Liquid package

Abstract

The invention discloses a liquid package comprising a packaging container, an inner plug and a fiber body. The inner plug is mounted on an opening of the packaging container and is provided with at least two guiding holes for communicating the inside of the packaging container with the outside; the fiber body is installed at the upper end of the inner plug, the lower end of the fiber body covers the guiding holes, one side of the fiber body is connected with at least one conveying tooth, and the conveying teeth and the fiber body are both of porous fiber block structures; when the liquid package is tilted to pour liquid, the liquid in the packaging container flows out of the fiber body through at least one guiding hole, and outside air is supplied to the inside of the packaging container through the at least one remaining guiding hole. In the using process, the liquid flows out to enter the fiber body through the guiding holes, the outside air enters the inside of the packaging container from partial guiding holes, reduction of the internal pressure of the packaging container is avoided, the liquid can continuously flow out, and porous fibers can stabilize the flow rate of the liquid. According to the scheme, stable liquid discharging can be achieved without manually extruding the liquid package, the liquid package is convenient to use, and the liquid package has the good use experience.

Description

technical field [0001] The invention relates to the technical field of liquid packaging, in particular to a liquid packaging. Background technique [0002] Scalp care solutions, shampoos, body washes, etc. are common daily chemical consumer products, usually packaged in bottles and caps (outer cap + inner plug). In the existing packaging technology, its structure is as figure 1 and figure 2 As shown, the package generally includes a bottle body 01, an outer cap 02 and an inner plug 03. [0003] Using the packaging scheme of the prior art, the bottle body 01 needs to be tilted at a certain angle during use, and the consumer squeezes the bottle body 01, and the liquid 04 in the bottle body 01 flows out through a small hole designed in the inner plug 03, such as image 3 shown. This kind of flow rate is difficult to control. There are two situations that are difficult to control: one situation is that the consumer presses the bottle body 01 with different strengths, and th...

AI Technical Summary

Problems solved by technology

Due to the difficulty in controlling the amount of use, consumers often have a poor experience when using it. When the amount of extrusion is relatively small, the use efficiency is low. When the amount of extrusion is large, the liquid flows directly from the scalp to other parts such as the neck, which is very uncomfortable. Comfortable

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