초록 ▼

An improved apparatus and method are described for continuously measuring the timing and distribution of forces exerted against the entire surface of a quadruped's foot, thus providing a diagnostic tool to assist in measuring the ambulatory functions of an animal. The described force sensing device

An improved apparatus and method are described for continuously measuring the timing and distribution of forces exerted against the entire surface of a quadruped's foot, thus providing a diagnostic tool to assist in measuring the ambulatory functions of an animal. The described force sensing device is lightweight, durable and worn by the animal in a manner which does not alter the natural movement of the quadruped. The device may be utilized without a shoe within an attached boot, or incorporated in a modified conventional horseshoe which fits over the hoof of the animal. The apparatus can further include a remote sensing and feedback function which allows the processing, storing, display and feedback of data indicative of the ambulatory functions of the animal at one or more remote locations.

대표청구항 ▼

[ What is claimed is:] [1.] An apparatus for measuring the magnitude, distribution and timing of forces exerted against a foot of a quadruped, comprising:(a) a plurality of individual force sensing elements interconnected to a wrinkle resistant substrate having a plurality of individual cutouts and

[ What is claimed is:] [1.] An apparatus for measuring the magnitude, distribution and timing of forces exerted against a foot of a quadruped, comprising:(a) a plurality of individual force sensing elements interconnected to a wrinkle resistant substrate having a plurality of individual cutouts and positioned substantially coextensive with the bottom of the entire foot of said quadruped to measure the magnitude, distribution and timing of forces applied against said foot, said foot comprising a hard hoof and other soft tissue;(b) attachment means for holding said plurality of force sensing elements in an operable position below said foot of said quadruped, wherein said attachment means comprises a boot which fits substantially around the entire foot of the quadraped;(c) signal receiving means for receiving signals from said plurality of individual force sensing elements which are indicative of the magnitude, distribution and timing of forces applied against said foot and sensed by said plurality of individual force sensing elements;(d) securement means for holding said signal receiving means in a non-motion-altering position on a leg of said quadruped; and(e) interconnection means for transferring one or more signals related to the magnitude, distribution and timing of forces from said plurality of force sensing elements to said signal receiving means.