KR20180064811A - The soap mold with continuos cutting lines and solid figures - Google Patents

Abstract

The present invention relates to a soap manufacturing mold and, more specifically, to a mold, wherein a cutting line to divide a hardened soap lump into small pieces and a three-dimensional (3D) pattern are continuously added on an inner side surface of a general soap mold so as to produce a solid soap with a beautiful and 3D appearance of an identical capacity and specification only through a work of taking out the hardened soap lump from the mold and cutting the soap lump. To this end, cutting lines with a thickness of the divided soap as a default interval and a beautiful 3D pattern disposed between the cutting lines are continuously added on an inner side surface of a conventional soap making mold. Moreover, in consideration of a point that the hardened soap lump is difficult to be escaped from a mold due to a continuous inner curve of the mold, one wall and a bottom surface of the mold forming a cylindrical shape are opened and the mold is opened to left and right sides by using elasticity of a silicone material itself; a lower end cap with a drain cap type structure is mounted to prevent leakage of soap solution; and two sets of rectangular supporting metal sashes with three coupling type clips attached thereto are inserted into left and right end lines of an opened mold opening wall, thereby further reinforcing an adhesive force between elastic materials (silicone) generated when the opening walls of the mold are engaged with each other by the clip.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a mold for producing a soap with continuous cutting lines and a three-

The present invention relates to a mold (mold) for soap making,

More particularly, the present invention relates to a mold in which a continuous three-dimensional shape is continuously added together with cutting lines for subdividing a hardened soap bar on the inner side surface of a general soap making mold.

There are four types of conventional soap molds which are prepared by injecting soap solution in trays into a mold, curing them with barbed soap, removing them at regular intervals, or injecting a soap solution into a three-dimensional mold to produce individualized soaps have. Fig. 1 is a perspective view of a mold for soap used in general use and a solid soap obtained by taking out or removing the soap mass cured in each mold. Fig. 1 (A) shows a square mold (aka: (A) The mold for soap (a) is a three-dimensional mold (aka: on the other hand, a mold) in which a plastic bag is placed in a circular tube and replaced with a mold.

In the case of (a) (d), the soap surface is cut out at regular intervals and the cured soap surface is exposed to the outside of the mold, As a result, the additional finishing work is done by using plane planes to cut the planes or to use a curved plane to gently shave the 90 ° right-angled corners.

However, such a production method has disadvantages in that the production process and time are prolonged, thereby obstructing the mass production of the commodity and failing to unify the capacity and specification of the product.

No prior art document.

No prior art document. See (B) (C) (D) of [Figure 1] in [Background] and [Drawing] of this specification related to natural soap mold.

The present invention relates to a soap-making mold, in which a solid three-dimensional shape is continuously added together with cutting lines for subdividing a hardened soap bar on the inner side of the mold, so that the solid soap made of a conventional soap- Exposed to the outside of the mold prevents the hardened and soaked surface of the soap bar from being taken out of the mold and cuts along the cutting line to produce a soap of the same capacity and specification without additional finishing work I will.

The present invention relates to a general soap making mold in which rod-like soap bars cured in a mold are taken out and cut at regular intervals to produce individual soaps that are subdivided

Cutting lines of equal spacing were continuously added to the inner side of the mold in order to unify the capacity and specification of the individual soap cut into subdivided soaps

So that it is possible to produce a soap of high-perfomance design such as a three-dimensional mold injection soap by continuously adding a solid three-dimensional shape between the cutting line and the cutting line (corresponding to the four sides of the cut individual soap).

In consideration of the fact that the hardened soap bar is difficult to escape from the mold due to the continuous inner curvature of the mold of the present invention, one wall and bottom surface of the mold forming the cylindrical mold are opened, To prevent leakage of the soap liquid, a bottom plug with a drain plug structure is inserted

Two sets of forceps square metal sashes with three binding clips were inserted into the left and right end openings of the mold opening wall

The adhesion between the elastic material (silicon) generated when the mold opening wall is engaged with the clip is further strengthened. (Refer to (A) and (B) of FIG. 2)

The present invention relates to a method for producing a soap-making mold, which comprises successively adding a solid three-dimensional shape between cutting lines and cutting lines (corresponding to the four sides of a cut individual soap) with cutting lines for subdividing the hardened soap bar on the inner side surface of the one- By taking out and cutting the hardened soap blooms in the mold, it is possible to produce soap with a pleasing three-dimensional shape without additional finishing work, as well as to unify the capacity and specification of the individual soap produced.

In addition, the cutting lines added to the inner side of the mold are matched with the upper and lower surfaces of the completed individual soap, thereby maximizing the amount of soap produced per unit length of the mold.

FIG. 1 is a perspective view for helping understanding of a soap mold according to the present invention. FIG. 1 is a perspective view (left side) of molds for soap making generally used, and individual soap hardened in each mold, Example of individual soap (right).
Fig. 2 (a) is a perspective view of a special mold and a lower stopper used in the present invention. Fig.
Fig. 2 (B) is a sectional view of the mold (A) in which the lower stopper is fixed.
Fig. 3 is a perspective view of a soap bar (a) hardened by injecting a soap solution into an opening of a special mold used in the present invention and individual soap completed by cutting and subdividing the soap bar along a cutting line (b). Figure 4 is a finished example of various soap molds that can be obtained by differently designing the interior of the soap mold.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

2 (a) and 2 (b) are a perspective view and a cross-sectional view of a special mold used in the present invention, in which the hardened soap bar is taken out along the inner side (b) And a conspicuous stereoscopic shape to be formed is continuously added.

The method of injecting the soap solution with the opening of the mold up and curing is the same as the general method of producing soap. However, considering that the soap block hardened due to the continuous internal bending of the special mold of the present invention is difficult to escape from the mold, And the bottom surface and bottom surface of the silicone material can be opened and opened by using the self elasticity of the silicone material. In order to prevent the leakage of the soap liquid, a bottom stopper having a drain plug structure is mounted, Two sets of the force-receiving rectangular metal sashes were inserted into the left and right end openings of the opened mold opening wall to further strengthen the adhesion between the elastic materials (silicon) generated when the open wall of the mold was engaged with the clips (A)

The cutting of the soap bar is cut at a time by using a piano wire cutter or a hot wire cutter, which is aligned at the same intervals as the cut line indicated by the degree of hardening.

Fig. 3 (B) and Fig. 4 (A) and Fig. 4 (B) are illustrations of individual soaps cut and subdivided through the above-described manufacturing steps, and completed by aging for 6 weeks or more in a shaded area without additional finishing work.

Claims (1)

In a soap mold for producing individualized soap by injecting a soap solution into a mold and then cutting out the hardened soap bar and cutting it,
Adding cutting lines at regular intervals to the inner side surface of the soap mold,
In addition to the above step, successively adding a smooth three-dimensional shape between the cutting line and the cutting line,
Then, one side of the cylindrical silicon mold having the above-described internal structure is opened,
In addition, as the devices for preventing leakage of the soap liquid
A mold for exclusive use in the production of soap of the present invention, wherein the step of inserting two sets of rectangular metal sashes having three binding clips and a bottom stopper having a drain plug structure into the left and right end openings of the mold side opening wall.

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