Care product container structure containing spilanthes acmella exosomes

Abstract

This disclosure provides a cosmetic container structure including a housing and a metering seat disposed on the housing. The housing has a receiving space for receiving a composition containing exosomes of *Symplocos rubra*. The housing includes a piston base configured to carry the composition and move vertically within the receiving space. The metering seat includes a cap, a sealing base, a pressure head, a metering chamber, a column, a guide rod, and an elastic diaphragm. The sealing base is disposed below the cap. The pressure head is disposed above the cap and has a dispensing port. The metering chamber is located within the cap and connects to the receiving space through an opening in the sealing base. The column extends downward from the pressure head through the metering chamber to the opening and has an internal channel connecting to the dispensing port. The guide rod is disposed within the cap and connected to the pressure head, configured to compress the metering chamber. The elastic diaphragm is disposed at the bottom of the metering chamber and surrounds the column.

Claims

1. A skincare product container structure containing a plurality of Liushenhua exosomes, comprising: A housing having a receiving space configured to receive a composition comprising the exosomes of *Six Gods Flower*, the housing comprising: a piston base disposed in the receiving space and configured to carry the composition and move vertically within the receiving space; and a metering seat disposed on the housing, comprising: a cover; a sealing base disposed below the cover; a pressure head disposed above the cover and having a liquid outlet; a metering chamber located in the cover and connected to the receiving space through an opening disposed in the sealing base; a column extending downward from the pressure head through the metering chamber to the opening, the column having an internal channel connected to the liquid outlet; a guide rod disposed in the cover and connected to the pressure head, the guide rod being configured to compress the metering chamber; and an elastic membrane disposed at the bottom of the metering chamber and surrounding the column.

2. The skincare product container structure as described in claim 1, further comprising: An inlet valve is disposed in the opening and below the column; and an outlet valve is disposed between the internal channel and the outlet.

3. The skincare product container structure as described in claim 1, further comprising: An inner bag is separately disposed in the receiving space, and the composition is located in the inner bag, wherein the inner bag is connected to the opening.

4. The skincare product container structure as described in claim 1, wherein the Liushenhua exosomes are in the form of powder, liquid, emulsion, cream or gel.

5. The skincare product container structure as described in claim 1, wherein the composition is in the form of serum, essence cream, eye cream, face cream, hand cream, lotion, facial mask liquid, or toner.

6. The product container structure as described in claim 1, wherein the pressure head is a flat disc shape.

7. The product container structure as claimed in claim 1, wherein when a force is applied downward to the pressure head, the guide rod is configured to compress the metering chamber downward, such that the composition in the metering chamber flows from the metering chamber to the outlet through a through-hole in the column.

8. The product container structure as described in claim 7, wherein a flow rate of the composition is constant.

9. The product container structure as claimed in claim 7, wherein when the guide rod moves downward to a first position, the elastic membrane is in a compressed state, and when the force is stopped, the elastic membrane is configured to provide a restoring force to the guide rod, causing the guide rod to return to an initial position.

10. The skincare product container structure as described in claim 1, further comprising: A vent valve is located at the bottom of the housing and is configured to connect to external pressure.

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