A refrigerator with compartments.

Abstract

This invention consists of a body (2), a container on the body suitable for placing food inside. compartment (4) to send sound waves of audible frequency into compartment (4). It is related to a refrigerator (1) which contains at least one adapted sound source (7).

Description

1 TARIFF A refrigerator with compartments. This invention is a sound system that sends sound waves in the audible frequency range into the compartment. It relates to a refrigerator containing a source. 5 The freshness and nutritional value of fruits and vegetables stored in refrigerators decrease over time. is decreasing. This situation is due to a decrease in vitamin and antioxidant levels. This occurs due to the formation of microorganisms. Fruit stored in the refrigerator. and various 10 products to preserve the freshness of vegetables and delay their spoilage Methods have been developed. Among these methods are those that utilize specific wavelengths for food. processing with light, storage under controlled atmospheric conditions, and ionization. The use of radiation is involved. Light-based technologies, especially those containing chlorophyll. It has been effective in preserving freshness by supporting photosynthesis processes in plants. In addition, research shows that sound waves affect plant growth, development, and stress. It has been shown that sound waves can have positive effects on plant tolerance. by creating a mechanical vibration on cell membranes, and It is known that sound waves accelerate metabolic processes. In this context, sound waves can affect vegetables and... by regulating ethylene production in fruits, it can control their ripening processes. and it has been found that it can delay spoilage by suppressing the growth of microorganisms. 20 However, previous studies have shown that sound waves are distributed homogeneously. And no comprehensive solution has been offered on how to effectively implement it. In the European patent EP4001810B1, which is included in the prior art, the partition A refrigerator with a sound source that sends sound waves into it is described. 25 U.S. patent number US2008066475A1, regarding the prior art. in its application, it stated that lighting technology is used for food preservation. The refrigerator is being described. 2 In the Korean Patent No. KR101791563B1, which falls under the known state of the art, sound a method that delays the ripening of fruits by using it It is explained. The aim of this invention is to extend the shelf life of fruits and vegetables placed inside the compartment and 5 The goal is to create a refrigerator that preserves freshness. The first step taken to achieve the purpose of this invention, and the steps associated with that step... The refrigerator described in the specifications consists of a body, a container located on the body, and food placed inside it. a suitable compartment, sound waves of an audible frequency placed inside the compartment 10 At least one sound source adapted for transmission, located on the compartment, compartment a sensing element configured to detect the amount of food inside and Data received from the sensing element is processed by the manufacturer to determine a specific food item. compares the quantity data and adjusts the operating time of the sound source accordingly. It includes a control unit configured in this way. Thanks to this, the refrigerator 15 The freshness and quality of the food products inside are optimized, and sound waves... By using it effectively, the shelf life of food is extended and the spoilage process is reduced. It is being delayed. In one application of the invention, the sensing element is a proximity sensor. This allows for 20 The amount of food inside the compartment can be determined more accurately and quickly. It is able to do this, and the control unit can adjust the operating time of the sound source according to the amount of food. It can be adjusted dynamically. In one application of the invention, the sensing element is a camera. This allows the food to be detected. obtain detailed information about the surface condition, color and overall appearance of the products. This data is transmitted to the control unit, which then determines the operating time of the sound source. It can be adjusted more precisely. In one application of the invention, the compartment can detect the surface brightness of food. 30 A sensor is configured accordingly, and the control unit processes the data received from the sensor. 3 by comparing it to a surface gloss data predetermined by the manufacturer, It is configured to regulate the frequency range of the sound source accordingly. In this way, changes in the surface brightness of food products are quickly detected by sound. The effect of waves on food is being optimized. In one application of the invention, the sensor is an infrared sensor. This allows it to detect the surface of food. The brightness detection process is performed in a more precise and reliable manner. In one application of the invention, sound waves are reflected off the partition. There is at least one reflective surface that allows this. Thanks to this, sound waves are reflected even more. By spreading over a wide area, it creates a homogeneous effect on the food, and thus It helps preserve their freshness. In one application of the invention, multiple reflective surfaces will look into the partition. It is positioned at an angle. This allows sound waves to pass through the compartment at a distance of 15 degrees. reflecting from different angles and showing a more effective distribution on food is provided. In one application of the invention, the partition is slid over the sound source. a rail that allows it to be moved and 20 on one side to the sound source connected to the rail, the sound source is moved along the rail. It includes a movement mechanism that allows the position of the sound source to be determined. It is dynamically adjusted and the effect of sound waves on the food is optimized. is being done. In one application of the invention, the rail has a form that creates a closed loop. This allows, The sound source has a constantly moving field, allowing the sound waves to have a greater impact on the food. It ensures even distribution, thus preserving the freshness and quality of food. It provides more effective protection. 4 In one application of the invention, the partition consists of a base and side walls surrounding the base. It has and there will be a gap between the partition and the base and / or side wall. The diagram shows a wall with numerous holes in it, and the sound source is located in the cavity. It is designed so that the sound waves remain inside. In this way, the sound waves on the wall It easily spreads inside the compartment through the holes, while the sound source remains hidden. 5 Effective sound transmission is ensured in a way that preserves the freshness and quality of the food. In one application of the invention, within a cavity, a wall is formed on one side and another on the other side. There is at least one support resting on the base. This ensures a more robust wall. This ensures that the structure is in place and that the sound source operates safely. 10 is being done. Thanks to this invention, the freshness and quality of food are improved, and spoilage processes are reduced. This allows for longer periods of time for consumers to have access to fresh food. The refrigerator, which was built to achieve the purpose of this invention, is shown in the attached figures. and, from these forms; Figure 1 – Perspective view of a refrigerator representing an application of the invention. Figure 2 – Side view of a compartment representing an application of the invention. 20 Figure 3 – Perspective view of the partition and rail representing another application of the invention. Figure 4 – Detail of the rail and motion mechanism of an application of the invention. It is the appearance. The parts in the figures are individually numbered, and the corresponding numbers are given below. 25 It has been given. 1. Refrigerator 2. Body 3. Control unit 30 4. Section 5. Base 6. Side wall 7. Sound source 8. Sensing element 9. Sensor 5 10. Reflective surface 11. Ray 12. Movement mechanism 13. Wall Hole 14, hole 10 15. Blank 16. Support Refrigerator (1), a body (2), located on the body, for placing food inside 15 Send sound waves of audible frequency into a suitable compartment (4), compartment (4) It includes at least one sound source (7) adapted for use. Sound source (7) compartment stimulates foods such as fruits and vegetables placed inside at specific frequencies By doing so, it delays mold formation, preserves color and texture, and increases nutritional content. and provides benefits such as controlling ethylene production. The subject of the invention is a refrigerator (1), located on compartment (4), and the food inside compartment (4). a sensing element (8) configured to detect the quantity and sensing Data received from element (8) a quantity of food predetermined by the producer comparing with the data and adjusting the operating time of the sound source (7) accordingly. It includes a control unit (3) configured in this way. The control unit (3) detects 25 By processing the data provided by element (8) in real time, the division (4) to ensure that the food inside is stored under optimum conditions, the sound source (7) dynamically adjusts the operating time. In this way, the control unit (3) The ideal sound frequency for each type and quantity of food can be determined via the sensing element (8). By determining its intensity, it helps preserve the natural properties of foods for longer. 30 Yes. In addition, it minimizes energy consumption. 6 In one application of the invention, the sensing element (8) is a proximity sensor. Proximity The sensor detects the quantity and position of the food placed inside compartment (4). By doing so, it transmits this data to the control unit (3). The control unit (3) processes this data and converts the sound It optimizes the working time of the source (7). In this way, sound waves are transmitted to the food 5 This allows for a more cost-effective and homogeneous effect to be achieved. In one application of the invention, the sensing element (8) is a camera. The camera is divided into sections (4) By collecting visual data of the food placed inside, it determines the type and quantity of the food. It provides detailed information about the layout. This visual data is controlled by unit (3) 10 By analyzing the operating parameters of the sound source (7) more precisely It allows for adjustments in this way. The camera is used with artificial intelligence or image processing. combined with processing technologies, it enables the automatic recognition of food types and This allows for a more effective selection of appropriate frequency values. For example, The camera detects fruits, vegetables or different types of food inside compartment (4), and these 15 It plays an active role in determining the most suitable sound waves for food preservation. In one application of the invention, the compartment (4) can detect the surface gloss of food. There is a sensor (9) configured to and control unit (3) from sensor (9) The data obtained is combined with a surface gloss level predetermined by the manufacturer. 20 will compare and adjust the frequency range of the sound source (7) accordingly. It is structured in this way. The sensor (9) detects changes in the surface brightness of the food. by perceiving these changes, we can determine if the food's freshness, moisture content, or spoilage process is correct. It enables the presentation of indicators. Here the sensor (9), infrared sensor, RGB color sensor, reflective laser sensor, spectrometer-based sensor, photodiode-based light sensor, 25 various types of sensors, such as camera-based image processing sensors and UV light-based sensors. It may include at least one of the sensors. The control unit (3) receives the data from the sensor (9). by processing, changes in the surface brightness of the food can reach a level that threatens its freshness. It assesses whether it has reached its target. If the brightness goes outside the predetermined limits... If it fails, the control unit (3) changes the frequency range of the sound source (7). In this way, 30 This helps slow down the spoilage process of food and prevents moisture loss. 7 In one application of the invention, the sensor (9) is an infrared sensor. The infrared sensor is different from other sensors. It offers a more cost-effective solution compared to sensors, while taking up less space. Thanks to this, the placement of food inside the compartment (4) is made easier. In addition, the infrared sensor detects food. By precisely sensing surface brightness and temperature, it can identify signs of deterioration. 5 It allows for rapid detection. In one application of the invention, sound waves are transmitted over the partition (4). There is at least one reflective surface (10) that allows reflection. Reflective surface (10) The waves sent by the sound source (7) have a homogeneous effect on food products. In addition, the placement of reflective surfaces (10) enables the sound waves to be reflected. By expanding the interaction area, it allows it to reach the food surface more effectively. In one application of the invention, multiple reflective surfaces (10) are placed inside compartments (4). The reflective surfaces (10) are positioned at an angle to face the angle. its positioning increases the effectiveness of sound waves in reaching food surfaces. It maximizes the distribution of sound waves while ensuring a homogeneous spread. Thus, The spoilage process of foods is delayed, color and texture are preserved, and nutritional value is increased. In one application of the invention, on the partition (4), on the sound source (7) 20 a rail (11) that allows it to move by sliding and sound from one side connected to the rail (11) on the other side of the source (7) sound source (7) rail (11) It has a movement mechanism (12) that allows it to be moved. Ray (11) can change the position of the sound source inside the compartment. It can extend in the direction of the (4) corner parts of the partition diagonally or from front to back 25 or on the sides of the compartment. Rail (11) and movement mechanism (12) Thanks to this, the position of the sound source (7) can be changed within compartment (4). This ensures that the sound waves are evenly distributed over the food. Homogeneous distribution enhances the effect of sound on food, delaying the spoilage process. and helps preserve the freshness of food. 30 8 In one application of the invention, the rail (11) has a form that creates a closed loop. Here The closed-loop form can be circular, elliptical, square, rectangular, or any other shape. The closed loop form of the rail (11) allows the sound source (7) to be continuously within compartment (4). by allowing it to move, sound waves can more effectively reach food products. This arrangement ensures that the sound source (7) reaches a certain 5 by scanning food from different angles without remaining fixed in one spot, it emits sound waves. It allows sound waves to travel homogeneously within the compartment (4). This ensures even distribution and creates a more consistent effect on the food. In one application of the invention, the refrigerator (1) consists of a base (5) and sides surrounding the base (5). partition (4) with walls (6) and on partition (4), base (5) and / or side wall (6) a wall (13) arranged with a gap (15) between it, wall (13) sound source located inside numerous holes (14) and gaps (13) on it (7) contains. Numerous holes (14) on the wall (13) allow sound waves to pass through. It allows it to spread easily from the gap (13) into the partition (4). 15 In addition, concealing the sound source (7) inside compartment (4) provides an aesthetic appearance. while providing sound without interfering with the food storage area for users. It allows the effect of the waves to be maximized. In one application of the invention, within the gap (15), between the wall (13) and the base (5) 20 There is at least one support (16) extending from the wall (13) to the base (5). by increasing the structural integrity between them, the sound source (7) is stable It enables its positioning. The support (16) makes the wall (13) more robust and It prevents the wall (13) from sagging due to the weight of the food placed inside the compartment (4). Thus, the sound source (7) is ensured to operate safely. 25 Thanks to this invention, the freshness of the food placed inside the compartment (4) is preserved, and the nutritional value is protected. Their nutritional value has been increased and their shelf life extended. Thus, The food preservation efficiency and productivity of the refrigerator (1) have been improved.

Claims

9 REQUESTS 1. A trunk (2), with a base on the trunk suitable for placing food inside. Sending sound waves of audible frequency into compartment (4), compartment (4) 5 containing at least one sound source (7) adapted to it, located on compartment (4), a compartment (4) is configured to detect the amount of food inside sensing element (8) and the generator of the data received from the sensing element (8). compares it to a predetermined quantity of food data and accordingly a 10 configured to regulate the operating time of the sound source (7) a refrigerator (1) characterized by a control unit (3).

2. The claim characterized by a sensing element (8) which is a proximity sensor A refrigerator like the one in 1 (1).

3. A sensing element (8) which is a camera, as in Claim 1. refrigerator (1). Located on Compartment 4 (4), to detect the surface shine of food. a configured sensor (9) and the data received from the sensor (9) by the manufacturer 20 compares the sound to a predetermined surface brightness data and adjusts it accordingly. control configured to regulate the frequency range of the source (7) as in any of the above requests characterized by unit (3) a refrigerator (1).

5. A sensor (9) which is an infrared sensor, as in Claim 4. refrigerator (1). Located on Section 6 (4), it allows sound waves to be reflected from it. The above 30 are characterized by having at least one reflective surface (10). a refrigerator as in any of the requests (1). Multiple units positioned at an angle so that they face into Section 7 (4) A refrigerator (1) as in Claim 6, characterized by a reflective surface (10). The sound source (7) is moved by sliding it over the section (4) on the 8th panel. a rail (11) that allows it to be made and from one side to the sound source (7) the other 5 connected to the rail (11) by the sound source (7) on the rail (11). characterized by a movement mechanism (12) that enables it to be moved a refrigerator (1) as in any of the above requests.

9. Claim 10 is characterized by a ray (11) that forms a closed loop. A refrigerator like the one in 8 (1).

10. Compartment (4) having a base (5) and side walls (6) surrounding the base (5) and a gap between the partition (4), the base (5) and / or the side wall (6) (15) a wall (13) arranged in such a way that there are many 15 on the wall (13). with the sound source (7) located inside a number of holes (14) and gaps (13) a refrigerator like any of the above-mentioned requirements characterized (1).

11. At least one 20 located within the void (15) and extending between the wall (13) and the base (5). A refrigerator (1) as in Claim 10, characterized by support (16).

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