TWI588254B - Water soap - Google Patents

Description

Water absorbent soap

This creation is about the design and manufacture of a multi-layer laminated structure using absorbent absorbent materials and cleaning and maintenance materials. In particular, one can be used to assist in the rapid dissolution of the cleaning and maintenance materials in the laminate structure, allowing them to be immediately converted into a cleaning and maintenance solution for use. The laminated structure can utilize the function of rapid water absorption and moisture absorption, and effectively increase the amount of dissolution and maintenance of materials in the structure.

At present, the hard soap used in the market is used in combination with the addition of moisture and body friction to change the soap body from a solid state to a liquid state, and the user performs personal hygiene cleaning through the soap liquid containing the cleaning effect.

At present, the structure of the conventional soap body is mostly a solid block soap structure, and a small part is a hollow block soap structure. However, such a conventional soap structure is designed such that the contact area with water only ends in the outer portion of the body and cannot penetrate deep into the soap body and does not closely react with water molecules. For example, the conventional technique has a soap formed by immersing a loofah in a soap solution, and the resulting soap is still unable to effectively improve the dissolution rate of the soap body due to the pores filled with the loofah, and instead causes the loofah itself to absorb or promote the soap. The advantages of blistering cannot be achieved.

At present, in order to improve the dissolution rate of the general soap body, it is often replaced with a liquid detergent. However, in the use of a liquid detergent, the amount thereof is difficult to control, often resulting in a detergent. Waste; in terms of efficiency, when many liquid detergents are applied directly to the skin, it is not only difficult to foam, but also often causes the user to have a slippery feeling of washing, so when using liquid detergent, it is still necessary to additionally mix with other foaming. Tools such as sponges or bath balls are fully foamed for optimal cleaning.

At present, the structure of the soap body is characterized in that the cleaning and maintenance characteristics are completed in the saponification stage, and the quality after the ripening is affected by the strong alkali environment in the saponification environment, so that the added material properties cannot be completely displayed. And achieve the desired results.

The present invention provides a multi-functional laminated structure design of a water absorbing and hygroscopic material and a cleaning and maintenance material. These include the cleaning and maintenance materials such as body cleaning and maintenance which are easily formed by one or more layers of powder, granules, liquid, film, flake, paste, gel, or filament. The cleaning and maintenance layer and one or more water absorbing layers composed of the water absorbing and moisture absorbing material pass through the multi-functional layered structure in which the cleaning and maintenance layer and the water absorbing layer are formed in a non-specific stacking manner. This structure will allow excess space to remain in the layer and between the layers to accommodate the gas, so that in use the external water molecules and the internal gas space will be replaced, so that the water molecules and the cleaning and maintenance materials in the laminated structure can be carried out. A more compact, larger contact area for continuous dissolution reactions, which increases the efficiency of dissolution of the cleaning and maintenance materials and retains the properties of the original materials. In the end, the design of the multi-functional cleaning and maintenance lamination structure which can be easily shaped and can be stacked in a non-specific manner can solve the problem of the dissolution efficiency and the maintenance of the raw material characteristics of the traditional block soap.

Another design advantage of the multi-characteristic laminate structure of the present invention is that the product is finished. After being formed, the combination of any functional materials in the structure can be elastically removed, replaced, and newly added at any time, so that each of the materials can fully exhibit the characteristics of the original material in use without being affected by the saponification environment.

The multi-functional laminated structure provided by the creation is a cleaning maintenance layer composed of one or more layers of cleaning and maintenance materials with easy-to-shape body cleaning and maintenance functions, and one or more layers of water absorbing and absorbing materials. The layer is designed in a laminated structure. The water-absorbent structure formed by the utility model can enable the cleaning and maintenance material and the external water molecules to be more efficiently dissolved in use, which will effectively increase the dissolution efficiency of the cleaning and maintenance materials and retain the original raw materials. efficacy.

In order to satisfy the design of the laminated structure in a non-specific manner, the cleaning and maintenance layer in the laminated structure should have an appearance shape which can be easily molded, and the type should be powdery or granular. , liquid, film, sheet, paste, gel and other types.

The cleaning and maintenance layer in the laminated structure can use materials such as vegetable oil, sea mud, such as moisturizing function, essential oils and fragrances with fragrance function, or materials such as long carbon particles and core powder with exfoliating function or Cleansing soap, amino acid, phospholipid, surfactant, sea salt or hyaluronic acid with maintenance function, collagen, vitamin E, Chinese herbal medicine and other materials.

The water absorbing layer in the laminated structure can be made of water needle non-woven fabric, non-woven fabric, wind knitted fabric, cotton, dried plant, sponge, gauze, nylon yarn, non-woven fabric, fibrotic plant, porous (hole) material, water-soluble substance. It is composed of easy-absorbing absorbent materials.

The laminated structure is designed to achieve more efficient dissolution efficiency, and the thickness of the water absorption layer should be controlled to 0.01 mm to 30 mm, and the thickness of the cleaning and maintenance layer should be controlled to 0.01 mm to 8 mm.

1‧‧‧6 laminated square soap laminated structure sectional view

11‧‧‧Soap

12‧‧‧Water needle non-woven fabric

13‧‧‧ sponge

14‧‧‧Coconut fiber

15‧‧‧ sponge

16‧‧‧Water needle non-woven fabric

2‧‧‧7 laminated cleaning and maintenance laminated structure sectional view

21‧‧‧Water needle non-woven fabric

22‧‧‧Soap

23‧‧‧Coconut fiber

24‧‧‧ cotton

25‧‧‧Soap

26‧‧‧Water needle non-woven fabric

27‧‧‧With honey capsules

3‧‧‧3 sectional view of laminated cylindrical soap laminated structure

31‧‧‧Soap

32‧‧‧Water needle non-woven fabric

33‧‧‧Coconut fiber

4‧‧‧6 laminated long soap laminated structure sectional view

41‧‧‧Soap

42‧‧‧ Grape seed oil, fruit powder, rose essential oil

43‧‧‧Water needle non-woven fabric

44‧‧‧Water needle non-woven fabric

45‧‧‧Water needle non-woven fabric

46‧‧‧ sponge

5‧‧‧Spiral laminated structure appearance

6‧‧‧ Random stacked structure profile

61‧‧‧Soap

62‧‧‧Dry lavender

63‧‧‧ sponge

64‧‧‧ Vegetable oil capsules

65‧‧‧Nonwoven

7‧‧‧Upper and lower 3 unit laminated structure appearance

8‧‧‧ Randomly stacked finished product appearance

Fig. 1 is a cross-sectional view showing a laminated structure of a square soap layer of one layer of soap layer and five layers of water absorbing layer of the present invention.

Figure 2 is a cross-sectional view of a square soap laminate structure of a two-layer soap layer, four water-absorbing layers, and a layer of honey moisturizing layer.

Fig. 3 is a cross-sectional view showing a laminated structure of concentric circular cylindrical soap of one layer of soap layer and two layers of water absorbing layer of the present invention.

Fig. 4 is a cross-sectional view showing the laminated structure of the elongated soap of the present layer of the soap layer, the three layers of the water absorbing layer and the one layer of the maintenance layer.

Figure 5 is the actual appearance of the spiral laminated structure of the present creation.

Figure 6 is a cross-sectional view of the random stacked structure of the present creation

Figure 7 is the actual appearance of the stacked laminate structure above the creation.

Figure 8 is the actual appearance of the random stacked structure of the creation.

The embodiments of the present invention are described below by way of specific examples, and those skilled in the art can readily appreciate the other advantages and advantages of the present invention. The present invention may be embodied or applied in various other specific embodiments. The details of the present invention can be variously modified and changed without departing from the spirit and scope of the invention. The present invention will be described in detail by the following detailed description of the preferred embodiments of the invention.

Referring to the embodiment of Fig. 2, the present invention provides a multi-functional laminated structure design comprising more than one layer of clean layer soap 22, soap 25, maintenance layer honey capsule 27 and a layer which are provided to react with water. The above may provide external water molecules for spatial exchange of water absorbing layer water absorbing non-woven fabric 21 composed of water absorbing and hygroscopic materials, dry plants 23, cotton 24, water needle non-woven fabric 26; the above 7 layers are stacked in a bottom-up manner The laminated combination is carried out and the 21 and 26 layers are fixed in a sewn manner to form a square laminated structure.

Referring to the embodiments of Figures 4 and 5, the present invention provides a multi-functional laminated structure design exhibiting a spiral stack, the laminated structure comprising a layer of 3 mm clean layer powder which is reactive with water. Soap 41, a layer of gel-like thickness of 6mm with a moisturizing, grinding, fragrance function containing grape seed oil, fruit core powder, rose essential oil maintenance layer 42 and a layer thickness of 15mm to provide external water molecules for space exchange by a water-absorbing layer composed of a water absorbing and moisture absorbing material, a water needle non-woven fabric 43, 44, 45 and a sponge 46; the above 6 layers are first stacked in a bottom-up manner, and the structure is easily molded by the characteristics of the structure. The multi-functional laminated structure exhibiting a spiral cleaning and maintenance function is formed by rolling back and being adhesively fixed.

In addition to being designed as a square stack combination of FIG. 1 and FIG. 2, the laminated structure can also be designed as shown in FIG. 3 in order to provide a user with better sensory vision and more efficient soap dissolution efficiency. The concentric circular cylindrical stack structure, the random stack structure of FIG. 6 and other stacked structures.

In the laminated structure, the water absorbing layer composed of water absorbing and hygroscopic substances can be replaced by other water absorbing and hygroscopic substances having the same function, in addition to water needle non-woven fabric, cotton, and dried plants. For example: sponge, woven fabric, nylon yarn, non-woven fabric, wind knitted fabric, loofah and coconut fiber or rough fiber plant, porous material, capsules and other water-soluble materials.

The cleaning layer in the laminated structure, in addition to soap, can be replaced by other cleaning materials having the same function. For example: amino acids, phospholipids, surfactants, sea salt, and the like.

The maintenance layer in the laminated structure may be a moisturizing vegetable oil, sea mud, honey or the like, or a fragrance oil, a fragrance or the like, or a long carbon particle, a fruit powder or a maintenance function for exfoliating function. Hyaluronic acid, vitamin C, collagen, Chinese herbal medicine and other materials are replaced.

Referring to the embodiments of FIG. 6 and FIG. 8 , the present invention provides a multi-characteristic random stack structure design by drying the cleaning material soap 61, the fragrance material, the lavender 62, and the absorbent material sponge 63. The vegetable oil-containing capsules 64 are randomly mixed, and then coated with a water-absorbent material non-woven fabric 65 to form a random stacked structure having a plurality of characteristics. The structure can be used to obtain a cleaning and maintenance liquid which is clean, fragrant, moisturizing and high foaming at the same time.

In the embodiment of Fig. 6, the product can be removed by removing the originally wrapped non-woven fabric 65, and the contents of the sponge 63 and the vegetable oil-containing capsule 64 are taken out, and replaced by the coconut fiber 23 and the honey-containing capsule as shown in Fig. 2. 27 and adding a grape seed oil, a core powder, a rose essential oil gel-like maintenance layer 42 as shown in Fig. 4, and then re-coating the original non-woven fabric 65 to form another multi-functional laminated structure of completely different characteristics.

Referring to the embodiment of FIG. 7, the present invention provides a bottom-up stacked structure design with multiple characteristics, which is designed as a unit of the stacked structure of FIG. The stacking is repeated three times, and the functions it presents can be enlarged and increased.

The above embodiments are merely illustrative of the principles and effects of the invention and are not intended to limit the invention. Anyone who is familiar with the art may do not violate the spirit of the invention and Modifications and variations of the above embodiments are made in the scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the claims described below.

2‧‧‧7 laminated cleaning and maintenance laminated structure sectional view

21‧‧‧Water needle non-woven fabric

22‧‧‧Soap

23‧‧‧Coconut fiber

24‧‧‧ cotton

25‧‧‧Soap

26‧‧‧Water needle non-woven fabric

27‧‧‧With honey capsules

Claims (8)

A heterogeneous interface laminated structure having multiple characteristics includes: one layer or more of a cleaning and maintenance layer composed of functional materials such as body cleaning and maintenance which can be easily shaped according to stacking requirements, and one layer or more of water absorbing and moisture absorbing materials The interface formed by stacking the water absorbing layers in a non-specific stacking manner exhibits a heterogeneous interfacial lamination structure which is different in characteristics and soft and is easily deformed by external force. The heterogeneous interfacial lamination structure of the multi-characteristic according to claim 1, wherein the cleaning and maintenance layer has a material appearance of powder, granular, liquid, film, sheet, paste, gel. It consists of a plastic cleaning and maintenance material such as a filament or a filament. The heterogeneous interfacial lamination structure of the multi-characteristics described in claim 1, wherein the material of the cleaning and maintenance layer may be a moisturizing vegetable oil, sea mud, honey or the like, or an essential oil or fragrance of a fragrance function. Materials such as materials such as long carbon particles, core powder, or soaps, amino acids, phospholipids, surfactants, sea salt, etc., or hyaluronic acid, collagen, vitamin E, etc. . The heterogeneous interface laminate structure of the multi-characteristics described in claim 1, wherein the water absorbing layer may be cotton, sponge, woven fabric, nylon yarn, non-woven fabric, water needle non-woven fabric, wind knitted fabric, loofah, capsule It is composed of fibrous materials such as coconut fiber or rough fiber, dried plants, Chinese herbal medicines, porous (hole) materials, and water-absorbing materials of water-soluble materials. The heterogeneous interface stack structure of the multi-characteristics described in claim 1, wherein the stacking combination of the layers may be a combination of upper and lower stacks, a combination of concentric circles, a combination of spiral stacks, a combination of random stacks, and other stacking methods. . The heterogeneous interface layered structure of the multi-characteristics described in claim 1, wherein any material in the structure can be elastically removed, replaced, and added according to requirements after the product is completed to achieve another characteristic. product. The heterogeneous interface laminate structure of the multi-characteristics described in claim 1, wherein the water absorbing layer has a thickness of between 0.01 mm and 30 mm. The heterogeneous interface laminate structure of the multi-characteristics described in claim 1, wherein the thickness of the cleaning and maintenance layer is between 0.01 mm and 8 mm.