mhurhangee/ep-ind-claims huggingface dataset:
A powder metering method for metering of powder material from a powder material source by a metering device connected to the powder material source, comprising the steps of charging the device from said source with a batch of powder material in a charging configuration of the device and discharging said batch of powder material from the device in a discharging configuration of the device, said powder metering method comprising the further steps of - connecting the powder material source with a metering piston space in the charging configuration via a first channel of a fixed metering channel hub and controlling the volume of said space between a metering piston and a peripheral surface of the metering channel hub by controlling the piston position in said space, thereby charging the volume with powder material by gravity; - turning the metering space around the metering channel hub and thereby leaving the charging configuration and enclosing said volume filled with powder material until reaching the discharging configuration; - connecting the metering piston space with a discharge opening via a second channel of the metering channel hub for discharging the powder material contained in the enclosed volume, preferably by gravity; - arranging the metering piston and the metering piston space in a metering structure, rotatable around the metering channel hub between two positions providing the charging configuration and the discharging configuration, respectively, and - rotating the metering structure substantially 180° between said two positions. - connecting the powder material source with a metering piston space in the charging configuration via a first channel of a fixed metering channel hub and controlling the volume of said space between a metering piston and a peripheral surface of the metering channel hub by controlling the piston position in said space, thereby charging the volume with powder material by gravity; - turning the metering space around the metering channel hub and thereby leaving the charging configuration and enclosing said volume filled with powder material until reaching the discharging configuration; - connecting the metering piston space with a discharge opening via a second channel of the metering channel hub for discharging the powder material contained in the enclosed volume, preferably by gravity; - arranging the metering piston and the metering piston space in a metering structure, rotatable around the metering channel hub between two positions providing the charging configuration and the discharging configuration, respectively, and - rotating the metering structure substantially 180° between said two positions.
A push-fit coupling for interconnecting ends of first and second ventilation ductwork elements together so that air flowing between said ventilation ductwork elements will pass through the coupling in a substantially airtight manner, the coupling comprising an outer wall defining first and second sockets (2,3) at opposite ends, each socket (2,3) being sized to slideably receive and support a respective end of a first and a second ductwork element therein, wherein each socket (2,3) includes a sealing member against said outer wall configured to resiliently deform and engage an end of a respective first and second ductwork element pushed into a socket (2,3) to form a substantially airtight seal between the coupling and each ductwork element, characterised in that each sealing member is integrally formed and comprises primary and secondary sealing portions (14,15), the primary sealing portion comprising a flap that is resiliently deformed or bent by the ductwork element during insertion of a ductwork element in the socket (2,3) beyond said secondary sealing portion so that the flap is biased into engagement with the ductwork element to form a primary seal between the socket (2,3) and the ductwork element, the secondary sealing portion comprising a domed or triangular shaped element that forms a secondary seal between the socket (2,3) and the ductwork element and guides a ductwork element into the socket (2,3) and towards the primary sealing portion during insertion, the socket further comprising an inner wall that is spaced from and faces the sealing member to define a slot between the inner and outer walls to receive a ductwork element therein and which guides and re-shapes the end of a ductwork element during insertion so that it properly seals against the sealing element.
Vessel under variable pressure, in the form of a tubular element connected to the vessel and defining an opening of the vessel to the outside, the said opening being closed by a plug provided with sealing means and adapted to be introduced by axial sliding into the said tubular element, the said plug being associated with detachable axial abutment means capable of co-operating with axial locking means (8, 9) provided in the said tubular element and by means of which the said abutment means can run transversely in the said tubular element in front of the outer end of the said plug to prevent the latter from being lifted off when there is high pressure in the vessel, the said axial locking means (8, 9) of the said abutment means comprising a first slot in the wall of the tubular element and a second slot diametrically opposite the first slot, the said abutment means being adapted to be introduced transversely into the said tubular element through the said first slot and to protrude outside the said tubular element through the said second slot, characterised in that the said abutment means comprise an elongated plate, one of the large surfaces of which forms an abutment surface for the plug, in that the said plate comprises a central through-hole, in that the plug is, at its outer end, provided with a central rod suitable for protruding through the said central hole due to the action of high pressure in the vessel, in order completely to prevent the removal of the said abutment means, in that the said rod is of a T shape and in that the said central hole of the said plate is of an elongated shape whereby the end of the rod can be introduced by means of the hole and whereby its movement towards the inside cannot take place after rotation of the rod by approximately 90°.
A combustor transition adapted to guide combustion gases in a hot gas flow path extending between a gas turbine combustion chamber and a first stage of turbine, the combustor transition comprising a duct having an inlet at an upstream end adapted for connection to the combustion chamber and an outlet at a downstream end adapted for connection to a first stage of a turbine, wherein the downstream end comprises an outer wall, an inner wall, a first and a second side wall (21a, 21b), wherein at least one side wall (21a, 21b) has a side wall extension (20, 20a, 20b), which is extending in a downstream direction beyond the outlet at the downstream end of the combustor transition, and wherein the side wall extension comprises a cooling channel or wherein the side wall extensions of two combustor transitions are configured such that the side wall extensions (20a, 20b), when installed next to each other in a gas turbine, form a cooling channel, characterized in that the cooling channel is closed towards the outer wall and/or towards the inner wall by an end plate.
An objective lens unit comprising: an objective lens provided with a correction ring; a first rotary member that is mounted on the objective lens and that rotates together with the correction ring; a second rotary member that engages with the first rotary member to rotate the first rotary member; and a drive section that rotates the second rotary member, wherein the first rotary member has an outer peripheral surface and a first engagement portion formed in the outer peripheral surface, the second rotary member has a second engagement portion that is to engage with the first engagement portion, the second engagement portion is disposed at a part in a circumferential direction of the second rotary member, the second rotary member rotates to be positioned at an engagement position or a retraction position, the engagement position being a position where the second engagement portion engages with the first engagement portion, the retraction position being a position where the second engagement portion retracts from the first engagement portion, characterized in that one of the first engagement portion and the second engagement portion is provided as one or more indentations, and another of the first engagement portion and the second engagement portion is provided as one or more pins that are to engage with the one or more indentations. an objective lens provided with a correction ring; a first rotary member that is mounted on the objective lens and that rotates together with the correction ring; a second rotary member that engages with the first rotary member to rotate the first rotary member; and a drive section that rotates the second rotary member, wherein the first rotary member has an outer peripheral surface and a first engagement portion formed in the outer peripheral surface, the second rotary member has a second engagement portion that is to engage with the first engagement portion, the second engagement portion is disposed at a part in a circumferential direction of the second rotary member, the second rotary member rotates to be positioned at an engagement position or a retraction position, the engagement position being a position where the second engagement portion engages with the first engagement portion, the retraction position being a position where the second engagement portion retracts from the first engagement portion, characterized in that one of the first engagement portion and the second engagement portion is provided as one or more indentations, and another of the first engagement portion and the second engagement portion is provided as one or more pins that are to engage with the one or more indentations.
A mooring leg connector for use with a mooring leg that has an upper portion with an axis, where the mooring leg extends up from the sea floor, to connect a floating body to the seabed, said connector comprising: - one part fixed with regard to the floating body and - another part which is movable with regard to the fixed part from a first position to a second position, and wherein the fixed part comprises: a ratchet; a double articulation assembly having two mutually perpendicular pivot axes (7, 8); and a housing, wherein the movable part comprises an elongate tubular member extending in the anchor line direction, characterized in that the elongate tubular member is retractable with regard to the fixed part from a first position where the housing is located at the top of the elongate tubular member to a second position where the housing is located at the bottom of the elongate tubular member. - one part fixed with regard to the floating body and - another part which is movable with regard to the fixed part from a first position to a second position, and wherein the fixed part comprises: a ratchet; a double articulation assembly having two mutually perpendicular pivot axes (7, 8); and a housing, a ratchet; a double articulation assembly having two mutually perpendicular pivot axes (7, 8); and a housing,
A self-sustainable substantially tubular shaped tag structure (1.3; 1.5), constituted directly and solely by a flexible and substantially flat inlay comprising a substrate and at least one antenna, the inlay being bent and opposite sides of the inlay being attached to each other by a seam to close the tag structure (1.3; 1.5).
A method comprising: detecting, by an enforcement point located in a radio access network node, an initiation of a session for an application; requesting, by the enforcement point, a first level quality of experience policy for the detected session; receiving, by the enforcement point from a policy server, the first level quality of experience policy for the detected session; deriving, by the enforcement point, based on: i) the first level quality of experience policy for the detected session, and ii) context information indicative of real-time user traffic associated with the detected session for the application, a second level quality of experience target and/or a quality of service target for the detected session; enforcing, by the enforcement point, the second level quality of experience target and/or the quality of service target on the detected session. detecting, by an enforcement point located in a radio access network node, an initiation of a session for an application; requesting, by the enforcement point, a first level quality of experience policy for the detected session; receiving, by the enforcement point from a policy server, the first level quality of experience policy for the detected session; deriving, by the enforcement point, based on: i) the first level quality of experience policy for the detected session, and ii) context information indicative of real-time user traffic associated with the detected session for the application, a second level quality of experience target and/or a quality of service target for the detected session; enforcing, by the enforcement point, the second level quality of experience target and/or the quality of service target on the detected session.
An orally acceptable plaque indicator gel comprising dye in sufficient concentration to visibly stain plaque upon application, the plaque indicator gel having a Herschel-Bulkley yield stress of 3 to 4.5 Pa (30 to 45 dynes/cm 2), a Herschel-Bulkley viscosity of 3 to 4.5 Pa.s (30 to 45 poise), and a Herschel-Bulkley rate index of 0.5 to 0.6, wherein the Herschel-Bulkley parameters are measured using an AR 1000 rheometer (TA instruments) with 4cm 2 degree core geometry, wherein the viscosity measurements are obtained from steady state flow experiments, which are conducted varying the shear rate from 1000 to 0.1s -1, wherein the gel comprises 0.2-1.5% xanthan gum and 0.2-3% carboxymethyl cellulose, and wherein the dye is present in an amount of less than 0.1%.
Electrical circuit (900, 900') configured to supply electrical propulsion energy on board a motor vehicle, this electrical energy being obtained from energy delivered to said electrical circuit (900, 900') by a battery of said vehicle and converted by at least two cells (901, 903; 901', 903'), including inductive elements (902, 904; 902', 904') connected to transistors managing the current circulating within said inductive elements (902, 904; 902', 904'), the inductive elements (902, 904; 902', 904') being coupled in such a way that they form a magnetic circuit being able to be alternatively driven: - according to a common mode where the inductance belonging to said magnetic circuit is of the order of magnitude of the sum of the inductance of each inductive element, or - according to a differential mode where the inductance of said magnetic circuit is of the order of magnitude of the coupling leakage inductance between said coupled inductive elements. - according to a common mode where the inductance belonging to said magnetic circuit is of the order of magnitude of the sum of the inductance of each inductive element, or - according to a differential mode where the inductance of said magnetic circuit is of the order of magnitude of the coupling leakage inductance between said coupled inductive elements.
A method of live migration of a guest virtual machine with one or more attached peripheral devices, the method comprising: coupling a source host to a target host through at least one non-transparent bridge, NTB; identifying a page of memory to be copied from the source host to the target host, the page of memory corresponding to the guest; changing a mapping of the identified page to identify a memory address of the target host, the memory address of the target host being aliased in the source host by the NTB and not visible to the one or more attached peripheral devices of the guest virtual machine; copying data for the identified page from the source host to the target host; invalidating page table entries of the source host corresponding to the data that was copied; and providing access to the copied pages on the target host to the one or more attached peripheral devices of the guest virtual machine. coupling a source host to a target host through at least one non-transparent bridge, NTB; identifying a page of memory to be copied from the source host to the target host, the page of memory corresponding to the guest; changing a mapping of the identified page to identify a memory address of the target host, the memory address of the target host being aliased in the source host by the NTB and not visible to the one or more attached peripheral devices of the guest virtual machine; copying data for the identified page from the source host to the target host; invalidating page table entries of the source host corresponding to the data that was copied; and providing access to the copied pages on the target host to the one or more attached peripheral devices of the guest virtual machine.
An apparatus for packaging a food semi-solid pasty product, such as yeast, stock cube paste or other product, the product being packaged in a corresponding container, especially in the form of a product wrapper comprising a respective sheet of foldable material, the apparatus comprising means for feeding the product container and a means, or device, for filling the container comprising respective means for dosing a predetermined product portion; the means for dosing a predetermined product portion comprise, or consist of, a screw feeder with a spiral for engaging and feeding the product, housed coaxially inside a perimetric surface forming a dosing chamber, the screw feeder being rotated between a first working condition, where product is fed until the predetermined product portion has been defined, and a second working condition, where product feed is interrupted after the predetermined product portion has been defined; in which the dosing chamber comprise a terminal portion forming a conical product conveying surface which is tapered towards the outlet opening or discharge mouth of the dosing chamber said dosing screw feeder having a respective free end portion which extends inside the conical terminal portion of the dosing chamber and which has a spiral portion having a diameter that reduces progressively towards the terminal end of the same screw feeder with a conical outer profile so as to match the conical profile of the inner surface of the end portion of the dosing chamber, the product dosing means and the container mobile relative to each other to position the discharge mouth inside the container; characterised in that the shaft of the dosing screw feeder has a respective end portion with a reduced diameter at the terminal portion of the screw feeder; and in that the container is mobile towards the dosing means.
A wire harness manufacturing method for manufacturing a wire harness comprising a harness main body comprising a binding portion configured to bind a plurality of electric wires, the wire harness manufacturing method comprising: performing a resin provision to provide a photocurable resin on a portion of the plurality of electric wires where the biding portion of the harness main body are to be formed; and performing a resin curing to cure the photocurable resin provided on the portion of the plurality of electric wires by irradiating the photocurable resin with light, wherein the light with which the photocurable resin is irradiated in the resin curing is emitted by a light source disposed in at least a bottom portion and a pair of side portions of an electric wire accommodation groove of a groove-shaped device configured to accommodate the plurality of electric wires. performing a resin provision to provide a photocurable resin on a portion of the plurality of electric wires where the biding portion of the harness main body are to be formed; and performing a resin curing to cure the photocurable resin provided on the portion of the plurality of electric wires by irradiating the photocurable resin with light, wherein the light with which the photocurable resin is irradiated in the resin curing is emitted by a light source disposed in at least a bottom portion and a pair of side portions of an electric wire accommodation groove of a groove-shaped device configured to accommodate the plurality of electric wires.
Assembly comprising a storage bag for temporarily accommodating a liquid gas fuel around a discharge for a liquid gas fuel store formed from a deformable memory material and a fuel pump mounted in said storage bag, wherein the storage bag has a temporary, size-reduced condition, an outer diameter of the storage bag then being less than 48 mm, and a second, operative condition, the storage bag having a sufficient volume, with an outer diameter of greater than 48 mm.
Contact slide unit for a switching unit, having a contact slide with a moving contact piece guided therein, the bottom side of which contact piece is acted on by a contact load spring, wherein the contact piece is in the form of a bridge, wherein the moving contact piece is mounted in a turn gap between two turns of the contact load spring, so that turns of the contact load spring are positioned above and below the moving contact piece, characterized in that the turns of the contact load spring above the moving contact piece are guided by a contour in the contact slide.
Method for producing slag granulate and for recovering heat from liquid melts, wherein the liquid melt is first quenched and granulated with a liquid cooling medium and subsequently further cooled by means of a gaseous cooling medium, wherein at least the heat of the heated gaseous cooling medium is recovered, wherein • the quenching and granulation of the melt is achieved by means of the momentum of the liquid cooling medium during direct contact with the melt and • only so much liquid cooling medium is used to quench the melt that a glassy solidification of the melt in the granulate is achieved, and • the glassy solidification of the melt is controlled by means of at least one temperature measurement of the granulated melt at the beginning of the gaseous cooling phase. • the quenching and granulation of the melt is achieved by means of the momentum of the liquid cooling medium during direct contact with the melt and • only so much liquid cooling medium is used to quench the melt that a glassy solidification of the melt in the granulate is achieved, and • the glassy solidification of the melt is controlled by means of at least one temperature measurement of the granulated melt at the beginning of the gaseous cooling phase.
A wind turbine blade comprising an aerodynamic shell that extends between a leading edge and a trailing edge, wherein said shell is comprised of a windward shell and a leeward shell, said shell (6, 7) comprising composite sandwich panels (8, 9, 10, 11) to support localised loading and a spar system (14, 15) to provide local rigidity to the blade and to transfer the accumulated load to the blade root, wherein said wind turbine blade is comprised of [a] an edge spar (24, 25) at either leading edge and trailing edge of the blade, and [b] from said edge spar at either leading edge and trailing edge of the blade, an edge component (21, 22), having it's leeward surface aligned with and adjacent to said blade's leeward shell, and its windward surface, aligned with and adjacent to said blade's windward shell, so as to provide a continuous aerodynamic shell; said edge component (21, 22) having a lower rigidity than the blade's main structure, characterized in that at a position of the edge component (21, 22), at least one of said windward shell and said leeward shell are bent towards one another, forming a contact surface for connecting said edge component (21, 22). [a] an edge spar (24, 25) at either leading edge and trailing edge of the blade, and [b] from said edge spar at either leading edge and trailing edge of the blade, an edge component (21, 22), having it's leeward surface aligned with and adjacent to said blade's leeward shell, and its windward surface, aligned with and adjacent to said blade's windward shell, so as to provide a continuous aerodynamic shell;