A method for transmi̇ssi̇on tools transported by drone

Abstract

The invention (1) relates to a method for the aerial transportation of pipelines or cables carrying resources such as water, fuel, electricity, and telephone lines (2) via drones (4) equipped with adjustable clamp arms (4.1). Using a specially designed transmission tower (3), this method holds designated transmission tools at a specific height above the ground, offering advantages such as improved occupational safety, portability, lightweight construction, durability, and high energy efficiency.

Description

[0001] A METHOD FOR TRANSMISSION TOOLS TRANSPORTED BY DRONE

[0002] Techinical Field

[0003] The invention relates to a method for transmission tools transported by drone. These tools include pipelines carrying fluids such as water, fuel, electricity, and telephone lines or cables, designed for aerial transport via drones equipped with adjustable clamp arms. The method incorporates a specially designed transmission tower that holds designated transmission tools at a specific height above the ground, offering advantages such as improved occupational safety, portability, lightweight construction, durability, and high energy efficiency.

[0004] Prior Art

[0005] Today, various types of vehicles are widely used around the world. These vehicles require sophisticated transmission channels to transport essential resources such as water, fuel, electricity, and telephone lines. The significance and variety of these transmission channels are detailed below:

[0006] Water Transmission Channels:

[0007] Water, essential for humanity, must be efficiently transported for industries and operations. Water transmission channels typically involve components such as hoses, pipes, and tanks, which ensure water delivery from reservoirs to vehicles and onward to the point of use.

[0008] Fuel Transmission Channels:

[0009] Fuel is critical for vehicle operation. These channels facilitate the transfer of fuel from storage to vehicles and are commonly used in applications ranging from gas stations to ships and airplanes. They consist of pipes made from specialized materials to ensure safe transport.

[0010] Electricity Transmission Channels:

[0011] Electricity serves as a fundamental energy source for many vehicle types. Electrical transmission channels distribute power from vehicle batteries to consumers and are vital in cars, trains, and other electric-powered vehicles. These systems include cables, connectors, and transformers.

[0012] Telephone Line Transmission Channels:

[0013] With advancing technology, communication tools have diversified. In-vehicle telephone transmission channels enable communication and ensure safe conversations for drivers. Integrated systems like Bluetooth and onboard telephony are examples of these channels.

[0014] Technological Advances:

[0015] Emerging technologies such as smart transportation systems and autonomous vehicles have made these transmission channels more efficient and safer. Sensors, remote management systems, and automation allow smarter management of water, fuel, electricity, and telephone lines.

[0016] Transmission channels that transport resources like water, fuel, electricity, and communication lines are essential for daily life and industrial operations. These channels are continually evolving with technology to become more efficient, safer, and eco-friendly. Revolutionary methods, such as the one described in this invention, aim to create innovative energy transport systems and sustainable transportation networks. Figures Description

[0017] Figure 1 : Side view of the method for transmission tools transported by drone. Figure 2: Side view of the drone used in the method.

[0018] Figure 3 : Side view of the transmission tower used in the method.

[0019] Explanation of Part References in Figures

[0020] Example Vehicle (A): The vehicle receiving the transmission.

[0021] Energy Supplying Unit (B): The source providing energy or resources.

[0022] Transmission Tool Transported by Drone: The method described in this invention. Transmission Tool (2): Pipelines or cables used for transferring resources.

[0023] Transmission Tower (3): A specially designed structure to facilitate safe and efficient transmission.

[0024] Input Slot (3.1): The entry point of the transmission tool into the tower.

[0025] Protective Channel (3.2): Ensures the safety of the transmission tool during transport.

[0026] Output Slot (3.3): The exit point of the transmission tool from the tower to the receiving vehicle.

[0027] Rotating Panel (3.4): Adjusts the angle of the transmission tower for stability.

[0028] Drone (4): The aerial vehicle responsible for transport.

[0029] Adjustable Clamp Arm (4.1): Mechanism for securely holding and transporting the transmission tool.

[0030] Detailed Description of the Invention

[0031] The invention (1) is a method for transporting pipelines or cables used for transmitting resources such as water, fuel, electricity, and telephone lines (2) via drones (4) equipped with adjustable clamp arms (4.1). The method incorporates a specially designed transmission tower (3), which holds the designated transmission tools at a specific height above the ground, offering advantages such as improved occupational safety, portability, lightweight construction, durability, and high energy efficiency.

[0032] Key components of the invention include:

[0033] Transmission Tool (2): Facilitates the transfer of resources like grain, coal, sand, or fluids such as water and fuel, as well as electrical and telephone cables, between an energy-supplying unit (B) and an example vehicle (A).

[0034] Transmission Tower (3): A structure installed by an operator to hold the transmission tool (2) above the ground during transfer.

[0035] Input Slot (3.1): Located at the top of the transmission tower (3), connects the transmission tool (2) to the tower.

[0036] Protective Channel (3.2): Ensures the safe passage of the transmission tool (2) between the input (3.1) and output (3.3) slots.

[0037] Output Slot (3.3): Located at the bottom of the tower (3), connects the tower to the example vehicle (A).

[0038] Rotating Panel (3.4): Positioned at the lower region of the transmission tower (3), it attaches one end to the example vehicle (A) and the other end to the tower (3). This panel adjusts the tower's angle to maintain stability at a 90° position on uneven terrains.

[0039] Drone (4): A drone wrapped around the transmission tower (3), operates sequentially to hold the transmission tools (2) in the air and facilitate transfer. Adjustable Clamp Arm (4.1): Attached to the bottom of the drone (4), one end fixed, and the other in a clamp shape. This mechanism secures various diameters of transmission tools (2) within its structure for transport.

[0040] This invention (1) provides a method to simplify the transportation of transmission tools (2) using drone (4) technology. Multiple drones (4) can safely and effectively carry transmission tools (2), such as electrical cables or fuel pipelines, wrapped around the transmission tower (3) to designated locations. This is particularly useful for tasks like energy line maintenance, repair, or installation.

[0041] The adjustable clamp arm (4.1), mounted at the bottom of the drone (4), is designed to transport energy lines. While flying toward the target energy line, the drone (4) activates the mechanism, enabling safe transport of the transmission tool (2) as it is deployed from the transmission tower (3). Control systems allow the drone (4) to release, retrieve, or adjust the height of the transmission tool (2).

Claims

CLAIMS1.) A method for transmission tools transported by drone (1) compirsingA transmission tool (2) facilitating the transfer of resources such as grain, coal, sand, water, fuel, electricity, or telephone cables between an energy-supplying unit (B) and an example vehicle (A);A transmission tower (3) installed by the operator to hold the transmission tool (2) at a height above the ground during transfer;An input slot (3.1) located at the top of the transmission tower (3), connecting the transmission tool (2) to the tower;A protective channel (3.2) ensuring the safety of the transmission tool (2) as it passes through the transmission tower (3);An output slot (3.3) located at the bottom of the transmission tower (3), connecting the tower to the example vehicle (A);A rotating panel (3.4) positioned at the lower region of the transmission tower (3), connecting one end to the example vehicle (A) and the other to the tower (3), maintaining the tower’s stability at a 90° angle on uneven terrains;At least one drone (4), attached around the transmission tower (3), operating sequentially to support the transmission tools (2) and hold them in the air as they are deployed; characterized that an adjustable clamp arm (4,1), fixed to the bottom of the drone (4), with one end secured and the other shaped as a clamp, allowing for the secure transport of transmission tools (2) of various diameters by securing them within the drone's structure.

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