TWI724426B - Nonwoven fabric for cooling facial mask - Google Patents

Abstract

A nonwoven fabric for cooling facial mask comprises a plurality of first ultrafine fibers, a second ultrafine fiber, and a third cool fiber being formed in a random arrangement. The first ultrafine fiber and the second ultrafine fiber are rayon fiber, tencel cotton fiber, cotton fiber and triacetate fiber which are tactile optimization, are 10~60wt% of the nonwoven fabric for cooling facial mask and have different fiber diameters. The third cool fiber is rayon fiber or nylon 6 fiber and mixed with a cool sensation material. The fibers are blended, expended, stacked and cut into different shapes and sizes by a computer mark layout. The present invention is skin-friendly, moisturizing, high-adhesive and breathable mask.

Description

Non-woven fabric structure for cooling mask

A non-woven fabric structure, especially a non-woven fabric structure with a cooling sensation and a cooling sensation mask made of superfine fibers.

According to data, the average annual compound growth rate of the global facial mask market from 2013 to 2017 reached 12.6%. By 2017, the global facial mask market was 6.3 billion U.S. dollars, an increase of 10.4% over the same period of the previous year. Based on long-term observations from 2002 to 2017, the Asia-Pacific region's share of the global facial mask market has increased year by year, from 67% to 84%, and it has become the veritable number one market for facial masks in the world. The Asia-Pacific market is also an important engine for the development of facial masks. From 2007 to 2017, the facial mask market in the Asia-Pacific region increased from 1.08 billion US dollars to 5.28 billion US dollars. The analysis of the factors that people buy facial masks shows that functionality is the primary consideration. Make the mask pay more attention to the development and development of functionality.

Especially for tropical and subtropical Asian regions, consumers in warm and humid climates, as the body temperature rises by 1℃, the amount of oil secretion will increase by 10%. Excessive oil secretion may cause problems such as rough skin and clogged pores. Many experts and scholars recommend washing your face with cold water to help tighten the skin, because hot water will take away a large amount of sebum and moisture on the skin, which will make the skin drier and more prone to wrinkles, or it can also be cleaned Apply an ice-cold mask behind the face to lower the temperature to reduce oil secretion and improve pore clogging.

However, there is no facial mask on the market that has a cool feeling, good appearance and good touch at the same time, and this problem remains to be solved.

In order to solve the problem that there is no facial mask on the market that has a cool feeling, an appearance and a good touch at the same time, the present invention provides a non-woven fabric structure for a cool feeling facial mask, which contains a plurality of first superfine fibers, second superfine fibers, and third cool feeling fibers. The non-woven fabric structure for the cooling facial mask formed in an arrangement manner; wherein: the first superfine fiber and the second superfine fiber are thin fibers and have different fiber diameters, which have the function of optimizing the touch; the third cooling fiber is 缧Nylon fiber or nylon 6 fiber, and mixed with a cool feeling material.

Wherein, the first superfine fiber and the second superfine fiber are rayon fiber, tencel cotton fiber, cotton fiber and triacetate fiber.

Among them, the first superfine fiber and the second superfine fiber have a fiber length of 0.8-1.0 den and 30-60 microns, and more preferably are superfine viscous staple fiber, tencel cotton fiber, Cotton fiber and triacetate fiber; or the first superfine fiber and the second superfine fiber have nylon 6 short fibers of 1.0-2.0 Dan and 30-60 microns.

Wherein, the first superfine fiber, that is, the second superfine fiber, accounts for 10-60 wt% of the entire non-woven fabric structure for the cooling facial mask.

Wherein, the third cool feeling fiber has a diameter of 1.0-2.0 Dan fiber and a fiber length of 30-60 microns.

Wherein, the cool feeling material is composite ore powder.

Preferably, the composite ore powder contains calcium, titanium, aluminum or silicon powder.

Wherein, the first superfine fiber, the second superfine fiber and the third cool feeling fiber are made into the cool feeling facial mask through a fiber web forming process of blending, opening, carding, and laminating and a water jet method of fiber web strengthening process The structure is made of non-woven fabrics, which are then typeset and cut by computer marks.

From the above description, it can be seen that the material of the present invention has the functions of cooling sensation, anti-UV, breathability and comfort, moisture absorption and skin-friendliness. It is especially suitable for the application of cooling sensation masks, which can give users a cooling sensation experience and lower the skin temperature for skin lift. The effect of wrinkle removal is a new type of mask material.

The fiber of the present invention undergoes processes such as blending, opening, carding, laminated fiber web forming and water jet fiber web strengthening, etc., and then can be cut into different types and sizes of clear, cool, and cool feeling by computer mark typesetting. Skin-friendly, moisturizing, high-fitting, breathable facial mask with hydro-needle non-woven fabric, and according to market demand, the use of different blended fiber ratios, laminated interweaving methods, and fiber composition can be used to create a cool, good appearance and touch non-woven fabric for cool facial masks .

In order to regenerate youth and rejuvenation, the motivation of the present invention is to develop a non-woven fabric structure that can be applied to a cooling mask. In addition, the cooling sensation function of the present invention is also suitable for post-operative maintenance of face lift and wrinkle surgery. Because face lift and wrinkle surgery are divided into different types of surgery sites, they are divided into eye, forehead, and cheek wrinkles, respectively. Remove the sagging skin of the upper and lower eyelids, forehead wrinkles, eyebrow wrinkles, crow's feet, cheek wrinkles, nasolabial folds or neck wrinkles, etc., so that the sagging eyebrows and outer corners of the eyes are lifted, and the sagging skin of the face and neck is also lifted. Eliminate double chin. According to the principle of skin lift and wrinkle removal, it is found that most of the surgical sites are covered and cared for by the mask. Therefore, the principle of tightening the skin when cold is used to stimulate the development of the cooling moisturizing and wrinkle removal mask of the present invention. With this innovative concept, infection, bleeding and hematoma, skin necrosis, nerve damage, baldness, hyperpigmentation and possible paresthesia after surgery can be avoided.

10: Non-woven fabric structure for cooling mask

11: The first microfiber

13: The second microfiber

15: The third cooling fiber

M: Cool feeling material

Fig. 1 is a schematic diagram and a partial enlarged view of a preferred embodiment of a non-woven fabric structure for a cooling facial mask.

Fig. 2 is a schematic diagram of the third cool feeling fiber and the cooling feeling material contained therein.

Please refer to FIG. 1, which is a preferred embodiment of the non-woven fabric structure 10 for cooling facial mask, which includes a plurality of first ultrafine fibers 11, second ultrafine fibers 13, and third cooling fibers 15 formed in a random arrangement. Non-woven fabric structure for cooling facial mask10. .

Among them, the first superfine fibers 11 and the second superfine fibers 13 are lumpy fibers or nylon 6 short fibers, preferably conventional lumpy fibers without modification or addition of functional materials, which have water absorption and affinity. Skin, fit, softness and tactile optimization functions. The first superfine fiber 11 and the second superfine fiber 13 have different fiber diameters, that is, different fiber thicknesses, which can stack the fibers of the non-woven structure 10 for the cooling mask. It is more detailed and compact, and there is no problem of excessively high cost of the structure using all-thin fibers. In a preferred embodiment, the first ultrafine fiber 11 and the second ultrafine fiber 13 may have a fiber diameter of 0.8-1.0 Denier (Denier) and a fiber length of 30-60 microns (mm). Short fibers or ultra-fine mucous short fibers; or short fibers with a diameter of 1.0-2.0 denier and a fiber length of 30-60 microns or ultra-fine mucous short fibers. .

Please refer to FIG. 2, the third cool feeling fiber 15 is a thin fiber or nylon 6 fiber added with a cool feeling material M. The cool feeling material M is preferably a composite ore powder, and the amount of the third cool feeling fiber 15 is between 0.5-5.0wt%, the composite ore powder is preferably a powder compounded with ores such as calcium, titanium, aluminum or silicon, because the composite ore powder containing calcium, titanium, aluminum, and silicon has low thermal conductivity and high thermal diffusivity The characteristics enable the third cooling-feel fiber 13 to become a permanent cooling-feel fiber, rather than the cooling feeling imparted by the addition of chemical additives through finishing processing. In a preferred embodiment, the third cool feeling fiber 15 may have a diameter of 1.0-2.0 Denier and a fiber length of 30-60 microns (mm), or nylon 6 short fibers, and include the aforementioned mineral powder. Distributed in the fiber. In the present invention, nylon 6 fibers are added to cellulose fibers with a fineness of 0.8d-1.d and a length of 30-60mm, and ultrafine cellulose fibers with a fineness of 0.5-1.0d and a length of 30-60mm, because they have It is highly skin-friendly and tactile, and can increase the user experience of the non-woven fabric structure 10 for a cooling facial mask.

In the present invention, the first superfine fiber 11, the second superfine fiber 13 and the third cool feeling fiber 15 are formed by mixing, opening, carding, and laminating fiber webs, and then cross or cross the fiber webs. Layered horizontally, through the process of hydro-acupuncture fiber web reinforcement, drying and shaping, it can be cut into different types and sizes of clear, cool, skin-friendly, moisturizing, high-fitting, breathable mask. Non-woven fabric with water needle. The aforementioned water acupuncture method of the present invention can entangle each fiber to form a stable network structure, make the mask more detailed and firm, and improve the quality of the product.

Please refer to Table 1 below, which is the functional test result of the present invention.

Please refer to Table 2 below. After the present invention is applied to a human face, the temperature change and cooling effect of the present invention are tested, and it can be confirmed that the present invention does have the effect of producing cooling sensation.

The above are only preferred embodiments of the present invention, and are not intended to limit the scope of the claims of the present invention. All other equivalent changes or modifications made without departing from the spirit of the present invention should be included in the claims of the present invention. Within range.

10: Non-woven fabric structure for cooling mask

11: The first microfiber

13: The second microfiber

15: The third cooling fiber

M: Cool feeling material

Claims (8)

A non-woven fabric structure for a cooling facial mask, comprising a plurality of first superfine fibers, second superfine fibers, and third cooling fibers in a random arrangement of the non-woven structure for the cooling facial mask; wherein: The first superfine fiber and the second superfine fiber are lingering fibers and have different fiber diameters; and The third cool-feeling fiber is lingering fiber or nylon 6 fiber and it contains a cool-feeling material. For example, the non-woven fabric structure for cooling facial mask in the first item of the scope of patent application, wherein: the first superfine fiber and the second superfine fiber are 0.8-1.0 denier and 30-60 micron fiber length. For example, the non-woven fabric structure for cooling facial mask in the first item of the scope of patent application, wherein: the first superfine fiber and the second superfine fiber are 1.0-2.0 denier and 30-60 micron fiber length. For example, the non-woven fabric structure for cooling facial mask in the first item of the scope of patent application, wherein: the first superfine fiber and the second superfine fiber are rayon fiber, tencel cotton fiber, cotton fiber and triacetate fiber. For example, the non-woven fabric structure for cooling facial mask in the first item of the scope of patent application, wherein: the third cooling fiber has a diameter of 1.0-2.0 Dan fiber and a fiber length of 30-60 microns. For example, the non-woven fabric structure for cooling facial mask of item 1, 2, 3, or 4 in the scope of patent application, wherein: the cooling material occupies 0.5-5.0 wt% of the entire third cooling fiber. For example, the non-woven fabric structure for cooling facial mask of item 1, 2, 3 or 4 in the scope of patent application, wherein: the composite ore powder contains calcium, titanium, aluminum or silicon powder. For example, the non-woven fabric structure for cooling facial mask in the first item of the scope of patent application, the first superfine fiber, the second superfine fiber, and the third cooling fiber are mixed, opened, carded, laminated and formed into a fiber network with water The non-woven fabric structure of the cooling mask is made by the needle method's fiber web strengthening process, and then it is cut and shaped by computer mark typesetting.

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