Personal perfume machine system and method

Abstract

The invention relates to a system and method for precise mixing and sample preparation of chemical products that can be used in industries related to precise mixing such as fragrance, perfume, pharmaceutical, pharmacology, aromatic, food, etc.

Description

[0001] SPECIFICATION

[0002] PERSONAL PERFUME MACHINE SYSTEM AND METHOD

[0003] FIELD OF INVENTION

[0004] The invention relates to a system and method for precise mixing and sample preparation of chemical products that can be used in industries related to precise mixing such as fragrance, perfume, pharmaceutical, pharmacology, aromatic, food, etc.

[0005] BACKGROUND OF THE INVENTION

[0006] Today, production in the perfume sector is carried out in large quantities according to a specific formula / recipe. The user has to use these products produced by specific brands. It takes a long time and sometimes not at all possible for her to find her personal scent in which she can express herself and feel comfortable. It is possible for her to invest in the automatic production of her perfume based on a recipe she will prepare herself, or to become a popular personality and have it produced by perfume companies using her name. The few perfume companies that provide boutique services in this field make the mixtures manually on the spot. It is unlikely to be produced in the same dosage and automatically, and the same quality can be assured by keeping personalized records.

[0007] In the current state of the art, the capacity and equipment in production facilities are large-scale. Microliter quantities are very problematic to produce in already established plants. For the tester and / or perfume to be produced, since the essences and ingredients to be added to the content are at very small flow rates in microliter scale, there is a risk that these substances remain in dead volumes that do not participate in the flow in the piping. In addition, essences are used in various proportions and of various types. These essences should not contaminate each other. Adequate precision of the repeatability of dosing pumps is important. Since the system works on a microliter basis, there will be a precision problem in dusty environments. There is a risk of air in the dosing pumps. Restricted substances are specified in the cosmetics regulation. These cosmetic products should not be used more than the limit value. Perfumes must be certified by an accredited laboratory. Therefore, it is not possible to ensure the above-mentioned precision in a healthy way with large-scale systems in the current technique.

[0008] As a result, all the above-mentioned problems and due to the inadequacy of existing solutions to the issue, have made it imperative to innovate in the relevant technical field.

[0009] SUMMARY OF THE INVENTION

[0010] The present invention is inspired by existing situations and aims to overcome the aforementioned problems.

[0011] The main object of the invention is to provide a system and method for the precise mixing and sample preparation of chemical products.

[0012] In another object of the invention, is to create a system and method that enables users to select the fragrance of their choice. Since users are not scent experts, they cannot select an unfamiliar scent from the app or touch panel (face-to-face). For this, odors need to be taught to users. For this purpose, a fragrance palette showing the scent characteristics will be prepared for the introduction of all fragrance families. In addition, the first studies will be introduced in the existing sales points of a perfume company in a one-to-one application with the customer and then moved to the internet environment. Odor pallets will be in standard production. This fragrance promotion palette will be available from perfume companies or will be delivered to users via cargo.

[0013] In another preferred embodiment of the subject matter invention, is to provide a system and method for preparing testers and / or perfumes on a micro scale. For the tester and / or perfume to be produced, the essences and ingredients to be added are at very small flow rates in microliter scale. There is a risk that these substances remain in dead volumes in the piping that cannot participate in the flow. To prevent this, the “Solenoid Valve Outlet Flushing Piece” is designed. This allows very small volumes of essences to be completely delivered into the perfume or tester.

[0014] In another preferred embodiment of the subject matter invention, is to design a system and method that ensures that the essences used do not contaminate with each other and that the same type of essence is filled into the perfume bottle using the same line each time. In addition, all bottles will be closed and a one-way air valve will be used so that only air can enter. In this way, the fragrances will not be contaminated by air.

[0015] In another preferred embodiment of the subject matter invention, is to provide a system and method for using precision dosing pumps for dosing essences. The perfume production area shall meet the pump manufacturer's own testing requirements. For this reason; the manufacturer's repeatability test request is as follows;

[0016] “Measure the amount of fluid dispensed 10 times continuously and convert this to a 5-shot dispensed volume. Repeat this measurement 10 times and indicate the average value (converted value of one shot) of the 10 data sets and the difference (%) between the maximum and minimum values. These values are calculated according to the manufacturer's measurement conditions, so repeatability accuracy is not guaranteed.”

[0017] Variability in the measurement conditions of the pump manufacturer; “The tank liquid level should be lower than the pump and the outlet side pipe end should be higher than the tank liquid level. Remove air bubbles from the pipes and pump chamber.

[0018] Ambient / Liquid temperatures: +2°C, Inlet / Outlet side pipe pressure: ±0.1 kPa or less, applied voltage: ±0,01 V.”

[0019] The invention is designed in the reverse of the dosing pump suction logic specified by the company. According to the results obtained, the dosing pump can be redesigned to change the connections, depending on its repeatability. It was also requested that dosing pumps should not create air. As is well known, air bubbles melting in liquids tend to move upwards. In order to take advantage of this tend, the fluid flow in the invention is designed from top to bottom. Thanks to this design, the air melting in the liquids will constantly move upwards and be discharged out of the liquid. This will result in an efficient installation that works with a minimum risk of creating air. In short, while the invention generally flows in the direction of gravity, it can also be operated in such a way that it flows in the opposite direction to gravity according to the measurements obtained as a result of production. Reverse flow patterns are within the scope of the patent application.

[0020] In another preferred embodiment of the subject matter invention, is to create a system and method that prevents precision problems that may occur in dusty environments, since the system works on a microliter basis. For this reason; the system will operate in air-conditioned areas that meet clean room standards. Also, the essences used will need to be particle-free. This level of purity will be required from essence producers. In addition, dosing pumps, solenoid valves, pipelines and any equipment in contact with essences will be selected from materials that will not react with the chemicals in alcohol or essences.

[0021] The amounts of chemicals to be used in the cosmetics regulation are limited. In the invention, an application infrastructure has been created to provide these rates. A matrix will be prepared in the program and calculations will be made by entering the ratios of the objectionable substances in each essence of the matrix, so as not to exceed the critical levels in each tester and I or perfume. Depending on the sensitivity of the system; it will be kept safely below the deviation values. The user will only be able to enter the essence % via the app or touch panel (face-to-face). He / she will not see the equivalent of this ratio in milliliters or microliters. However, the software and server system will calculate these flow rates volumetrically and check their conformity. For selections approaching limit values, dosing pumps will limit the dosing of that essence with a safety not exceeding the standard deviation. In the application of the inventive system, different personal perfume machines will be used for men and women. In addition, there will be at least 4 separate groups of personal perfume machines for floral scents, oriental (spicy, etc.) scents, woody scents and fresh (fruity, etc.) scents. In this way, compatible fragrances will come together more easily. In addition, larger capacity dosing pumps will be used for perfume, while small capacity dosing pumps will be produced for testers. The software determines the dosing pump according to the selection and calculates how many pulses this dosing will take. The automation system will operate in accordance with this matrix. In this way, limited doses will not be exceeded in each tester and / or perfume production.

[0022] The product that will reach the user as perfume, not tester, must be certified by accredited laboratories. For this situation, the following solution has been produced with the invention. When users install the application on their devices or make face- to-face purchases with the touch panel, perfumes must be tested and certified by an accredited laboratory. For this reason, only a certain volume of testers is allowed to be produced. When you create your perfume, the first product will be tested and certified in an accredited laboratory on your behalf in order to produce the perfume. You will be charged the necessary fee. There is a risk of allergy and skin diseases that may occur during tester trials. They will need to click on a confirmation and checklist that reads “I accept these terms. I have read. I understand”. The application will not be activated and face-to-face purchases will not be made without approval. As long as the consumer stays at the tester stage and does not create a demand for perfume, there will be no need for large perfume production and accreditation.

[0023] With the invention, the same fragrance will be produced automatically in very small quantities, always in the same dosage, and the same quality will be ensured by keeping a personalized record. The user will be able to experiment with many fragrance formulas to find the right scent for them, and will be able to obtain them in the form of test samples. He will be able to request the production of the formula he likes the most among the samples and which he determines as his own fragrance. This is made possible by the special software that comes with the mixing machine. In the personal perfume design presented with the invention, first of all, the proportions of perfume essences were grouped under two product groups as male and female. In the future, 3rd and 4th groups or groups such as different skin types, people belonging to different social groups, animals or air fresheners, etc. can also be created. In order to fulfill the purposes described above, the invention is a system for the precise mixing of chemical products and sample preparation. Accordingly, the system;

[0024] - the bottle containing the perfume / chemical and / or essences, which can be characterized by various volumes, sizes and shapes,

[0025] - precision dosing pump-A for high precision liquid chemical dosing at low flow rates,

[0026] - precision dosing pump-B for high precision liquid chemical dosing at low flow rates,

[0027] - precision dosing pump-C, which provides high precision liquid chemical dosing at low flow rates and allows alcohol and / or washing liquid and essences at low flow rates to flow into a personal perfume bottle,

[0028] - automatic control unit that determines how much of which essence to use during the process,

[0029] - solenoid valve which, depending on the information from said automatic control unit, leaves open the alcohol lines of the essences to be included in the process, closes the alcohol lines of the essences not to be included in the process and / or supplies the alcohol necessary to ensure the cleaning of the essence residues in the lines with alcohol,

[0030] - storage container for the storage of perfume and / or chemical tester essences, characterized by different volumes, separating funnel for the storage of alcohol and / or washing liquids, characterized by different quantities and volumes,

[0031] - one-way air intake valve that allows air to flow only from the external environment into the said separation funnel, preventing the diffusion of alcohol and essence odors into the environment, preventing essence contamination,

[0032] - distribution collector for the distribution of alcohol, washing liquids and / or essences to the aforementioned solenoid valve opening and for the washing of low flow essences into the perfume,

[0033] - essence suction line, which ensures that the essences, alcohol and / or washing liquids to be sucked from the aforementioned separation funnel are delivered to the distribution collector via dosing pumps,

[0034] - carcass system that carries all the elements that make up the system, - a nozzle that allows perfumes and / or essences to be filtered through different channels and filled into the bottle,

[0035] - the delivery line that allows the essence from said solenoid valve to be transferred to said nozzle without contamination with alcohol and / or washing liquid,

[0036] - the washing part which ensures that all the essences coming from the said distribution collector are transferred to the nozzle via the said delivery line without contamination with alcohol and / or washing liquid,

[0037] - a marking system that allows the bottle to be engraved with information about who the perfume belongs to, its contents, and which selection it is,

[0038] - automatic feeding and packaging system that automatically determines the volume of bottle in which the perfume is to be filled, fills it and puts it in an automatically marked box,

[0039] - a mobile application that runs the algorithm that enables the user to determine options such as the volume of the perfume or tester to be produced, gender selection such as female, male, etc., ratios of essences, bottom, middle, top notes, and automatically selects which product will be produced in which machine and directs and produces it,

[0040] - a mobile device that runs said mobile application and / or enables said user choices to be made directly through an interface without said mobile application,

[0041] - server communication data system that receives the formula entered by the user through the said mobile application and / or mobile device and transfers it to the said automatic control unit, includes.

[0042] The invention also relates to a method for the precise mixing of chemical products and sample preparation. Accordingly, the method

[0043] - the user's preferences, the volume of the perfume or tester to be produced, the choice of gender such as female, male, the determination of options such as essence ratios, lower, middle, upper notes by the user, and entering the algorithm that automatically selects which product will be produced in which machine and directs and produces it through the mobile application and / or mobile device,

[0044] - said user preferences are transmitted via a server communication data system to an automatic control unit that determines how much of which essence to use during the production process, - said automatic control unit communicates how much suction the dosing pump-A and the dosing pump-B should draw from the storage reservoir (5) for storing perfume and / or chemical tester essences,

[0045] - opening dosing pump-A and dosing pump-B deliver essences sucked from a separation funnel to the distribution collector via an essence suction line,

[0046] - the automatic control unit sends an open signal to the solenoid valve, which leaves the alcohol lines of the essences that will participate in the process open depending on the information from said automatic control unit, and closes the alcohol lines of the essences that will not participate in the process,

[0047] - the opening of the solenoid valve, the essence from the distribution collector is transmitted by means of a delivery line through a flushing part to a nozzle that allows the perfume and / or essences to be filtered through different channels and filled into the bottle,

[0048] - said nozzle releases the essences into the bottle without letting them touch each other,

[0049] - the automatic control unit gives an open signal to the solenoid valve and a dosing pump-C, which supply the alcohol necessary for the cleaning of essence residues in the lines with alcohol,

[0050] - opening solenoid valve and dosing pump-C delivers the alcohol via a delivery line to the nozzle via a flushing part and releases the alcohol into the bottle,

[0051] - the information about who the perfume belongs to, its content, and the choice of the perfume is engraved on the filled bottle by means of a marking system,

[0052] - making the marked product ready for customer use by means of automatic feeding and packaging system process steps.

[0053] The structural and characteristic features and all advantages of the invention will be more clearly understood by means of the figures given below and the detailed description written with references to these figures, and therefore, the evaluation should be made by considering these figures and detailed description.

[0054] Figures to Understand the Invention

[0055] Figure-1 gives a general view of the inventive system. Figure-2 shows an isometric view of the inventive system.

[0056] Figure-3 shows another isometric view of the inventive system.

[0057] Figure-4 gives a general view of the inventive system from the side.

[0058] Figure-5 shows the top and bottom view of the inventive system.

[0059] Figure-6 shows an isometric top view of the inventive system.

[0060] Figure-7 shows an isometric side view of the inventive system.

[0061] Figure-8 shows a side view of the inventive system with a carcass.

[0062] Figure-9 shows the top and bottom view of the inventive system with carcass.

[0063] Figure-10 gives an image of the personal perfume working system.

[0064] Figure-1 1 shows the personal perfume algorithm diagram.

[0065] Figure-12 shows an exploded isometric view of the inventive system.

[0066] Figure-13 shows an exploded side view of the inventive system.

[0067] Figure-14 shows an exploded bottom isometric view of the inventive system.

[0068] Figure-15 gives a schematic view of the solenoid valve opening washing.

[0069] Description of Part References

[0070] 1. Precision dosing pump-A

[0071] 2. Precision dosing pump-B

[0072] 3. Precision dosing pump-C

[0073] 4. Solenoid valve

[0074] 5. Storage chamber

[0075] 6. Separation funnel

[0076] 7. One way air intake valve

[0077] 8. Essence suction line

[0078] 9. Distribution collector

[0079] 10. Carcass system

[0080] 1 1 . Nozzle

[0081] 12. Bottle

[0082] 13. Delivery line

[0083] 14. Washing part

[0084] 15. Automatic control unit

[0085] 16. Marking system

[0086] 17. Automatic feeding and packaging system

[0087] 18. Mobile device 19. Mobile application

[0088] 20. Algorithm

[0089] 21 . Server communication data system

[0090] DETAILED DESCRIPTION OF THE PROBABLE EMBODIMENT(S)

[0091] In this detailed description, the system and the method which is subject to invention is explained with references to examples without forming any restrictive effect in order to make the subject more understandable.

[0092] The invention is a system for the precise mixing of chemical products and sample preparation. Accordingly, the system comprises; bottle (12) containing perfumes / chemicals and / or essences and characterized by various volumes, sizes and shapes, precision dosing pump-A (1 ) providing high precision liquid chemical dosing at low flow rates, precision dosing pump-B (2) providing high precision liquid chemical dosing at low flow rates, precision dosing pump-C (3), which provides high-precision liquid chemical dosing at low flow rates and allows alcohol and / or washing liquid and essences at low flow rates to flow into the personal perfume bottle, automatic control unit (15), which determines how much of which essence to use during the process, solenoid valve (4) which, depending on the information from said automatic control unit (15), leaves the alcohol lines of the essences to be included in the process open, closes the alcohol lines of the essences not to be included in the process and / or supplies the alcohol necessary to ensure that the residues of essences in the lines are cleaned with alcohol, providing storage of perfume and / or chemical tester essences, storage chamber (5), characterized by different volumes, for storing alcohol and / or washing liquids, with a separating funnel (6), characterized by different quantities and volumes, which allows air to flow only from the external environment into said separating funnel (6) so as to prevent the diffusion of alcohol and essence odours into the environment, one-way air intake valve (7) which prevents essence contamination, distribution collector (9) which allows alcohol, washing liquid and / or essences to be distributed to the opening of said solenoid valve (4) and low flow essences to be washed and included in the perfume, essences to be absorbed from said separation funnel (6), the essence suction line (8) that delivers alcohol and / or washing liquids to the distribution collector (9) via dosing pumps, the carcass system (10) that carries all the elements that make up the system, the nozzle (11 ) that allows the perfume and / or essences to be filtered through different channels and filled into the bottle (12), the delivery line (13) for transferring the essence from said solenoid valve (4) to said nozzle (11 ) without contamination with alcohol and / or washing liquid, the washing part (14) for transferring all of the essences coming from said distribution collector (9) to the nozzle (11 ) through said delivery line (13) without contamination with alcohol and / or washing liquid, the marking system (16) that allows the information about the perfume, its content, and the choice of the perfume to be engraved on the bottle (12), the automatic feeding and packaging system (17) that automatically determines the volume of the perfume to be filled into the bottle (12) and fills it and automatically puts it into the marked box, the volume of the perfume or tester to be produced, the options such as gender selection, proportions of essences, lower, middle, top notes, etc. are determined by the user, and the algorithm (20) that automatically selects which product will be produced in which machine and directs and produces it. The mobile application (19), which runs the algorithm (20) that automatically selects which product will be produced in which machine and directs and produces it (19), a mobile device (18) that runs said mobile application (19) and / or enables said user selections to be received directly via an interface without said mobile application (19), a server communication data system (21) that receives the formula entered by the user via said mobile application (19) and / or mobile device (18) and transfers it to said automatic control unit (15).

[0093] The mobile device (18) mentioned in the preferred embodiment of the system can be characterized as a touch panel, smartphone, tablet and / or computer.

[0094] In the preferred embodiment of the system, the storage chamber (5) mentioned is a scaled glass container for storing perfume and / or tester essences. They can be characterized with self-capping and flow shut-off valves and vary in quantity and volume. The storage chamber (5) is preferably made of glass.

[0095] In another preferred embodiment of the system, the separating funnel (6) is a scaled glass lid and flow shut-off valve for storing alcohol and / or washing liquids. Although their quantity and volume may vary, they are preferably made of glass. In another preferred application of the system, the carcass system (10) is a carrier system consisting of steel, plastic, aluminum materials that will carry all the equipment that make up the system.

[0096] In another preferred embodiment of the system, the said washing part (14) can be solved with existing pneumatic equipment or it can be manufactured from a custom-made three-port part.

[0097] In another preferred application of the system, the said marking system (16) engraves information on the bottle with laser and / or ink printers, such as who the perfume belongs to, its content, and which selection it is. The same information is also printed on the perfume box.

[0098] With the invention, thanks to the mobile application (19) to be installed on the mobile device (18) or the mobile device (18) characterized as a touch panel (for face-to-face sales), perfumes and / or testers (samples) belonging to the user can be produced.

[0099] The ingredients in the testers and / or perfumes produced will be stored within the company (private server). The user will be able to see these choices in their purchases with the mobile application (19) or mobile device (18), preferably characterized as a touch panel. When the sample or perfume produced with the invention reaches the user, the user will be able to check whether the desired scent has been achieved and, if necessary, make changes to the formula from the same place. Even if it captured its own scent on the first try, new fragrances and / or experiments, changes in its formula will always be possible.

[0100] Parfumler, lisansli laboratuvarlar tarafmdan onayli olmasi gereken urunlerdir. For this reason; when the user installs the mobile application (19) or the mobile device (18), which is characterized as a touch panel, in face-to-face purchases, before making a choice, “I have read, understood and approved that he I she does not have any skin discomfort or allergy to odor, that he / she knows the risk of breathing problems, skin allergies and reactions that may occur and that it will be his I her responsibility, and that the product will not be returned due to the fact that it is specially produced for him I her” will take legal responsibility with a confirmation.

[0101] The first samples of the formula that the user will produce will be defined as testers. The first testers will be prepared in volumetrically smaller packages. In particular, he will be able to try multiple bottlings such as 10s, 20s, etc. in very small tester bottles so that he can test a variety of perfumes on his first try. The bottles will be labeled with which tester is in which bottle, so that the final decision can distinguish and identify which tester is in which bottle. The user will be able to easily find the scent they like.

[0102] Once the user has identified the desired fragrance, he or she will be able to approve the perfume for face-to-face purchases via the mobile application (19) or via the mobile device (18), which is characterized as a touch panel. A sample of the perfume will first be produced in normal packaging and laboratory approval will be obtained. These approvals are paid and the user will pay the related fee. Approval stages will be notified to the user via the mobile application (19).

[0103] The personal perfume can be produced depending on the volume of perfume entered in face-to-face purchases with the mobile app (19) or mobile device (18), characterized as a touch panel. Tester volumes will be in small volumes such as 5 ml, 10 ml. If higher volumes are requested, perfume production will be mandatory and the user will not be allowed to produce high volumes of perfume with a perfume license without obtaining the mandatory laboratory approval. This information will be provided to the user during selection.

[0104] The perfume recipe produced by the user will remain the sole property of that customer and will not be sold to others as long as they consume a certain amount per year. Through the mobile application (19), it will also be possible to sell perfumes of famous people produced with the system subject to the invention.

[0105] Perfumes can be priced depending on the amount of essence. Perfume essences with different characteristics may have different pricing. Since the dosing pumps (1 ,2,3) can determine how much of which products are used, they will be able to make the appropriate pricing for that mixture from the unit price of each essence. The cost of the perfume will be automatically charged to your bank card.

[0106] The working principle of the invention is as follows;

[0107] The user enters his / her preferences through the mobile application (19) and / or mobile device (18) running the algorithm (20) that automatically selects options such as the volume of the perfume or tester to be produced, gender selection such as female, male, ratios of essences, bottom, middle, top notes, which product will be produced in which machine, and provides guidance and production. User preferences are transmitted via a server communication data system (21 ) to the automatic control unit (15) which determines how much of which essence to use during the production process. The automatic control unit (15) instructs the dosing pump-A (1) and the dosing pump-B (2) how much suction is required from the storage chamber (5) for storing perfume and / or chemical tester essences. Dosing pump-A (1) and dosing pump-B (2) are controlled by the automatic control unit (15) and switched on by receiving the on signal.

[0108] The opened dosing pump-A (1 ) and dosing pump-B (2) deliver the essences sucked from a separation funnel (6) to the distribution collector (9) via an essence suction line (8). The automatic control unit (15) sends an open signal to the solenoid valve (4). When the solenoid valve (4) is opened, the essence coming from the distribution collector (9) is transmitted through a delivery line (13) to the nozzle (11 ) which allows the perfume and / or essences to be filtered through different channels and filled into the bottle (12) via a washing part (14). The nozzle (11 ) releases the essences into the bottle (12) without touching each other.

[0109] The automatic control unit (15) signals open to the solenoid valve (4) and a dosing pump-C (3), which supply the alcohol necessary for the cleaning of essence residues in the lines with alcohol. The opened solenoid valve (4) and the dosing pump-C (3) deliver the alcohol through the delivery line (13) via a washing part (14) to the nozzle (11) and release the alcohol into the bottle (12). The bottle (12) is engraved with the marking system (16) with the information about the perfume, its content and the choice of the perfume. The marked product is made ready for customer use by means of an automatic feeding and packaging system (17).

[0110] There will be options to produce perfumes and / or testers for women, men, etc. via the mobile application (19). After that, the volume of the tester and / or perfume to be produced can be entered. Other perfume essences can be proportionally determined by the user. The amounts of these components in the mixture will be within legal limits. A matrix will be created for these constraints. In addition, in this matrix, components that should not be used in combination with each other, as required by law, will be designated as “unusable” in the matrix. Components that need to be monitored for consumption or should not be used will not be marked or increased on the smart mobile phone interface. All selections will be monitored and controlled by the automatic control unit (15).

Claims

CLAIMS1. A system for the precise mixing of chemical products and sample preparation, characterized in that;- a bottle that contains perfumes / chemicals and / or essences and can be characterized in various volumes, sizes and shapes (12),- precision dosing pump-A (1 ) for high precision liquid chemical dosing at low flow rates,- precision dosing pump-B (2) for high precision liquid chemical dosing at low flow rates,- precision dosing pump-C (3), which provides high-precision liquid chemical dosing at low flow rates and allows alcohol and / or washing liquid and essences at low flow rates to flow into the personal perfume bottle,- automatic control unit that determines how much of which essence to use during the process (15),- solenoid valve (4) which, depending on the information from said automatic control unit (15), leaves the alcohol lines of the essences to be included in the process open, closes the alcohol lines of the essences not to be included in the process and / or supplies the alcohol necessary to ensure the cleaning of the essence residues in the lines with alcohol,- storage chamber for the storage of perfume and / or chemical tester essences, characterized by different volumes (5),- a separating funnel for the storage of alcohol and / or washing liquids, the quantity and volumes of which can be characterized differently (6),- one-way air intake valve (7), which ensures that air only flows from the external environment into the said separation funnel (6), preventing the diffusion of alcohol and essence odors into the environment, preventing essence contamination,- distribution collector (9), which distributes alcohol, washing liquid and / or essences to the opening of the said solenoid valve (4) and ensures that low- flow essences are washed and included in the perfume,- essence suction line (8), which ensures that the essences, alcohol and / or washing liquids to be sucked from the mentioned separation funnel (6) are delivered to the distribution collector (9) via dosing pumps,- the carcass system that carries all the elements that make up the system (10),- a nozzle (11 ) that allows perfumes and / or essences to be filtered through different channels and filled into the bottle (12),- the delivery line (13), which allows the essence from the said solenoid valve (4) to be transferred to the said nozzle (11) without contamination with alcohol and / or washing liquid,- the washing part (14), which ensures that all of the essences coming from the said distribution collector (9) are transferred to the nozzle (11 ) via the said delivery line (13) without being contaminated with alcohol and / or washing liquid,- a marking system (16) that enables information about who the perfume belongs to, its contents, and the selection to be engraved on the bottle (12),- an automatic feeding and packaging system that automatically determines the volume of perfume to be filled into a bottle (12), fills it and places it in an automatically marked box (17),- a mobile application (19) that runs the algorithm (20) that enables the user to determine options such as the volume of the perfume or tester to be produced, gender selection such as female, male, etc., ratios of essences, bottom, middle, top notes, and automatically selects which product will be produced in which machine and directs and produces it (20),- a mobile device (18) that runs said mobile application (19) and / or enables said user choices to be made directly through an interface without said mobile application (19),- server communication data system (21 ) that receives the formula entered by the user through the said mobile application (19) and / or mobile device (18) and transfers it to the said automatic control unit (15) includes.

2. The system according to claim 1 , wherein said mobile device (18) is a touch panel, smartphone, tablet and / or computer.

3. It is a method wherein precise mixing of chemical products and sample preparation;- entering the user's preferences through the mobile application (19) and / or mobile device (18) that runs the algorithm (20) that enables the user to determine the options such as the volume of the perfume or tester to be produced, the choice of gender such as female, male, etc., the ratio of essences, bottom, middle, top notes, and automatically selects which product will be produced in which machine and directs and produces it,- said user preferences are transmitted via a server communication data system (21) to an automatic control unit (15) which determines how much of which essence to use during the production process,- said automatic control unit (15) communicates how much suction the dosing pump-A (1 ) and the dosing pump-B (2) need to draw from the storage reservoir (5) for storing perfume and / or chemical tester essences,- said dosing pump-A (1 ) and dosing pump-B (2) are controlled by the automatic control unit (15) and switched on by receiving an on signal,- the dosing pump-A (1) and the dosing pump-B (2) deliver the essences sucked from a separation funnel (6) to the distribution collector (9) via an essence suction line (8),- the automatic control unit (15) sends an open signal to the solenoid valve (4) which, depending on the information from said automatic control unit (15), leaves the alcohol lines of the essences to be processed open and closes the alcohol lines of the essences not to be processed,- the opening of the solenoid valve (4), the essence coming from the distribution collector (9) is transmitted by means of a delivery line (13) to the nozzle (11) which, through a washing part (14), allows the perfume and / or essences to be filtered through different channels and filled into the bottle (12),- said nozzle (11 ) releases the essences into the bottle (12) without letting them touch each other,- the automatic control unit (15) gives an open signal to the solenoid valve (4) and a dosing pump-C (3), which supply the alcohol necessary for the cleaning of essence residues in the lines with alcohol,- the solenoid valve (4) and the dosing pump-C (3) deliver the alcohol via the delivery line (13) to the nozzle via a washing part (14) and release the alcohol into the bottle (12),- engraving on the filled bottle (12) the information about the perfume, its content and the choice of the perfume by means of the marking system (16),- the process of making the marked product ready for customer use by means of an automatic feeding and packaging system (17).

4. The method according to claim 3, wherein it comprises the step of ensuring that air flows only from the external environment into said separation funnel (6) in such a way as to prevent the spread of alcohol and essence odors into the environment by means of a one-way air intake valve (7).

5. The method according to claim-3, wherein it comprises the process step of hosting all the elements constituting the system on the carcass system (10).

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