THE BLISTER PACKAGE FOR TWO COMPONENTS WITH MOVING GUIDE STRUCTURE OF CONTENTS

The present invention relates to a blister package where two different types of contents are stored and packaged in two separated and independent container units formed in a single body respectively in order to be stored in a sealing state inside each of the container units during a distribution pro...

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Bibliographic Details
Main Authors AHN, JONG WON, KIM, HYUNG JAE
Format Patent
LanguageEnglish
Korean
Published 02.04.2014
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Summary:The present invention relates to a blister package where two different types of contents are stored and packaged in two separated and independent container units formed in a single body respectively in order to be stored in a sealing state inside each of the container units during a distribution process and to be mixed with each other immediately before use. A movement guide adhesion unit is installed as a barrier in a flange so that the inlet of a transition side container unit where a transition content is stored can be connected with only the inlet of a container to receive transition under a fixed pressure condition. At the same time, a separation adhesion unit is included in order to separate and block in between the inlets of the two container units when the packaging body is not used, and to form a path through forceful exfoliation when pressing and deforming the transition side container unit for use. The flange part forms a basic adhesion unit in an embossing shape so that the entire adhesion unit on the flange can adhere to a cover film. Immediately before use, when applying pressure to the transition side container unit, the separation adhesion unit is exfoliated and opened by the applied pressure in order to form a path so that the transition content can be transited into the container to receive transition at the other side. Therefore, the packaging body for different contents having a content transition inductive means can remove handling inconveniences when mixing the different contents by enabling easy mixing between the transition content and the content to receive transition through one time of pressing pressure.
Bibliography:Application Number: KR20120106510