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A composite workstation offers multiple compartments, which are created by joining structural panels in perpendicular, parallel, and opposing horizontal configurations. Compartments its may contain tools, and supplies that can rapidly be accessed for use or readily secured and protected, by a single

A composite workstation offers multiple compartments, which are created by joining structural panels in perpendicular, parallel, and opposing horizontal configurations. Compartments its may contain tools, and supplies that can rapidly be accessed for use or readily secured and protected, by a single user in a field or shop application. This workstation uses individual panels, joined at intersections to form a composite self-supporting structure. The structure is configured to offer its top surfaces as a worktable. Equipment that is stored inside the compartments are engaged into useful position by utilizing leverage, pulleys, and mechanical advantage. The configuration of the structure enables dangerous and unwieldy equipment to be easily and safely used with proper off-feed surfaces and stable support in any location to which it is transported. The focus of this workstation is towards woodworking. The compact scale of the structure enables conventional compact vehicles to make the workstation mobile.

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A composite workstation offers multiple compartments, which are created by joining structural panels in perpendicular, parallel, and opposing horizontal configurations. Compartments its may contain tools, and supplies that can rapidly be accessed for use or readily secured and protected, by a single

A composite workstation offers multiple compartments, which are created by joining structural panels in perpendicular, parallel, and opposing horizontal configurations. Compartments its may contain tools, and supplies that can rapidly be accessed for use or readily secured and protected, by a single user in a field or shop application. This workstation uses individual panels, joined at intersections to form a composite self-supporting structure. The structure is configured to offer its top surfaces as a worktable. Equipment that is stored inside the compartments are engaged into useful position by utilizing leverage, pulleys, and mechanical advantage. The configuration of the structure enables dangerous and unwieldy equipment to be easily and safely used with proper off-feed surfaces and stable support in any location to which it is transported. The focus of this workstation is towards woodworking. The compact scale of the structure enables conventional compact vehicles to make the workstation mobile. sing programmed functionalities of a second code symbol reader, wherein the first code symbol reader includes a memory for storing function parameters corresponding to a plurality of programmable functionalities, wherein each of the plurality of programmable functionalities is implementable by reading a function-encoded code symbol preassigned to the function parameter so as to cause the storing of a corresponding function parameter in the function parameter memory, and wherein the second code symbol reader includes a memory for storing function parameters corresponding to a plurality of programmable functionalities, wherein each of the plurality of programmable functionalities is implementable by reading a function-encoded code symbol preassigned to the function parameter so as to cause the storing of a corresponding function parameter in the memory, said apparatus CHARACTERIZED BY: a menu of function-encoded symbols readable by a bar code scanner, for use in programming a particular set of functionalities in the second code symbol reader by the second code symbol reader reading a particular set of said function-encoded symbols and automatically setting a corresponding set of function parameters in the memory of the first code symbol reader; and a computer system programmed for reading the corresponding set of function parameters set in the memory of the second code symbol reader. 8. An apparatus for programming one or more functionalities in a first code symbol reader using programmed functionalities of a second code symbol reader, wherein the first code symbol reader includes a memory for storing function parameters corresponding to a plurality of programmable functionalities, wherein each of the plurality of programmable functionalities is implementable by reading a function-encoded code symbol preassigned to the function parameter so as to cause the storing of a corresponding function parameter in the function parameter memory, and wherein the second code symbol reader includes a memory for storing function parameters corresponding to a plurality of programmable functionalities, wherein each of the plurality of programmable functionalities is i