Hand-carrying bag with cushioning protection

Abstract

A hand-carrying bag with cushioning protection in made of a blank including a plurality of longitudinally-extending laterally-spaced inflated cells, which are formed of overlapping layers that are fused to each other along opposite edges of the blanks and at locations between adjacent cells. The blank forms on opposite longitudinal ends with hand grips. Each cell is provided at a longitudinally middle section thereof with folding spots that are formed by fusing the layers together at small areas so as to allow opposite portions of the cells on the opposite side the spot to be folded to overlap and the folded portions of the edges fused to each other to form a circumferentially-enclosed and bottom bag. The inflated cells that form the circumference and the bottom of the bag provide cushioning protection to an article received in the bag. The hand grips allow the bag to be carried by hands.

1 . A hand-carrying bag comprising a body and a hand grip, the body having a circumference and a bottom both comprised of spaced and connected inflated cells, the body also having a top, which is opposite to the bottom and forms the hand grip, the body being adapted to receive an article therein and provide protection of the article against external impact with the inflated cells, the hand grip allowing the body to be carried by hand. 
   
   
       2 . The hand-carrying bag as claimed in  claim 1 , wherein the body comprises a plurality of inflated cells that are formed by two overlapped layer having opposite side margins fused together to form edges of the body, the two layers being also fused at locations between adjacent cells to form spacers. 
   
   
       3 . The hand-carrying bag as claimed in  claim 1 , wherein the cells are extended in longitudinal direction and each cell has a middle section in the longitudinal direction, at least one folding spot being formed in the middle section to allow opposite portions of the cells on opposite sides of the spot to be folded to overlap each other for forming the circumference of the body.