mhurhangee/ep-ind-claims huggingface dataset:
An optical assembly comprising one or more mounting vanes and a manifold, each mounting vane for mounting an optical element of a laser or optical amplifier for cooling by a fluid stream, each mounting vane comprising: an input section with a leading edge for meeting the fluid stream; a diffuser section which tapers to a trailing edge; and a plane section with an aperture for receiving the optical element for cooling by the fluid stream, the plane section arranged between the input section and diffuser section, the manifold having an input and an output for the fluid stream to flow through and a pair of windows for transmitting an incident light beam to the optical element, the one or more mounting vanes for mounting in the manifold such that the optical element of each mounting vane aligns with the windows of the manifold, characterized in that: the diffuser section includes one or more flow guiding fins protruding from the diffuser section, or the manifold comprises one or more flow guiding fins protruding towards the diffuser section of the mounting vane, wherein the fins are configured to straighten the fluid stream over the diffuser section and have a thickness selected such that they do not cause a significant additional obstruction to the fluid stream. an input section with a leading edge for meeting the fluid stream; a diffuser section which tapers to a trailing edge; and a plane section with an aperture for receiving the optical element for cooling by the fluid stream, the plane section arranged between the input section and diffuser section, the manifold having an input and an output for the fluid stream to flow through and a pair of windows for transmitting an incident light beam to the optical element, the one or more mounting vanes for mounting in the manifold such that the optical element of each mounting vane aligns with the windows of the manifold, characterized in that: the diffuser section includes one or more flow guiding fins protruding from the diffuser section, or the manifold comprises one or more flow guiding fins protruding towards the diffuser section of the mounting vane, the diffuser section includes one or more flow guiding fins protruding from the diffuser section, or the manifold comprises one or more flow guiding fins protruding towards the diffuser section of the mounting vane, wherein the fins are configured to straighten the fluid stream over the diffuser section and have a thickness selected such that they do not cause a significant additional obstruction to the fluid stream.
A structural element comprising: - a laminated glass panel comprising: - at least two glass plates each having two opposed main surfaces and a number of side surfaces, at least one of the main surfaces of one of the glass plates is facing one of the main surfaces of the other glass plate, - an adhesive interlayer being present between said main surfaces facing each other and attaching the glass plates to each other, said adhesive interlayer being of a material suitable for application in a laminated glass panel, - a metal connecting element attached to one of the side surfaces of the laminated glass panel by fixation means for connecting the laminated glass panel with another structural element, the part of the metal connecting element connected to the glass panel is flat and the part of the side surfaces of the laminated glass panel connected to the metal connecting element is flat and the fixation means for fixation of the metal connecting element to the side surface of the laminated glass panel are formed solely by a further adhesive interlayer between the flat part of the side surface of the laminated glass panel and the flat part of the metal connecting element, characterized in that the metal connection element is exclusively attached to the side surface of the laminated glass panel and the further adhesive interlayer like the said adhesive interlayer being one of the following interlayers: ionoplastic polymer film, poly vinyl butyral film, ethylene vinyl acetate film, thermoplastic polyurethane film. - a laminated glass panel comprising: - at least two glass plates each having two opposed main surfaces and a number of side surfaces, at least one of the main surfaces of one of the glass plates is facing one of the main surfaces of the other glass plate, - an adhesive interlayer being present between said main surfaces facing each other and attaching the glass plates to each other, said adhesive interlayer being of a material suitable for application in a laminated glass panel, - at least two glass plates each having two opposed main surfaces and a number of side surfaces, at least one of the main surfaces of one of the glass plates is facing one of the main surfaces of the other glass plate, - an adhesive interlayer being present between said main surfaces facing each other and attaching the glass plates to each other, said adhesive interlayer being of a material suitable for application in a laminated glass panel, - a metal connecting element attached to one of the side surfaces of the laminated glass panel by fixation means for connecting the laminated glass panel with another structural element,
Container for containing products, particularly cosmetic products, comprising an external glass receptacle, provided with a bottom and a side wall suitable to define an inner cavity, an internal glass receptacle, designed to be housed within the inner cavity of said external receptacle and provided in turn with a bottom and a side wall suitable to define an own inner cavity for containing the product, and an intermediate element made up of plastic or elastomeric material, destined to be interposed between respective, mutual contact portions of the internal receptacle and of the external receptacle, the side wall of the internal receptacle being provided, at its upper end, with a ring having a free upper face and a lower contact surface and the intermediate element being interposed at least between said lower contact surface of the ring of the internal receptacle and a support surface on a collar provided at the upper end of the side wall of the external receptacle, characterized in that said collar is provided, in correspondence of its upper edge, with a step-like seat open upwards and toward the inner cavity of said external receptacle and extending between an upper free face of said upper edge and a lower rest surface realizing said support surface of the intermediate element on the collar.
A method for laying out flexible conduits and shielding underwater noise in a body of water, for example, underwater noise in connection with preparation and foundation work for a plurality of offshore structures, using flexible conduits (n 1 -n n) provided with a plurality of nozzles along their length, which flexible conduits (n 1 -n n) are configured to be connected to one or more compressed air sources, characterised in that the method comprises the following steps: - a) towing a plurality of flexible conduits (n 1 -n n) in full length by means of a vessel to the deployment site of the offshore structures: - b) readying flexible conduits (n 2 -n n) for later laying by ballasting and disconnecting the flexible conduits (n 2 -n n) from the vessel so as to lower the flexible conduits (n 2 -n n) onto the seabed; - c) towing a flexible conduit (n 1) and laying the flexible conduit (n 1) in a desired closed pattern around the deployment site of an offshore structure and simultaneously ballasting the flexible conduit (n 1) so as to lower the flexible conduit (n 1) onto the seabed. - a) towing a plurality of flexible conduits (n 1 -n n) in full length by means of a vessel to the deployment site of the offshore structures: - b) readying flexible conduits (n 2 -n n) for later laying by ballasting and disconnecting the flexible conduits (n 2 -n n) from the vessel so as to lower the flexible conduits (n 2 -n n) onto the seabed; - c) towing a flexible conduit (n 1) and laying the flexible conduit (n 1) in a desired closed pattern around the deployment site of an offshore structure and simultaneously ballasting the flexible conduit (n 1) so as to lower the flexible conduit (n 1) onto the seabed.
A thermoplastic polyurethane composition comprising the reaction product of: a) a polyisocyanate; b) a polyol component comprising at least one polycaprolactone polyester polyol; and c) a chain extender component comprising at least one diol chain extender of the general formula HO-(CH 2) x -OH wherein x is an integer from 9 to 16; wherein the polyisocyanate and chain extender make up a hard segment of the thermoplastic polyurethane composition, wherein the thermoplastic polyurethane composition comprises 59.8 to 77.0 weight percent hard segment, and wherein the thermoplastic polyurethane composition has a Shore D hardness measured according to ASTM D2240 of more than 50. a) a polyisocyanate; b) a polyol component comprising at least one polycaprolactone polyester polyol; and c) a chain extender component comprising at least one diol chain extender of the general formula HO-(CH 2) x -OH wherein x is an integer from 9 to 16; wherein the polyisocyanate and chain extender make up a hard segment of the thermoplastic polyurethane composition, wherein the thermoplastic polyurethane composition comprises 59.8 to 77.0 weight percent hard segment, and
A process for coating a component, comprising: applying a bond coat on a substrate of a component; applying a thermal barrier material to the bond coat; and applying a coating to the thermal barrier material, characterised in that said coating contains polynuclear aluminum oxide/hydroxide clusters which are Al 13 Keggin clusters having the formula [AlO 4 Al 12 24 (H 2 O) 12] 7+, or are salts of the Al 13 Keggin clusters called Al 13 Keggin complexes, wherein the Al 13 Keggin complex has the formula {[AlO 4 Al 12 24 (H 2 O) 12] 7+ ∗7NO 3 -}. applying a bond coat on a substrate of a component; applying a thermal barrier material to the bond coat; and applying a coating to the thermal barrier material, characterised in that said coating contains polynuclear aluminum oxide/hydroxide clusters which are Al 13 Keggin clusters having the formula [AlO 4 Al 12 24 (H 2 O) 12] 7+, or are salts of the Al 13 Keggin clusters called Al 13 Keggin complexes, wherein the Al 13 Keggin complex has the formula {[AlO 4 Al 12 24 (H 2 O) 12] 7+ ∗7NO 3 -}.
Device for preparing baby milk, comprising - a means for providing water, in particular tap water, which comprises a first container (1.1), - a heating device, in particular a water heater, which is connected to the means for providing water, in particular tap water, via at least one pipe (11, 12), - a cooling device, in particular a once-through cooler, which is connected to the heating device, in particular connected to the water heater via a line, - a container in which a solid and water-soluble food, in particular water-soluble milk powder, can be stored, - a device for receiving a vessel, in particular a baby drinking bottle, which on the one hand with the cooling device, in particular with the continuous cooler, by means of a line and on the other hand with a container by means of a it is connected to a line (15.1, 15.2) in which a volume-controlled metering device for the metered introduction of the solid and water-soluble food, in particular water-soluble milk powder, into the container, in particular into the baby drinking bottle, is connected, wherein between the lines (11, 12) a first pump, in particular a volume-controlled metering pump, for the metered introduction of the water, in particular tap water, stored in the first container (1.1) into the heating device, in particular in the instantaneous water heater, is arranged via the line, characterized in that the first pump, in particular volume-controlled metering pump, is a peristaltic pump with at least two operating modes (DP, SP), a first operating mode a volume-controlled pump function and a second operating mode comprises a volume-controlled or time-controlled suction function. - a means for providing water, in particular tap water, which comprises a first container (1.1), - a heating device, in particular a water heater, which is connected to the means for providing water, in particular tap water, via at least one pipe (11, 12), - a cooling device, in particular a once-through cooler, which is connected to the heating device, in particular connected to the water heater via a line, - a container in which a solid and water-soluble food, in particular water-soluble milk powder, can be stored, - a device for receiving a vessel, in particular a baby drinking bottle, which on the one hand with the cooling device, in particular with the continuous cooler, by means of a line and on the other hand with a container by means of a it is connected to a line (15.1, 15.2) in which a volume-controlled metering device for the metered introduction of the solid and water-soluble food, in particular water-soluble milk powder, into the container, in particular into the baby drinking bottle, is connected, wherein between the lines (11, 12) a first pump, in particular a volume-controlled metering pump, for the metered introduction of the water, in particular tap water, stored in the first container (1.1) into the heating device, in particular in the instantaneous water heater, is arranged via the line,
A dental block to be subjected to a cutting process to form a dental abutment comprising: a block body having a surface being a plane, and an engagement portion to be inserted in and engaged with a dental implant fixture, the engagement portion having a bolt through hole and being formed in the surface being a plane of the block body, the dental block further comprising: a ring-shaped abutment surface to be abutted against a top surface (Fa) on the oral cavity inner side of the dental implant fixture, the ring-shaped abutment surface being positioned more inside the block body than the surface being a plane, being formed from an end portion positioned at the most oral cavity inner side of the engagement portion to surround the end portion, and being parallel to the surface being a plane of the block body, and a diameter-enlarged portion having a tapered shape whose diameter increases from the ring-shaped abutment surface toward the surface being a plane of the block body. a block body having a surface being a plane, and an engagement portion to be inserted in and engaged with a dental implant fixture, the engagement portion having a bolt through hole and being formed in the surface being a plane of the block body, the dental block further comprising: a ring-shaped abutment surface to be abutted against a top surface (Fa) on the oral cavity inner side of the dental implant fixture, the ring-shaped abutment surface being positioned more inside the block body than the surface being a plane, being formed from an end portion positioned at the most oral cavity inner side of the engagement portion to surround the end portion, and being parallel to the surface being a plane of the block body, and a diameter-enlarged portion having a tapered shape whose diameter increases from the ring-shaped abutment surface toward the surface being a plane of the block body. a ring-shaped abutment surface to be abutted against a top surface (Fa) on the oral cavity inner side of the dental implant fixture, the ring-shaped abutment surface being positioned more inside the block body than the surface being a plane, being formed from an end portion positioned at the most oral cavity inner side of the engagement portion to surround the end portion, and being parallel to the surface being a plane of the block body, and a diameter-enlarged portion having a tapered shape whose diameter increases from the ring-shaped abutment surface toward the surface being a plane of the block body.
Roof tile having a water barrier (8, 9) shaped thereon, which is produced by a method in which the water barrier (8, 9) is shaped on a roof tile blank that is supplied on a lower mould to a forming unit with a forming piece and a forming punch movable relative thereto, wherein the forming piece is placed on an upper side of a head end of the roof tile blank and the forming punch is moved parallel to the lower mould and the forming piece and presses against the head end of the roof tile blank so that material of the roof tile blank is pressed into a mould cavity of the forming piece, wherein the roof tile blank is arranged below the forming unit, and that the forming unit is lowered vertically onto the roof tile blank, wherein the water barrier (8, 9) and the roof tile are formed in one piece and the water barrier (8, 9) has a flat rear side, wherein the water barrier (8, 9) is indented from the head end of the roof tile blank to a depth T of 10 to 20 mm, characterised in that at least one hanging lug is formed on the underside of the roof tile blank at a minimum distance M from the head end of the roof tile blank, wherein the minimum distance M corresponds to at least the sum of the depth T of the indentation and the thickness S of the water barrier (8, 9) (M > T + S).
Method for producing an electrode assembly for a battery cell, whereat an anode foil is provided, a first separator foil is placed on the anode foil, the first separator foil is welded to the anode foil by dint of a laser beam, a cathode foil is placed on the first separator foil and a second separator foil is placed on the cathode foil, whereat the first separator foil is pressed against the anode foil while the first separator foil is welded to the anode foil by dint of the laser beam; characterized in that the first separator foil is pressed against the anode foil by dint of a tubular member that is made of a material which is transparent for the laser beam and rotates about a central axis; and at least one laser source that emits the laser beam is placed inside the tubular member. a first separator foil is placed on the anode foil, the first separator foil is welded to the anode foil by dint of a laser beam, a cathode foil is placed on the first separator foil and a second separator foil is placed on the cathode foil, whereat the first separator foil is pressed against the anode foil while the first separator foil is welded to the anode foil by dint of the laser beam; characterized in that the first separator foil is pressed against the anode foil by dint of a tubular member that is made of a material which is transparent for the laser beam and rotates about a central axis; and at least one laser source that emits the laser beam is placed inside the tubular member.
A session management method of a control entity, the method comprising: transmitting, to a source base station, a bearer management message for one of establishing, modifying, and releasing a bearer; transmitting, to a target base station, a handover request including a first list for bearers in the source base station for the terminal and a second list for bearers in the control entity for the terminal, when a handover of a terminal occurs before a bearer management procedure associated with the bearer management message is completed; and receiving, from the target base station, a handover response including a bearer list generated based on one of the first list and the second list. transmitting, to a source base station, a bearer management message for one of establishing, modifying, and releasing a bearer; transmitting, to a target base station, a handover request including a first list for bearers in the source base station for the terminal and a second list for bearers in the control entity for the terminal, when a handover of a terminal occurs before a bearer management procedure associated with the bearer management message is completed; and receiving, from the target base station, a handover response including a bearer list generated based on one of the first list and the second list.
A method of cooperative control of a tool, comprising: providing a tool to be manipulated, said tool to be held by a robot and a user; measuring interaction forces between a tip of the tool and a region of interest; measuring interaction forces between the user and a handle of the tool; actively guiding the tool by creating a bias towards a path of least resistance; and limiting directional tool forces of the tool as a function of handle input forces and tip forces. providing a tool to be manipulated, said tool to be held by a robot and a user; measuring interaction forces between a tip of the tool and a region of interest; measuring interaction forces between the user and a handle of the tool; actively guiding the tool by creating a bias towards a path of least resistance; and limiting directional tool forces of the tool as a function of handle input forces and tip forces.
A fluid system, comprising: an injection conduit extending between a pump and an inlet of a pressure modulator; a return conduit extending between the pump and an outlet of the pressure modulator; and a pressure conduit extending from a pressure port of the pressure modulator, and wherein the pressure conduit is in selective fluid communication with a piece of subsea equipment; wherein the pump is configured to provide a continuous fluid flow through a continuous fluid loop comprising the injection conduit, pressure modulator, and return conduit; wherein the pressure modulator comprises a reduced diameter section disposed between the inlet and the outlet, and wherein the pressure port is in fluid communication with the reduced diameter section; wherein, in response to the provision of continuous fluid flow through the pressure modulator by the pump, a vacuum pressure is communicated to the piece of subsea equipment from the reduced diameter section of the pressure modulator to remove a hydrate blockage formed in the piece of subsea equipment; and wherein the fluid loop comprises a valve configured to selectively prohibit continuous fluid flow through the pressure modulator and in response to closure of the valve, the pump is configured to communicate a positive pressure greater than the vacuum pressure to the piece of subsea equipment. an injection conduit extending between a pump and an inlet of a pressure modulator; a return conduit extending between the pump and an outlet of the pressure modulator; and a pressure conduit extending from a pressure port of the pressure modulator, and wherein the pressure conduit is in selective fluid communication with a piece of subsea equipment; wherein the pump is configured to provide a continuous fluid flow through a continuous fluid loop comprising the injection conduit, pressure modulator, and return conduit; wherein the pressure modulator comprises a reduced diameter section disposed between the inlet and the outlet, and wherein the pressure port is in fluid communication with the reduced diameter section; wherein, in response to the provision of continuous fluid flow through the pressure modulator by the pump, a vacuum pressure is communicated to the piece of subsea equipment from the reduced diameter section of the pressure modulator to remove a hydrate blockage formed in the piece of subsea equipment; and wherein the fluid loop comprises a valve configured to selectively prohibit continuous fluid flow through the pressure modulator and in response to closure of the valve, the pump is configured to communicate a positive pressure greater than the vacuum pressure to the piece of subsea equipment.
A barrier comprising a base having a base surface attachable to an article that is opened and closed by a zipper assembly, the base having a slider connecting region adapted to receive a portion of a zipper slider of the zipper assembly to form an obstruction that prevents migration of particles or organisms past a portion of the base upon closing of the zipper assembly, wherein the barrier further comprises a cover connected to the base via a hinge and adapted to enclose the portion of the zipper slider, wherein the cover comprises a padding constructed and arranged to abut the zipper slider upon enclosing the portion of the zipper slider with the cover.