mhurhangee/patent-ind-claim-en huggingface dataset:
A gas exhaust mast for a ship , in which the mast has a mast body and a mast head arranged at one end of the mast body , the mast body and the mast head being hollow tubular structures, each of which has a side wall , the mast head having a lower portion linked to the mast body and an upper portion with an opening enabling the gas to be discharged, the mast body having an upper end portion engaged in the internal space of the mast head through a lower end of the mast head , the external cross section of the upper end portion of the mast body being smaller than the internal cross section of the lower portion of the mast head , the mast head also including: - a water diversion system that is fastened by assembly elements to the mast head opposite the opening in the longitudinal direction of the mast to divert water flowing to or from the opening in the longitudinal direction of the mast away from the mast body , - a peripheral linking plate arranged between the outer surface of the upper end portion of the mast body and the inner surface of the lower portion of the mast head to collect a residual water flow on the inner surface of the mast head , the peripheral linking plate having at least one perforation designed to drain the residual water flow out of the mast. - a water diversion system that is fastened by assembly elements to the mast head opposite the opening in the longitudinal direction of the mast to divert water flowing to or from the opening in the longitudinal direction of the mast away from the mast body , - a peripheral linking plate arranged between the outer surface of the upper end portion of the mast body and the inner surface of the lower portion of the mast head to collect a residual water flow on the inner surface of the mast head , the peripheral linking plate having at least one perforation designed to drain the residual water flow out of the mast.
A system for deploying a stented prosthetic heart valve, the system comprising: a stented prosthetic heart valve, and a delivery device including a delivery sheath sized for percutaneously accessing a heart valve, the delivery device providing a delivery state in which the delivery sheath compressively maintains a stented prosthetic heart valve in a compressed arrangement, and a deployed state in which the delivery sheath is withdrawn from the prosthetic heart valve to permit the prosthetic heart valve to expand from the compressed arrangement to a normal, expanded arrangement; and a post-dilatation assembly including a catheter and a post-dilatation balloon fluidly attached to the catheter , the post-dilatation balloon sized for percutaneously accessing the stented prosthetic heart valve once implanted to the native heart valve; characterized in that the post-dilatation balloon includes a compliant segment having a longitudinal length (L CS ) less than a longitudinal length (L P ) of the prosthetic heart valve and further wherein with continuous inflation of the post-dilatation balloon , a maximum outer diameter of the compliant segment continuously expands; and a first end segment immediately at a first side of the compliant segment and a second end segment immediately at a second side of the compliant segment opposite the first end segment, wherein the first and second end segments are less compliant than the compliant segment. a stented prosthetic heart valve, and a delivery device including a delivery sheath sized for percutaneously accessing a heart valve, the delivery device providing a delivery state in which the delivery sheath compressively maintains a stented prosthetic heart valve in a compressed arrangement, and a deployed state in which the delivery sheath is withdrawn from the prosthetic heart valve to permit the prosthetic heart valve to expand from the compressed arrangement to a normal, expanded arrangement; and a post-dilatation assembly including a catheter and a post-dilatation balloon fluidly attached to the catheter , the post-dilatation balloon sized for percutaneously accessing the stented prosthetic heart valve once implanted to the native heart valve; characterized in that the post-dilatation balloon includes a compliant segment having a longitudinal length (L CS ) less than a longitudinal length (L P ) of the prosthetic heart valve and further wherein with continuous inflation of the post-dilatation balloon , a maximum outer diameter of the compliant segment continuously expands; and a first end segment immediately at a first side of the compliant segment and a second end segment immediately at a second side of the compliant segment opposite the first end segment, wherein the first and second end segments are less compliant than the compliant segment.
A rope grab device for a portable power driven system , the portable power driven system adapted for advancing a rope , the rope grab device comprising: an essentially circular rope grab , wherein the rope grab is adapted to, during operation, engage the rope along at least a section of a circumference of the rope grab , a securing device comprising a leaver portion , a first roller arranged at one end of the leaver portion for guiding an unloaded end of the rope and an anchoring point arranged at the opposite end of the leaver portion adapted for receiving an anchoring force from a load connectable to the portable power driven system , wherein the leaver portion is attached with a hinged connection arranged between the one end and the opposite end to the rope grab device and is adapted to, by means of the first roller , exert a pressure to the rope for forcing the rope towards the rope grab at a portion of the section where the rope , during operation, is engaging the rope grab upon applying the anchoring force on the anchoring point , characterized in that the rope grab comprises a rope engaging face having a concave form for engaging the rope and the rope engaging face is provided with a plurality of pins adapted to contact the rope along the section of the circumference of the rope grab engaging the rope during operation of the rope grab device, and in that a heel portion is arranged adjacently to the first roller and partly extending into the rope engaging face of the rope grab for avoiding that the rope re-circles the rope grab . an essentially circular rope grab , wherein the rope grab is adapted to, during operation, engage the rope along at least a section of a circumference of the rope grab , a securing device comprising a leaver portion , a first roller arranged at one end of the leaver portion for guiding an unloaded end of the rope and an anchoring point arranged at the opposite end of the leaver portion adapted for receiving an anchoring force from a load connectable to the portable power driven system , wherein the leaver portion is attached with a hinged connection arranged between the one end and the opposite end to the rope grab device and is adapted to, by means of the first roller , exert a pressure to the rope for forcing the rope towards the rope grab at a portion of the section where the rope , during operation, is engaging the rope grab upon applying the anchoring force on the anchoring point , the rope grab comprises a rope engaging face having a concave form for engaging the rope and the rope engaging face is provided with a plurality of pins adapted to contact the rope along the section of the circumference of the rope grab engaging the rope during operation of the rope grab device, and in that a heel portion is arranged adjacently to the first roller and partly extending into the rope engaging face of the rope grab for avoiding that the rope re-circles the rope grab .
A method for accelerated rendering of two-dimensional graphics, the method comprising: receiving one or more two-dimensional graphical objects ; receiving a display characteristic parameter that identifies a level of detail in which graphics are displayed on a target display ; generating one or more three-dimensional graphical objects from the one or more two-dimensional graphical objects responsive to the received display characteristic parameter ; creating a scene graph associated with the one or more three-dimensional graphical objects ; creating a graphical layout associated with the one or more three-dimensional graphical objects ; and sending the one or more three-dimensional graphical objects to a three-dimensional graphical renderer responsive to the graphical layout and the scene graph ; where the sending of the three-dimensional graphical objects to the three dimensional graphical renderer is sequenced by a function based on the relative depth of the created graphical layout. receiving one or more two-dimensional graphical objects ; receiving a display characteristic parameter that identifies a level of detail in which graphics are displayed on a target display ; generating one or more three-dimensional graphical objects from the one or more two-dimensional graphical objects responsive to the received display characteristic parameter ; creating a scene graph associated with the one or more three-dimensional graphical objects ; creating a graphical layout associated with the one or more three-dimensional graphical objects ; and sending the one or more three-dimensional graphical objects to a three-dimensional graphical renderer responsive to the graphical layout and the scene graph ; where the sending of the three-dimensional graphical objects to the three dimensional graphical renderer is sequenced by a function based on the relative depth of the created graphical layout.
An electric system comprising: an electronic component ; and a cooling system for cooling the electronic component , the cooling system comprising: a heat pipe defined by an inner wall and an outer wall with an intermediate fluid chamber , and said heat pipe having a wall to be put in contact with a cold plate and extending away from the cold plate to define a cup shape, with a fluid movement member positioned within the chamber to move the fluid from an end of said chamber adjacent to the cold plate to a spaced end of said cup shape, and wherein the electronic component is received within the cup shaped heat pipe , and a wall of said heat pipe in contact with the cold plate , and characterized by said component being an inductor. an electronic component ; and a cooling system for cooling the electronic component , the cooling system comprising: a heat pipe defined by an inner wall and an outer wall with an intermediate fluid chamber , and said heat pipe having a wall to be put in contact with a cold plate and extending away from the cold plate to define a cup shape, with a fluid movement member positioned within the chamber to move the fluid from an end of said chamber adjacent to the cold plate to a spaced end of said cup shape, and wherein the electronic component is received within the cup shaped heat pipe , and a wall of said heat pipe in contact with the cold plate , and characterized by said component being an inductor. a heat pipe defined by an inner wall and an outer wall with an intermediate fluid chamber , and said heat pipe having a wall to be put in contact with a cold plate and extending away from the cold plate to define a cup shape, with a fluid movement member positioned within the chamber to move the fluid from an end of said chamber adjacent to the cold plate to a spaced end of said cup shape, and wherein the electronic component is received within the cup shaped heat pipe , and a wall of said heat pipe in contact with the cold plate , and characterized by said component being an inductor.
A method for inhibiting the precipitation of a polymeric kinetic hydrate inhibitor (KHI) from an aqueous composition containing water and at least one polymeric KHI comprising contacting the aqueous composition with a water immiscible solvent selected from xylene, toluene, kerosene, mineral spirits, trimethylbenzene, cumene, heavy aromatic naphtha, ethylbenzene, polyethylbenzene, naphthalene, and mixtures thereof, in an amount effective to inhibit the precipitation of the polymeric KHI, wherein the amount of water immiscible solvent ranges from 1 vol.% to 25 vol% of the water in the aqueous composition, and wherein the polymeric KHI is selected from the group consisting of polyvinylpyrrolidone, poly(vinylcaprolactam-co-vinylpyrrolidone), polyisopropylmethacrylamide, poly(N-vinyl-N-methylacetamide), poly(N-vinyl-N-methylacetamide:vinylcaprolactam) copolymer, poly(isobutylacrylamide), hydroxyethyl cellulose and mixtures thereof.
Capsule containing beverage ingredient , such as tea leaves, configured for preparing beverage, such as tea, by injection of hot water therein and comprising : - a housing for storing said beverage ingredient, said housing comprising : . a front opened side , and . a back side comprising a water injection area , and . a rim extending from the front opened side, and said housing presenting a cross section varying from the back side to the front side from a circular section to an essentially triangular section - with smooth rounded corners - respectively, and - a front cover and/or a wall closing the front opened side of the housing, and charachterized in that : - the housing is made of plastic material, and - the water injection area at the back side of the housing comprises a hole in the housing, said hole being covered by a back cover , and said hole presenting a diameter of at least 4 mm. - a housing for storing said beverage ingredient, said housing comprising : . a front opened side , and . a back side comprising a water injection area , and . a rim extending from the front opened side, and said housing presenting a cross section varying from the back side to the front side from a circular section to an essentially triangular section - with smooth rounded corners - respectively, and . a front opened side , and . a back side comprising a water injection area , and . a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and charachterized in that : - the housing is made of plastic material, and - the water injection area at the back side of the housing comprises a hole in the housing, said hole being covered by a back cover , and said hole presenting a diameter of at least 4 mm. - the housing is made of plastic material, and - the water injection area at the back side of the housing comprises a hole in the housing, said hole being covered by a back cover , and said hole presenting a diameter of at least 4 mm.
Luggage-receiving device for a motorcycle , or a motorcycle-like motor vehicle, having at least - a vehicle-mounted vehicle structure , - a lid element , which is connected to the vehicle structure for swing action and is designed for swing action at least between a closed state and an open state, and - a flexible luggage container , which is flexibly deformable and of pocket-like design, wherein, at least in the open state of the lid element , the flexible luggage container is connected to the lid element and the vehicle structure such that the interior of the luggage container has a receiving volume for receiving items of luggage in the luggage container , wherein the luggage container is or can be connected to an underside of the lid element in a releasable manner by means of a first connecting device , wherein the first connecting device comprises an intermediate element which, on the one hand, is connected to the underside of the lid element and, on the other hand, is or can be connected to the luggage container in a releasable manner, characterized in that the luggage container is designed in the form of a separate luggage container, wherein the releasably designed first connecting device allows fastening of the separate luggage container, or removal of the luggage container, so that the luggage container can be removed in order for the motorcycle , or the motorcycle-like motor vehicle, to be loaded or unloaded, wherein the intermediate element is designed in the form of a flexible tube and, at a first end, is or can be connected all the way round to an upper free edge of the luggage container in a releasable manner, wherein a second end, which is arranged opposite the first end, has its edge connected all the way round to the underside of the lid element , so that the intermediate element continues the receiving volume as far as the underside of the lid element . - a vehicle-mounted vehicle structure , - a lid element , which is connected to the vehicle structure for swing action and is designed for swing action at least between a closed state and an open state, and - a flexible luggage container , which is flexibly deformable and of pocket-like design,
A method performed by a secondary base station comprising: establishing a radio link for dual connectivity to a user equipment, UE, wherein the radio link comprises a signaling radio bearer, SRB; transmitting a radio resource control, RRC, connection reconfiguration signal to the UE to enable measurement reports associated with the radio link; receiving an RRC connection reconfiguration complete signal at the secondary base station from the UE; and receiving a measurement report at the secondary base station from the UE associated with the radio link. establishing a radio link for dual connectivity to a user equipment, UE, wherein the radio link comprises a signaling radio bearer, SRB; transmitting a radio resource control, RRC, connection reconfiguration signal to the UE to enable measurement reports associated with the radio link; receiving an RRC connection reconfiguration complete signal at the secondary base station from the UE; and receiving a measurement report at the secondary base station from the UE associated with the radio link.
A tilt type gravity molding device , comprising: a mold having defined therein a product forming space for forming a molded product, and configured to receive a molten metal from a pouring gate ; a ladle comprising: a storing section capable of storing the molten metal therein; and a plate-like opening/closing body abutting on the mold , and having an injection port capable of being aligned with the pouring gate ; and a gas supplying section for supply gas into the product forming space, characterised in that the ladle is slidably mounted to the mold , and is slidable between an opening state in which the injection port is aligned with the pouring gate , and a closing state in which the plate-like opening/closing body closes the pouring gate . a mold having defined therein a product forming space for forming a molded product, and configured to receive a molten metal from a pouring gate ; a ladle comprising: a storing section capable of storing the molten metal therein; and a plate-like opening/closing body abutting on the mold , and having an injection port capable of being aligned with the pouring gate ; and a gas supplying section for supply gas into the product forming space, a storing section capable of storing the molten metal therein; and a plate-like opening/closing body abutting on the mold , and having an injection port capable of being aligned with the pouring gate ; and a gas supplying section for supply gas into the product forming space, characterised in that the ladle is slidably mounted to the mold , and is slidable between an opening state in which the injection port is aligned with the pouring gate , and a closing state in which the plate-like opening/closing body closes the pouring gate .
An assembly fixture device for attaching a vial adapter to a vial, the device comprising: a base having a first side and a second side positioned opposite the first side; a support member secured to the base , the support member having a first end and a second end positioned opposite the first end ; characterized by : a handle connected to the support member , the handle is movable between a first position and a second position; a vial adapter grip assembly connected to the handle , the vial adapter grip assembly comprising an adapter grip member configured to engage and hold a vial adapter, the vial adapter grip assembly having a first position when the handle is in the first position and a second position when the handle is in the second position; and a vial grip assembly connected to the base , the vial grip assembly comprising first and second grip members that are movable relative to each other and configured to engage and hold a vial, the first grip member biased toward the second grip member to provide a vial engagement force, wherein the vial engagement force is about constant when a distance between the first and second grip members is less than 40 mm. a base having a first side and a second side positioned opposite the first side; a support member secured to the base , the support member having a first end and a second end positioned opposite the first end ; characterized by : a handle connected to the support member , the handle is movable between a first position and a second position; a vial adapter grip assembly connected to the handle , the vial adapter grip assembly comprising an adapter grip member configured to engage and hold a vial adapter, the vial adapter grip assembly having a first position when the handle is in the first position and a second position when the handle is in the second position; and a vial grip assembly connected to the base , the vial grip assembly comprising first and second grip members that are movable relative to each other and configured to engage and hold a vial, the first grip member biased toward the second grip member to provide a vial engagement force, wherein the vial engagement force is about constant when a distance between the first and second grip members is less than 40 mm. a handle connected to the support member , the handle is movable between a first position and a second position; a vial adapter grip assembly connected to the handle , the vial adapter grip assembly comprising an adapter grip member configured to engage and hold a vial adapter, the vial adapter grip assembly having a first position when the handle is in the first position and a second position when the handle is in the second position; and a vial grip assembly connected to the base , the vial grip assembly comprising first and second grip members that are movable relative to each other and configured to engage and hold a vial, the first grip member biased toward the second grip member to provide a vial engagement force, wherein the vial engagement force is about constant when a distance between the first and second grip members is less than 40 mm.