DECORATIVE CUBE STRUCTURE WITH A FREELY MOVING MAGNETIC ELEMENT INSIDE A TRANSPARENT BODY.

Abstract

The invention relates to a decorative magnetic cube structure containing a free-moving magnetic element within a transparent housing, an interactive system comprising a transparent outer cube (1), a fixed inner carrier cube (2), an inner carrier cube cover (3), and a free-moving magnetic element (5) inside the inner carrier cube (2). The inner carrier cube (2) is fixed and can contain visual content on its outer surfaces. The free-moving magnetic element (5) can perform rotational, directional, and tumbling movements within the volume of the inner carrier cube (2). The aesthetic integrity provided by the transparent outer cube (1) and the transparent chemical filler layer (4) allows the user to manipulate it by hand and presents a decorative structure exhibiting dynamic magnetic interaction.

Description

1 TARIFF FREELY MOVING MAGNETIC ELEMENT INSIDE A TRANSPARENT BODY. DECORATIVE CUBE STRUCTURE INCLUDING Technical Area This invention relates to five areas: decorative items, souvenirs, and stress-relieving mechanical objects. and is positioned in a way that creates a sense of depth, especially within a transparent outer casing. containing a magnetic element that can move freely within a fixed internal support cube structure, and a cube that allows multiple cube structures to create magnetic interaction with each other It is related to the structure. State of the Art 10 In the current technical field, cube-shaped products based on magnetic interaction are generally of two types. It is based on a fundamental structural principle. In traditional practices, which fall into the first group... Magnets are placed inside the cube body or on the cube surfaces at a specific point and polarity direction. They are fixed in place. In this type of fixed system, the polar directions of the magnets... Since it hasn't changed, objects can only attract each other from certain surfaces; on other surfaces, 15 However, a repulsive force can be generated. This situation makes the interaction between objects limited and static. By doing so, it limits the user experience. The second group, on the other hand, focuses on multiple merging processes. There are modular magnetic cube systems. In these systems, the cubes are placed at their corners. The aim is to create different geometric forms using a large number of magnets. However, the use of a high number of magnets in these structures increases production complexity and costs. This is increasing, and systems are increasingly geared towards interlocking parts. It is working. In the current solutions within the known state of the art, visuals are mostly used. located directly on the outer surface, it is subject to friction, impact and contact during use. Due to this, wear and deformation can occur. Furthermore, depth perception is impaired in existing systems. 25 freely oriented magnetic elements formed by transparent protective housing structures There are no compact cube structures with which it is used together. The invention refers to a fixed inner carrier positioned inside a transparent outer cube. The cube structure contains a free, movable, centrally magnetic element. Thus the ability of multiple cube structures to create dynamic magnetic interactions with each other while providing a decorative and interactive use that can be manipulated by the user's hand 30 experience is gained. Thanks to its transparent outer cube structure, the images on the inner surfaces It is protected against external factors and wear and tear due to use is reduced. 2 Purpose of the Invention The aim of this invention is to create a fixed inner support cube positioned inside a transparent outer cube. Its structure is open to user interaction thanks to its freely moving magnetic element. An innovative product that can be used for decorative, gift, and tactile, interactive stress relief purposes. The goal is to develop a cube structure. The invention also addresses the fixed-pole 5-pole problem encountered in existing technical solutions. Reducing the problem of limited magnetic interaction arising from magnet structures, cube their structures can create dynamic magnetic interaction with each other and by the user The aim is to provide an interactive user experience that can be manipulated by hand. Another purpose of the invention is to display the images on the inner carrier cube surfaces on the transparent outer cube. By ensuring its protection, it prevents friction, impact, and wear caused by use. The invention also involves reducing the structural integrity created between the transparent outer cube and the inner supporting cube. The aim is to create a visually decorative cube structure thanks to its depth. The other aim is to create a compact, manufacturable, aesthetically pleasing product using a small number of magnetic elements. A decorative cube featuring a free-moving magnetic element suitable for user interaction. The goal is to create a structure. 15 Explanation of the Figures Figure 1: The invention in question, a device containing a freely movable magnetic element within a transparent housing. This is a general perspective view of a decorative magnetic cube structure. Figure 2: The invention in question consists of a transparent housing containing a freely movable magnetic element. The decorative magnetic cube structure consists of a transparent outer cube (1), an inner carrier cube (2), and an inner carrier cube cover 20. (3), transparent chemical filler layer (4) and free-moving magnetic element (5) parts It is an exploded perspective view. Figure 3: The invention in question consists of a transparent housing containing a freely movable magnetic element. The decorative magnetic cube structure consists of a transparent outer cube (1), an inner carrier cube (2), and an inner carrier cube cover. (3), transparent chemical filler layer (4) and free-moving magnetic element (5) parts 25 It is a cross-sectional view showing the positions of two objects relative to each other. Figure 4: Between the two separate interactive, decorative magnetic cube structures that are the subject of the invention. This is a schematic representation illustrating the dynamic magnetic interaction and its working principle. 3 Explanation of References in Figures 1: Transparent outer cube 2: Inner support cube 3: Inner support cube cover 4: Transparent chemical filler layer 5 5: Free-moving magnetic element Description of the Invention The invention is a decorative device containing a freely moving magnetic element within a transparent housing. The magnetic cube structure basically consists of a transparent outer cube (1) positioned inside this body. an inner carrier cube (2) an inner carrier cube lid (3) sealing the inner carrier cube (2) structural 10 a transparent chemical filler layer (4) that ensures integrity and a central interaction It consists of free-moving magnetic elements (5). The transparent outer cube (1) which forms the skeleton of the invention, is a surface assembly process It is manufactured in the form of a cube that is left open (empty) so that it can be realized. The invention 15 of the structure of the free-moving magnetic element (5) which is the functional heart of the inner carrier cube (2). It is placed inside. After the placement process, the inner carrier cube cover (3) by closing the defined internal carrier cube (2) of the free-moving magnetic element (5) being confined within a volume and being able to move freely 360 degrees within that volume (somersaulting) (being able to throw) is provided. The inner carrier containing the free-moving magnetic element (5) Visual designs can be applied to the outer surfaces of the cube (2) using UV printing, stickers or similar methods. 20 is being implemented. The inner carrier cube (2) whose visual application has been completed is transparent, the outer cube (1) is open It is positioned centered on the surface from which it is located. As a result of this placement... The inner carrier cube (2) is fixed inside the transparent outer cube (1) and the material of the transparent outer cube (1) an optical depth resulting from its thickness and the transparent outer cube (1) of the inner carrier cube (2) In the final stage, the illusion of hanging in space is obtained inside the transparent outer cube (1) 25 the area left exposed for assembly is filled with a transparent chemical filler layer (4) (preferably resin, (polyurethane-based materials) are used to fill the parts. Thanks to this filling process, all parts By interlocking them, a monoblock (single-piece) structure is obtained, protecting the interior visuals from external factors. It is completely isolated and protected against impacts and abrasion. 4 The invention works by bringing two separate magnetic cube structures close together. It is based on a transparent body, as shown in Figure 4, in which the freely moving parts are located. When decorative magnetic cube structures containing magnetic elements (5) are brought close together, the inside Freely movable magnetic elements (5) that can orient freely in the volume of the carrier cube (2) The free-moving magnetic elements (5) on the side automatically flip according to the polarity direction. By releasing it, it moves to the appropriate pulling position. This mechanism provides the user with a fluid experience. It offers an experience in magnetic manipulation. How the invention can be applied to industry. The invention is a decorative 10-inch device containing a freely movable magnetic element within a transparent housing. Magnetic cube structure, current plastics processing, digital printing and chemical casting technologies It is a structure suitable for mass production in industry using transparent outer cube (1) inner carrier cube (2) inner carrier cube cover (3) parts polycarbonate, acrylic or similar thermoplastic It can be mass-produced from materials by injection molding method. Inner carrier cube (2) The images to be applied to their surfaces will be printed using industrial UV digital printing machines or high-pressure printing equipment. High-resolution labeling systems can be implemented quickly and accurately. Free Placement of the movable magnetic element (5) and closing of the inner carrier cube cover (3) The processes can be automated in industrial assembly lines. Transparent chemical filler. The application of layer (4) is done precisely with standard dosing machines. It is feasible. The structure in question, with its unique magnetic mechanism and aesthetics, is the subject of this invention. Magnetic interaction occurs through manual movement in the user's hand thanks to the depth. It helps reduce stress and improve focus through tactile feedback that allows the user to feel... They can be used in areas such as personal relaxation and focus tools that help to improve concentration. Also decorative and interactive desktop objects, collectible items, gift items, magnetic It can be produced in a way suitable for mass production as an interactive cube and is used in industry in 25 It is applicable.

Claims

REQUESTS 1- The invention is a decorative device containing a freely movable magnetic element within a transparent housing. It has a magnetic cube structure and a transparent exterior that contains a mounting space inside. cube (1) placed inside the transparent outer cube (1) and on which the visual The inner carrier cube (2) containing the designs, the volume inside this inner carrier cube (2) is 5 positioned and able to move freely 360 degrees within the volume (somersaulting) (5) free-moving magnetic element (capable of throwing) an inner carrier cube lid (3) that traps element (5) inside the inner carrier cube (2) transparent by filling the gap between the outer cube (1) and the inner carrier cube (2) all the pieces It contains a transparent chemical filler layer (4) that makes it a monoblock. 10 2- A transparent housing containing a freely movable magnetic element, conforming to Claim 1, It is a decorative magnetic cube structure and its feature is that the transparent outer cube (1) has an inner carrier the images on the outer surfaces of the cube (2) create the appearance of hanging in space It should have an optical depth of field that it provides. 3- A transparent housing, conforming to Claim 1, containing a freely movable magnetic element, 15 It is a decorative magnetic cube structure, and its characteristic feature is the free-moving magnetic field. The volume of the element (5) according to the effect of another magnetic field applied from the outside by flipping over inside, it automatically changes the polarity and thus It provides dynamic magnetic manipulation. 4- A transparent housing, conforming to Claim 1, containing a freely movable magnetic element, 20 It is a decorative magnetic cube structure, characterized by its transparent chemical filling. (4) The layer is a transparent filler material based on resin or polyurethane. 5- A transparent housing containing a freely movable magnetic element, in accordance with Claim 1, It is a decorative magnetic cube structure, and the visual on the surface of the inner carrier cube (2) is The designs have been applied using UV printing or sticker methods. 25

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