mhurhangee/ep-ind-claims huggingface dataset:
Electric contactor with, - of a first connection lug, - a second connection lug electrically insulated from the first connection lug, the first and second connection lugs each having at least one recess (18a, 18b) in a contact region arranged within a guide housing, - an actuator (6 for driving a contact element, - the contact element being arranged in a guide housing between the actuator and the contact region (24a, 24b) of the connecting lugs (4a, 4b) and being displaceable by the actuator from an open position, in which the connecting lugs are insulated from one another, into a closed position, in which the connecting lugs are electrically connected to one another via the contact element, the contact element being received in the recesses (18a, 18b) of the connecting lugs in the closed position, characterized in that - during the displacement the contact element is guided in the direction of displacement simultaneously in the respective recesses (18a, 18b) of the two connecting lugs (22a, 22b) - wherein in the closed position a press fit is formed between the contact element and the connection lugs such that upon contacting between the contact element and the connection lugs the contacting surface is at least partially freed from dirt or passivation and - the contact element is formed in at least one contact region, in which it is held in the recesses in the closed position, as a flat part, wherein the shape of the contact region is essentially complementary to the recesses of the connecting lugs. - of a first connection lug, - a second connection lug electrically insulated from the first connection lug, the first and second connection lugs each having at least one recess (18a, 18b) in a contact region arranged within a guide housing, - an actuator (6 for driving a contact element, - the contact element being arranged in a guide housing between the actuator and the contact region (24a, 24b) of the connecting lugs (4a, 4b) and being displaceable by the actuator from an open position, in which the connecting lugs are insulated from one another, into a closed position, in which the connecting lugs are electrically connected to one another via the contact element, the contact element being received in the recesses (18a, 18b) of the connecting lugs in the closed position, - during the displacement the contact element is guided in the direction of displacement simultaneously in the respective recesses (18a, 18b) of the two connecting lugs (22a, 22b) - wherein in the closed position a press fit is formed between the contact element and the connection lugs such that upon contacting between the contact element and the connection lugs the contacting surface is at least partially freed from dirt or passivation and - the contact element is formed in at least one contact region, in which it is held in the recesses in the closed position, as a flat part, wherein the shape of the contact region is essentially complementary to the recesses of the connecting lugs.
A puncture frame suitable for ultrasonic B-ultrasound puncture operations, including a double-side needle guiding groove plate and a frame body; the double-sided needle groove plate has an axisymmetric fan-shaped outer contour, and is provided at one side with at least one needle slot a and at the other side with at least one needle slot b; characterised in that the double-sided needle guiding groove plate is further provided, at two edges of the fan-shaped outer contour, with a convex cylindrical surface a and a convex cylindrical surface b, which are provided with a notch a and a notch b respectively, and the convexity of the convex cylindrical surface a and the convex cylindrical surface b are bulging away from a centerline of the out contour; the frame body is provided at one side with a needle insertion plate suitable to cooperate with the double-sided needle guiding groove plate; the needle insertion plate is provided at one side with a concave cylindrical surface suitable to cooperate with the convex cylindrical surface a or convex cylindrical surface b, and at the other side with a deformable hook suitable to cooperate with the convex cylindrical surface a or convex cylindrical surface b; the hook is perpendicular to the needle insertion plate, and is provided with a boss suitable to cooperate with the notch a and the notch b; and the convex cylindrical surface a or the convex cylindrical surface b is aligned with the concave cylindrical surface, and the double-side needle guiding groove plate is pressed hard in order to deform the hook outwardly for fitting.
An austenitic Fe-Ni-Cr alloy having a chemical composition comprising C: 0.005-0.03 mass%, Si: 0.15-1.0 mass%, Mn: not more than 2.0 mass%, P: not more than 0.030 mass%, S: not more than 0.002 mass%, Cr: 18-28 mass%, Ni: 20-38 mass%, Mo: 0.10-3 mass%, Co: 0.05-2.0 mass%, Cu: less than 0.25 mass%, N: not more than 0.02 mass%, provided that Cr, Mo, N and Cu satisfy the following equations and: PRE = Cr + 3.3 x Mo + 16 x N ≥ 20.0 PREH = 411 - 13.2 x Cr - 5.8 x Mo + 0.1 x Mo 2 + 1.2 x Cu ≤ 145.0 (wherein each element symbol in the above equations represents a content (mass%) of each element); and the austenitic Fe-Ni-Cr alloy further contains one or more selected from Al: 0.10-1.0 mass%, Ti: 0.10-1.0 mass% and Zr: 0.01-0.5 mass%, provided that Al, Ti and Zr satisfy the following equation: Al + Ti + 1.5 x Zr: 0.5 ∼ 1.5 (wherein each element symbol in the above equation represents a content (mass%) of each element), and the balance is Fe and inevitable impurities.
An amino compound-modified epoxy resin liquid composition comprising a reaction product of: (a) at least one amino compound, wherein the amino compound comprises tris(hydroxymethyl)aminomethane, in a concentration of from 1 weight percent to 3 weight percent based on the weight of the total components in the composition, or at least one urea compound, in a concentration of from 1 weight percent to 10 weight percent based on the weight of the total components in the composition; and (b) at least one liquid epoxy resin compound having a viscosity of from 8 mPa·s to 500,000 mPa·s; wherein the amino compound-modified epoxy resin liquid composition has a viscosity of less than 1,000,000 mPa·s as measured at a temperature of from -5°C to 45°C; the composition further comprising a phenolic compound, where viscosity is measured according to the method given in the present specification. (a) at least one amino compound, wherein the amino compound comprises tris(hydroxymethyl)aminomethane, in a concentration of from 1 weight percent to 3 weight percent based on the weight of the total components in the composition, or at least one urea compound, in a concentration of from 1 weight percent to 10 weight percent based on the weight of the total components in the composition; and (b) at least one liquid epoxy resin compound having a viscosity of from 8 mPa·s to 500,000 mPa·s;
A method of making a sectioned continuous string of springs for use in an assembler, said method comprising: providing a starting string of pocketed springs having a starting tab; providing a first supply string of pocketed springs containing first springs and having a first tab; providing a second supply string of pocketed springs containing springs different than the first springs and having a second tab; moving the first supply string of pocketed springs in-line with the starting string of pocketed springs such that the first tab overlaps the starting tab; welding the overlapped first and starting tabs together to create a combined string of pocketed springs; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location to create a combined tab; moving the first supply string of pocketed springs out-of-line with the combined string; moving the second supply string in-line with the combined string of pocketed springs such that the second tab overlaps the combined tab; welding the overlapped second and combined tabs together to create a long string of pocketed springs; moving the long string of springs downstream; cutting the second supply string of pocketed springs at a desired location to create a long tab. providing a starting string of pocketed springs having a starting tab; providing a first supply string of pocketed springs containing first springs and having a first tab; providing a second supply string of pocketed springs containing springs different than the first springs and having a second tab; moving the first supply string of pocketed springs in-line with the starting string of pocketed springs such that the first tab overlaps the starting tab; welding the overlapped first and starting tabs together to create a combined string of pocketed springs; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location to create a combined tab; moving the first supply string of pocketed springs out-of-line with the combined string; moving the second supply string in-line with the combined string of pocketed springs such that the second tab overlaps the combined tab; welding the overlapped second and combined tabs together to create a long string of pocketed springs; moving the long string of springs downstream; cutting the second supply string of pocketed springs at a desired location to create a long tab.
A method performed by a network node controlling cellular traffic and Device-to-Device, D2D, traffic which is multiplexed on a same radio carrier in a same time window, the method being for adapting the allocation of radio resources on the radio carrier in the time window to at least one wireless device for D2D communications, wherein the allocation of radio resources for D2D communications to the at least one wireless device is a set of resources for D2D operations by the at least one wireless device, that have been configured by the network node in a wireless device-specific or non-wireless device-specific fashion, the at least one wireless device being located in a cell served by the network node, but wherein the network node does not have an active connection with the wireless device and is unable to receive a communication from the wireless device, wherein the wireless device is in idle mode with the network node but consumes from the allocated D2D radio resources on the radio carrier in the time window, the method comprising: obtaining a measurement of interference level on allocated D2D radio resources to the at least one wireless device, adapting the allocation of radio resources for D2D communications, based on the obtained measurement, wherein the adapting further comprises one of: increasing on the radio carrier in the time window a number of radio resources available for cellular traffic and reducing the number of radio resources available for D2D traffic, or reducing on the radio carrier in the time window the number of radio resources available for cellular traffic and increasing the number of radio resources available for D2D traffic, and signalling to the idle mode wireless device a reconfiguration of the allocation of radio resources on the radio carrier in the time window for D2D communications, which reconfiguration is based on the adapted allocation of radio resources for D2D communications. obtaining a measurement of interference level on allocated D2D radio resources to the at least one wireless device, adapting the allocation of radio resources for D2D communications, based on the obtained measurement, wherein the adapting further comprises one of: increasing on the radio carrier in the time window a number of radio resources available for cellular traffic and reducing the number of radio resources available for D2D traffic, or reducing on the radio carrier in the time window the number of radio resources available for cellular traffic and increasing the number of radio resources available for D2D traffic, and signalling to the idle mode wireless device a reconfiguration of the allocation of radio resources on the radio carrier in the time window for D2D communications, which reconfiguration is based on the adapted allocation of radio resources for D2D communications.
A device for implanting In an opening in a septal wall In a heart of a patient, comprising: i. a first annular flange comprising a plurality of flange segments (102a-h), each of said flange segments (102a-h) of the first annular flange having a proximal end and a distal end; ii. a second annular flange comprising a plurality of flange segments (103a-h), each of said flange segments (103a-h) of the second annular flange having a proximal and a distal end, at least one of said flange segments (103a-h) of said second annular flange comprising a distal end adapted to be substantially parallel with and contact the septal wall when deployed; and iii. a core segment having a first diameter when deployed, said core segment defining a passage adapted to permit fluid to flow therethrough from one side of said septal wall to another side of said septal wall, wherein the proximal ends of the first annular flange and the proximal ends of the second annular flange are contiguous with and define the core segment; wherein at least a portion of at least one of said flange segments (102,103) is more flexible than a portion of said core segment, and wherein the core segment is collapsible, enabling the core segment to have a second diameter less than the first diameter thereby enabling pereutaneaus delivery. i. a first annular flange comprising a plurality of flange segments (102a-h), each of said flange segments (102a-h) of the first annular flange having a proximal end and a distal end; ii. a second annular flange comprising a plurality of flange segments (103a-h), each of said flange segments (103a-h) of the second annular flange having a proximal and a distal end, at least one of said flange segments (103a-h) of said second annular flange comprising a distal end adapted to be substantially parallel with and contact the septal wall when deployed; and iii. a core segment having a first diameter when deployed, said core segment defining a passage adapted to permit fluid to flow therethrough from one side of said septal wall to another side of said septal wall,
Disposable housing for enclosing cells and/or co-cultures for in vitro tests, having a plurality of chambers separated from one another which each have at least one inlet opening and one outlet opening for a culture medium and/or treatment medium, wherein the housing is formed from a first housing part and a second housing part, and a carrier layer that is permeable to the culture medium and/or treatment medium is fixed in the chambers in the first housing part, whereby a first inner lumen and a second inner lumen are formed in each of the chambers, and wherein the two housing parts (2, 3) each have a relief structure and are connected in a hinge-like manner, wherein the relief structures of the two housing parts (2, 3) interlock in the closed state, thereby forming the chambers, and wherein the inlet openings and outlet openings are closable in a gas-tight and/or liquid-tight manner.
A method for forming a pressure measurement hole in a component for measuring static pressure in a gas flow, the component comprising a body having a surface that defines a body surface profile, the component further comprising a covering layer that defines a layer thickness, the method comprising: (i) forming a hole in the body that extends from the body surface; (ii) fitting an insert into the hole such that, when fitted in the hole, the insert protrudes from the body surface, the insert having a longitudinal passage; (iii) machining the protruding end of the insert to define an insert surface profile that is matched to the body surface profile and displaced from the body surface by a distance substantially equal to the layer thickness; (iv) inserting a blocking pin into the passage of the insert to seal the passage of the insert; (v) bonding the covering layer to the body surface in the region of the hole and insert; and (vi) removing the blocking pin from the insert. (i) forming a hole in the body that extends from the body surface; (ii) fitting an insert into the hole such that, when fitted in the hole, the insert protrudes from the body surface, the insert having a longitudinal passage; (iii) machining the protruding end of the insert to define an insert surface profile that is matched to the body surface profile and displaced from the body surface by a distance substantially equal to the layer thickness; (iv) inserting a blocking pin into the passage of the insert to seal the passage of the insert; (v) bonding the covering layer to the body surface in the region of the hole and insert; and (vi) removing the blocking pin from the insert.
A combustion device having a double-layer structure comprising: a main body (20, 20a), which is double layered, including an inner-layer wall (21, 21a) and an outer-layer wall (22, 22a) disposed outside of and spaced from the inner-layer wall (21, 21a) such that the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a) include a hollow disposed therebetween, and wherein the inner-layer wall (21, 21a) forms a fuel receptacle (211, 211a) with an opening (212, 212a); and a wick having an end defining fuel-drawing end inserted into the fuel receptacle (211, 211a) through the opening (212, 212a); wherein an air gap between the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a) effectively insulates fuel in fuel receptacle (211, 211a) from being vaporized by heat and wherein the main body (20, 20a) has an interconnecting portion (214, 214a) interconnecting the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a), wherein the interconnecting portion (214, 214a) extends from an outer periphery of the inner-layer wall (21, 21a) to an inner periphery of the outer-layer wall (22, 22a), wherein the interconnecting portion (214, 214a) is hollow and the wick is inserted through the interconnecting portion (214, 214a), and wherein the wick has an end defining burning end disposed outside of the interconnecting portion (214, 214a) and the outer-layer wall (22, 22a); wherein the wick is metallic; and wherein the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a) are made from a transparent material. a main body (20, 20a), which is double layered, including an inner-layer wall (21, 21a) and an outer-layer wall (22, 22a) disposed outside of and spaced from the inner-layer wall (21, 21a) such that the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a) include a hollow disposed therebetween, and wherein the inner-layer wall (21, 21a) forms a fuel receptacle (211, 211a) with an opening (212, 212a); and a wick having an end defining fuel-drawing end inserted into the fuel receptacle (211, 211a) through the opening (212, 212a); wherein an air gap between the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a) effectively insulates fuel in fuel receptacle (211, 211a) from being vaporized by heat and wherein the main body (20, 20a) has an interconnecting portion (214, 214a) interconnecting the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a), wherein the interconnecting portion (214, 214a) extends from an outer periphery of the inner-layer wall (21, 21a) to an inner periphery of the outer-layer wall (22, 22a), wherein the interconnecting portion (214, 214a) is hollow and the wick is inserted through the interconnecting portion (214, 214a), and wherein the wick has an end defining burning end disposed outside of the interconnecting portion (214, 214a) and the outer-layer wall (22, 22a); wherein the wick is metallic; and wherein the inner-layer wall (21, 21a) and the outer-layer wall (22, 22a) are made from a transparent material.
A leading-edge structure for an aircraft that can constitute any leading-edge portion in an airframe of the aircraft, the leading-edge structure comprising: a spar that extends in a predetermined direction; a plurality of ribs (14,15) that are provided in the predetermined direction of the spar at intervals; and a skin that is supported by the plurality of ribs (14,15), wherein as the plurality of ribs (14,15), the leading-edge structure comprises: a pair of first ribs that are disposed at a predetermined interval; and a plurality of second ribs that are disposed between the pair of first ribs, the second ribs each having a front end provided with a gap with the skin, characterized in that the pair of first ribs are fixed to the spar, and the second ribs are not fixed to the spar. a spar that extends in a predetermined direction; a plurality of ribs (14,15) that are provided in the predetermined direction of the spar at intervals; and a skin that is supported by the plurality of ribs (14,15), wherein as the plurality of ribs (14,15), the leading-edge structure comprises: a pair of first ribs that are disposed at a predetermined interval; and a plurality of second ribs that are disposed between the pair of first ribs, the second ribs each having a front end provided with a gap with the skin, characterized in that the pair of first ribs are fixed to the spar, and the second ribs are not fixed to the spar. a pair of first ribs that are disposed at a predetermined interval; and a plurality of second ribs that are disposed between the pair of first ribs, the second ribs each having a front end provided with a gap with the skin, characterized in that the pair of first ribs are fixed to the spar, and the second ribs are not fixed to the spar.
A process comprising converting a compound of formula into a compound of formula by reaction with a monometal organolithium reagent in a suitable solvent, wherein P and P' are independently protective groups, R 1 is CH 3, CH 2 CH 3, OCH 3, OCH 2 CH 3, CF 3, OCF 3, Cl or F, R 2, R 3, R 4 are independently H or C 1-6 alkyl or R 1 and R 2 taken together form a 5- or 6-membered (hetero)cycloalkyl group and X is halogen. by reaction with a monometal organolithium reagent in a suitable solvent, wherein P and P' are independently protective groups, R 1 is CH 3, CH 2 CH 3, OCH 3, OCH 2 CH 3, CF 3, OCF 3, Cl or F, R 2, R 3, R 4 are independently H or C 1-6 alkyl or R 1 and R 2 taken together form a 5- or 6-membered (hetero)cycloalkyl group and X is halogen.
A core-shell particle comprising a core part and a shell part covering a surface of the core part, wherein the core part is formed of an elastic body, and the shell part is formed of a cured product of a composition containing a curing agent and polyimide.
Method of locking a set of floor panels (1, 1') provided with a locking system comprising a separate flexible tongue arranged in a displacement groove at an edge (4a, 4b) of a floor panel, and a tongue groove at an adjacent edge of a similar floor panel, characterised in that the method comprises the step of inserting a needle shaped tool into the displacement groove and displacing the tongue into the tongue groove such that at least a part of the flexible tongue is displaced essentially horizontally and essentially in one direction only to the final outer locked position into the tongue groove to obtain a vertical locking of the edge and the adjacent edge, wherein the floor panel and the similar floor panel are installed in a last row close to a wall or in a first row close to a wall.