A PLASTIC SLIDE MODULE

Abstract

The invention relates to a plastic slide module designed in a hexagonal form as a modular system consisting of six pins (4), six wheels (3) and six covers (2) mounted on the main body (1), with six wheels (3) arranged symmetrically on its surface.

Description

1 TARIFF A PLASTIC SLIDE MODULE Technical Area The invention is a hexagonal shape designed with three, four, or six symmetrically arranged segments on its surface. It relates to a plastic slide module that has several wheels. The invention specifically involves six pins mounted on the main body, three, four or six It involves a modular system consisting of wheels and six covers. State of the Art Nowadays, similar products usually consist of only a fixed main body. and this body has no moving parts. Due to the absence of this mechanism, the sliding motion in these systems is 15. This can be achieved by using lubricants such as water or soap. It is essential. In addition to using soap and water, excessive use is also necessary for the slick to occur. A steep slope is required. The use of water and soap creates extra workload during the preparation process and also requires a constant 20 The need to procure materials increases operating costs. Additionally, friction on the surface can occur if water or soap becomes insufficient over time. This is increasing; this situation means that the boots used in gliding activities have a smooth surface. This prevents movement, thus reducing both gliding performance and... It increases the risk of accidents in terms of user safety. 25 In current implementations, due to the irregular distribution of pins, the user The boots on which he is sliding cannot go in line with the sliding path and This negatively impacts user safety. In addition, the main issues with existing products... Because the body surfaces are smooth and free of gaps, they are susceptible to the accumulation of dust, dirt, and water. 30 Especially during rainy weather, the accumulation of water on the surface can cause the sliding speed to become uncontrolled. This negatively impacts user safety by increasing the risk. 2 Also included in the current technology is WO2015041724A1, modular transport / storage. systems that allow 6-wheeled modules to move more easily on rails Although it provides protection, this structure is generally designed for larger containers and children Geometric hexagons specific to lightweight plastic modules such as toys / play structures. It is not directly related to the configuration; therefore, the module surface shape and wheel 5 The configuration may not be suitable for a specific hexagonal slide module. The modular approach of US20230065062A1 allows for the assembly of wheel modules. However, it is particularly concerned with six symmetrical wheels and connecting elements such as pins / caps. It doesn't provide details, therefore it doesn't exactly match the plastic slide design and 10 It is for a more general purpose. US12168490B2 offers modular wheel and carrier systems for wheeled structures. It deals with assembly, but especially with things like children's slides or hexagonal modular designs. It is not associated with specific surface locations and surface properties; this is why plastic 15 It does not define the symmetrical wheel placement specific to the slide module. Purpose of the Invention To eliminate the disadvantages inherent in the known state of the art, the invention must be 20 One purpose is to reduce friction thanks to the symmetrically placed wheels on its surface. by significantly reducing sliding motion on low-slope or partially flat surfaces This even ensures that it can be done without the use of water or soap. Another aim of the invention is to make the sliding motion smoother thanks to its wheeled structure, 25 It allows for controlled and safe execution; improving the user experience. The goal is to improve the process while also saving energy and materials. Another objective of the invention is to allow modules to move without orientation differences thanks to the symmetrical pin structure. They can be easily assembled together, which reduces both assembly time and the 30 This increases the portability of the system. Another objective of the invention is the modular structure of the product, allowing it to be produced in any desired size and shape. It allows for the easy creation of surfaces. Furthermore, the pores on the surface... 3 Thanks to its structure, the accumulation of dust, water or dirt is prevented, thus ensuring both hygiene and the goal is to ensure safe usage. Another purpose of the invention is to draw out rainwater through the perforated channels located on the main body. The water is rapidly drained from the surface, thus preventing water accumulation. 5 This feature prevents water accumulation, which can negatively affect sliding speed. It prevents loss of control and ensures safe operation. Its most important advantage over existing techniques is that it does not require any lubricant. It offers a gliding experience without needing to use anything, on low-slope or partially flat terrain. 10 It can perform even on uneven surfaces and is controlled, increasing user safety. Its sliding feature is a key characteristic. In these respects, the invention is both technically innovative and practical. Its use provides an economical, safe, and sustainable solution compared to existing systems. It offers. In a preferred configuration of the invention, 3 or 4 wheels may be used. As the number of wheels increases, its usability on gentler inclines also improves. In another preferred configuration of the invention, the body is quadrangular, pentagonal or more It may be in the form of a module with an edge. 20 Explanation of the Figures Figure 1 shows a general perspective view of the assembly of the slide module, which is the subject of the invention. Figure 2 is a general perspective view of the disassembly of the slide module, which is the subject of the invention. 25 Explanation of Reference Numbers Reference Number Reference Name 1 Body 11 Wheelbase 111 Pin sockets 12 Water Drainage Channels 4 13 Contact Points 14 Contact Points protrusions 2 Covers 3 Wheels 4 Pins Detailed Description of the Invention The invention is portable, designed for use in entertainment, event, and play areas. and is a modular sliding surface system. Preferably made of plastic derivatives. 5 Thanks to the wheeled structure of the modules, friction with the surface is reduced, thus low Sliding is possible and fluid even on sloping or partially flat surfaces. It has been brought. The invention consists of six pins (4), six wheels (3) and 10 mounted on the main body (1). Designed in a hexagonal form as a modular system consisting of six lids (2), a plastic slide with six wheels (3) arranged symmetrically on its surface It is a module (Figure 1). Figure 2 shows a general perspective view of the disassembly of the slide module, which is the subject of the invention. 15 As shown in Figure 2, the module in question, which is the subject of the invention, receives the sliding activity. pin (4), wheel (3) and cover mounted on the body (1) to make it work (2) contains. The pin (4) is located inside the wheel (3) and the wheel (3) It enables connection to the body (1). As can be seen in Figure 2, the wheel housing (11) is on the body (1) in question. It has been created. Pin sockets (111) have been created in the wheel housing (11). This In this way, the pin (4) and the wheel (3) are positioned in their slots (11) in the housing (1). A specific width and length must be provided on a surface with a specific slope. For each module that is combined for this purpose, these bodies (1) form the sliding surface. This 25 To achieve gliding on the surface, the inflatable boat will start on the surface. It reaches the endpoint at that point. As seen in Figure 2, the wheels (3) on each surface are connected by pins (4) Because it rotates around itself, it takes the user to the next wheeled (3) body at each stage. (1) carries. This movement continues until the end point. Cover (2) wheel (3) and pin (4) prevents the wheel from coming out of the wheel well (11). 5 Each hexagonal module, which is the subject of the invention, has male connectors at least two corners, preferably circumferentially. The body (1) is formed by the number of contact protrusions (13) and male contact protrusions (13). It contains a female contact socket (14). Multiple modules include the male contact socket. It can be interlocked with its protrusion (13) and female contact sockets (14). In this way, 10 It allows multiple modules to be combined to create large surfaces. It is known. This surface created can be extended due to the modular nature of the product. It can be shortened or expanded and narrowed. The wheels (3) located on the assembled modules, as seen in Figure 1, are 15 inches from the surface. Regardless of whether it is sloped or not, users can use water or soap, etc. It allows for gliding without the need for lubricants. The wheeled main body structure (1) shown in Figure 1: Symmetrically on the surface of the product Thanks to the fitted wheels (3), friction is reduced, so that low slopes or 20 Sliding is possible even on flat surfaces without the use of water and soap. The symmetrical pin system (4) shown in Figure 2: three male contact protrusions contained within the module (13) and three female connector slots (14) thanks to the connection structure, the modules can be connected without any difference in direction. They can be assembled together, thus providing ease of assembly and modularity. 25 is provided. In the wheel wells (11) where the wheels (3) sit, as seen in Figure 2. formed water drainage channels (12); water entering from the side gaps of the covers (2) By draining, it prevents water accumulation on the surface and controls the sliding speed. It provides. The covers (2) are attached to the wheels (3) after they are mounted. They are frame-shaped parts. 30 The regular contact protrusions (13) on the main body (1) seen in Figures 1 and 2 And thanks to its symmetrical distribution, the sliding surface is aligned when the modules are combined. 6 It enables the user to slide in a specific direction in a balanced manner. It makes it possible. In addition, protrusions (15) have been formed on the body (1).

Claims

7 REQUESTS 1. The invention is portable and modular, to be used in entertainment, event and game areas. Multiple pieces assembled together to form a sliding surface, preferably It is a module made from plastic derivatives, 5 - a body (1), - to establish contact with another module; preferably peripherally, male contact protrusion (13) and female contact socket (14), - wheels symmetrically placed on the surface of the mentioned body (1) (3), 10 - wheel wells (11) where the wheels (3) sit, - pin socket (111) created in the wheel housings (11), - for mounting the wheels (3) into the wheel housings (11) with the pin housing (111) pins (4), - 15 in the form of a frame attached to the wheels (3) after they are mounted. covers (2), It is characterized by its inclusion.

2. In accordance with claim 1, male contacts must be present at at least two corners of the aforementioned body (1). It is characterized by its protrusion (13). 20 3. In accordance with claim 2, the aforementioned male contact projection (13) number of stem (1) It is characterized by the formed female contact socket (14).

4. In accordance with claim 1, in the wheel wells (11) where the wheels (3) sit It is characterized by containing constructed water drainage channels (12).

5. It is characterized by a body (1) with a hexagonal form, in accordance with claim 1. 25

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