mhurhangee/ep-ind-claims huggingface dataset:
Method for reducing the risks of occurrence of a surge phenomenon of a turboengine, said turboengine comprising a gas generator as well as an air extraction means for extracting air from this gas generator and a mechanical extraction means for extracting energy cooperating mechanically with said gas generator, characterised in that: - a plurality of acceleration regulation laws are established before the use of the turboengine and stored in an engine computer, each acceleration regulation law corresponding to a first range which is an air extraction range performed by said air extraction means and to a second range which is a mechanical extraction range performed by the mechanical extraction means, - during the use of the turboengine, a current air extraction and a current mechanical extraction are measured continuously, - an acceleration of the turboengine is controlled by implementing the acceleration regulation law corresponding to the current air extraction and to the current mechanical extraction. - a plurality of acceleration regulation laws are established before the use of the turboengine and stored in an engine computer, each acceleration regulation law corresponding to a first range which is an air extraction range performed by said air extraction means and to a second range which is a mechanical extraction range performed by the mechanical extraction means, - during the use of the turboengine, a current air extraction and a current mechanical extraction are measured continuously, - an acceleration of the turboengine is controlled by implementing the acceleration regulation law corresponding to the current air extraction and to the current mechanical extraction.
A valve gear box having a valve monitoring function, said valve gear box being for mounting to a valve that has a fluid passageway and a gate therefor, said gear box providing a gear driven link for moving said gate between open and closed conditions of said fluid passageway, said valve gear box being in a housing that has a mounting for permitting operative connection to the valve via a mounting flange of said valve, characterised by said mounting and said mounting flange having a valve monitoring sensor operatively positioned therewith, said sensor being settable in one state when said mounting and said mounting flange are in assembled relationship to each other but being configured to change from said one state if there is a separation of the fastened connection of the mounting and said mounting flange, whereby a change in state from said one state can be used to monitor a separation of the assembled relationship of said mounting and said mounting flange and trigger an alarm condition, wherein said gear driven link is provided in a gear compartment of a housing associated with said mounting, and wherein said valve monitoring sensor comprises an electrical switch which can change state if there is separation of said mounting and said mounting flange, and wherein the electrical components of said valve monitoring sensor are in an electrical compartment of said housing separate to said gear compartment, wherein said electrical compartment is closed by a removable lid and wherein a lid sensor is associated therewith, and wherein said lid sensor comprises an electrical switch which can be in one state when said lid is closed and which can change from said one state when said lid is opened, whereby a change of state can be used to trigger an alarm condition.
A method of manufacturing a refrigerator appliance, comprising: a step of providing a liner that defines a compartment (20, 24) for storing food items and an aperture extending through the liner, the liner including a liner contact structure, and a refrigerator component for attachment to the liner, the refrigerator component including a component contact structure, a staging step that includes arranging the liner and the refrigerator component such that the liner contact structure and the component contact structure are in direct contact with each other under pressure and the interface of the component contact structure and the liner contact structure circumscribes the aperture, wherein the liner and the refrigerator component as arranged form a staged assembly; a welding step that includes applying ultrasonic energy to the staged assembly to weld the liner and the refrigerator component together at an interface of the component contact structure and the liner contact structure, wherein the liner and the refrigerator component as welded together form a liner assembly; and characterized in that a hermetic seal is formed at the interface of the liner and the refrigerator component by the welding step, wherein the hermetic seal is continuous and extends about the entire perimeter of the aperture. a step of providing a liner that defines a compartment (20, 24) for storing food items and an aperture extending through the liner, the liner including a liner contact structure, and a refrigerator component for attachment to the liner, the refrigerator component including a component contact structure, a staging step that includes arranging the liner and the refrigerator component such that the liner contact structure and the component contact structure are in direct contact with each other under pressure and the interface of the component contact structure and the liner contact structure circumscribes the aperture, wherein the liner and the refrigerator component as arranged form a staged assembly; a welding step that includes applying ultrasonic energy to the staged assembly to weld the liner and the refrigerator component together at an interface of the component contact structure and the liner contact structure, wherein the liner and the refrigerator component as welded together form a liner assembly; and characterized in that a hermetic seal is formed at the interface of the liner and the refrigerator component by the welding step, wherein the hermetic seal is continuous and extends about the entire perimeter of the aperture.
A microneedle device comprising a microneedle array provided with microneedles made from polylactic acid having a weight average molecular weight of 40,000 or more and 500,000 or less, wherein at least a part of the microneedle array is coated with a carrier containing physiologically active ingredients, wherein the weight average molecular weight is a weight average molecular weight after sterilization by electron-beam or gamma-ray irradiation, and wherein the height of the coating, after coating and after drying, is 1 μm or more and 500 μm or less.
A reinforcing glass strand composed of filaments that are coated with a size or a reinforcing glass strand structure, characterized in that it is equipped with a coating composition, obtained from a solution and/or a suspension and/or an emulsion that comprises (in % by weight of solids): - 60 to 95% of at least one polymer; - 2 to 18% of nanoparticles based on clay or boehmite. - 60 to 95% of at least one polymer; - 2 to 18% of nanoparticles based on clay or boehmite.
A wireless power transmission apparatus for charging a plurality of wireless power receiving apparatuses, comprising: a primary charge core configured to transmit an asking signal requesting unique ID data of the plurality of wireless power receiving apparatuses in a standby mode, and transmit a resonant signal; a received signal process module configured to process the unique ID data transmitted from the wireless power receiving apparatuses in response to said asking signal; a main control unit configured to detect an approaching object during the standby mode, recognize if the object is a proper one for charging based on the processed unique ID data, and control the primary charge core to transmit a resonant signal to the plurality of wireless power receiving apparatuses; a resonant converter unit directly coupled with the primary charge core, wherein the resonant converter unit is configured to convert the power signal to the resonant signal and transmit the resonant signal to the plurality of wireless power receiving apparatuses via the primary charge core; and an output signal conversion module configured to transmit a converted electric signal to the resonant converter unit by the control signal from the main control unit. a primary charge core configured to transmit an asking signal requesting unique ID data of the plurality of wireless power receiving apparatuses in a standby mode, and transmit a resonant signal; a received signal process module configured to process the unique ID data transmitted from the wireless power receiving apparatuses in response to said asking signal; a main control unit configured to detect an approaching object during the standby mode, recognize if the object is a proper one for charging based on the processed unique ID data, and control the primary charge core to transmit a resonant signal to the plurality of wireless power receiving apparatuses; a resonant converter unit directly coupled with the primary charge core, wherein the resonant converter unit is configured to convert the power signal to the resonant signal and transmit the resonant signal to the plurality of wireless power receiving apparatuses via the primary charge core; and an output signal conversion module configured to transmit a converted electric signal to the resonant converter unit by the control signal from the main control unit.
A method for manufacturing a three-dimensional body, the method comprising placing around an in-process three-dimensional body a support for holding up the in-process three-dimensional body and placing on the in-process three-dimensional body another member to be part of the three-dimensional body while holding up the in-process structural with the support, wherein the support is made from a support material including a resin containing particles, wherein a melting point of the resin and a melting point of the particles are different, and while being placed around the in-process three-dimensional body, the support material is heated in such a manner that the resin flows and the particles remain solid in the fluid resin while the in-process three-dimensional body remains solid. wherein the support is made from a support material including a resin containing particles, wherein a melting point of the resin and a melting point of the particles are different, and while being placed around the in-process three-dimensional body, the support material is heated in such a manner that the resin flows and the particles remain solid in the fluid resin while the in-process three-dimensional body remains solid.
User equipment comprising: means for receiving a Registration Accept message from a core network node including a privacy parameter indicating no privacy required for all network slices over a Radio Resource Control, RRC, Connection message for selecting another core network node by a Radio Access Network, RAN, node based on network slice information from the user equipment; means for including network slice information in the RRC Connection message, based on the privacy parameter; means for sending the RRC Connection message; means for receiving a security mode command message from the another core network node, the security mode command message including information requesting the user equipment to send network slice information of at least one network slice in a security mode complete message; and means for sending the network slice information of the at least one network slice in the security mode complete message to the another core network node after a security signaling between the user equipment and the another core network node has been established. means for receiving a Registration Accept message from a core network node including a privacy parameter indicating no privacy required for all network slices over a Radio Resource Control, RRC, Connection message for selecting another core network node by a Radio Access Network, RAN, node based on network slice information from the user equipment; means for including network slice information in the RRC Connection message, based on the privacy parameter; means for sending the RRC Connection message; means for receiving a security mode command message from the another core network node, the security mode command message including information requesting the user equipment to send network slice information of at least one network slice in a security mode complete message; and means for sending the network slice information of the at least one network slice in the security mode complete message to the another core network node after a security signaling between the user equipment and the another core network node has been established.
An assembly kit for a conductor bar system comprising at least partially polymeric materials, which comprises at least three portions (2, 3, 4) running in the longitudinal direction of the conductor bar system, wherein the three portions (2, 3, 4) can be connected to form a hollow body which forms the conductor bar system and at least partially encompasses a cavity, wherein the three portions (2, 3, 4) are substantially flat and flexible and can be converted from a first state (eZ), in which the portions (2, 3, 4) are movable and can be rolled up from a flat or parallel arrangement, into a second state (zZ), in which the portions (2, 3, 4) form the conductor bar system, wherein the portions (2, 3, 4) are connected to one another in an articulated manner by means of at least one flexible element (7, 8) and wherein at least two portions (2, 3, 4) comprise at least one connection device (9, 9'), characterised in that at least one portion (2, 3, 4) has at least one electrically conductive element arranged as to run in a groove in the longitudinal direction of the conductor bar system, in that at least one portion (2, 3, 4) comprises at least one reinforcement element, in that the reinforcement element connects the portions (2, 3, 4) together, in that the reinforcement element is formed between the portions (2, 3, 4) as a flexible element (7, 8), in that the reinforcement element is arranged approximately centrally in the portion (2, 3, 4).
A machine for aseptic filling of liquids comprising an interior chamber and an access opening in a wall of the machine, the access opening enabling access to the interior chamber, wherein the access device comprises an opening window including a movable sash and a window frame permanently attached to the wall, wherein for the aseptic sealing an inflatable seal is provided between the sash and the window frame, characterised in that in the closed state of the opening window, an expansion area for the inflatable seal is provided between the sash and the window frame, the expansion area being configured such that its cross section increases towards the interior chamber of the aseptic machine.
A household appliance comprising a tub wherein the washing process is performed and an ozone generator situated outside the tub which generates ozone gas (O 3), having an air inlet for the entry of the air used in producing the ozone gas and an ozone outlet for the exit of the ozone gas to the outside, and characterized by an ozone supply line with one end connected to the ozone outlet and the other end to the tub, for delivering the ozone gas from the ozone generator to the tub, an air supply line, with one end connected to the air inlet and the other end to the tub, for the feedback of oxygen - rich air in the tub to the ozone generator, a first opening for entry of the ozone gas delivered from the ozone supply line into the tub, a second opening to pass the air from the tub into the air supply line by leaving the tub, the first opening is located above the water level of the tub wherein the first opening and the second opening are situated so as to stay above the maximum level of wash water in the tub, whereby a closed cycle is formed that follows the sequence of the ozone generator - the ozone supply line - the first opening - the tub - the second opening - air supply line - the ozone generator.
An ethylene polymer which is a radically coupled resin obtained by reactive extrusion of a mixture comprising a parent polymer having a melt index of equal to or greater than 200 dg/min, wherein the melt index refers to the amount of a polymer which can be forced through an extrusion rheometer orifice of 2.1 mm (0.0825 inch) diameter when subjected to a force of 2,160 grams in ten minutes at 190 °C, as determined in accordance with ASTM D1238, and a coupling compound, wherein the reactive extrusion results in the formation of free radicals, the ethylene polymer having a density greater than 0.930 g/ml, and a level of long chain branching ranging from 0.001 LCB/10 3 carbons to 1.5 LCB/10 3 carbons as determined by SEC-MALS.
A seal cover for in-vehicle electric device to be removably attached to close an opening provided in a case housing an in-vehicle electric device, comprising: a cover main body which is shaped to at least partly cover the opening of the case and to be attached to a surface of the case; and at least one seal ring holding member which is arranged to be at least partly fittable into the opening on the underside of the cover main body and on which at least one seal ring is mounted; wherein the cover main body is formed with at least one insertion hole penetrating between top and underside surfaces, whereas at least one shaft portion to be inserted into the insertion hole with a clearance projects from a surface of the seal ring holding member substantially facing the underside surface of the cover main body, said shaft portion having a cylindrical shape and/or perforated with a screw hole at least in the projecting end surface thereof, and at least one retaining means for retaining the shaft portion by being engaged with the cover main body is provided at the shaft portion; characterized in that said seal ring is mounted on said seal ring holding member such as to be held in close contact with an inner peripheral surface of the opening a cover main body which is shaped to at least partly cover the opening of the case and to be attached to a surface of the case; and at least one seal ring holding member which is arranged to be at least partly fittable into the opening on the underside of the cover main body and on which at least one seal ring is mounted; wherein the cover main body is formed with at least one insertion hole penetrating between top and underside surfaces, whereas at least one shaft portion to be inserted into the insertion hole with a clearance projects from a surface of the seal ring holding member substantially facing the underside surface of the cover main body, said shaft portion having a cylindrical shape and/or perforated with a screw hole at least in the projecting end surface thereof, and at least one retaining means for retaining the shaft portion by being engaged with the cover main body is provided at the shaft portion; characterized in that said seal ring is mounted on said seal ring holding member such as to be held in close contact with an inner peripheral surface of the opening
A first router configured for deployment as an ingress router or advertising border router (215, 216, 224) in a first domain (201 or 203) of a network, the network comprising a second domain (202-204 or 202 and 203), internal egress routers (210-215 or 215-216 and 220-224) in the first domain (201 or 203) and external egress routers (216-226 or 217-219 and 225-226) in the second domain (202-204 or 202 and 204), the external egress routers (216-226 or 217-219 and 225-226) being connected to the first domain (201 or 203) by advertising border router(s) (215 or 216 and 224) in the first domain (201 or 203), characterized in that it comprises: a processor configured to: access addresses of egress routers for a multicast flow that are partitioned into local addresses of internal egress routers and external addresses of external egress routers, the external address of a given external egress router being associated with the advertising border router (215 or 216 and 224) in the first domain (201 or 203) connecting the given external egress router (216-226 or 217-219 and 225-226) to the first domain (201 or 203);prepend, for the external addresses associated with a same advertising border router, an explicit multicast route, EMR, header to the payload of a packet in the multicast flow to form an inter-domain EMR packet, wherein the EMR includes information representing the external addresses; and a transmitter configured to unicast the inter-domain EMR packet to said same advertising border router. access addresses of egress routers for a multicast flow that are partitioned into local addresses of internal egress routers and external addresses of external egress routers, the external address of a given external egress router being associated with the advertising border router (215 or 216 and 224) in the first domain (201 or 203) connecting the given external egress router (216-226 or 217-219 and 225-226) to the first domain (201 or 203);prepend, for the external addresses associated with a same advertising border router, an explicit multicast route, EMR, header to the payload of a packet in the multicast flow to form an inter-domain EMR packet, wherein the EMR includes information representing the external addresses; and a transmitter configured to unicast the inter-domain EMR packet to said same advertising border router.
A car for a rail train comprising: a rail car base supported on opposite ends (25,26) by rail car trucks; and a rail support rack (31,32) comprising a plurality of shelves supported above the rail car base in inwardly spaced relation to a first end (25,26) of said rail car base, characterized by a plurality of upwardly opening guide channels (75,93) for supporting and guiding rails loaded onto the car, each said guide channel extending from proximate said first end of said rail car to one of said shelves in alignment with an outer pocket defining the area on said respective shelf for receiving the rail; each said guide channel (75,93) having a floor which is wider than a base of the rail adapted to be supported on said self. a rail car base supported on opposite ends (25,26) by rail car trucks; and a rail support rack (31,32) comprising a plurality of shelves supported above the rail car base in inwardly spaced relation to a first end (25,26) of said rail car base, characterized by a plurality of upwardly opening guide channels (75,93) for supporting and guiding rails loaded onto the car, each said guide channel extending from proximate said first end of said rail car to one of said shelves in alignment with an outer pocket defining the area on said respective shelf for receiving the rail; each said guide channel (75,93) having a floor which is wider than a base of the rail adapted to be supported on said self.
A device for dental treatment, the device comprising: an applicator (43, 45, 47) for applying a substance to a tooth, said applicator having a first end and a second end; a first electrode attached to a first end of said applicator; a second electrode attached to said second end of said applicator, wherein said first electrode and said second electrode are configured to produce a current flow through said applicator; and an ionizable substance for placement within said applicator, wherein said ionizable substance is configured to undergo ionization upon application of said current flow; characterized in that said applicator is a dental tray. an applicator (43, 45, 47) for applying a substance to a tooth, said applicator having a first end and a second end; a first electrode attached to a first end of said applicator; a second electrode attached to said second end of said applicator, wherein said first electrode and said second electrode are configured to produce a current flow through said applicator; and an ionizable substance for placement within said applicator, wherein said ionizable substance is configured to undergo ionization upon application of said current flow; characterized in that said applicator is a dental tray.