FLOATING TIE-DOWN SYSTEM PROVIDING TOLERANCE COMPENSATION

Abstract

This invention is a mechanism system designed to compensate for the accumulation of tolerances in two axes (X and Y). The floating sheet metal compensates for positional misalignments that may occur during assembly with its 20x20 mm range of motion, while the center hole (5) allows the passage of bolts or similar fasteners. This innovative design, made of sheet metal, increases mechanical strength by offering ease of assembly, cost-effectiveness and a wide range of applications. Figure 2.

Description

1 TARIFF FLOATING TIE-DOWN SYSTEM PROVIDING TOLERANCE COMPENSATION TECHNICAL AREA 5 This invention is designed to compensate for tolerance accumulations occurring in two axes (X and Y). It relates to a designed floating coupling system. It falls within the field of mechanical couplings. This innovation minimizes discrepancies encountered, particularly in assembly processes. By doing so, it aims to provide a more flexible and efficient connection. 10 PREVIOUS TECHNIQUE In current technical practices, tolerances that occur in production processes Their accumulation can lead to significant problems during assembly. In particular, 15 In the areas where the assembly will be performed, the connecting elements must move within a specific axis. The aim is to eliminate tolerance accumulations by ensuring this process. However, this The method is generally limited to the axis along which the connector can move, and other It is not possible to compensate for the tolerance accumulations that occur in the axes. "Floating nut" used in the aviation and automotive industries. systems to compensate for discrepancies that occur during the assembly process These systems have been improved. However, in these systems, the nut is usually only on a single axis. and is allowed to move only to a very limited extent (approximately 2 mm). This limited movement... Mobility provides an effective solution across wider axes and tolerance accumulations. 25 It is unable to provide. When applications in this field are examined, it is seen that those produced by the extrusion method and Systems offering movement in only one direction have been observed. In these systems, As a result of the parts interlocking with claw-like structures, only a certain 30 Displacement in this direction is possible. This situation allows for free movement in both axes. It is inadequate for applications requiring mobility. 2 The patent application with publication number US11624386B2 essentially describes the system as follows: the connecting element has limited movement capability in only one axis It is designed for use with clawed structures or similar connections. using mechanisms to move the connector along an axis It provides. The movement level is quite low (approximately 2 mm), therefore it is more than 5 It is insufficient in compensating for wide tolerance differences. As a production method... The extrusion method is used, and the parts produced by this method are joined together with a snap-on mechanism. It gains mobility by passing through. However, this design is particularly cost-effective. Adequate solution for applications requiring efficiency and multi-axis movement. It does not offer. 10 In conclusion, the current technique is biaxial (X and Y) and includes wide ranges of motion. It lacks solutions that provide tolerance compensation. In this context, cost-effectiveness and a floating binder system is needed which also offers advantages in terms of ease of production. It is located. A BRIEF DESCRIPTION OF THE INVENTION This invention provides great mobility, cost-effectiveness, and ease of production. Specifically, one that has the ability to move in two axes (X and Y) with dimensions of 20x20 mm. It is a floating clamping system that provides biaxial tolerance compensation. 20 This invention is designed to compensate for tolerance accumulations that occur during assembly processes. It is an improved floating coupling system and its feature is that it is biaxial (X and Y) in total. 20x20 mm movement capability, preventing positional changes that may occur during assembly. It effectively compensates for deviations, thus facilitating easy assembly and reducing errors to 25. The goal is to minimize the share. Another feature of the invention is that the fastening element (bolt) can move freely. The enclosed pool structure provides both mechanical durability and flexibility. This provides 30% efficiency compared to traditional single-axis motion systems. It provides a wider range of motion. 3 Another feature of the invention is the bending of sheet metal materials as a production method. It is designed using this method, providing a cost advantage. This production solution is fast and... It offers an efficient production process while optimizing costs. Another feature of the invention is that its innovative design allows for a wide range of applications. The key is to enable it to adapt to the range of applications. Thus, the invention requires... as an effective solution in both industrial and consumer-oriented applications It enables its use. BRIEF DESCRIPTION OF THE FIGURES 10 Figure 1 shows a perspective of the assembled floating coupling system, which is the subject of the invention. It is the appearance. Figure 2 shows the components of the mechanism in the floating coupling system that is the subject of the invention. It looks like it's been blown up. 15 Figure 3 is a perspective view of the floating sheet metal central part, which is the subject of the invention. REFERENCE NUMBERS GIVEN IN THE FIGURES 1- Base 20 2- Top coating 3- Fixing pin 4- Middle piece 5- Center hole DETAILED DESCRIPTION OF THE INVENTION This invention was developed to compensate for two-axis (X and Y) tolerance accumulations. It is a floating mechanism system, with a base that is the main supporting element of the system. (1), a top cover that acts as a lid forming the top part of the system (2), top 30 to at least one fixing pin used to secure the coating (2) to the substrate (1) (3) a middle part which is the main element of the system's tolerance compensation mechanism (4) and a center located in the center of the floating plate (4) which increases the freedom of movement It has holes (5). 4 It allows the assembly of elements such as the bottom base (1), floating sheet metal (4) and top covering (2). It provides balances the forces generated throughout the system and reduces tolerance accumulations. It offers a stable surface by minimizing the top coating (2) of the floating sheet metal (4) It enables it to move within a fixed pool. Fixing pins (3) 5 It is connected to the base (1) via the fixing pins and increases the stability of the system. (3) ensures that the elements are fixed in the correct position during assembly. It plays a critical role both in terms of ease of assembly and the durability of the system. It is playing. The middle piece (4) moves freely inside the indoor pool. It compensates for positional misalignments. It is manufactured from sheet metal using a bending method. 10 and offers high durability. Center hole (5) which provides the movable area. It allows the passage of a bolt or similar fastener. Movement It allows for free movement of up to 20x20 mm in its axes (X and Y). The bottom base (1) as the load-bearing element of the system, the floating sheet metal (4) and the top covering (2) 15 It ensures that it is properly aligned. Top cover (2), fixing pins (3) It is firmly attached to the bottom base and creates a closed movement area for the floating sheet (4). Floating sheet metal (4) moves freely inside the enclosed pool, meeting assembly tolerances. It compensates for the central hole (5) that provides the movable area and the mounting elements. (e.g., bolt) integration into the system is ensured. 20 When the system encounters positional misalignments during assembly, the floating sheet metal (4) By moving freely within the indoor pool, they compensate for these irregularities. The center hole (5) that provides the movable area, bolted without being affected by tolerance differences. It allows the assembly to be done. 25 The base (1) and top coating (2) ensure the stability and durability of the system. The fixing pins (3) ensure that all components are in the correct position. It supports fixation. This mechanism has a total range of motion of 20x20 mm in two axes (X and Y). By doing so, it minimizes errors during the assembly process.

Claims

REQUESTS 1- This invention is a floating mechanism system to compensate for tolerance accumulations. Its characteristic is; - a sub-base which is the basic load-bearing element of the system (1), 5 - a top cover that acts as a lid forming the top part of the system (2), - at least one fastening used to secure the top cover (2) to the bottom base (1). to the pin (3), - to form a closed pool between the bottom base (1) and the top covering (2) a central part (4) located on the aforementioned central part (4) 10 having a central hole (5) and - closed defined between the lower base (1) and the upper covering (2) of the middle part (4) It is characterized by being positioned in a way that allows it to move around within the pool. is being done. 2- The invention is a floating mechanism system as in Claim 1, characterized by its floating plate. displacement of the middle part (4), bottom base (1) and top covering (2) The total size range is up to 20x20 mm. 3- The invention is a floating mechanism system as described in Claim 1, and its characteristic is; the aforementioned 20 The central hole (5) is a through hole formed on the middle part (4). 4- The invention is a floating mechanism system as in Claim 1, characterized by its floating plate. The middle part (4) is a bent part.

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