Abstract: A lighting system comprising at least one lighting assembly, the lighting assembly comprising at least one ultraviolet light source, means for separately controlling ultraviolet light source and a mounting base, the mounting base carrying the ultraviolet light source with the means for separately controlling disposed remote therefrom, lighting assemblies of the lighting system mounted upon a portion of the side of a boat wherein the ultraviolet light source comprises an array of point lights.

Abstract: A lighting system comprising at least one lighting assembly, the lighting assembly comprising at least one ultraviolet light source, means for separately controlling ultraviolet light source and a mounting base, the mounting base carrying the ultraviolet light source with the means for separately controlling disposed remote therefrom, lighting assemblies of the lighting system mounted upon a portion of the side of a boat wherein the ultraviolet light source comprises an array of point lights.

Abstract: A fuel dispensing system, parts therefor and methods for making the same are provided, the system having a venturi section for removing liquid from a normal drape area of a hose assembly of the system, the venturi section having an inlet unit that is positioned in a vapor recovery fluid passage of the hose assembly generally at the actual drape area of the hose assembly even when the actual drape area is disposed intermediate the normal drape area and a dispensing nozzle or is disposed intermediate the normal drape area and the source of liquid fuel as well as when the actual drape area is disposed generally at the normal drape area.

Abstract: A fuel dispensing system, parts therefor and methods for making the same are provided, the system having a venturi section for removing liquid from a normal drape area of a hose assembly of the system, the venturi section having an inlet unit that is positioned in a vapor recovery fluid passage of the hose assembly generally at the actual drape area of the hose assembly even when the actual drape area is disposed intermediate the normal drape area and a dispensing nozzle or is disposed intermediate the normal drape area and the source of liquid fuel as well as when the actual drape area is disposed generally at the normal drape area.

Abstract: A fuel dispensing system, parts therefor and methods for making the same are provided, the system having a venturi section for removing liquid from a normal drape area of a hose assembly of the system, the venturi section having an inlet unit that is positioned in a vapor recovery fluid passage of the hose assembly generally at the actual drape area of the hose assembly even when the actual drape area is disposed intermediate the normal drape area and a dispensing nozzle or is disposed intermediate the normal drape area and the source of liquid fuel as well as when the actual drape area is disposed generally at the normal drape area.

Abstract: A system for conveying a fluid through an under-the-ground location and method of making the same are provided, the system comprising a primary flexible conduit for conveying the fluid therethrough and having an outer peripheral surface and an inner peripheral surface, and an outer secondary conduit having at least a portion of the primary conduit removably disposed therein and having an inner peripheral surface and an outer peripheral surface that engages the ground in the under-the-ground location thereof, the secondary conduit having the inner peripheral surface thereof comprising a helically disposed and inwardly directed projection thereof that engages the outer peripheral surface of the primary conduit in a spiral manner and cooperates therewith to define a helically disposed passage that extends therebetween throughout substantially the entire engagement area thereof.

Abstract: A system for conveying a fluid through an under-the-ground location and method of making the same are provided, the system comprising a primary flexible conduit for conveying the fluid therethrough and having an outer peripheral surface and an inner peripheral surface, and an outer secondary conduit having at least a portion of the primary conduit removably disposed therein and having an inner peripheral surface and an outer peripheral surface that engages the ground in the under-the-ground location thereof, the secondary conduit having the inner peripheral surface thereof comprising a helically disposed and inwardly directed projection thereof that engages the outer peripheral surface of the primary conduit in a spiral manner and cooperates therewith to define a helically disposed passage that extends therebetween throughout substantially the entire engagement area thereof.

Abstract: A system for conveying a fluid through an under-the-ground location and method of making the same are provided, the system comprising a primary flexible conduit for conveying the fluid therethrough and having an outer peripheral surface and an inner peripheral surface, and an outer secondary conduit having at least a portion of the primary conduit removably disposed therein and having an inner peripheral surface and an outer peripheral surface that engages the ground in the under-the-ground location thereof, the secondary conduit having the inner peripheral surface thereof comprising a helically disposed and inwardly directed projection thereof that engages the outer peripheral surface of the primary conduit in a spiral manner and cooperates therewith to define a helically disposed passage that extends therebetween throughout substantially the entire engagement area thereof.

Abstract: A fuel dispensing system, parts therefor and methods for making the same are provided, the system having a venturi section for removing liquid from a normal drape area of a hose assembly of the system, the venturi section having an inlet unit that is positioned in a vapor recovery fluid passage of the hose assembly generally at the actual drape area of the hose assembly even when the actual drape area is disposed intermediate the normal drape area and a dispensing nozzle or is disposed intermediate the normal drape area and the source of liquid fuel as well as when the actual drape area is disposed generally at the normal drape area.

Abstract: A fuel dispensing system, parts therefor and methods for making the same are provided, the system having a venturi section for removing liquid from a normal drape area of a hose assembly of the system, the venturi section having an inlet unit that is positioned in a vapor recovery fluid passage of the hose assembly generally at the actual drape area of the hose assembly even when the actual drape area is disposed intermediate the normal drape area and a dispensing nozzle or is disposed intermediate the normal drape area and the source of liquid fuel as well as when the actual drape area is disposed generally at the normal drape area.

Abstract: A system for conveying a fluid through an under-the-ground location and method of making the same are provided, the system comprising a primary flexible conduit for conveying the fluid therethrough and having an outer peripheral surface and an inner peripheral surface, and an outer secondary conduit having at least a portion of the primary conduit removably disposed therein and having an inner peripheral surface and an outer peripheral surface that engages the ground in the under-the-ground location thereof, the secondary conduit having the inner peripheral surface thereof comprising a helically disposed and inwardly directed projection thereof that engages the outer peripheral surface of the primary conduit in a spiral manner and cooperates therewith to define a helically disposed passage that extends therebetween throughout substantially the entire engagement area thereof.

Abstract: A fuel dispensing system has a venturi section for removing liquid from a normal drape area of a hose assembly of the system and the venturi section has an inlet unit that is positioned in a vapor recovery fluid passage of the hose assembly generally at the actual drape area of the hose assembly even when the actual drape area is disposed intermediate the normal drape area and a nozzle or is disposed intermediate the normal drape area and the source of liquid fuel as well as when the actual drape area is disposed generally at the normal drape area, the inlet unit comprising a tube unit interconnected to the venturi section and having a plurality of inlets respectively disposed in different axial positions in the vapor recovery fluid passage along the length thereof.

Abstract: Wall systems are disclosed which employ a plurality of individual panels formed of extruded polymeric material joined in edge-to-edge relation including wale members which are vertically offset and interlocked at end portions thereof with adjacent wale members. The wall systems include connector elements for joining and interlocking the adjacent panel edges, and panels are disclosed, each having a continuous convex surface between their opposite side edges and strengthening ribs formed on a concave surface disposed opposite the convex surface thereof. A revetment system is disclosed in which a pair of wall sections are positioned in facing spaced-apart relation and joined by tie bolts extending through the wale members, to receive concrete therebetween.

Abstract: A belt construction and method of making the same are provided, the belt construction having opposed sides and comprising a plurality of teeth defining one of the opposed sides of the belt construction and being mainly formed of a first polymeric material that has reinforcing fibers therein, each tooth having opposed sides that are disposed in spaced relation to adjacent sides of adjacent teeth, the belt construction having a land area between adjacent teeth, and a backing member defining the other of the opposed sides of the belt construction, the backing member being mainly formed from a second polymeric material that is initially separate from the material of the teeth.

Abstract: A belt construction and method of making the same are provided, the belt construction comprising a tensile member intermediate the opposed sides of the belt construction, a plurality of teeth defining one of the opposed sides of the belt construction and being mainly formed of a first polymeric material that has reinforcing fibers therein, each tooth having opposed sides that are disposed in spaced relation to adjacent sides of adjacent teeth, the belt construction having a land area between adjacent teeth, and a backing member defining the other of the opposed sides of the belt construction, the backing member being mainly formed from a second polymeric material that is initially separate from the material of the teeth and is substantially free of fibers therein, the material of the backing member having a surface that joins with a surface of each tooth whereby the joining surfaces define an interface line therebetween, the interface line for each tooth extending from the tensile member at a point inboard of

Abstract: A belt construction provided, the belt construction comprising a tensile member intermediate the opposed sides of the belt construction, a plurality of teeth defining one of the opposed sides of the belt construction and being mainly formed of a first polymeric material that has reinforcing fibers therein, the belt construction having a land area between adjacent teeth, and a backing member defining the other of the opposed sides of the belt construction, the backing member being mainly formed from a second polymeric material that is initially separate from the material of the teeth and is substantially free of fibers therein, the material of the backing member having a surface that joins with a surface of each tooth whereby the joining surfaces define an interface line therebetween, the interface line in each land area having a portion thereof disposed spaced from the tensile member on the side thereof opposite to the side thereof that faces toward the teeth.

Abstract: A long synchronous belt made primarily of elastomeric material is provided which comprises a plurality of narrow, toothed strips joined in side-by-side fashion, each strip having at least one longitudinally-extending reinforcement located therein. Also provided is a method for making such a belt which comprises the steps of providing a first belt sleeve having the desired tooth configuration, cutting the first sleeve into a continuous strip, winding the strip to form a second sleeve of desired circumferential length, joining the adjacent strips of the second sleeve in side-by-side fashion, and cutting at least one belt of desired width from the second sleeve.

Abstract: A belt construction and method of making the same are provided, the belt construction having a plurality of teeth defining one of the opposed sides thereof and being mainly formed of a first polymeric material that has reinforcing fibers therein, and having a backing member defining the other of the opposed sides of the belt construction and being mainly formed from a second polymeric material that is initially separate from the material of the teeth and is substantially free of fibers therein, the materials defining an interface line therebetween with the interface line in each land area having a portion thereof disposed spaced from the tensile member on the side thereof opposite to the side thereof that faces toward the teeth.

Abstract: A long synchronous belt made primarily of elastomeric material is provided which comprises a plurality of narrow, toothed strips joined in side-by-side fashion, each strip having at least one longitudinally-extending reinforcement located therein. Also provided is a method for making such a belt which comprises the steps of providing a first belt sleeve having the desired tooth configuration, cutting the first sleeve into a continuous strip, winding the strip to form a second sleeve of desired circumferential length, joining the adjacent strips of the second sleeve in side-by-side fashion, and cutting at least one belt of desired width from the second sleeve.

Abstract: A method of making an endless power transmission belt and belt made employing such method are provided wherein the belt has a set of driving teeth on each of pair of opposite surfaces thereof and the belt is adapted to be operated to provide a precision driving action employing the driving teeth on either surface thereof due to such belt having a pair of cooperating helically wound load-carrying cords disposed on a precise pitch line associated with all teeth.