mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a melting assembly adapted to produce at least one of a stream of a molten alloy and a series of droplets of a molten alloy, wherein the melting assembly is substantially free from ceramic in regions contacted by the molten alloy; an atomizing assembly generating at least one three-dimensional electron field and impinging the at least one three-dimensional electron field on molten alloy from the melting assembly to atomize the molten alloy and produce molten alloy particles; a collector receiving one or more of the molten alloy particles; and a field generating assembly generating at least one of an electrostatic field and an electromagnetic field between the atomizing assembly and the collector, wherein the field generated by the field generating assembly interacts with the molten alloy particles and influences at least one of the acceleration, speed, and direction of the molten alloy particles; characterized in that the atomizing assembly comprises a rastering apparatus which is used to control a shape of the at least one three-dimensional electron field. a melting assembly adapted to produce at least one of a stream of a molten alloy and a series of droplets of a molten alloy, wherein the melting assembly is substantially free from ceramic in regions contacted by the molten alloy; an atomizing assembly generating at least one three-dimensional electron field and impinging the at least one three-dimensional electron field on molten alloy from the melting assembly to atomize the molten alloy and produce molten alloy particles; a collector receiving one or more of the molten alloy particles; and a field generating assembly generating at least one of an electrostatic field and an electromagnetic field between the atomizing assembly and the collector, wherein the field generated by the field generating assembly interacts with the molten alloy particles and influences at least one of the acceleration, speed, and direction of the molten alloy particles; characterized in that the atomizing assembly comprises a rastering apparatus which is used to control a shape of the at least one three-dimensional electron field.
Electrical connector comprising a mating axis and a mating direction along the mating axis, a sliding axis perpendicular to the mating axis, a pivoting axis perpendicular to the mating axis and the sliding axis; the electrical connector comprises a connector housing for receiving a corresponding mating connector; a cable guide cover attachable to the connector housing, a mate assist system for assisting in mating to the corresponding mating connector, wherein the mate assist system comprises; a lever pivotably arranged on the connector housing, wherein the lever is pivotable from a lever assembly position to a lever open position and from the lever open position to a lever closed position, wherein the lever comprises gear means gearing with a slider; the slider slidably provided in the connector housing, the slider comprising complementary gear means for gearing with the lever for correspondingly sliding the slider from a slider first position to a slider second position, wherein the lever is releasable and attachable to the connector housing only in the lever assembly position, characterized in that the slider can be slide from the slider second position to a slider third position and wherein the cable guide cover is attachable to the connector housing only when the lever is in the lever closed position and wherein the slider is blocked in the slider second position by blocking means of the cable guide cover, cooperating with a blocking means of the slider and wherein said blocking means of the guide cover comprises a tongue protruding from the cable guide cover into a recess in the slider, thereby blocking the slider of the cable guide cover, and wherein the slider comprises releasing means for cooperating with releasing means of the corresponding mating connector to unblock the slider while mating, whereby the releasing means of the slider comprise a flexible arm formed on the slider, whereby an end portion of the flexible arm is arranged adjacent to the tongue and aligned along the sliding axis with the tongue, the flexible arm comprises a release protrusion protruding inwards of the connector housing into a receiving portion, adapted to receive a portion of the corresponding mating connector, whereby releasing means of the corresponding mating connector push the release protrusion out of the receiving portion while mating, thereby flexing the flexible arm outwards and move the end portion out of alignment to the tongue, enabling movement of the lever to the lever closed position, thereby moving the slider to the slider third position.
A terminal management and control method performed in a 5G network, comprising: obtaining, by a session management function, SMF, network element (207, 700, 710), authorized communication information of a first terminal (101, 201) or a terminal group, wherein the authorized communication information comprises information about a device with which the first terminal (101, 201) or the terminal group is allowed to communicate so that the first terminal (101, 201) or the terminal group is allowed to commincuate with a device listed in the authorized communication information; when the first terminal (101, 201) or a second terminal in the terminal group communicates with a device not listed in the authorized communication information, learning, by the SMF network element (207, 700, 710), that a management and control measure needs to be taken on communication of the first terminal (101, 201) or the second terminal; and taking, by the SMF network element (207, 700, 710), the management and control measure, wherein the obtaining, by the SMF network element (207, 700, 710), the authorized communication information of the first terminal (101, 201) or the terminal group includes: receiving, by the SMF network element (207, 700, 710), from a policy control function, PCF, network element, a session management policy, SM policy, the SM policy includes the authorized communication information of the first terminal or the terminal group. obtaining, by a session management function, SMF, network element (207, 700, 710), authorized communication information of a first terminal (101, 201) or a terminal group, wherein the authorized communication information comprises information about a device with which the first terminal (101, 201) or the terminal group is allowed to communicate so that the first terminal (101, 201) or the terminal group is allowed to commincuate with a device listed in the authorized communication information; when the first terminal (101, 201) or a second terminal in the terminal group communicates with a device not listed in the authorized communication information, learning, by the SMF network element (207, 700, 710), that a management and control measure needs to be taken on communication of the first terminal (101, 201) or the second terminal; and taking, by the SMF network element (207, 700, 710), the management and control measure, wherein the obtaining, by the SMF network element (207, 700, 710), the authorized communication information of the first terminal (101, 201) or the terminal group includes: receiving, by the SMF network element (207, 700, 710), from a policy control function, PCF, network element, a session management policy, SM policy, the SM policy includes the authorized communication information of the first terminal or the terminal group.
A method for securing on each of a plurality of web rolls in a set of web rolls which lie close to or are adjacent to one another and have a common centre axis, the trailing end of the web through applying on each of the rolls at least one securing tape which has an adhering coating on a first side, so that the end securing tape is fixed with said first side against the roll and extends over the edge of the trailing end of the web, characterized in that those end securing tapes which shall be applied, first are transferred from a tape dispenser to a tape conveyor (14,22) such that they are caused to lie with their opposite, second side against said conveyor at a distance from one another on the conveyor corresponding to the desired distances between the securing tapes on the web rolls, respectively, that they are temporarily retained on the conveyor as the conveyor thereafter is moved towards the web rolls with the adhering first side facing the web rolls, each tape being directed against that place on the rolls where the respective tape shall be applied, that all the tapes are brought into contact with their respective roll and are fixed to it on said respective place, and that the conveyor then is moved from the rolls and from the tapes, which remain fixed to the rolls therein that said first side of the tapes has a larger adhesive strength to the rolls than the opposite, second side has to the conveyor.
A process, comprising: applying an anti-masking agent to a lignocellulosic composite substrate, a pressing surface, or both, the anti-masking agent comprising greater than about 50% by weight of the total anti-masking agent of a fatty amine alkoxylate having free hydroxyl groups; and applying pressure to the lignocellulosic composite substrate using the pressing surface. applying an anti-masking agent to a lignocellulosic composite substrate, a pressing surface, or both, the anti-masking agent comprising greater than about 50% by weight of the total anti-masking agent of a fatty amine alkoxylate having free hydroxyl groups; and applying pressure to the lignocellulosic composite substrate using the pressing surface.
An apparatus comprising: a conversion unit to convert operands from a conventional number system that represents each binary number in the operands as one bit to redundant number system operands [210, 215] that represent each binary number as a plurality of bits; and an arithmetic logic unit to perform an arithmetic operation on the RNS operands in a direction from a most significant bit to a least significant bit and to stop the arithmetic operation prior to performing the arithmetic operation on a target binary number of the RNS operands indicated by a dynamic precision associated with the RNS operands, wherein the dynamic precision associated with the RNS operands is variable at runtime. a conversion unit to convert operands from a conventional number system that represents each binary number in the operands as one bit to redundant number system operands [210, 215] that represent each binary number as a plurality of bits; and an arithmetic logic unit to perform an arithmetic operation on the RNS operands in a direction from a most significant bit to a least significant bit and to stop the arithmetic operation prior to performing the arithmetic operation on a target binary number of the RNS operands indicated by a dynamic precision associated with the RNS operands, wherein the dynamic precision associated with the RNS operands is variable at runtime.
A vending machine system for exchanging CO 2 gas cylinders, the system including a controller, wherein the controller is in communication with a user interface, a payment system and an array of bin assemblies, wherein each one of the bin assemblies is shaped to at least partially receive an end of a CO 2 gas cylinder and includes a locking system for releasably securing therein a CO 2 gas cylinder, said system for performing the steps of: (a) receiving user input through the user interface; and (b) if the user input represents a desire to conduct maintenance, then the system performs the steps of: (i) confirming that the user is authorized to conduct maintenance; (ii) unlocking an empty CO 2 gas cylinder from a respective bin assembly for removal by the user; and (iii) receiving a full CO 2 gas cylinder in an emptied bin assembly; and (iv) securing the full CO 2 gas cylinder received in the emptied bin assembly, wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position. (a) receiving user input through the user interface; and (b) if the user input represents a desire to conduct maintenance, then the system performs the steps of: (i) confirming that the user is authorized to conduct maintenance; (ii) unlocking an empty CO 2 gas cylinder from a respective bin assembly for removal by the user; and (iii) receiving a full CO 2 gas cylinder in an emptied bin assembly; and (iv) securing the full CO 2 gas cylinder received in the emptied bin assembly, wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position. (i) confirming that the user is authorized to conduct maintenance; (ii) unlocking an empty CO 2 gas cylinder from a respective bin assembly for removal by the user; and (iii) receiving a full CO 2 gas cylinder in an emptied bin assembly; and (iv) securing the full CO 2 gas cylinder received in the emptied bin assembly, wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position. wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position.
A gas turbine engine, comprising: a turbine assembly formed from a rotor assembly having at least one turbine blade formed from a generally elongated airfoil having a leading edge, a trailing edge, a pressure side, a suction side, a tip at a first end and a platform coupled to a second end of the generally elongated airfoil opposite to the first end; a plurality of ring segments positioned radially outward from the tip of the at least one turbine blade, wherein the plurality of ring segments are aligned in a circumferentially extending row and form a ring around a travel path of the at least one turbine blade and wherein each of the ring segments includes an inner surface forming a portion of a hot gas path within the turbine assembly; at least one clearance control band positioned radially outward of the inner surfaces of the ring segments and bearing against at least one outer surface of the ring segments to limit radial movement of the ring segments; wherein the at least one clearance control band forms a ring radially outward of the inner surfaces of the ring segments, characterized in that the at least one clearance control band is formed from an upper ring half and a lower ring half, wherein the upper and lower halves (82, 84) of the at least one clearance control band are coupled together at a first intersection at a first horizontally positioned joint and are coupled together at a second intersection at a second horizontally positioned joint. a turbine assembly formed from a rotor assembly having at least one turbine blade formed from a generally elongated airfoil having a leading edge, a trailing edge, a pressure side, a suction side, a tip at a first end and a platform coupled to a second end of the generally elongated airfoil opposite to the first end; a plurality of ring segments positioned radially outward from the tip of the at least one turbine blade, wherein the plurality of ring segments are aligned in a circumferentially extending row and form a ring around a travel path of the at least one turbine blade and wherein each of the ring segments includes an inner surface forming a portion of a hot gas path within the turbine assembly; at least one clearance control band positioned radially outward of the inner surfaces of the ring segments and bearing against at least one outer surface of the ring segments to limit radial movement of the ring segments; wherein the at least one clearance control band forms a ring radially outward of the inner surfaces of the ring segments, characterized in that the at least one clearance control band is formed from an upper ring half and a lower ring half, wherein the upper and lower halves (82, 84) of the at least one clearance control band are coupled together at a first intersection at a first horizontally positioned joint and are coupled together at a second intersection at a second horizontally positioned joint.
A non-volatile memory comprising a plurality of memory cells (105A-N) formed in an integrated circuit substrate, said non-volatile memory characterised by: at least a first counter-doped-gate device, formed in the integrated circuit substrate, said counter-doped-gate device receiving a high voltage from a high-voltage node and generating an intermediate voltage at an intermediate-voltage node, wherein the counter-doped-gate device comprises a metal oxide semiconductor field effect transistor (MOSFET), and wherein the high-voltage node and the intermediate-voltage node are selectively coupled to the plurality of memory cells (105A-105N).
A chair-shaped spinal cord traction device comprising: a seat for supporting a user's lower limb; a backrest for supporting the back and head of the user; a chair-like lying table on which the seat and the backrest are disposed so as to be movable on the chair-like lying table; and a pantograph mechanism having a driving means and a pair of upper arms (4,11) and a pair of lower arms (6,10), wherein a first upper arm of the pair of upper arms (4, 11) is attached in parallel to the chair-like lying table or is used as a part of the chair-like lying table, and an upper end of the backrest moves downward and a front end of the seat moves upward and forward when the pantograph mechanism expands in the horizontal direction and contracts in the vertical direction. a seat for supporting a user's lower limb; a backrest for supporting the back and head of the user; a chair-like lying table on which the seat and the backrest are disposed so as to be movable on the chair-like lying table; and a pantograph mechanism having a driving means and a pair of upper arms (4,11) and a pair of lower arms (6,10), wherein a first upper arm of the pair of upper arms (4, 11) is attached in parallel to the chair-like lying table or is used as a part of the chair-like lying table, and an upper end of the backrest moves downward and a front end of the seat moves upward and forward when the pantograph mechanism expands in the horizontal direction and contracts in the vertical direction.
A pipe connection comprising a first pipe element with a first channel for conveying a flowing medium, a connecting element, an anti-rotation element and a second pipe element, which has a second channel for conveying the flowing medium, wherein the connecting element is configured for tightly connecting the second pipe element to the first pipe element by means of a flange provided on the second pipe element such that the flowing medium can flow between the first channel and the second channel, wherein the anti-rotation element can be mounted on the second pipe element and is configured for engaging with the first pipe element in order to prevent a rotation of the first pipe element relative to the second pipe element, and wherein the anti-rotation element is rotatable relative to the second pipe element in a first state, in which the anti-rotation element is disengaged from the first pipe element, characterized in that the first pipe element can be connected to the second pipe element by means of the connecting element via the flange in a second state, in which the anti-rotation element is engaged with the first pipe element, such that the flange and therefore the second pipe element are secured against rotating relative to the anti-rotation element, and in that the anti-rotation element is secured against rotating relative to the first pipe element such that the first pipe element and the second pipe element are secured against rotating relative to one another. wherein the connecting element is configured for tightly connecting the second pipe element to the first pipe element by means of a flange provided on the second pipe element such that the flowing medium can flow between the first channel and the second channel, wherein the anti-rotation element can be mounted on the second pipe element and is configured for engaging with the first pipe element in order to prevent a rotation of the first pipe element relative to the second pipe element, and wherein the anti-rotation element is rotatable relative to the second pipe element in a first state, in which the anti-rotation element is disengaged from the first pipe element, characterized in that the first pipe element can be connected to the second pipe element by means of the connecting element via the flange in a second state, in which the anti-rotation element is engaged with the first pipe element, such that the flange and therefore the second pipe element are secured against rotating relative to the anti-rotation element, and in that the anti-rotation element is secured against rotating relative to the first pipe element such that the first pipe element and the second pipe element are secured against rotating relative to one another.
A landing gear for an aircraft, the landing gear comprising: a main fitting arranged to be coupled to the aircraft and arranged to move between a stowed condition and a deployed condition; a trailing arm movably coupled to the main fitting; a torsion spring coupled to the trailing arm such that the movement of the trailing arm causes torsion loading of the torsion spring; and a stay assembly (24, 26) including the torsion spring, the stay assembly having a first condition in which the torsion spring is arranged to react axial loading thereof so as to maintain the main fitting in the deployed condition and a second condition in which the torsion spring is arranged to permit the main fitting to move between the stowed condition and the deployed condition. a main fitting arranged to be coupled to the aircraft and arranged to move between a stowed condition and a deployed condition; a trailing arm movably coupled to the main fitting; a torsion spring coupled to the trailing arm such that the movement of the trailing arm causes torsion loading of the torsion spring; and a stay assembly (24, 26) including the torsion spring, the stay assembly having a first condition in which the torsion spring is arranged to react axial loading thereof so as to maintain the main fitting in the deployed condition and a second condition in which the torsion spring is arranged to permit the main fitting to move between the stowed condition and the deployed condition.