TR201813395U5 - A COOLER CABINET WITH PROFILE LIGHTING ELEMENT - Google Patents

Abstract

SUMMARY OF THE INVENTION The present invention relates to a cooling cabinet (1) in which in the outward-facing area of the door, both illumination and profile illumination are performed with profile illumination element (6) made of silicone or a different material which insulates a LED-like light source light.

Description

DESCRIPTION A COOLER CABINET WITH PROFILE LIGHTING ELEMENT Technical Area This invention consists of an LED-like light source and isolating light in the outer-facing area of the door. with the profile lighting element consisting of silicone or a different material. with a refrigerator cabinet where both lighting and profile lighting are carried out. Prior Art Refrigerator cabinets of the products to be exhibited; supermarket, market, store and to ensure that it is kept at the desired temperature in similar shopping places. they are used. Keeping the products from the refrigerator cabinets at the desired temperature In addition to being requested, users are also asked to attract attention. In this way It is aimed to increase the sales amount of the products stored in the cabinet.

On the cabinet to increase the awareness of commercial type refrigerator cabinets. Adhesives belonging to products and brands are frequently used. But lately The use of lighting elements to attract attention in cabinets is also increasing.

In the European patent document numbered EP2267363, refrigerators and/or coolers It is mentioned that the interior structure is illuminated. In this invention, lighting LEDs are used as elements. In addition, these LEDs are located in the cooler. located inside the edges of glass doors and with its own printed circuit board. takes. The LEDs are lined up on their printed circuit board and the printed circuit The card is also housed in a diffuser that scatters the light.

In the United States patent document USZOl7143136, light-emitting glaze and/or the installation of a glass-enclosed refrigerant door. Promise In the subject invention, the horizontal and vertical edges of the said door are glazed. in the find on both long sides of said refrigerator door, the lighting element are available. That is, the first of the relevant lighting elements is the first longitudinal It is located in the region between the margin and the first longitudinal nerve face. Other The lighting element also includes the second longitudinal edge and the second longitudinal boundary face. It is located in the region between However, mentioned in the invention lighting elements and/or sources consist of LEDs. Moreover, LEDs are located on the printed circuit board.

As can be seen from the previous technical documents above, the light from being used on doors and bodies to raise awareness of its sources. Although it is mentioned that both the outer surface of the door is illuminated and the door profile is illuminated and besides, it is easy to see the lighting elements. to the lighting configurations in which they are removed from each other and from where they are mounted. is needed Brief Description of the Invention The aim of this invention is to use an LED-like light source and a light insulating silicon or other light source. with a lighting structure formed by a profile lighting element made of a material where a lighting is made together in the outer area of the door and the door profile. A refrigerator cabinet is to realize a refrigerator cabinet.

The purpose of this invention is to be mounted on the door profile independently of each other; LED light source that can be A cooler with a door profile that contains a reflective element used for reflecting cabinet making.

Another object of the invention is to create different corner elements at the corners of the door profile. A refrigerator cabinet in which different door sections are obtained by using is to perform.

Another object of the invention is to align the door and body with a flap. A refrigerator cabinet where an aesthetic appearance is obtained is to perform.

Detailed Description of the Invention In order to achieve the purpose of this invention, "Profile Lighting Element" A Refrigerator Cabinet” is shown in the attached figures and these figures are; Figure 1 - A cooling cabinet with a profile lighting element, which is the subject of the invention. is the front view.

Figure 2 - A cooling cabinet with a profile lighting element, which is the subject of the invention. perspective view.

Figure 3 - The subject of the invention is in a refrigerator cabinet with a profile lighting element. is a sectioned perspective view of the cabinet door.

Figure 4 - The subject of the invention is in a refrigerator cabinet with a profile lighting element. is an exploded perspective view of the door.

Figure 5 - The subject of the invention is in a refrigerator cabinet with a profile lighting element. that the lighting element can be fixed on the reflective element at different angles. is the view shown.

Figure 6 - The subject of the invention is in a refrigerator cabinet with a profile lighting element. is the appearance of the body without the cover.

The parts seen in the figures are numbered one by one and the corresponding numbers are given below.

corner element 1. Refrigerator 2. Body 3. Door 4. Cover lighting element 7. Reflective element The subject of the invention is a cooling cabinet (l) with a profile lighting element, - at least one body (2) in which the cooling process is carried out in its internal volume, -Moving on the body (2), consisting of profiles and long or long compared to the body (2) at least one door (3) at the same height as the body (2), - more than one corner located at the corner junction of the door (3) profiles element (5), - more than one lighting element (6) extending on the door (3) profiles and - located on the door (3) profiles but separate from the lighting elements (6) In the figure, more than one reflective element (7) located on the door (3) profiles contains.

The refrigerator cabinet, which is the subject of the invention, is also located on the upper surface of the body (2) and the door (3) in case there is a difference in length between the body (2) and the at least one cover (4) that brings the upper surface of the body (2) and the door (3) to the same level contains.

In the invention, the body (2) provides access to its interior volume by the movement of the door (3) on it. allows. In the preferred embodiment, the length of the body (2) and the door (3) the length is different. The difference in length between the body (2) and the door (3) is the cover It is resolved with (4).

In the preferred application of the invention, on the door (3) around the door (3), the lighting element (6) is fixed in it and it is covered with the reflective element (7). There is a channel where it is closed.

In the cooling cabinet (1), the subject of the invention, the cover (4) is located on the upper part of the body (2). on the body (2) of the door (3), which is slightly longer than the body (2). It eliminates the height difference it creates. In this way, the body (2) and the door (3) by aligning them, an aesthetic appearance is obtained. Find your choice In its application, the lower surface of the body (2) and the lower surface of the door (3) are the same. level.

In the preferred application of the invention, the corner element (5) joins the profiles. at the corner points of the door (3) and in the desired section. takes. In this way, the cross section of the corner element (5) with different geometry Different door models can be obtained with shapes. On the corner element (5) On the door (3), the lighting element (6) and the reflective element (7) are together. channel continues. In this way, there is no change on the door (3) profile. Aesthetic enhanced lighting in infinite view without the joint being visible is provided.

In the preferred application of the invention, the lighting element (6) is the door (3) profile. on the surface close to the interior volume of the body (2) and will illuminate the outside. is located in the section. Lighting element (6) and reflective element (7), door (3) stand independently of each other on the profile. In this way, the lighting When any malfunction occurs on the element (6), only lighting is failure by removing the elements (6) and reinstalling the disassembled elements. can be remedied. LED light is preferably used as a lighting element (6) in the invention. resources are used. Preferably LEDs in strips with door (3) profile is used on.

In the preferred embodiment of the invention, the lighting element (6) is doubled to the door (3) profile. It is fixed using sided tape or plastic riveted connections. Preferably The lighting elements (6) are in a channel of the door (3) profile. is fixed. The lighting element (6) and the light source emitting profile (7) are separately By making a design as one piece (solid piece), it is attached to the door profile. fixing is done.

In the preferred embodiment of the invention, the reflective element (7) is made of silicone. It can be manufactured in different colors and designs. Reflective element (7) A visual image on the door (3) using the light it receives from the lighting element (6). forms. The reflective element (7) is an independent element from the lighting element (6). It is located on the door (3) profile in the figure. In this way, the reflective element (7) In a situation where it is desired to be changed, that is, it is desired to be disassembled and mounted The reflective element (7) can be processed independently of the element (6).

The reflective element (7) is attached to the door (3) profile in the preferred application of the invention. It is connected through the channel it has with the sweet-squeeze method. Preferably The reflective element (7) fits into the channel from its upper part.

In the preferred embodiment of the invention, the reflective element (7); from the lighting element (6) it can be any elastic or hard material that can radiate the light it receives.

The color of the reflective element (6) can be changed whenever desired, with the reflective element (7) without changing the color of the lighting element (7). The lighting can be made in different colors. Illumination element (6) and reflector The color of the element (7) can be changed independently of each other.

By using the reflective element (7), the light received from the lighting element (6) comes out. a correct illumination is made. Illumination on the reflective element (7) element (6) can be fixed at different angles. (Figure 4) In the preferred application, the colors of the lighting elements (6) and the reflective element (7) can be in different combinations, the effect of walking light on the door (3), burning flashing light effect, timed light effect, RGB (red, green, blue) color one or more of the combinations are created together. Besides the lighting element (6) and the reflective element- (7) are convenient for easy service and Since they have a flexible structure, they can be placed on any area on the door (3) or the body (2). can be easily adapted.

In the cooling cabinet (1), the subject of the invention, the lighting element (6) and the reflective element (7) used together, both on the outer surface of the door (3) and on the door (3). lighting is carried out together in the profile. On the cooling cabinet (1) Cabinet for lighting formed by the lighting element (6) and the reflective element (7) The desired shape is given in the frame or in any part of the cabinet and It can be shaped without the need for any fasteners.

Design structure of the lighting element (6) and the reflective element (7) in the refrigerator cabinet (1) As required, the lighting is mounted on the door (3) independently of each other. only if the elements (6) or the reflective elements (7) fail. With less cost as it allows the replacement of the malfunctioning element (6,7) parts can be exchanged.

The subject of the invention is a cooling cabinet (1) with profile lighting element. development of various applications is possible, and the invention is described herein. not limited to examples, essentially as specified in the claims.

Claims (16)

REQUESTS 1. At least one body (2), where the cooling process is carried out in its internal volume, -at least one door (3) moving on the body (2), consisting of profiles and longer than the body (2), -door (3) is the corner of the profiles More than one corner element (5) located at the junction points, more than one lighting element (6) extending on the -door (3) profiles, and -door (3) profiles, but separately from the lighting elements (6), the door ( 3) a cooling cabinet (1) characterized by more than one reflective element (7) located on its profiles. 2. At least one cover (4) located on the upper surface of the body (2) and which brings the upper surface of the body (2) and the door (3) to the same level by equalizing the length difference in case there is a length difference between the door (3) and the body (2) A refrigerator (1) as in Claim 1, characterized by. 3. A refrigerator cabinet (1) as in Claim 1 or ?, characterized by a door (3) in which the lighting element (6) is fixed inside and covered with the reflective element (7), and is located on a channel and the channel surrounds it. 4. A cooler as in Claim 2 or 3, which is located on the upper part of the body (2) and is characterized by a cover (4) that eliminates the height difference created by the door (3), which is slightly longer than the body (2), on the body (2). 5. A cooler as in any one of the above claims, characterized by the body (2) where its lower surface and the lower surface of the door (3) are at the same level. 6. A cooling cabinet (1) as in any one of the above claims, characterized by a corner element (5) located at the junction points of the profiles, at the corner points of the door (3) and in the desired cross-section. 7. A cooling cabinet (1) as in any one of Claims 3 to 6, characterized by a corner element (5) on which the channel on which the lighting element (6) and the reflective element (7) are located on the door (3) continues. 8. A refrigerator cabinet (1) as in any one of the above claims, characterized by a lighting element (6) located on the door (3) profile, on the surface close to the inner volume of the body (2) and in a way to illuminate the outside. 9. A refrigerator cabinet (1) as in any one of the above claims, characterized by the lighting element (6) and the reflective element (7) standing independently of each other on the door (3) profile. 10. A cooling cabinet (1) as in any one of the above claims, characterized by a lighting element (6) with LED light sources. 11. A refrigerator cabinet (1) as in any one of the above claims, characterized by a lighting element (6) fixed to the door (3) profile by using double-sided tape or plastic riveted connections. 12. A cooling cabinet (1) as in any one of the above claims, characterized by a reflective element (7) made of silicone material and having different colors and designs. 13. A refrigerator cabinet (1) as in any one of Claims 3 to 12, characterized by a reflective element (7) that is attached to the door (3) profile through the channel of the profile with a tight-fitting method. 14. A cooling cabinet (1) as in Claim 13, characterized by a reflective element (7) that fits into the duct from its upper part. 15. A cooling cabinet (1) as in any one of the above claims, characterized by a reflective element (7) on which the lighting element (6) can be fixed at different angles. 16. Lighting elements (6) and reflective element (which can be colored in different combinations) and one or more of the RGB (red, green, blue) color combinations are created together with the walking light effect on the door (3), the flashing light effect, the timed light effect, A refrigerator (1) as in any one of the above claims, characterized by 7.