Anti-galactorrhea pad

Abstract

The invention discloses an anti-galactorrhea pad which comprises a body consisting of an inner surface layer, a flow guide layer, an absorption corebody layer and an outer surface layer, attached to one another, wherein the inner surface layer comprises a coarse denier fiber layer arranged on the surface layer and a fine denier fiber layer arranged on the inner layer. According to the anti-galactorrhea pad disclosed by the specific embodiment of the invention, the inner surface layer comprises the coarse denier fiber layer arranged on the surface layer and the fine denier fiber layer arranged on the inner layer, and the coarse denier fiber layer can be used for quickly absorbing milky juice and the fine denier fiber layer can be used for enabling the milky juice to be dispersed quickly, so that permeation of the milky juice to the absorption core body layer is accelerated; the coarse denier fiber layer is closest to a human body, and the flow guide layer is arranged between the fine denier fiber layer and the absorption core body layer, so that the milky juice can quickly permeate through the coarse denier fiber layer and reach the fine denier fiber layer for primary diffusion; after reaching the flow guide layer, the milky juice can be quickly diffused so as to increase the absorption speed of the milky juice in the absorption core body layer and increase the utilization rate of the absorption core body layer; and furthermore, breast milk can be locked to guarantee dryness of bras.

Description

technical field [0001] This application relates to maternity and infant products, in particular to an anti-spill breast pad. Background technique [0002] With the continuous improvement of people's living standards and the avoidance of unnecessary embarrassment during breastfeeding, disposable anti-galactorrhea pads are gradually accepted by breastfeeding mothers because they can keep bras clean and dry as sanitary products to prevent breastfeeding. [0003] When breastfeeding mothers use the existing breast pads, the breast pads are vertically close to the body. Due to gravity, the absorption of breast milk is mainly concentrated in the absorption area below the breast pads, and it is difficult for milk to spread to the upper absorption area. body. Existing breast pads cannot absorb milk quickly and in a timely manner, and excess milk leaks from underneath. Contents of the invention [0004] The technical problem to be solved in this application is to provide an anti-g...

AI Technical Summary

Problems solved by technology

[0003] When breastfeeding mothers use the existing breast pads, the breast pads are vertically close to the body. Due to gravity, the absorption of breast milk is mainly concentrated in the absorption area below the breast pads, and it is difficult for milk to spread to the upper absorption area. body

Existing breast pads do not absorb milk quickly enough and excess milk leaks from underneath

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