Adjustable Saddle and Adjusting Assembly

Abstract

An adjustable equestrian saddle and adjusting and reinforcing system for adjusting an equestrian saddle to permit the saddle fit several sizes of the back and withers of one or more horses, wherein the adjusting system comprises a plurality of reinforcing members having different angular dimensions with the saddle having a headplate for interchangeably receiving the reinforcing members.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

The present invention is illustrated by way of example in the following drawings wherein:

FIG. 1 shows a perspective view of a saddle according to an embodiment of the invention wherein the tree or inner frame is illustrated in solid lines while the outer cover materials, such as the leather, cushion pads, skirt panels, etc. are shown in phantom lines;

FIG. 2 shows an exploded perspective view of the tree of the saddle of FIG. 1, shown from a front part o the saddle and slightly from the bottom thereof;

FIG. 3 shows an exploded plant bottom view of the tree of the saddle of FIG. 1;

FIG. 4 shows a perspective view of the inventive saddle, similar to FIG. 1, but illustrating a tool acceding to the fasteners means of the invention from outside the saddle, either through the bottom or the side parts of the saddle;

FIG. 5 shows a bottom and front perspective view of the saddle of FIG. 1 with a rigid reinforcing member secured to the headplate, with the tree, the headplate and rigid member illustrated in solid lines and the cover materials and other parts of the saddle shown in transparency, and

FIG. 6 is a partial cross-sectional front view of a saddle according to another embodiment of the invention with skirt panels, at opposite sides of the saddle, shown in phantom lines and folded to have easy access to the fasteners.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

Now referring in detail to the invention, the same refers to a saddle generally indicated by numeral reference 1 that comprises an inner frame or tree 2 and a plurality of covering materials to provide comfort and cushion not only for the rider but also for the horse. Saddle 1 may be flocked with any appropriate material such as polymeric foams, wool, synthetic or natural fibers, air and any material according to the use and quality of the saddle. This covers are extended and arranged all around the inner structure forming pads, skirts, flaps, panels and the like all indicated by reference 3 in phantom lines to show transparency. Generally, the leather parts and pads are conventional ones except when the opposite is indicated and when some of them, such as elongated pads “B” in FIG. 6, incorporate the teachings of the invention which is mostly incorporated in the inner structure or tree.

According to FIG. 1 the saddle may have an upper cover or liner RS forming the surfaces of a seat for the rider, and outer skirts “FE”. In like manner, the lower or bottom part of the saddle includes a bottom cover or liner “RI” that includes elongated pad members “B” arranged at each side of a center line X-X, FIGS. 5, 6, and joined by a central web portion “CI”, to form a cushion between the saddle and the back of the horse at each side of the horse's spine.

Tree 2 may be constructed conventionally of any material such as wood, plastics, resins, light metals, etc. reliable to incorporate the teachings of the invention. Tree 2 has a middle part 4, a rear part 5 and a front part forming a headplate 6 having a general inverted V-shape having a bottom or lower surface or face 7 designed to rest onto the back or withers of the horse and that, according to the invention, is provided with an elongated recess or channel 8 for receiving and securing a rigid reinforcing member 9 that is removably connected to the head plate by fixation means having at least one portion thereof accessible from outside the saddle and to which means reference will be made below. Member 9 is preferably a metal band having a thickness corresponding to the depth of recess 8 and more preferably band 9 remains entirely within the recess in order that bottom face 7 is uniform and if band 8 must be thicker the thickness will not affect the horse.

Also according to the invention, rigid member 9 is part of an inventive reinforcing assembly comprising a plurality of interchangeable rigid reinforcing members, wherein each rigid reinforcing member has an inverted V-shape to accommodate to the bottom surface and recess 8 and to the back of the equine. Each V-shaped member 9 is open at a predetermined angle and the predetermined angles of all the rigid members of the assembly will be different from each other in a manner that each predetermined angle, corresponding to each one of said rigid reinforcing member, will accommodate to or fit a size or dimensions of different horses or to the changing dimensions of a horse that, for example, gains or looses weight.

For instance, a saddle is manufactured and has a reinforcing member having an angle designed for a given horse. If the horse gains weight along the time, the saddle will not fit the new dimensions of the horse and, if a conventional saddle, the reinforcing member conventionally welded or riveted to tree 2, and with the leather liners and pads, adhered, glued or sewed entirely closing the inner structure, must be brought to a leather worker to disassembly at least the front part of the saddle to remove welding, rivets, an the like to replace the reinforcing member by a new one having an angle wider than the first member. Since this work requires of the use of heat to remove welding, or strong impacts to remove rivets the saddle must be opened in a large proportion to prevent damages in the leather liners, however, always the leather is at least minimally damaged.

According to the invention, member 9 is easily and quickly removed and replaced by another wider one, as will be described below, without disassembling the saddle. For this purpose, band 9 is secured into recess 8 by at least one fastener accessible from outside the saddle. More particularly, two screws 10, 11 are provided that are received in threaded orifices 12, 13 in band 9 and pass through the headplate and the outer lining materials “RS” in a manner that screws 10, 11 not only secures band 9 but also retains the upper and side liners in a zone above the outer skirts “FE” and below side skirts or skirt panels “SP”. Therefore, while screws 10, 11 have their threaded stems retained in the structure and their heads easily accessible from outside the saddle, the screw heads do not appear visible but are hidden under the foldable skirts “SP”.

At both sides of recess 8 two side resistant and flexible rims or strips 14, 15, are provided for compensating any decrease in the structural resistance due to recess 8 and for providing flexibility to accommodate to wider or closer rigid members 9. The angular opening of headplate 6 will correspond to a design angle with capability to open or to close according to the rigid member installed into recess 8. This is important as long as the tree should accompany, as close as possible, the variations in the angles when forced by the interchanging rigid members 9 having different angles.

Headplate 6 also includes at least two orifices 16, 17 at one side of recess 8 for threadably receiving screws 18, 19 for retaining, at this corresponding portion of the saddle, lower liners “RI” or any pad member to the tree. In addition, strip “CI” running along the center line of the saddle, has a front end portion 20 for fixing, by fixing means 21, to front edges of headplate 6 for providing termination to the assembly. Considering that all the bottom front assembly, including pad members “B”, is already fixed or retained by screws 18, 19, there is no need of further fixation means or fasteners. For providing a better finishing, end portion 20 may be attached to the tree by a very well known fastener of hooks and loops 21 that can be manually closed and opened easily.

The assembly also includes other components and fittings such as a connector 22, 23 for girth tabs, not shown, at opposite sides of the saddle. According to the invention, these connectors are provided in a side upper surface of the headplate in order to prevent interference with the installation and/or removal of rigid members 9 into recess 8.

Distinctly from the saddles of the prior art, that reference to the structures thereof have been made above, a saddle according to the invention provides the aids to adjust the saddle to different horse sizes easily, quickly and without the need of skilled personnel to disassemble the saddle. In the event that the horse wherein the saddle is used gains weight and, hence the angle of the back is enlarged, the saddle must be adjusted, or opened, to fit the new dimensions. Thus, by lifting skirt panels “SP” access is provided directly to screws 10, 11 while access to screws 18, 19 is obtained by pulling portion 20 and dislodging the same from means 21, and spacing portion 20 and bottom cover “RI” slightly out from the tree. By unscrewing screws 10, 11, by means of a screwdriver “T” for example, rigid member 9 may be removed once portion 20 and cover “RI” are slightly spaced apart from the tree. A new rigid member can be then secured into recess 8 and fastened by screws 10, 11 and portion 20 and cover “RI” may be placed back into place and secured by screws 18, 19 and closing means 21.

While the screws have been shown with a cross-type notch, any screw or fastener may be used as long as the same may be easily removed by a simple tool such as screwdriver.

According to another embodiment of the invention, depicted in FIG. 6, threaded orifices 12, 13 of the first embodiment, are replaced or embodied by connecting threaded sleeves 24, 25 which are riveted, welded, or fixed by any other way, in rigid member 9. Each sleeve may have orifices passing entirely through the sleeve or the orifice may be a blind orifice. Each sleeve 24, 25 is preferably designed to enter into orifices 26, 27 in band 9. Thus, when the rigid member must be installed into the saddle the member is placed into recess 8, with connecting sleeves placed into orifices 26, 27, and screws 10, 11 are introduced and screwed into sleeves 24, 25 to secure rigid reinforcing member 9 in position. Heads of screws 10, 11 are easily acceded form outside the saddle, particularly from the opposite sides thereof once skirts “SP” are lifted to have access to the screws. The firm and permanent connection of screws 10, 11 into sleeves 24, 25 may be guaranteed by any kind of resilient washers 28. Other blocking or gripping means may be provided to prevent the screws to get loose.

At the bottom part of the saddle elongated pad members “B” are arranged to provide cushion between the saddle and the horse. When rigid members 9 must be removed and replaced by another interchanging rigid member, said pad members must be removed and this is made by unscrewing screws 18, 19 that, distinctly from the embodiment of FIGS. 1-5, are acceded from the outer or upper side of the saddle, also under skirts “SP”, that causes any replacement of the rigid members is still easier than the one of the other embodiment. Pads “B” include connecting threaded sleeves 29, 30 which may be like sleeves 24, 25 and are embedded into the body of the pads. To be retained properly into the body of pads “B” each sleeve 29, 30 is joined to a plate 31, 32 which may be placed into the body of the pad “B” during the manufacture of the pad. Sleeves 29, 30 are designed to pass through orifices 33, 34 in the headplate and receive screws 18, 19 which also may use of elastic washers 28.

Pads “B” are designed according to conventional techniques and may be made, for example, of urethane polymer foam or wool, like other components of the saddle, and therefore plates 31, 32 will be designed to guarantee a good retention into the foam or wool. Said plates 31, 32 may be fixed to sleeves 28, 29 or may be made of only one piece together with the sleeves. The design of the plates will also accommodate to any design of the pads, namely dimensions and geometry of pads “B”.

Connecting sleeves 24, 25, 28, 29 may be made of any appropriate and light material, such a light metal, and they may be entirely interiorly threaded and the opening thereof for receiving the screws may be provided with a biased edge, as illustrated in FIG. 6, in order to facilitate the introduction of the stem of the screws into the sleeves.

While preferred embodiments of the present invention have been illustrated and described, it will be obvious to those skilled in the art that various changes and modifications may be made therein without departing from the scope of the invention as defined in the appended claims.

Claims

1. An adjustable saddle for equestrian use, of the type having a tree with a seat, a headplate, a cover for providing comfort and cushion for the rider and elongated pad members forming a cushion between the saddle and a back of the equine, wherein the head plate includes one inverted V-shaped rigid reinforcing member of a plurality of inverted V-shaped rigid reinforcing members having different angular V-shapes, wherein the one inverted V-shaped rigid reinforcing member having one annular V-shape may be removed and replaced by another one inverted V-shaped rigid reinforcing member having a different angular V-shape, with the headplate having a flexibility capable of permitting the headplate to resiliently deform and accommodate to any one of the rigid reinforcing members, the one rigid reinforcing member being removably connected to the head plate by fixation means having at least one portion thereof remaining outside the cover but hidden below a part of the cover that can be lifted up to gain access to such portion of the fixation means, and with the one rigid reinforcing member remaining covered by a portion of the cover that can be easily and manually dislodged from the saddle.

2. (canceled)

3. The saddle of claim 1, wherein the headplate has a bottom face to rest onto the back of the equine, and wherein the bottom face of the headplate includes an elongated recess for receiving said rigid reinforcing member.

4. The saddle of claim 3, wherein said elongated recess for receiving said rigid reinforcing member has a depth corresponding to a thickness of the rigid reinforcing member.

5. The saddle of claim 4, wherein, said elongated recess for receiving said rigid reinforcing member has side resistant rims.

6. The saddle of claim 1, wherein each rigid reinforcing member comprises a metal band.

7. The saddle of claim 1, wherein said fixation means comprises at least one removable fastener removably retaining and passing through at least the cover, the headplate and the rigid reinforcing member.

8. The saddle of claim 7, wherein said at least one removable fastener comprises at least two screws, with one screw at each opposite side of the saddle, each screw having a screw head accessible at an outer surface of the cover.

9. The saddle of claim 8, wherein each screw head is accessible at said outer surface of the cover, and hidden under a folding skirt panel.

10. The saddle of claim 9, wherein said rigid reinforcing member has at least two orifices, one at each opposite side thereof, each orifice for receiving one of said two screws.

11. The saddle of claim 10, wherein said at least two screws comprise four screws, with two screws at each opposite side of the saddle and wherein said elongated pad members comprise two elongated pad members, one at each side of a center line of the saddle and at a bottom side of the saddle, each pad member having and embedded connecting threaded sleeve for receiving one of said four screws.

12. The saddle of claim 10, wherein each orifice of the rigid reinforcing member includes a connecting threaded sleeve for receiving said one of the two screws.

13. The saddle of claim 1, wherein said headplate includes a connector for girth tabs at opposite sides of the saddle.

14-20. (canceled)