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A method of producing a generally tubular, reinforced, structure including an inner layer of braided material having a predefined indentation configuration, the method including the steps of providing a mandrel having a shape and configuration of indentations corresponding to the shape and indentati

A method of producing a generally tubular, reinforced, structure including an inner layer of braided material having a predefined indentation configuration, the method including the steps of providing a mandrel having a shape and configuration of indentations corresponding to the shape and indentation configuration of the inner layer, providing a plurality of support members in the vicinity of at least some of the indentations on the mandrel, the support members protruding a predetermined distance radially outwardly from the mandrel, depositing the inner layer over the mandrel and the support members, and removing the support members to a position in which the support members do not protrude the surface of the mandrel.

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A method of producing a generally tubular, reinforced, structure including an inner layer of braided material having a predefined indentation configuration, the method including the steps of providing a mandrel having a shape and configuration of indentations corresponding to the shape and indentati

A method of producing a generally tubular, reinforced, structure including an inner layer of braided material having a predefined indentation configuration, the method including the steps of providing a mandrel having a shape and configuration of indentations corresponding to the shape and indentation configuration of the inner layer, providing a plurality of support members in the vicinity of at least some of the indentations on the mandrel, the support members protruding a predetermined distance radially outwardly from the mandrel, depositing the inner layer over the mandrel and the support members, and removing the support members to a position in which the support members do not protrude the surface of the mandrel. by at least to w ast one component attached to the shell; wherein the component includes at least one part that is integrally formed with the shell. 12. The plastic fuel container of claim 11, wherein the shell comprises two shell portions joined together. 13. The plastic fuel container of claim 12, wherein the two shell portions are produced by injection molding. 14. The plastic fuel container of claim 13, wherein the part is integrally formed on the inner walls of the shell portions. 15. The plastic fuel container of claim 13, wherein the part is integrally formed on the outer walls of the shell portions. 16. The plastic fuel container of claim 11, wherein the part is a housing. 17. The plastic fuel container of claim 16, wherein the housing is a valve housing including a valve seat. 18. The plastic fuel container of claim 16, wherein the housing is a regulator housing. 19. The plastic fuel container of claim 11, wherein the part includes a bore. 20. The plastic fuel container of claim 11, wherein the part includes a restraining member. 21. The plastic fuel container of claim 11, wherein the components are entirely enclosed by the container. 22. The plastic fuel container of claim 11, wherein the components are entirely outside of the container. 23. The plastic fuel container of claim 1, wherein the components are entirely enclosed by the container. 24. The plastic fuel container of claim 1, wherein the components are entirely outside of the container.