SELF-LOCKING PROFILE AND PLATFORM CONNECTION SYSTEM

Abstract

A profile (1) is a profile that enables the joining of profiles, especially those made of metal, aluminum, steel or similar materials, with each other or with a furniture element or similar structural element, and its feature is that it contains connecting holes (2) that allow the first structural element (3) and the second structural element (4) to pass through and be locked by turning after passing through.

Description

1 TARIFF SELF-LOCKING PROFILE AND PLATFORM CONNECTION SYSTEM Technical Area 5 The invention relates to profiles, particularly those made of metal, aluminum, steel or similar materials. manufactured profiles can be connected to each other or to form a furniture element or similar structural element. It relates to a joining system that enables the elements to be combined. The invention specifically relates to the creation of a single large bed or twin beds by placing two separate beds side by side. Used in combining to form a table, shelf, platform, furniture, constructions, stands, support systems and similar profile-based structures It can also be used in combining them. State of the Art In current technology, connecting two beds or bed frames is usually done using a specific method. Separate connection adapters are used. One of these connection adapters is called a "crocodile" adapter on the market. or similarly named fasteners, connecting two bearing bodies or profiles 20 to bring them closer together and ensure the connecting element grips both sides can be used. The use of such separate connection devices facilitates the connection. the component must also be supplied and positioned correctly during assembly. This requires proper placement. Additionally, the connecting bracket must be correctly positioned on the profile. Additional mounting for positioning, securing and, if necessary, removing the apparatus 25 Operations may be required. In known systems, the fastener is from the profile itself. Because it is independent, the presence of additional parts at the connection point facilitates production, storage, This can complicate the assembly and disassembly processes. In the literature review, an example of the current state of the technique is given. Document number 2008 / 08567 can be shown. The summary of that document is as follows: 30 It is a tool for dispersing a plastic binder, and it disperses a thin layer of plastic binder. The device includes a housing, and has a transverse rod formed at the end of the filament. a hollow pin securely attached to the housing, a release mechanism, to the housing a needle guard that slides onto the needle guard, and a needle that slides onto the needle guard. The guard stopping element, its feature, the needle guard gene is in the retracted position 35 the needle guard will limit further retraction of the needle 2 by making contact with the needle guard's stop element, the hollow needle It is the process of arranging the exposed part. In the literature review, another example of the current state of the technique is presented. Document number US4775259 can be shown. The summary of that document is as follows: It is in the form of; essentially a 5 for butt joint of hollow, tubular structural elements. A link arrangement has been provided; this arrangement is linked to an extension element. a connector securely fastened to the end of the first element to be supported It consists of two elements, and the head of the connecting element protrudes from the first element and is the same. It is securely held within two openings located in the extension element. Preference In a given application, the two openings in the extension element are 10 on each side of the extension element. It extends along the face, along the entire length of the extension element. In this way, the connection, This can be performed at any point along the length of the extending element. The connector head fits securely within the two openings of the extending element. It consists of a spherical part that allows it to sit properly and a plate-shaped part. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. with a self-locking profile and platform joining system that brings new advantages It is related. 20 The main purpose of the invention is to connect two or more profiles or profiles with a structural element. self-connecting components that allow them to be linked together without requiring a separate connecting device. The aim is to provide a locking coupling system. Another purpose of the invention is to connect two separate beds by placing them side by side. simple and alternative external connection adapters that can be used in place of those used during the process. The goal is to provide a reliable connection mechanism. Another purpose of the invention is to prevent unintentional disconnection of the connection thanks to its locking feature. To prevent. Another aim of the invention is to make assembly and disassembly processes easy and quick. to ensure its realization. 35 3 Figures that will help understand the invention. Figure 1: Self-locking profile and platform joining system, the subject of the invention. This is the general view. Explanation of Part References 1. Profile 2. Connection hole 10 2.1. First opening 2.2. Second opening 3. First structural element 4. Second structural element Detailed Description of the Invention This detailed description defines the invention as a self-locking profile and platform integration. The preferred alternatives to the system are only aimed at a better understanding of the subject. It is explained as such and without creating any limiting effect. 20 Profiles, especially those made from metal, aluminum, steel or similar materials. profiles with each other or with a furniture element or similar structural element It is a profile (1) that enables the joining of the first structural element (3) and the second 25 The structural element (4) passes through and is rotated and locked after passing through. It contains connecting holes (2) that provide connection. Figure 1 shows the self-locking profile and platform joining system that is the subject of the invention. The general view is given. The system can be passed through the connecting holes (2) It describes a profile (1) containing the first structural element (3) and the second structural element (4). 30 During the assembly of structural elements (3,4), through the connection holes (2) When rotated by a certain angular amount after being passed through, the profile (1) locks. The profile is positioned behind the relevant surfaces of the structural elements (3,4) of the region. It prevents the structural elements (3,4) from coming back out of the openings. Thus, a separate connection They are locked together without the use of a device. The structural elements to be joined (3,4) 35 through different transition and holding geometries created in the connection area 4 Due to their combination and relative movements, a separate special locking device is not needed. their unheard return is prevented by the connection geometry is provided. The structural elements in question (3,4) have a channel structure and are channeled The design provides easier and more secure locking.

Claims

REQUESTS 1. Profiles, especially those made of metal, aluminum, steel or similar materials. manufactured profiles can be connected to each other or to form a furniture element or similar structural element. It is a profile (1) that enables the elements to be combined, and its feature is; 5 - Passing through the first structural element (3) and the second structural element (4), and fastening holes that allow it to be locked by rotating after passing through (2) is included.

2. A profile (1) that conforms to claim 1, and its characteristic is that the first position of the said profile (1) is 10 a that allows the passage of the first structural element (3) and the second structural element (4) first opening (2.1) and preventing it from coming back in its rotated position It is characterized by having a different second opening (2.2).

3. A profile (1) that conforms to Claim 1, and whose characteristic is; the first openness (2.1) and 15 with the second opening (2.2) having different transition and holding geometries It is the characterization of the situation.

4. A profile (1) that conforms to Claim 1, and its characteristic is that of the first structural element in question. (3) It has a channel structure. 20 5. A profile (1) that conforms to Claim 1, and its characteristic is that the first structural element in question (4) It has a channel structure.

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