MODULAR SHELF SYSTEM

The modular shelving system addresses tool-dependent assembly, material deflection, and structural instability by employing snap-fit connections, folding supports, and locking lugs, ensuring quick assembly and enhanced stability with reduced material thickness.

TR202604415U3Pending Publication Date: 2026-10-21KEMAL KAVURMACI +10
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Patent Information

Application Number
TR202604415U
Authority / Receiving Office
TR · TR
Patent Type
Utility models
Current Assignee / Owner
Filing Date
2026-03-25
Publication Date
2026-10-21
Estimated Expiration
2036-03-25

AI Technical Summary

Technical Problem

Existing shelving systems face issues with tool-dependent assembly, material deflection under load, and structural instability due to metal screws, plastic dowels, and welded joints, leading to increased costs and weight.

Method used

A modular shelving system with snap-fit connections, folding support elements, and locking lugs for tool-free assembly, enhanced rigidity, and stability, using interlocking slots and base balancing elements.

Benefits of technology

Enables quick, tool-free assembly, increased bending resistance, and stable structure with reduced material thickness, offering cost-effective and lightweight storage solutions.

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Abstract

The invention relates to a modular shelving system assembled by interlocking components without the need for any external fasteners (screws, nails, adhesives, etc.). The basic components of the invention are: vertical support panels (1), horizontal shelf panels (2), interlocking slots (3) for locking these panels, and folding support elements (4) that structurally increase the load-bearing capacity. These folding supports (4) maximize the bending resistance by increasing the moment of inertia of the sheet material. The system is supported on base balance elements (5) and, thanks to its modular structure, can be expanded in both vertical and horizontal planes as needed.
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Description

1 TARIFF Modular Shelving System with Interlocking Connection and Folding Support Geometry TECHNICAL FIELD The invention relates to the manufacture of furniture, flatbed (RTA) storage units, and high-strength boards. Its constructions are related to the technical field. Specifically, educational institutions, offices, and industrial storage. It offers tool-free assembly solutions for both indoor and outdoor use. STATE OF THE ART (Previous Art) In existing shelving systems, metal screws and plastic dowels are used for joining vertical and horizontal panels. Minifix connectors or welded joints are used. These elements simplify the assembly process. this complicates things, requires the use of additional hand tools, and over time causes problems at the connection points. It disrupts the stability of the system by causing fatigue / loosening. Also, thin-section plate materials. (MDF, plastic or metal) will deflect (bend) when subjected to load over wide spans; this Increasing the thickness of the material used to overcome the problem leads to increased costs and weight. It opens. THE SOLUTION AND PURPOSE OF THE INVENTION The aim of the invention is to overcome technical problems with the following features: 1. Tool-Free Assembly: The snap-fit ​​connection geometry ensures user-friendly and quick installation. 2. High Strength: Thanks to the geometry of the "Folding support element (4)", the material Its bending resistance (rigidity) is increased through its own form. 3. Stability: Locking lugs and base balance elements provide a stable structure. 4. Modularity: Allows for the creation of complex storage solutions by repeating a single unit. He recognizes. DISCLOSURE OF REFERENCE NUMBERS 1. Vertical support panel 2. Horizontal shelf panel 3. Snap-on socket 2 4. Folding support element EXPLANATION OF THE FIGURES  Figure 1: Perspective view of the modular shelving system in its assembled state.  Figure 2: Exploded view showing the system components and assembly directions.  Figure 3: Top (plan) view of the system. DETAILED DESCRIPTION OF THE INVENTION The system described in the invention consists of at least two vertical support panels (1) that carry the main load and between these panels It consists of horizontal shelf panels (2) positioned on the vertical panels (1), horizontal panels (2) There are interlocking slots (3) of sufficient width and shape to fit into. The most characteristic feature of the system is the folding support element (4), the bottom of the horizontal shelf panel (2) or It is located at the edges in a form perpendicular or at an angle to the plane of the plate. This form causes the plate to deflection. It physically prevents it from doing so. During assembly, the male connector on the horizontal panels (2) The parts are inserted by pushing them into the female sockets (3) in the vertical panels (1). At this connection point Locking lugs prevent the system from spontaneously separating due to external forces (pulling, etc.). Base Balancing elements distribute the load by increasing the contact point with the ground.

Claims

1 REQUESTS Modular Shelving System with Interlocking Connection and Folding Support Geometry 1. The invention is a modular shelving system whose feature is interlocking slots (3) which ensure structural integrity. and the horizontal shelf panels (2) should include folding support elements (4) which increase the bending resistance 5 It is characterized by...

2. A modular racking system conforming to Claim 1, characterized by its main load-bearing frame. It contains at least one vertical carrier panel (1).

3. A modular shelving system conforming to Claim 1, characterized by its horizontal shelving forming the storage surface. It includes panels (2). 10 4. A modular shelving system conforming to Claim 1, characterized by the fact that the panels can be moved from their place after assembly. It must contain at least one locking tab that prevents it from coming off.

5. A modular racking system conforming to Claim 1, whose feature is the stability of the system on the ground. It has base balance elements that increase its strength.

6. A modular shelving system conforming to Claim 1, characterized by its ability to connect panels of any size (15 inches). It has a tool-free assembly structure that does not require external screws, nails, or glue.