referring now to the drawings , wherein like referenced characters designate like or corresponding parts throughout the several views , there is shown in fig1 a racket generally designated by reference numeral 10 . this racket is of the type having a handle portion 12 which extends from an elliptical frame 14 with string network 16 strung on frame 14 . one embodiment of the racket protector 20 of the present invention is shown attached to the portion of the frame 14 remote from the handle 12 . although in fig1 the racket illustrated is of a tennis racket type , it is envisioned that protector 20 could be used on other types of rackets such as those used in the games of squash , badminton and the like . the structure and method of attaching the protector 20 to the racket 10 will be described in detail by reference to fig2 through 5 . as can be seen , the protector 20 is constructed with an elongated curved body 22 which fits over the exterior of the racket frame 14 and is provided with a plurality of trapezoid shaped fingers 24 extending from both sides . it is obvious that the fingers could have other shapes , such as square , rectangular , triangular or the like without detracting from the operation of the device and that the trapezoid shape is merely used for convenience . specifically , this convenience is principally due to the fact that the trapezoidal shape of the fingers 24 ( and end or keeper portions 26 ) facilitates attachment of the protector to the curved end portion of the racket frame in that the resulting space between adjacent fingers ( due to the non - parallel opposed sides of each finger ) enables relative movement therebetween . these fingers 24 furthermore transversely intersect , and are joined through , the strip portion 22 along loci of intersection coextensive with the opposed forward edges of frame 14 and extend radially inward from the body 22 so that they fit flush against the sides of the frame 14 . each of these fingers 24 has a portion 26 adjacent their end which is bent to extend at right angles to the fingers 24 to form a keeper which will lock under the frame 14 to retain the protector 20 on the racket 10 . the keeper portions 26 on opposite sides of the body 22 extend in a direction toward each other but are of a length so that their ends will not contact to form a gap or space therebetween . this gap or space creates a clearance opening through which the string network 16 can extend without contacting the protector 20 . it is contemplated that the protector of the present invention could be formed in one piece from any of a number of suitable flexible materials such as plastic or metal which will allow the fingers 24 and portions 26 to deflect and be snapped over and resiliently held onto the frame 14 . the embodiment described herein could be formed as shown in fig2 from a flat sheet of material with fingers 24 being formed by cutting the material and thereafter bending to the desired cross section and curved shape . it is also anticipated that the device could be performed by extrusion , thus eliminating the bending operations . obviously , many modifications and variations of the present invention are possible in light of the above teachings . it is therefore to be understood that within the scope of the appended claims , the invention may be practiced otherwise than as specifically described .
a device for protecting a tennis racket from damage during use having a portion which conforms to the curvature of the frame of the racket and spaced resiliently biased fingers which clamp onto the frame to retain the device on the racket during use .