Inflatable packing cushion

Patent Name Inflatable Packaging Liner Patent Applicant Fu Jingfang Principal Applicant Address 315040 Room 505, No. 82, Lane 88, Gardener Street, Jiangdong District, Ningbo, Zhejiang Province Inventor Fu Jingfang Application (Patent) No. 200520100341.2 Application Date 2005.01.27 Certification Date Approval Notice No. 2767370 Audit Announcement Date 2006.03.29 Instruction CD-ROM D0613-2 Main Classification Code B65D81/03 (2006.01) I Classification Number B65D81/03 (2006.01) I Sub-item Original application number Priority Claim Abstract This utility model relates to an inflatable packaging The liner is formed by sealing the inner and outer membranes to form a bag body capable of covering the articles to be loaded, and an inflatable mouth for filling gas is provided on the bag body, and the bag body is folded into three-dimensional There is a bonded structure between the inner and outer membranes at the junctions of all surfaces, and at least one gas transmission channel is also provided at each junction line. The gas transmission channel is located at the middle of the boundary line. Compared with the prior art, the utility model has the advantages that the articles can be effectively avoided from being damaged in the transportation process, and after use, the volume can be reduced by deflation so that the articles can be collected, transported, and even carried around. . Therefore, the utility model can be reused, and at the same time can reduce the environmental pollution and reduce the packaging cost. Therefore, the utility model has strong practicality and is worthy of being popularized and applied in the packaging industry. Sovereignty item 1. An inflatable packing liner, characterized in that: a bag body (1) capable of covering an article to be loaded is formed by sealing inner and outer films, and is provided on the bag body (1) The gas inflating nozzle (2) is filled into the bag, and the bag body is folded into a three-dimensional structure. The inner and outer films at the boundary lines of each bag form a bonded structure, and at least one input is provided at each boundary line. Air channel (3).