Portable Modular Whiteboard System
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- İSTANBUL- ARNAVUTKÖY ARNAVUTKÖY ANADOLU LİSESİ
- Filing Date
- 2026-03-28
- Publication Date
- 2026-06-22
Smart Images

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Abstract
Description
1 TARIFF 5 Invention Title Portable Modular Board System Technological Field of the Invention: 10 This invention can be used in educational settings, meeting and presentation areas; It relates to foldable, portable, and modularly reconfigurable whiteboards. Especially in classrooms, teachers and students dynamically explore different course contents. (şleyeb(lmes( (ç(n gel(şt(r(lm(şt(r. The Known State of Technology 15 Widely used today in educational institutions, offices and presentation environments. There are various types of whiteboards. One of the most well-known types is the white one that is fixed to the wall. These are boards. Although these boards offer a wide range of uses due to their single-piece and fixed structure. It does not have the characteristic of being portable. In addition, foldable presentation boards sold in the market under the names “tr(-fold” or “quad-fold” 20 These products are also available. These products offer advantages, especially in terms of portability, and when closed, they are more... They take up little space. However, their structure is fixed; the panels can be separated from each other and rearranged in different ways. They cannot be combined. Therefore, they have a limited use, being able to be opened and closed only. On the other hand, magnetic modular panels produced by brands like McSquares or Clarus also (This is included in the law. In these products, small square or rectangular panels are placed side by side to form 25 They are wall-mounted, creating large surfaces. However, these types of panels are portable. It is not, it needs to be mounted on a fixed surface and it does not have a folding feature. When the current technology is examined, it is seen that portability, foldability and modularity are important. Flexibility features are not offered together in a single product. This deficiency is particularly noticeable in dynamic and In today's educational understanding where flexible teaching methods are adopted, there is a serious need. 30 is giving birth. 2 Purpose of the Invention The aim of this invention is to improve education and presentation by addressing the shortcomings of existing whiteboards. The aim is to provide a more flexible, portable and modular solution for their environments. Thanks to this invention, teachers, students, and presenters can have their own personal whiteboards. It has a structure that can be easily carried and folds up when not in use, taking up minimum space. will be and the panels will be joined in different ways with magnetic or mechanical connections It can create surfaces suitable for different lessons, presentations (contents), and group work. Thus, a single product can range from drawing the coordinate system in a mathematics class to learning time in a history class. (from creating schedules; visualizing the stages of experiments in science class, group) from students combining their panels in projects to creating a common bulletin board, a wide range of 15 It will offer areas of use. The advantage of portability and flexible use is not only in schools, but also in meetings. It also allows for its effective use in living rooms, workshops and homes. Description of the Invention This invention consists of 20 modular panels that can be connected to each other and have a foldable structure. It is a portable whiteboard system. S(stem(n basic components(; coating material (suitable for writing surface( (for example, polymer coated steel(k or aluminum(composite), magnets integrated into the edges and / or mechanical elements, hinge mechanisms that enable folding, and (optionally) The telescope consists of a stand or tr(pod stand s(stem(nden). 25 Each of the panels can be used as a small whiteboard on its own or with magnets. with the help of other panels, they can be combined side by side, on top of each other or at an angle to create a larger one. surfaces can be obtained. For example, (k( panels placed horizontally side by side form a long timeline; four panels When combined in a square shape, it is a suitable surface for the coordinate system in mathematics lessons. can be provided. 3 Technological Problems Solved and Advantages Provided by the Invention 5 Current whiteboards have certain limitations in educational and presentation environments; fixed white While the boards are not portable and can only be used in a single location, they are foldable. The boards do not provide modular and flexible usage possibilities; they are wall-mounted modular. panels (do not offer portable and foldable features). This invention eliminates the aforementioned technical problems, making it foldable, portable and 10 It brings modular flexibility together in the same product. The panels can be easily transported by shrinking to bag size, allowing teachers to use them between classrooms. While providing great ease in mobility, thanks to magnetic and mechanical systems panels can be recombined in different ways and adapted to course content. It creates dynamic surfaces. 15 Group work (for) panels are distributed to students and then made into a common board. Its design increases interaction, and its foldable structure saves space by providing storage. It offers convenience. Furthermore, not only in educational settings, but also in office meetings, workshops, and home environments. The fact that it can be used makes the product very versatile, 20% better than existing solutions on the market. It differentiates them. The Industrial Application of the Invention This invention is highly suitable for application in mass production and industrial conditions. Lightweight, durable, and easily workable materials can be used in the production of panels. For example, Aluminum composite sheets or polymer coated steel plates, suitable for writing 25 The whiteboard surface provides both a durable and long-lasting use. The magnets integrated into the panel edges are neodymium, which is standard in the industry. This can be easily achieved with magnets; also mechanical locking mechanisms injection molding or can be produced with metal processing techniques. The panels can be opened and closed repeatedly using durable hinge systems for their folding feature. 30 Even if it shuts down, its functionality can be guaranteed. In the industrial application, panels are available in different sizes (e.g., 30x30 cm, 40x40 cm, 50x50 cm). It can be produced and packaged as a set according to need and offered for sale. 4 Optional additional parts such as telescope(k stand, tr(pod or wall mount g(b( are also produced in series 5 easily (made) within this scope. The product's production line does not require special technology; existing furniture and training are available. The materials and equipment production infrastructure are sufficient for the production of this product. This invention, which has high industrial applicability, is suitable for educational institutions, private schools, public schools, It can be marketed in a way that can be used in universities, offices, workshops and home environments. 10 Thanks to its advantages such as foldability, portability and modular structure, the product is used in different sectors. an innovative solution that appeals to a wide user base and has high competitiveness in the market will create. Explanation of the Figures Figure 1: Front view of the portable modular board system, the subject of the invention. Magnetically connected 15 The square panels are connected by means of edges (the combined form is seen). Figure 2: Side view of the modular board that can be transported when folded. Panels or bag size (in the form shown). Figure 3: An example of a usage where two panels are placed side by side to form a long strip. This figure, It shows the possibility of use in linear course content such as time schedules. 20 Figure 4: Four panels combined in a square shape. This arrangement is used in mathematics lessons. Suitable for coordination systems or large surface area group work. Figure 5: View of the panels mounted on a telescopic stand. This figure shows the fixed position of the product. It is an example of independent freestanding use in addition to its use on a surface. Figure 6: Example showing a group work scenario. Panels distributed to students (Lesson 25) Finally, the process of combining the elements to create a classroom bulletin board has been visualized. Reference Numbers L-stes- 101 – Modular panel housing( 102 – Writing surface( (s(l(neb(l(r coating) 103 – Edge magnets 30 104 – Mechanism(kk(l(ts(stem( (kl(ps / slide) 105 – Folding hinge (5 106 – Panel junction surface 107 – Carrying handle / case 108 – Telescope(k foot / tr(pod connection point) 109 – Stand (for freestanding use) 110 – Magnetic accessories (note holder, f(gür etc.) 10 20 6 REQUIREMENTS 5 1. This invention is a portable modular whiteboard system used in educational and presentation settings. Its feature is that it has at least two modular panel bodies (101) with an erasable writing surface (102), Edge magnets (103) that enable panels to be connected to each other in different geometric shapes and / or mechanical locking systems (104), at least one of which allows the system to be folded to the size of the bag. It is characterized by having a folding hinge (105). 10 2. The portable modular board system specified in Claim 1 is characterized by the panels (101) a carrying handle (107) and a protective case (108) that allows it to be carried by hand when not in use It is characterized by its inclusion. 3. The portable modular board system specified in Claim 1 is characterized by the panels (101) on the ground. Telescopic legs or tripods that can be integrated into the body so that it can stand independently 15 It is characterized by having a stand (109) in its structure. 4. The portable modular whiteboard system specified in Claim 1 is characterized by its modular panel body. (101) Aluminum composite or polymer coated steel to provide lightness and durability It is characterized by being made of a particular material. 5. The portable modular board system specified in Claim 1 is characterized by the panels (101) group 20 They can be used independently in their studies and through magnets (103) It is characterized by its ability to recombine to form a common panel surface. 6. The portable modular whiteboard system specified in Claim 1 is characterized by its writing surface (102). It has magnetic properties, and therefore magnetic objects such as letters, figures, or note holders can be attached to it. It is characterized by the ability to accommodate accessories. 25 7 SUMMARY 5 Portable Modular Board System This invention is portable and foldable, designed for use in educational and presentation settings. and modular whiteboard system. The invention consists of at least two panels with a wipeable writing surface, and the panels have edges ( thanks to magnets and / or mechanical systems, different shapes (square, rectangle, long 10 strips (etc.) can be connected to each other. Thanks to its hinge structure, the panels can be folded down to bag size when not in use. and it is easily portable. The system can be used as a standalone panel with a telescopic stand or tripod connection, In group work, students are given separate panels and then a combined board is created. 15 (also allows.) With these features, the invention differs from existing fixed, foldable or wall-mounted panels, An innovative solution that combines portability, foldability, and modular flexibility in a single product. It offers.
Claims
6 REQUIREMENTS 5 1. This invention is a portable modular whiteboard system used in educational and presentation settings. Its feature is that it has at least two modular panel bodies (101) with an erasable writing surface (102), Edge magnets (103) that enable panels to be connected to each other in different geometric shapes and / or mechanical locking systems (104), at least one of which allows the system to be folded to the size of the bag. It is characterized by having a folding hinge (105). 10 2. The portable modular board system specified in Claim 1 is characterized by the panels (101) a carrying handle (107) and a protective case (108) that allows it to be carried by hand when not in use It is characterized by its inclusion.
3. The portable modular board system specified in Claim 1 is characterized by the panels (101) on the ground. Telescopic legs or tripods that can be integrated into the body so that it can stand independently 15 It is characterized by having a stand (109) in its structure.
4. The portable modular whiteboard system specified in Claim 1 is characterized by its modular panel body. (101) Aluminum composite or polymer coated steel to provide lightness and durability It is characterized by being made of a particular material.
5. The portable modular board system specified in Claim 1 is characterized by the panels (101) group 20 They can be used independently in their studies and through magnets (103) It is characterized by its ability to recombine to form a common panel surface.
6. The portable modular whiteboard system specified in Claim 1 is characterized by its writing surface (102). It has magnetic properties, and therefore magnetic objects such as letters, figures, or note holders can be attached to it. It is characterized by the ability to accommodate accessories. 25