A DEEP FREEZER

Abstract

This invention relates to a deep freezer (1) comprising a body (2), a freezer compartment (3) on the body (2) into which food is placed, an opening (A) that allows access into the freezer compartment (3), a door (7) that can be moved between a closed position which covers the opening (A) and prevents access into the freezer compartment (3) and an open position which allows access into the freezer compartment (3), an evaporator (4) on the body (2) which cools the freezer compartment (3) and a compressor (5) which compresses the refrigerant and a condenser (6) which condenses the refrigerant.

Description

1 TARIFF A DEEP FREEZER This invention is a deep compartment with a door into which food to be cooled is placed. It is related to the freezer. 5 Also known as chest freezers, these are deep freezers with a body that is closed at the top with a door. It contains a single freezer compartment. The bottom of the freezer body on the side referred to as the bottom of the fuselage area and isolated from the freezer compartment in the machine compartment a compressor and a condenser, freezer 10 An evaporator is located behind the evaporator cover in the compartment. The cooling of food placed inside the freezer compartment is done via the evaporator. This is accomplished by forced convection thanks to a fan installed in the freezer. Since the compartment volume is usually a single unit, the food to be cooled They need to be stacked neatly and over time 15 for users This presents difficulties in use. For this reason, some stacking tools have been developed. The freezer compartment volume is insufficient for users and additional cooling is needed. Large volumes are needed. German patent number DE102013004976, which is included in the prior art. In the application, a deep freezer with compartments attached to the cabinet door was specified. It is explained. U.S. patent number US2950157A, which is included in the prior art. In its application, it requested a deep 25" cabinet featuring a foldable shelving system attached to the cabinet door. The freezer is being described. The purpose of this invention is to create a deep compartment inside the door that allows food to be cooled. It is the implementation of the freezer. 2 The first step taken to achieve the purpose of this invention, and the steps associated with that step... The deep freezer described in the specifications consists of a body, a housing located on the body, and inside it a freezer compartment where food is stored, providing access to the inside of the freezer compartment an opening, a hole that he covered and blocked access to the inside of the freezer compartment A closed position that allows access to the inside of the freezer compartment, and an open position 5. a door suitable for movement between them, a freezer located on the body an evaporator that cools the compartment and compresses the refrigerant a compressor that provides and a device that enables the condensation of the refrigerant. The condenser can be installed or removed within a compartment arranged above the door. a drawer placed on the door, with a freezer compartment and a volume of liquid 10 at least one air duct connecting the two, located on the body, freezer a fan that directs the cold air inside the compartment into the volume and located on the door, the air sent into the volume is recirculated back into the freezer compartment. It includes a discharge port that allows the contents to be discharged inside. This is why it is located on the door. A volume has been created that allows food to be cooled, and 15 from the freezer compartment. The space is cooled by introducing cold air into it. This allows for more efficient use of the freezer door. In one application of the invention, a temperature gauge is placed on the door to measure the temperature of the space. The sensor includes a heater that regulates the temperature of the space, and the body is 20 It has a control panel that allows the heater to be controlled. This This allows the volume to be used as a freezer or refrigerator compartment, depending on the user's preference. It is used. The heater also controls the freezer compartment and volume temperatures. This also prevents problems such as sweating, icing, and snow accumulation caused by the difference between them. It is passing. 25 In one application of the invention, the heater is located on the side of the drawer facing the bottom. and placed on the door in such a way as to almost completely cover the opening. An insulation element is included. This allows the space to be heated more effectively. while ensuring that it is not affected by the heater temperature of the freezer compartment 30 is provided. 3 In one application of the invention, two drawers are placed side-by-side within the same volume. It is positioned and the air duct supplies air to both drawers. This allows the space created on the door to be used more effectively. It is used and ensures that both drawers are cooled simultaneously. 5 This allows for better circulation and more balanced distribution of the cold air sent into the volume. It is designed to provide cooling. In one application of the invention, the air duct is located in a gap between the drawers. It is designed to remain inside. This way, the air duct takes up less space. 10 This reduces the amount of space required and allows for a larger drawer capacity. In one application of the invention, the air duct has an almost Y-shape. This allows Cold air inside the freezer compartment is drawn in from a single point and simultaneously... is conveyed to the drawers. Thus, the cold air conveyed to the drawers is the same 15 This ensures that the temperature is maintained and that the water is distributed homogeneously to the drawers. In one application of the invention, the fan can be used to freeze the door when the door is in the closed position. It is located on the side facing the compartment. This allows the fan to stay inside the freezer compartment. by drawing the air inside more effectively and sending it into the volume 20 It provides. In one application of the invention, on a door, to surround the access opening. a device designed to seal the volume when the drawer is placed in the door. A sealing element is included. This ensures that when the drawer is placed in the door, it seals at 25°C. Air is prevented from escaping through the access opening. This ensures the volume remains within the outer boundaries. This has resulted in more effective insulation from the environment and increased energy efficiency. Thanks to this invention, food can be stored within a volume provided on the door. and cooling was achieved without the use of an additional coolant. 30 4 The deep freezer attachments were created to achieve the purpose of this invention. as shown, from these figures; Figure 1 – A freezer with its door open, representing an application of the invention. It is the appearance. 5 Figure 2 – Another view of the deep freezer representing an application of the invention. Figure 3 – Front section view of a deep freezer representing an application of the invention. Figure 4 – A freezer with its door open, representing an application of the invention. This is the front view. The parts in the figures are individually numbered, and the corresponding numbers are listed below. It has been given. 1. Deep freezer 2. Body 15 3. Freezer compartment 4. Evaporator 5. Compressor 6. Condenser 7. Door 20 8. Drawer 9. Air duct 10. Fan 11. Evacuation port 12. Temperature sensor 25 13. Heater 14. Control panel 15. Insulation element 16. Sealing element A: Span 30 EA: Openness to access H: Volume Deep freezer (1), a body (2), located on the body (2), into which food can be placed a freezer compartment (3) into which it is placed, providing access to the freezer compartment (3) opening (A), which covers the opening (A) and provides access into freezer compartment (3) 5 It allows access into the freezer compartment (3) with a closed position that prevents it from doing so. A door (7) suitable for moving between open and closed positions is located on the body (2). the area includes an evaporator (4) and a cooler which provides cooling of the freezer compartment (3). a compressor (5) that compresses the fluid and the refrigerant It contains a condenser (6) that enables condensation. Deep freezer (1) chest 10 It is a type of deep freezer and the door (7) will move vertically on the body (2). It is attached with a hinge in this way. The subject of the invention is a deep freezer (1), a volume (H) arranged on the door (7) inside, in a closed position in which the entire volume (H) is stored, at least one 15 movement between at least one open position where part of the volume (H) is outside the volume. at least one drawer (8) that can be removed, located on the door (7) and freezer compartment (3) At least one air duct (9) allowing air flow between volume (H), air duct (9) The cold air inside the freezer compartment (3) located on it enters the volume (H) a fan (10) and a door (7) that enables the sending of 20 into the volume (H). a system that sends the air back into the freezer compartment (3) It includes a discharge port (11). The volume (H) provided on the door (7) The drawer (8) is moved by sliding it between the open and closed positions. This is done to cool the volume (H) and consequently the inside of the drawer (8). The cold air in the freezer compartment (3) is blown into the volume (H) by fan (10) and air duct (9) 25 This is achieved by sending cold air into the volume (H). After circulating inside (H), it returns to the freezer compartment via the discharge port. (3) is sent into it. Thus, the volume (H) provided on the door (7) is added. Cooling is achieved without the use of a cooling element, and no additional benefit is provided for users. Storage space has been created. 30 6 In one application of the invention, the deep freezer (1) has a volume located on the door (7). A temperature sensor (12) measuring the temperature (H) regulates the temperature of the volume (H). a heater (13) and located on the body (2) that provides control of the heater (13) It includes a control panel (14) that enables the temperature sensor (12) to function. (H) controls the temperature of the air inside and via the control panel (14) 5 It allows the user to change the heater (13) setting. Heater (13) is the same due to the difference between the freezer compartment and volume temperatures over time It also prevents problems such as sweating, icing, and frosting. User volume (H) When you want to use it as a freezer, you can control the heaters via the control panel (14). (13) When closing, the control panel 10 wants to use the volume (H) as a cooler. (14) turns on the heaters (13). Thus, the volume (H) cools or It can be used as a freezer. In one application of the invention, the deep freezer (1) opens the freezer compartment (3) through the door (7) Located on the side of the heater (13) and on the door (7), with volume (H) 15 an insulation element (15) that provides heat insulation between the freezer compartment (3) It includes. The insulation element (15) is on the side of the door (7) facing the freezer compartment (3), It is positioned to almost completely close the opening (A). Thus heat transfer between volume (H) and freezer compartment (3) is almost complete. It prevents. 20 In one application of the invention, the deep freezer (1) has a volume (H) located on the door (7). inside are two drawers (8) positioned side by side and both drawers have ventilation It contains an air duct (9) that provides the supply. Side by side on the door (7) Two drawers (8) provide ease of use for users. A single 25 By ensuring that air is delivered to both drawers (8) at the same time through the air duct (9) homogeneous cooling of the drawers (8) and the use of additional parts by eliminating the production of deep freezers (1) in a cheaper way has been provided. 7 In one application of the invention, the deep freezer (1) is located between drawers (8) It includes an air duct (9) arranged to remain within the gap (B). Leaving space (B) between drawers (8) will reduce the heat between drawers (8). while ensuring the reduction of transfer, the air duct (9) is also here This allows for the positioning of the air duct (9) on the door (7). This makes it easier to install. In one application of the invention, the deep freezer (1) has an air that is almost Y-shaped. It contains a channel (9). This allows air to pass through the freezer compartment (3) in a single channel. It is drawn from the point and transmitted to the drawers (8) with equal flow rates. Thus, both 10 It is ensured that the drawer (8) is at the same temperature. In one application of the invention, the deep freezer (1) is in the closed position with the door (7) It includes a fan (10) located on the side of the door (7) facing the freezer compartment (3). The fan (10) is positioned on the air duct (9) and in the freezer compartment (3) 15 It draws air directly into the volume (H). The door of the fan (10) (7) Its location on the inner surface provides both ease of assembly and easier maintenance. It ensures that it is done quickly and easily. In one application of the invention, the deep freezer (1) will surround the access opening (EA) 20 As shown above the door (7), when the drawer (8) is placed on the door (7), the volume (H) contains a sealing element (16) that provides sealing. Sealing element (16) is preferably made of rubber material and drawer (8) to door (7) When installed, it prevents air inside the volume (H) from escaping to the outside environment. Thanks to this invention, the volume (H) created on the door (7) is in the freezer compartment (3) air cooling was provided and food could be stored inside the door (7) deep freezer (1) has been developed.

Claims

8 REQUESTS 1. A trunk (2), a container on the trunk (2) into which food is placed freezer compartment (3), an opening that provides access to the freezer compartment (3) 5 (A) covers the opening (A) and provides access into the freezer compartment (3). Access to the freezer compartment (3) is blocked by a closed position. a door (7) suitable for moving between an open position, body (2) located on top of it, which enables the cooling of the freezer compartment (3). evaporator (4) and compressor (5) which compresses the refrigerant 10 and containing a condenser (6) that enables the condensation of the refrigerant, door (7) into a volume (H) arranged on the volume (H) at least part of the volume (H) is hidden in a closed position. at least one open position that can be moved between, or outside of, at least one open position a drawer (8), located on the door (7), freezer compartment (3) with volume (H) 15 at least one air duct (9) allowing air flow between them, air duct (9) The volume (H) of cold air inside the freezer compartment (3) located on it a fan (10) that allows the volume to be sent inside and a door (7) located on the door. Air sent into (H) is returned to freezer compartment (3). a deep 20 characterized by a discharge port (11) that allows sending. freezer (1).

2. A temperature sensor located on the door (7) that measures the temperature of the volume (H). (12), a heater (13) and a body which regulate the temperature of the volume (H). (2) has a control that enables the heater (13) to be controlled. 25 A deep freezer (1) as in Claim 1, characterized by panel (14).

3. Heater (13) and door located on the side of the door (7) facing the freezer compartment (3). (7) located between the volume (H) and the freezer compartment (3) for thermal insulation. a 30 as in Claim 2 characterized by an insulation element (15) providing deep freezer (1). 9 4. Two located side-by-side within volume (H) on the door (7) drawer (8) and air duct (9) which provides air supply to both drawers a depth like in any of Claims 1 through 3 characterized by freezer (1).

5. To remain within a space (B) between drawers (8). a deep as in Claim 4 characterized by the arranged air duct (9) freezer (1).

6. Claim 4 10 is characterized by an air duct (9) that is almost Y-shaped. or a deep freezer as in Claim 5 (1).

7. With the door (7) in the closed position, the side of the door (7) facing the freezer compartment (3) from the above requirements characterized by the fan (10) located on it a deep freezer like any (1). 15 8. Arranged on the door (7) to surround the access opening (EA), When the drawer (8) is placed in the door (7), it ensures the volume (H) is sealed. from the above requirements characterized by the sealing element (16) a deep freezer like any (1). 20

Images