Project Description: Create a highly detailed and technical illustration of the

Project Description:

Create a highly detailed and technical illustration of the lever system used to transfer the motion of a buoy to a generator in a wave energy capture model. The illustration should clearly depict how the levers are installed and how they interface with the buoy and generator. The design should be accurate and provide a clear understanding of the mechanics involved.

Design Specifications:

Lever System Overview:

Purpose: Transfer the vertical motion of the buoy caused by waves to a generator via a lever system.
Materials: PVC or wood for levers, metal or plastic connectors and pivots.
Components and Installation:

Buoy:
Dimensions: Approximately 20 cm in diameter and 30 cm in height.
Position: The buoy floats on the surface of the water and is connected to the lever system.
Levers:
Dimensions: Each lever should be 10-15 cm long and 2-3 cm in diameter.
Material: PVC or wood.
Design: Show levers attached to the buoy with pivot points that allow for vertical movement. The levers should also connect to a stationary base or support within the tank.
Pivots and Connectors:
Design: Use clear illustrations of pivot points where levers connect to the buoy and the base. Show how connectors allow for smooth movement and transfer of motion.
Generator:
Dimensions: Small generator with a rotor connected to the levers.
Installation: Show the generator mounted on the base and connected to the levers in a way that converts the vertical movement into rotational motion.
Mounting and Adjustment:
Mounting: Illustrate how the levers and generator are securely mounted in the tank, with adjustable mechanisms if necessary.
Adjustment: Show any adjustment features for aligning the levers and optimizing the transfer of motion to the generator.
Illustration Details:

Scale: Ensure that the illustration is to scale with accurate dimensions.
Colors: Use neutral technical colors (e.g., gray, blue, black) to represent different materials and components.
Close-Up Views: Provid

G

Gianmarco Navarro

Generation Data

Records

Project Description: Create a highly detailed and technical illustration of the lever system used to transfer the motion of a buoy to a generator in a wave energy capture model . The illustration should clearly depict how the levers are installed and how they interface with the buoy and generator . The design should be accurate and provide a clear understanding of the mechanics involved . Design Specifications: Lever System Overview: Purpose: Transfer the vertical motion of the buoy caused by waves to a generator via a lever system . Materials: PVC or wood for levers , metal or plastic connectors and pivots . Components and Installation: Buoy: Dimensions: Approximately 20 cm in diameter and 30 cm in height . Position: The buoy floats on the surface of the water and is connected to the lever system . Levers: Dimensions: Each lever should be 10-15 cm long and 2-3 cm in diameter . Material: PVC or wood . Design: Show levers attached to the buoy with pivot points that allow for vertical movement . The levers should also connect to a stationary base or support within the tank . Pivots and Connectors: Design: Use clear illustrations of pivot points where levers connect to the buoy and the base . Show how connectors allow for smooth movement and transfer of motion . Generator: Dimensions: Small generator with a rotor connected to the levers . Installation: Show the generator mounted on the base and connected to the levers in a way that converts the vertical movement into rotational motion . Mounting and Adjustment: Mounting: Illustrate how the levers and generator are securely mounted in the tank , with adjustable mechanisms if necessary . Adjustment: Show any adjustment features for aligning the levers and optimizing the transfer of motion to the generator . Illustration Details: Scale: Ensure that the illustration is to scale with accurate dimensions . Colors: Use neutral technical colors (e . g ., gray , blue , black) to represent different materials and components . Close-Up Views: Provid

INFO

Size

688X1024

Date

Aug 16, 2024

Mode

Studio

Type

cell

Checkpoint & LoRA

SeaArt Infinity

SeaArt Infinity

#SeaArt Infinity

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