PERFORATED WHEEL PROTECTION IN HIGH-CAPACITY SUPPORT SYSTEMS MODULE

Abstract

The invention is used in heavy-duty 5-duty vehicles with high-capacity support systems. the inside of the perforated rim (J) and the equipment inside the rim (J) in the wheels (T) possible outside It relates to the rim protection module (M) to protect against impacts.

Description

1 Specifications PERFORATED WHEEL PROTECTION IN HIGH-CAPACITY SUPPORT SYSTEMS MODULE Technical Area 5 The invention relates to vehicle wheel rims. The invention is particularly relevant for heavy-duty vehicles with high-capacity support systems. The wheels used have perforated rims, and the equipment inside the rims may be exposed to possible external factors. It is related to protecting against the effects. 10 State of the Art Interest in the defense industry is growing nowadays. In this context, tactical... Wheeled vehicles have gained a special importance. Many systems are located within the rim. 15 These systems can be found. For these systems to fulfill their function, they are of strategic importance. These systems require proper functioning in order to perform their task. Besides being installed, it also needs to be protected. In this context, a rim cover... Due to the lack of protection, potential external impacts can damage the internal wheel systems. The current specification is EP1302335B1, “Wheel cover specifically for industrial vehicles”. The invention, titled [title of invention], is a round contoured wall with several openings; contoured wall. carried by and fixed to a wheel rim. For connection, at least two fastening elements, each located in at least one relevant opening. A wheel cover containing a contoured 25-inch opening secured with a fastener. a wall, extending diagonally across the opening from opposite sides of the opening, It forms two integrated connection flanges facing each other. Each connection element is C - It is shaped like this and includes a central part and two wings crossing the central part, each wing It is permanently welded to the relevant connection flange. Again, number TR2023 / 016510, “Special Wheel Rim with Self-Clip Fastening and Interlocking System” The invention, titled "Protective Product," is specifically designed for use in uberturbine vehicles, including Tesla vehicles. And for induction rims, profile section applied to the rim without using adhesive. This relates to a tight-fitting rim protection product that can be applied. 2 Again, the invention entitled "Car Wheel Rim Protector", numbered TR 2023 / 001326, concerns the mounting clip. With its use, it can be attached to and removed from the rim, protecting car rims from impacts, friction, to protect against damage that may occur due to external factors such as scratches, etc. It relates to the car wheel protector used. The car wheel protector included in the invention is 5 It is also produced in various colors and coatings to provide a decorative appearance. It is possible. Purpose of the Invention 10 The invention aims to eliminate the disadvantages inherent in the prior art. One purpose is to protect the equipment inside the rim and the rim itself from external influences (mud, stones, etc.). is to ensure. Another purpose of the invention was to conceal wheel hub parts such as lug nuts. It also offers a visual advantage. Explanation of the Figures Figure 1 shows the assembly perspective view of the wheel protection module, which is the subject of the invention, 20 Figure 2 shows a perspective view of the disassembly of the wheel protection module, which is the subject of this invention. Explanation of Reference Numbers Reference Number Reference Name M Wheel Protection Module T-Wheel J Rims 1 Bracket 11 Feet 12 mounting holes 13 Frames 131 contact points 3 2 Protective covers 21 Contact holes 3 Contact Persons 4 Contact Persons Detailed Description of the Invention The invention relates to the inner part of the rim (J) and the rim (J) of the wheels (T) used in heavy-duty vehicles. It is a wheel protection module designed to protect the equipment inside from possible external influences. 5 (M). Figure 1 shows the assembly perspective view of the wheel protection module (M) which is the subject of the invention. As shown in Figure 1, the module in question (M) is the vehicle wheel (T). It is mounted on the rim (J) located in the middle. 10 Figure 2 shows the perspective view of the disassembly of the wheel protection module (M) that is the subject of the invention. It is located. According to the figure, there is a bracket (1) mounted on the rim (j). The bracket (1) contains a circular frame (11) that conforms to the shape of the rim (j). To connect the frame (11) to the rim (j) bolts connected to the contact points (131) 15 At least one leg (11) has been created. The leg (11) and the frame (11) are preferably It can be produced as a single piece, or it can be welded, spot-jointed, interlocking, or in different configurations. Communication can also be established with the assembly personnel. As can be seen in Figure 2, there are 20 bolt connections for the base of the foot (11) in question. The mounting hole (12) through which the formed bolt passes is formed. From the outside of the bracket (1) A protective cover (2) is available for mounting. The cover (2) Connecting elements (3, 4) are used to connect to the bracket (1). However, these connections The process can also be done by passing the contact element (3, 4) without using the contact element. This can be done. Similarly, the connection of the bracket (1) to the rim (J) and / or lug nuts is also possible. It can also be done by the interlocking method. The contact person in question (3) is preferably a stamp. The other contact person (4) is preferably a stamp. It is a bolt. The rim (J) bolt is designed to protect the equipment against external factors. The assembly process of the module (M) in question is as follows; cover mounting bracket (1) vehicle 30 4 It is mounted on the lug nuts. The protective cover (2) is placed on the cover mounting bracket (1), Protecting the rim equipment by securing it with a wedge-shaped safety washer (3) and bolt (4) This is ensured. The bolt (4) has a wedge safety washer at the connection points (131). The mounting process of the cover (2) to the bracket (1) is carried out by passing through (3). The module (M) subject to the invention may be made of metal or plastic derivatives, depending on preference. It can be produced.

Claims

REQUESTS 1. The invention relates to high-capacity support systems in heavy-duty vehicles. the inside of the perforated rim (J) and the inside of the rim (J) in the wheels (T) used Rim protection module (M) 5 to protect equipment from possible external influences. being, a frame (11) mounted on the rim (j) and conforming to the shape of the rim (j), Connecting to the frame (11) mentioned, to provide connection to the wheel (j) bolts. at least one foot (11), a bracket containing (1), 10 a protective cover to be mounted externally on the mentioned bracket (1) (2), It is characterized by its inclusion.

2. A bracket (1) conforming to claim 1, with bolt 15 on the base of the aforementioned foot (11). by including the mounting hole (12) through which the bolt passes, which was created for the connection It is characterized by...

3. A bracket (1) conforming to claim 1, and the feet with the mentioned frame (11). (11) characterized by containing the contact points (131) with which it is connected. is being done. 20 4. A wheel protection module (M) in accordance with claim 1, and the aforementioned cover (2) Connecting elements (3, 4) to connect to the aforementioned bracket (1) It is characterized by its inclusion.

5. A contact element (3) in accordance with claims 1 and 4, and its characteristic is a stamp.

6. A connecting element (4) in accordance with claims 1 and 4, and its characteristic is a bolt. 25 7. A frame (11) that conforms to Claim 1 and is characterized by containing a circular form. is being done.

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