mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by an area border router, ABR, connected to one or more metropolitan area networks and a core network, a packet (22, 24) including a segment routing label stack for a segment routing path, wherein the segment routing label stack includes at least a label of the ABR, a context label associated with a routing instance of the ABR, and a subsequent label identifying a device in the core network, wherein the routing instance of the ABR comprises a metropolitan area network routing table, metro routing table,, for a first metropolitan area network of the one or more metropolitan area networks; determining, from a lookup of the context label in the metro routing table, a table next hop to a core routing table for the core network, wherein the metro routing table comprises at least one context label route that maps the context label to the core routing table and wherein the core routing table comprises at least one context label route that maps the context label to the metro routing table; in response to determining the table next hop, determining, from a lookup of the subsequent label in the core routing table, a next hop in the segment routing path to the device in the core network; and sending, by the ABR, the packet (22, 24) toward the device in the core network. receiving, by an area border router, ABR, connected to one or more metropolitan area networks and a core network, a packet (22, 24) including a segment routing label stack for a segment routing path, wherein the segment routing label stack includes at least a label of the ABR, a context label associated with a routing instance of the ABR, and a subsequent label identifying a device in the core network, wherein the routing instance of the ABR comprises a metropolitan area network routing table, metro routing table,, for a first metropolitan area network of the one or more metropolitan area networks; wherein the segment routing label stack includes at least a label of the ABR, a context label associated with a routing instance of the ABR, and a subsequent label identifying a device in the core network, wherein the routing instance of the ABR comprises a metropolitan area network routing table, metro routing table,, for a first metropolitan area network of the one or more metropolitan area networks; determining, from a lookup of the context label in the metro routing table, a table next hop to a core routing table for the core network, wherein the metro routing table comprises at least one context label route that maps the context label to the core routing table and wherein the core routing table comprises at least one context label route that maps the context label to the metro routing table; in response to determining the table next hop, determining, from a lookup of the subsequent label in the core routing table, a next hop in the segment routing path to the device in the core network; and sending, by the ABR, the packet (22, 24) toward the device in the core network.
A medicine core of duloxetine enteric formulation, consisting of pharmaceutical active ingredient duloxetine or its salt and pharmaceutically acceptable excipient; characterized in that the said pharmaceutically acceptable excipient contains water-soluble hot melt materials selected from the group consisting of polyethylene glycol, poloxamer and polyoxyl stearate or mixtures thereof, the content of which is 10%∼25%; the content of pharmaceutical active ingredient duloxetine or its salt is 15%∼60%; and the rest is other pharmaceutically acceptable excipient; the percentage describes their quality of accounting for the total mass of the medicine core; the said medicine core of duloxetine enteric formulation obtainable by the manufacturing process containing the following steps: mixing duloxetine or its salt, water-soluble hot melt material and other pharmaceutically acceptable excipient, heating the water-soluble hot melt materials until they are softened or melted; and granulating in the state that the water-soluble hot melt materials are softened or melted, then just cooling down; wherein the granulation is hot melting stirring granulation, in which the materials are put into a jacket heating granulation container, the stirring time of the hot melt stirring granulation is controlled within 10 minutes when the hot melt materials reach melt temperature, and the temperature in the jacket is 60-90°C; and wherein said other pharmaceutically acceptable excipient is one or more selected from the group consisting of filler, disintegrant, lubricant and surfactant. wherein the granulation is hot melting stirring granulation, in which the materials are put into a jacket heating granulation container, the stirring time of the hot melt stirring granulation is controlled within 10 minutes when the hot melt materials reach melt temperature, and the temperature in the jacket is 60-90°C; and wherein said other pharmaceutically acceptable excipient is one or more selected from the group consisting of filler, disintegrant, lubricant and surfactant.
A body comprising an alloy, the alloy comprising from 3 wt. % to 10 wt. % of zirconium, 10 wt. % to 25 wt. % of niobium, from 0.5 wt. % to 2 wt. % of silicon, and from 63 wt. % to 86.5 wt. % of titanium and optionally no more than 2 wt. % of nitrogen, no more than 2 wt. % of oxygen, and no more than 2 wt. % of carbon, the alloy having a hexagonal crystal lattice α phase of from 20 vol % to 70 vol %, and a cubic body centered β crystal lattice phase of from 30 vol. % to 80 vol. %, the ingot having an ultimate tensile strength of 950 MPa or more, and a Young's modulus of 150 GPa or less.
A film for use as a stretch wrap film, cling film or surface protective film, comprising an outer layer A in surface contact with a core layer, the outer layer A comprising a plastomer and from 1.0 to 25.0 wt% of a propylene-based elastomer and the outer layer A containing no more than 0.1 wt.% of a C 4 -C 10 -based polymer having an Mw < 5.00×10 4 g/mol, wherein the core layer comprises at least 50 wt% of a polyethylene.
A printhead for dispensing a fluid, the printhead comprising: at least one chamber; an array of piezoactuated flow channel dispensers enclosed in the at least one chamber; a multi-orifice dispensing plate; an air dispensing element comprising a source of compressed air and an air flow controller configured to direct a flow of air; and characterised in that, the printhead additionally comprises a sealing layer configured to resist fluid flow through the orifices of the multi-orifice dispensing plate; the nozzle tips of the piezoactuated flow channel dispensers are configured to protrude through the multi-orifice dispensing plate, and are configured to be in contact with and to protrude through openings in the sealing layer. at least one chamber; an array of piezoactuated flow channel dispensers enclosed in the at least one chamber; a multi-orifice dispensing plate; an air dispensing element comprising a source of compressed air and an air flow controller configured to direct a flow of air; and characterised in that, the printhead additionally comprises a sealing layer configured to resist fluid flow through the orifices of the multi-orifice dispensing plate; the nozzle tips of the piezoactuated flow channel dispensers are configured to protrude through the multi-orifice dispensing plate, and are configured to be in contact with and to protrude through openings in the sealing layer.
A hot isostatic pressing tool comprising a canister (52, 54, 56, 58) and a support structure, the canister (52, 54, 56, 58) forming an annular chamber to receive a powder material to be hot isostatically pressed, the support structure comprising at least one annular member (86, 88) arranged radially within the canister (52, 54, 56, 58), the at least one annular member (86, 88) being located radially within the canister (52, 54, 56, 58) to support the canister (52, 54, 56, 58) at a predetermined axial position, characterised in that the annular chamber having an annular portion having a predetermined radial dimension and at least one annular sub portion (59A, 59B) at the predetermined axial position having a radial dimension greater than the predetermined radial dimension, the at least one annular member (86, 88) being located radially within the at least one annular sub portion (59A, 59B) of the annular chamber to support the canister (52, 54, 56, 58) at the predetermined axial position, the hot isostatic pressing tool comprising an inner cylindrical canister member, an outer cylindrical canister member, a first end ring and a second end ring, the inner cylindrical canister member, the outer cylindrical canister member, the first end ring and the second end ring forming the annular chamber, the outer cylindrical canister member being spaced radially outwardly from the inner cylindrical canister member to form the annular portion of the chamber, the first end ring forming a first annular sub portion of the chamber and the annular member being located radially within the first annular sub portion of the annular chamber to support the first end ring at the predetermined axial position.
A gas turbine engine comprising a component, the component comprising: an airfoil having a leading edge area; a first circuit to cool a first section of the leading edge area; and a second circuit to cool a second section of the leading edge area, wherein the first circuit is separate and distinct from the second circuit within the airfoil, wherein flow across the airfoil has an incidence angle relative to the airfoil, characterised in that: the leading edge area represents an area of the airfoil traversed by a maximum stagnation point of flow across the airfoil through one-hundred-eighty degrees of incident angle shift. an airfoil having a leading edge area; a first circuit to cool a first section of the leading edge area; and a second circuit to cool a second section of the leading edge area, wherein the first circuit is separate and distinct from the second circuit within the airfoil, wherein flow across the airfoil has an incidence angle relative to the airfoil, characterised in that: the leading edge area represents an area of the airfoil traversed by a maximum stagnation point of flow across the airfoil through one-hundred-eighty degrees of incident angle shift.
Engine mount for ventilators, having a ventilation grill with radially running struts, which connect grill rings lying coaxially relative to each other, and are fastened to an inner ring with their radially inner end, and to an outer supporting ring with their radially outer end, wherein, in order to adjust the engine mount to the oscillating behavior of the ventilator, the number and/or diameter of the struts is varied with regard to acoustic noise reduction and/or self-resonances of the engine mount, characterized in that the inner ring is an inner supporting ring, which has a planar ring portion that lies in a radial plane of the ventilation grill, and whose edge is upwardly inclined and has fastened to it the radially inner ends of the struts, and that an interface is provided at the ring portion of the inner supporting ring in the form of openings distributed over the periphery for attachment to the ventilator.
A lyophilized composition obtainable by lyophilizing an aqueous formulation, wherein: the aqueous formulation comprises a stabilizer, from 25 mM to 110 mM arginine, and at least 15 mg/mL of a two-chain polypeptide comprising a first chain comprising the amino acid sequence of SEQ ID NO. 4, and a second chain comprising the amino acid sequence of SEQ ID NO. 5, wherein the polypeptide cannot assemble into a prothrombinase complex; the aqueous formulation has a pH from 7.5 to 8; the stabilizer is from 5.5% to 7.5% sucrose (w/v); and the molar ratio of the stabilizer to the polypeptide is at least 100. the aqueous formulation comprises a stabilizer, from 25 mM to 110 mM arginine, and at least 15 mg/mL of a two-chain polypeptide comprising a first chain comprising the amino acid sequence of SEQ ID NO. 4, and a second chain comprising the amino acid sequence of SEQ ID NO. 5, wherein the polypeptide cannot assemble into a prothrombinase complex; the aqueous formulation has a pH from 7.5 to 8; the stabilizer is from 5.5% to 7.5% sucrose (w/v); and the molar ratio of the stabilizer to the polypeptide is at least 100.
A vehicle headrest comprising: a head support; a first loudspeaker; a second loudspeaker; a first loudspeaker support configured to position and direct the first loudspeaker; and a second loudspeaker support configured to position and direct the second loudspeaker, wherein the first loudspeaker support and second loudspeaker support are coupled to the head support, the first loudspeaker support and the second loudspeaker support are lateral headrest support elements configured to extend and retract relative to the head support; the first loudspeaker support and the second loudspeaker support are support arms configured to extend relative to the head support to position the first and second loudspeakers in a second arrangement; the first loudspeaker support and the second loudspeaker support mechanically adjust the position and direction of first and second loudspeakers; and wherein the first loudspeaker support and second loudspeaker support are configured to, by means of a headrest control signal, automatically position the first and second loudspeakers each in a first arrangement to fully retain the loudspeakers and loudspeaker supports (427, 428) each in a compartment of the headrest and in the second arrangement to move the loudspeakers and loudspeaker supports (427, 428) each out of compartments of the headrest. a head support; a first loudspeaker; a second loudspeaker; a first loudspeaker support configured to position and direct the first loudspeaker; and a second loudspeaker support configured to position and direct the second loudspeaker, wherein the first loudspeaker support and second loudspeaker support are coupled to the head support, the first loudspeaker support and the second loudspeaker support are lateral headrest support elements configured to extend and retract relative to the head support; the first loudspeaker support and the second loudspeaker support are support arms configured to extend relative to the head support to position the first and second loudspeakers in a second arrangement; the first loudspeaker support and the second loudspeaker support mechanically adjust the position and direction of first and second loudspeakers; and wherein the first loudspeaker support and second loudspeaker support are configured to, by means of a headrest control signal, automatically position the first and second loudspeakers each in a first arrangement to fully retain the loudspeakers and loudspeaker supports (427, 428) each in a compartment of the headrest and in the second arrangement to move the loudspeakers and loudspeaker supports (427, 428) each out of compartments of the headrest.
An air conditioner in which operation setting is changeable based on an operation change instruction supplied from a remote controller which is an accessory of the air conditioner, the operation setting is also changeable based on an operation change instruction supplied from a terminal different from the remote controller, the terminal being not an accessory of the air conditioner, comprising a sound notification unit configured to notify predetermined information by sound, characterized in that the sound notification unit notifies, by a sound message, that the operation change instruction is supplied by the operation from the terminal, in response to the operation change instruction supplied from the terminal.
A process to inferentially determine hydrodynamic bearing flotation in a metal rolling operation for a metal roller bearing, characterised by the following steps: receiving from a mill stand processing the metal roll a rolling load of the metal roll, a gap between a pair of rollers pressing the metal roll, and a speed of the metal roll through the pair of rollers; receiving from the mill stand a gauge of the metal roll after the metal roll has passed through the pair of rollers (120B, 120C); determining the hydrodynamic bearing flotation using the rolling load of the metal roll, the gap between a pair of rollers (120B, 120C) pressing the metal roll, the speed of the metal roll through the pair of rollers (120B, 120C) and the gauge of the metal roll after the metal roll has passed through the pair of rollers (120B, 120C); and adjusting the gap between the pair of rollers (120B, 120C) based on the determined hydrodynamic bearing flotation. receiving from a mill stand processing the metal roll a rolling load of the metal roll, a gap between a pair of rollers pressing the metal roll, and a speed of the metal roll through the pair of rollers; receiving from the mill stand a gauge of the metal roll after the metal roll has passed through the pair of rollers (120B, 120C); determining the hydrodynamic bearing flotation using the rolling load of the metal roll, the gap between a pair of rollers (120B, 120C) pressing the metal roll, the speed of the metal roll through the pair of rollers (120B, 120C) and the gauge of the metal roll after the metal roll has passed through the pair of rollers (120B, 120C); and adjusting the gap between the pair of rollers (120B, 120C) based on the determined hydrodynamic bearing flotation.
A waterproof cap (31, 31A) that is detachably attachable from an outside of a housing of an electronic device to the housing and closes an insertion port, said housing accommodating a connector fitted to a counter connector along a fitting direction and having the insertion port into which the counter connector is inserted, the waterproof cap comprising: a cap body (32, 32A) extending in the fitting direction, a first protruding portion disposed on an outer peripheral surface of the cap body, continuously surrounding an entire periphery of the outer peripheral surface while protruding from the outer peripheral surface in a plane orthogonal to the fitting direction, and made of an elastic material; and wherein when the waterproof cap is attached to the housing, the first protruding portion is press-fitted to the insertion port of the housing and contacts an entire periphery of an inner peripheral surface of the insertion port while being elastically compressed, characterized in that the waterproof cap further comprises a second protruding portion disposed on the outer peripheral surface on a front end side of the cap body in the fitting direction from a position at which the first protruding portion is disposed, protruding from the outer peripheral surface in a direction orthogonal to the fitting direction, and made of an elastic member, wherein the second protruding portion is configured to be inserted into the connector and contacts at least two inner surfaces (27, 28) of the connector facing each other while being elastically compressed. a cap body (32, 32A) extending in the fitting direction, a first protruding portion disposed on an outer peripheral surface of the cap body, continuously surrounding an entire periphery of the outer peripheral surface while protruding from the outer peripheral surface in a plane orthogonal to the fitting direction, and made of an elastic material; and wherein when the waterproof cap is attached to the housing, the first protruding portion is press-fitted to the insertion port of the housing and contacts an entire periphery of an inner peripheral surface of the insertion port while being elastically compressed, characterized in that the waterproof cap further comprises a second protruding portion disposed on the outer peripheral surface on a front end side of the cap body in the fitting direction from a position at which the first protruding portion is disposed, protruding from the outer peripheral surface in a direction orthogonal to the fitting direction, and made of an elastic member, wherein the second protruding portion is configured to be inserted into the connector and contacts at least two inner surfaces (27, 28) of the connector facing each other while being elastically compressed.
Transport vehicle, comprising: - a vehicle body having a lower section and a vertical frame section extending upwards from the lower section, the lower section having a storage surface and a container attachment interface for attaching a box-shaped container to the lower section in a state in which the box-shaped container is placed on the storage surface, - a handle arranged on the vehicle body for moving the transport vehicle into a tilted position, and - two wheels arranged on the lower section for supporting the transport vehicle in the tilted position relative to a floor and moving the transport vehicle relative to the floor, wherein the transport vehicle has, above the container attachment interface, a pull-out assembly disposed on the vertical frame section and having a horizontal pull-out container accommodation element for accommodating the box-shaped container, the pull-out assembly having an attachment mechanism by means of which the pull-out assembly is, in a state attached to the vertical frame section, vertically steplessly positionable relative to the vertical frame section, characterized in that the attachment mechanism has a first operating device for removing the pull-out assembly from and attaching the pull-out assembly to the vertical frame section without the use of tools and further has a second operating device for fixing the pull-out assembly vertically to the vertical frame section without the use of tools. - a vehicle body having a lower section and a vertical frame section extending upwards from the lower section, the lower section having a storage surface and a container attachment interface for attaching a box-shaped container to the lower section in a state in which the box-shaped container is placed on the storage surface, - a handle arranged on the vehicle body for moving the transport vehicle into a tilted position, and - two wheels arranged on the lower section for supporting the transport vehicle in the tilted position relative to a floor and moving the transport vehicle relative to the floor, the transport vehicle has, above the container attachment interface, a pull-out assembly disposed on the vertical frame section and having a horizontal pull-out container accommodation element for accommodating the box-shaped container, the pull-out assembly having an attachment mechanism by means of which the pull-out assembly is, in a state attached to the vertical frame section, vertically steplessly positionable relative to the vertical frame section, characterized in that the attachment mechanism has a first operating device for removing the pull-out assembly from and attaching the pull-out assembly to the vertical frame section without the use of tools and further has a second operating device for fixing the pull-out assembly vertically to the vertical frame section without the use of tools.