A CHILLER WITH WATER DRAINAGE

Abstract

This invention relates to a water drain cooler (1) which enables the removal of any liquid from the cooler when water vapor condenses into water droplets due to the internal conditions of the environment or when any liquid is poured into the shell (2).

Description

1 TARIFF A CHILLER WITH WATER DRAINAGE Technical Area 5 This invention allows the evaporator in the cooler to react to the ambient conditions. when the water vapor on it condenses and turns into water droplets, it cools It involves a water-draining cooler that allows water to be removed from inside. Previous Technique Refrigerators operate using the vapor compression method, keeping food cold. These are machines that ensure long-term preservation. Depending on their area of ​​use... There are many different models. 15 In refrigerators, fans, motors, thermostats, and similar devices direct the cold air. components and compressor, condenser, evaporator, heat There are cooling circuit elements such as the heat exchanger and the like. Air transfer within the cooler is achieved through the use of these elements. 20 and food placed inside the refrigerator is kept cold and preserved. is provided. The evaporator is where the refrigerant enters the refrigerant system as a liquid and evaporates. This is the section where it exits as a gas. The refrigerant enters the evaporator channels at 25°C. When it enters, it absorbs heat from the substance or environment being cooled and releases heat from the environment. While doing this, it begins to boil and evaporate. In this process mentioned above... The evaporator performs the cooling purpose of the entire system. Evaporative cooling uses water. It is based on the principle of removing heat from the air through evaporation. When water evaporates... It draws heat from the air and causes the air to cool. The evaporator operates at a low temperature of 30°C. It evaporates the liquid at low pressure by absorbing the heat from the container. For this reason... 2 Evaporators are manufactured from materials such as iron, steel, brass, copper, or aluminum. It is possible. In currently used refrigerators, the evaporator heats the environment when it is operating. Due to the conditions, water droplets form on it. The water in question is 5 The droplets accumulate at the top of the evaporator and move towards the bottom shell of the cooler. It is progressing and accumulating. If the accumulated water is not drained, the cooler will malfunction. It can damage the food inside. Inside the lower body of the refrigerator. This causes contamination of food and beverages inside the refrigerator. This causes food and beverages to spoil and water droplets to form on them. 10 This is the reason. Currently, to prevent icing inside the cooler, it is checked from time to time. melting the ice accumulated on the body surface by using a heating process instead of cooling. This process, which is carried out to prevent icing on the fuselage, removes 15 ice blocks. It melts and turns into water droplets at the bottom, from where it drains out. is being done. Draining water or liquids from inside a refrigerator or freezer. A drain pipe is used for this. The drain pipe goes into the cooler and 20 Different methods are used for mounting it to the body. These methods... In many of them, the drain pipe is placed inside the body during manufacturing or It is later inserted into the body by drilling a hole in the body. Drainage The pipe is placed inside the body sheet metal and then insulated. These processes... It involves time, labor, and cost. Additionally, there are 25 items that need to be assembled later. The drain pipe can cause sealing problems within the housing. Because the drain pipe could not be installed with a completely tight fit, the body... The drain pipe is usually connected to a bench while the insulation material inside is being poured out. It is fixed by gluing. The tape discharge pipe is fixed and does not move for 30 minutes. It is used to ensure it stays in place. It is also used to seal the drain pipe. 3 or it can be fixed by gluing with an adhesive-like substance. It is requested. The invention in question involves a special drain pipe and the said drain pipe. A mounting bracket is used that allows it to be assembled by compressing it. Thus, 5 The drain pipe is easily and securely mounted to the body sheet metal. It is possible. Purposes of the Invention The purpose of this invention is to reduce the ambient temperature fluctuations within the refrigerator's inner casing. to prevent water droplets from accumulating inside the body and to drain them It has an easy-to-install drain pipe used to ensure drainage. The goal is to create a cooler. Another purpose of this invention is to enable the drain pipe to be easily installed. The goal is to create a cooler with a mounting bracket. Another aim of this invention is to speed up the production process and the materials used. a cooler with a drain pipe and mounting bracket that reduces the number of 20 to accomplish. Another purpose of this invention is to use sealants such as silicone, adhesives, and putties. a drain pipe that can be assembled and sealed without using The goal is to create a cooler. 25 Another aim of this invention is to prevent water droplets from condensing inside the body. This allows the products inside the cooler to be evacuated without damaging them. The goal is to create a water-drained chiller. 4 Another purpose of this invention is to prevent water accumulating inside the hull from draining. The body is placed along a preferred surface without damaging the food and beverages found inside. collected at the bottom and discharged outside the cooler without causing contamination The goal is to create a cooler that provides this. Detailed Description of the Invention The refrigerant produced to achieve the purpose of this invention is shown in the attached figures. These figures are shown as follows: 10 Figure 1. Perspective view of the cooler. Figure 2. Side view of the cooler's inner casing. Figure 3. Cross-sectional side view of the cooler's inner casing. Figure 4. Detailed side view of the refrigerant discharge area. 15 Figure 5 shows the appearance of the drain pipe and mounting bracket. Figure 6. Cross-sectional view of the drain pipe and mounting bracket. Figure 7. Cross-section of the assembled drain pipe and mounting bracket. 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 25 3. Cover 4. Base 5. Drain pipe 5.1. Outer frame 5.2. Inlet opening 30 5.3. Outlet 5.4. Holding tooth 6. Mounting bracket 6.1. Pipe clearance 6.2. Internal teeth 6.3. Holding tab 5 The subject of the invention is the cooler (1) which collects water, liquid of all kinds inside the housing (2). drain pipe (5) and mounting bracket that allows the fluid to be discharged from the body It is related to (6). The subject of the invention, the cooler (1) and the drain pipe (5) can be easily inserted into the housing (2). It can be assembled in a practical way. Thus, manufacturing and service time are reduced. Shortening the length allows for a healthier and safer assembly. The most important feature of the refrigerator in question is that it can be positioned vertically or horizontally at 15°C. 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 (3) that provides access; door (3) that can be opened and closed 20 hinged, designed to keep the products inside cool. It is a cooler (1) which provides the feature of; - there must be an opening for drainage on the base (4), - drain pipe (5) in the opening on the base (4) and drain pipe (5) on the base (4) having a mounting bracket that clamps to the hair, - the drain pipe (5) must have at least one inlet port (5.2), at least one outlet port (5.3), at least one 25 Containing a retaining tooth (5.4), - fitted onto the drain pipe (5) and rotated onto the drain pipe (5) movable mounting bracket (6) that clamps the drain pipe (5) to the base (4) sheet metal. including, - the mounting bracket (6) must have at least one pipe gap (6.1), at least one internal thread (6.2) and at least 30 It includes a holding lug (6.3). 6 The subject of the invention, the refrigerator (1), is used to cool food, beverages and / or drinks. 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 types of horizontally or vertically positioned cabinets, such as ice cream cabinets and wine cabinets. It can be a refrigerator or a freezer. In one application of the invention, the shell (2) cools the products inside it, 10 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 The edge can be along the whole (2) of the body or along a part of it. 15 It is possible. 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) 20 It opens and closes by sliding. In one application of the invention... The door (3) can be a sliding door and opens and closes by sliding. The invention is The door (3) included in the application is opened by sliding over the body (2) and It is currently closed. In the preferred application of the invention, the door (3) is attached to the body with hinges (2) It is connected in a way that allows it to 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) 30 7 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 door (3) is attached to the body (2) by hinge. This application of the invention includes The opening door (3) is preferably hinged on one side of the open edge of the body (2). It is fixed in place and opens and closes by moving at an angle. When the door (2) of the cooler (1) is opened and closed, the indoor temperature It is changing, and water droplets are accumulating inside the body (2) due to condensation. Condensing water droplets move downwards due to gravity. 10 at the bottom (4) Drainage is required to prevent water accumulation and spread. Body (2) Water droplets can form inside due to various reasons, sometimes on the body (2) Drinks can be spilled into it or accumulated at the bottom (4) while the body (2) is being cleaned It may be necessary to drain the water. Drain the liquid that has accumulated inside the shell (2). To prevent water accumulation and spread at the base (4), drainage 15 There is an opening. Drainage is available within the drainage opening (4) located at the base. pipe (5) is located and the liquid accumulated in the drain pipe (5) is discharged out. is provided. The subject of the invention is the refrigerator (1) drain pipe (5) and the drain pipe (5) easy 20 Mounting apparatus (6) is used for mounting in this way. The invention is one In the application, the drain pipe (5), outer frame (5.1), inlet port (5.2), outlet port (5.3) and includes a retaining tooth (5.4). The outer frame (5.1) 25 is located on the upper part and mouth of the discharge pipe (5). It is located. The outer frame (5.1) is preferably circular in form and the entrance opening (5.2) surrounds the entire outer frame (5.1). The outer frame (5.1) preferably surrounds the drain pipe (5) It is in the form of a circular protrusion extending outwards from the body. The outer frame (5.1), It forms an area protruding outwards in the drain pipe (5) and the drain The pipe (5) provides a protrusion wider than the body diameter. 30 8 In one application of the invention, the outer frame (5.1) is located on the upper part of the base (4) sheet. The body of the drain pipe (5) is located in the lower part of the base (4) sheet metal. The drain pipe (5) has a known casing structure. The drain pipe (5) preferably It is in a circular form. In the different application of the invention, the drain pipe (5) circle 5 It can also be in a different form. In the upper part of the drain pipe (5) The drain pipe has an inlet port (5.2) and an outlet port (5.3) at the bottom. (5) preferably has a flow gap in the inner section and enters through the inlet (5.2). Water passes through the gap in question and exits through the outlet (5.3). The most important feature of the drain pipe (5) is the outer casing of the drain pipe (5). The surface has a retaining tooth (5.4). The retaining tooth (5.4) is preferably for discharge. Starting from the top section of the pipe (5) and continuing downwards, it turns The gripping teeth (5.4) can be in one or more rows. Gripping teeth (5.4), making one or more turns in the body of the drain pipe (5) 15 It is located. The length of the retaining tooth (5.4) is mounted on the drain pipe (5) body. how many turns the apparatus (6) will turn and to what length and height it will reach It determines. In one application of the invention, the retaining tooth (5.4) starts from the outer frame (5.1) and discharges 20 pipe (5) along part of the body or all or only the upper part It is located throughout. By moving on the discharge pipe (5), compressing the discharge pipe (5). Mounting bracket (6) is provided. Mounting bracket (6) preferably with drain pipe (5) 25 It has the same or a similar geometric form. The mounting bracket (6) is preferably circular. It is in one form. The mounting bracket (6) preferably fits the pipe gap (6.1), internal thread (6.2) and retaining It includes the ear (6.3). The mounting bracket (6) should preferably have a 30 in the inner section along the entire mounting bracket (6). There is an opening, a gap, and the gap in question is the pipe gap (6.1). Pipe 9 The gap (6.1) is located along or part of the entire mounting bracket (6). It can receive. The drain pipe (5) enters the pipe cavity (6.1). The mounting bracket (6) has internal threads (6.2) on its inner surface. Internal thread (6.2) mounting Starting from the top section of the apparatus (6) and going down to the bottom section, the entire mounting apparatus 5 (6) is located along the inner surface. In one application of the invention, the inner tooth (6.2), It is located along part of the mounting bracket (6). The internal thread (6.2) is preferably the same as the retaining thread (5.4) located on the drain pipe (5). or of similar width, thickness and form. Mounting bracket (6) on its inner surface 10 The internal tooth (6.2) located on the outer surface of the drain pipe (5) retaining tooth (5.4) By grasping it, it is able to move around and surround it. Thus, assembly. When the mounting bracket (6) is attached to the drain pipe (5) and turned, the mounting bracket (6) drains It can move up or down by rotating on its tube (5). The handle for easy movement and gripping of the mounting bracket (6) The ear (6.3) is used. The ear (6.3) is in the form of a handle and mounting. The apparatus (6) consists of protrusions extending outwards from its body. The mounting bracket (6) can be turned by grasping the protrusions. In a different application of the invention, the retaining tooth on the inner surface of the drain pipe (5) (5.4) is located and the mounting bracket (6) has internal threads (6.2) on its outer surface. In this application, the mounting bracket (6) moves on the inner surface of the drain pipe (5). Compression is performed in this way. The subject of the invention is the liquid or fluid base (4) that accumulates inside the (1) body (2) of the cooler (1) It is discharged through the opening located at the bottom (4) with a plug. It can be opened and closed. The drain pipe (5) is located in the opening on the base (4). It is located. The outer frame (5.1) part of the drain pipe (5) is preferably the base (4) 30 The upper part of the surface or sheet metal and the other parts are located at the bottom of the base (4) It is located. The mounting bracket (6) is located at the bottom of the drain pipe (5) (5) is attached and pushed up to the retaining tooth (5.4). Assembly The apparatus (6) is rotated on the drain pipe (5) and the retaining tooth (5.4) of the internal thread (6.2) It is made to move on it. The mounting bracket (6) is rotated to release it. The mounting bracket (6) is moved on the pipe (5). until it is thoroughly compressed, in other words, the discharge pipe (5) to the base (4) surface, 5 It is turned until it is clamped to the sheet metal. The drain pipe (5) is tightly attached to the base (4) When fixed, the mounting bracket (6) is released. Thanks to the mounting bracket (6), the drain pipe (5) is easily fixed without needing anything else. The liquid inside the body (2) accumulates at the bottom (4) and is located on the bottom (4) 10 The discharge pipe (5) passes through the opening and discharges outside the shell (2). is being done.

Claims

11 REQUESTS 1. The most important feature of the refrigerator that is the subject of this invention is that it can be positioned vertically or horizontally. a device positioned to cool and preserve the products inside. The detail is that at least one body is open so that the user can access the products. 5 (2), located on the open edge of the body (2) and opening and closing the body (2) containing the products inside, which have at least one door (3) that provides access to the inside. It is a refrigerant (1) which enables preservation by cooling; its feature is: - there must be an opening for drainage on the base (4), - drain pipe (5) in the opening on the base (4) and drain pipe (5) on the base 10 (4) having a mounting device that clamps to the sheet metal, - the drain pipe (5) must have at least one inlet port (5.2), at least one outlet port (5.3), at least containing a retaining tooth (5.4), - fitted onto the drain pipe (5) and rotated onto the drain pipe (5) movable mounting bracket 15 that clamps the drain pipe (5) to the base (4) sheet metal. (6) includes, - the mounting bracket (6) must have at least one pipe gap (6.1), at least one internal thread (6.2) and at most It contains a small retaining ear (6.3).

2. A cooler (1) as in Claim 1, and its feature is that the discharge pipe (5) is outside 20 It consists of a frame (5.1), inlet port (5.2), outlet port (5.3) and retaining tooth (5.4).

3. A cooler (1) as in Claim 1, and its feature is; the top of the drain pipe (5) the presence of an outer frame (5.1) in the section and mouth part, the outer frame (5.1) It is circular in shape and surrounds the entire entrance (5.2). 25 4. A cooler (1) as in Claim 1, and its characteristic is that the discharge pipe (5) body It has a retaining tooth (5.4) on its outer surface. 12 5. A cooler (1) as in Claim 1, and its feature is; discharge of the retaining tooth (5.4). Starting from the top section of the pipe (5) and continuing downwards, it turns It is the act of doing.

6. A cooler (1) as in Claim 1, and its characteristic is that the retaining tooth (5.4) has one or 5 more rows, the retaining tooth (5.4), in the body of the drain pipe (5) a single It is positioned in such a way that it will complete one or more laps.

7. A cooler (1) as in Claim 1, and its feature is; the discharge of the mounting bracket (6). The pipe (5) must have the same or similar geometric form and the mounting apparatus must be 10 (6) includes the pipe cavity (6.1), internal thread (6.2) and retaining ear (6.3).

8. A cooler (1) as in Claim 1, and its feature is that the mounting bracket (6) inside The presence of internal threads (6.2) on its surface, the internal thread (6.2) on the mounting apparatus (6) on top Starting from the bottom section and going all the way to the bottom section, the inner surface of the mounting bracket (6) is 15 or its location throughout a part of it.

9. A cooler (1) as in Claim 1, and its feature is; the discharge pipe of the internal thread (6.2). (5) has the same or similar width and thickness as the retaining tooth (5.4) on it. and being in shape. 20 10. A cooler (1) as in Claim 1, and its feature is; on the inner surface of the mounting bracket (6). The internal tooth (6.2) located on the outer surface of the drain pipe (5) retaining tooth (5.4) It is the ability to grasp it and act upon it.

11. A cooler (1) as in Claim 1, its feature is that it is in the form of a handle and mounting The apparatus (6) has a handle in the form of protrusions extending outwards from its body. (6.3) includes.

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