| 摘要 |
A flexible soft flying disc toy that is molded and having a recessed and/or raised and recessed centrally located region on the center bottom of the disc to encourage and facilitate the spinning of the disc on one's finger and give the illusion of being a professional type player in technique for amusement. The general nature of the spinning of the disc on one's finger in a flexible soft flying disc has the potential to wear into the disc material and having a raised center bottom allows for increased thickness in the disc in that area to improve firmness and durability with this function. The flexible soft flying foam material offers the users more safety features than previous relatively hard plastic flying disc type products by now allowing the molded material composite to compress when being hit by the disc or when used for catching of the disc. The compression allows the disc to conform more to the hand allowing for the disc to be caught easier and without the fear of being hurt. The disc is configured with a rim that is much thicker on the edge of the disc than the flight plate and allows for the gripping and rotating of the disc from the inside rim edge with ones finger which is called "paddling" and allows for more advanced throws and gripping of the disc. The addition of a stabilizing ring or smaller plastic disc located on the underside of the flexible soft flying disc would offer advanced flight stabilizing characteristics and still maintain the advantages of the cushion aspects of the outer disc. When a smaller plastic stabilizing type disc is located within the underside of the flexible soft flying disc it could also have a recessed center located on the bottom of the stabilizing disc for facilitating the spinning of the disc on ones finger without the potential of wearing thru the disc with ones finger. The addition of a coating to reinforce the bottom center area that is recessed on the flexible flying disc for which your fingers can easily spin the disc on will offer a unique barrier and less potential wear to the flexible flying disc material.
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