Abstract: A system and method of safely servicing a liquid-tight container installed in a location where flammable vapors or electrostatic shock exist, where the structure of the container is fabricated of a non-conductive material. The electrostatic charge build-up inside the container is achieved by coating the inside surface with a dissipative plastic and connecting the dissipative coating to a conductive feed-through with a metallic layer, where at least one of the metallic layer or the conductive layer extends over at least the region between a lower design fill level and an upper design fill level. The conductive feed-through is connected to a system static ground point which is isolated from electronic power supply grounds.

Abstract: An arrangement has an electrical device with two or more electrical contact points. A fluid-based reference potential connecting device is suitable for connecting the electrical contact points to a reference potential. The fluid-based reference potential connecting device has an annular fluid line which connects the contact points in series, and, when a fluid flows through the fluid line, the fluid successively wets the contact points, starting from a starting point, contact point by contact point, along a predefined flow direction.

Abstract: An electrostatic discharge assembly for a vehicle includes a conductive plastic tether and a pipe connector. The conductive plastic tether has a first end and a second end. The first end is configured to be connected to a vehicle frame. The pipe connector is configured to connect the second end of the conductive plastic tether to a first fuel pipe of the vehicle.

Abstract: A tensioner comprising a base, a ring engaged with the base, the ring rotatable about a center “C” within a base opening, a pulley journalled to the ring, a pivot arm pivotally engaged with the ring, a pulley journalled to the pivot arm, a torsion spring disposed between the ring and the pivot arm for urging the pivot arm, a damping assembly frictionally disposed between the base and the ring, a spring applying a normal load to the damping material, and the damping material having a resistance in the range of greater than 0? up to approximately 10,000?.

Abstract: In an example, a method of supplying fuel to a fuel tank of a vehicle includes supplying, via a fuel line, fuel to a fuel tank of a vehicle at an initial rate of fuel flow, which causes an electrostatic charge to accumulate on a surface of the fuel in the fuel tank. The method also includes exposing an air medium in the fuel tank to ionizing radiation to increase a level of ionization of an air medium in the fuel tank and increase a rate of dissipation of the electrostatic charge. The method includes determining the level of ionization of the air medium in the fuel tank, and determining an increased rate of fuel flow based on a difference between the determined level of ionization and a baseline level of ionization. The method further includes supplying the fuel to the fuel tank at the increased rate of fuel flow.

Abstract: A water treatment device is provided to remove static or stray electricity from water. The device includes a pipe though which the water flows, with an electrical coil within the pipe. The coil captures or collects the electricity and transmits electricity to ground via a ground wire.

Abstract: A self-wrapping, textile sleeve for routing and protecting elongate members from exposure to abrasion, thermal and other environmental conditions and method on construction thereof. The sleeve has an elongate wall constructed from interlaced yarns having interstices between adjacent yarns. At least one of the yarns is heat formed at one temperature to form the wall as a self-wrapping wall curling about a longitudinal axis of the sleeve. The wall has an inner surface providing a generally tubular cavity in which the elongate members are received. The wall also has an outer surface with a cured layer thereon. The cured layer is cured at the one temperature at which the yarns are heat formed into their self-wrapping configuration, wherein the cured layer fills the interstices between adjunct yarns to form an impervious layer on the wall.

Abstract: A dielectric fitting assembly for mounting on a support includes a mounting bracket including an hollow body defining a central cavity therein and extending along a longitudinal axis; and a tubular component received within the cavity, wherein the hollow body includes an internal wall surface defining a gap between the hollow body and the tubular component, wherein the bracket includes at least one port along the hollow body, fluidly connecting with the gap, and through which adhesive can be directed into the gap between the bracket and tubular component for fixing the component to the bracket.

Abstract: A tank which has at least one at least partially electrically conductive container, an electric component arranged in the fuel tank, and a cover to close an opening for the electric component, the tank allowing grounding in a simple manner.

Abstract: A tapping fitting, particularly a flap or ball cock, with a fitting housing made from plastic for connection to a drain spigot of a plastic container for liquids, particularly an interior container of a transport and storage container, wherein the fitting housing is provided with a conductive device at least part of which is made from electrically conductive plastic for dissipating an electrostatic charge, wherein the conductive device is the conductive device has an integrally conformed earthing conductor for the electrically conductive connection of the conductive device to a ground potential and is also connected integrally with the fitting housing.

Abstract: A liquid filter housing which comprises a housing pot of two-layered configuration and a housing cover closing the housing pot. The housing pot and the housing cover mutually enclose an interior, wherein the inner layer of the housing pot facing the interior is manufactured from an electrically conductive plastic material and the outer layer of the housing pot facing away from the interior from an electrically insulating plastic material. An especially good mechanical connection is achieved between the two layers by the inner layer and the outer layer being connected to one another in a positive-locking manner.

Abstract: A bonding system for a tank battery containing a flammable or combustible product being stored or conveyed, including a bonding conductor, an electrically conductive base member mounted on the tank, the electrically-conductive base member electrically connected to the bonding conductor and to ground installed within each tank and also including a flexible conductive medium with an upper end and a lower end and a plurality of fine electrically-conductive metal wires each having a proximal end and a terminal end, the proximal ends of which are intertwined with the flexible conductive medium to be in electrical connection with the electrical conductive medium, the upper end of the flexible conductive medium electrically connected with the electrically conductive base member and a plurality of static drains located proximate to the highest points of the tank battery and electrically bonded to said bonding conductor.

Abstract: A device for protecting piping from lightning. The piping includes tubular metal sections connected to each other by connection parts, a first portion of the connection parts being plastic material parts and a second portion of the connection parts being metal parts.

Abstract: A firing prevention structure of a fuel tank is provided with a double sleeve to pass through a hole formed in a rib, and a supporting structure to support a pipe to pass through the double sleeve. The supporting structure is attached to the rib. The supporting structure is provided with an insulating section which electrically insulates the pipe and the rib. The double sleeve is formed of electrically insulating material. Thus, an ignition source in the fuel tank is prevented.

Abstract: A charge neutralization system is provided. The charge neutralization system includes a reservoir, a plasma generator and a flow restricting transfer line. The reservoir is configured to hold matter to be ionized under pressure. The plasma generator is configured and arranged to create a neutral energy plasma on a vehicle from the matter to be ionized. The flow restricting transfer line provides a fluid communication between the reservoir and the plasma generator.

Abstract: A static dissipating assembly dissipates static from a vehicle to prevent accidental ignition of flammable fumes while replenishing a fuel supply for a vehicle. The assembly includes a conductive strap having a first end and a second end. A first connector is coupled to the first end of the strap. The first connector is configured for coupling to a fuel dispensing nozzle. A second connector is coupled to the second end of the strap. The second connector is configured for coupling to a vehicle proximate a fuel port of the vehicle.

Abstract: A groundable fuel delivery module (1) for a fuel tank (3) is proposed. Here, the fuel delivery module (1) has a first element (5) composed of non-conductive material. Here, the first element (5) may be for example a tank flange (7) or a filter housing (9). The fuel delivery module (1) furthermore has an electrically conductive structure (11) which is designed to connect the first element (5) to a ground contact (13). Here, the electrically conductive structure (11) is sprayed onto the first element (5) for example by means of a two-component method or by means of a plasma spraying method.

Abstract: A filter has a filter medium (10) during operation clears fluid, particularly in the form of hydraulic fluid. The filter medium (10) is made of a material such that the potential difference to the fluid to be cleaned is low. The parts of the filter medium (10) have different potentials with respect to each other and/or the fluid to be cleaned such that they cancel each other at least partially, specific dissipation is aspired, or a return of electric charge to the associated filter medium (10) is provided, using a charge equalization situation.

Abstract: A pipe connector is disclosed, comprising two connector elements, arranged for interconnection of two pipes, wherein one or both of the connector elements is formed from electrically resistive material so as to provide electrical resistance between the connected pipes.

Abstract: A recording apparatus performing recording with a recording head mounted on a carriage capable of scanning with respect to a recording medium includes a circuit board provided on the carriage; a sheet metal member disposed on an upper surface of the carriage; a flexible wiring member which is disposed to draw around an outer surface of the carriage and makes the circuit board and an apparatus body side to be electrically connected; and a grounding spring which is disposed on the carriage and grounds the sheet metal member to the apparatus body side, wherein the grounding spring serves as a fixing member which fixes the flexible wiring member to the carriage.

Abstract: A fuel piping connection device for aircraft includes a male end fitting and a female end fitting that are configured to engage one another. The male and female end fittings are made of a resistive material that is an insulating material loaded with conducting fibers. Each of the male and female end fittings is configured to be bonded to a radial outer wall at an extremity of a respective tube in the fuel piping or to a radial outer wall at an extremity of a respective piping connector. Each of the male and female end fittings includes an inwardly projecting shoulder configured to engage with an axial end surface of the respective tube in the fuel piping or with an axial end surface of the respective piping connector.

Abstract: To eliminate charges accumulated inside a wall structure of a resin vessel 2, which is sterilized by an electron beam irradiator 16, an ionizer 134 disposed outside a filler 112 emits to the outer surface of the resin vessel 2 with negative ions having the same polarity as that of charges accumulated in the wall section of the resin vessel 2, while conveying the resin vessel 2 sterilized by the electron beam irradiator 16 to the filler 112, by which liquid fills the resin vessel 2. A filling nozzle 132 is connected to ground, and an ion flowing path is formed through a liquid column La filling the interior of the resin vessel 2 from the filling nozzle 132.

Abstract: A bonding system for a tank battery containing a flammable or combustible product being stored or conveyed, including a bonding conductor, an electrically conductive base member mounted on the tank, the electrically-conductive base member electrically connected to the bonding conductor and to ground installed within each tank and also including a flexible conductive medium with an upper end and a lower end and a plurality of fine electrically-conductive metal wires each having a proximal end and a terminal end, the proximal ends of which are intertwined with the flexible conductive medium to be in electrical connection with the electrical conductive medium, the upper end of the flexible conductive medium electrically connected with the electrically conductive base member and a plurality of static drains located proximate to the highest points of the tank battery and electrically bonded to said bonding conductor.

Abstract: A tapping armature having an armature housing is made from plastic for liquid transport and storage containers, which are equipped with a plastic inner container having a filling port and a drain port for connection of the tapping armature, an outer casing made from metal mesh or sheet metal, and a pallet-like base made from metal. The tapping armature with the filling port of the armature housing is screwed to a connecting flange designed as a threaded flange and made from an electrically non-conductive plastic material, which is welded to the drain port of the inner container. The connecting flange of the armature housing is connected to the base of the outer casing of the transport and storage container via an grounding lead made from an electrically conductive plastic material. The connecting flange and the grounding lead are produced in two production steps with an injection molding machine according to 2K technology.

Abstract: An in-line gas ionizer has a gas inlet, an ionizing chamber, and a gas outlet, wherein at least one of the gas outlet and the ionizing chamber comprises static dissipative material which may be connected to ground.

Abstract: A method for improving conductance on hydraulic fittings by incorporating a soft metal interlayer between the fitting and a hydraulic tube, wherein the soft metal interlayer is located in an area where the fitting engages the hydraulic tube upon swaging or installation under pressure.

Abstract: A device 10 for electrically discharging samples of an electrically non-conductive liquid includes an electrically conductive outer member 12, an electrically conductive inner member 14 disposed within the outer member 12, an electrically conductive rod 16 with upper and lower plugs 18 and 19 secured thereto to maintain a non-conductive fluid in the device 10, non-conductive handles 20 and 22 secured to the outer and inner members 12 and 14, and an electrically conductive ground cable 26 detachably secured to the rod 16 to ultimately remove or reduce static charge in the electrically non-conductive liquid via the liquid engaging the outer member 12, inner member 14 and rod 16, which are electrically grounded via the cable 26.

Abstract: Exemplary systems and methods are directed to monitoring a ground connection at a fueling facility. The system being configured to perform the method that includes measuring a vehicle ground quality. The method also includes determining a dispenser ground quality, evaluating the vehicle ground quality based on the dispenser ground quality and a threshold value, and controlling the dispensing of fuel based on the evaluation.

Abstract: A portable, in-line conveyor grounding system includes an electrically conductive metal pipe having a material flow section, with an inner diameter greater than that of an inlet and outlet, and a metallic grating disposed in the material flow section. An inlet attachment device and an outlet attachment device, as well as an electrically conductive wire with a grounding clamp, is provided. An electrically insulating wrapping is wrapped about the conductive wire and electrically conductive pipe, with a section of the wire having the grounding clamp exposed.

Abstract: A device 10 for electrically discharging samples of an electrically non-conductive liquid includes an electrically conductive outer member 12, an electrically conductive inner member 14 disposed within the outer member 12, an electrically conductive rod 16 with upper and lower plugs 18 and 19 secured thereto to maintain a non-conductive fluid in the device 10, non-conductive handles 20 and 22 secured to the outer and inner members 12 and 14, and an electrically conductive ground cable 26 detachably secured to the rod 16 to ultimately remove or reduce static charge in the electrically non-conductive liquid via the liquid engaging the outer member 12, inner member 14 and rod 16, which are electrically grounded via the cable 26.

Abstract: Fluid treatment elements and assemblies include a spring-biased electrical contact arrangement to dissipate electrical charge from the fluid treatment pack and/or the end caps to the housing.

Abstract: A coupling system is provided. The system comprises a first hydraulic line element that is electrically conductive at least inside, a second hydraulic line element, an electrically conductive intermediate element that projects by a first end thereof at least partially into the first hydraulic line element, a releasable fastening element configured to couple the electrically conductive intermediate element to the second hydraulic line element, and a conducting device coupled to a predetermined electric potential and connected in an electrically conductive manner to the electrically conductive intermediate element. In this way, the two hydraulic lines can be coupled in a releasable manner and dissipate electric charge that may build up in, for example, a fuel system.

Abstract: A pipe connector is disclosed, comprising two connector elements, arranged for interconnection of two pipes, wherein one or both of the connector elements is formed from electrically resistive material so as to provide electrical resistance between the connected pipes.

Abstract: A device 10 for electrically discharging samples of an electrically non-conductive liquid includes an electrically conductive outer member 12, an electrically conductive inner member 14 disposed within the outer member 12, an electrically conductive rod 16 with upper and lower plugs 18 and 19 secured thereto to maintain a non-conductive fluid in the device 10, non-conductive handles 20 and 22 secured to the outer and inner members 12 and 14, and an electrically conductive ground cable 26 detachably secured to the rod 16 to ultimately remove or reduce static charge in the electrically non-conductive liquid via the liquid engaging the outer member 12, inner member 14 and rod 16, which are electrically grounded via the cable 26.

Abstract: Unsafe electric energies can exist in aircraft fuel tanks as a result of static build-up or induced currents from lightning strikes. The invention provides an aircraft fuel tank including two discharge paths for the safe discharge of electricity from the tank before it reaches levels where an arc, spark or other electric discharge, able to ignite fuel in the tank, could occur. The failure of both the discharge paths would significantly increase the risk of an ignition causing electrical discharge occurring. The tank thus also includes a circuit for monitoring the integrity of each discharge path. By having at least two discharge paths, should one discharge path fail (which failure being detected by the monitoring circuit, at least one alternative discharge path exists for the safe discharge of electrical energy from the fuel tank, until the failed discharge path is repaired.

Abstract: A liquid container (1) comprises a container body (2) with an outlet sleeve (3) having a free end (3a) defining an outlet opening, a drainage device (10) having a flange (11), and electrically conductive means (20) for discharging electrostatic charges from the container (1). The drainage device (10) comprises a tubular member (12) at least partly inserted into the outlet sleeve (3), and the electrically conductive means (20) comprise a first portion (21) interposed between the tubular member (12) of the drainage device (10) and the outlet sleeve (3) of the container body (2) and a second portion (22) connected to the first portion (21), disposed between the flange (11) and the free end (3a) of the outlet sleeve (3). The second portion (22) projects out of the drainage device (10). Particularly, the electrically conductive means are made of an electrically conductive plastic material.

Abstract: The present invention provides a device for preventing electrically induced gas fires involving gas tubing such as Corrugated Stainless Steel Tubing (CSST) and gas appliance connectors (GAC). Connectors for coupling the gas tubing to gas lines and appliances are affixed at each end of the tubing. These connectors are made of a conductive material. Conductive wire (i.e. mesh surrounding the gas tubing) provides a direct electrical contact between the end connectors. If an electrical charge goes to ground via the gas tubing, such as from a lightning strike or an appliance short, the current is carried between the end connectors by the conductive wire instead of the gas tubing itself, thereby preventing damage to the gas tubing from the current.

Abstract: A flange and hose assembly is provided for a fuel supply unit of a vehicle. The assembly includes a plastic flange 12 and an electrically conductive hose connector 16 extending from a surface of the flange and having an opening in communication with a fluid path through the flange. Discharge structure 28 is associated with the hose connector. The assembly also includes at least one hose 17 for carrying fuel. The hose has an electrically conductive inner layer 27 defining an inner diameter thereof. A portion 22 of the hose connector is received in within the inner diameter of the hose so that the portion contacts the inner layer 27 of the hose, with at least a portion of the discharge structure 28 being accessible outside of the hose. The discharge structure 28 is constructed and arranged to be electrically connected to a terminal of a wiring harness of the fuel supply unit to thereby discharge an electric load in the hose.

Abstract: Apparatus for electrically isolating interconnecting station nozzle and vehicle receptacle components during the refueling of high pressure gas into a vehicle tank comprising an electrically isolated vehicle tank inlet receptacle engageable with a refueling nozzle wherein the receptacle includes an assembly of mutually engageable electrically insulating media in conjunction with the vehicle receptacle mount to prevent electrical contact from the refueling nozzle to the vehicle chassis and gas tank in the refueling gas flow conduit system.

Abstract: A device 10 for electrically discharging samples of an electrically non-conductive liquid includes an electrically conductive outer member 12, an electrically conductive inner member 14 disposed within the outer member 12, an electrically conductive rod 16 with upper and lower plugs 18 and 19 secured thereto to maintain a non-conductive fluid in the device 10, non-conductive handles 20 and 22 secured to the outer and inner members 12 and 14, and an electrically conductive ground cable 26 detachably secured to the rod 16 to ultimately remove or reduce static charge in the electrically non-conductive liquid via the liquid engaging the outer member 12, inner member 14 and rod 16, which are electrically grounded via the cable 26.

Abstract: The invention relates to a means for preventing build-up of electrostatic potential in a fluid container during filling and/or discharging. The fluid container comprises electrical insulating materials and a valve means through which filling and/or discharging occurs. Means for reducing and/or eliminating electrical and/or electrostatic potential build-up during filling or discharging of the container is arranged in conjunction with the container walls. Such means may for example be arranged in conjunction with the valve means, reducing and/or changing the flow velocity of the fluid and/or the flow direction of the fluid during the filling operation.

Abstract: A system and method for preventing sparking or arcing within a fuel tank area is provided. The method includes installing an electrical bond between a fuel access door to a fuel tank skin; isolating the fuel access door and the fuel tank skin; and installing a fuel seal between the inner side of the fuel tank skin and the fuel access door.

Abstract: A grounding arrangement for an in-tank fuel system includes a fuel level sensor assembly of a fuel module comprising a conductive card body and a resister card supported on the conductive card body. The resister card includes a conductive trace in conductive contact with the conductive card body. The card body is conductively connected to a conductive fuel module component. The trace is adapted to be connected to the ground plane of a vehicle. Other traces on the resister card are in the electrical circuit of the fuel level sensor assembly. The fuel module further includes a conductive blade having a knife edge and in conductive contact with a conductive fuel module component. The knife edge cuts through the insulation of an insulated conductor to allow the knife edge to be in contact with the conductive element of the conductor.

Abstract: A liquid container (1) comprises a container body (2) with an outlet sleeve (3) having a free end (3a) defining an outlet opening, a drainage device (10) having a flange (11), and electrically conductive means (20) for discharging electrostatic charges from the container (1). The drainage device (10) comprises a tubular member (12) at least partly inserted into the outlet sleeve (3), and the electrically conductive means (20) comprise a first portion (21) interposed between the tubular member (12) of the drainage device (10) and the outlet sleeve (3) of the container body (2) and a second portion (22) connected to the first portion (21), disposed between the flange (11) and the free end (3a) of the outlet sleeve (3). The second portion (22) projects out of the drainage device (10). Particularly, the electrically conductive means are made of an electrically conductive plastic material.

Abstract: An apparatus comprises a wall, an internal structure, and a fastener. The wall has a conductive surface and a countersunk hole. The countersunk hole passes through the internal structure. The fastener has an interference fit within the countersunk hole.

Abstract: A fueling environment's safety is improved by adding static charge sensors to the fuel dispenser and its peripherals. The static charge sensors detect static charge proximate the fuel dispenser and provide an indication of the static charge to a threshold detector. If the static charge is above a predetermined threshold, one or more safety devices may be activated to disperse or reduce the amount of hydrocarbon vapors proximate the fuel dispenser. Reduction in the amount of hydrocarbon vapors proximate the fuel dispenser helps reduce the risk of harm from the static charge.

Abstract: The invention relates to a means for preventing build-up of electrostatic potential in a fluid container during filling and/or discharging. The fluid container comprises electrical insulating materials and a valve means through which filling and/or discharging occurs. Means for reducing and/or eliminating electrical and/or electrostatic potential build-up during filling or discharging of the container is arranged in conjunction with the container walls. Such means may for example be arranged in conjunction with the valve means, reducing and/or changing the flow velocity of the fluid and/or the flow direction of the fluid during the filling operation.

Abstract: A fuel-discharge protection system is provided herein to prevent electrostatic hazard when a tank truck is discharging fuel into a reservoir. This invention mainly contains an oil-valve switch device, a driving device, and an electrostatic detection and control device. The fuel is discharged from the tank truck into the reservoir through the oil-valve switch device. The electrostatic detection and control device monitors the ground resistance and the electrostatic voltage of the tank truck during the entire process of fuel discharge. The electrostatic detection and control device, by controlling the driving device, opens the valve of the oil-valve switch device to allow fuel discharged into the reservoir only when the ground resistance and the electrostatic voltage of the tank truck are within respective safety ranges.

Abstract: A plastic barrel, embodied as a bung barrel or a lid barrel, is manufactured as a single-layer container or multi-layer container by extrusion blow molding. The plastic barrel has a barrel body having an inner surface and an outer surface. The barrel body has sections integrated into the barrel body, wherein the sections are made of electrically conducting plastic material and form electric connections between the inner surface and the outer surface of the barrel body so that electric charges of the interior of the barrel can be dissipated to the outer surface.

Abstract: A transport and storage container for liquids has a pallet-shaped support frame made of metal or an electrically conducting plastic material and an exchangeable inner container made of plastic material, supported on the support frame and being of a multi-layer or single-layer configuration provided with a permanently antistatic outer layer. The inner container is a cubic or a parallelepipedal container with four sidewalls, a top and a bottom, an upper closable fill socket, and a tapping fixture. An outer jacket surrounds the inner container and is made of grade bars of metal or sheet metal. An outlet socket, for receiving the tapping fixture, is made of electrically conducting plastic material and connected to the permanently antistatic outer layer of the inner plastic container. In another configuration, the tapping fixture is made of electrically conducting plastic material and has an intake socket connected to the permanently antistatic outer layer.