A COOLER WITH INTERIOR BODY LIGHTING.

TR202413738YPending Publication Date: 2026-08-21SERSİM İÇ & DIŞ TİCARET ANONİM ŞİRKETİ
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Patent Information

Application Number
TR202413738U
Authority / Receiving Office
TR · TR
Patent Type
Utility models
Current Assignee / Owner
Filing Date
2024-10-10
Publication Date
2026-08-21
Estimated Expiration
2034-10-10

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Abstract

This invention relates to a cooler (1) in which the lighting inside the body (2) is done by the first illuminator (5) and the second illuminator (6) located at different heights.
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Description

1 TARIFF A COOLER WITH INTERIOR BODY LIGHTING. Technical Area 5 This invention allows for lighting at different heights inside the housing of refrigerators. and its alignment allows for better illumination of the fuselage interior. It is related to the cooler. 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 Coolers contain a fan, motor, thermostat, and other components that regulate cooling. directing elements and compressor, condenser, evaporator, heat exchanger and There are several cooling circuit elements like these. Air transfer within the cooler is achieved through the means of elements and 20 Foods placed inside the refrigerator are kept cold and preserved. is provided. Heat is a type of energy that transfers from a hot environment to a cold environment. The purpose of cooling is also to transfer heat. The goal is to maintain the temperature of the substance below the ambient temperature. Therefore, 25 Heat will constantly flow from the external environment towards the cooled substance. Heat Heat conduction is a property related to the molecular structure of matter. Every substance has a specific heat conduction characteristic. Their ability to conduct heat varies; some materials are insulators because they conduct very little heat per unit time. It is called heat transfer. It is not possible to completely prevent heat transfer, but it can. The transfer can be reduced or slowed down. Coolers can keep indoor temperatures low. 30 They are equipped with a cooling system. The coolant is usually a metal that conducts heat well. 2 Because it is made of this material, the need for insulation is inevitable. The cooling system Amount and unit of insulation in the calculation, installation and operation (testing) The amount of heat transferred over time is taken into consideration. When choosing insulation materials, the most suitable option is also considered. The key factors are the amount of heat the material transmits per unit time, its price, and its application. This is the form. Another characteristic of insulation material is its moisture and water retention capacity. 5 Cooling surfaces develop large amounts of water droplets due to condensation of moisture in the air. It forms a non-waterproof insulation material very quickly. It loses heat. Thermal insulation in coolers prevents the outside temperature from reaching outside the cabinet. It is necessary for retention. The thickness of the thermal insulation line depends on the type of materials and It varies depending on the temperature at which cooling will be applied. A wide variety of materials 10 Although used in cabins, these are the most common thermal insulation materials used. These are polyurethane and glass wool. The material known as polyurethane has become quite popular in recent years. It has found many applications. Polyurethane solidifies into a hard and solid form. Due to its properties, it serves as both insulation and a frame in household refrigerators. Coolers generally consist of parts such as a housing, door, and cooling unit. It includes thermal insulation, cooling efficiency, and interior lighting in coolers. It is important. Interior lighting in refrigerators, in other words, interior body lighting, so that the user can easily see all the products inside the cooler It is planned. 20 When installing interior lighting for coolers, straight lighting lines are used inside the housing. are placed. These lighting lines are preferably placed on the side of the body. They are located on the surfaces and continue throughout the entire body. The 25 of the cooling housing with the illuminators placed inside the lighting lines Illumination from inside the body, from the side surfaces of the body, throughout the entire body. is being done. In some coolers, the interior lighting of the housing, the side surfaces inside the housing, and with interior auxiliary lighting extending along the entire body, including at the corners 30 This is done. Using too much lighting inside the cooler is unnecessary. 3 Excessive cooling can lead to lighting inside the cooler and excessive electricity consumption. This is the case. The interior lighting of the cooler housing needs to be planned in an optimized way. in this case, unnecessary electricity consumption and excessive lighting are needed It is not available. With the current application, the optimization of the refrigerator interior lighting and It is planned that it can be increased or decreased according to preference. 5 Purposes of the Invention The aim of this invention is to adjust the interior lighting of the cooler according to its intended use. The goal is to create a cooler with the planned illuminators. 10 Another aim of this invention is to adapt the interior of the cooler housing to usage habits. a cooler with illuminators that provide effective lighting to accomplish. Another purpose of this invention is to place items inside the cooler housing in a specific arrangement. a cooler with illuminators that provide optimum lighting to the interior of the body. to accomplish. Brief Description of the Invention 20 The initial requirement and other requirements implemented to achieve the purpose of this invention... The refrigerant described in the claims, the refrigerant in an application of the invention, the products It ensures that it is stored by being cooled to the preferred temperature. The cooler, the body, The set includes the inner plastic housing, door, first illuminator, and second illuminator. Housing 25 The inner plastic forms the interior of the body. The interior of the body... The lighting is provided by a primary illuminator and a secondary illuminator. Inside the body On the plastic, the first illuminator and the second illuminator are positioned in a sliding manner. They are positioned. The first and second illuminators are at different heights. They are positioned and illuminate different areas. The lights are preferably placed opposite each other inside. 30 On the body surface, at different heights, one exactly opposite the other. 4 different They are positioned at certain heights. This allows for interior fuselage lighting. This can be done with more highlighting by sliding the light. Detailed Description of the Invention 5 The refrigerant produced to achieve the purpose of this invention is shown in the attached figures. These figures are shown below; Figure 1. Perspective view of a refrigerator with one of its doors missing. 10 Figure 2. A perspective of the refrigerator with one of its doors missing, from a different angle. It is the appearance. Figure 3. Partial perspective view of the cooler's inner plastic casing. Figure 4. Partial perspective of the cooler's inner plastic casing from a different angle. It is the appearance. 15 The parts in the figures are individually numbered, and these numbers correspond to: It is given below. 1. Cooler 20 2. Body 3. Inner body plastic 4th Door 5. First illuminator 5.1. First slot 25 6. Second illuminator 6.1. Second nest 7. Retaining nail 8. Outer frame 5 A vertically or horizontally positioned edge allows the user to interact with the products. the outer body panel (3), inner body panel (4) and which are open so that it can be accessed among these is the body (2) which has insulation material; the body (2) covering the interior completely or in part, of the body (2) body inner plastic (3) which ensures that it has the desired texture and form; body (2) open 5 It has a door (4) that comes onto the edge, opens and closes and provides access to the body (2), A refrigerator that keeps the products inside cool and preserved. (1) and its feature is; There is at least one primary illuminator (5) and at least one secondary illuminator on the inner plastic of the body (3). illuminating (6) presence, 10 first illuminator (5) and second illuminator (6) are positioned at the same height not being and the first illuminator (5) and at least one second illuminator (6) opposite each other or will be located on different inner body plastic (3) surfaces so as not to align It is positioned in this way. 15 In one application of the invention, the refrigerator (1) can store products at the preferred temperature. It ensures that it is kept cool. Cooler (1), housing (2), housing inner plastic (3), door (4), first illuminator (5) and second illuminator (6) are included. 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 this application of the invention is preferably vertical. It is of the type. The body (2) included in another application of the invention is preferably It is of the horizontal type. The body (2) preferably has at least one open edge 25 It is located. The open edge may be along the whole of the body (2) or part of it. It can also be along the entire length. The open edge of the body (2) is in a single piece. It can also be in the form of two separate parts. In different applications, The open edge of the body (2) can be closed with a single door (4) or with multiple parts. It can also be closed with the door (4). 30 6 The inner part of the body (2) is the inner plastic of the body, either completely or in parts. (3) is covered with. The inner plastic of the body (2) is the desired texture of the inner part of the body (2) and It helps keep you in shape. The inner plastic of the housing (3) is also very important for insulation. The housing (2) outer 5 by filling insulation material between the surface and the inner plastic of the body (3) The cooling (1) is insulated. The inner plastic of the housing (3) forms the structure of the cooler (1) inner housing (2), therefore The cooler (1) internal structure can be planned as desired, whether it will be horizontal or vertical, body 10 (2) size, (4) number of doors, (4) opening method of doors, design, etc. inside the body The plastic (3) also has a form structure accordingly. The door (4) is located on the open edge (2) in the body. The door (4) is on the body (2) (2) 15 to enclose the body in a single piece or two-piece structure. is fixed. The door (4) included in this application of the invention is fixed to the body (2) It is in a state of opening and closing by separating from the door (4) body. (2) is used to close the open edge. The door (4) is attached to the body (2) with a hinge. is connected. The door (4) included in this application of the invention is preferably connected to the body (2) It is fixed to the open edge with a hinge at one side and moves at an angle of 20 It opens and closes. In one application of the invention, the lid (4) is sliding or It can be opened and closed by sliding. In the refrigerator that is the subject of the invention, (1) the inner plastic of the body (3) are independent of each other. There are two illuminators (5) and (6) positioned as shown. 25 First illuminator (5) and second illuminator (6) preferably in the first socket (5.1) and has a second slot (6.1) and light sources within those slots, Lighting units are located. These light sources are in the first socket (5.1) and the emission of light and illumination from the second socket (6.1) It provides. 30 7 The first housing (5.1) and the second housing (6.1) should preferably be one-piece with the inner plastic of the body (3) or There may be integrated slots on the inner plastic of the body (3). The invention is one In the application, the first slot (5.1) and the second slot (6.1) are preferably fixed and inside the body. It is in the form of an inwardly recessed extension of plastic (3). In one application of the invention, the first slot (5.1) and the second slot (6.1) are movable. It is structured in the position of the first slot (5.1) and the second slot (6.1) inside the body plastic (3) It can be positioned gradually on it. The first slot (5.1) and the second The housing (6.1) can be moved gradually inside the inner plastic of the housing (3), The angles can be changed gradually. Thus, the manufacturer and the user can interact in the first 10 angles and positions of the first illuminator (5) and the second illuminator (6) It can adjust the angles of the first illuminator (5) and the second illuminator (6). Changing the depths of the body (2) in the preferred direction of internal lighting and It allows the focus to be concentrated at that angle. The first slot (5.1) and the second slot (6.1) contain retaining tabs (7). The retaining tab (7) is placed on the transparent first slot (5.1) and the second slot (6.1). It is used for mounting the light cover. The area around the first nest (5.1) and the second nest (6.1) should preferably be surrounded by a 20-degree fence. The outer frame (8) is located in the part. The outer frame (8) is the first slot (5.1) and the second surrounding the housing (6.1) and leaving an area for the lid to be placed on top of it It provides. The covers are preferably positioned on the outer frame (8) and By clamping with the retaining tab (7) onto the first slot (5.1) and the second slot (6.1) These covers are installed. These covers conceal the light source, preventing direct light from hitting it. It prevents the light from spreading in a beam-like manner. The covers prevent the light from scattering. They are facilitating its spread. The most important feature of the refrigerator (1) is that it has an inner plastic casing (3) on it. The first illuminator (5) and the second illuminator (6) are positioned in a staggered manner. 8 It is positioned in such a way that we can say the first illuminator (5) and the second The illuminator (6) is not on the same surface of the inner plastic (3) of the housing. In one application of the invention, the first illuminator (5) and the second illuminator (6) are the body It is on opposite surfaces of the inner plastic (3). The first illuminator (5) and the second 5 The illuminator (6) is preferably on the opposite side surfaces of the inner plastic (3) of the body. The first illuminator (5) and the second illuminator (6) have the same inner plastic body (3). They are not at the same height, even if they are at the same level, they are at different heights. They are positioned. One is higher than the other, and the other is slightly lower. The first one... illuminator (5) and second illuminator (6) provide lighting in the area where they are located. It does so. The first illuminator (5) and the second illuminator (6) are in different alignments. This allows them to illuminate different heights and different areas. In one application of the invention, only one side surface of the inner plastic of the body (3) first illuminator (5) and only one second illuminator (6) on the opposite side surface 15 They are located and the illuminators in question are not at the same height, one after the other. They are positioned either aligned with or in a different alignment. In one application of the invention, more than one side surface of the inner plastic of the body (3) first illuminator (5) and only one or more second 20 on the opposite side surface There are illuminators (6) and the said illuminators are at the same height. They are not aligned with each other or in different alignments. They are located. In one application of the invention, each first illuminator (5), Each second illuminator (6) on the opposite side is at a different height. and they do not illuminate the same area. 25 In the refrigerator that is the subject of the invention, the first illuminator (5) and the second illuminator (6) are the same. not at the same height, positioned opposite each other either in the same line or in different lines It is used as. The first illuminator (5) has an inner body (2) at different heights. while illuminating the area, the second illuminator (6) is an inner body (2) at a different height 30 It illuminates the area. The first illuminator (5) and the second illuminator (6) are different. 9 by placing the entire inner body (2) area at the same or different heights in line with the heights It is illuminated in a sliding manner.

Claims

REQUESTS 1. Positioned vertically or horizontally, one edge allows the user to interact with the products. open body panel (3), inner body panel (4) so ​​that it can be accessed and the body (2) which has insulation material between them; 5 covering the interior of the body (2) completely or in part, Body inner plastic (3) which ensures that the body (2) has the desired texture and form; Coming onto the open edge of the body (2), opening and closing to access the body (2) containing a door (4) that keeps the products inside cool. It is a cooler (1) which enables it to be used; its feature is 10 There is at least one primary illuminator (5) and at least one secondary illuminator on the inner plastic of the body (3). (6) presence of illuminating first illuminator (5) and second illuminator (6) are positioned at the same height not being and the first illuminator (5) and at least one second illuminator (6) opposite each other 15 or on different inner body plastic (3) surfaces that will not align being located in such a way that it will be found The first one is located independently on the inner plastic of the body (3). having illuminator (5) and second illuminator (6), first illuminator (5) and The second illuminator (6) has 20 in the first socket (5.1) and the second socket (6.1) respectively. the presence of light sources within those nests, The first slot (5.1) and the second slot (6.1) are of a movable structure, the first The position of the first slot (5.1) and the second slot (6.1) is on the inner plastic of the body (3). phased positioning, 25 on the inner plastic (3) of the body of the first illuminator (5) and the second illuminator (6). They are located opposite each other at the same height and in a straight line.

2. A cooler (1) as in Claim 1, its feature is that one side of the inner plastic of the body (3) more than one primary illuminator (5) on its surface and only one on its opposite side surface or having a second illuminator (6) and the 30 11 The lights are at different heights, either aligned or at different levels. It is positioned in such a way that it will be in that position.

3. A cooler (1) as in Claim 1, and its feature is; first slot (5.1) and second 5 the housing (6.1) is one-piece with the inner plastic of the housing (3) or on the inner plastic of the housing (3) There are integrated slots and the first slot (5.1) and the second slot (6.1) are fixed and It is in the form of an inwardly recessed extension from the inner plastic of the body (3).

4. A cooler (1) as in Claim 1, and its feature is; first slot (5.1) and second The housing (6.1) moves gradually inside the inner plastic of the housing (3), The ability to gradually change their angles.

5. A cooler (1) as in Claim 1, its feature is; first illuminator (5) and second 15 By changing the angles and depths of the illuminator (6), the body (2) inside It is the concentration of lighting in the preferred direction and angle.

6. A cooler (1) as in Claim 1, and its feature is; first slot (5.1) and second The presence of a retaining tab (7) inside the socket (6.1) and the first 20 with the retaining tab (7) transparent light cover placed on the first socket (5.1) and the second socket (6.1) It is the fixing.

7. A cooler (1) as in Claim 1, and its feature is; first slot (5.1) and second The presence of an outer frame (8) along the entire perimeter or part of the nest (6.1) and 25 the outer frame (8) surrounding the first slot (5.1) and the second slot (6.1) It provides a space for the lid to be placed.

8. A cooler (1) as in Claim 1, its feature is; first illuminator (5) and second 30 The inner plastic (3) of the illuminator (6) has the same at different heights. They are positioned opposite each other in a line. 12 9. A cooler (1) as in Claim 1, and its feature is; first illuminator (5) and second The illuminator (6) is located at different levels, at different heights and in different areas It is lighting.

10. A cooler (1) as in Claim 1, its feature is; first illuminator (5) and second 5 on the opposite side surfaces of the inner plastic (3) of the illuminator (6) body It is the presence of.