Method of constructing a structure using boards comprising an array of marks to facilitate attachment to a frame
a technology of arrays and marks, applied in the field of methods of constructing structures using boards comprising, can solve the problems of inability to contact, difficulty in measuring and marking additional steps, and inability to see the frame, and achieve the effect of facilitating the attachment of the board
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first embodiment
[0017] As shown in FIG. 1, there is a board 5 prepared according to the present invention. The board 5 is in a rectangular shape defined by two parallel longitudinal edges 16 and two parallel transverse edges 18. However, boards prepared according to the present invention may be in a variety of other shapes, such as squares, triangles, etc. Nor is it necessary that edges always be parallel, rather the edges may be scalloped, have a sinusoidal form or some other form.
[0018] The board 5 may be used in a variety of different applications, but it is envisioned that the board 5 will be attached to a conventional frame structure (not shown). The conventional frame structure has a plurality of spaced vertical components, which may be spaced any distance apart from each other. These vertical components are connected at each end by horizontal frame components. The vertical components are referred to as “studs” in the case of a frame structure forming a wall, “joists” in a frame structure sup...
third embodiment
[0024] The marks on the board may be selected from several different forms, the forms include circles, dots, squares, diamonds and other forms. In the present invention shown in FIGS. 3 and 4, the marks are selected from several different forms. Marks in the first array 7, the second array 9, and the fifth array 32 are all in the form of circles, while marks in the third array 24 and the sixth array 36 are both in the form of diamonds. Marks in the fourth array 28 are in the form of squares. Marks in the seventh array 38 are shown as squares with dots inside. Thus, the circles indicate a separation of 16 inches, so when the board 5 is placed over a frame structure having vertical components spaced every sixteen inches, then the circles indicate the location of the vertical components beneath the board 5. The marks shown in FIG. 3 for each of the arrays are for illustration only, different marks may be selected for each of the arrays and the list of marks mentioned above is not inten...
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Abstract
Description
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