Integrated cover assembly

Abstract

The invention discloses an integrated cover assembly which comprises a cover body and a filtering and flow stabilizing assembly, and the filtering and flow stabilizing assembly and the cover body are of an integrated injection molding integral structure through a breakable connecting part. When the container is filled with liquid and the cover assembly is connected to the opening of the container for the first time, a worker firstly connects the cover body to the opening of the container, and meanwhile, the filtering and flow stabilizing assembly is inserted into the opening of the container; when the container is sold and used by a user, and the user operates the cover body to open the opening part of the container, the connecting part 3 is broken, so that the filtering and flow stabilizing assembly is separated from the cover body and is left in the opening part of the container, and therefore, the cover assembly can be integrally formed by injection molding and can be produced by only one set of mold; when a manufacturer fills a product, the cover assembly can be conveniently connected to the opening of a container, and when a user uses the cover assembly, the user can conveniently leave the filtering and flow stabilizing assembly in the opening of the container, so that the whole cover assembly product is simple in manufacturing process, low in production cost and convenient to use.

Description

【Technical field】 [0001] The present invention relates to container closures, and more particularly to a one-piece closure assembly. 【Background technique】 [0002] Packaging containers involve all walks of life, used to protect goods, convenient for storage and use, convenient for transportation, promoting sales, preventing environmental pollution and preventing safety accidents, etc. Different industries and different products need to adopt corresponding packaging according to certain technical specifications. packaging container. [0003] When the existing packaging container is pouring the liquid in the inner cavity of the packaging container, in order to make the liquid flow out evenly, a filtering and stabilizing component is usually installed on the mouth of the packaging container to achieve a steady flow. At the same time, the mouth of the packaging container is also connected with a The cover that seals the mouth of the packaging container, however, the current co...

AI Technical Summary

Problems solved by technology

[0003] When the existing packaging container is pouring the liquid in the inner cavity of the packaging container, in order to make the liquid flow out evenly, a filtering and stabilizing component is usually installed on the mouth of the packaging container to achieve a steady flow. At the same time, the mouth of the packaging container is also connected with a The cover that seals the mouth of the packaging container, however, the current cover and the filter stabilization assembly are two separate parts, so that when assembling, the filter stabilization assembly needs to be placed in the mouth of the packaging container first. Then, when the cover is connected to the mouth of the packaging container, and during manufacturing, two independent molds are required to manufacture the filter stabilization assembly and the cover correspondingly, resulting in high manufacturing costs

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