A clothes dryer that eliminates lint produced during the drying process.

Abstract

This invention has an impact on the laundry drying process, particularly on the filter (6) and heat exchanger (5). a lint shredding device that removes accumulated particles such as fibers and lint (14) relates to a clothes dryer (1). Clothes dryer (1); a body (2), into a drum (3) in which laundry to be dried is placed, in the drum (3) an air circulation line that sends drying air over the laundry (4), Located on 10 air circulation lines (4) and drying air is condensed to remove moisture a heat exchanger (5) that allows the fibers and air in the drying air to be separated from the air at least one filter adapted to retain (6), a tank in which the condensed water is stored (7), to take water from the tank (7) and send it onto the heat exchanger (5) and / or filter (6) an adapted first pump (8), water taken from tank (7) by first pump (8) 15 adapted to transmit the heat to the heat exchanger (5) and / or filter (6) that is to be washed first liquid conveying line (9), heat exchanger (5) and / or filter (6) with water taken from tank (7) a reservoir (10) where the water is collected, mixed with the filtered fibers and air, collected in the reservoir (10) a second pump (11) adapted to send the water to the tank (7) to be drained and adapted to convey the water taken from the reservoir (10) by the second pump (11) to the tank (7) 20 includes a second liquid transport line (12).

Description

1 TARIFF ELIMINATES LINT PRODUCED DURING LAUNDRY DRYING PROCESSES. A clothes dryer that enables this. This invention addresses the problem of fiber buildup during laundry drying, particularly on filters and heat exchangers. and a 5 that includes an air shredder that enables the elimination of particles such as air. It is related to clothes dryers. Clothes dry in a clothes dryer, especially due to mechanical effects. Microplastic fibers and lint or dust-like particles are separated from the laundry. In current clothes dryers, most of the fibers and lint are trapped inside the dryer. The water is collected with the help of one or more filters placed on top of the laundry. This prevents it from returning. It comes off the laundry during the drying cycle. The water that is evaporated and condensed in the heat exchanger is placed in a tank located above the dryer. is collected. In the current state of technology, the water collected in the tank is filtered and heated. The use of fibers and lint to clean the modifier is common in 15 This is observed in these applications. Water taken from the tank passes through a filter and heat exchanger. The fibers and lint on it are washed away, and the water is transferred to a tank and drained. Inside The pump used to drain the water containing fibers and lint should not become clogged. To prevent the water that can be pumped out from accumulating fibers and lint inside the tank. It needs to be filtered again. The drying air flow rate and therefore the drying 20 To ensure that performance is not negatively affected, the filter and heat are maintained throughout the drying cycle. The changer should be adjusted at regular intervals so that accumulated fibers and lint are removed from the system. It needs to be removed. After washing the filter and heat exchanger, the fibers and lint accumulated on them should be rinsed with water for 25 minutes. transfer to a tank that is emptied by the user or automatically. This is necessary. For this process, the discharge line is pressurized by a discharge pump. Fibers and lint found in the washing water sent to the tank via this method are discharged. It can accumulate at the suction port of the pump. In this case, a blockage occurs. The clothes dryer becomes unusable. 30 2 Although, in the current state of the art, this occurs in clothes dryers... Although the use of air filters that can filter almost 95% of air is known, The remaining 5% is returned to water sources along with the water discharged from the dryer. They reach these places and cause them to become polluted. 5 In the European patent document numbered EP3701079, which is included in the prior art. In washing machines, the fibers that are produced during the washing process are removed through a water cycle. The text refers to the feeding and separation of data into different lines through the system. The subject is a sensor whose fibers are, for example, optical, opacity or spectrometric. They are separated by means of this system. In this system, fibers larger than 2 millimeters are separated by 10 Filters that allow for the retention of fibers are used. The fibers retained by the filters are then... Then the fibers are transported to a different area by the water recycling system and collected there. It is expelled by the user at specific intervals. Therefore, in the current state of technology, the laundry drying process, especially with filters and heat, is 15. almost all of the fibers and lint that accumulate on the modifier are removed. A clothes dryer is needed that allows for lifting. The aim of this invention is to improve the drying process of laundry, particularly in relation to filters and heat exchangers. 20 The goal is to create a clothes dryer that offers this possibility. In order to achieve the purpose of this invention, the initial demand and the demands dependent on this demand are carried out. The described clothes dryer consists of a drum arranged inside a housing. The result of the laundry drying process is a 25% decrease in the drying air. heat exchanger that removes moisture from the drying air and / or filter that filters the drying air to clean the lint and fibers that accumulate on the heat exchanger and / or filter After washing, the lint and fibers in the water containing the lint and fibers are collected in a tank. Preservation of biological and / or chemical agents suitable for breaking molecular bonds at least one chamber, chamber and tank will be in fluid contact with the body, 30 The system involves removing water containing air and fibers from a tank and a specific amount from inside the room. 3 to obtain the biological and / or chemical agent and the chemical and / or biochemical reaction of biological and / or chemical agents breaking down fiber and air molecule bonds at least adapted to break down the lint and fibers, turning them into environmental waste. It includes an air shredding device. The air shredding device removes air from the room. chemical and / or biological and / or chemical agents causing 5 Water containing air and fibers taken from the tank as a result of biochemical reactions The molecular bonds of microplastic fibers and air are broken, and these fibers and air are released into the environment. It is converted into waste by the air shredding device, heat exchanger and / or filter. The water, which has been purified of lint and fibers due to the washing process, is then returned to the tank. is conveyed. The water in the tank, which is free of air or fibers, is determined by the user or 10 The laundry is automatically discharged outside the bin and into a microplastic-structured air container. and by not releasing the fibers into nature, nature's resources, especially water sources, are protected. protection is ensured. In one application of the invention, the room is an open location with external access to it, and 15 a device that can move between a closed location and one that is inaccessible from the outside. It is adapted in the form of a drawer. In an alternative application, the room is outside the body. The opened section is an open location that allows external access to the inside, and the inside is accessible from the outside. with a cover that can move between an inaccessible, closed position It is covered. Biological and / or chemical agents kept inside the room 20 When it runs out or falls below a certain level, the user can access it through a drawer-like system. By easily opening the door or the lid covering the room, you can introduce biological substances into the room. and / or can fill the room with chemical agents. Thus, biological and / or No technical service or expertise is required for filling chemical agents. User satisfaction is increased by remaining anonymous. 25 One application of the invention includes an air shredding device, an air shredding device housing, inside it is a mixture of fiber and lint taken from the tank and biological and / or water taken from the room. an air crushing device chamber and tank and chamber containing the chemical agent 30 that allow the connection of relevant fluid carrier lines to enable fluid communication. It contains openings. Hoses, pipes, and similar liquids are connected to these openings. 4 Water containing lint and fibers is conveyed from the tank via conveyor lines, and the same water is conveyed from the room. biological and / or chemical agents that convert the lint and fibers inside into environmental waste They are taken and mixed together inside the chamber of the air shredding device. As a result, chemical / biochemical processes occur within the chamber of the air shredding device. As a result of the reaction, the lint and fibers in the water are converted into environmental waste, and the lint 5 and the water, almost completely free of fiber, flows from the air shredding device chamber to the tank. It is nourished. In one application of the invention, a clothes dryer is fitted with a lint shredding device chamber. The biological 10 that will be sufficient to break down the amount of fiber and lint in the water taken in to determine the quantity of biological and / or chemical agents and to detect this quantity of biological and / or chemical agents. configured to direct the agent from the room into the chamber of the air shredding device. It includes a control unit. This allows the biological substances kept inside the room to be controlled. and / or an effective air breaking process using chemical agents economically. This is ensured. 15 In one application of the invention, cellulase, esterase, and lipase may be used as biological and / or chemical agents. At least one enzyme from the enzyme group containing cellulase is used. Esterase and lipase break the molecular bonds of plastic fibers; polyester-based synthetic microplastics. By effectively disrupting the molecular bonds of the fibers, these microplastics are reduced to 20 respectively. glucose monomers or shorter oligosaccharides, and substances like terephthalic acid and ethylene glycol. It enables them to be transformed into substances that are harmless or much less harmful to the environment. An application of the invention is a lint shredding device; a lint shredding device hopper. mechanically remove the mixture of air, water, biological and / or chemical agents inside 25 at least one arranged inside the air crushing device chamber in such a way as to mix It includes a mixer. In an application, the mixer is powered by an electric motor, battery, or mains power supply. rotational motion around its axis, powered by a source of power. a rod and the drive necessary for the rod to perform rotational motion numerous protrusions arranged around the end located opposite the end where it is provided 30 It has a mixer-like form that includes a structure. In one application, the mixer acts as a magnetic 5 It is adapted in the form of a mixer. In one application, the mixer is powered by an electric motor, battery, or... by generating vibrations through power supplied from a power source such as the grid as a vibration generator that enables vibrations to be transmitted into the chamber It is adapted. During the air shredding process, the components inside the chamber biological and / or chemical agents are mixed mechanically into the air-water mixture. 5 The chemical and / or chemical processes occurring within the reservoir are accelerated by affecting the mixture. This ensures that the biochemical reaction takes place efficiently and quickly. An application of the invention is a lint shredding device; a lint shredding device hopper. 10 to generate data that allows the amount of air inside to be determined It includes at least one primary sensor that is configured. This primary sensor is optical. a commonly used sensor such as a sensor or turbidity sensor This is possible. The data generated by the first sensor is sent to the control unit. The data is transmitted, and the control unit processes this data to determine the amount of air inside the chamber. and biological and / or chemical agents appropriate to the detected air quantity 15 by calculating the amount of this calculated amount of biological and / or chemical agent It ensures that the contents are fed into the reservoir. In this way, the contents are kept inside the room. Effective air degradation through the economical use of biological and / or chemical agents. The process is ensured to be carried out. 20 In one application of the invention, the lint shredding device consists of: a lint shredding device chamber and a chamber. at least one second sensor configured to generate data on ambient temperature and the indoor temperatures of the air shredding device chamber and the room beforehand Room and air separation device designed to maintain at least one specified target temperature. at least one air conditioner designed to heat or cool the interior of the chamber 25 It includes. The predetermined target temperature value for the room is preferably the room temperature. biological and / or substances stored inside and whose structure may deteriorate depending on the temperature an optimal temperature at which a chemical agent can be stored for a long time without its structure being altered It is the value or range. A predetermined target for the air shredding device chamber. The temperature value is determined by the chemical and / or 30 processes occurring inside the air shredding device chamber. an optimal environment that allows the biochemical reaction to occur in the most efficient way 6 This is the temperature value or range. It refers to the air shredder chamber and the room in question. The air conditioner will adjust the temperature to the target temperature values ​​accordingly. By heating and cooling, enzyme-like biological or other structures that are sensitive to temperature can be produced. chemical agents can be stored in the room for a long time without their structure being damaged. while this is being done, chemical and / or biochemical processes are also taking place within the reservoir. 5 Air breakdown is achieved by ensuring the reactions are carried out at the most optimal temperature. The effectiveness of the process is improved. An application of the invention is a lint shredding device; a lint shredding device hopper. at least one third sensor configured to detect the water level inside. 10 It includes a third chamber for the air shredding process inside the air shredding device. Air is drawn in by means of water depending on the reservoir water level detected by the sensor. For the shredding process, there must be sufficient water in the air shredder's chamber, and no excess water. By removing the water, the risk of excess water overflowing outside the air shredding device's chamber is eliminated. is being removed. 15 This invention also includes a clothes dryer of the type described above, in which clothes are dried. a washer that allows washing and from one end to the washer the other from the end to the lint shredding device located inside the clothes dryer housing The laundry washing process carried out by the washing machine by connecting it results in 20 The resulting wash water, containing lint and fibers, is transferred from the washing machine to a lint shredder. a laundry drying system that includes at least one fifth liquid conveying line. It is related. Thanks to this application, only a part located inside the clothes dryer can be used. Both laundry washing and drying processes can be done using a lint shredding device. Almost all the lint and fibers released from laundry during this process end up as environmental waste. It is made possible to convert it. The microplastic-based air produced as a result of the drying process achieved with this invention. and the fibers are processed within the fiber shredding device using enzymes of the appropriate structure and quantity. Breaking of molecular bonds by biological and / or chemical agents poses a 30% risk to the environment. environmentally friendly materials that do not pose a danger or pose less of a danger compared to microplastics. 7 the release of microplastics into water sources due to their conversion into waste a clothes dryer that helps keep water sources clean by preventing water from being blocked is being carried out. To achieve the purpose of this invention, the clothes dryer is designed in the following configurations: 5 These figures are shown as follows: Figure 1 - Schematic view of the clothes dryer, which is the subject of the invention. Figure 2 - A lint shredding unit located in the clothes dryer that is the subject of the invention. This is a schematic view of the application. Figure 3 - The subject of the invention is a laundry washing and drying system including a clothes dryer. It is a representative perspective view of an application. The parts shown in the figures are individually numbered, and each number corresponds to the following: It is given below. 1- Clothes dryer 15 2- Body 3- Drum 4- Air circulation line 5- Heat exchanger 6- Filter 20 7- Tank 8- First pump 9- First liquid transport line 10- Reservoir 11- Second pump 25 12- Second liquid transport line 13- Room 14- Air shredding device 15- Body of the air shredding device 16- Air shredding device hopper 30 17- Third liquid transmission line 8 18- Fourth liquid transmission line 19- Control unit 20- Mixer 21- First sensor 22- Second sensor 5 23- Air Conditioner 24- Washing machine 25- Fifth liquid transport line 26- Laundry washing and drying system 10 Clothes dryer (1); a body (2), into which the clothes to be dried are placed a drum (3), sending drying air onto the laundry in the drum (3) providing an air circulation line (4), located on the air circulation line (4) and drying a heat exchanger that separates moisture from the air by condensing the air (5), At least one filter (6) adapted to trap fibers and lint in the drying air, condensing 15 a tank (7) in which water is stored, taking water from the tank (7) to a heat exchanger (5) and / or filter (6) a first pump (8) adapted to send on it, by the first pump (8) The water taken from the tank (7) is placed on the heat exchanger (5) and / or filter (6) that is to be washed. a first liquid conveying line (9) adapted to convey heat with water taken from the tank (7) changer (5) and / or filter (6) a reservoir in which the water mixed with the filtered fibers and air is collected 20 (10) adapted to send the water collected in the reservoir (10) to the tank (7) to be emptied. a second pump (11) and the water taken from the reservoir (10) by the second pump (11) into the tank (7) includes a second liquid conveying line (12) adapted to convey laundry. in the dryer (1), the fibers and lint that accumulate on the laundry during the drying process In order to remove heat from the heat exchanger (5) and / or filter (6) during the washing process, the first 25 Water taken from the tank (7) via pump (8) is heated through the first liquid transmission line (9). It is directed onto the changer (5) and / or filter (6). During this time, preferably the first The second pump (11), which is operated together with pump (8), also passes through the heat exchanger (5) and / or filter. (6) The water mixed with fiber and air, which is filtered and poured into the reservoir (10), is transferred to the second liquid conveying line. It transfers from (11) to the tank (7). 30 9 The subject of the invention is a clothes dryer (1), arranged on the body (2) and inside which air biological agents suitable for breaking the bonds of hair molecules and converting it into environmental waste. and / or at least one room (13) and body (2) in which chemical agents are stored. Tank (7) arranged to be in fluid connection with room (7) and room (13) The water mixed with fiber and air stored inside and the biological 5 stored inside the room (13) and / or obtain the chemical agent and through the biological and / or chemical agents obtained Fibers and fluff are formed as a result of chemical and / or biochemical reactions occurring within them. by breaking the bonds of their molecules, turning fibers and fluff into environmental waste. It includes at least one air shredding device (14) configured. Air shredding device (14) through biological and / or chemical agents taken from the room (13) 10 taken from tank (7) as a result of chemical and / or biochemical reactions that occurred Microplastic structures in water containing lint and fibers; molecular bonds of lint and fibers. It breaks down, and these fibers and lint are converted into environmental waste. (Fluid shredding device) (14) because of the washing process of the heat exchanger (5) and / or filter (6) containing air The water, after being separated from the fibers, is then transferred back to the tank (7). There are 15 in the tank (7). Water free of lint or fibers is either manually or automatically discharged into the laundry bin. (1) are discharged outside and microplastic fibers and air are not released into nature. The protection of nature is ensured, especially water resources. In one application of the invention, the room (13) is an open location into which external access is provided. 20 It can move between a closed location that is inaccessible from the outside and a closed location that cannot be accessed from the outside. It is adapted in the form of a drawer. In this application, when the room (13) is in the closed position access to biological and / or chemical agents kept in room (13) by preventing, for example, these agents that pose a risk of negatively affecting children's health. The possibility of access is eliminated. In addition, 25 in room (13) when the stored biological and / or chemical agent is depleted or reaches a certain level When it gets below, the user pulls the room (13) preferably by means of a simple linear motion can bring it to the open position and biological and / or chemical agents into the room (13) It can fill it. Thus, filling the room (13) with biological and / or chemical agents. No technical service or expertise is required for this, user 30 Customer satisfaction is being increased. 10 In one application of the invention, the air shredding device (14) is an air shredding device housing. (15), water mixed with fiber and air taken from tank (7) and biological water taken from room (13). and / or an air crushing device chamber (16) and tank (7) containing the chemical agent and connecting the relevant fluid carrier lines to ensure fluid communication with room (13) It includes openings that provide opportunities. In this application, the air and fiber inside the tank (7) 5 water containing lint shredder into the lint shredder chamber (16) and lint shredder chamber (16) Air shredding device for conveying the water, which has been purified of air and fiber, to the tank (7). at least one third fluid transmission hose or pipe between the body (15) and the tank (7). line (17) is located. In addition, biological and / or kept in the room (13) Air shredding device 10 for conveying chemical agents to the air shredding device chamber (16) at least one fourth fluid transmission hose or pipe-like between the body (15) and the chamber (13). line (18) is located. Also, water tank (7) and air crushing device chamber (16) transmission between and biological and / or chemical agent and air breakdown (13) Third liquid conveying line (17) and fourth for directing into the device reservoir (16) Pump-like elements associated with the liquid conveying line (18) are also used. 15 In one application of the invention, a clothes dryer (1); a lint shredding device container (16) biological and / or chemical agents sufficient to break down the amount of air inside to determine the amount and remove this amount of biological and / or chemical agent from the room (13) air A control 20 configured to direct into the shredding device chamber (16) It includes unit (19). Drying performed by clothes dryer (1). It breaks off from the textile during processing and its structure is essentially microscopic. A mixture of lint / fibers and water, formed from plastics and / or organic fibers, preferably from a third party. from the tank (7) through the liquid conveying line (17) into the air crushing device chamber (16) is transmitted. After this, 25 inside the hopper (16) of the air shredding device in question a suitable amount of biological and / or chemical agents capable of breaking the bonds between the fiber and air molecules preferably fourth liquid transmission line (18) under the control of agent control unit (19) The air is fed from the room (13) into the air shredding device chamber (16) and the air Chemical and / or biochemical processes occurring inside the crushing device chamber (16) As a result of the reaction, the bonds between the air molecules are broken, and the microplastic in question 30 The base air is converted into environmental waste as a result of the reaction. 11 Water purified from air is preferably transferred to the tank (7) via the third liquid transmission line (17). is sent. Thanks to the clothes dryer (1) which is the subject of the invention, the clothes drying process As a result, microplastic fibers detached from textiles can cause biological and / or chemical damage. chemical and / or biochemical reactions carried out using agents As a result, molecular structures are broken down and converted into environmental waste, and this 5 then draining it prevents microplastics from being sent into water sources. This prevents the pollution of water resources. In one application of the invention, biological and / or chemical agents may be used in the room (13). Cellulase and / or esterase and / or lipase enzymes are preserved. Cellulase enzymes, 10 It is a key component in breaking down cellulose, the main component of cotton fibers found in the pile structure. These enzymes play a role in hydrolyzing the β-1,4-glycosidic bonds in cellulose molecules. by converting cellulose polymer into glucose monomers or shorter oligosaccharides. They enable the decomposition of cellulases. The application of cellulases breaks down cellulose into amorphous or crystalline form. It can vary depending on the regions it targets, which is why these enzymes are used in cotton 15 This makes it extremely effective in processing base materials. On the other hand, it also has a pile structure. For synthetic fibers like polyester, enzymes such as esterase and lipase are used. These enzymes target the ester found in polyethylene terephthalate (PET), the main component of polyester. They effectively sever these bonds. Hydrolysis of these ester bonds produces polyester. the decomposition of its fibers into simpler, environmentally friendly substances such as terephthalic acid and ethylene glycol 20 It provides and facilitates the biodegradation process. For cotton textiles. Enzymes such as endoglucanase, exoglucanase, and beta-glucosidase can be used. Cutinase, lipase, polyethylene terephthalate hydrolase (PETases) for polyesters can be used. In the case of bio-based acids and inorganic acids; acetic acid, Citric acid, oxalic acid, phosphoric acid, boric acid, and similar acids can be used. Mixed 25 structured, in other words, broken off from textiles containing both cotton and polyester, for example. For the air, a combination of the aforementioned biological and / or chemical agents is used. They can be used as biological and / or chemical agents. by using synthetic fibers such as cotton or polyester found in the pile structure By effectively breaking the bonds, these air particles are converted into harmless environmental waste. 30 The transformation is ensured. 12 In one application of the invention, the air shredding device (14); the air shredding device chamber (16) mechanically removes the air-water mixture and biological and / or chemical agent inside. It includes at least one mixer (20) adapted for mixing. Air shredding device After biological and / or chemical agents are taken into the chamber (16), air breaking When the process is started, the mixer (20) is preferably operated by the control unit (19) 5 The penetration of biological and / or chemical agents into the air-water mixture is accelerated. This situation also creates a chemical and / or chemical barrier between the bark and the biological and / or chemical agent. It ensures that the biochemical reaction takes place efficiently and quickly. In one application of the invention, the air shredding device (14); the air shredding device chamber (16) 10 at least one primary sensor (21) configured to detect the amount of air inside It includes. In one application, the first sensor (21) is an optical sensor. In practice, the first sensor (21) is a turbidity sensor. The first sensor in question is a turbidity sensor. The sensor (21) can communicate with the control unit (19) in such a way that it can exchange data. In this state, before the air breaking process is started, the control unit (19) 15 The amount of air inside the air shredding device chamber (16) is determined by triggering It sends the data that enables it to be done to the control unit (19). The control unit (19) processes the data received from the first sensor (21) and the air shredding device chamber (16) It detects the amount of air inside and the detected amount of air. the amount of biological and / or chemical agents sufficient for its decomposition 20 The control unit (19) calculates the calculated amount of biological and / or chemical by feeding the agent from the room (13) into the air shredding device chamber (16) This initiates the air fragmentation process. In this way, the air is fragmented during the air fragmentation process. Depending on the amount of air inside the shredding device chamber (16), biological and / or biological and / or 25 kept inside room (13) by using chemical agents An effective air breaking process using chemical agents economically. This is ensured. In one application of the invention, the air shredding device (14); the air shredding device chamber (16) and at least one second sensor configured to measure the temperature inside room (13) 30 (22) and the temperature inside the air shredding device chamber (16) and room (13) beforehand 13 heating and cooling processes to maintain a specified target temperature. connected to the air shredding device chamber (16) and room (13) in such a way as to perform It includes at least one air conditioner (23). In one application, the air shredding device chamber (16) and two second sensors (22) and two accelerators arranged separately for room (13) (23) is used. In a variant of this application, one of the air conditioners is used. While the shredding device chamber (16) is arranged to surround the outside, the other The climate control unit (23) is arranged to surround the room (13) from the outside. In practice, the second sensor (22) exchanges data with the control unit (19). being able to communicate and carry out the air shredding device chamber (16) and The room (13) transmits data regarding the indoor temperature to the control unit (19). 10 The control unit (19) performs air splitting in accordance with the data received from the second sensor (22). The device detects the temperature of the chamber (16) and the room (13) and this value is set in advance. at least one target temperature value determined for the shredding device chamber (16) and room (13) It compares it with another. As a result of the comparison process, the air shredding device's chamber... (16) and / or if the room temperature (13) is lower than the target temperature value, check 15 unit (19) the air conditioner (23) the relevant air shredding device chamber (16) and / or air breaking device to bring the room (13) temperature to the target temperature value to operate in such a way as to heat the tank (16) and / or the room (13) It is structured. As a result of the comparison process, the air shredding device chamber (16) and / or if the room temperature (13) is higher than the target temperature value, check 20 unit (19) air conditioner (23) related air shredding device chamber (16) and / or room (13) to bring the temperature of the air shredding device chamber to the target temperature value (16) and / or operate in such a way as to cool the room (13). They are structured in such a way that enzyme-like biological structures are sensitive to temperature. or the structures of chemical agents inside the room (13) due to high temperature 25 While ensuring they are preserved for a long time without spoiling, air is also being broken down. chemical and / or biochemical reactions taking place in the device chamber (16) The effectiveness of the air fragmentation process is ensured by performing it at the optimal temperature. development is ensured. 30 14 In one application of the invention, the air shredding device (14); the air shredding device chamber (16) at least a third sensor configured to detect the water level inside (not shown in the figures) includes. In this application, a third sensor controls It is in communication with unit (19) and can exchange data with the air The water level in the shredding device chamber (16) is determined at a certain level beforehand. It is adapted to send a signal to the control unit (19) when it reaches the value. The control unit (19) performs air splitting in accordance with the signal received from the third sensor. to directly cut off the water intake into the device reservoir (16) and / or the user's condition It is configured to provide audible and / or visual warnings about it. Thus, there is enough 10 in the lint shredding machine chamber (16) for the lint shredding process. there is water and excess water is taken out and the excess water is put outside the air shredding device chamber (16) The risk of overflow is eliminated. This invention also includes a clothes dryer of the type described above (1), in which a laundry washer (24) which allows laundry to be washed and laundry from one end 15 The laundry washer (24) is connected to the lint shredding device (14) at the other end. The lint and fibers resulting from the laundry process carried out by (24) Washing water containing from the washing machine (24) to the lint shredding device compartment (16) a laundry drying system containing at least one fifth liquid conveying line (25) (26) is related to. This application is, for example, the clothes dryer (1) and the clothes washer (24) 20 When the laundry is positioned close to each other, such as stacked on top of each other (24) laundry without the need to use an extra lint splitting device (14) The fifth liquid transport line contains lint and fibers resulting from the washing process. (25) to the lint shredding device (14) located within the clothes dryer (1) It allows for its transmission and purification from the lint and fibers it contains. 25 The microplastic-based air produced as a result of the drying process achieved with this invention. and the fibers are shredded by the enzyme in the appropriate structure and quantity in the fiber shredding device (14). the environment by breaking molecular bonds by similar biological and / or chemical agents 30 environmental materials that do not pose a danger or pose less of a danger than microplastics. the release of microplastics into water sources due to their conversion into waste 15 a clothes dryer which allows water sources to be kept clean by preventing water from being blocked (1) is being carried out.

Claims

16 REQUESTS 1. A body (2), a drum (3) into which the laundry to be dried is placed, a drum that sends drying air over the laundry (3) in the drum air circulation line (4), located on the air circulation line (4) and drying a heat exchanger that separates moisture from the air by condensing the air 5 (5), at least one filter adapted to trap fibers and lint in the drying air (6), a tank (7) in which the condensed water is stored, taking water from the tank (7) to the heat exchanger (5) a first pump (8) adapted to send onto and / or filter (6), first The water taken from the tank (7) by the pump (8) is to be washed in the heat exchanger (5) a primary liquid conveying line (9) adapted to convey onto and / or filter (6), 10 water taken from tank (7) and fibers and air filtered through heat exchanger (5) and / or filter (6) a reservoir (10) in which the water that is mixed is collected, the water collected in the reservoir (10) is emptied a second pump (11) and a second pump adapted to send to the tank (7) (11) adapted to convey the water taken from the reservoir (10) to the tank (7). second liquid transport line (12) arranged on the hull (2) and containing 15 by breaking the bonds between air molecules, turning air into environmental waste. at least one room in which suitable biological and / or chemical agents are kept (13) and will be in fluid connection with the tank (7) and chamber (13) inside the shell (2). The water and room where the fiber and air mixture is stored in the tank (7) arranged in this way. (13) to take the biological and / or chemical agent stored in it and the 20 taken chemical processes that occur within it through biological and / or chemical agents and / or the bonds between fiber and pile molecules as a result of a biochemical reaction at least structured to break down fibers and lint, converting them into environmental waste. a clothes dryer (1) characterized by a lint shredding device (14). 25 2. An open location accessible from the outside, and external access to the inside. in the form of a drawer that can move between a closed position that cannot be achieved a clothes dryer as in Claim 1 characterized by an adapted room (13) (1). 30 17 3. A body of a lint shredding device (15), in which fibers and lint are taken from the tank (7). preserving the mixed water and the biological and / or chemical agent taken from the room (13). a fluidized air crushing device chamber (16) and tank (7) and chamber (13) enabling the connection of relevant fluid carrier lines to facilitate communication Claim 1 or 5 characterized by an air crushing device (14) containing openings A clothes dryer like the one in 2 (1).

4. The air shredding device has enough air to shred the amount of air inside the chamber (16). to determine the amount of biological and / or chemical agent that will be used and in that amount biological and / or chemical agent removed from the room (13) air shredding device chamber (16) 10 It is characterized by a control unit (19) configured to direct into it. A clothes dryer as in Claim 3 (1).

5. Containing cellulase and / or esterase and / or as biological and / or chemical agents. The above 15 is characterized by the room (13) in which the lipase enzyme is kept. a clothes dryer as in any of the requirements (1).

6. The air-water mixture and biological in the air shredding device chamber (16) and / or at least one adapted for mechanically mixing the chemical agent Claims 3 to 20 characterized by the air crushing device (14) containing a mixer (20) A clothes dryer like any of the 5 (1).

7. To determine the amount of air inside the air shredding device chamber (16). with air splitting device (14) containing at least one configured primary sensor (21) A clothes dryer as described in any of Claims 3 to 6 is 25 (1).

8. To measure the temperature inside the air shredding device chamber (16) and room (13). at least one second sensor (22) and air shredding device chamber (16) and the temperature inside the room (13) is set to a predetermined target temperature of 30 The air conditioning system will perform heating and cooling operations in order to maintain its value. 18 at least one connected to the shredding device chamber (16) and room (13) Claim characterized by the air shredding device (14) containing the air conditioner (23) A clothes dryer like any of 3 to 7 (1).

9. To determine the water level inside the air shredding device chamber (16) 5 Claims 3 to 8 characterized by having at least one configured third sensor. a clothes dryer like any other (1).

10. A clothes dryer (1) as in any of the above requirements, a washing machine (24) and a 10 in which laundry can be washed. from one end to the washer (24) from the other end to the lint shredder (14) Laundry washing performed by connecting to the washer (24) The laundry water that results from the process contains lint and fibers. at least one fifth liquid carrying from the washer (24) to the lint shredding device house (16) A laundry drying system (26) including a conveyor line (25). 15

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