TWI398517B - Rendering soap forming methods, using tools, and their rendering of soap - Google Patents

Description

Rendering soap forming method, using tool, and rendering soap thereof

The present invention relates to a rendering soap forming method, a use tool, and a rendered soap prepared therefrom.

After the advent of the industrial revolutionary industry in the late 18th century, mankind acquired a large amount of cheap sodium carbonate, which led to a new development in the soap industry.

However, by the middle of the 20th century, the development of synthetic chemistry and petrochemicals provided cheap chemical raw materials for detergents, prompting the rise of synthetic detergents, and the development of the soap industry has undergone great changes.

However, in recent years, the awareness of environmental protection has risen, and the handmade soap that has been neglected by the public has begun to rise. Handmade soaps use the saponification reaction of oils and fats, so they can retain the moisture of the natural moisturizer, Glycerin, and the factory. The soaps produced in large quantities are different, and no chemical substances such as surfactants, foaming agents, preservatives, and tear-free agents are added to the components, which are harmless to the human body.

The advantages of handmade soap are many, except that it contains 1/4 or more of the glycerin which is mild and moisturizing to the skin, and the material of the handmade soap, "oil, alkali, and additive", is a natural material and a natural material. The overall beauty and maintenance effect is not worse than chemicals, and it is less likely to cause allergies, so it is suitable for people with sensitive skin.

In addition, because handmade soaps are different from chemical cleaners and commercially available soaps (excluding chemical ingredients), handmade soaps have their own unique properties. Within 24 hours after contact with water, the various compositions and ingredients are easy to It will be biodegraded and easily decomposed by microorganisms in the sewage treatment process. Therefore, it will not cause pollution problems of rivers, lakes and waterways, and will not affect the ecology of the water world. Therefore, it is also possible to use handmade soap to make a contribution to environmental protection. .

In addition, general handmade soaps are divided into four types, as described below: Hot Process, which is a continuous heating. Its advantage is that the soaping time is very short, and it can be completed in about two hours. The disadvantage is partial nutrition. They are all destroyed under constant high temperatures.

The Cold Process preserves the vitamins and essential oils of high-grade vegetable oils. The most important thing is that it contains glycerin, which moisturizes the skin of moisturizing users. However, the disadvantage is that the production time is extremely long, and at least it must be placed in the natural environment. In the middle, wait for 4 to 8 weeks to complete the saponification.

Rebatching, cold soaping wire is heated and melted, remolded, and the soap made by this method is "recycled soap". It needs to be placed and dried after completion, sometimes it takes more than 3 weeks. In addition, ready-made olive oil soap silk and coconut oil soap silk can be purchased on the market, which can be heated and melted.

The Melt & Pour method is a soap that is commercially available as a soap base, heated and dissolved by water, added with a pigment and a flavor, and reshaped, and can be used immediately after release.

Among them, the hand-made soap of the cold method includes a rendering soap, which is rendered through a single or two-color soap liquid, and is demolded after solidification. After cutting, it can be marbled at the cross section. The artistic effect, and because it is handmade, the graphics are difficult to control, and therefore each time can have different patterns, different feelings, is currently the most popular handmade soap.

The aforementioned conventional methods of rendering soap, tools and rendering soap have the following problems:

1. The conventional problem of rendering soap is that the color change of the rendered soap that can be produced is limited by the cold method, and the maximum color is two colors, that is, after adding the color of the soap body, there are at most three colors. Allowing users to focus on changes in the pattern, the resulting product is less attractive to beginners than complex and difficult methods.

In view of this, how to make the rendering soap method applicable to the production of multi-color rendering soap, and to reduce the complexity and difficulty, has become one of the objects of the present invention to be improved.

2. The traditional problem of rendering soap tools is that the application of two-color rendering soap can only be used in a limited range, and it is easy to be unstable during the production process, and the rendering soap fails. On the one hand, it is also inconvenient to use, and on the whole, it is difficult to make a good-looking rendering soap, and it is more difficult than other handmade soaps. It requires a certain artistic talent.

In view of this, how to make the application range increase, the success rate becomes higher, the use is more convenient, and it is easy for everyone to get started, and making a good-looking rendering soap becomes the second object of the present invention to be improved.

3. The most common problem with the conventional rendering soap is that it can be produced by the influence of the method and the tool, and the color effect can be limited, which is monochromatic or bicolor. Compared with other kinds of handmade soap, only the pattern is more In particular, other aspects are inferior, and the overall aesthetics are limited, and in the same effect, it will affect its industrial applicability.

In view of this, how to increase the color effect, and to match the pattern, improve the overall appearance and increase the industrial applicability, has become the third object of the present invention to be improved.

The object of the present invention is to provide a rendering soap forming method, a use tool, and a rendering soap prepared by the same, which are diverse in color, convenient in manufacturing, and diversified in rendering effects.

In order to solve the foregoing problems and achieve the object of the present invention, the technical means of the present invention has the following two embodiments in terms of a forming tool: the first type of the present invention: a rendering soap forming tool (100), The utility model is characterized in that: a soap mold (1), the soap mold (1) is composed of an outer soap mold (12) having a first accommodating space (13) and an opening (11) at the top end, and a set. An inner soap mold (14) disposed in the first accommodating space (13) and having a second accommodating space (15) and having a smooth surface; and one disposed in the second accommodating space ( 15) a partitioning device (2), wherein the partitioning device (2) is provided by at least one of the partition frames (21) disposed opposite to the second receiving space (15), and at least one of the partitioning members (2) is disposed at the partition The plate frame (21) is composed of a partition plate (22) that is connected to the partition frame (21) and can divide the second accommodation space (15) into a plurality of groove spaces (400).

According to the above-described rendered soap forming tool (100), the material of the outer soap mold (12) is one of the following: acrylic material, wood, hard plastic material, metal material; and the inner soap mold (14) ) is made of silicone material.

According to the above-described rendered soap forming tool (100), the top end of the partition frame (21) is provided with a plurality of grooves (23) spaced apart to allow the partition (22) to be engaged; and the partition ( 22) The joint with the groove (23) is provided with a tenon (24) which can cooperate with the groove (23) and protrudes from the soap mold (1).

According to the above-described rendered soap forming tool (100), the material of the separator frame (21) and the separator (22) is one of the following: an acrylic material, a hard plastic material.

According to the above-described rendered soap forming tool (100), the opening (11) of the soap mold (1) is further provided with a top cover (16) capable of closing the second accommodation space (15).

A second aspect of the present invention is a rendering soap forming tool (100), characterized by comprising: a soap mold (1) having an opening (11) at the top, the soap mold (1) being a base (17), And a vertical wall housing (18) which is disposed in the base (17) and is hollow and detachable, and the base (17) and the vertical wall housing (18) surround a third receiving space ( 19), the two opposite ends of the vertical wall housing (18) are respectively provided with a toothed engaging portion (181); and a partitioning device disposed in the third receiving space (19) (2) The partitioning device (2) is provided in at least one of the third accommodating spaces (19), and the two ends are respectively connected to the engaging portion (181), and the third accommodating space (19) can be divided into several numbers. The partition (22) of the trench space (400) is composed of.

According to the above-described rendered soap forming tool (100), the material of the soap mold (1) is one of the following: an acrylic material, a hard plastic material; and the material of the separator (22) is as follows One: acrylic material, hard plastic material.

According to the above-described rendering soap forming tool (100), the joint of the partition plate (22) and the engaging portion (181) is provided to be engageable with the engaging portion (181) and protruded from the soap mold (1). ) the bulge (24).

According to the above-described rendered soap forming tool (100), the opening (11) of the soap mold (1) is further provided with a top cover (16) capable of closing the third accommodating space (19).

To solve the foregoing problems and achieve the object of the present invention, the technical means of the present invention, in terms of a manufacturing method, is a rendering soap forming method, which is characterized by comprising:

Step 1: the prepared initial soap liquid (37), with a stirrer (4), hit a thick form, and then saponification reaction to form a soap liquid (3) (A);

Step 2: The soap liquid (3) is divided into several parts, and the pigment (6) is added separately, adjusted to different colors, and stirred evenly (B);

Step 3: Pour the toned soap liquid (3) into the groove space (400) of the rendering soap forming tool (100) (C);

Step 4: After the soap liquid (3) is completely poured into the groove space (400), the separator (22) (D) is sequentially extracted;

Step 5: After completely withdrawing the partition (22), use a rendering rod (5), stir, and start drawing the rendering (E);

Step 6: The top cover (16) is covered, so that the soap liquid (3) is kept warm, and allowed to stand for a predetermined period of time, so that the soap liquid (3) is solidified into an initial rendering soap (200) (F);

Step 7: taking the solidified initial rendered soap (200) out of the rendered soap forming tool (100) (G);

Step 8: The taken initial rendered soap (200) is subjected to a soap-cutting action to become a plurality of rendered soaps (300) (H).

According to the above-described rendering soap forming method, the initial soap liquid (37) is composed of an alkali water (7) containing sodium hydroxide (71) and pure water (72) at a temperature of 40 to 60 ° C; A mixture of oil and fat (8) with a temperature of 40 to 60 ° C and completely melted.

According to the above-described rendering soap forming method, the rendering soap forming tool (100) is a rendering soap forming tool (100) as described in claim 1; and in the fifth step, when the soap forming tool is rendered ( 100) In the case of the rendered soap forming tool (100) according to the first aspect of the patent application, after the separator (22) is completely withdrawn, a step of completely withdrawing the separator skeleton (21) is further included.

According to the above-described rendered soap forming method, the rendered soap forming tool (100) is the rendered soap forming tool (100) as described in claim 6 of the patent application.

According to the above-described rendering soap forming method, the soap cutting action in the step 8 is to firstly segment the initial rendering soap (200), and then cross-section, the cross-sectional direction and the direction of pouring into the soap liquid, It is vertical.

According to the above-described rendering soap forming method, the pigment (6) is one of the following: slime powder, soap pigment, plant pigment, food coloring, herbal powder, coffee powder.

According to the above-described rendered soap forming method, the agitator (4) is one of the following: an electric egg beater, a manual egg beater.

According to the above-described rendering soap forming method, the rendering rod (5) is one of the following: a plastic rod, a wood stick, a bamboo stick, and a metal rod.

The technical means of the present invention, in terms of the finished product, is a rendering soap, which comprises: a method according to the method described in claim 10 of the patent application, and which can be symmetrical after being cut into a cross section. The pattern is a colorful rendering soap (300). Third, compare the efficacy of the previous technology:

1. In the present invention, the most important feature is that in the manufacturing process, the rendering soap forming tool (100) of the present invention is used as a forming tool for rendering soap (300), the main principle of which is through a plurality of partitions. The plate (22) is used to achieve the effect of separating the soap liquids (3) of various colors, and when the soap liquid (3) is fully poured, the separator (22) and the separator skeleton (21) are taken out. After that, the layering effect can be seen. In addition, since the viscosity of the soap liquid (3) is sufficient, there is no mutual dissolution, so as long as it is stirred by the rendering rod (5), it is stirred. The action that can be rendered, when the soap liquid (3) is solidified, the initial rendered soap (200) is taken out, and the soap-cutting action is performed, the obtained rendering soap (300) can exhibit a colorful symmetrical pattern, and Traditionally rendered soaps are manufactured in a very different way, with rich and colorful colors, and are more convenient and comfortable to operate.

2. In the present invention, the use of the rendering soap forming tool (100) is more convenient for the user to use, and unlike the conventional rendering soap making tool, the user can easily make the desired rendering effect and improve the performance. Rendering the success rate of soap (300), reducing the difficulty of rendering, can increase the consumer's willingness to purchase, so the industry has good utilization and high practicability.

3. According to the method of the present invention, the color rendering effect of the rendered soap (300) is determined according to the number of intervals of the spacers (22), so that the color effect can be very diversified and can be matched. Patterns produce more diverse patterns, improve overall aesthetics, and increase their industrial applicability.

4. In the present invention, after the separator (22) is removed, another cold soap, that is, a "layered soap", can be produced without performing the rendering operation, and is manufactured in comparison with the conventional layered soap method. It is more convenient and easy to use, so that the overall application range is more extensive and practical.

FIG. 1 is a perspective view showing a first embodiment of the present invention, and FIG. 2 is an exploded perspective view of the first embodiment of the present invention, and FIG. 3 is a schematic view of the first embodiment of the present invention. A partial cross-sectional view showing a first embodiment of the present invention.

The first embodiment:

The figure discloses a rendering soap forming tool (100), characterized by comprising: a soap mold (1), the soap mold (1) is provided with a first accommodating space (13), a top end An outer soap mold (12) having an opening (11), and a set of inner soap molds disposed in the first accommodating space (13) and having a second accommodating space (15) and having a smooth surface And (14) a partitioning device (2) disposed in the second accommodating space (15), the partitioning device (2) being disposed at least one or more oppositely disposed in the second accommodating space (15) The inner partition frame (21), and at least one or more of the partition frames (21) are disposed between the partition frame (21), and are connected to the partition frame (21), and can divide the second accommodation space (15) into a plurality of grooves. The partition (22) of the space (400) is composed of.

Wherein, the liquid soap (3) of a plurality of colors is separated by a partitioning device (2) having a plurality of partitions (22), so that the soap liquid (3) can be separated into layers without interfering with each other and disturbing. After the soap liquid (3) is completely poured, after waiting for the soap liquid (3) to stand still, the separator (22) and the separator skeleton (21) can be taken out, and the soap liquid (3) layer can be achieved. The effect, on the other hand, because the viscosity of the soap (3) is sufficient, so there is no mutual dissolution, and at this time, the soap (3) is not yet solidified, and the rendering rod (5) is passed. , stir it to perform the rendering action, and then when the soap liquid (3) solidifies, an initial rendered soap (200) can be taken out from the soap mold (1), and after the soap is cut, the color can be obtained. The symmetrical pattern of the rendering soap (300) is more convenient to use than the traditional rendering soap manufacturing tools.

Secondly, since it is determined by the number of the spacers (22), the number of colors can be used, so that the present invention can be variously changed, and since it is more convenient to use, the user can easily create a freely. Don't worry about failing.

Furthermore, the overall main structure is divided into two parts, a soap mold (1) and a partitioning device (2), which can be conveniently stored, and the cost is not too high, and the convenience of use can increase the consumer's willingness to purchase.

In the above, the material of the outer soap mold (12) is one of the following: an acrylic material, a wood, a hard plastic material, a metal material; and the inner soap mold (14) is a silicone material.

Among them, the use of different outer soap molds (12) can meet the needs of different users, and can cope with different sizes of inner soap molds (14), providing sufficient support.

Secondly, the inner soap mold (14) of silicone rubber has sufficient smoothness on the inner surface, and because the silicone rubber material is soft and can be reused, combining these three factors can facilitate the demolding operation, and Subsequent reuse.

In the above, the top end of the partition frame (21) is provided with a plurality of grooves (23) which are spaced apart and can be engaged with the partition plate (22); and the partition plate (22) and the groove (23) The joints are each provided with a tenon (24) which can cooperate with the groove (23) and protrudes from the soap mold (1).

Wherein, through the arrangement of the groove (23), the protrusion (24) protruding from the soap mold (1) can be matched, so that the separator (22) can be prevented from being poured by the soap liquid (3), and can be stabilized. Dividing the second accommodating space (15) into a plurality of groove spaces (400) can reduce the mixing ratio of the soap liquid (3), and with such an arrangement, it is more convenient for the user to assemble and disassemble.

Secondly, by controlling the spacing between the grooves (23), a variety of gradation changes can be produced to allow the variation of the soap liquid (3) to be more diverse to produce a wider variety of rendered soaps (300).

In the above, the material of the separator frame (21) and the separator (22) is one of the following: an acrylic material and a hard plastic material.

Among them, the use of different materials as the partition frame (21) and the partition (22) can increase the applicable range, so that the user can have more choices.

In the above, the opening (11) of the soap mold (1) is further provided with a top cover (16) capable of closing the second accommodating space (15).

Wherein, the opening (11) can be closed by the arrangement of the top cover (16), so that the second accommodating space (15) is isolated from the outside, so that the soap liquid (3) therein can be kept warm and lowered. The effect of environmental factors allows the soap (3) to perfectly transform into the initial rendered soap (200).

Fig. 4 is a perspective view showing a second embodiment of the present invention. Fig. 5 is an exploded perspective view showing a second embodiment of the present invention. Fig. 6 is a partial cross-sectional view showing a second embodiment of the present invention.

Second implementation form:

The figure discloses a rendering soap forming tool (100), characterized by comprising: a soap mold (1) having an opening (11) at the top, the soap mold (1) being a base (17), and a vertical wall housing (18) is disposed in the base (17) and is hollow, and is detachable. The base (17) and the vertical wall housing (18) surround a third receiving space (19). And the two opposite ends of the vertical wall housing (18) are respectively provided with a toothed engaging portion (181); and a partitioning device (2) disposed in the third receiving space (19) The partitioning device (2) is provided in at least one of the third accommodating spaces (19), and the two ends are respectively connected to the engaging portion (181), and the third accommodating space (19) can be divided into several The partition (22) of the trench space (400) is composed of.

Among them, the use of another soap mold (1), combined with the use of the separation device (2), in addition to easy to render, can further reduce the overall cost and difficulty of use, effectively provide consumers with more choices .

Secondly, through the toothed configuration of the control card joint (181), a variety of gradation changes can be produced to allow the variation of the soap liquid (3) to be more diverse to produce a wider variety of rendered soaps (300).

In the above, the material of the soap mold (1) is one of the following: an acrylic material, a hard plastic material; and the material of the separator (22) is one of the following: an acrylic material, Hard plastic material.

Among them, the use of different materials as soap mold (1) and separator (22) can increase the scope of application and provide more choices, so that users can purchase more.

In the above, the joint between the partition plate (22) and the engaging portion (181) is provided with a tenon (24) which can engage with the engaging portion (181) and protrude from the soap mold (1).

Wherein, through the arrangement of the tenon (24), the partition plate (22) can be prevented from being affected by the poured soap liquid (3), and the second accommodation space (15) can be stably divided into a plurality of groove spaces ( 400), can reduce the mixing rate of the soap liquid (3), and with such an arrangement, it is more convenient for the user to assemble and disassemble without affecting the subsequent work.

In the above, at the opening (11) of the soap mold (1), a top cover (16) capable of closing the third accommodating space (19) is further provided.

Wherein, by the arrangement of the top cover (16), the opening (11) can be closed to isolate the third accommodating space (19) from the outside, so that the soap liquid (3) therein can be kept warm and lowered. The effect of environmental factors allows the soap (3) to perfectly transform into the initial rendered soap (200).

FIG. 1 is a block diagram showing the steps of the present invention. FIG. 2 is a schematic block diagram of the present invention. FIG. 9 to FIG.

The figure discloses a rendering soap forming method characterized by comprising:

Step 1: the prepared initial soap liquid (37), with a stirrer (4), hit a thick form, and then saponification reaction to form a soap liquid (3) (A);

Step 2: The soap liquid (3) is divided into several parts, and the pigment (6) is added separately, adjusted to different colors, and stirred evenly (B);

Step 3: Pour the toned soap liquid (3) into the groove space (400) of the rendering soap forming tool (100) (C);

Step 4: After the soap liquid (3) is completely poured into the groove space (400), the separator (22) (D) is sequentially extracted;

Step 5: After completely withdrawing the partition (22), use a rendering rod (5), stir, and start drawing the rendering (E);

Step 6: The top cover (16) is covered, so that the soap liquid (3) is kept warm, and allowed to stand for a predetermined period of time, so that the soap liquid (3) is solidified into an initial rendering soap (200) (F);

Step 7: taking the solidified initial rendered soap (200) out of the rendered soap forming tool (100) (G);

Step 8: The taken initial rendered soap (200) is subjected to a soap-cutting action to become a plurality of rendered soaps (300) (H).

Among them, the use of the rendering soap forming tool (100) is more convenient for the user to use, and unlike the traditional rendering soap making tool, the user can easily make the desired rendering effect and improve the rendering soap (300). The success rate of the project reduces the difficulty of rendering and increases the consumer's willingness to purchase. Therefore, the industry has good utilization and high practicability.

Secondly, in this way, the resulting rendering soap (300), the color effect of which is determined by the number of spacers (22), so it can have a very diverse color effect, as shown in Figure 9. In the embodiment, the five separators (22) can divide the soap liquid (3) into a first soap liquid (31), a second soap liquid (32), a third soap liquid (33), and a fourth soap. The liquid (34), the fifth soap (35), and the sixth soap (36) are six colors, non-traditional monochrome or two-color rendering, which are colorful renderings, which can be generated through the user's rendering pattern change. A variety of rendering patterns, from the basic improvement of the overall aesthetics, high practicality.

Furthermore, if a combination of multiple colors is not used, it is possible to combine a plurality of substances through the stratification of the soap liquid (3), and to use a combination prescription or a combination treatment to produce a conventional rendered soap, which is impossible to achieve. Practical performance has been improved.

In addition, since the separator (22) of the present invention is provided, a large amount of the mixed liquid of the soap liquid (3) can be realized, and the degree of blending of the therapeutic effects of the substance and the needs of the user can be combined to prepare a prescription for mixing into the human body or the skin. The material, while at the same time, does not reduce the overall effect, but allows the overall effect to be further improved.

In the above, the initial soap liquid (37) is composed of an alkali water (7) containing sodium hydroxide (71) and pure water (72) at a temperature of 40 to 60 ° C; and a temperature of 40 °. 60 ° C, fully melted grease (8) mixed.

Among them, the composition and principle of the initial soap liquid (37) are all conventional hand-made soap making techniques, and therefore will not be described in detail herein.

In the above, the rendering soap forming tool (100) is the rendering soap forming tool (100) as described in claim 1; and in the fifth step, when the rendering soap forming tool (100) is as When the rendering soap forming tool (100) according to the first aspect of the invention is applied, the separator (22) is completely withdrawn, and further includes a step of completely withdrawing the separator skeleton (21).

In the above, the rendering soap forming tool (100) is the rendering soap forming tool (100) according to claim 6 of the patent application.

Among them, different rendering soap forming tools (100) are used, so there are slight differences in the way of use, but the main steps are the same, without affecting the overall functionality and practicality.

In the above, the soap-cutting action in the eighth step is to firstly segment the initial rendering soap (200), and then cross-section, the cross-sectional direction and the direction of pouring into the soap liquid are vertical.

Among them, through the method of cutting the soap, the most beautiful side of the cross section of the rendered soap (300) and the rendered soap (300) can be effectively presented.

In the above, the pigment (6) is one of the following: slime powder, soap pigment, plant pigment, food coloring, herbal powder, coffee powder.

Among them, the use of different pigment (6) materials, the user can use more color changes, and the use of pigment (6) is not harmful to the human body, can be used.

In the above, the agitator (4) is one of the following: an electric egg beater, a manual egg beater.

Among them, depending on the different soap liquid (3), using different stirrers (4) to obtain the best saponification effect, excessive or insufficient stirring, is one of the important factors that will affect the success of the rendering soap (300). Therefore, to match the soap (3), use the correct stirrer (4).

In the above, the rendering rod (5) is one of the following: a plastic rod, a wood rod, a bamboo rod, a metal rod.

Among them, depending on the user's preference, different rendering rods (5) can be used as long as they can contact the inner bottom of the inner soap mold (14) without being stained with soap (3).

Figure 12 is a schematic view of the finished product of the present invention. The figure discloses a rendering soap, which comprises: a method according to the method described in claim 10, and which can be cut into a symmetrical pattern at the cross section, and is rendered in a colorful manner. Soap (300).

Among them, the most characteristic feature of the rendering soap (300) produced by the method and the tool of the invention is that it is different from the traditional rendering soap, and can increase the added value of the rendering soap (300).

As can be seen from the above, in the present invention, by using the rendering soap forming tool (100), it is more convenient to manufacture the rendering soap (300), which can reduce the probability of rendering failure, and the rendering soap (300) is more beautiful. More practical, it is more practical, functional and industrially usable than today's conventionally rendered soap making methods, tools and finished products.

In addition, in the mode of use of the present invention, if the use of the rendering soap is not desired, the separator (22) is removed and the rendering operation is not performed, and another cold soap "layered soap" can be produced. Compared with the traditional layered soap method, it is more convenient to operate and easy to use, so that the overall application range is more extensive and practical.

The structure, features and effects of the present invention are described in detail above based on the embodiments shown in the drawings. Since the novelty and progressive requirements are met, the invention patent application is filed according to law; however, the above description is only a preferred implementation of the present invention. For example, this creation does not limit the scope of implementation as shown in the drawing, so any modification that is consistent with the purpose of this creation should be within the scope of this creation patent as long as it is within the scope of the creation.

1. . . Soap mold

11. . . Opening

12. . . External soap mold

13. . . First accommodation space

14. . . Inner soap mold

15. . . Second accommodation space

16. . . Top cover

17. . . Base

18. . . Vertical wall housing

181. . . Card joint

19. . . Third accommodation space

2. . . Separator

twenty one. . . Baffle skeleton

twenty two. . . Partition

twenty three. . . Groove

3. . . Soap

31. . . First soap

32. . . Second soap

33. . . Third soap

34. . . Fourth soap

35. . . Fifth soap

36. . . Sixth soap

37. . . Initial soap

4. . . Blender

5. . . Rendering stick

6. . . pigment

7. . . Alkaline water

71. . . Sodium hydroxide

72. . . Pure water

8. . . grease

100. . . Rendering soap forming tools

200. . . Initial rendering soap

300. . . Rendering soap

400. . . Trench space

A. . . The prepared initial soap liquid is stirred into a thick form by a stirrer to cause a saponification reaction to form a soap liquid.

B. . . The soap is divided into several parts, and the pigment is added separately, adjusted to different colors, and evenly stirred.

C. . . Pour the toned soap into the groove space of the rendered soap forming tool

D. . . After the soap liquid is completely poured into the groove space, the separator E is taken out in sequence, and the partition plate is completely extracted, and then a rendering rod is used for stirring, and the rendering is started.

F. . . Cover the top cover to keep the soap liquid warm and let it stand for a predetermined period of time to solidify the soap into an initial rendering soap

G. . . Remove the solidified initial rendered soap from the rendered soap forming tool

H. . . The initial rendered soap will be taken out, and the action of cutting the soap will become several rendering soaps.

Fig. 1 is a perspective view showing a first embodiment of the present invention.

Fig. 2 is an exploded perspective view showing the first embodiment of the present invention.

Fig. 3 is a partial cross-sectional view showing the first embodiment of the present invention.

Fig. 4 is a perspective view showing a second embodiment of the present invention.

Figure 5 is an exploded perspective view showing a second embodiment of the present invention.

Figure 6 is a partial cross-sectional view showing a second embodiment of the present invention.

Figure 7 is a block diagram showing the steps of the present invention.

Figure 8: Schematic diagram of the flow block of the present invention

9 to 11 are schematic views showing the operation of the present invention.

Figure 12: Schematic diagram of the finished product of the present invention

1. . . Soap mold

11. . . Opening

12. . . External soap mold

13. . . First accommodation space

14. . . Inner soap mold

15. . . Second accommodation space

16. . . Top cover

2. . . Separator

twenty one. . . Baffle skeleton

twenty two. . . Partition

twenty three. . . Groove

twenty four. . . Convex

100. . . Rendering soap forming tools

400. . . Trench space

Claims (17)

A rendering soap forming tool (100), comprising: a soap mold (1), wherein the soap mold (1) is provided with a first accommodating space (13) and an opening (11) at the top end. An outer soap mold (12), and a set of inner soap molds (14) disposed in the first accommodating space (13) and having a second accommodating space (15) and having a smooth surface; a partitioning device (2) disposed in the second accommodating space (15), the partitioning device (2) being a separator frame (21) disposed in the second accommodating space (15) And at least one partition disposed between the partition frame (21), connecting the partition frame (21), and dividing the second accommodation space (15) into a plurality of groove spaces (400) (22); the top end of the partition frame (21) is oppositely provided with a plurality of grooves (23) which are arranged at intervals to be engaged with the partition plate (22); and the partition plate (22) and the groove (23) The joints are each provided with a tenon (24) which can cooperate with the groove (23) and protrudes from the soap mold (1). The rendering soap forming tool (100) according to claim 1, wherein the material of the outer soap mold (12) is one of the following: acrylic material, wood, hard plastic material, metal material; The inner soap mold (14) is made of silicone rubber. The rendering soap forming tool (100) according to claim 1, wherein the material of the separator frame (21) and the separator (22) is one of the following: an acrylic material, a hard plastic material. . The rendering soap forming tool (100) according to claim 1, characterized in that the opening (11) of the soap mold (1) is further provided with a top cover capable of closing the second accommodating space (15) ( 16). A rendering soap forming tool (100), comprising: a soap mold (1) having an opening (11) at the top, the soap mold (1) being provided by a base (17) and one end being disposed on the base (17) ), hollow, detachable a wall housing (18), the base (17) and the vertical wall housing (18) surround a third receiving space (19), and the two opposite ends of the vertical wall housing (18) are respectively provided with a a toothed engaging portion (181); and a partitioning device (2) disposed in the third receiving space (19), the partitioning device (2) being provided by the at least one or more a partition (22) in which the inner portion and the two ends of the space are respectively connected to the engaging portion (181), and the third receiving space (19) can be divided into a plurality of groove spaces (400); The joint of the plate (22) and the engaging portion (181) is provided with a tongue (24) which can engage with the engaging portion (181) and protrudes from the soap mold (1). The rendering soap forming tool (100) according to claim 5, characterized in that the material of the soap mold (1) is one of the following: an acrylic material, a hard plastic material; and a separator ( 22) The material is one of the following: acrylic material, hard plastic material. The rendering soap forming tool (100) according to claim 5, characterized in that: at the opening (11) of the soap mold (1), a top cover capable of closing the third accommodating space (19) is further provided. (16). The invention relates to a method for forming a soap, which comprises the following steps: Step 1: The prepared initial soap liquid (37) is beaten to a thick state by a stirrer (4) to cause a saponification reaction to form a soap liquid (3). (A); Step 2: The soap liquid (3) is divided into several parts, and the pigment (6) is added separately, adjusted to different colors, and stirred evenly (B); Step 3: The toned soap liquid (3) , respectively, into the groove space (400) of the rendering soap forming tool (100); (Step 4): After the soap liquid (3) is completely poured into the groove space (400), the separator is sequentially extracted (22). (D); Step 5: After completely withdrawing the partition (22), use a rendering rod (5) to enter Stir and start drawing the rendering (E); Step 6: Cover the top cover (16) to allow the soap (3) to keep warm and let it stand for a predetermined period of time to allow the soap (3) to solidify into An initial rendering soap (200) (F); step seven: removing the solidified initial rendered soap (200) from the rendered soap forming tool (100) (G); and step eight: removing the initial rendered soap ( 200), the action of cutting the soap into several rendering soaps (300) (H). The method for forming a representative soap according to claim 8, characterized in that the initial soap (37) is composed of sodium hydroxide (71) and pure water (72) at a temperature of 40 to 60 ° C. Alkaline water (7); and a temperature of 40 ~ 60 ° C, fully melted grease (8) mixed. The rendering soap forming method according to claim 8, wherein the rendering soap forming tool (100) is the rendering soap forming tool (100) according to claim 1 of the patent application; and the step 5 Wherein, when the rendering soap forming tool (100) is the rendering soap forming tool (100) as described in claim 1, after the separator (22) is completely withdrawn, a spacer skeleton (21) is further included. The step of completely withdrawing. The rendering soap forming method according to claim 8, wherein the rendering soap forming tool (100) is the rendering soap forming tool (100) according to claim 6 of the patent application. The method for forming a soap according to claim 8 is characterized in that the soap-cutting action in the step (8) is to firstly segment the initial rendered soap (200), and then cross-section, the cross-sectional direction thereof and The direction of pouring into the soap is vertical. The method for forming a representative soap according to claim 8, wherein the pigment (6) is one of the following: a slime powder, a soap pigment, a plant pigment, a food coloring, a herbal powder, and a coffee powder. The method for forming a representative soap according to claim 8, characterized in that the agitator (4) is one of the following: an electric egg beater, a manual egg beater. The method for forming a rendering soap according to claim 8, wherein the rendering rod (5) is one of the following: a plastic rod, a wood rod, a bamboo rod, and a metal rod. The method for forming a representative soap according to claim 8, wherein the predetermined time is 12 to 24 hours. A rendering soap comprising: a rendered soap (300) which is produced by the method of claim 8 and which is cut into a symmetrical pattern at the cross section and is colored.