Project Description: Create a detailed and practical illustration of a scaled m

Project Description: Create a detailed and practical illustration of a scaled model for capturing wave energy and converting it into electricity, using easily accessible materials. The illustration should show the complete setup, including the tank, buoy, lever system, wave generator, and the generator, with an emphasis on practical, DIY-friendly materials. Design Specifications: Overall Model View: Scale: The model is to scale, with clear dimensions for each component. Context: Show the entire system, including the tank, buoy, lever system, wave generator, and generator. Tank: Dimensions: 50 cm in length x 20 cm in width x 30 cm in height. Material: Transparent plastic container or aquarium. Design: Illustrate a rectangular or square tank filled with water. Include the motor-driven wave generator at one end and show space for the buoy and lever system. Buoy: Dimensions: Approximately 20 cm in diameter x 30 cm in height. Material: Large plastic bottle or sealed plastic box. Position: Floating on the surface of the water inside the tank. Connection: Show how the buoy is attached to the lever system. Lever System: Levers: Dimensions: Each lever is 10-15 cm long x 2-3 cm in diameter. Material: PVC pipes or wooden sticks. Design: Illustrate levers connected to the buoy and pivot points allowing for vertical movement. Levers should also connect to a stationary base within the tank. Pivots and Connectors: Design: Use basic hardware like metal or plastic hinges and connectors. Show how levers pivot and transfer motion from the buoy to the generator. Wave Generator: Design: A small motor attached to paddles or plastic sheets at one end of the tank. Palettes: Types: Flat, curved, adjustable, and multi-blade. Material: Plastic or thin wooden boards. Function: Illustrate how the motor drives the palettes to create waves. Show the motor's connection to the tank and how it generates different wave patterns. Generator: Dimensions: Small DIY generator with a rotor connect

Project Description: Create a detailed and practical illustration of a scaled model for capturing wave energy and converting it into electricity , using easily accessible materials . The illustration should show the complete setup , including the tank , buoy , lever system , wave generator , and the generator , with an emphasis on practical , DIY-friendly materials . Design Specifications: Overall Model View: Scale: The model is to scale , with clear dimensions for each component . Context: Show the entire system , including the tank , buoy , lever system , wave generator , and generator . Tank: Dimensions: 50 cm in length x 20 cm in width x 30 cm in height . Material: Transparent plastic container or aquarium . Design: Illustrate a rectangular or square tank filled with water . Include the motor-driven wave generator at one end and show space for the buoy and lever system . Buoy: Dimensions: Approximately 20 cm in diameter x 30 cm in height . Material: Large plastic bottle or sealed plastic box . Position: Floating on the surface of the water inside the tank . Connection: Show how the buoy is attached to the lever system . Lever System: Levers: Dimensions: Each lever is 10-15 cm long x 2-3 cm in diameter . Material: PVC pipes or wooden sticks . Design: Illustrate levers connected to the buoy and pivot points allowing for vertical movement . Levers should also connect to a stationary base within the tank . Pivots and Connectors: Design: Use basic hardware like metal or plastic hinges and connectors . Show how levers pivot and transfer motion from the buoy to the generator . Wave Generator: Design: A small motor attached to paddles or plastic sheets at one end of the tank . Palettes: Types: Flat , curved , adjustable , and multi-blade . Material: Plastic or thin wooden boards . Function: Illustrate how the motor drives the palettes to create waves . Show the motor's connection to the tank and how it generates different wave patterns . Generator: Dimensions: Small DIY generator with a rotor connect

Информация

Размер

688X1024

Дата

Aug 16, 2024

Режим

Студия

Тип

cell

Checkpoint & LoRA

Checkpoint

SeaArt Infinity

#SeaArt Infinity

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Project Description: Create a detailed and practical illustration of a scaled m

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