The present invention relates to bridles and in particular, to adjustable bridles.
A bridle is a device that is utilized to control an animal, such as a horse. A typical bridle fits over the head of the animal, and holds a bit in the mouth of the animal. Such a bridle includes a crownpiece that fits over the head of the animal, resting behind the animal's ears, forming a main strap that holds the bridle in place and prevents the bit from slipping down. The bridle also includes two cheekpieces attached to either side of the crownpiece. The cheekpieces drop down along the cheeks of the animal, and attach to rings that hold the bit. The crownpiece further includes a throatlatch that prevents the bridle from coming off over the head of the animal. The throatlatch extends from the crownpiece down from one ear of the animal, under the windpipe, and attaches below the other ear. The bridle further includes a browband, wherein the crownpiece passes through the browband. The browband extends from under one ear of the animal, across the forehead, to under the other ear. A noseband goes around the nose of the animal. The bridle further includes reins attached to the bit below the cheekpieces, allowing a rider to control the horse. The pieces of the bridle are held together by buckles, clasps, and/or fasteners that allow adjustments to the bridle.
For example, the width of the bit is adjusted to the width of the mouth of the animal. The length of the cheekpieces is adjusted so that the bit is held at the proper location in the mouth of the animal. The noseband is adjusted to leave some comfort space between the noseband and the nose of the animal. The browband is adjusted so as to not pull the bridle forward, and to prevent discomfort to the ears of the animal.
Proper fitting of a conventional bridle requires that the length of each piece of the bridle be adjusted to fit the head of the animal. This is done by altering all the necessary buckles, clasps, and/or fasteners to provide the proper fit, depending on the animal's physical characteristics. Altering the buckles, clasps, and/or fasteners involves opening, closing, loosening, and/or tightening each one, to adjusting the length of a piece of the bridle attached thereto.
As such, proper fitting of a conventional bridle involves the laborious task of manipulating each buckle, clasp, and/or fastener to adjust the length of each piece of the bridle for a particular animal. Then, when removing the bridle, the buckles, clasps, and/or fasteners must be manipulated to loosen the bridle, and remove it from the animal. Then, in order to attach the bridle to another animal, the same laborious and time consuming fitting steps by altering the buckles, clasps, and/or fasteners, must be repeated. Often, riders carry a separate bridle for each animal, wherein each bridle has been adjusted for a particular animal. Such bridles are also complex to manufacture and maintain due to the various pieces and the buckles, clasps, and/or fasteners. There is, therefore, a need for a bridle that can be adjusted, and readjusted, simply, and without altering buckles, clasps, and/or fasteners.
The present invention provides a bridle for an animal, such as a horse, wherein the bridle can be adjusted, and readjusted, simply, and without altering buckles, clasps, and/or fasteners. This allows a rider the opportunity to easily use the bridle on many animals of different head sizes. This also eliminates the need to carry a separate bridle for each animal.
In one embodiment, the bridle comprises a mouthpiece including an elongate bit having a first end and a second end, a short rope (strap), a long rope and a pulley ring, wherein the short rope has a first end and a second end, such that the first end of the short rope is attached to the first end of the bit, and the second end of the short rope is attached to the pulley ring. Further, the long rope has a first end and a second end, corresponding to the first end and the second end of the bit, respectively, such that the first end of the long rope is attached to the first end of the bit along with said first end of the short rope, and the second end of the long rope is attached to a bit ring at the second end of the bit, such that the long rope passes through the bit ring and the pulley ring. The long rope forms reins for riding the animal. The second of the long rope is detachable from the bit ring at the second end of the bit such that the long rope can be detached from the second end of the bit to lead the animal from the second end of the long rope.
The bridle is adjustable for a smaller animal head by pulling the long rope through the pulley ring to shorten a portion of the long rope running between the pulley ring and the second end of the bit. The bridle is adjustable for a larger animal head by slackening the long rope through the pulley ring to lengthen a portion of the long rope running between the pulley ring and the second end of the bit.
These and other features, aspects and advantages of the present invention will become understood with reference to the following description, appended claims and accompanying figures.
The present invention provides a bridle for an animal, such as a horse, wherein the bridle can be adjusted, and readjusted, simply, and without altering buckles, clasps, and/or fasteners. This allows a rider to the opportunity to easily use the bridle on many animals. This also eliminates the need to carry a separate bridle for each animal.
The long rope 1, acts as both riding reins (
At a first end of the long rope 1 is the rope handle 7, which is formed using the clamp 3D (
The short rope 2 forms the head piece of the bridle 10. At a first end of the short rope 2, the clamp 3C is used to attach the first end of the short rope 2 to a location along the length of the short rope 2, forming a loop to which a first end of the elongated swivel clip 4C is attached. At its other end, the swivel clip 4C is attached to the ring 6B, wherein the ring 6B passes through an opening in the swivel clip 4C. The swivel clip 4C can freely slide on the ring 6B. At a second end of the short rope 2, the clamp 3A is used to attach the second end of the short rope 2 to a location along the length of the short rope 2, forming a loop through which the ring 5 passes, thereby attaching the second end of the short rope 2 to the ring 5. The ring 5 acts as a rope adjustment pulley, allowing the long rope 1 to be adjusted to any length, to appropriately fit animals with different head shapes and sizes.
Referring to
In
As the running portion 12 is pulled down, the ring 5 moves closer to the ring 6A along direction 17A, thereby shortening the length of the running part 12 of the rope between the rings 5 and 6A. Effectively, in
To make the bridle 10 fit the larger horse 11, the opposite steps are followed, wherein the running part 12 is slackened, causing the long rope to travel in a direction opposite to the arrows 17A-C, moving the ring 5 away from the ring 6A, lengthening the running part 12, to fit the bridle over the head of a larger horse 11 (
The bridle 10 operates by a soft gag effect (i.e., a mild tightening effect) and once fitted to the horse or pony, the rider may ride or lead from it. Referring to
Approximate measurements for an example of the bridle 10 include: the long rope 1 measures about 12′8″ (12 feet and 8 inches) in total length, the short rope 2 measures about 2′4″ in total length, each of the clamps 3A-D measures 1¾″ in length, each of the swivel clips 4A-C measures 3″ in length, the ring 5 measures 1¾″ in diameter, each of the rings 6A-B measures 3″ in diameter, and the rope handle 7 is about 7″ in length. The bit 8 functions as a mouthpiece and comprises a soft pliable elongate rubber about 6″ long, with the stainless steel loose rings 6A-B attached to either end. Other materials for the long and short ropes 1, 2 can be used. The clamps 3A-D can be made from brass or other rigid materials. The thickness of the ropes 1, 2 is selected to allow passage through the rings 6A and/or 6B, the ring 5, the closed loop 22 of the swivel clips 4A-C. The swivel clips 4A-C can be made from brass or other rigid materials. The rings 5, 6A-B can be made from brass, steel or other rigid materials. Although the term rope has been used for the examples described herein, each of the ropes 1, 2 is a form of a strap, which can be made from materials such as natural and/or synthetic fabrics, leather, etc. As those skilled in the art will recognize, other dimensions and materials can also be used. Further, the bridle 10 can be made in a mirror image of
Unlike conventional bridles which normally come in three sizes “full”, “cob” and “pony”, the bridle 10 can be adjusted without having to alter any buckles, clasps or fasteners, making the bridle 10 user friendly and simple to operate. A rider can utilize the same bridle 10 on many different size animals (such as Shire horses, Shetland ponies, etc.). This eliminates the need to carry a separate bridle for each animal. In one example, the bridle 10 can be made small enough to fit into the glove compartment of a car, horse trailer, saddle bag, etc. The selection of the bit 8 and the functioning of the bridle 10 reduce the possibility of damage or harm to the mouth of the animal. The bit 8 can be interchanged with another, by detachment from the rings 6A-B, and reattachment of another bit in its place.
The present invention has been described in considerable detail with reference to certain preferred versions thereof; however, other versions are possible. Therefore, the spirit and scope of the appended claims should not be limited to the description of the preferred versions contained herein.
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Number | Date | Country | |
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20080148693 A1 | Jun 2008 | US |