Innovation in Honeycomb Structure in Industrial Open-Type Refrigeration Cabinets

Abstract

The invention relates to a system for increasing cooling efficiency by arranging the air curtain in industrial open-type refrigeration cabinets (1). In particular, it relates to increasing cooling efficiency, reducing energy consumption and keeping the indoor temperature more stable by optimizing the air flow thanks to the placement of the honeycomb (2) structure inside the cabinet at a certain angle. (Figure-2)

Description

1 TARIFF HONEYCOMB STRUCTURE IN INDUSTRIAL OPEN-TYPE REFRIGERATED CABINETS INNOVATION IN ITS STRUCTURE TECHNICAL FIELD The invention relates to cooling by arranging an air curtain in industrial open-type refrigeration cabinets. It is related to a system aimed at increasing its efficiency. Specifically, the honey inside the refrigerator. By positioning the honeycomb structure at a specific angle, airflow is optimized to 10 Increasing cooling efficiency, reducing energy consumption, and lowering the indoor temperature. It is related to maintaining stability. STATE OF THE ART Industrial open-type refrigeration cabinets ensure that products are stored at the appropriate temperature. Air curtains are used to provide this. These air curtains control the blowing and flow of the cabinet. By creating a controlled airflow between the suction zones, it transfers heat and moisture between the indoor and outdoor environments. It helps to minimize air leakage. Thus, the internal temperature of the refrigerator... This ensures the protection of energy and increases energy efficiency. 20 In existing refrigeration cabinets, there are various methods for creating an air curtain. This is implemented. One of them is that the air coming out of the blowing zone acts as a barrier. The goal is to create a stable airflow in the cooling zone by visual inspection. For this purpose... Air deflection elements are used. However, in current applications, this air 25 Directional elements at any angle or without a specific arrangement. They are positioned accordingly. As a result, the air curtain is not formed homogeneously. Problems such as irregular airflow and improper redirection of return air. This situation arises because the temperature distribution inside the refrigerator is uneven and certain This leads to temperature differences in the regions. Also, the return air is 30 Because it is not at the ideal temperature, the cooling system consumes more energy. The compressor runs continuously, increasing the refrigerator's energy consumption. As a result, Operating costs are increasing and the system's efficiency is decreasing. In the known state of the art, application number CN202020422625U “Horizontal air curtain high-speed 35 The utility model application titled "cooling refrigerator" describes a storage system. a fast horizontal air curtain containing an adjustable fan located at the bottom of the plate 2 It describes a refrigerated refrigerator and the direction of airflow of the adjustable fan is from bottom to top. It is blown in; an air guide device is mounted on a backplate of the inner shell of the cabinet body. It is designed and can adjust the air direction of cold air; the temperature equipment is located inside the cabinet body. It is mounted on the upper wall of the shell and contains a temperature sensing device and a temperature control device. Includes a switch, temperature sensing device, and a temperature sensor that monitors the top layer of the main body to a set temperature of 5. When it detects that the temperature is higher than the recommended level, the temperature control switch opens, releasing an air stream. The guide device and an adjustment fan are activated simultaneously, and the inverter compressor operates at high power. is switched to this state; the temperature sensing device monitors the temperature of the cabinet body to the set level. When it detects that the temperature is lower than expected, the temperature control switch is closed, and the air guide... The device and the control fan are switched off simultaneously, and the frequency conversion compressor operates at low power. 10 This process ensures that the cooling rate is fast, stable, energy-efficient, and environmentally friendly. Friendly effects are achieved. Also, the temperature difference between the top and bottom parts of the refrigerator is large. This is summarized as "therefore, temperature homogeneity is weak". According to the known state of the art, application number JP16007097A “Air curtain creation 15 invention "a refrigerator with an apparatus and a method of controlling the air curtain creation process" The patent application, titled "Detection of a door opening and a part adjacent to the door," an air curtain if its temperature is perceived to be higher than that of an insulated part by operating an air fan to create a door opening / closing sensor To properly create an air curtain free from malfunctions at the door. 20 SOLUTION: A cooled air duct (33) at the top of a cold storage room (42) The cooled air produced by an evaporator (49) is mounted and cooled air It is sent to the channel (33) to be discharged downwards by an air fan (31). The cooled air vent port (35) creates an air curtain to protect a hole from cold. cold storage (42). In this process, 25 of the cold storage to create an air curtain. When it is detected that the door (45) is opened via a push switch (60), the air fan (31) It starts working. A microcomputer detects the temperature of a door temperature sensor (63). When the temperature near the door of the cold storage (45) is higher, the air It is summarized as "it enables the fan (31) to start creating an air curtain". In conclusion, the existence of the above problems and the inadequacy of the current solutions are related to the technical aspects. This has made it necessary to make improvements in this field. 3 THE PURPOSE OF THE INVENTION The present invention meets the aforementioned requirements while eliminating all disadvantages. industrial open-type refrigeration cabinets, which lift and offer some additional advantages It is related to honeycomb. 5 The invention enables more efficient operation of the air curtain in industrial open-type refrigeration cabinets. The aim is to increase the cooling efficiency of the refrigerator by ensuring its construction. When air guiding elements in systems are placed at any angle, the airflow... Due to its irregular arrangement, the cooling performance inside the refrigerator decreases, and energy consumption is 10. Temperatures are increasing and imbalances are occurring in temperature distribution. To address these problems... By adding honeycomb mesh at a specific angle between the blowing and suction zones, the air curtain can be made more efficient. The aim is to create it in a controlled and efficient manner. Accordingly, the honeycomb is positioned at a 6° angle, 15 from the blowing area. The aim is to ensure that the exiting air has a homogeneous velocity profile. With this arrangement... Air and heat transfer between the indoor and outdoor environments is optimized by creating an air curtain. The aim is to minimize this. Thus, the internal temperature of the refrigerator is made more stable. The aim is to keep the products on the shelves at the appropriate temperature for a longer period of time. In addition, the airflow is directed in a controlled manner, returning to the suction area. The air temperature is reduced to a minimum level. This ensures that the inside of the refrigerator... by keeping the temperature at a lower level, the cooling system uses less energy. This makes its operation possible. Thus, the continuous operation of the refrigeration compressor is ensured. By preventing this, energy savings are achieved and the total electricity consumption of the cabinet is reduced. 25 that is intended. By optimizing airflow inside the cabinet, the air curtain becomes more effective. and the compressor has a longer lifespan by operating at a lower capacity. The aim is to reduce operating costs and, in this way, to make the energy efficiency of the cabinets 30. The aim is to increase efficiency and contribute to environmental sustainability. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. It will be understood and therefore the evaluation should also take these forms and detailed explanation into consideration. 35 It must be done by taking it. 4 BRIEF DESCRIPTION OF THE FIGURES The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. It is required. 5 Figure 1 shows the general view of the industrial open-type refrigeration cabinet that is the subject of this invention. Figure 2; Side view and head of the industrial open-type refrigeration cabinet that is the subject of the invention. This is a detailed view of the honeycomb. REFERENCE NUMBERS 1. Industrial open-type refrigeration cabinet 2. Honeycomb 3. Blowing zone 15 4. Suction area The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent... Elements that are identical or at least have substantially identical functions are numbered 20 times with the same number. shown DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention is the 25 found in industrial open type refrigeration cabinets (1). The preferred structures of the honeycomb (2) are only for the purpose of better understanding the subject. This is explained in a way that will not create any limiting effects. Figure 1 shows the general view of the industrial open-type refrigeration cabinet that is the subject of the invention. Industrial open type refrigeration cabinets (1) are used especially in supermarkets, grocery stores, 30 Used in businesses such as cafes and restaurants, for displaying and protecting products. These are cooling systems that provide cooling. Figure 2 shows the side view and bottom of the industrial open-type cooling cabinet (1) which is the subject of the invention. The detailed view of the honeycomb (2) is included. This view also shows the air curtain 35 blowing zone (3), which is the place where air is blown to create the air curtain, and the air curtain created suction area used to send the incoming air back into the cooling cabinet (1) (4) is also included. The invention is for the purpose of arranging the air curtain in industrial type refrigeration cabinets (1). It is being developed. In order to provide more controlled air flow inside the cooling cabinet (1) 5 The honeycomb (2) structure is placed at a certain angle to make the air curtain more uniform. This arrangement ensures the temperature inside the cabinet (1) is created. The distribution is homogeneous, and energy savings are achieved. The structure of the invention consists of a blowing zone (3), a suction zone (4) inside a cabinet (1) and 10 between them. It consists of honeycomb (2) parts that regulate the air flow. Blowing zone (3), It is used to direct the cooled air into the cabinet. Honeycomb (2), To ensure that the air coming out of the blowing zone (3) has a uniform velocity profile. It is placed for this purpose. As a result of the analyses, the honeycomb (2) structure is horizontal. By positioning it between 4° and 8°, preferably at an angle of 6°, the airflow will be more regular. This ensures that the honeycomb (2) placed at this angle allows the air flow to follow a linear path. By monitoring it, it ensures that the air curtain forms evenly. By ensuring a uniform air curtain, air and heat transfer between the indoor and outdoor environments is facilitated. is reduced to a minimum level. Thus, the temperature inside the cabinet (1) is stabilized and 20 Cooling efficiency is increased. Return air is recirculated through the suction area (4) The cycle is completed by directing it to the cooling system. The honeycomb (2) structure is horizontal. With placement at a 6° angle, the temperature of the air taken back from the suction area (4) is low. is kept in place and the refrigerator (1) is made to work using less energy. This arrangement allows the cooling compressor to operate at a lower capacity. Energy consumption is reduced and the lifespan of the refrigerator is extended. In addition, the internal temperature of the refrigerator is lowered. By ensuring stability, products on the shelves can be kept stable for longer periods. is provided. The scope of protection in this application is defined in the claims section and is explicitly stated above. It cannot be limited to what has been described for illustrative purposes. A person skilled in the field must present the findings of the invention. the innovation introduced can be created by using similar structures and / or this It is clear that this structure can be applied to other areas with similar purposes using the same technique. Therefore, such structures foster innovation and, in particular, surpassing the known state of technology. 35 It is also obvious that it will lack this criterion.

Claims

6 REQUESTS 1. The invention describes the blower, which is the point where air is blown to create an air curtain in the structure. area (3) and the air coming from the created air curtain is again cooling cabinet (1) Supermarkets that have a suction area (4) used for sending into it, 5 displaying products used in businesses such as markets, cafes and restaurants and is related to industrial open type refrigeration cabinets (1) which provide protection, feature; • Blowing zone (3) and suction zone (4) are positioned between the blowing zone (3) and the suction zone (4), blowing 10 ensuring that the air exiting from region (3) has a uniform velocity profile, by ensuring the airflow follows a linear path, the air curtain is homogeneous. This creates a homogeneous air curtain in the interior environment. air intake that minimizes air and heat transfer between the interior and the outside environment. by keeping the temperature low, the compressor operates at low capacity. 15 by providing and / or increasing the cooling efficiency of the cabinet (1) energy efficiency at least one honeycomb placed at an angle of 6° to the horizontal (2), It is characterized by its inclusion.

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