mhurhangee/ep-ind-claims huggingface dataset:
A valve unit (28, 28', 28", 28''') for a piston compressor with a housing (30, 30', 30", 30'''), in which at least one inlet valve and at least one outlet valve are arranged and which comprises a first cylinder-head-side surface and a second, cylinder-side surface (38, 38', 38", 38''') which is away from this, said surfaces extending transversely to a longitudinal axis of the valve unit (28, 28', 28", 28'''), characterised in that a peripheral wall (54, 54', 54", 78) of the housing (30, 30', 30", 30''') which surrounds the longitudinal axis of the valve unit (28, 28', 28", 28''') comprises at least one contact section which is envisaged for contact on a contact surface on the cylinder (18, 18', 18") or on the cylinder head (22, 22', 22") and extends obliquely to the longitudinal axis.
A method for carburizing a tantalum container made of tantalum or a tantalum alloy to allow carbon to penetrate the tantalum container, the method comprising the steps of: supporting the tantalum container on support rods provided in a chamber and setting the tantalum container in the chamber; and reducing the pressure inside the chamber and heating the interior of the chamber, wherein a carbon source having continuous open pores is placed between the support rods in the chamber, wherein the tantalum container formed of a bottom part, a sidewall part, and an opening is set in the chamber to face the opening of the tantalum container downward and is supported on the support rods supporting the bottom part of the tantalum container from the inside. supporting the tantalum container on support rods provided in a chamber and setting the tantalum container in the chamber; and reducing the pressure inside the chamber and heating the interior of the chamber,
A bag filling system with a base sealing station for generating a base seal seam in a film web, having a sealing device and at least one clamping device, wherein the sealing device has a first stationary sealing jaw and a second sealing jaw which can be moved relative to the first sealing jaw, and that the clamping device has a first movable clamping jaw and a second movable clamping jaw for clamping the film web, wherein a spring device applies a spring force to the first clamping jaw in the direction of the second clamping jaw, and the first clamping jaw is arranged positioned closer to the film web than the first sealing jaw, characterized in that the bag filling system is configured such that the film web is directed out of the conveyor path by movement of the second clamping jaw against the first clamping jaw and with the first clamping jaw against the spring device.
Pull-back model car or a wind-up model car comprising a chassis having at least three wheels (102, 105) rotatably mounted thereon and a tensionable spring mechanism in a rotary connection to at least one of said wheels for driving said at least one wheel, wherein the energy stored in said tensioned spring mechanism is used to drive said at least one drivable wheel and to propel said model car standing on a surface, wherein the model car comprises at least one steerable wheel articulated to the chassis about a steering axis, and a deflection mechanism which is operatively connected to the spring mechanism in such a way that part of the energy stored in the tensioned spring mechanism can be used to steer the at least one steerable wheel during propulsion of the model car, characterised in that the model car comprises a coupling/decoupling mechanism (217, 301) operable from outside the model car, which is functionally arranged between the spring mechanism and the steering gear (210, 211) and the operation of which deactivates or activates the steering function of the at least one steerable wheel. wherein the model car comprises at least one steerable wheel articulated to the chassis about a steering axis, and a deflection mechanism which is operatively connected to the spring mechanism in such a way that part of the energy stored in the tensioned spring mechanism can be used to steer the at least one steerable wheel during propulsion of the model car, characterised in that the model car comprises a coupling/decoupling mechanism (217, 301) operable from outside the model car, which is functionally arranged between the spring mechanism and the steering gear (210, 211) and the operation of which deactivates or activates the steering function of the at least one steerable wheel.
A modularly extendable staircase comprising a plurality of extendable treads, each tread comprising a tread surface, wherein each tread is configured to be moved from a retracted state to an extended state such that when each tread is arranged in its retracted state, the tread surfaces extend in a common extension plane, and wherein when the respective tread is arranged in an extended state the tread surface of the respective tread extends parallel to and above a tread surface of a neighboring tread, characterized in that the staircase comprises at least one guidance unit arranged at the treads and configured to be slidable between and fixable at at least a first and a second position (31,32), wherein the first and second position (31,32) correspond to the retracted and the extended state (11,12) of a respective extendable tread, respectively, and wherein the at least one guidance unit is connecting the respective tread with its neighboring treads (18,19).
Heat pipe heat sink, wherein the heat pipe heat sink is configured for operation as a pulsating heat pipe, wherein the heat pipe heat sink comprises a body, wherein internally the body comprises at least one closed channel, more particularly a channel embodied as alternatingly curved or serpentine, wherein a fluid is arranged in the channel, wherein parts of the fluid are present in the channel in gaseous form, wherein the periphery of the channel is designed to be smooth, wherein the body has a first body portion which is embodied as curved, alternatingly curved, serpentine or U-shaped, wherein a coolant, more particularly a gaseous coolant, can flow through the first body portion along the surface of the first body portion, wherein portions of the channel and/or, if there is more than one channel, different channels are arranged parallel to one another, characterised in that the body is composed of two block parts, wherein parts of the channel are arranged on a boundary area of the block parts in each case.
A lateral flow device (10, 20) for sampling at least one analyte of interest in a liquid, including: - a reception zone for the liquid, including a first absorbent material capable of collecting the liquid, - at least one liquid migration zone (201, 202) extending between a first end and a second end, each migration zone including a draining material (211, 211a, 211b, 212a, 212b) in fluid continuity with the first absorbent material, the draining material being capable of collecting the liquid absorbed by the reception zone and of draining the liquid from the first end thereof to the second end thereof, - at least one reservoir zone (301, 302), including a second absorbent material (311, 312), in contact with the draining material at the second end of each migration zone, the second absorbent material being capable of absorbing the liquid drained by the draining material, - detection means between the reception zone and the reservoir zone, allowing determining the presence or absence of said analyte(s) of interest in the sample, characterized in that at least one of said migration zones also includes at least one capture zone, the device further comprising a capture element applied on each capture zone, against the draining material between the first and second ends thereof, each capture element including a nanoporous or mesoporous silicon material and being capable of capturing an analyte of interest present in the liquid and in that each capture element is capable of being separated from the draining material (211, 211a, 212a). - a reception zone for the liquid, including a first absorbent material capable of collecting the liquid, - at least one liquid migration zone (201, 202) extending between a first end and a second end, each migration zone including a draining material (211, 211a, 211b, 212a, 212b) in fluid continuity with the first absorbent material, the draining material being capable of collecting the liquid absorbed by the reception zone and of draining the liquid from the first end thereof to the second end thereof, - at least one reservoir zone (301, 302), including a second absorbent material (311, 312), in contact with the draining material at the second end of each migration zone, the second absorbent material being capable of absorbing the liquid drained by the draining material, - detection means between the reception zone and the reservoir zone, allowing determining the presence or absence of said analyte(s) of interest in the sample,
Method for increasing the penetration depth of an oxygen stream of technically pure oxygen entering with a volume flow and a mass flow and with a flow speed into the bed of an iron ore production unit, preferably of a smelter reduction unit/melter gasifier or an oxygen blast furnace, by means of an oxygen nozzle for gasification of carbon carriers present in the bed, characterised in that, while the mass flow remains the same, the volume flow of the oxygen stream is increased by increasing the diameter of the oxygen nozzle, wherein the temperature of the oxygen stream is increased while the flow speed remains the same.
A homodimer of insulinotropic peptide analogues, which is made by conjugating two identical insulinotropic peptide analogues at the C-termini, wherein insulinotropic peptide analogues are Exendin-4 derivatives with amino acid sequence of SEQ ID NO: 2: His Gly Glu Gly Thr Phe Thr Ser Asp Leu Ser Lys Gln Met Glu Glu Glu Ala Val Arg Leu Phe Ile Glu Trp Leu Lys Asn Xaa Cys-N, wherein N is -OH or -NH 2, and Xaa is: A: (GlyGlySer) n, or (GlyGlyPro) n, wherein n is an integer between 1-5; B: (Gly) n, or (Gly) n Ser, wherein n is an integer between 4-20; or C: any combination of A or B. A: (GlyGlySer) n, or (GlyGlyPro) n, wherein n is an integer between 1-5; B: (Gly) n, or (Gly) n Ser, wherein n is an integer between 4-20; or C: any combination of A or B.
A circuit board assembly for use in a tip section of a multi-viewing element endoscope, said tip comprising a front pointing viewing element and at least one side pointing viewing element, wherein each viewing element comprises an image sensor (802; 803) and a lens assembly (513; 712; 713; 723; 1014; 1016), said circuit board assembly comprising: a first base board (702; 1022) to which the front pointing viewing element is connected; a second base board (703; 801; 1023), wherein at least one side pointing viewing element is connected to a first side of the second base board (703; 801; 1023); and a third base board (501; 701; 810; 1002) to which said first and said second base boards (702; 1022, 703; 801; 1023) are connected, wherein said first and said second base boards (702; 1022, 703; 801; 1023) are placed perpendicular to said third base board (501; 701; 810; 1023), wherein said third base board comprises grooves (502; 503) adapted to receive said first base board (702; 1022) and said second base board (703; 801; 1023). a first base board (702; 1022) to which the front pointing viewing element is connected; a second base board (703; 801; 1023), wherein at least one side pointing viewing element is connected to a first side of the second base board (703; 801; 1023); and a third base board (501; 701; 810; 1002) to which said first and said second base boards (702; 1022, 703; 801; 1023) are connected, wherein said first and said second base boards (702; 1022, 703; 801; 1023) are placed perpendicular to said third base board (501; 701; 810; 1023), wherein said third base board comprises grooves (502; 503) adapted to receive said first base board (702; 1022) and said second base board (703; 801; 1023).
A data transceiver device (20, 30, 35) for bus communication, comprising - a first and a second semiconductor area (21,22), - a galvanic isolation means to galvanically isolate said first and said second semiconductor area, - an input for receiving a digital signal to be transferred from said first semiconductor area to said second semiconductor area, - a first capacitor in a first signal path and a second capacitor in a second signal path, each capacitor having a first plate connected to said first semiconductor area and a second plate connected to said second semiconductor area and each arranged for transferring parts of said received digital signal via said first signal path and via said second signal path, respectively, - storage means having memory states controllable by said parts of said received digital signal and arranged to reconstruct from said parts of said received digital signal said memory states, said storage means arranged to obtain from said memory states an output digital signal in accordance with said received digital signal. - a first and a second semiconductor area (21,22), - a galvanic isolation means to galvanically isolate said first and said second semiconductor area, - an input for receiving a digital signal to be transferred from said first semiconductor area to said second semiconductor area, - a first capacitor in a first signal path and a second capacitor in a second signal path, each capacitor having a first plate connected to said first semiconductor area and a second plate connected to said second semiconductor area and each arranged for transferring parts of said received digital signal via said first signal path and via said second signal path, respectively, - storage means having memory states controllable by said parts of said received digital signal and arranged to reconstruct from said parts of said received digital signal said memory states, said storage means arranged to obtain from said memory states an output digital signal in accordance with said received digital signal.
A method for guiding an elongated element for a process for obtaining tyres for vehicle wheels, comprising: advancing an elongated element comprising an elastomeric material along a supply direction (F d), wherein the elongated element extends longitudinally along said supply direction (F d); interposing, during the advancement, the elongated element between two lateral abutment guides (27a, 27b) resting against opposite longitudinal edges (10a, 10b) of said elongated element; maintaining said lateral abutment guides (27a, 27b) against said longitudinal edges (10a, 10b) during the advancement of the elongated element, driving, by means of at least one weight movable under the action of the gravity force, at least one of the lateral abutment guides (27a, 27b) against the respective longitudinal edge (10a, 10b); characterized in that said at least one weight is movable along a guide system, wherein the guide system prevents the weight from oscillating and thus exerting a variable pressure on the elongated element. advancing an elongated element comprising an elastomeric material along a supply direction (F d), wherein the elongated element extends longitudinally along said supply direction (F d); interposing, during the advancement, the elongated element between two lateral abutment guides (27a, 27b) resting against opposite longitudinal edges (10a, 10b) of said elongated element; maintaining said lateral abutment guides (27a, 27b) against said longitudinal edges (10a, 10b) during the advancement of the elongated element, driving, by means of at least one weight movable under the action of the gravity force, at least one of the lateral abutment guides (27a, 27b) against the respective longitudinal edge (10a, 10b); characterized in that said at least one weight is movable along a guide system, wherein the guide system prevents the weight from oscillating and thus exerting a variable pressure on the elongated element.
A method for wiring an aircraft, the method comprising: installing a plurality of equipment in a plurality of volumes, wherein the volumes are defined by one or more of structural members and walls of the aircraft (200, 300); installing a backplane (320, 400) that extends across at least a portion of the plurality of volumes, wherein the backplane (320, 400) comprises a plurality of connectors (380, 410); connecting the plurality of equipment to a first plurality of the connectors (380, 410) on the backplane (320, 400); and connecting shipside wiring (340, 342, 344, 346) to a second plurality of connectors (380, 410) on the backplane (320, 400), wherein installing a backplane (320, 400) within the aircraft (200, 300) comprises installing the backplane (320, 400) across a plurality of frame bays (304, 306, 308, 310) of the aircraft (200, 300). installing a plurality of equipment in a plurality of volumes, wherein the volumes are defined by one or more of structural members and walls of the aircraft (200, 300); installing a backplane (320, 400) that extends across at least a portion of the plurality of volumes, wherein the backplane (320, 400) comprises a plurality of connectors (380, 410); connecting the plurality of equipment to a first plurality of the connectors (380, 410) on the backplane (320, 400); and connecting shipside wiring (340, 342, 344, 346) to a second plurality of connectors (380, 410) on the backplane (320, 400), wherein installing a backplane (320, 400) within the aircraft (200, 300) comprises installing the backplane (320, 400) across a plurality of frame bays (304, 306, 308, 310) of the aircraft (200, 300).
A masterbatch composition comprising a carrier material and biological entities having a polymer-degrading activity, wherein: - the carrier material represents between 10% and 89% by weight of the composition, based on the total weight of the masterbatch composition and comprises a synthetic polymer selected from polyolefins, aliphatic or semi-aromatic polyesters, polyamides, polyurethanes, or vinyl polymers and derivatives thereof or blends thereof, and - the biological entities are embedded in the carrier material, and the biological entities represent between 11% and 90% by weight of the composition, based on the total weight of the masterbatch composition, said biological entities being a formulation of at least an enzyme having a synthetic polymer-degrading activity or at least a microorganism expressing an enzyme having a synthetic polymer-degrading activity mixed with a diluent or carrier. - the carrier material represents between 10% and 89% by weight of the composition, based on the total weight of the masterbatch composition and comprises a synthetic polymer selected from polyolefins, aliphatic or semi-aromatic polyesters, polyamides, polyurethanes, or vinyl polymers and derivatives thereof or blends thereof, and - the biological entities are embedded in the carrier material, and the biological entities represent between 11% and 90% by weight of the composition, based on the total weight of the masterbatch composition, said biological entities being a formulation of at least an enzyme having a synthetic polymer-degrading activity or at least a microorganism expressing an enzyme having a synthetic polymer-degrading activity mixed with a diluent or carrier.
A pumping system for use in a tailings pond, comprising: a pump support including: (i) a header float having an inshore side and an offshore side, the inshore and offshore sides extending between opposing ends, the header float supporting at least one header pipe on an upper surface thereof; and (ii) at least one pump barge releasably coupled to the header float along the inshore side; the at least one pump barge configured to carry at least one pump; at least one mooring element coupled to the header float, having an extended position for fixing the header float to a tailings pond bed, and a retracted position for permitting movement of the header float towards a shore of the tailings pond; the at least one mooring element configured for transitioning from the extended position to the retracted position when a distance from the shore to the pump support exceeds a pre-determined threshold as a result of a change to tailings pond geometry, and for returning to the extended position following movement of the pump support to reduce the distance below the threshold; at least one floating walkway coupled to the header float at the inshore side and extending shoreward; at least a portion of the at least one floating walkway configured for resting onshore. a pump support including: (i) a header float having an inshore side and an offshore side, the inshore and offshore sides extending between opposing ends, the header float supporting at least one header pipe on an upper surface thereof; and (ii) at least one pump barge releasably coupled to the header float along the inshore side; the at least one pump barge configured to carry at least one pump; (i) a header float having an inshore side and an offshore side, the inshore and offshore sides extending between opposing ends, the header float supporting at least one header pipe on an upper surface thereof; and (ii) at least one pump barge releasably coupled to the header float along the inshore side; the at least one pump barge configured to carry at least one pump; at least one mooring element coupled to the header float, having an extended position for fixing the header float to a tailings pond bed, and a retracted position for permitting movement of the header float towards a shore of the tailings pond; the at least one mooring element configured for transitioning from the extended position to the retracted position when a distance from the shore to the pump support exceeds a pre-determined threshold as a result of a change to tailings pond geometry, and for returning to the extended position following movement of the pump support to reduce the distance below the threshold; at least one floating walkway coupled to the header float at the inshore side and extending shoreward; at least a portion of the at least one floating walkway configured for resting onshore.