HOUSEHOLD SOAP MAKING MACHINE

Abstract

This invention relates to a home soap-making machine that enables users to produce individual soaps with known ingredients while consuming low amounts of electricity; its feature is: a shell (1) containing an upper compartment (1.1) and a lower compartment (1.2), a water tank (2) and a caustic tank (3) placed independently inside the upper compartment (1.1), a water drain pipe (6) carrying the water from the water tank (2) to the caustic tank (3), a soap tank (4) placed inside the lower compartment (1.2) to produce soap by mixing the caustic-water mixture with oil, a caustic drain pipe (7) carrying the caustic-water mixture from the caustic tank (3) to the soap tank (4), a transfer motor (5) providing the pressure force for the transfer of fluids in the water drain pipe (6) and the caustic drain pipe (7), a water tank locking place (11.1), a caustic tank locking place (11.2) and at least one ventilation hole (11.2) to protect the upper part of the shell (1).3) It has a lid (11) and a silicone soap mold (13) which allows the soap mixture to cool and take shape.

Description

1 TARIFF HOUSEHOLD SOAP MAKING MACHINE Technological Field: 5 This invention allows users to create individual soaps with low electricity consumption, knowing the contents beforehand. It relates to the home soap making machine that carries out the production. State of the Art: 10 Soap is an indispensable part of our lives and is used in various fields. It is a cleaning product. Generally, it consists of a fatty acid of plant or animal origin. Fatty acid salts formed as a result of the chemical reaction of a base are known as soaps. Today, soap production is carried out using the Boiling Method, also known as the Classic or Marseille Method. Industrial methods known as Cold Production Method and Continuous Production. This is done using this method. Industrial soap production is carried out in batches of tons. This is done in large quantities. Regionally or individually, it is done in old laundry boilers. or obtained by heating oil in pots and then mixing it with a caustic solution. is being done. 20 The most commonly used soaps today are those produced using industrial methods. They are soaps. Industrial soaps are made by adding various chemical additives. can be produced and, in terms of production cost, low-quality oils such as waste oils. They may contain. Additionally, industrial soap production includes 25 ingredients with skin moisturizing properties. Glycerin is separated from the mixture due to its cosmetic value. In addition, the following are added to the mixture: Added animal fats can clog pores in the skin and make the soap harsh. Adding excessive amounts of caustic soda to increase its effectiveness can irritate the skin. Local or In soaps produced individually in pots, both the inappropriate heat and other factors contribute to the problem. The positive properties of fats can be lost, and often, an excess of 30 is added by eye. The caustic soda is not recovered but molded together with the soap. This excess caustic soda takes time. It contains a white Na2CO3 residue that combines with CO2 in the air on the surface of the soap. 2 More importantly, the excess caustic soda in the soap can cause skin rashes and itching on the body. It can cause eczema and many other skin diseases. Patent application number TR201707326 states that "Soap containing colloidal solution and The "production method" is described. The invention uses beneficial bacteria to destroy harmful bacteria. A non-harmful, antibacterial soap that prevents skin and hair problems. Its composition includes methods for obtaining solid, liquid, and powder products, and its characteristic feature is; firstly... In this example, it contains 69% palm oil, 17% palm kernel oil, 0.05% EDTA, and 0.10% by mass. HEDP, phase 1 containing 0.5% sodium chloride, 0.5% glycerin, 12.85% distilled water and 20% (5 ? 200 ppm colloidal silver, 0.5% - 4% tea tree oil, 0.5% - 1% licorice extract, 10 The second sample contained 166 grams of coconut by mass, with phase 2 containing 0.5% - 1% citric acid. walnut oil, 276 g palm oil, 330 g olive oil, 132 g castor oil, 44 g apricot kernels phase 1 containing 44 g shea butter and 250 g colloidal solution (5 - 200 ppm), 130 g sodium hydroxide, 10 g rosemary essential oil, 10 g licorice extract, 5 g Citric acid is characterized by containing phase 2 with 50 grams of distilled water. 15 Patent application number TR201605772 for “Composition and production process of natural soap” The invention is described as a combination of an advanced natural soap base and / or cosmetics. other products intended for use in personal care products and / or household products It is related to compounds and their production methods. 20 Looking at the relevant patents, it appears that the soaps were produced using known methods and during the production process. It has been observed that these soaps are differentiated from other soaps on the market by the addition of various plant extracts. In conclusion, a new 25 that can overcome the disadvantages mentioned above. Technology is needed. Description of the invention: Our invention, the system in question, enables individual soap making and allows users to... (The sentence is incomplete and unclear in the original Turkish) a system that enables people to produce their own soap by knowing its ingredients It is a machine. Therefore, during soap production using traditional and industrial methods... 3 problems encountered or chemical additives deliberately added by manufacturers It is a machine that completely eliminates negative effects such as these. Another advantage of our invention is that it includes a home soap-making machine for soap production. In this method, as in industrial production, the oil is heated to high temperatures and 5 The mixture does not need to be boiled. The oil in the system that is the subject of the invention, The water and caustic soda reservoirs are prepared in ideal sizes, and no excess water or caustic soda is placed inside the machine. Since oil, water, or caustic soda cannot be added, the ideal measurements required for soap making are always the same. This has been ensured during the process, and there is no problem with excess caustic soda. Thanks to the self-cleaning feature of our invention, it is always clean and ready to use. It is becoming ready for use. With our invented machine, the soap mixture is mixed with salt water during soap production. 15 beneficial products that don't require rinsing and significantly moisturize the skin. Glycerin remains in the soap. With the machine that is the subject of the invention, the user can make soap by producing the oil of the desired quality himself. While having the option to choose, he / she can also mix the oils he / she wants in the desired proportions. It can be used. Thus, 20 natural aromatic compounds can be obtained in the desired mixture. Soap can be made easily and relatively cheaply. The quality of the oils used in industrial soaps, the mixing ratios, and other chemical factors Additives are added by manufacturers to improve the product's foaming and pleasant scent, among other sensory effects. It is used to enhance their properties. Soaps made in this way are completely 25%... It consists of a chemical mixture and is far from natural. With this invention, this The problems are being completely overcome. The invention is easy to assemble thanks to the fact that its components can be easily fastened together. It is being installed, and thanks to the short assembly time, the costs are low. 30 Furthermore, the invention has a robust structure. Explaining the Figures: 4 The invention will be described by referring to the attached figures, so that the features of the invention can be explained. It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims. all alternatives, modifications, and 5 that can be included within the defined area The aim is to cover their equivalences. The details shown are only for the present invention. It is shown to illustrate the preferred arrangements and both the methods shaping, as well as the rules and conceptual features of the invention, in the most useful way. It should be understood that they are presented to provide a readily understandable definition. This in the drawings; 10 Figure 1 shows a general external view of the system. Figure 2 shows a view of the system's interior. Figure 3 shows a top view of the system. Figure 4 shows the exterior and interior of the soap dispenser. 15 Figure 5 shows the appearance of the soap scraper and soap mold. Illustrations that will help understand this invention are shown in the attached image. They are numbered and their names are given below. Explanation of References: 1. Body 1.1. Upper compartment 1.2. Subdivision 25 1.3. Indicator lights 1.4. Function key 1.5. Electricity transmission channel 2. Water tank 3. Caustic soda reservoir 30 3.1. Caustic reservoir insulation 3.2. Caustic mixing head 4. Soap dispenser 4.1. Grip handle 4.2. Soap mixing head 5. Transmission motor 6. Water drain pipe 5 7. Caustic drain pipe 8. Caustic mixing motor 9. Caustic discharge hood 10. Soap mixing motor 11. Cover 10 11.1. Water tank lock location 11.2. Caustic soda reservoir locking location 11.3. Ventilation hole 12. Silicone soap scraper 13. Silicone soap mold 15 Description of the Invention: The invention consists of a body (1) comprising an upper compartment (1.1) and a lower compartment (1.2), with the upper compartment (1.1) inside Water reservoir (2) and caustic 20 placed in a structure that is independent of each other. reservoir (3), water drain pipe (6) that carries the water from the water reservoir (2) to the caustic reservoir (3), lower compartment designed to allow soap production by mixing the caustic soda-water mixture with the oil. (1.2) soap container (4) placed inside, caustic water in the caustic container (3) caustic discharge pipe (7) that carries the mixture to the soap container (4), water discharge pipe (6) and Pump 25 for conveying the pressure force of the fluids inside the caustic discharge pipe (7) The transmission motor (5) which provides power to the body (1) will protect the upper part of the body. water reservoir locking place (11.1), caustic reservoir locking place (11.2) and at least one lid (11) with ventilation hole (11.3) and allow the soap mixture to cool and It has a silicone soap mold (13) that allows it to take its shape. The housing (1) mentioned in the invention enables the system to be ready, working, via electrical equipment. indicators showing stop and malfunction conditions, and these conditions are shown with at least one different color. 6 It includes at least one indicator light (1.3) indicating the body (1) mentioned in the invention. Its feature is that it activates or deactivates the system's operation, shutdown, and cleaning processes. It has at least one function key (1.4) that enables it to be disabled. The housing (1) included in the invention receives electrical power from an external source via a cable. It has an electrical transmission channel (1.5). 5 The caustic reservoir (3) included in the invention is designed to allow the mixing of caustic and water. It contains a caustic mixing head (3.2) fixed to the bottom. Subject of the invention The system provides torque to the caustic mixing motor which supplies torque to the caustic mixing head (3.2). (8) has. The invention provides a passage of the caustic discharge pipe (7) into the soap container (4) 10 It includes the caustic discharge cap (9). The soap container (4) mentioned in the invention, lower compartment (1.2) allows it to be placed inside or removed from sub-compartment (1.2). It has a grip handle (4.1). In the soap container mentioned in the invention (4), mixing of the caustic-water mixture with the oil is 15 It has a soap mixing head (4.2) fixed to the bottom to provide this. The invention is a soap mixing motor (10) that provides torque to the soap mixing head (4.2). It includes the function key (1.4), transmission motor (5), and caustic included in the invention. mixing motor (8) and soap mixing motor (10) simultaneously or separately It has a structure that will enable it to function. The lid (11) mentioned in the invention is 20 of the water reservoir (2). Instead of a water reservoir lock (11.1) that allows the open mouth at the top to be closed, caustic caustic reservoir lock which ensures the closing of the open mouth at the top of the reservoir (3) instead of (11.2) it has. The invention is the overflowing soap mixture on the silicone soap mold (13). Silicone soap scraper blade (12) that enables scraping and straightening of parts It contains. 25 Detailed Description of the Invention: The parts that make up the invention are basically: the body (1), the water reservoir (2), the caustic reservoir (3), soap dispenser (4), transfer motor (5), water drain pipe (6), caustic drain pipe (7), 30 Caustic soda mixing motor (8), caustic soda discharge cap (9), soap mixing motor (10), The set consists of a lid (11), a silicone soap scraper (12) and a silicone soap mold (13). 7 The invention includes the body (1), upper compartment (1.1), lower compartment (1.2), indicator lights (1.3), It has function keys (1.4) and an electrical transmission channel (1.5). The caustic reservoir (3) is external. caustic reservoir insulation wrapped around its walls (3.1) and caustic placed at its bottom It includes a mixing head (3.2), soap dispenser (4), grip handle (4.1) and soap 5. It has a mixing head (4.2). The lid (11) has a water reservoir locking place (11.1), The caustic soda reservoir has a locking mechanism (11.2) and ventilation holes (11.3). The upper compartment (1.1) of the body (1), which forms the basic part of the invention, contains the water reservoir (2) and The caustic soda container (3) is placed in the lower compartment (1.2) and the soap container (4) is placed in the lower compartment (1.2) 10 The water tank (2), caustic tank (3) and soap tank (4) are located as needed. It can be removed and reinstalled. The water drain pipe (6) and the water tank (2) It is connected to the caustic reservoir (3). The caustic discharge pipe (7) is connected to the caustic reservoir (3) It comes out, passes through the caustic discharge cap (9) and is connected to the soap reservoir (4). The transfer motor (5) operates with a pump and pressurizes the fluids to the desired 15 It ensures that the sections are delivered. The cover (11) is attached to the top of the body (1) They can be produced separately or as a single unit to be positioned accordingly, and can be used. Silicone soap scraper (12) and silicone soap mold (13), It can be stored in any hidden (secret) compartment inside the body (1). The caustic discharge cap (9) is located at the junction between the upper compartment (1.1) and the lower compartment (1.2) 20 It is located. The transfer motor (5) is fixed inside the upper compartment (1.1). Caustic The shaft coming out of the mixing motor (8) is the hub in the caustic mixing head (3.2). into the hole, the shaft coming out of the soap mixing motor (10), into the soap mixing head (4.2) is located in the navel. The working principle of the product in question is as follows; the user places the soap dispenser (4) oil up to the marked place, water up to the marked place in the water reservoir (2) and use He places the amount of caustic soda specified in the guide into the caustic container (3). Then By closing the cover (11), plug the device into the electrical transmission channel (1.5) with one end and the other end The device is powered by plugging the end into the socket. The user selects function 30. By pressing the buttons (1.4), the device starts the soap production process automatically. 8 The automatic soap-making procedure of the system in question is as follows: in the water tank of the machine (2) The measured amount of water found is transferred through the transfer motor (5) and the water discharge pipe (6). It is transferred to the caustic reservoir (3). The caustic mixing head (3.2) in the caustic reservoir (3) By taking the rotational power from the caustic mixing motor (8), the water is adjusted with caustic. He starts mixing during the time. The resulting caustic solution is discharged through the caustic discharge pipe (7) 5 It is transferred by being carried and passing through the caustic discharge nozzle (9) into the soap container (4). Soap container (4), caustic solution and oil soap mixing head (4.2) for the specified time It starts mixing throughout. When the mixing process is finished, the indicator lights (1.3) indicate the process. It signals that it is finished. After the soap formation is complete, the soap dispenser (4) It is removed from the body (1) by holding the handle (4.1) and the liquid mixture is 10 It is transferred to the compartments (hollow pools) in the silicone soap mold (13). Silicone scraping With the help of a knife (12), the excess parts are scraped off and the surface is smoothed and the resulting mixture by leaving the product, which is the subject of the invention, to rest for the period specified in the user manual It is made to harden. The system described in this invention is capable of producing all types of cold-process soaps. In addition, the user can use caustic soda (potassium hydroxide) instead of caustic soda (sodium hydroxide) during production. When using potassium hydroxide, it produces Aleppo soap instead of solid soap. is able to do so. Additionally, the user can follow the instructions in the user manual during production. When following the steps, instead of using a single type of oil, use the production oil 20 given at the end of the instruction manual. With the help of recipes, various oils (such as cocoa butter, shea butter, which have solid properties, liquid oils such as palm oil and chamomile oil, or volatile oils such as thyme oil and peppermint oil. oils (which have oil-like properties) can be used in prescribed proportions and what is in the product They are able to produce soap knowing this. However, production During this process, the user should follow the steps specified in the instruction manual for soap 25. When adding oil up to the marked place (4) in the reservoir, add fragrances such as essences and perfumes. By using the required components, it is possible to produce scented soap with the desired properties.

Claims

9 REQUESTS 1- The invention relates to a household soap-making machine, the feature of which is;  a body (1) containing upper compartment (1.1) and lower compartment (1.2),  5 independent units to be placed inside the upper compartment (1.1) installed water reservoir (2) and caustic reservoir (3),  Water drain pipe (6) that carries the water from the water reservoir (2) to the caustic reservoir (3),  A mixture of caustic soda and water is mixed with oil to produce soap. soap dispenser (4) located inside compartment (1.2),  caustic 10 that carries the caustic-water mixture from the caustic reservoir (3) to the soap reservoir (4) drain pipe (7),  Conduction of fluids in the water drain pipe (6) and caustic drain pipe (7) Transmission motor (5) which provides pressure force with the pump,  Water reservoir locking point on the top part of the body (1) (11.1), caustic reservoir locking place (11.2) and at least one ventilation hole 15 (11.3) cover (11),  A silicone soap mold that allows the soap mixture to cool and take shape. (13) is to have. 2- The body mentioned in Claim 1 is (1), and its characteristic is; 20 by means of electrical equipment. The system shows the readiness, operation, shutdown, and failure statuses, and displays at least one of these statuses. It must have at least one indicator light (1.3) that indicates the number of different colors. It is the characterization of the situation. 3- The body mentioned in Claim 1 is (1), and its feature is; the system's operation, stopping, cleaning 25 at least one that enables or disables the processes It is characterized by having a function key (1.4). 4- The body mentioned in Claim 1 is (1) and its characteristic is that it receives electrical power from an external source. 30 characterized by having an electrical transmission channel (1.5) through cable. It is done. 5- The caustic reservoir mentioned in Claim 1 is (3), and its characteristic is that it contains caustic soda and water. caustic mixing head fixed to the bottom to ensure mixing (3.2) is characterized by having. 6- The household soap making machine mentioned in Claim 1 or Claim 5, and its features are: to the caustic mixing motor (8) which provides torque to the caustic mixing head (3.2) It is characterized by having certain qualities. 7- The household soap making machine mentioned in Claim 1 has the following feature: caustic discharge 10 It has a caustic discharge cap (9) which allows the pipe (7) to pass into the soap dispenser (4). It is characterized by its being. 8- The soap dispenser mentioned in Claim 1 is (4), and its feature is that it is located inside the lower compartment (1.2). Clutch 15 that enables insertion or removal from sub-compartment (1.2) It is characterized by having an arm (4.1). 9- The soap container mentioned in Claim 1 is (4), and its feature is that the caustic-water mixture and the oil soap mixing head fixed to the bottom to allow mixing (4.2) is characterized by having. 20 10- The household soap making machine mentioned in Claim 1 or Claim 9, and its features are: to the soap mixing motor (10) which provides torque power to the soap mixing head (4.2) It is characterized by having certain qualities. 11- The function key mentioned in Request 3 is (1.4), and its feature is; transmission motor (5), caustic mixing motor (8) and soap mixing motor (10) simultaneously or separately It is characterized by having a structure that allows it to function independently. 12- The cover mentioned in Claim 1 is (11), and its feature is; 30 on the top of the water tank (2). It has a water reservoir lock (11.1) which allows the open mouth to be closed. It is the characterization of the situation. 11 13- The cover mentioned in Claim 1 is (11), and its feature is that the caustic reservoir (3) is on top The caustic reservoir has a locking mechanism (11.2) which allows the open mouth of the container to be closed. It is characterized by its being. 14- The household soap making machine mentioned in Claim 1 is characterized by its ability to make silicone soap. 5 Scraping off and leveling off any excess soap mixture on the mold (13) It is characterized by having a silicone soap scraping blade (12) that provides. 15 25

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