stator section and a cylindrical sleeve; and aligning the circular cylinder section with the cylindrical sleeve such that the circular cylinder section does not extend from within the cylindrical sleeve longitudinally beyond an end of the sleeve that is adjacent to the tubular elastomer stator section.
A docking station for a dust collection box comprising: a housing (1020, 1022); a filter mounted within the housing (1020, 1022); a first air inlet chamber formed within the housing (1020, 1022); an air inlet aperture in a wall of the housing (1020, 1022) which connects to the first air inlet chamber through which air is capable of being drawn into the first air inlet chamber when used on a dust extractor; an air outlet aperture formed in the wall of the housing (1020, 1022) which connects to the filter through which air is capable of being drawn through the filter by a vacuum source when mounted on a dust extractor; wherein the first inlet chamber is connected to the filter; wherein the docking station comprises: a housing: characterised in that it further comprises a socket formed by the housing which is capable of receiving a dust collection box of a dust extractor; a second aperture formed through a wall of the housing which is capable of aligning with an air inlet aperture of a dust collection box when the dust collection box is mounted within the socket; a connector capable of being connected to a vacuum source; and a dust channel, formed inside of the housing, which provides a passageway between the second aperture and the connector. a housing (1020, 1022); a filter mounted within the housing (1020, 1022); a first air inlet chamber formed within the housing (1020, 1022); an air inlet aperture in a wall of the housing (1020, 1022) which connects to the first air inlet chamber through which air is capable of being drawn into the first air inlet chamber when used on a dust extractor; an air outlet aperture formed in the wall of the housing (1020, 1022) which connects to the filter through which air is capable of being drawn through the filter by a vacuum source when mounted on a dust extractor; wherein the first inlet chamber is connected to the filter; wherein the docking station comprises: a housing: characterised in that it further comprises a socket formed by the housing which is capable of receiving a dust collection box of a dust extractor; a second aperture formed through a wall of the housing which is capable of aligning with an air inlet aperture of a dust collection box when the dust collection box is mounted within the socket; a connector capable of being connected to a vacuum source; and a dust channel, formed inside of the housing, which provides a passageway between the second aperture and the connector. characterised in that it further comprises a socket formed by the housing which is capable of receiving a dust collection box of a dust extractor; a second aperture formed through a wall of the housing which is capable of aligning with an air inlet aperture of a dust collection box when the dust collection box is mounted within the socket; a connector capable of being connected to a vacuum source; and a dust channel, formed inside of the housing, which provides a passageway between the second aperture and the connector.
A composition comprising: a) a wax b) a cationic surfactant c) an acid wherein the molar ratio between the acid and the cationic surfactant is more than 1. a) a wax b) a cationic surfactant c) an acid
A turbulent combustion incinerator (100, 100') comprising a main combustion chamber and a secondary combustion chamber for turbulent combustion of fuel, said turbulent combustion incinerator further comprises a first heat collecting dome and a second heat collecting dome, said secondary combustion chamber comprising a first division and a second division and, said main combustion chamber in flow communication with the first division being separated by the first heat collecting dome and said first division in flow communication with said second division being separated by the second heat collecting dome.
A tamper-resistant electronic circuit for implementation in a device, the circuit including a stored secret not accessible over an external circuit interface and means for receiving over a circuit interface trigger data in response to which the circuit performs cryptographic processing, characterised in that said tamper-resistant electronic circuit comprises: - means for receiving configuration device-specific security data for generating, based on said stored secret, said trigger data as a cryptographic representation of said configuration device-specific security data during configuration of said device; - means for outputting said cryptographic representation over an external circuit interface during configuration; - means for internally re-generating said device-specific security data during usage of the device by performing cryptographic processing at least partly in response to said stored secret provided that trigger data applied over said interface corresponds to said cryptographic representation, said re-generated device-specific security data being internally confined within said electronic circuit during usage of said device; and - means for performing a security-related operation in response to said internally confined device-specific security data. - means for receiving configuration device-specific security data for generating, based on said stored secret, said trigger data as a cryptographic representation of said configuration device-specific security data during configuration of said device; - means for outputting said cryptographic representation over an external circuit interface during configuration; - means for internally re-generating said device-specific security data during usage of the device by performing cryptographic processing at least partly in response to said stored secret provided that trigger data applied over said interface corresponds to said cryptographic representation, said re-generated device-specific security data being internally confined within said electronic circuit during usage of said device; and - means for performing a security-related operation in response to said internally confined device-specific security data.
A signal transmission method, comprising: sending a first synchronization signal on a first time-frequency resource, wherein the first time-frequency resource comprises a plurality of first frequency units in a first time unit; and sending a second synchronization signal on a second time-frequency resource, wherein the second time-frequency resource comprises a plurality of second frequency units in the first time unit, and the plurality of first frequency units alternate with the plurality of second frequency units in frequency domain. sending a first synchronization signal on a first time-frequency resource, wherein the first time-frequency resource comprises a plurality of first frequency units in a first time unit; and sending a second synchronization signal on a second time-frequency resource, wherein the second time-frequency resource comprises a plurality of second frequency units in the first time unit, and the plurality of first frequency units alternate with the plurality of second frequency units in frequency domain.
Tap-in instrument for joining prosthetic implants, comprising a housing, which receives a firing pin, a first spring element assigned to the firing pin and, at least in part, a striker, the striker protruding from the housing at an end face, characterised in that the housing receives a trigger device, the trigger device being movable between a fixing position and a release position, the firing pin being spaced apart from the striker in the fixing position, the trigger device moving from the fixing position into the release position automatically upon an axial movement of the striker into the housing, so as to release the firing pin after reaching the release position, in such a way that said pin moves towards the striker, accelerated by the first spring element.
A table for a means of transport used for the transport of passengers, having a main development axis X corresponding to the travel direction, said table comprising: - a table top designed to be arranged, in use, parallel to a walking surface of said means of transport and in a position facing one or more seats used for the seating of passengers, wherein said table top defines a plane; - an infrastructure integral with a frame of said means of transport and used for connecting said table top to said frame; said table top being slidably connected to said infrastructure according to said axis, said table also comprising: - a shock energy absorption device functionally interposed between said table top and said connecting infrastructure, such as to block, in normal use, the sliding movement of said table top with respect to said infrastructure and to react in a controlled manner, allowing the relative movement of said table top with respect to said infrastructure to the effect of an impulsive force exerted on said table top and having at least the dimension of the component measured along said axis greater than a predefined threshold value, characterized in that said sliding connection between said table top and said infrastructure being obtained with linear guiding means (21, 100) arranged according to the axis. - a table top designed to be arranged, in use, parallel to a walking surface of said means of transport and in a position facing one or more seats used for the seating of passengers, wherein said table top defines a plane; - an infrastructure integral with a frame of said means of transport and used for connecting said table top to said frame; - a shock energy absorption device functionally interposed between said table top and said connecting infrastructure, such as to block, in normal use, the sliding movement of said table top with respect to said infrastructure and to react in a controlled manner, allowing the relative movement of said table top with respect to said infrastructure to the effect of an impulsive force exerted on said table top and having at least the dimension of the component measured along said axis greater than a predefined threshold value, characterized in that said sliding connection between said table top and said infrastructure being obtained with linear guiding means (21, 100) arranged according to the axis.
Method for deploying an object, such as an off-shore wind turbine foundation or subsea installation, from a vessel, the method comprising: - providing a vessel comprising an elongate submersible cargo deck amidships, between a bow and a stern and a single heavy lift crane, wherein the heavy lift crane is located on a forecastle at the bow, which extends across the full width of the vessel and has a forecastle deck reachable by the heavy lift crane over its entire area, wherein the object is present on the cargo deck; - submerging the cargo deck to a position below a level of the water, wherein the bow remains unsubmerged; - lifting the object from the submerged cargo deck using the heavy lift crane and moving it to a desired position overboard, at least partially below the level of the water; and - releasing the object at the desired position. - providing a vessel comprising an elongate submersible cargo deck amidships, between a bow and a stern and a single heavy lift crane, wherein the heavy lift crane is located on a forecastle at the bow, which extends across the full width of the vessel and has a forecastle deck reachable by the heavy lift crane over its entire area, wherein the object is present on the cargo deck; - submerging the cargo deck to a position below a level of the water, wherein the bow remains unsubmerged; - lifting the object from the submerged cargo deck using the heavy lift crane and moving it to a desired position overboard, at least partially below the level of the water; and - releasing the object at the desired position.
A rubber composite comprising: a rubber component composed of at least one kind of rubber, selected from a group of natural rubber, synthetic isoprene rubber and synthetic diene rubber and a carbon black blended therein, characterised in that the carbon black is specified to satisfy the relation X/Y ≥ 0.84, where X is the mercury intrusion specific surface area (m 2 /g), measured by mercury porosimetry, the range of measured pore size being 6 nm or greater, and Y is the CTAB specific surface area (m 2 /g).
A system for producing various types of components, especially car body parts, comprising interchangeable tools for receiving specific types and movable along a circular path between a loading station, a station for processing various types of components and a tool-changing station, characterised in that the receiving tools (2, 3) on the circular path are of the same type (A....E) in each pair but different types from one pair to another and one receiving tool (2 or 3) for each pair of tools can be positioned on a loading station and the similar-type other tool (3 or 2) can be simultaneously positioned on a processing station, and at least one receiving tool for another pair of tools can be exchanged at a change station for a different-type tool for receiving another pair of tools.