Adjustable fork bracket

Abstract

The adjustable fork bracket may comprise a left fork bracket, a right fork bracket, a left rachet strap, and a right ratchet strap. The adjustable fork bracket may be an accessory for coupling a fork to a front edge of a bucket of construction equipment. Tines of the fork may enable the construction equipment to lift materials using the bucket. The left fork bracket may comprise a left primary tine on the left side of the bucket and the right fork bracket may comprise a right primary tine on the right side of the bucket. The left rachet strap and the right ratchet strap may pass behind the bucket to retain the adjustable fork bracket in place. A primary tine separation distance between the left primary tine and the right primary tine may be adjustable.

Claims

1. An adjustable fork bracket, comprising: a left fork bracket having a left lateral arm and a left primary tine, the left fork bracket is adapted to couple to a left side of a bucket and the left primary tine is adapted to be disposed on the left side of the bucket; a right fork bracket having a right lateral arm, a right primary tine, and a separation lockdown, the right fork bracket is adapted to couple to a right side of the bucket and the right primary tine is adapted to be disposed on the right side of the bucket; a left rachet strap having a strap, a top hook, a bottom hook, and a length adjuster, the left rachet strap is adapted to passing behind the bucket, the left rachet strap prevents the adjustable fork bracket from tipping; and a right ratchet strap having a strap, a top hook, a bottom hook, and a length adjuster; and, wherein the left primary tine passes through and is coupled to a bottom left side of the vertically oriented leg of the left lateral arm.

2. The adjustable fork bracket, according to claim 1, wherein the left lateral arm is adapted to be oriented laterally across the front of the bucket.

3. The adjustable fork bracket, according to claim 1, wherein the left lateral arm is an L-shaped armature.

4. The adjustable fork bracket, according to claim 1, wherein the vertically oriented leg of the left lateral arm couples to the horizontally oriented leg of the left lateral arm at a top front of the left lateral arm.

5. The adjustable fork bracket, according to claim 1, wherein the right fork bracket includes a right channel between a horizontally oriented leg of the right lateral arm and the right primary tine.

6. The adjustable fork bracket, according to claim 1, wherein the left fork bracket includes the left primary tine on the left side of the bucket and the right fork bracket includes the right primary tine on the right side of the bucket.

7. The adjustable fork bracket, according to claim 1, wherein a rear of the left primary tine includes a left strap coupler for coupling the left rachet strap to the rear of the left primary tine.

8. The adjustable fork bracket, according to claim 7, wherein the left strap coupler is a left hook aperture.

9. The adjustable fork bracket, according to claim 1, wherein the left primary tine includes a left tine tip on the forward end of the left primary tine that is tapered to guide the left primary tine.

10. The adjustable fork bracket, according to claim 1, wherein the right lateral arm is adapted to be oriented laterally across the front of the bucket.

11. The adjustable fork bracket, according to claim 1, wherein the right lateral arm is an L-shaped armature includes a right tine tip on a forward end of the right primary tine.

12. The adjustable fork bracket, according to claim 11, wherein the right tine tip is tapered to guide the right primary tine.

13. The adjustable fork bracket, according to claim 1, wherein the separation lockdown is located on a top left of the right lateral arm and engage a slot on the separation adjuster to prevent movement of the separation adjuster.

14. The adjustable fork bracket, according to claim 1, wherein the separation lockdown includes a plurality of separation lockdown hardware selected from the group consisting of a plurality of bolts, a plurality of nuts, a plurality of threaded apertures, a plurality of flat washers, a plurality of lock washers, or any combination thereof that is tightened against the separation adjuster to prevent movement of the separation adjuster.

15. The adjustable fork bracket, according to claim 1, wherein the strap of the left rachet strap is a nylon cargo strap.

16. The adjustable fork bracket, according to claim 1, wherein the strap of the right rachet strap is a nylon cargo strap.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) The advantages and features of the present invention will become better understood with reference to the following more detailed description and claims taken in conjunction with the accompanying drawings, in which like elements are identified with like symbols, and in which:

(2) FIG. 1 is an isometric view of an adjustable fork bracket, according to an embodiment of the present invention;

(3) FIG. 2 is a side view of an adjustable fork bracket, according to an embodiment of the present invention;

(4) FIG. 3 is a front view of an adjustable fork bracket, according to an embodiment of the present invention;

(5) FIG. 4 is an in-use view of an adjustable fork bracket, according to an embodiment of the present invention;

(6) FIG. 5 is a detail view of an adjustable fork bracket, according to an embodiment of the present invention, illustrating the placement of the front edge of the bucket in the right channel; and

(7) FIG. 6 is a detail view of an adjustable fork bracket, according to an embodiment of the present invention, illustrating an individual ratchet strap placed on the back of the bucket.

DESCRIPTIVE KEY

(8) 100 adjustable fork bracket 200 left fork bracket 202 left lateral arm 204 left primary tine 206 left tine tip 208 left strap coupler 210 left hook aperture 214 left secondary tine 216 separation adjuster 218 left channel 220 right fork bracket 222 right lateral arm 224 right primary tine 226 right tine tip 228 right strap coupler 230 right hook aperture 234 right secondary tine 236 separation lockdown 238 right channel 242 slot 250 left rachet strap 252 right ratchet strap 254 individual ratchet strap 260 strap 262 top hook 264 bottom hook 266 length adjuster 290 primary tine separation distance 910 bucket 912 front edge

DESCRIPTION OF THE INVENTION

(9) The present invention is directed to an adjustable fork bracket (herein described as the invention) 100. The invention 100 may comprise a left fork bracket 200, a right fork bracket 220, a left rachet strap 250, and a right ratchet strap 252. The invention 100 may be an accessory for coupling a fork to a front edge 912 of a bucket 910 of construction equipment. Tines of the fork may enable the construction equipment to lift materials using the bucket 910. As a non-limiting example, the construction equipment may be a front end loader and the materials may be a pallet. The left fork bracket 200 may comprise a left primary tine 204 on the left side of the bucket 910 and the right fork bracket 220 may comprise a right primary tine 224 on the right side of the bucket 910. The left rachet strap 250 and the right ratchet strap 252 may pass behind the bucket 910 to retain the invention 100 in place. A primary tine separation distance 290 between the left primary tine 204 and the right primary tine 224 may be adjustable.

(10) The left fork bracket 200 may couple to the left side of the bucket 910. The left fork bracket 200 may comprise a left lateral arm 202 that may be an L-shaped armature. The left lateral arm 202 may be oriented laterally across the front of the bucket 910. A vertically oriented leg of the left lateral arm 202 may be located at the front of the left lateral arm 202 and a horizontally oriented leg of the left lateral arm 202 may be located at the top of the left lateral arm 202. The vertically oriented leg of the left lateral arm 202 may couple to the horizontally oriented leg of the left lateral arm 202 at the top front of the left lateral arm 202.

(11) The left fork bracket 200 may comprise the left primary tine 204. The left primary tine 204 may pass through and may be coupled to the bottom left side of the vertically oriented leg of the left lateral arm 202. The left primary tine 204 may be oriented front-to-rear. More than one-half (>) of the left primary tine 204 may extend forward from the left lateral arm 202 and less than one-half (<) of the left primary tine 204 may extend rearward from the left lateral arm 202.

(12) The rear of the left primary tine 204 may comprise a left strap coupler 208 for coupling the left rachet strap 250 to the rear of the left primary tine 204. As a non-limiting example, the left strap coupler 208 may be a left hook aperture 210.

(13) In some embodiments, the left primary tine 204 may comprise a left tine tip 206 on the forward end of the left primary tine 204. The left tine tip 206 may be tapered to guide the left primary tine 204 under the materials.

(14) In some embodiments, the left fork bracket 200 may comprise a left secondary tine 214. The left secondary tine 214 may be oriented to be parallel to the left primary tine 204 and may be located on the bottom right half of the left lateral arm 202. The left secondary tine 214 may be smaller than the left primary tine 204.

(15) The left fork bracket 200 may comprise a left channel 218 between the horizontally oriented leg of the left lateral arm 202 and the left primary tine 204. The front edge 912 of the bucket 910 may be inserted into the left channel 218 such that the bucket 910 may lift the left fork bracket 200. Forward motion of the bucket 910 into the left channel 218 may be limited by the vertically oriented leg of the left lateral arm 202.

(16) The left fork bracket 200 may comprise a separation adjuster 216. The separation adjuster 216 may be a laterally oriented slotted armature that is coupled to the top right of the left lateral arm 202 and extends towards the right fork bracket 220. The separation adjuster 216 may be operable to establish the primary tine separation distance 290 as measured between the left primary tine 204 and the right primary tine 224 when fixed to a right lateral arm 222.

(17) The right fork bracket 220 may couple to the right side of the bucket 910. The right fork bracket 220 may comprise the right lateral arm 222 that may be an L-shaped armature. The right lateral arm 222 may be oriented laterally across the front of the bucket 910. A vertically oriented leg of the right lateral arm 222 may be located at the front of the right lateral arm 222 and a horizontally oriented leg of the right lateral arm 222 may be located at the top of the right lateral arm 222. The vertically oriented leg of the right lateral arm 222 may couple to the horizontally oriented leg of the right lateral arm 222 at the top front of the right lateral arm 222.

(18) The right fork bracket 220 may comprise the right primary tine 224. The right primary tine 224 may pass through and may be coupled to the bottom right side of the vertically oriented leg of the right lateral arm 222. The right primary tine 224 may be oriented front-to-rear. More than one-half (>) of the right primary tine 224 may extend forward from the right lateral arm 222 and less than one-half (<) of the right primary tine 224 may extend rearward from the right lateral arm 222.

(19) The rear of the right primary tine 224 may comprise a right strap coupler 228 for coupling the right ratchet strap 252 to the rear of the right primary tine 224. As a non-limiting example, the right strap coupler 228 may be a right hook aperture 230.

(20) In some embodiments, the right primary tine 224 may comprise a right tine tip 226 on the forward end of the right primary tine 224. The right tine tip 226 may be tapered to guide the right primary tine 224 under the materials.

(21) In some embodiments, the right fork bracket 220 may comprise a right secondary tine 234. The right secondary tine 234 may be oriented to be parallel to the right primary tine 224 and may be located on the bottom left half of the right lateral arm 222. The right secondary tine 234 may be smaller than the right primary tine 224.

(22) The right fork bracket 220 may comprise a right channel 238 between the horizontally oriented leg of the right lateral arm 222 and the right primary tine 224. The front edge 912 of the bucket 910 may be inserted into the right channel 238 such that the bucket 910 may lift the right fork bracket 220. Forward motion of the bucket 910 into the right channel 238 may be limited by the vertically oriented leg of the right lateral arm 222.

(23) The right fork bracket 220 may comprise a separation lockdown 236. The separation lockdown 236 may be located on the top left of the right lateral arm 222. The separation lockdown 236 may engage a slot 242 on the separation adjuster 216 to prevent movement of the separation adjuster 216. As a non-limiting example, the separation lockdown 236 may comprise separation lockdown hardware such as bolts, nuts, threaded apertures, flat washers, lock washers, or any combination thereof that may be tightened against the separation adjuster 216 top prevent movement of the separation adjuster 216 and may be loosened to permit movement of the separation adjuster 216. The primary tine separation distance 290 may be widened or narrowed while the separation lockdown 236 is loosened and the primary tine separation distance 290 may be maintained while the separation lockdown 236 is tightened.

(24) Those of ordinary skill in the art will recognize that the positions, orientations, and directions of movement of the separation adjuster 216, the separation lockdown 236, the left fork bracket 200, and the right fork bracket 220 may be reversed end-for-end and that such reversals will fall within the spirit and scope of the present invention as defined in the claims.

(25) The left rachet strap 250 and the right ratchet strap 252 may retain the rear of the invention 100 to the bucket 910 such that the invention 100 is prevented from tipping. The left rachet strap 250 may retain the left side of the left fork bracket 200 and the right ratchet strap 252 may retain the right side of the right fork bracket 220.

(26) An individual ratchet strap 254 selected from the left rachet strap 250 and the right ratchet strap 252 may comprise a strap 260, a top hook 262, a bottom hook 264, and a length adjuster 266. The strap 260 may be coupled at one end to the top hook 262 and at the opposite end to the bottom hook 264. The top hook 262 may be coupled to the top rear of the bucket 910. The bottom hook 264 of the left rachet strap 250 may be coupled to the left strap coupler 208 on the left primary tine 204 and the bottom hook 264 of the right ratchet strap 252 may be coupled to the right strap coupler 228 on the right primary tine 224. In some embodiments, the strap 260 may be a nylon cargo strap.

(27) The length adjuster 266 may be operable to enable varying the length of the strap 260 such that the individual ratchet strap 254 may be tightened during installation and loosened during removal.

(28) In use, the lateral width of the invention 100 may be adjusted to match the width of the bucket 910 by loosening the separation lockdown 236, pushing the left fork bracket 200 and the right fork bracket 220 closer together or farther apart, and tightening the separation lockdown 236. The bucket 910 may be lowered onto the rear of the invention 100 then pushed forward to catch the front edge 912 of the bucket 910 in the left channel 218 and the right channel 238. The bottom hook 264 of the left rachet strap 250 may be coupled to the left strap coupler 208, the top hook 262 of the left rachet strap 250 may be coupled to the top left rear of the bucket 910, and the left rachet strap 250 may be tightened using the length adjuster 266 on the left rachet strap 250 to pull the left rachet strap 250 tight behind the bucket 910. Likewise, the bottom hook 264 of the right ratchet strap 252 may be coupled to the right strap coupler 228, the top hook 262 of the right ratchet strap 252 may be coupled to the top right rear of the bucket 910, and the right ratchet strap 252 may be tightened using the length adjuster 266 on the right ratchet strap 252 to pull the right ratchet strap 252 tight behind the bucket 910. A user may then operate the construction equipment to maneuver the left primary tine 204 and the right primary tine 224 under the materials and may lift the bucket 910 to lift the materials. The user may drive the construction equipment to a different location, may lower the bucket 910 to place the materials on the ground, and may slide the left primary tine 204 and the right primary tine 224 out from under the materials.

(29) The exact specifications, materials used, and method of use of the invention 100 may vary upon manufacturing. The foregoing descriptions of specific embodiments of the present invention have been presented for purposes of illustration and description. They are not intended to be exhaustive or to limit the invention to the precise forms disclosed, and obviously many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and its practical application, to thereby enable others skilled in the art to best utilize the invention and various embodiments with various modifications as are suited to the particular use contemplated.