A ROCKET TRANSPORT CASE

Abstract

Rocket transport cases (1) are used in the aerospace industry for the safe and damage-free transport of rocket components and sensitive equipment. The case (1) in question is designed to maintain the structural integrity of rockets during long-distance transport and to provide maximum protection against impacts, vibrations, and environmental factors. This invention relates to a rocket transport case (1) with a monolithic body (2) made of birch veneer, which enables the safe and efficient transport of rockets and sensitive equipment. The monolithic body (2) of the case (1) offers high structural integrity, providing resistance to impacts and vibrations during transport, thus increasing the safety of the equipment inside during transport and stacking.

Description

1 TARIFF A ROCKET TRANSPORT CASE Technical Area Rocket transport cases are used in the aerospace industry to carry rocket components and 5 It is used for the safe and damage-free transport of sensitive equipment. (Invention) The subject of the case is the structural integrity of rockets in long-distance transportation processes. to protect, provide maximum protection against impacts, vibrations and environmental factors. It is designed to provide this. This invention focuses on the safe and efficient launch of rockets and sensitive equipment. a monolithic body made of birch veneer that enables its transport It relates to a rocket transport case. The case's one-piece body has a high structural integrity. By offering integrity, it provides resistance to impacts and vibrations during transport. Thus, the equipment included in the transportation and stacking phase is 15 It increases security. State of the art Current techniques related to rocket transport cases have been used in the aerospace industry for 20 years. various It uses traditional materials and design approaches. In general, it is traditional. Transport crates are made of metal, composite materials, or multi-part wooden structures. These types of crates are manufactured to provide a certain level of impact and vibration protection. while ensuring high structural integrity during long-distance transportation 25 It has limitations in terms of presentation. Most existing transport crates consist of segmented structures made of wood. They tend to show weakness at the joints during transportation. Also, Others are metal or composite materials, resistant to environmental factors (temperature 30 It provides resistance to fluctuations, humidity, etc., while damping vibrations. 2 Their capabilities are generally limited. This situation affects the delicate rocket components. It may pose a risk during transportation. Some previous inventions have attempted to reduce vibration using internal filling materials, However, these solutions have not always been effective, and the overall structural problems of the ballot boxes remain unchanged. It has not improved its integrity. Again, some of the multi-part wooden structures used Although inventions aim to increase resistance to shocks and vibrations, monolithic structures... It is unable to offer the advantages that the structure offers. Therefore, in previous techniques, both high resistance to impacts and 10 Its monolithic wooden structure maintains structural integrity during long-distance transportation. The need for a solution continues. There have been various technological advancements related to this issue. It is located there. The technical specifications include the projectiles, rocket 15, in utility model file number CN 2402628. modified for military equipment such as missiles, grenades, landmines, etc. The text refers to a transport box made from extruded polyvinyl chloride sheet. and the side panels use recessed joints and the connection characterized by their positions being firmly bonded together by the application of an adhesive substance. Our invention, in addition to having a monolithic body, features 20 screwless components. Its structure eliminates the risk of weakening caused by joints or screws. because it is being removed and produced using birch veneer the transport crate should be easy to carry and offer a long service life. It supports. The patent file numbered CN105766501, included in the technical documentation, describes a waterproof and... The text refers to a missile storage and transport case designed to avoid collisions, box body, a frame, a door, two side plates, an intermediate plate, a short circuit It consists of a device and a waterproof device. The current storage and transport device is 30. wooden structure unsuitable for transport on numerous rainy days 3 It adopts this approach. Rainy days may be encountered during transportation. designed to guarantee the rocket's capacity, it is waterproof. A storage and transport case for the device has been designed. Our invention has a single, solid body made from birch veneer, and 5 Thanks to its screwless design, it reduces the possibility of weakening due to joints or screws. It eliminates the need for a single-piece body, ensuring high structural integrity. By providing this, it offers resistance against impacts and vibrations during transport, thus ensuring the safety of the equipment during transportation and stacking. It increases. 10 Detailed description of the invention A rocket transport case is attached, which was created to achieve the objectives of this invention. This is shown in the figures. 15 Figure 1 shows a perspective view of the rocket transport case, which is the subject of the invention. The parts comprising the rocket transport case, which is the subject of this invention, are shown in the attached figures below. They are numbered as follows: 20 1- Ballot Box 2- Body 3- Cover 4- Handle 25 5- Foot 6- Tampon 4 The subject of the invention is a rocket carrying case (1); - By closing the top part of the body (2), water and dust can get inside the body (2). preventing the passage of rockets, protecting the transported rockets from external factors. a cover (3) which helps to keep it safe, 5 - Located on the sides of the body (2), which users can grasp with their hands at least one handle (4) that allows the box (1) to be carried, - Located at the bottom of the body (2), the box (1) is fixed to the ground 10 at least one foot that allows it to stand (5), - Located on the side surfaces of the body (2) and where the boxes (1) come into contact with each other. at least one buffer (6) that prevents it from being damaged. - Through its single-piece structure in which rockets and ammunition are stored. by offering structural integrity, it protects against impacts and vibrations during transport. by providing resistance during the transportation and stacking phases. One-piece construction made of birch veneer that enhances equipment safety. a single piece body in the structure (2) 20 It includes. This invention is used in rocket transport cases (1) used in the space and aviation industry. It is concerned with the safe transportation of rockets and precision munitions in particular. 25 a rocket with a monolithic body (2) made of birch veneer It relates to the transport crate (1). The subject of the invention is the crate (1), for transport and stacking. to ensure maximum structural integrity and impact resistance in processes It was developed for this purpose. The body of the box (1) (2) is manufactured in one piece and has a monolithic structure. thanks to its high resistance to impacts and vibrations that may occur during transportation. It provides resistance. This feature prevents rocket components from being damaged during transport. minimizes the risk and ensures safe stacking and transportation. provides. The lid (3) located on the top of the box (1) can hold water, dust, etc. inside the body (2). It protects the rockets by preventing the entry of external factors. Cover (3), It has a secure locking mechanism and provides easy access to the rocket components. It offers the opportunity. Ergonomic handles (4) located on the sides of the body (2) allow users to 10 It allows him to easily grasp and carry the box (1). Located at the bottom The feet (5) ensure that the box (1) remains stable on the ground, thus allowing for transport and During stacking, the crate (1) is prevented from tipping over or sliding. In addition, impact absorbing bumpers (6) placed on the side surfaces of the box (1), 15 It prevents the crates (1) from touching each other and being damaged during stacking. These bumpers (6) protect against impacts when crates (1) are stacked on top of each other. It provides extra protection. Birch veneers typically consist of thin layers of wood, and these layers are 20 They are coated with resin and glued together. In this process, in layers The coatings placed are aluminum in the dimensions of the box (1) under high pressure And it is pressed into a special mold made of steel. The resin is between the coatings. It creates a strong and durable structure by ensuring adhesion. This method is used on wood. It is quite common in the production of crates (1) because crates (1) are strong and light 25 This is desirable. Pressing the coatings in this way requires protection from moisture and other environmental factors. It increases resistance to external factors, ensuring a long-lasting structure. The invention, a rocket carrying case (1), is characterized by its lightness, durability and resistance to environmental factors. with properties such as resistance, long-distance transportation of rockets and ammunition 30 It ensures safe transportation during the processes. Made from birch veneer. 6 The single-piece monolithic structure of its body (2) is resistant to both impacts and vibrations. It offers superior protection and ensures the safe storage of rocket components. It allows it to be done. 10 20 30

Claims

7 REQUESTS 1.) - By closing the top part of the body (2), water and dust can get inside the body (2). 5 rockets that are transported by protecting them from external factors and preventing their passage a cover (3) which helps to keep it safe. - Located on the sides of the body (2), which users can grasp with their hands at least one handle (4) that allows the box (1) to be carried, - Located at the bottom of the body (2), its box (1) is fixed on the ground. at least one foot that allows it to stand (5), 10 - Located on the side surfaces of the body (2) and where the boxes (1) come into contact with each other. at least one buffer (6) that prevents it from being damaged. Containing and - Through its single-piece structure in which rockets and ammunition are stored. By offering structural integrity, it provides resistance against impacts and vibrations during transport. 15 by providing the equipment involved in the transportation and stacking phases. a single, one-piece structure made of birch wood veneer that enhances its security body (2) Rocket carrying case characterized by its contents (1). 20 30

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