MULTIPLE-LAYERED MAGNET CREATED USING PAPER RELIEF TECHNIQUE.

Abstract

The invention relates to a three-dimensional decorative magnet (A) consisting of two or more layers of paper (10, 20, 30, 40) that form a decorative figure, created by paper relief technique, at least one raising element (60, 70) that creates a permanent distance between the said layers (10, 20, 30, 40) to provide a three-dimensional relief appearance, and a magnet (50) that enables the product to adhere to magnetic surfaces, and its manufacturing method.

Description

1 TARIFF MULTIPLE-LAYERED MAGNET CREATED USING PAPER RELIEF TECHNIQUE. TECHNICAL FIELD The invention relates to three-dimensional decorative products produced using paper relief techniques and the creation of these products. It is related to production technique. The invention specifically involves the creation of areas in two or more layers of paper. Lasting volume effect achieved through lifts (preferably silicone) and preferably in the rear 10 decorative magnet that can be used on magnetic surfaces with a magnet placed on its surface It is related. STATE OF THE ART Magnet is a device with a magnetic layer on its back surface, which allows it to be attached to refrigerators, metal cabinets, etc. It is a decorative or functional product that can adhere to magnetic surfaces, such as the front. It features an aesthetic, promotional, or personal image on its front, and a flexible magnet on its back. (magnetic foil) is included. Modern magnet products are generally made from single-layer printed cardboard, plastic, or PVC. Product image on a flat surface using metal or similar sheet materials 20 It is located on top and has a magnet on the back, allowing it to be attached to refrigerators and similar devices. Adhesion to magnetic surfaces is achieved. Visual representation in known magnetic products. Because the effect is mostly two-dimensional, the product has a sense of depth, layered volume, and handcrafted feel. It remains limited. Also, single-piece flat-surface magnets feature wings, figures, or motifs. It is not possible to realistically highlight the visual elements; the product is more of a flat 25 It is perceived as a form of oppression. The use of paper relief applications in decorative handicrafts in the known state of the art. It is known that paper relief technique involves cutting, layering, and embossing paper. It is an art and decoration technique in which a three-dimensional (3D) appearance is achieved by shaping. 30 The aim of this technique is to create depth, shadow, and volume effects on a flat surface. Known for its butterfly-shaped decorative products created using paper relief techniques. One of the applications is to iron the back surfaces of the cut butterfly pieces with a ball iron or similar tool. 2 It is a technique of creating raised patterns by pressing with a tool with a rounded tip. In this technique... Butterfly images are cut out similarly, and the cut pieces are separated from their back surfaces. It is subjected to an ironing / embossing process and then layers are stacked on top of each other. They are glued on. However, with this ironing method, the wings have a fluffy appearance. It is obtained solely by shaping the paper. The wingspan between the layers is 5 Since there is no separate raising or spacing element protecting the wings, the wings are bulky. Its appearance tends to fade over time. This is especially true after the varnishing process. During this process, the layers may come closer together or stick to each other, making the product a gift bag. or the wings close when placed inside the packaging, when removed from the bag This can prevent the layers from achieving sufficient clearance again. Also, ironing 10 Because in this method each wing segment needs to be shaped separately from its rear surface The production time is extended, and the paper is crushed, deformed, or damaged during the process. There is a possibility of tearing. Therefore, the ironing method ensures the product retains its three-dimensional quality. retaining its shape, maintaining its bulky appearance after packaging, and mass production In terms of time efficiency, it may be insufficient. 15 THE PURPOSE OF THE INVENTION The main purpose of the invention is to create decorative magnets using paper relief technique. The observed phenomenon is that the layers gradually move closer together, reducing the three-dimensional view. 20 Damage to the bulky structure during packaging or transportation and extension of production time A decorative magnet and its production method that eliminates disadvantages such as these has emerged. to place. The other purpose of the invention is to create amplifying elements placed between two or more layers of paper. By creating a permanent distance between the layers, the decorative figure's three-dimensional relief is 25 The goal is to provide a magnetic structure that can maintain its appearance for a long time. Another aim of the invention was to recreate the classic relief that relied solely on shaping paper. Unlike its applications, a riser creates a physical gap between layers. the use, transportation, packaging and storage of the product by using these elements The goal is to maintain its voluminous appearance afterwards. 30 Another purpose of the invention is to improve production that requires individual embossing from the back surface. without the need for techniques, in a shorter time, with a lower risk of deformation, and in series. A decorative magnet that can be produced in a way suitable for manufacturing and its related production method have been developed. to place. 3 Another objective of the invention is to have two or four layers in the preferred application. It can be created from more layers of paper and applied to different figures, patterns, and motifs. The goal is to provide a modular decorative magnet structure. Another aim of the invention is to ensure that the booster element is not limited to silicon but also performs the same technical function. different filler materials, spacers or similar risers that can fulfill this role 5 By enabling its implementation using different structures, it expands the scope of protection and offers different solutions. A decorative magnet structure and production method adaptable to production techniques has emerged. to place. The structural and characteristic features and all the advantages of the invention are given in the figures below and these 10 Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation will also take these forms and detailed explanations into account. It must be done by taking it. BRIEF DESCRIPTION OF THE FIGURES 15 The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it must be considered together with the figures explained below. Figure 1: The subject of the invention is a four-layered, preferably butterfly-shaped, 20-ply paper relief created using paper relief technique. It is the exploded appearance of the magnet. Figure 2: The subject of the invention is a magnet, preferably in the shape of a butterfly, created using paper relief technique. This is a cross-sectional view showing the silicon boost points and magnet placement. Figure 3: The subject of the invention is a magnet, preferably in the shape of a butterfly, created using paper relief technique. This is an assembled perspective view. 25 REFERENCE NUMBERS A Butterfly Magnet Top layer Third layer Second layer 40 Base layer 50 Magnets 60 Wing upgrade 70 Fuselage upgrade 4 The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent... Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the preferred configurations of the butterfly magnet (A), which is the subject of the invention, are: purely for the purpose of better understanding the subject and without any limiting influence. It is explained in a way that will not create a problem. 10 The invention is based on the principle of specific areas of multiple layers of paper stacked on top of each other. Thanks to the silicone upgrades created, it maintains its three-dimensional appearance for a long time. capable of adhering to magnetic surfaces via a magnet placed on its back surface. It relates to a decorative magnet (A) product. As shown in Figure 1, the invention consists of: top layer (10), third layer (20), second layer (30), 15 from base layer (40), magnet (50), wing upgrades (60) and fuselage upgrade (70) is occurring. The top layer (10) forms the top appearance of the butterfly pattern and preferably other It is a decorative layer that is smaller in size than the other layers. This layer is designed for the product's model. Depending on the design, it can be prepared in a patterned or plain style. The fourth 20 in the dress-up model. While it is processed in more detail according to the layer, pattern and motif structure; in the unlayered model it is less detailed. It is prepared as a simple top detail layer. The third layer (20), the second layer (30) and the base layer (40) form the basic butterfly form. They are the main carrier layers that form and are aligned with each other and stacked on top of each other. The layers are made of cardboard or high-grammage paper of the same or different thicknesses. 25 It can be produced. Wing upgrades (60) will create a distance between two layers in the wing regions. These are silicone risers that are placed. These risers ensure that the layers adhere completely to each other. This prevents the wings from remaining at an upward angle. The body elevation (70) is the elevation created in the central junction region of the layers. 30 The fuselage elevation (70) ensures that the layers are fixed from the center while at the same time With wing upgrades (60), the product maintains its three-dimensional form continuously. Formed by the body elevation (70) applied to the middle connection points between each floor. The elevation prevents the wings from remaining glued to the flat surface, allowing air to pass between the layers. It creates a hollow effect. This allows the product to be raised and three-sided, in accordance with the paper relief technique. It gains a three-dimensional appearance. In the preferred application, the raising element (60,70) is made of silicone material. 5 However, different filler materials, spacers, or interlocking elements can perform the same function. Relief-forming structures can also be used. The magnet (50) is fixed to the back surface of the product and the product can be placed on a refrigerator, metal panel or This allows it to adhere to similar magnetic surfaces. The production technique of the magnet in question can be briefly described as follows: 10 Within the scope of the invention, the butterfly image to be used is first prepared in a computer environment or It is provided. The image is printed multiple times on high-quality paper suitable for printing. The printed images include the base layer (40), the second layer (30), the third layer (20) and the top The parts are cut with the help of a precision cutter in such a way as to form the top layer (10). The top layer (10), Depending on the chosen model, it is prepared in smaller sizes compared to other layers. 15 The edges of the cut pieces can be painted in suitable colors to create layer transitions. The layers are concealed, resulting in a more natural look. The prepared layers are aligned with the central axes. They are placed on top of each other by overlapping. Then the fuselage elevation (70) is applied to the center junction point. Wing The upgrades (60) are applied to predetermined points in the wing areas 20 A permanent distance is created between the layers. Thanks to these silicone upgrades, the layers... They are fixed without touching each other completely, and the wings remain constantly open. The layers are held together. Then, the layers are glued together to form the three-dimensional body of the product. The front surface of the product is preferably coated with a protective varnish. Eyes, patterns, and similar decorative elements can be added. The details are completed with paint or similar materials. In the final stage, the magnet (50), base 25 By attaching it to the back surface of the layer (40), the product is made ready for use. Butterfly magnet (A), top layer (10), third layer in the preferred application of the invention. (20), four layers of paper, second layer (30) and base layer (40) It is created. The four-layered structure enhances the product's aesthetic appearance, depth perception, and three-dimensionality. The preferred method for achieving a more pronounced relief effect is 30 It constitutes. 6 However, the invention is not limited to a four-layered structure. The application Depending on its purpose, the desired relief depth, and the pattern or figure to be used, the product requires at least two... three, five, six or more layers of paper stacked on top of each other, starting from the first layer It can also be created by placing layers. Increasing or decreasing the number of layers affects the fundamental nature of the invention. It does not change its principle, and permanent 5 is achieved by using silicone upgrades between the layers. A structure based on the creation and preservation of a three-dimensional volume. is protected. Similarly, it is not necessary for all layers to be in the same form, One or more of the layers will form only certain regions of the main figure. It can be prepared in different sizes or geometries. Thus, the product can be customized. More pronounced depth, shadow, and volume effects can be achieved in the desired areas. 10 Number of layers, layer thickness, relative sizes of layers, paper used or The type of cardboard and the number, location, and volume of silicone reinforcements; the intended use of the product. and can be modified according to its design, and such modifications do not fall outside the scope of invention protection. That's not enough to get out. The product obtained using the technique described above consists of four or more layers. formed by layers separated by silicon upgrades at specific distances from each other a three-dimensional butterfly that is captured, thus maintaining its wingspan for a long time. is magnet (A). The structure seen in known relief works is based solely on the principle of raising the paper. Instead, this invention uses silicon upgrades that create physical distance between layers. 20 This ensures that the wings do not deflate over time and are not crushed inside the packaging. It doesn't close, it retains its original bulky appearance when the package is opened, and it stays in place for a long time. It retains its three-dimensional form. Additionally, the product does not require ironing or backing up, thus reducing production time. It shortens, and the risk of deformation that may occur in the paper is significantly reduced. 25 The invention is not limited to the butterfly figure; flowers, birds, and other shapes can also be produced using the same manufacturing principle. animal, human figure, city skyline, architectural structure, calligraphy, motif or different decorative It can also be applied in magnet production in various forms. The scope of protection in this application is defined in the claims section and is explicitly stated above. The examples given cannot be limited to those described; a person skilled in the technique can demonstrate the invention's potential in 30 the innovation introduced can be created by using similar structures and / or this It is clear that this structure can be applied to other areas with similar purposes using the same technique. Therefore, such structures foster innovation and, in particular, surpass the known state of technology. It is also obvious that it will lack this criterion.

Claims

7 REQUESTS 1. The invention involves creating a paper relief from two or more layers of paper using a paper relief technique. The method of producing a three-dimensional decorative magnet (A) is its characteristic; • Preparation of at least two paper layers (10, 20, 30, 40) for the decorative figure, • Alignment of layers, at least one riser element (60,70) between layers placement, • Creating a three-dimensional relief appearance by fixing the layers and the background At least one magnet (50) must be fixed to the surface, 10 It is characterized by the fact that it includes these processes.

2. The production method according to Claim 1, and its characteristic is; the aforementioned raising element (60,70) silicone, epoxy, polyurethane, UV-curable resin, acrylic-based filler material, 15 foam tape, double-sided embossing tape, elastomeric filler material, plastic or polymer spacer, foam-based riser, cardboard or paper It must contain at least one of the created spacing elements.

3. The production method is according to claim 1 or claim 2, and its characteristic is; the mentioned amplifier 20 the element (60,70) will create a distance between the two layers in the wing / edge regions wing raises (60) and / or layers made of silicone material placed in the manner shown Body elevation made of silicone material created in the central junction area (70) It includes.

4. Decorative magnet (A) that meets any of the previous requirements, and its feature is; by creating a permanent gap between the layers of the rising element (60,70) the product's three This involves maintaining its three-dimensional form.

5. Decorative magnet (A) that meets any of the previous requirements, its feature is; 30 in the central region of the rising element (60,70), in the wing regions or in the volume of the figure This includes positioning them in the regions where they are desired to be acquired. 35 8 6. The production method according to claim 1, and its feature is; the base of the mentioned magnet (50). It is to be glued to the back surface of the layer (40).

7. A decorative figure made from two or more layers of paper. The product must be attached to magnetic surfaces with at least two layers of paper (10, 20, 30, 40). A decorative magnet (A) containing at least one magnet (50) that allows it to hold; feature; • located between the aforementioned paper layers (10, 20, 30, 40) and the layers by preventing them from touching each other completely, maintaining a permanent distance between them. 10 And this appearance remains the same even after use, packaging and storage. It must contain at least one raising element (60, 70) that ensures its protection.

8. A decorative magnet (A) for claim 7; its characteristic is that the aforementioned raising element (60,70) wing elevation made of silicone material in wing / edge areas (60) and / or Silicone body elevation (70) 15 at the central junction of the layers It includes.

9. According to claim 7, a decorative magnet (A) is characterized by the decorative figure being a butterfly, flower, leaf, bird, animal, human figure, architectural structure, writing, logo, motif or similar It must include at least one of the decorative shapes. 20 10. According to claim 7, a decorative magnet (A) is characterized by the fact that the paper layers are the same or at least one of the paper, cardboard or similar sheet materials of different grammages It includes.

11. Decorative magnet (A) suitable for any of the previous requests, its feature is; preference The method used involves four layers of paper.

12. Decorative magnet (A) that meets any of the previous requirements, and its feature is; At least one of the layers must be smaller in size than the others. 30

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