SPRING LOAD COOLER

Abstract

This invention relates to a refrigerator (1) with a set spring assembly (4) which prevents the doors from remaining open in the refrigerators and enables the refrigerator door to close automatically.

Description

1 TARIFF SPRING LOAD COOLER Technical Area 5 This invention prevents refrigerator doors from staying open, thus preventing the refrigerator door from remaining closed. It involves a cooling pad with a spring mechanism that allows it to shut off automatically. Previous Tech 10 Coolers provide the preferred temperature conditions within an enclosed space. Refrigeration devices are essential food preservation techniques in developed countries. The low temperature of the cooler reduces the rate of bacterial growth. And food lasts longer. Coolers are household coolers and 15 They are classified as industrial type coolers. While vertical coolers are generally preferred in homes, they are used in grocery stores and other food establishments. In businesses where they are sold, horizontal coolers are available alongside vertical coolers. It is available. 20 Vertical coolers are the more well-known type of cooler. In vertical coolers, the housing... Its length is greater than its width, and the cooler body is positioned vertically on the ground. is positioned. In vertical coolers, the cooler cover is located at the front of the housing. It is located in this section and the lid opens to the right or left. Horizontal 25 In coolers, the width of the cooler body is longer than its length, and it is closer to the ground. It has a parallel appearance. In their most basic form, all these coolers are designed to hold food and drinks. there is a body and a door (lid) on one side of the said body 30 is located. In vertical coolers, the cooler cover is on the front of the housing. 2 It is located and the lid opens to the right or left. The user can open this lid By opening and closing it, the user can access the products inside the cooler. Used especially for commercial purposes, in places like markets, kiosks, and small shops. One of the most important problems encountered in refrigerators is that the refrigerator doors are left open. 5 This refers to leaving them out. Especially in beverage refrigerators and frozen food refrigerators, In ice cream freezers, the freezer is fully open after the customer takes the product. They either don't close the space or leave the area thinking they have closed it. Leaving refrigerators, cabinets, and freezers with their doors open is a concern. This causes the device to run continuously and constantly try to cool itself down. This results in high energy consumption in places like markets and kiosks. Energy consumption is a significant expense; high energy consumption leads to both excessive costs. This leads to unnecessary energy consumption, resulting in both costs and environmental problems. Some requirements apply for refrigerator doors to close automatically. There are various applications. These applications generally involve complex mechanisms and It includes systems. The installation and use of these mechanisms. Unfortunately, it is costly. Also, because it is a multi-part mechanism, malfunctions and It can cause some problems such as malfunctions. This is one of the 20 issues encountered in these applications. Another important issue is the user-friendliness of the door closing mechanisms. The problem is that it's not there. The user doesn't know how to use it or what to do. They cannot understand easily. The invention in question involves a spring mechanism attached to a door, which reduces the tension of the door spring by 25. It closes itself with its own force. By adjusting the spring stiffness, the door closes slightly. It is made easier or easier to close with force, or it closes automatically. Purposes of the Invention 3 The purpose of this invention is to create a spring mechanism that prevents the refrigerator door from staying open. The goal is to create a cooler. Another purpose of this invention is to prevent the refrigerator door from being affected by the tensile force applied to the door. The goal is to create a cooling system with a spring mechanism that allows for automatic closing. 5 Another purpose of this invention is to provide a mechanism to the refrigerator door to close it. a spring-loaded cooler that applies tensile force, with variable tensile force. to accomplish. Detailed Description of the Invention The spring-loaded cooler, designed to achieve the purpose of this invention, is attached. These are shown in the figures; Figure 1. Front view of the cooler. Figure 2. Perspective of the setting spring assembly mounted on the cooler. It is the appearance. Figure 3. View of the cocking spring assembly after it has been detonated. Figure 4. Perspective view of the hinge plate and hinge pin. 20 Figure 5. Side view of the cocking spring assembly. Figure 6. Side view of the cocking spring assembly. Figure 7. Side view of the setting spring assembly mounted on the cooler. It is the appearance. The parts in the figures are individually numbered, and these numbers correspond to: It is given below. 1. Cooler 2. Body 30 3rd Door 4 4. Cocking spring assembly 5. Hinge plate 6. Mounting plate 7. Hinge pin 8. Spring 5 8.1. First terminal 8.2. Second terminal 9. Spring sleeve 10. Spring fixing element The most important feature of the refrigerator in question is that it can be mounted vertically or horizontally. a part of which is positioned to cool and preserve the products inside. at least one body that is open so that the user can access the products (2), located on the open edge of the body (2) and opening and closing into the body (2) at least one door providing access (3); connecting between door (3) and body (2) and 15 containing a hinge that allows the door (3) to be opened and closed It is a cooler (1) which enables the products to be kept cool; its feature is: - installed between door (3) and body (2), it is stretched when door (3) is opened and The set spring group (4) that applies a force on the door (3) to close it. including the group, 20 - the mounting spring assembly (4) must have at least one hinge plate (5), at least one mounting plate (6), at least one hinge pin (7), at least one spring (8), at least one spring sleeve (9) and at least one spring It contains a fixing element (10). The subject of the invention, the refrigerator (1), is used to cool food, beverages and / or drinks. 25 It is used for freezing. Cooling process with cooler (1), freezing process or both can be done in separate sections. The subject of the invention is a cooler (1), cooler, freezer, refrigerator, deep freezer, All kinds of refrigerators and freezers can be used, such as ice cream cabinets and wine cabinets. 30 In one application of the invention, the shell (2) cools the products contained within it. It ensures that it is kept safe. The body (2) is horizontal or vertical type. It can be found. The body (2) included in one application of the invention is of the vertical type. The body is the body. The body (2) included in an application of the invention is preferably of the horizontal type. It is located. The body (2) preferably has at least one open edge. Open 5 The edge can be along the whole (2) of the body or just a part of it. It is possible. One surface of the body (2) has an opening on one edge, the said open edge It can be on the front surface or the top surface. The body (2) preferably has an open 10 It has a front edge, side surfaces, and a rear surface. The door (3) is located on the open edge (2) in the body. The door (3) is on the body (2) (2) to enclose the body in a single piece or two-piece structure. It is fixed. The door (3) included in an application of the invention is fixed through the body (2) 15 It opens and closes by sliding. In one application of the invention... The door (3) is attached to the body (2) with hinges so that it can be opened and closed. The door (3) is used to close the open edge of the body (2). Door (3) It can be mounted directly on the fuselage (2) or on the upper surface of the fuselage (2) 20 a frame-like structure that sits on top and covers the upper part of the body (2) It can also be mounted on it. The refrigerator in question (1) will automatically shut down when the door (3) is left open. To close it, the cocking spring group (4) is used. The cocking spring group (4), 25 The cooler (1) is mounted on the body and door (3). When door (3) is opened A force is created on the door (3) thanks to the spring group (4), The force is in the form of a pulling force and is in the direction of closing the door (3). Door (3) Each time it is opened, the said pulling force is created on the door (3) and When door (3) is released, from which position door (3) is released 30 Once released, it can be closed without needing any additional force thanks to the spring (8). 6 When the door (3) is opened, the door (3) closes via the spring assembly (4). a pulling force is applied on the door (3) and when the door (3) is released This force pulls the door (3) in the closing direction, thus closing the door (3). The tensile force (closing force) that accumulates on it automatically each time it is opened is 5. It closes again thanks to this. Thus, the door (3) remains open. That is not the issue. In one application of the invention, the setting spring assembly (4) is preferably mounted on the hinge plate (5), assembly sheet metal (6), hinge pin (7), spring (8), spring sleeve (9) and spring fixing element (10) 10 It includes. In one application of the invention, the setting spring assembly (4) of the cooler (1) itself It is integrated into the hinge. In one application of the invention, the setting spring assembly (4) is attached to the cooling (1) hinge. It also comes in parts and is mounted on the body (2) and door (3). The cocking spring assembly (4) is connected to the body (2) and the door (3) when the door (3) is opened. The spring (8) is stretched and a compressive force is created on it. When the door (3) is released, 20 stress on the spring (8) when it is moved in the closing direction The force is released and pushes the door (3) to close. The parts and assembly of the spring assembly (4) are as follows: Hinge plate (5), It provides the connection between the body (2) and the door (3). Mounting plate (6) preferably 25 It is a plate structure and has mounting holes on it. Hinge plate (5) preferably the base part of the hinge plate (5) is a linear structure, the said part The part that comes onto the body (2) continues at a higher level than the part that comes onto the door (3). The hinge plate (5) is fixed to the body (2) at one end and the other end is It is fixed to the door (3). 30 7 The hinge plate (5) is preferably fixed onto the door (3). Mounting plate (6) It is preferably in plate form and has mounting holes on it. The aforementioned It is fixed onto the door (3) through the mounting holes. Also the setting spring assembly (4) The parts are also grouped on the mounting plate (6). The hinge parts are grouped and mounted on the hinge plate (5) or door (3) The hinge pin consists of the pin (7), spring (8), spring sleeve (9) and spring fixing element (10). (7), the connection between the hinge plate (5) and the mounting plate (6) or door (3) to ensure that the door (3) opens and closes around the hinge pin (7). It provides. 10 The hinge pin (7) preferably fits into the spring housing (9) and inside the spring housing (9) or by turning inside the door (3), it allows the door (3) to move. Pulling force provided by the cocking spring group (4) or closing of the door (3) 15 The closing force applied in the direction is obtained with the spring (8). The spring (8) is preferably It is a spiral-shaped spring. The spring (8) preferably has the first end (8.1) and the second end (8.2) It includes. Publication (8) preferably at the top of the first end (8.1) and publication (8) at The second end (8.2) is located at the end point in the lower section. In one application of the invention, the spring (8) is a spiral spring and on its top part there is a The first end (8.1) and the bottom part which extends outwards to form a screw hole. a flat form and a second end (8.2) with a screw hole at its end It is located. The extension of the spring (8) first end (8.1) is preferably hinged with the spring fixing element (10). It is fixed on the sheet metal (5). The spring is secured with a screw that passes through the hinge sheet metal (5). (8) is fixed to the hinge plate (5) from the first end (8.1). The second end of the spring (8) is connected to the mounting plate (6) via the second end (8.2) or directly to 30 It is fixed to the door (3). The spring (8) is preferably attached to the mounting plate (6) from its second end (8.2). 8 a screw or spring fastening element (10) or similar connection to the opening on it It is fixed with a secure element. The spring (8) preferably sits on the spring housing (9). The spring housing (9) preferably It has a cylindrical structure and a seating area on which the spring (8) sits. 5 The spring (8) is preferably the protruding structure located on the spring sleeve (9) He is sitting in the seating area in question. The hinge pin (7) preferably fits into the opening inside the spring housing (9) and the spring The spring (8) sits on the seating area located on the outside of the hive (9). Spring 10 The housing (9) and / or hinge pin (7) preferably fits inside the door (3) and the door (3) allows it to rotate around the spring housing (9) and / or hinge pin (7). When grouping the spring assembly (4), the hinge pin is preferably placed inside the spring housing (9). (7) is installed, spring (8) is placed on spring sleeve (9), hinge pin (7) 15 The door (3) is inserted into the door. The hinge pin (7) and spring housing (9) are preferably inserted into the door. (3) is mounted on the mounting plate (6) mounted on the upper surface. (8) The second end (8.2) lies on the mounting plate (6) and with the fastening element. It is fixed to the mounting plate (6). The spring (8) is attached to the upper part of the spring housing (9) It is fixed to the hinge plate (5) by means of the hinge pin (7) that sits inside. 20 The hinge pin (7) is inside the hinge plate (5) and inside the door (3). It can rotate, thus enabling the door (3) to be opened and closed. Spring (8) from the first end (8.1) and the connector housing at that end It is fixed to the hinge plate (5). The hinge plate (5) is then attached to the body (2). It is fixed. Thus the cocking spring group (4) is attached to the door (3) and the body (2) 25 It is being fixed. When the door (3) is opened, the second end (8.2) which is attached to the mounting plate (6) on the door (3) It rotates in the direction of opening together with the door and causes the spring (8) to stretch. When the door (3) is opened, the spring (8) is stretched. The door (3) is 30 The opening process creates a force on the door (3) with the tension of the spring (8). 9 This is the reason. When the user is finished inside the cooler (1) and closes the door (3) When released, the door (3) moves towards closing with the said force and It closes. Thus, the door (3) is closed automatically by the setting spring group (4). This can be done as follows: When the user opens the door (3) and then releases it. The tension force accumulated in the spring (8) on the door (3) is released and 5 The spring (8) releases the force on it in order to return to its original position. and with that force the door (3) moves towards closing and closes. 15 25

Claims

REQUESTS 1. Positioned vertically or horizontally, containing the products within. It keeps the products cool, with one side open so the user can access them. at least one body (2) in the condition, located on the open edge of the body (2) and 5 at least one door (3) that opens and closes to provide access into the body (2); door (3) connected between the body (2) and the door (3) that can be opened and closed Hinged, designed to cool and preserve the products inside. It is a cooler (1) which has the feature of; - installed between door (3) and body (2) and tightened when door (3) is opened and 10 a spring assembly that applies a force to the door (3) to close (4) includes the group, - at least one hinge plate (5), at least one mounting plate (6) of the mounting spring assembly (4), at least one hinge pin (7), at least one spring (8), at least one spring sleeve (9) and at least It contains a spring fixing element (10). 15 2. A cooler (1) as in Claim 1, its feature is; the winding spring assembly (4), body Mounting (2) on the door (3), when the door (3) is opened, the door (3) is mounted on the door (3) It is to provide a pulling force to close the door (3).

3. A cooler (1) as in Claim 1, and its feature is; door with a spring assembly (4). (3) a pull on the door (3) to close the door (3) every time it is opened. when force is applied and door (3) is released, this force causes the door (3) to close It is closing by pulling it in that direction.

4. A cooler (1) as in Claim 1, its characteristic is; first terminal (8.1) and second terminal (8.2) containing the first end in the upper section (8.1) and the end in the lower section of the publication (8). It contains a spring (8) with a second end (8.2) in place.

5. A cooler (1) as in Claim 1, and its feature is that the spring (8) is spiral in shape 30 It is a spring. 11 6. A cooler (1) as in Claim 1, its feature is; the first end (8.1) hinge plate (5) fixed on the second end (8.2) to the mounting plate (6) or directly to the door (3) is that it contains a fixed spring (8).

7. A cooler (1) as in Claim 1, its feature is that it has a spring (8) on it, 5 It has a cylindrical structure and a seating area on which the spring (8) will sit. It contains a spring housing (9).

8. A cooler (1) as in Claim 1, its characteristic being; inside the spring housing (9) 10 located on the outer part of the hinge pin (7) and spring sleeve (9) that enters the opening It includes a spring (8) that sits in the seating area.

9. A cooler (1) as in Claim 1, its feature is that it enters the door (3) and the door (3) is that it contains a spring sleeve (9) or hinge pin (7) that rotates around it.

10. A cooler (1) as in Claim 1, its feature is that it is fitted into the spring housing (9). and the hinge pin (7) that goes into the door (3), located on the spring housing (9) It contains a bow (8).

11. A cooler (1) as in Claim 1, and its feature is; door (3) top surface or mounting 20 It contains the hinge pin (7) and spring housing (9) located on the sheet metal (6).

12. A cooler (1) as in Claim 1, and its characteristic is; the first end (8.1) and the said The spring (8) is fixed to the hinge plate (5) from the connector housing at the end. It includes. 25

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