mhurhangee/patent-ind-claim-en huggingface dataset:
A vascular occlusion device , comprising: a tubular member formed from a plurality of braided filaments that define an outer surface having a mesh pattern with mesh openings defined by the braided filaments, the tubular member having a first porosity region along a first length portion of the tubular member and a second porosity region along a second length portion of the tubular member, wherein the first porosity region includes filaments having a different shape than the filaments in the second porosity region and the porosity of the first porosity region being less than the porosity of the second porosity region, and characterized by the tubular member having a constant number of picks per 2.54 cm (picks per inch) count throughout its entire length. a tubular member formed from a plurality of braided filaments that define an outer surface having a mesh pattern with mesh openings defined by the braided filaments, the tubular member having a first porosity region along a first length portion of the tubular member and a second porosity region along a second length portion of the tubular member, wherein the first porosity region includes filaments having a different shape than the filaments in the second porosity region and the porosity of the first porosity region being less than the porosity of the second porosity region, and characterized by the tubular member having a constant number of picks per 2.54 cm (picks per inch) count throughout its entire length.
A fluid supply device configured for controlling a pattern of a flow of a fluid within a clean room , wherein the clean room comprises an clean area having an operation subject to contamination, the fluid supply device comprising: a first fluid supply nozzle configured to provide a first fluid supply jet for providing a first flow of the fluid towards a center (O,O') of the clean area; another first fluid supply nozzle configured to provide another first fluid supply jet for providing another first flow of the fluid towards the center of the clean area, wherein the first fluid supply nozzle is configured to a first section unit of the device and the another first fluid supply nozzle is configured to a second section unit of the device; wherein the first fluid supply jet and the another first fluid supply jet are directable along a ceiling of the clean room; and a second fluid nozzle configured to provide a second fluid supply jet for providing a second flow of the fluid towards a perimeter of the room; another second fluid nozzle configured to provide another second fluid supply jet for providing another second flow of the fluid towards the perimeter of the room; wherein a momentum of the first fluid supply jet and a momentum of the second fluid supply jet are arrangeable to be adjusted so that the center of the clean area is flushed by the first flow and penetration of the second flow into the center of the clean area is prevented. a first fluid supply nozzle configured to provide a first fluid supply jet for providing a first flow of the fluid towards a center (O,O') of the clean area; another first fluid supply nozzle configured to provide another first fluid supply jet for providing another first flow of the fluid towards the center of the clean area, wherein the first fluid supply nozzle is configured to a first section unit of the device and the another first fluid supply nozzle is configured to a second section unit of the device; wherein the first fluid supply jet and the another first fluid supply jet are directable along a ceiling of the clean room; and a second fluid nozzle configured to provide a second fluid supply jet for providing a second flow of the fluid towards a perimeter of the room; another second fluid nozzle configured to provide another second fluid supply jet for providing another second flow of the fluid towards the perimeter of the room; wherein a momentum of the first fluid supply jet and a momentum of the second fluid supply jet are arrangeable to be adjusted so that the center of the clean area is flushed by the first flow and penetration of the second flow into the center of the clean area is prevented.
A vaso-occlusive device , comprising: an inner braided member having an unconstrained deployed configuration and a constrained delivery configuration, the inner braided member comprising a first plurality of filaments made of a first material composition, wherein a pair of filaments of the first plurality defines a first braid angle when the inner braided member is in the deployed configuration; and an outer braided member disposed at least partially around the inner braided member , the outer braided member having an unconstrained deployed configuration and a constrained delivery configuration, wherein the outer braided member comprises a second plurality of filaments made of a second material composition different from the first material composition, wherein the first material composition has a greater radiopacity than the second material composition, and characterized in that a pair of filaments of the second plurality defines a second braid angle , substantially equal to the first braid angle , when the outer braided member is in the deployed configuration. an inner braided member having an unconstrained deployed configuration and a constrained delivery configuration, the inner braided member comprising a first plurality of filaments made of a first material composition, wherein a pair of filaments of the first plurality defines a first braid angle when the inner braided member is in the deployed configuration; and an outer braided member disposed at least partially around the inner braided member , the outer braided member having an unconstrained deployed configuration and a constrained delivery configuration, wherein the outer braided member comprises a second plurality of filaments made of a second material composition different from the first material composition, wherein the first material composition has a greater radiopacity than the second material composition, and characterized in that a pair of filaments of the second plurality defines a second braid angle , substantially equal to the first braid angle , when the outer braided member is in the deployed configuration.
A method for specifying access point information in broadcast signals transmitted over a wireless communication network, comprising the following steps carried out by an access point apparatus: determining an access point type, wherein the access point type indicates whether the access point implements restricted association regarding one or more of providing signaling access, data access, registration access and service access to one or more mobile devices; generating a broadcast signal that identifies the access point based at least in part on the access point type; and transmitting the broadcast signal repeatedly over the wireless communication network according to the access point type, wherein said transmitting the broadcast signal is performed at an interval and / or at a frequency range indicative of the access point type. determining an access point type, wherein the access point type indicates whether the access point implements restricted association regarding one or more of providing signaling access, data access, registration access and service access to one or more mobile devices; generating a broadcast signal that identifies the access point based at least in part on the access point type; and transmitting the broadcast signal repeatedly over the wireless communication network according to the access point type, wherein said transmitting the broadcast signal is performed at an interval and / or at a frequency range indicative of the access point type.
Device for translationally driving a bolt-retention bar relative to a sliding opening element, said device comprising: - a case having a wall defining an internal chamber of the case ; - a mechanism disposed inside said internal chamber and comprising: ∘ an input component mounted inside the case so as to be able to be set into motion relative to the case and being disposed facing a first opening, named input opening , formed in the wall of the case ; ∘ an output component mounted inside the case so as to be able to be set into motion relative to the case , the output component has toothing, ∘ a transmission adapted to set said output component into motion relative to the case on the basis of a movement of said input component relative to the case , the internal chamber of the case forming stops adapted to define end movement positions of the input component and of the output component of the mechanism , characterised in that said wall has at least one second opening, named output opening , and in that at least part of said toothing of the output component passes through said output opening . - a case having a wall defining an internal chamber of the case ; - a mechanism disposed inside said internal chamber and comprising: ∘ an input component mounted inside the case so as to be able to be set into motion relative to the case and being disposed facing a first opening, named input opening , formed in the wall of the case ; ∘ an output component mounted inside the case so as to be able to be set into motion relative to the case , the output component has toothing, ∘ a transmission adapted to set said output component into motion relative to the case on the basis of a movement of said input component relative to the case , the internal chamber of the case forming stops adapted to define end movement positions of the input component and of the output component of the mechanism , characterised in that said wall has at least one second opening, named output opening , and in that at least part of said toothing of the output component passes through said output opening . ∘ an input component mounted inside the case so as to be able to be set into motion relative to the case and being disposed facing a first opening, named input opening , formed in the wall of the case ; ∘ an output component mounted inside the case so as to be able to be set into motion relative to the case , the output component has toothing, ∘ a transmission adapted to set said output component into motion relative to the case on the basis of a movement of said input component relative to the case ,
A system for de-icing a fan of a gas turbine engine, comprising: a fan ; a nosecone which is configured to remain stationary about a longitudinal axis of the gas turbine engine; an electrical coil mounted to a non-rotating surface of the nosecone ; a magnet mounted to a rotating surface of the fan, the rotating surface operatively associated with a rotating element of the gas turbine engine such that the rotating surface rotates relative to the non-rotating surface of the nosecone during operation of the fan, the magnet and the electrical coil thereby producing electricity during operation of the fan; and a heating element operatively associated with a surface on the fan, the heating element being powered by the electricity produced by the magnet and the electrical coil . a fan ; a nosecone which is configured to remain stationary about a longitudinal axis of the gas turbine engine; an electrical coil mounted to a non-rotating surface of the nosecone ; a magnet mounted to a rotating surface of the fan, the rotating surface operatively associated with a rotating element of the gas turbine engine such that the rotating surface rotates relative to the non-rotating surface of the nosecone during operation of the fan, the magnet and the electrical coil thereby producing electricity during operation of the fan; and a heating element operatively associated with a surface on the fan, the heating element being powered by the electricity produced by the magnet and the electrical coil .
A method for performing a fire system interoperability protocol, the method comprising: discovering, by a first interoperability node (N1) of a first network comprising a first plurality of network nodes (A1), a second interoperability node (N2) of a second network comprising a second plurality of network nodes (B1), wherein the first network is different from the second network ; performing a protocol version compatibility check between the first interoperability node (N1) and the second interoperability node (N2) responsive to discovering the second interoperability node (N2); performing an interoperability function availability check of the second interoperability node (N2) responsive to the protocol version compatibility check; and providing interoperability functions to the second interoperability node (N2) such that the first interoperability node (N1) and the second interoperability node (N2) can exchange messages and exchange commands. discovering, by a first interoperability node (N1) of a first network comprising a first plurality of network nodes (A1), a second interoperability node (N2) of a second network comprising a second plurality of network nodes (B1), wherein the first network is different from the second network ; performing a protocol version compatibility check between the first interoperability node (N1) and the second interoperability node (N2) responsive to discovering the second interoperability node (N2); performing an interoperability function availability check of the second interoperability node (N2) responsive to the protocol version compatibility check; and providing interoperability functions to the second interoperability node (N2) such that the first interoperability node (N1) and the second interoperability node (N2) can exchange messages and exchange commands.
Inspection and sorting apparatus , comprising a support frame supporting a transport mechanism with an endless transport belt extending along an inspection zone in which items transported on the transport belt along a transport path are inspected by an inspection mechanism and along a sorting zone in which items to be rejected are sorted out by being moved, by a sorting mechanism, out of the transport path in a direction transverse to the transport path to a sorting side, wherein, in an operation state of the apparatus, a space lateral to and alongside the sorting zone , into which the rejected items are moved, is covered by a housing cover but is open to the sorting zone and to the downside to allow the rejected items to further fall or slide down by gravity and/or the apparatus is provided with a side cover covering a region below the sorting zone laterally from the sorting side, characterized in that the housing cover and/or the side cover is movable between its/their covering position in the operation state of the apparatus and a release position granting lateral access to the sorting zone and/or to said region from the sorting side. a space lateral to and alongside the sorting zone , into which the rejected items are moved, is covered by a housing cover but is open to the sorting zone and to the downside to allow the rejected items to further fall or slide down by gravity and/or the apparatus is provided with a side cover covering a region below the sorting zone laterally from the sorting side, characterized in that the housing cover and/or the side cover is movable between its/their covering position in the operation state of the apparatus and a release position granting lateral access to the sorting zone and/or to said region from the sorting side.
A method for transporting radio signals over copper cables, comprising - receiving at least one RF signal in a radio-frequency band centered around an RF central frequency, - downconverting said at least one RF signal from the RF band to a LF band having same bandwidth of the RF band and being centered around a LF central frequency being lower than the RF central frequency, - transmitting the downconverted RF signal on a copper cable link provided in a copper cable , characterized in that the cable link and the LF band are selected according to a predetermined criteria among a plurality of LF frequency bands and a plurality of copper cable links, said predetermined criteria being such to minimize the impairment of far-end crosstalk. - receiving at least one RF signal in a radio-frequency band centered around an RF central frequency, - downconverting said at least one RF signal from the RF band to a LF band having same bandwidth of the RF band and being centered around a LF central frequency being lower than the RF central frequency, - transmitting the downconverted RF signal on a copper cable link provided in a copper cable ,
A connection system for connecting two devices with a fluidic communication between the two devices, the connection system comprising a male portion which can be joined to a first device amongst the two devices, and a female portion which can be joined to a second device amongst the two devices, a drive part having a drawer portion provided with a radial bore , and a radially movable drive member inside the radial bore , a cavity , arranged on one of the portions amongst the male portion and the female portion , and a radial protrusion , arranged on the other one of the portions amongst the male portion and the female portion , the radial protrusion being designed to expel the drive member into the cavity during a translation of the drive part , in order to press the drive member against a sidewall of the cavity , the drive part being movable in translation according to a direction substantially parallel to an axis of insertion of the male portion into the female portion , between a disconnection position in which the drive member bears against a first side of the radial protrusion and spaced from the cavity to authorize the disconnection of the male portion and the female portion , and a connection position in which the drive member bears against a second side of the radial protrusion and simultaneously bears against a sidewall of the cavity in order to block the male portion in the female portion , wherein the drive part comprises a piston designed to slide in a chamber for actuating the connection system under the effect of a pressing force exerted by a fluid on said piston , the piston being attached to the drawer portion so as to displace the drive part up to one of the positions amongst the connection position and the disconnection position under the effect of said pressing force, the connection system further comprising control means for triggering the application of said pressing force on the piston , wherein the connection system comprises return means designed to return the drive part to one of the positions amongst the connection position and the disconnection position, so that the translation of the drive part under the action of said return force causes a simultaneous displacement of the male portion relative to the female portion , characterized in that the connection system further comprising blocking means designed to block the drive part in one of the positions, amongst the connection position and the disconnection position, other than that in which the drive part tends to be returned by the return means, the blocking means comprise a blocking part , having a first bearing surface , the blocking part being movable between a blocking position, in which the first bearing surface bears against the drive member to block the drive member against the first side of the radial protrusion , and an unblocking position, in which the first bearing surface is spaced from the drive member to enable the free displacement of the drive member inside the radial bore , and an elastic return member to return the blocking part to the locking position.
Training device , which comprises: - a frame comprising two central tracks and at least one side track positioned either side of the two central tracks; - for each central track, a pad sliding on this central track; - at least one slide block sliding on a side track; and - for at least one element from among a slide block and/or at least one pad, friction means configured to induce a dynamic friction force on the track on which this element slides, and characterised in that the friction means comprise at least one removable weight. - a frame comprising two central tracks and at least one side track positioned either side of the two central tracks; - for each central track, a pad sliding on this central track; - at least one slide block sliding on a side track; and - for at least one element from among a slide block and/or at least one pad, friction means configured to induce a dynamic friction force on the track on which this element slides, and characterised in that the friction means comprise at least one removable weight.
Driving assistance method for a motor vehicle, in which a steering angle (δ ref ) of the steered wheels of the vehicle is calculated so as to keep the vehicle within a traffic lane, the steering angle (δ ref ) being calculated on the basis of a dynamic model of the vehicle and on the basis of parameters relating to the behaviour of the vehicle and meeting safety and comfort criteria of the driver, characterized in that the comfort criteria of the driver comprise a criterion which imposes that the lateral speed of the vehicle ( ẏ L ) is bounded by a value (∇max) ensuring an acceptable comfort level perceived by the driver, a second criterion which imposes that the lateral acceleration ( ÿ L ) and the derivative of the yaw speed ( r̈ ) are bounded, and a third criterion which imposes that the minimum and maximum closed-loop convergence speeds are bounded.
An antenna feeding network for a multi radiator antenna, the antenna feeding network comprising at least two coaxial lines, wherein each coaxial line comprises a central inner conductor and an elongated outer conductor surrounding the central inner conductor, wherein at least two of the outer conductors of said coaxial lines each are provided with an opening , further comprising connecting means in the form of a connector device which is configured to electrically interconnect the inner conductors in said at least two outer conductors, characterized in that said at least two outer conductors provided with an opening are neighbouring outer conductors, wherein the openings together form a combined opening extending between said at least two outer conductors, wherein said antenna feeding network further comprises at least one non-conductive holding element configured to be placed in the combined opening , wherein said non-conductive holding element comprises at least one through passage adapted to receive said connector device , and wherein said holding element is configured to hold the connector device in position and to engage and hold the inner conductors in said at least two outer conductors in position.