Multifunctional compact laundry composition suitable for washing machines and hand washing

Abstract

The present disclosure relates to a compact laundry composition designed to be used in washing machines and in hand washing, which uses no water, produces no environmentally harmful waste, is 100% recyclable since its outer packaging is cardboard, provides savings by reducing the use of washing machines by means of its colour-catching performance, and does not require the reverse osmosis industrial water purification system used in known systems due to the absence of water in its preparation. It is an environmentally friendly, practical and cost-effective laundry composition that brings together the functions of a fabric softener, a detergent, a fragrance booster and a colour separator.

Description

[0001] MULTIFUNCTIONAL COMPACT LAUNDRY COMPOSITION SUITABLE FOR WASHING MACHINES AND HAND WASHING

[0002] Technical Field

[0003] The present disclosure relates to a compact laundry composition designed to be used in washing machines and in hand washing. The present disclosure relates to an environmentally friendly, practical and cost-effective laundry composition that brings together the functions of a fabric softener, a detergent, a fragrance booster and a colour separator.

[0004] State of the Art

[0005] In the prior art, laundry detergents used in the form of a fabric or a dissolvable paper, and laundry sheets having multiple properties, have been developed as alternatives to traditional liquid or powder detergents, and are products that are widely preferred today. Laundry detergents in fabric form are generally thin pieces of fabric or cloth produced with a special formulation and can be placed into washing machines. These products release their active components when they interact with water and provide the cleaning of the laundry. Unlike traditional detergents, these products take up less space and offer ease of transport. Users do not need to measure the correct amount of detergent; it is sufficient to throw in only one piece. However, fabric detergents known in the art may, in some cases, not dissolve as quickly and effectively as liquid products. They may not be effective for certain types of fabrics or stain types; therefore, it is important for users to know with which fabrics they should be used. Compared to traditional detergents, they may have a higher initial cost. These products can be used in washing machines and hand washing processes. However, some sheets may not be sufficiently effective for certain fabric types or stain types. The storage and use of the products may be confusing for some users. Since they offer multiple properties together, they may be more expensive than traditional detergents. In addition, large amounts of water are used at high levels as a solvent or as a mixture-completing agent in the liquid compositions prepared for the production of these sheets. However, afterwards, this water must be removed and the structure must be dried at high temperatures to prevent moistening or deterioration. In the relevant production method, due to both the use of excessive water and the need for a drying process, production costs have increased and the damage to the environment has increased.

[0006] The document numbered CN111849664A seen in the prior art is “Taxus chinensis laundry sheet”. A laundry sheet / fabric / paper containing Taxus chinensis is described. The sheet is prepared by passing through certain stages. These consist of drying the mixed raw materials using an oil-heated drying cylinder, performing a film-forming process to create a paper laundry detergent, and performing the cutting, stamping, packaging and other stages. The Taxus chinensis laundry sheet is mainly prepared from certain raw materials. These contain 2-5 parts purified water, 20-25 parts coconut oil fatty acid, 1-2 parts cocamidopropyl betaine, 1-2 parts diethanolamine, 3-5 parts glycerol, 3-5 parts diaminoethylene tetraacetate, 1-1.5 parts Taxus chinensis extract and 0.1 -0.3 parts essence. In the related invention, water was used and, together with this, a drying process was carried out to obtain the final product.

[0007] The document numbered US2008103084A1 seen in the existing art is “Multifunctional Laundry Sheet”. A multifunctional laundry sheet that combines the benefits of colour catcher, softening and fragrance-providing agents is disclosed. It contains (quaternary N-substituted ammonium)-hydroxy-haloalkyl salt (HHAS), for example 2-hydroxy-3- chloropropyltrimethylammonium chloride, epoxy propyl ammonium salt (EPAS), for example epoxy propyl trimethylammonium chloride, polyquaternary ammonium compounds, polyamphoterics, quaternised starches, proteins, chitin or chitosan, choline chloride, polyvinylamine (PVAm), polyethyleneimine (PEI) and combinations thereof.

[0008] The document numbered US2003207630A1 seen in the prior art is “Method of making a laundry detergent article containing detergent formulations”. A laundry sheet is disclosed, which is a substrate onto which a laundry detergent has been applied. The laundry detergent dissolves from the substrate during the washing process and provides a total washing process that cleans and softens. In addition, various laundry detergent formulations preferably applied to the substrate for making the laundry sheet of the present invention, and the process for making the laundry sheet, are also described. The laundry detergent contains at least one surfactant and may optionally contain one or more of the following: a builder, a complexing agent, an optical brightener, an alkali source for raising the pH, an electrolyte, a foam stabiliser, a fragrance, a colour enhancer, a biocide, a corrosion inhibitor, an anti-soil redeposition agent, an anti-scaling agent, a fabric softener, enzymes, oxidising agents, or combinations thereof.

[0009] As the examples given above illustrate, many laundry compositions and laundry sheets / fabrics / papers have been obtained in the state of the art. However, no document has been encountered in which the ingredients, desired properties and advantages, water usage, environmental sensitivity and energy-saving effects such as skipping a process step are present together. Furthermore, in the existing art, the separate use of detergent, softener, fragrance booster and colour catcher products individually leads to packaging waste, water waste, time waste and energy waste. No product has been encountered that uses no water, produces no environmentally harmful waste, is 100% recyclable since its outer packaging is cardboard, and provides savings by reducing the use of washing machines by means of colour-catching performance. In all known documents in the art, due to the use of water, the liquid products require an industrial reverse osmosis water purification system. The fact that reverse osmosis purification systems produce 30-40% waste water while filtering water during production affects the efficiency of the systems in terms of both wasting water and harming the environment. Therefore, it has become necessary to carry out research and development in this field.

[0010] The Aim of the Invention

[0011] The aim of the invention is to provide a compact laundry composition that is a fabric softener, a detergent, a fragrance booster and a colour separator.

[0012] The aim of the invention is to obtain a compact laundry composition that reduces plastic waste by 90%, does not use water in its production and does not generate environmentally harmful waste.

[0013] The aim of the invention is to provide easy and low-cost packaging since, unlike the art, it is not a liquid product. The aim of the invention is to eliminate the need for the reverse osmosis industrial water purification system used in other liquid products since the content of the compact laundry composition is prepared without water.

[0014] The aim of the invention is to enable more laundry to be washed using less energy, time and detergent, without the need to separate coloured and white fabrics, by means of the colour-catching fabric property.

[0015] The aim of the invention is to keep up with the changing textile technology and ensure that the wear time of laundry is delayed.

[0016] The aim of the invention is that, in a preferred embodiment of the invention, the use of OPP (Oriented Polypropylene) and / or PVA (polyvinyl alcohol) in the packaging enables plastic use to be reduced by 99%.

[0017] The aim of the invention is to obtain the compact laundry composition by adding the raw materials to the product preparation unit, mixing the prepared product and bringing it into a dough form, sending the dough-form product to the resting unit for resting, transferring it to the liquefying machine after the resting period and converting it into a liquid form, preparing the colour-catching fabrics in bobbin form and connecting them to the production line, adding the prepared liquid raw material onto the fabric as a layer by means of the coating machine, transferring the raw-material-coated fabric to the cold tunnel, cutting the fabric exiting the tunnel with the vertical slicing machine, recooling the vertically sliced fabrics in the final cooler, bringing the fabrics exiting the cooler into a horizontally prepared state for packaging, sending the finished products to the dehumidification room, packaging the products exiting the dehumidification room as single packages, boxing the single-packaged products, and transferring the boxed products to the transport network.

[0018] The aim of the invention is to obtain a compact laundry composition containing PEG 4000 (Polyethylene Glycol 4000), EsterQuat (an ammonium salt containing an ester group), Salt, Caustic (Sodium Hydroxide [NaOH]), Powder SLS (Sodium Lauryl Sulphate Powder), KD (Cocoamide DEA-KD, Coconut diethanolamide), MPG (Mono Propylene Glycol), LABSA (Linear Alkyl Benzene Sulphonic Acid), Optical CBS-X (Optical Fluorescent Whitening Agent), Enzyme and Corn Starch. Other embodiment examples of the present invention will be apparent to persons skilled in the art in view of the features and application of the invention described in this document. The present invention cannot be limited to the examples given herein.

[0019] Detailed Description of the Invention

[0020] The compact detergent composition coated on a fabric having colour-separating properties, suitable for use in washing machines and for hand use, contains softener and / or detergent and / or fragrance booster and / or stain-removing agents. The compact detergent composition contains, by weight, 30-40% PEG 4000 (CAS No: 25322-68-3) and / or 20-25% corn starch (CAS No: 68412-29-3) and / or 10-15% Salt (CAS No: 7647- 14-5) and / or 1-5% MPG (CAS No: 57-55-6) and / or 1-5% KD Comperland (CAS No: 90622-74-5) and / or 1-5% SLS (CAS No: 152-21 -3) and / or 2-4% bead caustic (CAS No: 1310-73-2) and / or 2-4% LABSA (CAS No: 27176-87-0) and / or 5-10% Esterquat (CAS No: 91995-81 -2) and / or 0.5-2% EDTA (CAS No: 6381 -92-6) and / or 0.3-0.6% triple enzyme complex and / or 3-8% essence and / or 0.05-0.5% Optical CBS-X and / or 0.001-0.004% powdered food colouring. It contains Esterquat (CAS No: 91995-81 -2), which is a cationic surfactant, as the softener substance. It contains SLS (CAS No: 152-21 -3), which is an anionic surfactant and provides the increase of cleaning power by generating foam, as the detergent / cleaning agent. It contains LABSA (CAS No: 27176-87-0), which is an anionic surfactant, as the detergent / cleaning agent. It contains the triple enzyme complex providing stain-removing effect. It contains protease (CAS No: 9014-01 -1 ), which is present in the triple enzyme complex and enables the removal of protein-based stains. It contains alpha-amylase (CAS No: 9000-90-2), which is present in the triple enzyme complex and enables the removal of food-based and / or starch-based stains. It contains lipase (CAS No: 9001 -62-1 ), which is present in the triple enzyme complex and enables the removal of oil-based stains. It contains PEG 4000 (CAS No: 25322-68-3), which enables the product to transition into solid form and provides stability in the formulation. It contains corn starch (CAS No: 68412-29-3), which prevents the drying of the product by means of its moistureretaining property. It contains Salt (CAS No: 7647-14-5), which is used as a filler and provides the control of viscosity. It contains MPG (CAS No: 57-55-6), which enables the mixing of liquid-solid substances by means of its emulsifying property. It contains KD Comperland (CAS No: 90622-74-5), which, by being used as a viscosity-increasing agent, provides the thickening of the mixture. It contains bead caustic (CAS No: 1310- 73-2), which provides pH balance, and EDTA (CAS No: 6381 -92-6), which provides pH balance and increases the stability of the formulation by binding metal ions.

[0021] The method for obtaining the compact detergent composition coated on a fabric having colour-separating properties, suitable for use in washing machines and for hand use, comprises the process steps of: a. adding the solidifying chemical compound into the mixing tank, b. heating, c. adding the filler and the pH-adjusting compound to the melted composition, d. mixing, e. adding the cationic surfactant to the mixture and mixing, f. adding the anionic surfactant to the mixture and mixing, g. adding the emulsifier, viscosity increaser, enzyme, cationic and anionic surfactant to the mixture and mixing, h. adding starch to the mixture and mixing, i. adding essence to the mixture and mixing, j. adding powdered food colouring to the mixture and mixing, k. cooling the mixture which has turned into a dough form, and l. keeping the mixture in the resting tank.

[0022] In step “a”, the solidifying chemical compound is PEG 4000. In step “b”, the process step comprises heating the tank up to 70<C. In step “c”, the filler is Salt and the pH- adjusting substance is bead caustic. In step “d”, the process step comprises mixing the mixture for 20 minutes. In step “e”, the process step comprises adding EsterQuat as the cationic surfactant and mixing the mixture for 10 minutes. In step “f”, the process step comprises adding powder SLS as the anionic surfactant and mixing the mixture for 10 minutes. In step “g”, the process step comprises adding MPG as the emulsifier, KD Comperland as the viscosity increaser, protease, lipase and alpha-amylase as the enzymes, Optical CBS-X and LABSA as the cationic and anionic surfactants, and mixing for 10 minutes. In step “h”, the process step comprises adding corn starch to the mixture and mixing for 30 minutes. In step “i”, the process step comprises adding essence to the mixture and mixing for 10 minutes. In step “j”, the process step comprises adding powdered food colouring to the mixture and mixing for 10 minutes until homogeneous. In step “I”, the process step comprises keeping the mixture in the resting tank until its temperature decreases to 50°C.

[0023] The method for obtaining a fabric with the compact detergent composition suitable for use in washing machines and for hand use, together with the cleaning, colourprotecting, stain-removing, softening and fragrance-boosting composition, comprises the process steps of: a. connecting the colour-catching fabric to the production line in bobbin form, b. coating the fabrics arriving on the production line with the mixture in a spreadable consistency, c. cooling the mixture-coated fabric, d. vertically slicing the cooled fabric, e. re-cooling, f. cutting the cooled fabrics into a form suitable for packaging, g. removing the moisture of the fabrics in the moisture room, and h. packaging the fabrics exiting the moisture room.

[0024] In step “c”, the process step comprises cooling the fabric onto which the mixture has been applied to O'C. In step “e”, the process step comprises operating the auxiliary cooling system in order to prevent the product from not fully solidifying, reducing the temperature again to O'C, and cooling the fabrics b efore packaging.

[0025] The compact laundry composition of the invention consists of both a fabric structure having colour-protecting properties and a layer having the properties of a detergent, a softener and an odour-removing agent. The compact detergent, which enables laundry to be washed with multiple components applied onto a fabric by coating, can be placed directly into the drum section of the washing machine. The laundry is added into the washing machine and, without the need to add any other detergent, softener, fragrance booster, colour-separating active agent or detergent, a detergent composition is provided which operates even in the shortest and 25C short programmes, depending on the colour and kilogram (kg) intensity of the laundry. In the existing technology, the separate use of detergent, softener, fragrance booster and colour-catching products leads to packaging, water, time and energy waste. In the invention, plastic waste is reduced by 90%, no water is used and no environmentally harmful waste is generated. Since the outer packaging is made of cardboard, it is 100% recyclable. Assuming that laundry is washed 7 times a week in a household, this number decreases to 4 or at most 5 by means of the product, which provides savings in time and energy. Since the product is not a liquid, packaging is both easier and lower-cost. It minimises the amount of plastic waste released into the environment. Since it does not contain water, there is no need for reverse osmosis industrial water purification systems used in other liquid products. It is known that reverse osmosis purification systems produce 30-40% waste water while filtering water during production. Since no water is used in the production of the product of the invention, such a waste-water problem does not exist. By means of its colour-catching fabric property, there is no need to separate coloured and white laundry. This enables more laundry to be washed using less energy, time and detergent. Thus, by reducing the use of other products, it provides additional benefit to the consumer. The related composition consists of the components given in Table 1 .

[0026] Table 1 . Substances Contained in the Compact Laundry Composition

[0027] In the related compact detergent composition, 30-40% by weight PEG 4000 (CAS No: 25322-68-3) is present. PEG 4000 is a solidifier, enables the product to transition into a solid form and provides stability in the formulation. The composition contains 20- 25% by weight corn starch (CAS No: 68412-29-3). It is a moisture-retaining substance and controls the moisture in the product, thereby preventing the product from drying out. The composition contains 10-15% by weight Salt (CAS No: 7647-14-5). It is a filler and creates volume in the formulation as well as controlling viscosity. The composition contains 1-5% by weight MPG (CAS No: 57-55-6). It is an emulsifier and enables the mixing of liquid and solid substances. The composition contains 1-5% by weight KD Comperland (CAS No: 90622-74-5). It is a viscosity increaser and provides the desired density by adjusting the consistency of the formulation. The composition contains 1- 5% by weight SLS (CAS No: 152-21 -3). It is an anionic surfactant and foam generator, and provides foam that increases the cleaning power. The composition contains 2-4% by weight bead caustic (CAS No: 1310-73-2). Caustic is a pH adjuster and provides pH balance in the formulation. The composition contains 2-4% by weight LABSA (CAS No: 27176-87-0). It is an anionic surfactant and has cleaning properties. The composition contains 5-10% by weight Esterquat (CAS No: 91995-81 -2). It is a cationic surfactant and performs the laundry-softening function. The composition contains 0.5- 2% by weight EDTA (CAS No: 6381 -92-6). EDTA maintains the stability of the formulation by adjusting pH and binding metal ions. The composition contains 0.3- 0.6% by weight triple enzyme complex. Protease (CAS No: 9014-01 -1 ) removes protein-based stains. Alpha-amylase (CAS No: 9000-90-2) cleans food-based and starch-based stains. Lipase (CAS No: 9001 -62-1 ) removes oil-based stains. The composition contains 3-8% by weight essence. It provides removal of bad odours and imparts a pleasant scent to the laundry. The composition contains 0.05-0.5% by weight Optical CBS-X. The composition contains 0.001-0.004% by weight food colouring.

[0028] The product is prepared in heated tanks together with the substances in its content, and, by means of the heated installation, the mixture, which is normally in a dough consistency, is brought to a specific temperature, becomes spreadable and is transferred with the help of a pump to the production machine. By means of the nozzles located in the production machine, the mixture is applied by coating onto the micro- porous fabric with colour-collecting properties. The coated fabric is rapidly directed to the cold-air tunnel by means of the conveyor system and is solidified there. The solidified product is first cut longitudinally with slicing blades and is then transferred to the horizontal cutting unit. After the horizontal cutting operation is completed, the products enter the dehumidification tunnel. The products exiting the dehumidification tunnel are covered, in one of the preferred embodiments, with transparent OPP (Oriented Polypropylene) and / or PVA (polyvinyl alcohol) packaging. The packaged products are placed into cardboard boxes, then placed into cartons, and thus the process is completed.

[0029] PEG 4000 is added into chromium tanks heated to 70°C, the product kept for 1 hour melts, and Salt is added into it, followed by the addition of bead caustic, and it is mixed for 20 minutes. Then EsterQuat is added and mixed for 10 minutes. Powder SLS is added and mixed for 10 minutes, and KD, MPG, LABSA, Optical CBS-X and Enzyme are added and mixed for a further 10 minutes. Corn starch is added to the entire mixture and mixed for 30 minutes, followed by the addition of essence and mixing for another 10 minutes. Powder food colouring is added to the prepared mixture and mixed for 15 minutes, after which the product temperature is decreased to SO'C and the mixture is transferred to the machine by means of pumps. The mixture in spreadable form collected in the machine is applied by coating, via the nozzles of the coating machine, onto the micro-porous, colour-catching fabric which has electrostatic properties and collects textile dyes on its surface. Then the fabric completely coated with the mixture is taken into the cold-air tunnel and the temperature is reduced to 0'C. Thus, the product applied onto the fabric solidifies and integrates. The fabric does not absorb the product; in particular, a mixture of light density that is not fully solid and not excessively liquefied, and obtained in semi-solid form, is coated or spread onto the fabric. Thus, a layer is obtained on the fabric.

[0030] During the step of obtaining the mixture, the essence added is mixed for 10 minutes to ensure that it is fully integrated with the mixture. Powder food colouring is added to the mixture. It is mixed for a further 15 minutes to ensure that the colouring is distributed homogeneously. The temperature of the mixture is decreased to 50<C. The doughform mixture is taken into the resting unit and kept. To obtain a spreadable consistency of the product, the mixture removed from the resting unit is brought to a specific temperature. Thus, the mixture, which was initially in a dough consistency, is brought to a spreadable form. Then the product is transferred to the coating machine with pumps. In other words, it is transferred to the machine to be applied onto the micro- porous, colour-collecting fabric by coating, by being sprayed from the nozzles of the coating machine. The product is applied onto the fabric, which is capable of collecting electrostatic textile dyes, by the coating / spreading method. The fabric on which the coating / spreading process is completed is rapidly directed to the cold-air tunnel by means of the conveyor system. The fabric is cooled there to O'C so that the mixture layer on it solidifies. The layered fabric is first cut longitudinally with vertical slicing blades. Then it is transferred to the horizontal cutting unit and the horizontal cutting operation is completed. The products whose cutting operation is completed are directed to the dehumidification tunnel. The moisture inside the products passing through the dehumidification tunnel is removed and the final step is carried out. The products exiting the dehumidification tunnel are covered with transparent packaging. The packaged products are placed into cardboard boxes and put into cartons.

[0031] The final product obtained, the colour-separating fabric containing the compact laundry composition, is placed into the drum section of the washing machine. Laundry is added onto it and the washing process is started without the need for any additional detergent, softener, fragrance booster or colour-separating product. The product has been prepared to operate even in 25C short programmes, depending on the colour and kilogram intensity of the laundry.

Claims

CLAIMS1. A compact detergent composition coated on a fabric having colour-separating properties, suitable for use in washing machines and for hand use characterized by comprising; softener and / or detergent and / or fragrance booster and / or stainremoving agents.

2. The compact detergent composition according to claim 1 characterized by comprising; 30-40% by weight PEG 4000 (CAS No: 25322-68-3) and / or 20-25% by weight corn starch (CAS No: 68412-29-3) and / or 10-15% by weight Salt (CAS No: 7647-14-5) and / or 1-5% by weight MPG (CAS No: 57-55-6) and / or 1-5% by weight KD Comperland (CAS No: 90622-74-5) and / or 1-5% by weight SLS (CAS No: 152-21 -3) and / or 2-4% by weight bead caustic (CAS No: 1310-73-2) and / or 2- 4% by weight LABSA (CAS No: 27176-87-0) and / or 5-10% by weight Esterquat (CAS No: 91995-81 -2) and / or 0.5-2% by weight EDTA (CAS No: 6381 -92-6) and / or 0.3-0.6% by weight triple enzyme complex and / or 3-8% by weight essence and / or 0.05-0.5% by weight Optical CBS-X and / or 0.001-0.004% by weight powdered food colouring.

3. The compact detergent composition according to claim 1 or claim 2 characterized by comprising; Esterquat (CAS No: 91995-81 -2), which is a cationic surfactant, as the softener substance.

4. The compact detergent composition according to any one of the preceding claims characterized by comprising; SLS (CAS No: 152-21 -3), which is an anionic surfactant and provides the increase of cleaning power by generating foam, as the detergent / cleaning agent.

5. The compact detergent composition according to any one of the preceding claims characterized by comprising; LABSA (CAS No: 27176-87-0), which is an anionic surfactant, as the detergent / cleaning agent.

6. The compact detergent composition according to any one of the preceding claims characterized by comprising; a triple enzyme complex providing a stainremoving effect.

7. The compact detergent composition according to any one of the preceding claims characterized by comprising; protease (CAS No: 9014-01 -1 ), which is present in the triple enzyme complex and enables the removal of protein-based stains.

8. The compact detergent composition according to any one of the preceding claims characterized by comprising; alpha-amylase (CAS No: 9000-90-2), which is present in the triple enzyme complex and enables the removal of food-based and / or starch-based stains.

9. The compact detergent composition according to any one of the preceding claims characterized by comprising; lipase (CAS No: 9001 -62-1 ), which is present in the triple enzyme complex and enables the removal of oil-based stains.10.The compact detergent composition according to any one of the preceding claims characterized by comprising; PEG 4000 (CAS No: 25322-68-3), which enables the product to transition into a solid form and provides stability in the formulation.

11. The compact detergent composition according to any one of the preceding claims characterized by comprising; corn starch (CAS No: 68412-29-3), which prevents the drying of the product by means of its moisture-retaining property.12.The compact detergent composition according to any one of the preceding claims characterized by comprising; Salt (CAS No: 7647-14-5), which is used as a filler and provides the control of viscosity.13.The compact detergent composition according to any one of the preceding claims characterized by comprising; MPG (CAS No: 57-55-6), which enables the mixing of liquid and solid substances by means of its emulsifying property.14.The compact detergent composition according to any one of the preceding claims characterized by comprising; KD Comperland (CAS No: 90622-74-5), which, by being used as a viscosity increaser, provides the thickening of the mixture.15.The compact detergent composition according to any one of the preceding claims characterized by comprising; bead caustic (CAS No: 1310-73-2), which provides pH balance.16.The compact detergent composition according to any one of the preceding claims characterized by comprising; EDTA (CAS No: 6381-92-6), which provides pH balance and increases the stability of the formulation by binding metal ions.17.A method for obtaining the compact detergent composition coated on a fabric having colour-separating properties, suitable for use in washing machines and for hand use, characterized by comprising the process steps of: a. adding the solidifying chemical compound into the mixing tank, b. heating, c. adding the filler and the pH-adjusting compound to the melted composition, d. mixing, e. adding the cationic surfactant to the mixture and mixing, f. adding the anionic surfactant to the mixture and mixing, g. adding the emulsifier, viscosity increaser, enzyme, cationic and anionic surfactant to the mixture and mixing, h. adding starch to the mixture and mixing, i. adding essence to the mixture and mixing, j. adding powdered food colouring to the mixture and mixing, k. cooling the mixture which has turned into a dough form, l. keeping the mixture in the resting tank.18.The method for obtaining the compact detergent composition according to claim 17, wherein in step “a”, the solidifying chemical compound is PEG 4000.19.The method for obtaining the compact detergent composition according to any one of claims 17 to 18, wherein step “b” comprises heating the tank up to 70<C.20.The method for obtaining the compact detergent composition according to any one of claims 17 to 19, wherein in step “c”, the filler is salt, and the pH-adjusting substance is bead caustic.

21. The method for obtaining the compact detergent composition according to any one of claims 17 to 20, wherein step “d” comprises mixing the mixture for 20 minutes.22.The method for obtaining the compact detergent composition according to any one of claims 17 to 21 , wherein step “e” comprises adding EsterQuat as the cationic surfactant and mixing the mixture for 10 minutes.23.The method for obtaining the compact detergent composition according to any one of claims 17 to 22, wherein step “f” comprises adding powder SLS as the anionic surfactant and mixing the mixture for 10 minutes.24.The method for obtaining the compact detergent composition according to any one of claims 17 to 23, wherein in step “g”, MPG is added as the emulsifier, KD Comperland is added as the viscosity increaser, protease, lipase and alphaamylase are added as the enzymes, Optical CBS-X and LABSA are added as the cationic and anionic surfactants, and the mixture is mixed for 10 minutes.25.The method for obtaining the compact detergent composition according to any one of claims 17 to 24, wherein in step “h”, corn starch is added to the mixture, and the mixture is mixed for 30 minutes.26.The method for obtaining the compact detergent composition according to any one of claims 17 to 25, wherein in step “i”, essence is added to the mixture, and the mixture is mixed for 10 minutes.27.The method for obtaining the compact detergent composition according to any one of claims 17 to 26, wherein in step “j”, powdered food colouring is added to the mixture, and the mixture is mixed for 10 minutes until homogeneous.28.The method for obtaining the compact detergent composition according to any one of claims 17 to 27, wherein in step “I”, the mixture in the resting tank is kept there until its temperature decreases to 50C.29.The method for obtaining a fabric with the compact detergent composition, suitable for use in washing machines and for hand use, together with the cleaning, colourprotecting, stain-removing, softening and fragrance-boosting composition according to claim 17, characterized by comprising the process steps of: a. connecting the colour-catching fabric to the production line in bobbin form, b. coating the fabrics arriving on the production line with the mixture in a spreadable consistency, c. cooling the mixture-coated fabric, d. vertically slicing the cooled fabric, e. re-cooling, f. cutting the cooled fabrics into a form suitable for packaging, g. removing the moisture of the fabrics in the moisture room, and h. packaging the fabrics exiting the moisture room.30.The method for obtaining the fabric with the compact detergent composition according to claim 29, wherein in step “c”, the fabric coated with the mixture is cooled to OC.

31. The method for obtaining the fabric with the compact detergent composition according to claim 29, wherein in step “e”, in order to prevent the product from not fully solidifying, the auxiliary cooling system is activated and the temperature is reduced again to O'C, and the fabrics are cooled be fore packaging.

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