Patent ID: 7258830
Filing Date: 2007-08-21
Classification: B29C,B29K,B29L,B32B

Abstract:
1. A method for direct blow molding, comprising steps of: preparing two dies of which an overlapping section overlaps with a blowing jig for blowing air and wherein a cross section area of at least a part of the overlapping section is smaller than a cross section area of a parison, when the two dies are combined together; locating the two dies to each positions so that the two dies face each other across the parison; and forming the overlapping section between the parison and the blowing jig, wherein the step of forming the overlapping section between the parison and the blowing jig comprises steps of: inserting the blowing jig into an inside of the parison; combining the two dies together; and forming the overlapping section between the parison and the blowing jig to be smaller than an outside diameter of the parison by using a space between the two dies and the blowing jig, wherein the step of preparing two dies comprises: a step of preparing a die for manufacturing a liquid accommodating container for keeping a liquid which is to be supplied to a liquid ejecting apparatus to record by ejecting the liquid; wherein the liquid accommodating container formed by the die comprises a supplying part for supplying the liquid in the liquid accommodating container to the liquid ejecting apparatus, and the supplying part protrudes from the liquid accommodating container, is integrated with the liquid accommodating container, and is a hollow member allowing communication with inside of the liquid accommodating container; wherein the step of forming the overlapping section between the parison and the blowing jig comprises a step of forming the supplying part by using a space between the two dies and the blow jig; wherein the method further comprises a step of blowing air from the blowing jig to form the parison into a shape of the liquid accommodating container; and wherein the parison comprises a low density polyethylene layer, an ethylene-vinylalcohol copolymer layer and a liner low density polyethylene layer in this order from inner side, and the liquid accommodating container is formed by resin which is stacked with the low density polyethylene, the ethylene-vinylalcohol copolymer and the liner low density polyethylene in this order.