A REFRIGERATOR

Abstract

This invention relates to a refrigerator (1) equipped with an analog humidity control device (6) which absorbs and removes moisture from compartments such as the vegetable drawer, thus keeping the vegetable drawer dry.

Description

1 TARIFF A REFRIGERATOR Technical Area This invention allows for the absorption of moisture that forms in compartments such as the vegetable drawer in refrigerators. analog humidity removes moisture from the environment, thus keeping the vegetable garden dry. It relates to a refrigerator that has a control device. 10 Previous Technique Today, refrigerators allow food to be stored for a long time while preserving its freshness. 15 for providing, cooling beverages and preserving some products by freezing. They are widely used. Refrigerators are chosen according to their intended use and space. They have different designs depending on their limitations. Household refrigerators are generally vertical. While some design elements are common, industrial chillers are generally horizontal and occupy larger areas. They are used. Refrigerators are particularly large, especially in supermarkets and food production facilities. While they have capabilities, household appliances are generally used in limited spaces and are more than 20 years old. It has compact models. Modern refrigerators differentiate by directing the cold air circulating within the body. By creating specific temperature and humidity levels in the compartments, it provides better conditions for various types of food. It offers suitable storage conditions. Special areas such as vegetable and breakfast compartments, 25 Moisture control prevents water accumulation by absorbing excess moisture that forms inside. They are equipped with mechanisms that allow certain products to stay fresh for longer. It is helpful. Furthermore, thanks to smart sensors and digital control systems... By automatically adjusting the temperature and humidity levels, energy efficiency is increased, and Food waste is minimized. 30 Maintaining humidity balance in refrigerators preserves the freshness of food and extends its shelf life. It is of great importance in terms of extending lifespan and reducing waste. Controlling ambient humidity. If this is not done, high humidity levels can cause vegetables and fruits to mold and 2 while low humidity levels can cause leafy vegetables to dry out and rot. This can cause wrinkles. Therefore, humidity control used in refrigerators... These systems ensure that food is preserved under ideal storage conditions, thus protecting nutrition. It preserves its values. At the same time, thanks to the proper humidity balance, the refrigerator This prevents the formation of unpleasant odors and provides a more hygienic storage environment. is provided. 10 To balance the ambient humidity and ensure ideal storage conditions in refrigerators. Different technologies are used. Firstly, the ones that are widely preferred today. Vegetable and breakfast compartments with humidity control mechanism, providing the necessary moisture for food. It is designed to maintain balance. In these systems, there are 15 that control the airflow. Adjustable ventilation channels are used, and the user can control the airflow through these channels. You can manually adjust the humidity level. More advanced, active humidity control systems can regulate the humidity level inside the refrigerator. Thanks to the sensors and automatic control units that detect humidity levels, it optimizes the humidity level to 20. These systems utilize evaporation or condensation principles to remove excess waste. Moisture can be released to the outside environment or appropriate moisture levels can be maintained for foods that require moisture. It can be protected. In the current state of technology, 25 different types of humidity control are used to achieve humidity control in refrigerators. Approaches are used. One of them is manually adjustable air ducts. This system allows users to direct the internal airflow as desired. This system essentially allows for the modification of airflow, in various directions. It consists of adjustable air channels and vents. Users can control these channels It can direct cold air to specific areas via this method, thus making it more efficient. 30 They can provide cooling. Users can manually adjust the direction of the air ducts. by adjusting, the distribution of air is controlled to meet cooling needs. They are able to do so. This allows them to store different types of food, especially in compartments where different kinds of food are stored. For vegetable drawers, breakfast items, etc., cooling efficiency can be increased. Manual methods, air... some 35 applications where the flow is controlled by the user by opening and closing the air ducts They also bring disadvantages. For example, proper airflow... The adjustment process is entirely up to the user, and this can sometimes be challenging. 3 And continuous intervention may be required to achieve the desired efficiency. Cooling or 5 Balancing factors such as humidity control can be more difficult in manual systems, and In some regions, extreme cooling or temperature differences may occur. Other One disadvantage is that manual adjustments are often complex and time-consuming. Because they may need to be checked regularly. Also, air ducts... Blockages or contamination can cause the system to operate inefficiently. 10 In addition to the disadvantages described above, air duct control systems have general air quality issues. While it provides a wide scope for intervention to direct the flow, it is also specific and targeted. It is insufficient in terms of humidity control. Directing air ducts, It can affect airflow in all refrigerator compartments, but especially in compartments like the crisper drawer. In compartments where humidity balance is critical, ensuring accurate and efficient humidity control is essential. It may not be possible at the right time. Another known method in the current technology is supported by electronic humidity sensors. These are active humidity control systems. In these systems, sensors that detect the humidity level are used in digital displays. It works in conjunction with control units to optimize the humidity level in the environment. In active humidity control systems, dehumidifiers and water tanks collect water inside the cabinets. It regulates humidity. Dehumidifiers draw water vapor from the airflow, and this vapor... It is used to optimize the humidity level of the indoor environment. The collected water is then... It is usually stored in a tank or directly in the refrigerator's water compartment. 25 Modern refrigerators are equipped with active humidity systems, digital sensors, and They are managed by microprocessors. These systems continuously monitor humidity levels and It automatically increases or decreases humidity as needed. User Although active humidifiers operate without requiring intervention, they have some disadvantages. These disadvantages include high energy consumption, high maintenance and production costs, and 30 These include noises that may occur, especially during the dehumidification process. Another known application in the current technology is where moisture retention is required. Passive moisture-retaining materials (silica gel, activated carbon, etc.) in refrigerator compartments This is the use of these materials, which are generally known for their moisture-absorbing properties, and 35 This helps keep the food inside the refrigerator fresh. The best-known materials are silica gel and activated carbon. Silica gel absorbs moisture. 4 It is a microporous material with the capacity to absorb moisture from the refrigerator. It helps keep the environment drier, thus preventing food from drying out and spoiling. It prevents moisture. Activated carbon absorbs not only moisture but also odors. It has the ability to reduce unwanted odors that may occur in food, leaving it fresh. It provides a suitable environment. However, there are some disadvantages to using these materials. First Therefore, these materials only operate passively. They are active in absorbing moisture. They don't make any adjustments. This is in cases where the system doesn't need to be constantly running. It may not be efficient. Furthermore, materials like silica gel and activated carbon have certain properties. It can retain moisture up to its capacity, and when that capacity is reached, it ceases to be effective. It is losing. In this case, reactivating or replacing the materials is necessary. This requires extra maintenance for users in this situation. This 15 In addition, some passive materials become dirty or clogged over time, therefore... Their functionality is decreasing. Current methods used to maintain humidity balance in refrigerators are generally energy-consuming digital sensors, manual air duct adjustments, or passive dehumidifier 20 These are techniques as well as materials. While these systems are important for food freshness, every Each has its own specific disadvantages. For example, manual air ducting. These systems are user-intervention-based, requiring constant adjustments and time. Problems such as inefficiencies encountered over time arise. Also, active humidity... These systems are generally characterized by high energy consumption and complex maintenance requirements. 25 Passive moisture-retaining materials, on the other hand, have a limited capacity and absorb moisture. reactivating or replacing it when its capacity starts to run out This creates an additional maintenance burden for users and requires materials. This creates an effect that limits its efficiency. As can be understood from the explanations above, the refrigerators available in current technologies Their designs are energy-efficient, operate without user intervention, and are long-lasting. This highlights the need for an effective humidity control mechanism in the long term. Therefore, By operating independently of digital control units, it increases energy efficiency and... 35 An improvement to analog humidity control systems that offers an environmentally friendly alternative It has become inevitable. Objectives of the Invention 5 The purpose of this invention is to regulate air intake and exhaust in compartments of the refrigerator, such as the vegetable drawer, to reduce humidity. The goal is to create a refrigerator equipped with an analog humidity controller that maintains humidity balance. Another purpose of this invention is to make the closed drawer compartments of the refrigerator, such as the vegetable drawer, 10 an analog sensor that allows the air ducts on it to be opened and closed automatically. The goal is to create a refrigerator equipped with a humidity control device. Another purpose of this invention is to open the channels when there is excess humidity in the environment, thereby reducing humidity to 15. an analog humidity controller that allows it to optimize its control The goal is to create a refrigerator. Another purpose of this invention is to prevent food spoilage and preserve its freshness. A refrigerator with an analog humidity controller that maintains humidity balance 20 to accomplish. Another aim of this invention is to operate using an analog method without using a digital control unit. a refrigerator with an analog humidity controller that provides humidity control to accomplish. 25 Brief Description of the Invention This invention helps maintain humidity balance in drawers such as the vegetable compartment of a refrigerator. This describes a refrigerator equipped with an analog humidity controller. The device in question has a capacity of 30... It is designed for use in refrigerator compartments such as the vegetable drawer and breakfast compartment. The air is controlled according to the humidity level in the compartment without the need for a digital control unit. by opening and closing the channels to maintain the humidity level at the preferred value. It aims to... 35 The humidity control device, preferably on a carrier that supports the entire structure, has a desiccant at one end of the carrier. At the other end is a curtain that opens and closes the air vents on the drawer. 6 It includes. At one end of the humidity control device, there is a moisture absorber / adsorber 5 one end contains a material like silica gel that can absorb air, while the other end allows air to enter the drawer. There is a curtain that controls and closes the channels. The curtain in question is made of fabric. Curtains can be made from materials such as plastic, paper, and cardboard. The curtain preferably has a carrier. It is located on it and a pin is attached to it via a carrier at a point close to the center of gravity. It can rotate freely by being attached to a refrigerator part, preferably a drawer. 10 As the humidity level in the environment increases, the material absorbs the moisture. It is getting heavier. With the increase in weight, the carrier moves from the point where it is attached to the side where it has become heavier. It begins to rotate around its central axis and, along with the rotation of the carrier... The curtain moves, causing the channels on the drawer to open. 15 When the humidity level inside the drawer drops, the moisture in the silica gel is released back into the environment. This process causes the curtain on the carrier to move again. It closes the air vents on the drawer. Thus, the air vents on the drawer... Air vents are closed, cutting off airflow and preventing cold air from entering the drawer. Direct entry is prevented. 20 Thus, the humidity control device naturally regulates the humidity balance of the environment and It directs moisture when needed, which provides more efficient moisture management. Detailed Description of the Invention 25 This invention has a humidity control device that was developed to achieve its purpose. The refrigerator is shown in the attached figures; these figures are: Figure 1. Perspective view of the refrigerator. Figure 2. Perspective view of the refrigerator with the door open. 30 Figure 3. Perspective view of the exploded drawer. Figure 4. This is a top-down perspective view of the photograph. Figure 5. Front perspective view of the photograph. Figure 6. Perspective view of the humidity control device. Figure 7. Side perspective view of the humidity control device. 35 7 The parts in the figures are individually numbered, and the corresponding numbers are listed below. 5 It has been given. 1. Refrigerator 2. Body 3. Cover 10 4th Shelf 5. Drawer 5.1 Air duct 5.2 Mounting clearance 6. Humidity control device 15 6.1 Carrier 6.2 Connection spacing 6.3 Reservoir 6.4 Dehumidifier 6.5 Curtain 20 7. Assembly part This ensures that food remains fresh for a long time by being labeled on the products. The housing in which it is placed (2) enables the products to be kept in a closed environment. A refrigerator (1) 25 with a door (3) and a drawer (5) in which products such as vegetables and fruits are placed. Its characteristic is; - at least one drawer (5) with at least one air duct (5.1), - at least one carrier (6.1), at least one reservoir (6.3), at least one desiccant (6.4) and at least one It must include at least one humidity control device (6) with a curtain (6.5) and - open the air vents (5.1) on the drawer (5) of the humidity controller (6) 30 positioned in such a way as to close it off, - absorb moisture according to the moisture balance in drawer (5) of the desiccant (6.4). when it releases moisture or changes its weight, it moves the curtain (6.5). and by opening or closing the air vents (5.1) of the curtain (6.5) drawer (5) Its function is to allow air to enter and exit. 35 8 The invention is a refrigerator (1) that keeps food fresh for a long time. to provide, cool beverages and preserve some products by freezing It is a widely used appliance. Refrigerator (1) depending on its intended use and area according to the limitations, a more vertical and longer body (2) or a horizontal and wider area It can be in designs with a body (2) with capacity. The preferred design of the invention The body (2) included in the application is rectangular prism and vertical in form. 10 The body (2) included in the preferred application of the invention is into which the products are placed. It is an opening in the volume of a rectangular prism. The function of the said body (2) is to contain It cools the products. A part of the said body (2) allows the user to cool the products. It is left open for access. 15 In the preferred application of the invention, it can be opened into a rectangular prism-shaped body (2) A door (3) that can be closed is installed. The door (3) opens the body, open edge. It is designed to close completely. With the opening and closing of the door (3) both access to the inside of the shell (2) and the products inside the shell (2) are closed 20 a cooling area is provided. In this application of the invention, the door (3) is one of the body (2) It is fixed to the face with a hinge. However, in other applications of the invention, the door (3) It can also be found in sliding-open structures. The products inside the refrigerator (1) are placed more neatly in the body (2) and the body 25 (2) shelf in the application of the invention for more efficient use of volume (4) There is. The number of shelves (4) varies depending on the volume of the refrigerator (1). Body (2) shelves fixed at regular intervals inside (4), food is organized This allows for placement in a way that makes the cooling system more efficient. It is working. In order to ensure that the cooling system works more efficiently, the shelves (4) 30 It is critical that the refrigerator (1) is placed in such a way that the airflow inside is not obstructed. In the preferred application of the invention, between the shelves (4) or under the body (2) There is a drawer (5) that will remain in the section. Drawer (5) slides onto shelf (4) rails. or can be attached or removed in different ways inside the body (2). Drawer (5) 35 It can be a completely enclosed structure, or only the top part can be open, with the rest closed. 9 It can also be like this. The drawer (5) with the top open is usually the bottom of the shelf (4) 5 It comes to the section and the top of the shelf (4) and drawer (5) are closed. In one application of the invention, the drawer (5) is preferably located at the bottom of the body (2) thanks to the seating foot which can be found on the side edges of the area where the drawer (5) will sit It can be fixed. The seat leg can be one-piece with the body (2) or attached to the body (2) 10 It can also be in the form of a separate piece that is assembled. The seat leg, drawer (5) It can be the entire area where it will sit, or just the top part of the drawer (5) It can also be at that level. In other applications of the invention, the drawer (5) is placed inside the body (2) at the bottom 15 of the body (2). preferably the rails located on the side edges of the area where the drawer (5) will sit It can also be fixed thanks to the drawer (5) in the preferred application of the invention. an extension on the front that allows the user to move the drawer (5) easily It is located and the extension in question is used as a handle. The extension in question, There is an opening on the side of the drawer (5) facing the lid (3) through which the user can pass and hold his hand 20 It is presented in this way. In the preferred application of the invention, the drawer (5) can hold vegetables, fruits, breakfast items, etc. Although it is designed as a vegetable drawer, with a separate compartment where food and products can be placed... It can also be used for different purposes in other applications of the invention. Drawer (5) 25 For storing the products inside the body (2) in a separate closed area It is designed and the fuselage (2) is fed into the air channels (5.1) on it. The entry and exit of cold air inside can be ensured. Moisture in drawers (5) There are various specific applications that provide balance. In this application of the invention... To allow air to enter and exit the drawer (5), the back of the drawer (5) is 30 There is an air channel (5.1) on its face. The air duct (5.1) in question provides air intake and exhaust into the drawer (5), It plays an important role in keeping vegetables fresh. Air duct (5.1), It allows air to enter and exit the drawer (5) compartment, as well as allowing moisture to be expelled. 35 or helps to maintain the moisture it needs. In this way, the drawer (5) The vegetables and foods inside can stay fresh for a long time without rotting or spoiling. In addition, the air duct (5.1) directs the airflow so that all vegetables are evenly distributed. It helps to cool the area and contributes to more efficient cooling and humidity control. It is located. With air ducts (5.1), it also prevents the accumulation of bad odors and keeps the environment fresh. It helps to keep the food inside the drawer (5) 10 Over time, factors such as temperature differences, condensation, and airflow contact with food can cause... Moisture forms for various reasons. This moisture makes it easier for food to spoil. This causes it to deteriorate. Removing the moisture that forms inside the drawer (5), elimination, air intake into drawer (5) according to the humidity level inside drawer (5) Controlling the exit point is very important for keeping food fresh and preventing spoilage for a long time. It is important. Air channel (5.1) for storing different products in drawer (5) Effective management of usage is of critical importance. In some solutions, to control the air duct (5.1), the control is on the duct (5.1). User-provided regulatory mechanisms may exist. These 20 mechanisms such as covers, latches or that can be opened and closed along the air duct (5.1) These can be valves. Some applications place them on the air duct (5.1). The aim is to control humidity using lids. The invention concerns a 25 to prevent moisture formation in the refrigerator (1), drawers (5). The humidity control device (6) is used. The humidity control device (6) is on the drawer (5). By opening and closing the air duct (5.1) located in the drawer, the drawer can be opened and closed. (5) allows air to enter or closes the air inlet. Thus Air enters and exits into drawer (5) and moisture inside drawer (5) is absorbed Humidity control is being carried out. 30 In one application of the invention, the drawer (5) is inserted through the mounting gap (5.2). with a fixed humidity control device (6) the air on or inside the drawer (5) balancing the humidity inside drawer (5) by checking channel (5.1) It is intended that the humidity control device (6) must have at least one carrier (6.1), at least one 35 connection opening (6.2), at least one reservoir (6.3), at least one desiccant (6.4) and at least one curtain (6.5) is included. 11 In the preferred application of the invention, humidity control is required, such as in a drawer (5). The moisture balance of areas where excessive moisture causes rotting in vegetables and fruits. For this purpose, an analog humidity control device (6) is located on the drawer (5). The refrigerator compartments which have a drawer structure (5) such as vegetable drawer and breakfast drawer. This humidity control device (6), developed for use with a digital control unit without needing to maintain the humidity level in the compartment at the preferred value 10 It aims to... The humidity control device (6) ensures that the device (6) is kept balanced and together. It includes one carrier (6.1). The carrier (6.1) has a drawer (5) at one end. It has a structure that absorbs / adsorbs moisture inside, and on the other side it controls the air intake. 15 and has a structure that controls the air duct (5.1) by closing the ducts. The carrier (6.1) is preferably in a linear and straight form. The carrier (6.1) is in equilibrium with its general structure. It has a rod-shaped structure. The connection opening (6.2) on the carrier (6.1), reservoir (6.3) and curtain (6.5) are included. 20 Preferably, the reservoir (6.3) should be at one end of the linear extension of the carrier (6.1) and at the other end. There is a curtain (6.5). The carrier (6.3) is preferably the weight of the container (6.3) and the curtain (6.5). It can move in one direction according to the carrier (6.1). Preferably a balance, a It operates and moves in a seesaw-like fashion. 25 The humidity control device is placed on the mounting space (5.2) on the carrier (6.1). (6) There is a connecting opening (6.2) which helps to fix it inside the drawer. The connection opening (6.2) is preferably positioned on the axis of movement of the carrier (6.1), Since the carrier (6.1) is fixed at the point where the connection opening (6.2) is located, the aforementioned 30 The point can move in both directions, provided that its center axis is the point of origin. The connection opening (6.2) is positioned at the center of gravity of the carrier (6.1). Thus, The humidity control device (6) can rotate freely within the axis of rotation. In the preferred application of the invention, the carrier (6.1) preferably has a moisture content of 35 at one end. The part used for absorption / adsorption contains a reservoir (6.3). Reservoir (6.4) is located at one end or anywhere in the carrier (6.1) and the carrier (6.1) 12 It is either in one piece or in a separate piece. The reservoir (6.3) is completely closed or partially closed. 5 A width in which a desiccant (6.4) can be placed, either closed or semi-open. It is large. In one application of the invention, the reservoir (6.3) is a closed structure and has an air inlet on it. There are openings through which air will exit. Air and 10 with air into the chamber (6.3) Moisture enters and exits through these openings. There is a lid-like cover on the reservoir (6.3) parts can be found and access to the reservoir (6.3) can be made into the reservoir (6.3) desiccant parts. (6.4) can be put in and taken out through the cover. Different In applications, the container (6.3) can be designed in such a way that there will be no access to the inside. The subject is a desiccant (6.4) that can absorb / adsorb moisture inside the reservoir (6.3). Any material can be used as a desiccant (6.4). In one application of the invention, the desiccant (6.4) has a porous surface, allowing water vapor and By absorbing moisture thanks to its porous structure, it keeps the environment of the drawer (5) dry. It ensures that it remains. 20 In one application of the invention, silica gel is used as a desiccant (6.4), while in another application of the invention In applications, materials that can absorb moisture such as activated carbon, zeolite, calcium chloride, and alumina are used. Any material can be used. In the preferred application of the invention, moisture is a factor. Silica gel, used as a receiver (6.4), is known for its ability to adsorb moisture. In short, 25 Water vapor binds to and is held against the surface of the silica gel particles. Due to its high porosity, water vapor is attracted to the surface of silica gel. However, water The vapor accumulates in the pores within the gel and is not absorbed as a liquid. This property, Silica gel helps keep the environment dry by effectively retaining moisture. Silica gel traps water vapor when the humidity level increases, and 30 when the environment is dry. This moisture is released and can be reused. This invention... In the application, silica gel is used as a desiccant (6.4). The said desiccant (6.4) It can be a single piece or a smaller structure consisting of multiple particles. It is possible. 35 In one application of the invention, the carrier (6.1) is placed on the opposite side of the reservoir (6.3) and preferably At the other end of the carrier is the curtain (6.5). The curtain (6.5) is the humidity control device. 13 (6) is the part used to control the air inlet and outlet. Curtain (6.5) is the 5 of the carrier. (6.1) moves together with the movement of the curtain (6.5) By coming over the air channels (5.1) located on the drawer (5), the air in question It can move to close and open its channels (5.1). The curtain (6.5) With its movement, the air ducts (5.1) are opened or closed or partially closed. It is opened and closed. Thus, the curtain (6.5) on the humidity control device (5) and 10 Air entry into drawer (5) is checked. In the preferred application of the invention, the carrier (6.1) part of the humidity control device (6) There is a curtain (6.5) on it and the air on the drawer (5) with curtain (6.5) It controls the air intake by opening and closing the channel (5.1). At one end of the carrier (6.1) 15 The desiccant (6.4) is located at one end and the curtain (6.5) at the other. The center of gravity of the carrier (6.1) As the curtain (6.5) changes, it moves. The curtain (6.5) moves and the drawer (5) It opens and closes the air ducts (5.1) on it. The curtain in question (6.5) is made of materials such as fabric, plastic, paper, cardboard 20 It can be done. The curtain (6.5) can be one piece with the carrier (6.1) or the carrier (6.1) It can be on a separate piece that is fixed to it. The curtain (6.5) is at the center of gravity, naturally close to the connection opening (6.2). It is attached to the carrier (6.1) by the mounting part (7) and can rotate freely. 25 The assembly in question (7) may be fasteners such as pins and screws. The invention Although the curtain (6.5) is in a single piece in its preferred application, the invention has other It can also be used in multiple parts in its applications. In the preferred application of the invention, the humidity control device (6) is mounted inside the drawer (5) 30 It is fixed using part (7). The said mounting part (7) is fixed using the mounting gap. The connection opening (6.2) corresponding to (5.2) passes through the humidity control device (6) enables it to be fixed inside or on top of the drawer. The preferred invention Although the assembly part (7) consists of two different parts in its application, the invention has different It can be a single piece in its applications. 35 14 The subject of the invention is the humidity control in a refrigerator (1), the humidity inside the drawer (5) 5 As the humidity increases, the desiccant (6.4) located in the reservoir (6.3) of the humidity control device (6) The material starts to work by absorbing moisture and becoming heavier inside the drawer (5). It starts. The desiccant (6.4) material, which becomes heavier by absorbing moisture, retains moisture. As it begins to get heavier, the reservoir (6.3) is pulled down from its current position. By pulling down the reservoir (6.3), the humidity 10 fixed at the center of gravity of the drawer (5) is activated. By pulling up the curtain (6.5) part of the control device (6), the drawer (5) air ducts (5.1) The curtain (6.5) in front of it is pulled up to open the air duct (5.1). Thus, the curtain (6.5) located on the drawer (5) air ducts (5.1) The air vents (5.1) are opened by pulling them up or down and the drawer (5) Air enters inside. By closing the air channels (5.1) again, drawer (5) 15 Preventing air from entering is done by maintaining humidity balance and using a desiccant (6.4). This is provided. The effect of the air entering through the air duct (5.1) inside the drawer (5) When the humidity level decreases, the moisture absorber (6.4) releases the moisture inside the material, thus reducing its weight. losing, the weight of the desiccant (6.4) decreases, so the balance of the carrier (6.1) shifts to the curtain (5) side It is changing correctly. Thus, the curtain (6.5) returns to its old position and opens the air duct (5.1) 20 It closes. In this way, the humidity control device (6) closes inside the drawer (5). It naturally controls the humidity balance of the environment and adjusts the humidity when necessary. It directs [the moisture], which in turn provides more efficient moisture management. The primary purpose of this invention is to place 25 inside or on top of drawer (5) on drawer (5). a curtain (6.5) and drawer (5) that can open and close the air duct (5.1) located inside a humidity control device (6) containing a desiccant (6.4) that can absorb moisture The aim is to achieve the humidity balance inside the drawer (5) with the humidity controller (6). It provides. When there is excess moisture inside the refrigerator drawer (1) (5), the desiccant (6.4) will remove it. absorbing moisture and making the desiccant (6.4) heavier, air duct (5.1) curtain (6.5) Optimizing humidity control by opening through an analog humidity control device (6) This is provided by. Thus, it is automatically in an analog way inside the drawer (5). By controlling humidity, food spoilage is prevented and it stays fresh for longer. 35 It is protected.

Claims

REQUIREMENTS 5 1. Ensuring that food is stored for a long time while preserving its freshness, products The body (2) on which it is placed, the products are kept in a closed environment a lid (3) that provides a drawer (5) where products such as vegetables and fruits are placed a refrigerator (1) containing; 10  at least one drawer (5) with at least one air duct (5.1) on it,  at least one carrier (6.1), at least one reservoir (6.3), at least one desiccant (6.4) and at least It must include at least one humidity control device (6) with a curtain (6.5) and  Open the air vents (5.1) on the drawer (5) of the humidity control device (6) positioned to close, 15  The desiccant (6.4) absorbs moisture according to the moisture balance inside the drawer (5). When it does or releases moisture, its weight changes and moves the curtain (6.5). by opening or closing the air ducts (5.1) of the curtain (6.5) The purpose is to allow air to enter and exit the drawer (5).

2. A refrigerator (1) in Claim 1, whose characteristic is that it keeps the humidity inside the compartment (6.3) It has a desiccant (6.4) that can absorb / adsorb.

3. A refrigerator (1) in Claim 1, whose characteristic is that the desiccant (6.4) is silica gel that is. 25 4. A refrigerator (1) in Claim 1, whose characteristic is that the desiccant (6.4) is a single piece or It is in the form of multiple particles.

5. A refrigerator (1) in Claim 1, whose characteristic is that water vapor is absorbed by a desiccant (6.4) 30 bonding to the surface of silica gel particles, which is the material, and in this way It is an eclipse.

6. A refrigerator (1) in Claim 1, whose characteristic is that the desiccant (6.4) has high porosity. It is the ability to attract water vapor to its surface. 35 16 7. A refrigerator (1) in Claim 1 is characterized by having a porous surface, water 5 By absorbing the vapor and moisture thanks to its porous structure, the drawer (5) environment It contains a desiccant (6.4) which keeps it dry.

8. A refrigerator (1) in Claim 1, whose characteristic is that it retains moisture thanks to its porous surface. When the water level rises, it traps water vapor, and when the environment is dry, the aforementioned 10 It contains a desiccant (6.4) that releases moisture from its surface.

9. A refrigerator (1) in Claim 1, whose characteristic is that it keeps the humidity control device (6) balanced and It contains one carrier (6.1) that holds it together.

10. The refrigerator in Claim 1 is (1), the feature of which is that at one end, inside a drawer (5) absorbing / adsorbing chamber (6.3) and desiccant (6.4) on one side, air on the other. by opening and closing the curtain (6.5) which controls the air intake and exhaust, duct (5.1) It contains a carrier (6.1).

11. A refrigerator (1) in Claim 1, whose characteristic is that the carrier (6.1) is linear and flat. It is in the form of a balance bar and its general structure is similar to that of a balance beam.

12. A refrigerator (1) in Claim 1, whose characteristic is; connection on the carrier (6.1). It has an opening (6.2), a reservoir (6.3) and a curtain (6.5). 25 13. A refrigerator (1) in Claim 1, whose characteristic is; the linear extension of the carrier (6.1) It has a reservoir (6.3) at one end and a curtain (6.5) at the other end.

14. The refrigerator in Claim 1 is (1), the characteristic of which is that the carrier (6.3) is a scale, in the form of 30 by working, move in one direction according to the weight of the hopper (6.3) and the curtain (6.5). is the ability to do so.

15. A refrigerator (1) in Claim 1, whose characteristic is that it is located on the carrier (6.1), 35 into the drawer of the humidity control device (6) matching the mounting space (5.2). It includes a connection opening (6.2) that allows it to be fixed. 17 16. A refrigerator (1) in Claim 1, whose characteristic is; humidity control device (6), carrier 5 (6.1) The connection opening is fixed at the point where (6.2) is located. It is the ability to move in both directions, with the central axis remaining the same.

17. A refrigerator (1) in Claim 1, whose characteristic is that the connection opening (6.2), carrier (6.1) is that it is located at the center of gravity. 10 18. The refrigerator in Claim 1 is (1), the feature of which is that the humidity controller (6) rotates. It is the ability to rotate freely within its axis.

19. A refrigerator (1) in Claim 1, its characteristic is that the container (6.4), the carrier (6.1) is a 15 located at the end or anywhere else and integral or separate from the carrier (6.1). It is in the form of a single piece.

20. A refrigerator (1) in Claim 1, whose characteristic is that the container (6.3) is completely closed or A width of 20 into which a desiccant (6.4) can be placed, either partially closed or semi-open. and size.

21. A refrigerator (1) in Claim 1, its characteristic is that on the container (6.3), inside It has openings that allow air and moisture to enter.

22. A refrigerator (1) in Claim 1, whose characteristic is that the container is on the carrier (6.1) (6.3) in the opposite direction and preferably at the other end of the carrier (6.1) curtain (6.5) It is the presence of.

23. The refrigerator in Claim 1 is (1), and its feature is; the curtain (6.5), the carrier (6.1) 30 The curtain (6.5) moves together with the movement of the curtain. By coming over the air channels (5.1) located on the drawer (5) by moving the drawer (5) to close and open the air vents (5.1) Its function is to control the airflow inside. 35 24. A refrigerator (1) in Claim 1, its feature is that the curtain (6.5) is made of fabric, plastic, paper, It should be made of cardboard or a similar material. 18 25. The refrigerator in Claim 1 is (1), the feature of which is that the curtain (6.5) is connected to the carrier (6.1) with a single 5 The part or carrier (6.1) is fixed on a separate part.

26. A refrigerator (1) in Claim 1, its characteristic is; to the center of gravity of the curtain (5), naturally with the mounting part (7) from a point close to the connection opening (6.2). It is attached to the carrier (6.1) and can rotate freely. 10 27. The refrigerator in Claim 1 (1) has the following features: a humidity control device (6), drawer (5) is fixed by using a mounting piece (7) inside or on it.

28. The refrigerator in Claim 1 is (1), and its feature is that the humidity control device (6) has 15 When the humidity inside drawer (5) increases, the moisture found in (6.3) is absorbed. It contains a desiccant (6.4) which makes it heavier.

29. The refrigerator in Claim 1 is (1), the feature of which is that the humidity controller (6) is inside. located, becoming heavier when it absorbs moisture, pulling the reservoir (6.3) downwards and 20 By pulling the curtain (6.5) upwards, the air ducts (5.1) contains a desiccant (6.4) that opens.

30. The refrigerator in Claim 1 is (1), the feature of which is that the humidity controller (6) is inside. When the moisture on its surface is released, it becomes lighter and the reservoir (6.3) 25 moving upwards and with that movement the curtain (6.5) downwards It contains a desiccant (6.4) that closes the air ducts (5.1) by moving it.

31. The refrigerator in Claim 1 is (1) and its characteristic is that the drawer (5) is center of gravity. Control of curtain (6.5) movement via a fixed carrier (6.1) 30 and thus automatically depending on the humidity level of the air inlet It is the adjustment. 35

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