The present invention relates to exercise and physical therapy devices, and in particular to wall mounted physical therapy devices.
Physical therapy is a crucial part of modern exercise and rehabilitation. Proper physical therapy can greatly increase the recovery rate after an injury to the body. There are currently numerous types of devices and tools used in physical therapy offices to aid in the treatment of patients. However, many of these tools are lacking in ease of use, flexibility and efficiency. Also, many modern physical therapy aids are very expensive.
What is needed is a better, more efficient and cost-effective physical therapy device.
The present invention provides a physical therapy device. At least one hexagon mount section is mounted onto a backing board. The hexagon mount section includes a plurality of hexagonal cutout sections. At least one peg holder is also mounted onto the backing board. A plurality of pegs is insertable into the peg holder and also into the hexagon mount sections. A board mount is also preferably connected to the backing board. Straps, strap attachment devices and bands may by draped over the board mount.
A preferred physical therapy device 20 is shown in
In a preferred use, a patient will receive physical therapy by interacting with physical therapy device 20. Pegs 10 can be specifically placed onto device 20 in accordance with the patient's needs. The pegs may be placed vertically, horizontally, randomly or in a pattern. The patient may then reach for the pegs or walk his fingers up the mounted pegs, as appropriate. Also, a band or strap may be draped through hexagonal cutout sections as needed. The patient can then pull on the free end of the strap (or a handle attached to the strap) to exercise and rehabilitate.
In a preferred embodiment, physical therapy device 20 includes backing board 5. In the embodiment shown in
Hexagon mount sections 1-3 are mounted onto backing board 5 vertically as shown. In the embodiment shown in
It should be noted that the hexagonal cutout sections 50 of hexagon mount section 1 are larger than the hexagonal cutout sections 50 of hexagon mount section 2. Also, the hexagonal cutout sections 50 of hexagon mount section 2 are larger than the hexagonal cutout sections of hexagon mount section 3. Likewise, pegs 10 for hexagon mount section 1 are larger than the pegs for hexagon mount section 2. And pegs 10 for hexagon mount section 2 are larger than the pegs for hexagon mount section 3. The variance of size allows for the patient to more specifically customize his workout to maximize the benefit of the physical therapy.
Hexagonal pegs 10 (
Strap attachment pieces 14 and 27 are shown in
In
Although the above-preferred embodiments have been described with specificity, persons skilled in this art will recognize that many changes to the specific embodiments disclosed above could be made without departing from the spirit of the invention. For example, Applicant has recognized that the hexagon is a very strong and efficient shape and is therefore preferred. As noted, the above embodiments specifically discussed hexagon mount sections and hexagonal pegs. However, it would also be possible to construct a similar physical therapy device using other geometric shapes, such as squares, rectangles, triangles or heptagons. Therefore, the attached claims and their legal equivalents should determine the scope of the invention.