Abstract: A method for detecting a cyberattack is provided. A set of packet capture training data has data elements labeled as being normal or cyberattack data. Metrics in the data are identified that are associated with either cyberattack data or normal data. Statistical measures are developed from these metrics. The training data and statistical measures are used to train a machine learning network. Real packet capture data is obtained and statistical measures are developed for this real data. The trained machine learning network, real data and real statistical measures are utilized to classify the real data as cyberattack data or normal data. Users are alerted if the trained machine learning data identifies cyberattack data in the real packet capture data.

Abstract: A metallic fitting assembly employs a clip-to-body attachment for locking a tube end of a fluid system component to the fitting assembly. The fitting assembly includes a fitting body defining a fluid flow path between a first end and a second end opposite from the first end. The first end receives a tube end of a first fluid system component, and the fitting body defines a clip slot adjacent to the first end, and a material of the fitting body includes metal; and a clip wherein a material of the clip includes metal. When the tube end is inserted through the first end of the fitting body, the clip is inserted through the clip slot and around the tube end to engage the tube end in a connected state in which the tube end is locked within the fitting body. The fitting body includes a main body and a ring end that define the clip slot between the main body and the ring end, the main body and the ring end being attached to each other by a bridge.

Abstract: A metallic fitting assembly 10 employs a clip-to-body attachment for locking a tube end 12 of a fluid system component to the fitting assembly. The fitting assembly 10 includes a fitting body 14 defining a fluid flow path 26 between a first end and a second end opposite from the first end, wherein the first end is configured to receive a tube end 12 of a first fluid system component, and the fitting body 14 defines a clip slot 34 adjacent to the first end, and a material of the fitting body includes metal; and a clip 16 wherein a material of the clip includes metal. When the tube end 12 is inserted through the first end of the fitting body 14, the clip 16 is inserted through the clip slot 34 and around the tube end 12 to engage the tube end in a connected state in which the tube end 12 is locked within the fitting body 14.

Abstract: A hose fitting assembly for a collapse-resistant hose, includes a sleeve having a forward and rearward sleeve end portion, the rearward sleeve end portion having an opening adapted to receive a hose end portion; a fitting having an optionally flared rearward fitting end portion operatively coupled to the forward sleeve end portion, the rearward fitting end portion having an internal surface forming an internal cavity configured to receive the hose end portion; and an optionally threaded nipple operatively couplable to the fitting and extending rearwardly through the internal cavity of the fitting, the nipple being configured to fit within an internal hose passage. The fitting assembly may include a seal mounted in fitting and sealable against the core tube upon crimping. The fitting assembly may include a support ring between skived and unskived hose regions. A collapse-resistant hose includes a carcass with an optional unbonded sacrificial layer is also provided.

Abstract: A hose assembly defines a longitudinal axis and includes an inner core tube, a thermal distribution element, and a heating element. The thermal distribution element surrounds the inner core tube, the thermal distribution element including a metalized coated film. The heating element surrounds the inner core tube, the heating element being in thermal contact with the metalized coated film.

Abstract: Electrically-heated hose assembly including a hose and a first and a second fitting. The hose is constructed as having a core tube, a pair of spiral wound wires surrounding the core, and a jacket surrounding the core tube. A first end of each of the fittings is within a corresponding end of the hose, with a second end of the fittings extending beyond the hose end. The wires are wound around at least a portion of the second fitting end of a corresponding one of the fittings.

Abstract: Electrically-heated hose assembly including a hose and a first and a second fitting. The hose is constructed as having a core tube, a pair of spiral wound wires surrounding the core, and a jacket surrounding the core tube. A first end of each of the fittings is within a corresponding end of the hose, with a second end of the fittings extending beyond the hose end. The wires are wound around at least a portion of the second fitting end of a corresponding one of the fittings.

Abstract: A double wall pipe assembly includes an inner primary pipe (4) and an outer secondary pipe (5), as well as a novel fitting assembly (3) for terminating the double wall pipe assembly. The primary pipe is a flexible annularly corrugated pipe made from stainless steel which is flexible and nearly impermeable to fuels. The fitting assembly provides an integrated seal of the secondary pipe to a fastener (8) used to seal the primary pipe to fitting body. The fitting assembly may also maintain communication between an interstitial space between the primary and secondary pipes and an access port (182) in the fastener. The access port can be used for monitoring of the interstitial space between the primary and secondary pipe.

Abstract: A coaxial hose fitting includes an inner body including an outer end portion configured for connection to an external component, an inner end portion configured for connection to an inner conduit of a coaxial hose, and an axially extending passage through the inner body from the outer end portion to the inner end portion. An outer housing including an inner end portion configured for connection to an outer conduit of the coaxial hose and an axially extending hole through the outer housing from the inner end portion of the outer housing to an outer end portion of the outer housing, the hole being sized such that the outer housing can be telescopically moved over the inner body from the outer end portion of the inner body toward the inner end portion of the inner body. A retaining element restricts axial movement of the outer housing relative to the inner body after the outer housing has been telescopically moved over the inner body.

Abstract: A moldable plastic guard for use in a protective guard for a conduit such as a hoses, tubing, wire, cable, and fiber optics. The guard is receivable over the surface of the conduit and is attached to a nut. The nut may be used to join the end of the conduit to a fitting or other connection.

Abstract: A flexible hose adapted construction for conveying fluids under pressure. The construction includes a core tube having a circumferential inner core tube surface and an opposing circumferential outer core tube surface. A first reinforcement layer surrounds the outer core tube surface, and is formed of one or more filaments of a first fiber. A second fiber reinforcement layer surrounds the first reinforcement layer, and is formed of one or more filaments of a second fiber. The first and second reinforcement layers are bonded together by means of a bonding agent such as an adhesive, resin, plasticizer, tackifier, or solvent, the application of which is controlled to wet only a portion of the filaments of the reinforcement layers.

Abstract: Multi-layer tubular polymeric composite for articles such as tubing and hoses. The composite may be formed of an innermost and an outermost layer, and at least one interlayer between the innermost and the outermost layer. The innermost and the outermost layer each may be bonded directly to one of the interlayers, and may be formed of a thermoplastic polymeric material which may be a polyamide. Each of the interlayers may be formed of a thermoplastic polymeric material which may be a polyester or copolyester, or a polyurethane.

Abstract: A flexible hose adapted construction for conveying fluids under pressure. The construction includes a core tube having a circumferential inner core tube surface and an opposing circumferential outer core tube surface. A first reinforcement layer surrounds the outer core tube surface, and is formed of one or more filaments of a first fiber. A second fiber reinforcement layer surrounds the first reinforcement layer, and is formed of one or more filaments of a second fiber. The first and second reinforcement layers are bonded together by means of a bonding agent such as an adhesive, resin, plasticizer, tackifier, or solvent, the application of which is controlled to wet only a portion of the filaments of the reinforcement layers.