TWM496007U - Dry and wet separation facial mask container - Google Patents

Description

Dry and wet separation film container

The present invention relates to a dry and wet separation film container, which utilizes the film to be stored separately from the nourishing liquid, and directly pours the nourishing liquid into the receiving bottle during use, so that the film is completely wetted and becomes a mask.

In order to maintain the flawless, firm and translucent skin of the face, feet, eyes or chest, people use the maintenance solution to wipe, wipe, spray, apply, etc., to increase the maintenance of the face, in order to further enhance The effect of skin care and maintenance is generally to cover the mask on the face, so that the skin absorbs more maintenance ingredients in a "boring" way. The principle of the mask is to use the sealing effect to force the pores to open to help deep cleansing or nutrient absorption. The penetration effect is better than the use of a single essence. Therefore, after applying the mask for a period of time, the original is tired and dark. Shen's face is completely new.

Secondly, in response to the maintenance needs of each part of the consumer, the film, the eye mask, the pleura and the pleura can be used to deeply clean, calm and moisturize the skin, and to satisfy the people's skin care during travel. For the needs of conditioning, beauty manufacturers have introduced masks for single-chip packaging to enhance the convenience of carrying and ease of use.

According to the mask, the foot film, the eye mask and the pleura, the film is made of a non-woven fabric, paper or elastic fiber, and then placed in an opaque packaging bag made of aluminum foil to soak the beauty nourishing liquid, and In order to make the film have various conditioning functions to meet the various skin types, the nourishing liquid is made up of a variety of nutrient-rich materials.

However, the active ingredients in these materials are mostly heat-sensitive substances, which are susceptible to high temperature or ultraviolet light and lose their activity. Therefore, it is impossible to use high temperature for sterilization in the coating process, which makes the film easy to be artificially damaged or hygienic during manufacturing and packaging. Bacterial contamination occurs in poor conditions.

In addition, the bacteria have the characteristics of rapid growth and growth in a warm, humid, dark and nutritious environment. It is known that such a film product will deteriorate after a short period of time and endanger the human body. Skin, therefore, in order to lengthen the shelf life, this type of film is more than an antibacterial agent and a preservative added to the nourishing liquid to ensure the stability and preservation of the nutrient solution by inhibiting the growth of bacteria. However, chemical agents such as antibacterial agents and preservatives are not harmful to some people with sensitive skin. Generally, after using the film, the residual nourishing liquids such as the face, feet, eyes or chest are not cleaned. This causes the chemical agents to accumulate in the human body through the skin, causing harm to human health for a long time.

In view of the lack of film packaging, it is easy to cause the film to deteriorate and affect the user's skin. The creator is therefore trying hard to solve the problem, and with his own professional and years of work experience, he has finally experienced several times. After the revision, experiment and improvement, the original creation is created. The film is stored separately from the nourishing liquid. When used, the nourishing liquid is poured onto the film to prolong the shelf life of the film and improve the use effect.

The present invention relates to a film container for dry and wet separation, in particular to a container for separately packaging a film and a nourishing liquid, which not only prolongs the shelf life of the film, but also has a better effect. The utility model mainly comprises a receiving bottle, a cover sheet, a bottle body and a coating film, wherein the coating film is a sheet-shaped dry non-woven fabric or elastic fiber, thereby covering the face, and first folding and placing it in the receiving bottle. Inside, the cover piece is placed on the top surface of the receiving bottle to completely close the receiving bottle, and the cover piece extends upwardly to a guiding tube for the nourishing liquid to flow into the receiving bottle, and the bottle body is correspondingly closed. The guide tube of the sheet protrudes from the bottle head, and a communication layer is formed in the center thereof. When the guide tube is passed through the communication layer, the nutrient solution in the bottle body can be flowed into the bottle.

When in use, the bottle body is inverted so that the bottle head is downward, so that the bottle head corresponds to the draft tube, and then the bottle head is inserted downward into the draft tube while passing through the communication layer to make the bottle body The nourishing liquid flows into the accommodating bottle through the draft tube, and the coating film is completely wetted for a certain period of time, and then the cover sheet is unscrewed, and the uniformly impregnated coating film can be taken out as a mask, and the film is also used. It can be used for the foot mask, eye mask and pleura. It is small in size and easy to carry around. It is very convenient to use.

Therefore, this creation system separates the film and the nourishing liquid to prevent the film from being wetted and sealed in the bag for a long time and deteriorates. The user can put the guiding tube into the bottle head when using it, and then the nutrient solution can be taken. Pour out and use to ensure that the preservation of the nourishing liquid does not deteriorate, especially without adding Preservatives or antibacterial agents are added to make the effect of the nourishing liquid more ideal. Therefore, the creation of the film and the nourishing liquid by means of dry and wet separation not only prolongs the shelf life of the mask, but also improves the overall use effect.

[this creation]

11‧‧‧Capacity bottle

12‧‧‧ Covers

121‧‧‧drain tube

13‧‧‧ bottle body

131‧‧‧ Bottle head

132‧‧‧Connecting layer

14‧‧‧ Film

2‧‧‧ nourishing liquid

The first picture is a perspective view of the creation.

Figure 2 is a schematic diagram of the assembly of the creation.

Figure 3 is the first action diagram used in this creation.

Figure 4 is the second action diagram used in this creation.

Figure 5 is a schematic view of the present invention.

First, referring to Fig. 1, a perspective view of the present invention is mainly composed of a receiving bottle 11, a cover sheet 12, a bottle body 13 and a coating film 14, which is a sheet-like dry type. Non-woven fabric or elastic fiber, can be spread out and covered on the face, first folded and placed in the receiving bottle 11, and then the cover piece 12 is placed on the top surface of the receiving bottle 11, please refer to the second As shown in the figure, the accommodating bottle 11 can be completely closed, and the cover sheet 12 extends upwardly to a draft tube 121 for the nutrient solution to flow into the accommodating bottle 11 (not shown), and the bottle body 13 corresponds to the cover. The guide tube 121 of the splicing piece 12 protrudes from a bottle head 131, and a communication layer 132 is formed at the center thereof. When the flow guiding tube 121 is passed through the communication layer 132 (as shown in FIG. 3), the inside of the bottle body 13 can be The nourishing liquid 2 flows to the accommodating bottle 11, so that the nourishing liquid 2 is wetted to accommodate the coating film 14 in the bottle 11, and can be spread and attached to the skin.

Next, please refer to FIG. 3 again. For the first action diagram used in the present creation, the bottle body 13 is inverted so that the bottle head 131 faces downward, so that the bottle head 131 corresponds to the draft tube 121, and then the bottle head is used. The 131 is inserted downward into the draft tube 121, so that the draft tube 121 passes through the communication layer 132 in the bottle head 13 (as shown in FIG. 4), so that the nutrient solution 2 in the bottle flows in through the draft tube 121. The bottle 11 is placed in the bottle 11 and the film 14 is completely wetted for a period of time. Referring to FIG. 5, the cover sheet 12 is unscrewed, and the uniformly impregnated film 14 can be taken out as a mask, and The film 14 can also be a foot film, an eye mask and a pleura, plus It is small in size, easy to carry around, and very convenient to use.

Therefore, this creation deliberately separates the film 14 from the nourishing liquid 2 (reviewed in Figure 4) to prevent the film 14 from being wetted and sealed in the bag for a long period of time to deteriorate or breed bacteria, affecting the effect of use, and using When the diversion tube 121 is inserted into the bottle head 13, the nourishing liquid 2 can be poured out and used, thereby ensuring that the preservation of the nourishing liquid 2 does not deteriorate, and the shelf life can be prolonged, especially without adding antiseptic. The agent or antibacterial agent makes the effect of the nourishing liquid more ideal.

In summary, the creation uses the method of dry and wet separation to store the film and the nourishing liquid, which can eliminate the bacteria and make the nourishing liquid maintain its high efficiency, and has excellent use effect, and can be preserved for a long time without deterioration. It is easy to carry on, and the overall use is quite convenient and practical. It has already met the new patent requirements and has filed a patent application according to law.

11‧‧‧Capacity bottle

12‧‧‧ Covers

121‧‧‧drain tube

13‧‧‧ bottle body

131‧‧‧ Bottle head

14‧‧‧ Film

Claims (2)

The invention relates to a film container for dry and wet separation, which is mainly composed of a receiving bottle, a cover sheet, a bottle body and a film. The film is a sheet of dry non-woven fabric or elastic fiber, which can be spread after being spread. In the face, the feature is: firstly, the film is folded and placed in the receiving bottle, and then the cover piece is placed on the top surface of the receiving bottle, so that the receiving bottle is completely closed, and the cover piece is extended upward. The flow tube, as for the bottle body, has a bottle head protruding from the guide tube of the cover piece, and a communication layer is formed at the center thereof. When the flow tube is passed through the communication layer, the nutrient solution in the bottle body can be discharged to the container. bottle. The film container for dry and wet separation according to Item 1, wherein the film is one of a mask, a foot film, an eye mask or a pleura or a combination thereof.