A system of movable support elements.

Abstract

The present invention describes a system of movable carrier elements suitable for use in at least one door (K) of at least one refrigeration device.The aforementioned movable carrier system includes at least two rails (R) positioned opposite each other; at least one carrier element (T) with at least one section located between the aforementioned rails (R); at least two overlapping connection holes (1) on each rail (R); at least two locking element housings (2) on the aforementioned carrier element (T), each with at least one passage opening (2a) on the part of the carrier element (T) near the rails (R); at least one tongue protrusion (3b) each located within at least one locking element housing (2), each suitable for passing through the aforementioned passage opening (2a) and fitting into the connection hole (1); and at least two locking elements (L) with at least one button (4) that allows the aforementioned tongue protrusion (3b) to move into and / or out of the connection hole (1).

Description

5642 / TR 1 TARIFF A MOVABLE SUPPORT ELEMENT SYSTEM Relevant Technical Field 5 The present invention is a movable type particularly suitable for use on the doors of refrigeration appliances. It is related to the load-bearing element system. Previous Tech 10 Refrigeration appliances such as refrigerators must have at least one housing, and within that housing are... at least one interior compartment in which the products to be cooled are placed, providing access to the interior compartment at least one door and at least one cooling system for cooling the aforementioned interior compartment It includes. Especially in household cooling devices, the aforementioned cooling system has at least one 15 compressor, at least one condenser, at least one evaporator, at least one capillary tube, and at least It contains a refrigerant. Here, the pressure of the refrigerant is exerted by the compressor and Thanks to the replacement of heat by capillary tubes, the evaporator cools while the condenser cools. It is heating up. In other words, the heat energy in the environment where the evaporator is located... The cooling process is carried out by transporting the coolant to the environment where the condenser is located. 20 The cooling device should be positioned inside the cooling unit, above the products to be cooled. Suitable support elements such as shelves are used. One of these support elements is... One part is located on the body of the vehicle, while the other part is located at the door. Here, numerous 25s stacked on top of each other, both inside the trunk and on the door shelf. There is a carrier element. Thus, the products placed inside the cooling device without touching each other, each positioned on a supporting element is provided. Depending on the dimensions of the products to be stored inside the refrigeration unit, the carrier will be 30 The height of elements may need to be adjusted. For example, users may need to adjust the height of bottles, etc. positioning relatively long products on the support element located at the door when they want, the support element on which the bottle will be placed and the support element above it. There needs to be a distance equal to the bottle's height between them. Therefore, different users 5642 / TR 2 Height-adjustable load-bearing elements in known technology to meet their needs It is used. However, in applications in known technology, the height of the supporting element The modification cannot be carried out in a sufficiently practical and reliable manner. This Therefore, the height change operation must be carried out in a practical and reliable manner. A movable support element system is needed that provides this. 5 Brief Description of the Invention The present invention is suitable for use on at least one door of at least one refrigeration device. The movable support element system is described. The movable support element mentioned is 10. The system consists of at least two rails positioned opposite each other; at least one section of these rails at least one supporting element located between them; stacked on top of each other on each rail at least two connection holes on each carrier element; on the aforementioned carrier element, the carrier element connects to the rails. located in close proximity, each with at least one passage on the section facing the rail. at least two locking element housings with openings; each containing at least one locking element 15 each of which is located within its housing and connects by passing through the aforementioned passage opening. at least one tongue protrusion suitable for insertion into the orifice, and the connection of the said tongue protrusion. that allows it to move so that it fits into the hole and / or comes out of the connection hole. It includes at least two locking elements, at least one of which has a button. In the movable carrier element system developed with the present invention, the carrier element can be positioned as desired. Rails and carriers with mounting holes at different heights for raising to the desired height. locking mechanism that allows the component to be attached to the rails via the aforementioned mounting holes. These elements are used. Thus, the load-bearing element can be constructed in a practical and reliable manner. It can be moved to the desired height. 25 Purpose of the Invention The aim of the present invention is to create a design particularly suitable for use on the doors of refrigeration appliances. The goal is to develop a movable support element system. 30 Another objective of the present invention is to create a practical and reliable load-bearing element system. It is about developing. 5642 / TR 3 Explanation of the Figures Application examples of the load-bearing element system developed with the present invention are shown in the attached figures. These figures are shown as follows: Figure 1; a perspective of a door using the developed load-bearing element system. It is the appearance. Figure 2 shows an example of the developed structural element system used at a first height. It is a perspective view of the door. Figure 3 shows a 10-inch model where the developed structural element system is used at a second height. It is a perspective view of the door. Figure 4; a carrier element and interlocking mechanism in the developed carrier element system. It is a perspective view of the component before assembly. Figure 5; a locking element in the developed load-bearing element system. perspective view. 15 Figure 6 shows a locking element in the developed load-bearing element system. It looks like it's been blown up. Figure 7 shows the first locking element in the developed carrier element system. It is a perspective view of the fuselage section. Figure 8; a second locking element in the developed carrier element system 20 It is a perspective view of the fuselage section. Figure 9; a button of the locking element in the developed carrier element system. A perspective view of the piece. Figure 10; a locking element in the developed load-bearing element system viewed from the side. This is a cross-sectional view. 25 Figure 11 shows a locking element from the side in the developed load-bearing element system. This is another cross-sectional view. Figures 12-14; the carrier of the locking element in the developed carrier element system. These are detailed views of how the component is mounted. Figure 15; a cross-sectional perspective of a use case of the developed load-bearing element. 30 It is the appearance. The parts in the figures are individually numbered, and their corresponding numbers are shown below. is given: 5642 / TR 4 Door (K) Inner surface (K1) Inner edge wall (K2) Load-bearing element (T) 5 Locking element (L) Ray (R) Connection hole (1) Locking element housing (2) Passage opening (2a) 10 First retaining wall (2b) Second support wall (2c) Language mechanism (3) Tongue body (3a) Tongue protrusion (3b) 15 Button housing (3c) First sloping wall (3d) First connecting protrusion (3e) Button (4) Cover (4a) 20 Button protrusion (4b) Second sloping wall (4c) First quotation (4d) Second quotation mark (4e) Third quotation mark (4f) 25 First split (4g) Second split (4h) Second connecting protrusion (4i) Body (5) First fuselage section (5a) 30 Second fuselage section (5b) Language clarity (5c) First top edge (5d) Second top edge (5e) 5642 / TR Middle wall (5f) First alignment protrusion (5g) Second alignment protrusion (5h) Third connecting protrusion (5i) First flexible element (6) 5 Second flexible element (7) Description of the Invention Refrigeration appliances such as refrigerators have at least 10 chambers in which the products to be cooled are stored. It includes a trunk and at least one door attached to that trunk. Here, the trunk inside and at the door, a support element such as a shelf suitable for placing products on. are available. In accordance with user needs, the aforementioned load-bearing elements... Their heights may need to be changed. Therefore, with the present invention, the carrier a movable 15 that allows the height of the element to be changed in a practical and reliable way. A load-bearing element system has been developed. The movable carrier, developed with the present invention and whose example views are given in Figures 1-15. The element system is suitable for use in at least one door (K) of a refrigeration device, at least two rails (R) positioned opposite each other; at least one section of the rails mentioned (R) 20 at least one supporting element (T) located between them; stacked on top of each other, located on each rail (R). at least two connection holes (1) located in the mentioned carrier element (T), carrier The element (T) is located in the sections closest to the rails (R), each facing the rail (R). at least two locking element housings (2) with at least one passage opening (2a) in the section; each of the aforementioned 25, each located in at least one locking element housing (2). At least one tongue suitable for fitting into the connection hole (1) by passing through the transition opening (2a). the tongue protrusion (3b) and the connection hole (1) of the aforementioned tongue protrusion (3b) will fit and / or at least one button (4) that allows it to move out of the connection hole (1) It includes at least two locking elements (L). In an example application of the invention, the movable carrier element system mentioned is used in refrigerators. It is used on the door (K) of a cooling device. Here, the door in question is (K). It includes an inner surface (K1) facing the cooling device housing, and on this inner surface (K1), There are two inner edge walls (K2) positioned opposite each other. The aforementioned 5642 / TR 6 Each of the rails (R) is located on an inner edge wall (K2) and preferably a rail (R) is between them. The supporting element (T) in the rack structure is positioned. Here, the supporting element (T) It is connected to the rails (R) by means of two locking elements (L). The aforementioned locking elements Each of the elements (L) is positioned inside a locking element housing (2) and the tongue protrusions (3b) located in the locking elements (L) pass through the openings (2a) 5 It passes through and fits into the connecting holes (1) located on the rails (R). Here the carrier When it is desired to change the height of the element (T), force is applied to the mentioned buttons (4). By applying this, the tongue protrusions (3b) are made to come out of the connecting holes (1). Tongue protrusions (3b) through connection holes (1) after the protrusion carrier element (T) desired by moving the tongue protrusions (3b) to a height that will bring them to this position 10 It is ensured that the connection holes (1) are placed in the carrier element (T). its height can be adjusted to a desired height in a practical and reliable manner. It is ensured that it is brought. In a preferred application of the invention, the locking element (L) mentioned shall connect at least one body 15 (5) includes. The locking element (L) must have at least one tongue opening (5c) located in the body (5). It includes. The aforementioned locking element (L) also has at least one part in the mentioned body. (5) at least one tongue to which the aforementioned tongue protrusion (3b) is attached. It includes the mechanism (3). The tongue protrusion (3b) mentioned here is from the tongue opening (5c) It is a structure that can extend outside the body (5). The aforementioned tongue mechanism (3), mentioned 20 located within the body (5), with the tongue protrusion (3b) on at least one side at least one tongue body (3a); at least one button socket (3c) located in the tongue body (3a) and It includes at least one first inclined wall (3d) located in the button housing (3c). Here The mentioned button (4) has at least one cover, at least one part of which is located inside the body (5). (4a); 25 positioned on the lid (4a) extending from the lid (4a) into the body (5). at least one button which is suitable for fitting into the button socket (3c) mentioned above. its protrusion (4b); in a part of the mentioned button protrusion (4b) far from the cover (4a) the first inclined position mentioned when the button protrusion (4b) enters the button housing (3c) It includes at least one second inclined wall (4c) that is suitable for contact with the wall (3d). Here, the aforementioned cover (4a) extends 30 from an upper section of the body (5) to the outside of the body (5). The tongue protrusion mentioned (3b) is positioned in such a way that it can be extended and is one side of the body (5) It can move out of the body (5) from the section. To the cover (4a), When a downward force is applied so that it enters the body (5), the cover (4a) and The button protrusion (4b) located on the cover (4a) moves downwards. Button protrusion 5642 / TR 7 (4b) During this movement, the mentioned button enters the socket (3c). This movement continues while the second inclined wall (4c) makes contact with the first inclined wall (3d), the first inclined wall It applies a force to the wall (3d) in a direction perpendicular to its own direction of movement. First inclined Due to this force applied to the wall (3d), the body of the tongue (3a) and the aforementioned tongue protrusion (3b) It moves in such a way that it enters the body (5). In this application, 5 applied to the lid (4a) When force is removed, the body of the tongue (3a) moves in the opposite direction and the tongue protrusion (3b) It must come out of the body (5). To ensure this, the locking element (L), located within the body (5) and the aforementioned tongue body (3a), tongue projection (3b) from the body (5) at least one first flexible element that applies force to the outside (6) It includes. The first flexible element mentioned (6) is preferably in the form of a helical spring. 10 Here, the first elastic element mentioned is when a force is applied through the cover (4a). (6) is compressed and a force is accumulating on it. The force applied through the cover (4a) When the force is removed, the force accumulates on the first elastic element (6) mentioned above. Therefore, force is applied to the body of the tongue (3a) and the tongue protrusion (3b) is removed from the body (5) This allows the tongue protrusion (3b) to enter the body (5) and 15 The movements of exiting the body (5) are provided in a practical and reliable manner. The language mechanism mentioned herein (3) is at least one of the first flexible elements mentioned (6). It includes at least one first connecting projection (3e) located on its side. Thus, for example Due to the force accumulated on the first flexible element (6), the first flexible element (6) This prevents the connection with the tongue mechanism (3) from breaking by bending. Here, however 20 Although the movement of the tongue mechanism (3) is provided by means of the first flexible element (6), When the aforementioned tongue protrusion (3b) moves out of the body (5), the lid (4a) must move out of the body. Therefore The mentioned locking element (L) is located inside the body (5) and is attached to the cover (4a), from the body (5) at least one second flexible element applying force to the outside (7) 25 It includes. The second flexible element mentioned (7) is preferably in the form of a helical spring. Here, preferably two second flexible elements (7) are used so that the cover (4a) It is ensured that it moves in a balanced manner. In this application, the button (4) is on the cover. (4a) and at least one second flexible element located on at least one side of the second flexible element (7). It includes the connecting protrusion (4i). The body (5) is at least one 30 of the second flexible element (7). It includes at least one third connecting projection (5i) located on the other side. In another preferred application of the invention, the mentioned body (5) is located in the upper part. The area contains at least one first top edge (5d). The button mentioned in this application (4), 5642 / TR 8 located on the cover (4a) and the first upper edge (5d) making contact with the inside of the body (5) It contains at least one first quotation mark (4d). Here, the first top of the first quotation mark (4d) Thanks to the contact of the edge (5d), at least part of the cover (4a) is on the body (5) By ensuring that it remains inside, the lid (4a) is prevented from separating from the body (5). The first claw mentioned here (4d) preferably has at least one first cleft (4g) in its middle section 5 It includes. The body (5) mentioned in this application is the one that fits into the first slit (4g). It includes a small first alignment protrusion (5g). Here the cap (4a) is inserted into the body (5). first alignment projection (5g) first slit (4g) while moving to enter thanks to remaining inside, this movement is performed in a balanced manner. is provided. 10 In another preferred application of the invention, the mentioned body (5) is located in the upper part. The area contains at least one second top edge (5e). The button mentioned in this application (4), located on the cover (4a) and the second upper edge (5e) making contact with the inside of the body (5) It contains at least one second quotation mark (4e). Here, the second quotation mark (4e) is 15 to the second upper edge. (5e) thanks to the contact of at least one other part of the cover (4a) with the body (5) By ensuring that it remains inside, the lid (4a) can be separated from the body (5) more effectively. is blocked. The second quotation mark (4e) mentioned here should preferably have at least one in the middle section. It includes the second slit (4h). The body (5) mentioned in this application includes the second slit (4h) It includes at least one second alignment protrusion (5h) that fits inside. Here the cover 20 (4a) moves so that the second alignment projection (5h) enters the body (5) Thanks to remaining within the second slit (4h), this movement is balanced. This is ensured. Another preferred application of the invention is the 25 located inside the body (5) mentioned in the body. It includes at least one central wall (5f). The button (4) mentioned in this application is the button at least one of the protrusions (4b) located preferably at the part (end) furthest from the cover (4a) It includes the third tab (4f). The aforementioned third tab (4f) is the most prominent of the button protrusion (4b). This ensures that a small portion of it always remains inside the button housing (3c). Thus, when a force is applied to the button (4), the button protrusion (4b) will not encounter any obstacle. It is guaranteed to fit into the button housing (3c) without getting stuck. In another preferred application of the invention, the aforementioned carrier element (T) is each At least one first one located outside the locking element housing (2) and positioned opposite each other. 5642 / TR 9 It includes the first retaining wall (2b) and the second retaining wall (2c). Here, the first one mentioned One of the rails (R) is placed between the retaining wall (2b) and the second retaining wall (2c). In this way, the forward / backward movement of the supporting element (T) is prevented, allowing only vertical movement. It is made to move along the axis. In another preferred application of the invention, the aforementioned tongue protrusion (3b) is at least one at least one subsurface that is flat and at least one section that is inclined It includes an upper surface. Similar to the tongue protrusion mentioned here (3b). The mentioned connection hole (1) has at least one subsurface which is flat in at least one part and It includes at least one upper surface, at least one section of which is inclined. In this application, the tongue 10 When the tongue protrusion (3b) is placed inside the connecting hole (1), the flat bottom of the tongue protrusion (3b) The surface rests on the flat bottom surface of the connection hole (1). Thus, the tongue The downward movement of the protrusion (3b) relative to the connection hole (1) is prevented. Here, for example, when it is desired to move the supporting element (T) upwards, An upward force can be applied to the carrier element (T). Here, the tongue protrusion is 15 (3b) the top surface which is inclined, to the flat surface of the connection hole (1) which is inclined. It is in contact. Here, thanks to the inclined surfaces, the tongue protrusion (3b) comes into contact with the connection hole. (1) can be moved in such a way as to exit. Thus, for example, using the button (4) the carrier element (T) can be easily moved upwards without needing to be moved upwards. is provided. 20 In a preferred application of the invention, the mentioned body (5) is a two-part structure. Here the fuselage (5) includes at least one first fuselage section (5a) and a second fuselage section (5b) It includes. Thus, the locking element (L) containing the body (5) is practically It is ensured that it can be produced. 25 The present invention also includes a cooler incorporating the aforementioned movable carrier element system. The device is being described. The cooling device in question is preferably a refrigerator (for example, a household type). (refrigerator) and having at least one body; the products to be cooled are located inside the body. at least one interior compartment in which it is placed; the aforementioned movable 30 that provides access to the interior compartment. at least one door (K) where the load-bearing element system is located and the aforementioned interior partition It includes at least one cooling system for cooling purposes. 5642 / TR In the movable carrier element system developed with the present invention, the carrier element (T) Rails with connecting holes (1) at different heights for bringing to the desired height (R) and the carrier element (T) are connected to the rails (R) through the mentioned connection holes (1). Locking elements (L) are used to provide practicality to the carrier element (T). 5. Moving it so that it can be reliably positioned at the desired height. is provided.

Claims

5642 / TR 11 REQUESTS 1. A movable suitable for use on at least one door (K) of at least one refrigeration appliance. It is a load-bearing element system; its characteristic is: - at least two rails positioned opposite each other (R); 5 - at least one carrier located between at least one of the mentioned rails (R) element (T); - at least two connecting holes stacked on top of each other on each rail (R) (1); - in the mentioned carrier element (T), the 10th element (T) closest to the rails (R) located in the sections, each with at least one section facing the rail (R) at least two locking element housings (2) with a passage opening (2a); - each of which is located in at least one locking element housing (2), each passing through the mentioned passage opening (2a) and fitting into the connection hole (1) At least one suitable tongue protrusion (3b) and the connection of the aforementioned tongue protrusion (3b) 15 move so that it will fit into the hole (1) and / or come out of the connection hole (1). at least two locking elements (L) which have at least one button (4) that enables it to do so. It includes.

2. A movable carrier element system conforming to Claim 1, its characteristic being; the aforementioned locking 20 element (L) must contain at least one body (5).

3. A movable carrier element system conforming to Claim 2, the characteristic of which is; the locking element. (L) is that it includes at least one tongue opening (5c) located in the body (5).

4. A movable carrier system conforming to requirement 2 or 3, with the characteristic of being locking. element (L), at least one part of which is located within the aforementioned body (5), The aforementioned tongue protrusion (3b) involves at least one tongue mechanism (3) to which it is attached.

5. A movable carrier element system conforming to claim 4, characterized by its tongue mechanism being 30 (3), located within the mentioned body (5), with at least one side of the tongue protrusion (3b) at least one tongue body in which (3a) is located; at least one tongue body located in (3a) the button housing (3c) and at least one first inclined wall (3d) located in the button housing (3c) It includes. 5642 / TR 12 6. A movable support element system conforming to claim 5, the characteristic of which is; the aforementioned button (4) at least one cover (4a) of which at least one part is located inside the body (5); Located on the lid (4a) so that it extends from the lid (4a) into the body (5), at least one button, at least one part of which is suitable for fitting into the aforementioned button socket (3c) 5 its protrusion (4b); the aforementioned button protrusion (4b) is far from the cover (4a) when the button protrusion (4b), located in section 3c, enters the button socket There is at least one second inclined wall suitable for contacting the first inclined wall (3d) mentioned. It includes the wall (4c).

7. A movable carrier system conforming to requirement 5 or 6, with the characteristic of being locking. element (L), located inside the body (5) and to the aforementioned tongue body (3a), tongue at least one first person to apply force such that the protrusion (3b) extends out of the body (5) It includes the flexible element (6).

8. A movable support element system conforming to claim 7, characterized by its first flexible type. The element (6) is a helical spring.

9. A movable support element system conforming to claim 7 or 8, and having the following characteristics: 20 on at least one side of the first flexible element (6) mentioned in the language mechanism (3). It includes at least one first linkage projection (3e) that is located.

10. A movable support element system conforming to any of claims 6 to 9. Its feature is that the locking element (L) is located inside the body (5) and on the cover (4a), at least one second flexible element that applies force to the body (5) and extends outwards 25 (7) is included.

11. A movable support element system conforming to claim 10, characterized by its second flexible section. The element (7) is a helical spring.

12. A movable carrier element system conforming to claim 10 or 11, whose characteristic is; the button (4), located on the cover (4a) and placed on at least one side of the second flexible element (7) It includes at least a second connection protrusion (4i). 5642 / TR 13 13. A movable support element system conforming to any of claims 10 to 12. its feature is that the body (5) is placed on at least one other side of the second flexible element (7). It includes a third connecting protrusion (5i).

14. A movable support element system conforming to any of claims 2 to 13, 5 feature; at least one first upper edge (5d) located in the upper part of the body (5) It includes.

15. A movable carrier element system in accordance with claim 14, and its feature is; the button (4), 10 located on the cover (4a) and on the face of the first upper edge (5d) facing inside the body (5) It contains at least one contacting first tab (4d).

16. A movable support element system conforming to claim 15, and its characteristic is; the first one mentioned. The tab (4d) includes at least one first slit (4g).

17. A movable support element system conforming to claim 16, and its characteristic is; as mentioned above. at least one first alignment projection located inside the first slit (4g) of the body (5) It contains (5g).

18. A movable support element system conforming to any of claims 2 to 17, 20 its feature; at least one second upper edge (5e) located in the upper part of the body (5) It includes.

19. A movable carrier element system in accordance with claim 18, and its feature is; the button (4), 25 located on the cover (4a) and on the face of the second upper edge (5e) facing inside the body (5) It must contain at least one second nail (4e) that is in contact.

20. A movable support element system conforming to claim 19, its characteristic being; the second mentioned above. The tab (4e) contains at least one second slit (4h).

21. A movable support element system conforming to claim 20, and its characteristic is; as mentioned above. at least one second alignment projection of the body (5) located inside the second slit (4h) (5h) is included. 5642 / TR 14 22. A movable support element system conforming to any of claims 2 to 21. its feature is that the mentioned body (5) has at least one central wall (5f) located in the interior section. It includes.

23. A movable support element system conforming to claim 22, and its characteristic is; mentioned in 5 It is preferably located in the part of the button (4), button protrusion (4b) that is furthest from the cover (4a). The area must contain at least one third quotation mark (4f).

24. Is there a movable support element system that meets any of the above requirements? Its feature is that the mentioned carrier element (T) has 10 locking element slots (2) outside each locking element slot. located, opposite each other, at least one first support wall (2b) and a second support It includes the wall (2c).

25. Is there a movable support element system that meets any of the above requirements? The feature is that the aforementioned tongue protrusion (3b) has at least one sub-section that is flat. It must include a surface and at least one upper surface, at least a portion of which is inclined.

26. Is there a movable support element system that meets any of the above requirements? The feature is that at least one part of the mentioned connection hole (1) is flat, with at least one bottom. It must include a surface and at least one upper surface, at least a portion of which is sloped. 20 27. A movable support element system conforming to any of claims 2 to 26. The feature is that the fuselage (5) has at least one first fuselage section (5a) and a second fuselage section (5b) is included.

28. A movable support element system that meets any of the above requirements. a cooling device containing.

29. A cooling device conforming to claim 28, characterized by having at least one housing; inside the housing at least one interior compartment where the products to be cooled are placed; 30 in the interior compartment the location where the aforementioned movable support element system, which provides access, is situated. at least one door (K) and at least one cooling for cooling the mentioned interior compartment. It includes the system. 5642 / TR 30. A cooling device conforming to claim 28 or 29, and its characteristic is that it is a refrigerator.

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