KR102372272B1 - Handmade soap manufacturing device - Google Patents

Abstract

The present invention relates to a soap manufacturing apparatus for manufacturing a beauty soap used for washing the body, such as washing face, washing face, and body, and more specifically, heating, mixing and stirring the raw materials of the soap 700 to make a soap solution. a stirring device 100 to form; a transfer pumping device 200 capable of heating and pumping the mixed soap solution; a liquid injection device 300 for injecting the supplied soap liquid into the molding mold 600; a mold transfer device 400 for transferring the molding mold 600 into which the soap solution is injected; a moving tray 800 for storing and moving the molding mold 600 in which the soap solution is injected to be solidified; As a configuration including a demoulding device 500 for demolding the solidified soap 700, the present invention provides a manufacturing device having the same effect as the manual soap manufacturing method, thereby diversifying the shape of the soap and automatically It relates to a handmade soap manufacturing device that can improve the quality of products and achieve high-quality products by making them available for production.

Description

Handmade soap manufacturing device

The present invention relates to a soap manufacturing apparatus for manufacturing a beauty soap used for wiping the body, such as washing face, face washing, and body, and more particularly, by providing a manufacturing apparatus identical to the method for manufacturing soap by hand, the shape and shape of the soap It relates to a handmade soap manufacturing device that can diversify and produce automatically at the same time to improve product quality and achieve high-quality products.

In general, the manufacturing method of soap is largely divided into two. One is factory-manufactured soap that is mass-produced in an automated system, and the other is a method of manufacturing soap to suit the tastes of consumers by manually manufacturing soap one by one.

The two existing methods have their advantages and disadvantages, and in terms of productivity improvement and commercial feasibility, it is advantageous to manufacture and supply them in large quantities in factories like general face wash and skin wash soaps, and like beauty soaps, the shape, shape and color can be customized according to the tastes of consumers. In order to diversify and manufacture high-quality soaps, the advantages of manually manufactured soaps are that they can directly access the tastes of consumers and at the same time have low facility investment costs, but the problem is that productivity is low and uneconomical.

In addition, there is a problem in that it is difficult to manage and maintain the automated line because the soap solution is solidified prematurely by using a rotary vane pump or a gear pump in the conventional soap manufacturing apparatus.

Looking at the prior art in this field, as shown in FIG. 1, "Transparent soap manufacturing apparatus and method" of Korean Patent Publication No. 10-2005-0080625 (published date: August 17, 2005) is in a liquefied state agitating means for mixing the transparent soap liquid evenly; a solid means for pouring the transparent soap liquid mixed by the stirring means to form a plurality of solidified transparent soap pieces; When a label is inserted into a pair of transparent soap pieces formed by the solid means, a transparent soap manufacturing apparatus including a coupling means for bonding a pair of transparent soap pieces is disclosed.

As another prior art, the solid cosmetic soap manufacturing method of Korean Patent Publication No. 10-2102402 (registration date: April 13, 2020), as shown in FIG. 2, (a) preparing a weakly acidic soap base powder step; (b) heating the weakly acidic soap base powder through a heating device; (c) preparing a soap composition by adding a natural binder, bentonite powder, oil, seaweed powder, repellent powder, and purified water to the weakly acidic soap base powder and stirring; (d) injecting the soap composition into a molding space formed in one or more upper portions of the mold; and (e) drying the soap composition at room temperature and then separating the solid cosmetic soap as a molded product in a molding space.

1 and 2 both relate to a manufacturing apparatus of a method for manufacturing handmade soap, which is a method of demolding after mixing and mixing, pouring into a mold, and cooling.

In the soap manufacturing apparatus and manufacturing method of FIGS. 1 and 2, productivity is low and the mold is formed with a plurality of molding grooves (spaces) on the molding plate in which the soap is molded. Since the soap sticks to the floor and demolding is not performed well, there is a problem that a person has to shake it off one by one. Also, a number of molding grooves are formed on one molding plate, and in the process of demolding the soap in the molding groove, there is a wound on the outer surface of the soap. There is a problem in that the quality of the product deteriorates due to the occurrence of defects such as cracking and cracking of the edges.

Therefore, in order to prevent this, the soap is manually demolded, which not only loses the meaning of forming a plurality of molding grooves on the molding plate, but also has a problem in workability is inferior compared to that made of a single molding die.

In addition, the soap melts and mixes and stirs the raw materials to make the liquid into a solid, and then fills it in the molding grooves formed in many forms on the molding plate and is molded. As a result, there is a problem in that the pattern formed on the outer surface of the demolded soap is irregular and defective.

Republic of Korea Patent Publication No. 10-2005-0080625 Republic of Korea Patent Publication No. 10-2102402

The present invention is to solve the above problems, and by providing a manufacturing apparatus having the same effect as the manual soap manufacturing method, the shape and pattern of the soap can be diversified and the soap can be produced automatically. It relates to a handmade soap manufacturing apparatus for the purpose of improving quality and achieving high quality.

The present invention is a means for solving the above object,

a stirring device having a control unit installed on one side and heating, mixing, and stirring the raw materials of the soap to form a soap solution;

a transfer pumping device capable of heating and pumping the heated and mixed soap solution from the stirring device;

a liquid injection device for injecting the soap liquid supplied from the transfer pumping device into the molding mold;

a mold transfer device for transferring the molding mold into which the soap liquid is injected by the liquid injection device;

a moving tray installed at the rear end of the mold transfer device to cool and solidify the soap solution in the molding mold into which the soap solution is injected from the liquid injection device;

It is characterized in that it consists of a mold demolding device which solidifies the molding mold injected with the soap solution on a moving tray and then demolds the molding mold and the molded solid soap.

The stirring device is made in the form of a pot to contain the soap solution raw material, a driving part is formed in the upper lid of the pot to rotate a stirring shaft and agitating blades located inside, and vertical frames are installed on both sides of the pot on the shaft. It is installed so that the pot is rotated, and a handle is formed on one frame to rotate the pot to one side, and a locking rod serving as a weight is formed on the shaft between the vertical frame and the pot on the other side.

The transfer pumping device is made of a housing in which water is accommodated, a heater is installed on the inner bottom surface, and a soap liquid transfer tube is passed through the upper part of the heater, a pumping shield is installed in the transfer tube, and on both sides of the pumping cylinder The first on-off valve cylinder and the second on-off valve cylinder are installed so that the first valve and the second valve are alternately opened and closed according to the operation of the pumping cylinder to be pumped.

In the liquid injection device for injecting the soap liquid into the molding mold, a soap liquid storage tank is formed on the upper part, a water level control sensor for adjusting the water level of the soap liquid is installed inside the soap liquid storage tank, and a picture frame is provided on the bottom surface of the soap liquid storage tank An injection nozzle equipped with a copper injection device is installed, and a molding mold position detection sensor is installed on one side of the injection nozzle.

The molding mold supply unit installed on one side of the front end of the mold conveying device is characterized in that a conveyor is installed to supply a supply hopper for supplying the molding mold and the molding mold supplied from the supply hopper to the mold conveying device.

The demolding device for demolding the molding mold and the molded solid soap after solidifying the molding mold injected with the soap solution on a moving tray, the demolding cylinder is installed upside down and the supporting plate with a hole formed at the bottom thereof is installed, the support plate When the demolding cylinder is driven by placing the molding mold in which the solidified soap is accommodated to correspond to the hole in the mold, the pressure plate formed on the lower end of the rod of the demoulding cylinder presses the molding mold to demold the soap inside.

As described above, the handmade soap manufacturing apparatus of the present invention produces soap with various patterns even in small amounts, such as when manufacturing soap by hand, so that it can respond directly to consumer tastes and consumption trends, and at the same time improves production to produce large quantities of soap. There are advantages to being able to produce it.

The handmade soap manufacturing apparatus of the present invention transports the mixed and stirred soap solution in the stirring tank so that it does not cool, forms an individual molding mold, and transfers it by the mold conveying device, so that the same effect as that of handmade soap is generated at the same time, It is designed to have the effect of improving productivity and providing high-quality products compared to the existing handmade soap manufacturing.

1 shows a molding plate in which a plurality of molding grooves in which soap liquid is contained in a conventional soap manufacturing apparatus are formed;
Figure 2 shows a manufacturing process diagram according to the conventional solid soap manufacturing method,
3 is a block diagram showing the overall manufacturing process flow chart of the handmade soap manufacturing apparatus of the present invention;
4 shows a stirring device for mixing and stirring the soap stock solution of the handmade soap manufacturing device according to the present invention;
5 is a cross-sectional view showing a transfer pumping device for transferring the soap liquid of the handmade soap manufacturing apparatus according to the present invention;
6 is an excerpted perspective view showing the pumping cylinder installed in the inner transfer pipe of the soap liquid transfer device of the present invention;
7 shows a liquid injection device for injecting soap liquid into the molding mold of the handmade soap manufacturing apparatus according to the present invention;
Figure 8 shows the entire system of the mold transfer device according to the present invention,
9 is a photograph showing a soap product manufactured by the handmade soap manufacturing apparatus of the present invention.

Hereinafter, the present invention will be described in detail based on the accompanying drawings.

3 is a block diagram showing the overall manufacturing process flow chart of the handmade soap manufacturing apparatus of the present invention, a stirring device 100 for mixing soap raw materials, and a transfer pipe 211 after stirring the raw materials in the stirring device 100) A transfer pumping device 200 to be transferred through The mold transfer device 400 for transferring the molding mold 600 into which the soap solution is injected by the liquid injection device 300 , and the molding mold 600 transferred by the mold transfer device 400 is stored and cooled to be solidified. It consists of a moving tray 800 , and a demoulding device 500 for separating the soap solidified in the moving tray 800 from the molding mold 600 .

The soap 700 separated from the molding mold 600 through the demoulding device 500 is packaged individually or in plurality through a packaging machine and sold to consumers.

The present invention does not uniformly manufacture a large amount of soap at once when manufacturing the soap 700, but is a method of de-molding after solidifying by injecting a soap solution into one molding mold 600 like a handmade soap manufacturing method. mass-produced by

That is, in the present invention, the molding mold 600 supplied from the molding mold supply unit 411 is individually formed and individually transported by the mold transport device 400, and when transported by the mold transport device 400, the liquid injection device ( When the position of the injection nozzle 313 of 300 is reached, it is sensed by the position detection sensor 314 and at the same time the mold transfer device 400 stops driving and the injection nozzle 313 of the liquid injection device 300 is opened to release the soap solution. After injection into the molding mold 600, when the injection of the soap liquid is completed, the injection nozzle 313 is closed and the mold transfer device 400 is driven again to inject the soap liquid into another molding mold 600. It is injected into the molding mold (600).

The present invention, in which the soap liquid is injected in this way, produces soap in the same manner as the handmade soap manufacturing method, but improves productivity and uniformly manufactures the quality, functionality and efficacy of soap compared to the existing handmade soap manufacturing method. did it

In general, the characteristic of handmade soap is that it is manufactured by using raw materials as pure natural materials and preventing the inflow of chemical components to have only benefits for human skin.

Therefore, conventionally, there is no problem when manufacturing a small number of soaps when mixing soap raw materials when manufacturing handmade soap. It was made to uniformly mix in a large amount and to ensure that the functionality and efficacy of the soap were uniform.

The handmade soap manufacturing apparatus of the present invention has the advantages of the existing handmade soap manufacturing method, and the production can be manufactured by a mechanical system.

In particular, the present invention selectively forms different patterns for the shape and shape of the molding mold 600 and injects it through a conveying device, so that soap having various shapes can be manufactured in one line, so that it can respond immediately to the tastes of consumers. There are features that can be

Figure 4 shows a stirring device for mixing the soap stock solution of the handmade soap manufacturing apparatus according to the present invention. is done

A driving part 124 is formed in the upper lid 121 of the pot 120 to rotate the stirring shaft 122 and the stirring blade 123 located therein.

The driving unit 124 is installed on the lid 121 of the pot 120 and is composed of a motor and a speed reducer, and the speed reducer shaft and the stirring shaft 122 are connected to rotate the stirring blade 123 to mix the soap solution raw material and will be stirred

Vertical frames 125 and 125 ′ are installed on both sides of the pot 120 so that the pot 120 is rotated on the shaft 127 , and the pot 120 is tilted to one side on one side of the vertical frame 125 . A handle 126 is formed to clean the inside, and a locking rod 128 is formed on the shaft 127 between the other vertical frame 125 ′ and the pot 120 .

When cleaning the pot 120, the holding rod 128 is tilted to one side using the handle 126 to discard the contents, and at the same time serves as a weight to facilitate tilting of the pot. In addition, the locking rod 128 is installed on the shaft 127 to prevent the pot 120 from continuously rotating and rotating more than 180 degrees. You may.

In addition, since the lid 121 of the pot 120 is divided around the central stirring shaft 122 and a hinge is installed, when the pot 120 is tilted to one side, the lid 121 on one side is opened and half is opened. It becomes possible to dispose of the contents outside.

In addition, a control unit 110 is installed on one side of the pot 120 to operate the driving unit 124 so that the stirring shaft 122 can be rotated at a predetermined RPM and at the same time to control the electrical control of the stirring device 100 do.

The control unit 110 is able to control the electric control of the whole system of the handmade soap manufacturing apparatus as well as the stirring apparatus 100 .

In addition, the pot 120 installs a heater so that the raw material of the soap 700 does not harden, and the temperature inside the pot is controlled at a temperature set in the control unit 110. Heating to such an extent that the contents do not solidify by adding

That is, if heat is not applied to the raw material of the soap 700, it is solidified upon cooling and cannot be transferred through the transfer pipe 211, so that the heat is continuously maintained at a predetermined temperature in the range where the composition of the raw material does not change.

5 is a cross-sectional view showing a transfer pumping device for transferring the soap solution of the handmade soap manufacturing apparatus according to the present invention, and FIG.

After the soap raw material is stirred in the stirring apparatus 100, it is transferred to the transfer pumping apparatus 200 through the transfer pipe 211 in which the heater is installed.

The transfer pumping device 200 serves to transfer the soap raw material mixed in the stirring device 100 to the liquid injection device 300 by discharging the suction.

The transfer pumping device 200 is made of a housing 210 in which water is accommodated, and the shape of the housing 210 is any one of a square, a rectangle, a circle, and an oval.

A heater 219 is installed on the inner bottom surface of the housing 210 of the transfer pumping device 200, and the heater 219 is installed through the lower end wall of one side of the housing 210. Heat generated by the heater 219 The part is located inside the housing 210 , and the power connection part is installed to be exposed to the outside of the wall and electrically connected, which makes it possible to control the temperature of the water contained in the housing 210 from the outside.

A soap solution transfer pipe 211 is installed on the upper portion of the heater 219 installed inside the housing 210 to pass through the housing 210, and one side of the transfer pipe 211 is connected to the stirring device 100, and the other side is It is installed to be connected to the liquid injection device (300).

A pumping cylinder 212 is installed in the central portion of the transfer pipe 211 installed inside the housing 210, and a first on/off valve cylinder 215 and a second on/off valve cylinder 216 are installed on both sides of the pumping cylinder 212. It is installed so that the opening and closing of the first valve 217 and the second valve 218 installed in the transfer pipe 211 can be alternately repeated according to the operation of the pumping cylinder 212 .

In the transfer pumping device 200, when the piston rod 214 is pulled, the piston inside the piston cylinder 213 is pulled, and the soap liquid inside the transfer pipe 211 connected to the stirring device 100 side is transferred into the piston cylinder 213. When the piston is compressed while suction and the piston rod 214 is extended, the soap liquid inside the piston cylinder 213 is discharged through the transfer pipe 211 on the liquid injection device 300 side, and the soap liquid is injected into the liquid injection device 300 . will be supplied with

To explain this in detail, first, the first valve 217 on the first on-off valve cylinder 215 is opened, and the second valve 218 on the second on-off valve cylinder 216 is closed while the pumping cylinder 212 is closed. ) operates and pulls the piston rod 214, the piston is pulled toward the pumping cylinder 213 and the soap solution in the transfer pipe 211 connected to the stirring device 100 is sucked into the piston cylinder 213, and at the same time One on-off valve cylinder 215 operates to close the first valve 217, and the second on-off valve cylinder 216 operates to open the second valve 218, and then operates the pumping cylinder 212 to operate the piston cylinder. Since the soap liquid introduced into 213 is continuously sent to the liquid injection device 300 side, the soap liquid of the stirring device 100 is supplied to the liquid injection device 300 by the transfer pumping device 200 . .

At this time, the heater 219 continuously heats the water inside the housing 210 and maintains it at a predetermined temperature, so that the soap solution in the transfer pipe 211 is transferred while maintaining a liquid state without being solidified.

When using a rotary vane pump or gear pump generally used in soap manufacturing equipment, it was difficult to maintain an automated line due to premature solidification of the soap solution. It prevents the soap solution from solidifying by continuously and smoothly transferring the suction and discharge of the soap.

7 is a view showing a liquid injection device for injecting soap liquid into the molding mold of the handmade soap manufacturing apparatus according to the present invention. A 310 is formed, and a water level control sensor 311 for adjusting the water level of the soap solution is installed inside the soap solution storage tank 310 .

An injection nozzle 313 provided with a frame copper injection device 312 is installed on the bottom surface of the soap solution storage tank 310 .

A molding mold 600 position detection sensor 314 is installed on one side of the injection nozzle 313 .

The molding mold 600 position detection sensor 314 is installed on one side of the injection nozzle 313 and detects the position of the molding mold 600 transferred by riding the mold transfer device 400 to match the bottom surface of the injection nozzle 313 The moment the mold transfer device 400 is stopped driving. After the drive of the mold transfer device 400 is stopped and the soap liquid is filled in the molding mold 600 from the injection nozzle 313, the mold transfer device 400 is driven and moved again, and the next molding mold 600 is injected. When the nozzle 313 is located on the bottom, it stops and moves again when the soap solution is filled.

The liquid injection device 300 is provided with a touch control unit 315 on one side of the soap liquid storage tank 310 on one side to control the operation of the liquid injection automatic device 312 to fit the capacity of the molding mold 600 and inject nozzles. (313) so that the operation of the position detection sensor 314 formed on one side is normally maintained.

In addition, when the water level control sensor 311 installed inside the soap liquid storage tank 310 senses high, medium, and low heights and sends a signal to the touch control unit 315, it is transmitted to the central control processing unit installed on the PCB of the touch control unit 315. Thus, the amount of soap solution supplied to the soap solution storage tank 310 can be adjusted.

In addition, a drain valve is installed on one side of the bottom of the soap solution storage tank 310 to drain the soap solution or washing water from the soap solution storage tank 310 if necessary.

8 is a view showing the entire system of the mold transport device according to the present invention, the mold transport device 400 is provided with a molding mold supply unit 411 at the front end to supply the molding mold 600 to the mold transport device 400. there will be

The molding mold supply unit 411 described in FIG. 8 can be selectively applied to the mold transfer device 400 of the present invention. That is, the mold transport apparatus of the present invention can be supplied manually by a person even if the molding mold supply unit is not applied. You may.

The molding mold supply unit 411 has a supply hopper 412 installed on the upper portion and a conveyor 413 installed on the bottom thereof to transfer the molding mold 600 falling from the supply hopper 412 to the conveyor 413. It is supplied to the transfer device 400 .

The molding mold supply unit 411 described in the present invention is not necessarily limited to a supply hopper and a conveyor, and various types of molding mold supply devices may be selectively installed and used as needed.

As described above, the molding mold 600 supplied from the molding mold supply unit 411 is transported on the mold transport device 400 and then reaches the lower injection nozzle 313 position of the liquid injection device 300, the mold transport device ( 400) is stopped and the operation is repeated when the soap solution is filled.

A motor is installed on one side of the conveyor 413 and the mold transfer device 400 of the molding mold supply unit 411 to be driven.

In addition, the mold conveying device 400 is equipped with a slide plate 414 at the distal end as needed, so that the molding mold 600 in which the soap solution moved riding the mold conveying device 400 is accommodated moves on the slide plate 414 . It may be stored in the tray 800 .

The molding mold 600 immersed in the soap solution by the injection nozzle 313 is loaded and stored on the transfer tray 800 provided at the distal end of the mold transfer device 400 and is solidified while cooling.

The soap solidified while being stored in the transfer tray 800 is demolded in the demoulding device 500 and then packaged.

As shown in FIG. 8, the demolding device 500 of the present invention is a configuration in which a demolding cylinder 510 is installed upside down and a support plate 512 having a hole 513 formed at the bottom thereof is installed. When the molding mold 600 in which the solidified soap 700 is accommodated is put on to correspond to the hole 513 and the demoulding cylinder 510 is driven, the pressing plate 511 formed at the lower end of the rod of the demoulding cylinder 510 is formed in the molding mold ( When pressing 600), the mold 600 lifted up is compressed and the soap 700 inside is demolded and placed in a container provided at the bottom.

9 is a photograph showing the soap products manufactured by the handmade soap manufacturing apparatus of the present invention, and shows the soap manufactured by the handmade soap manufacturing apparatus.

The soap manufactured by the handmade soap manufacturing apparatus of the present invention may be manufactured in various colors or may be manufactured as transparent soap.

According to the present invention, as described above, by forming a molding mold to mold a single soap so that soap can be manufactured, the shape and shape of the molding mold are respectively formed so that various patterns are formed, and the soap solution is injected and manufactured to manufacture handmade soap. It has the advantage of being able to manufacture soaps of various patterns and upgrading products at the same time.

In particular, the soap manufacturing apparatus of the present invention has the effect of providing an eco-friendly soap that prevents water pollution and environmental pollution by manufacturing the soap by using an eco-friendly vegetable material as a raw material, since the soap manufacturing apparatus is made by hand.

100: stirring device 110: control unit
120: pot 121: lid
122: stirring shaft 123: stirring blades
124: driving part 125, 125': vertical frame
126: window frame 127: axis
128: jam bar
200: transfer pumping device 210: enclosure
211: transfer pipe 212: pumping cylinder
213: piston cylinder 214: piston rod
215: first on-off valve cylinder 216: second on-off valve cylinder
217: first valve 218: second valve
219: Heater
300: liquid injection device 310: soap liquid storage tank
311: water level control sensor 312: liquid injection seeding device
313: injection senility 314: position sensor
315: touch control unit
400: mold transfer device 411: molding mold supply unit
412: supply hopper 413: conveyor
414: slide plate
500: demolding device 510: demolding cylinder
511: pressure plate 512: support plate
513: hole
600: molding mold 700: soap

Claims (5)

a stirring device 100 having a control unit 110 installed on one side and heating and mixing and stirring the raw materials of the soap 700 to form a soap solution; a transfer pumping device 200 configured to heat and pump the heated and mixed soap solution from the stirring device 100; a liquid injection device 300 for injecting the soap liquid supplied from the transfer pumping device 200 into the molding mold 600; a mold transfer device 400 for transferring the molding mold 600 into which the soap liquid is injected by the liquid injection device 300; a transfer tray 800 installed at the rear end of the mold transfer device 400 to store and move the molding mold 600 into which the soap solution is injected from the liquid injection device 300 to be solidified; and a demoulding device 500 for demolding the soap 700 solidified in the molding mold 600 after cooling the molding mold 600 into which the soap solution is injected in the moving tray 800,
The transfer pumping device 200 is made of a housing 210 in which water is accommodated, a heater 219 is installed on the inner bottom surface, and a transfer pipe 211 for transferring the soap solution is passed through the heater 219 upper part. However, a pumping cylinder 212 is installed in the transfer pipe 211, and a first on/off valve cylinder 215 and a second on/off valve cylinder 216 are installed on both sides of the pumping cylinder 212, so that the pumping cylinder ( 212) according to the operation of the handmade soap manufacturing apparatus, characterized in that it is configured to be pumped while alternately opening and closing the first valve 217 and the second valve 218. The method of claim 1,
The stirring device 100 is made in the form of a pot 120 so that the soap solution raw material is contained, and the stirring shaft 122 and the stirring blade 123 located inside the pot 120 have the upper lid 121 to rotate. The driving unit 124 is formed so that the pot 120 is installed so that the pot 120 is rotated on the shaft 127 connected to the vertical frames 125 and 125 ′ installed on both sides, and one side vertical frame ( A handle 126 is formed on the 125 to rotate the pot 120 to one side, and on the shaft 127 between the vertical frame 125 ′ and the pot 120 on the other side, a locking bar 128 serving as a weight is ) is a handmade soap making device. delete The method of claim 1,
The liquid injection device 300 for injecting the soap liquid into the molding mold 600 has a soap liquid storage tank 310 formed thereon, and a water level adjustment for adjusting the water level of the soap liquid inside the soap liquid storage tank 310 A sensor 311 is installed, and an injection nozzle 313 equipped with a frame copper injection device 312 is installed on the bottom surface of the soap solution storage tank 310, and the injection nozzle 313 is located on one side of the molding mold 600. Homemade soap manufacturing apparatus, characterized in that the detection sensor 314 is installed. The method of claim 1,
In the demolding apparatus for demolding the solid soap, a demolding cylinder 510 is installed upside down and a support plate 512 having a hole 513 formed thereon is installed at the bottom thereof, corresponding to the hole 513 of the support plate 512 When the molding mold 600 in which the solidified soap is accommodated is put up and the demolding cylinder 510 is driven, the pressing plate 511 formed at the lower end of the rod of the demoulding cylinder 510 presses the molding mold 600 and the soap 700 inside ) is a handmade soap manufacturing apparatus, characterized in that it is demolded.

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