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AssigneeMilliken Research Corporation
InventorsDon M. Bylund, Howard C. Willauer, Jr., James R. Reynolds
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Method and apparatus for developing an improved camouflaged product comprising of an open mesh, net substrate to which is bonded a sheet material. This sheet is colored in the desired pattern and bonded to a substrate along spaced lines of attachment between adjacent lines of bonding to the net substrate. In this formation, indefinite length webs of the net substrate and a continuous sheet may be combined in faced relation and stitch-bonded along spaced parallel continuous lines to form continuous parallel channels or pockets along the length of the composite material. The composite net and sheet material is passed to a cutting machine having a plurality of generally U-shaped guide members that separate and space the net substrate from the sheet. As the composite moves through the guide members, a plurality of spaced heated air cutters to reside and reciprocate slightly above the sheet to cut a generally sinuous path between the lines of the stitches. Separate lobes are formed on each side of the lines of stitching to simulate the appearance of natural objects of the terrain such as leaves or foliage and then are heated to over 400 degrees Fahrenheit to wrinkle and deluster the camouflage lobes thereby significantly enhancing camouflaged properties, such as creating a wrinkled three-dimensional effect and significantly decreasing luster.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions to a temperature of over 400 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions to a temperature in the range of 400 to 1100 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions to a temperature in the range of 400 to 900 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions to a temperature in the range of 400 to 600 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions with pressurized heated gas to a temperature in the range of 400 to 1100 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions with pressurized heated gas to a temperature in the range of 400 to 800 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions with pressurized heated gas to a temperature in the range of 400 to 600 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes wherein said lobes are in a range of between fifty to seventy-five percent of original size prior to said step of heating.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of:
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of:
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions with an infrared heater to a temperature in the range of 400 to 600 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes free from the substrate, each lobe having a base portion attached to the net substrate and an outer end portion, and heating said outer end portions with an infrared heater to a temperature in the range of 400 to 500 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes.
A method of producing a composite camouflage construction from a composite material comprising a net substrate in contiguous facing relation with a continuous sheet of material and bonded thereto along plural spaced lines of attachment extending along a length of the composite construction, comprising the steps of passing the composite construction in a desired path of travel while spacing the sheet from the substrate between adjacent lines of attachment, cutting the sheet between its adjacent lines of attachment to the substrate to form a plurality of lobes, each lobe having a base portion attached to the net substrate and an outer end portion free from the substrate, and heating said outer end portions with an infrared heater to a temperature in the range of 400 to 500 degrees Fahrenheit thereby wrinkling and delustering said plurality of lobes wherein said lobes are in a range of between fifty to seventy-five percent of original size prior to said step of heating.
Dependencies are inferred from the claim text.