Door jalmb jigs

Abstract

The current invention comprises a set of Door Jamb Jigs designed to enable the user to temporarily hold a carpenters level, a carpenters square, and a door jamb firmly within the rough opening of a framed wall so that the door jamb can be permanently nailed in place pre-squared, pre-leveled, and pre-plumb. The current invention utilizes universally designed Jigs that enable users to utilize their own conventional carpenters square and carpenters level combined with the Door Jamb Jigs to practice a new method of installing pre-hung interior doors much easer, faster and more accurately compared to the conventional practice of holding tools by hand. The current invention solves problems during the Pre-hung door jamb installation process. #1 The invention enables the user to temporarily attach both a 90 degree carpenters square and a carpenters level to the door jamb so when the door panel is reattached to the jamb the clearance between the door panel and the door jamb is equal and parallel all around. #2 By using this method of pre-squaring the head of the jamb in relation to the hinge side of the jamb, and pre-straightening the hinge side of the jamb with the carpenters level attached to the jamb pre-plumb the user can accurately determine how much shimming is required to allow for twisted framing lumber. Thus eliminating jamb torque, and bound hinges. #3 By adjusting the standoff screws the jamb be positioned flush with the finished wall.

Claims

1. An accessory device of mechanical means and structural slot for urging integration of a 90 degree carpenters square and a carpenters level contiguously sandwiching affixing and binding said combination of tools temporarily to a door jamb comprising an L shaped jig body with a slot to accommodate a proposed carpenters framing square and a protrusion within said jig body that can bind a door jamb between said mechanical means said jig body said level and said square simultaneously.

Description

BRIEF LIST OF DRAWINGS

[0007] FIG. 1. Illustrates the in use perspective view.

[0008] FIG. 2. Illustrates a sectional view in use.

[0009] FIG. 3. Illustrates a perspective view of #1 FIG. 1 upper level squaring jig.

[0010] FIG. 4. Illustrates a perspective view of #3 FIG. 1 head squaring jig.

[0011] FIG. 5. Illustrates a perspective view of #5a FIG. 1 lower jig for level only.

DRAWINGSREFERENCE NUMERALS

FIG. 1.

[0012]

TABLE-US-00001 1 upper level squaring jigs 3 head squaring jig 5a lower jig for level only 7a conventional wood door jamb 18a carpenters framing square 20a carpenters level

FIG. 2.

[0013]

TABLE-US-00002 1 L-shaped jig body 18b framing square slot 8 inward protruding jamb 4 level binder stop 6 framing sq. binder 10 drywall standoff adjuster 26 2 4 wood jack stud 12 drywall 14 wood shims 16 wooden door jamb 20a carpenters level 18a carpenters framing square 24 jamb mounting hole & screw 22 wall mount hole & screw

FIG. 3.

[0014]

TABLE-US-00003 8 inward protruding jamb stop 18b framing square slot 1 L-shaped jig body 4 level binder 6 square binder 24 jamb mounting hole 10 drywall standoff adjuster 22 wall mounting hole

FIG. 4.

[0015]

TABLE-US-00004 6 square binder 3 slotted jig body (square only) 24 jamb mounting hole 10 drywall standoff adjuster 22 wall mounting hole 8 inward protruding jamb stop 18 framing square slot

FIG. 5.

[0016]

TABLE-US-00005 4 level binder 22 wall mounting hole 5c J-channel jig body 10 drywall standoff adjuster 20b level pocket 24 jamb mounting hole 8 inward protruding jamb stop

[0017] The present disclosure is to be considered as an exemplification of the invention, and is not intended to limit the invention to the specific embodiments illustrated by the figures below.

[0018] FIG. 1. depicts a perspective view that comprises three unique embodiments, #1 The upper level squaring jig #3 the head squaring jig and 5a the lower jig for level only.

[0019] The method of attachment described below for these jigs are similar and illustrated in FIG. 2 as follows.

[0020] FIG. 2 is a sectional view of #1 FIG. 1 level & squaring jig. This illustrates the positioning of the embodiment a method of temporarily affixing and sandwiching a carpenters level a carpenters framing square and the illustrated wood door jamb #16. A method of temporary attachment via #22 & #24 wood screws directly thru #12 wallboard into #26 wood frame and #16 wood jamb. Illustration #18a is a carpenters framing square sandwiched within #18b the framing square slot. Framing square #18a is integrated into final position by #6 framing square binder. A carpenters level illustrated by #20a is integrated between #4 level binder thus urging #20a into final position between #4 and #16 illustrated wood jamb and #8 inward protruding jamb stop.

[0021] FIG. 3 is a perspective view of #1 FIG. 1. #8 The inward projecting jamb stop is attached to or part of #1 L-shaped jig body.

[0022] #18b The framing square slot is an embodiment of the L shaped jig body. #4 Level binder and #6 framing square binder urge into final position proposed carpenters level & carpenters square between the proposed wood jamb and #8 inward protruding jamb stop. Orifice #24 is a jamb mounting hole. A mechanical means #10 described as a drywall standoff adjustment. Orifice #22 is a wall mounting hole.

DESCRIPTION OF ADDITIONAL EMBODIMENT

[0023] FIG. 4 is a perspective view illustrated as #3 FIG. 1 Head squaring Jig

TABLE-US-00006 Drawing Reference Numerals #18b framing square slot #3 slotted jig body (square #8 inward protruding jamb only) stop #22 wall mounting hole # 24 jamb mounting hole #10 drywall standoff adjuster #6 framing square binder

CONCLUSIONS, RAMIFICATIONS AND SCOPE

[0024] A universal accessory device designed to integrate a 90 degree carpenters framing square or similar too square combined with a carpenters level affixed to a door jamb temporarily positioned within the rough opening of a wall. The jamb can then be shimmed in place faster, easier and with greater accuracy compared to other and conventional methods. The jig body can be any flat rigid material, bent molded, extruded, 3 D printed or assembled into a similar shape to facilitate the embodiment.

[0025] The level binding and square binding parts can be metal, plastic, or any hard material, by any mechanical means to function in a similar way. The jamb stops can also be molded, bent, extruded, screwed, 3D printed or assembled in a location to function in the exact or similar way illustrated in the drawings.