GRIP & ROLL IN PLACE STRING (G.R.i.P.-String)

Abstract

A grip & roll in place string (G.R.i.P.-String) technique is described for the purpose of fastening or securing items that require additional physical support. The inventive device includes standard nylon string material with an integrated hook & loop section for increased gripping after the string has been tied. The string material is 100% multifilament nylon (FIG. 1, item 15 ). It is available in colors and resistant to chemicals and abrasion and is non-spliceable. The ‘Hook & Loop’ sections are integrated into the nylon string material. They consist of alternating minute hooks and loop pile that are integrated in a 45 degree angle (FIG. 2, item 30 ) to the string 0 degree line (FIG. 2, item 25 ) detail) from end-to-end of the ‘Hook & Loop’ section. The tie-through eye (FIG. 1, item 10 ) is a means to attach the G.R.i.P.-String fastener to the object that requires additional physical fastening support.

1 . A method for physically securing items comprising:
 providing an original method using standard nylon string or rope material with an integrated hook & loop section for increased physical gripping of physical object;   physically securing of said physical object based on said analysis.   
   
   
       2 . The device of claim one further comprising the steps of:
 optimizing dimensional relationships for the parts of the invention; including variations in size, materials, shape, form, function and manner of operation, assembly and use; and   physically securing of said physical object based on said analysis.   
   
   
       3 . The method of claim three further comprising the steps of:
 providing exceptional lifetime compared to other types of physical fastener devices; and   physically securing of said physical object based on said analysis.   
   
   
       4 . The method of claim four further comprising the steps of:
 providing additional physical attachment security on clothing, equipment and accessories; and   physically securing of said physical object based on said analysis.