banner_image ×
SeaArt AI エンタープライズ版

A poster with a man sitting on the ground next to a truck

Designing a robot that can plant tree seeds and perform environmental cleanup tasks is a highly complex project that would require advanced knowledge in robotics, Engineering & Programming. Up Next, Here's an overview of the key components and features you might consider when creating a robot with these capabilities:

Componentes clave:

Chasis: The chassis must be robust and versatile to accommodate the different equipment and tools needed. Puede estar construido de materiales resistentes y ligeros como aleaciones de aluminio.
Movilidad: Puedes equipar al robot con ruedas, orugas o incluso patas, depending on the types of land you will be operating on.
Sistema de Siembra: For Tree Planting, You'll need a planting system that can manipulate the seeds and plant them in the ground. This could include a robotic arm with a seeding tool.
Sistema de Limpieza: Para la recogida de basura y hojas, You could use brushes, Vacuum cleaners or robotic arms with grippers to collect and deposit waste in a bin.
Sensores: Incorporates sensors such as cameras, lidar, Proximity Sensors and Soil Moisture Sensors for Navigation, detecting obstacles and determining suitable areas for planting.
Unidad de Control: Utiliza un ordenador o microcontrolador para procesar datos de los sensores, controlar los motores y coordinar las tareas de siembra y limpieza.
Power Source: The robot will need a power source that provides enough power to operate for long periods of time. This could be a rechargeable battery or a combination of batteries and solar panels.
communication: Implements communication capabilities for remote control and monitoring of the robot, via Wi-Fi, Bluetooth or other technologies.
Software: Desarrolla software personalizado para planificar rutas, Make Autonomous Decisions, controlar los brazos y las herr
chatIcon
ここだけの内緒話があるんだ。
AIキャラクター作成
image
avatar
A
Alexandra Alfaro
プロンプト
プロンプトをコピー
Designing a robot that can plant tree seeds and perform environmental cleanup tasks is a highly complex project that would require advanced knowledge in robotics , Engineering & Programming . Up Next , Here's an overview of the key components and features you might consider when creating a robot with these capabilities: Componentes clave: Chasis: The chassis must be robust and versatile to accommodate the different equipment and tools needed . Puede estar construido de materiales resistentes y ligeros como aleaciones de aluminio . Movilidad: Puedes equipar al robot con ruedas , orugas o incluso patas , depending on the types of land you will be operating on . Sistema de Siembra: For Tree Planting , You'll need a planting system that can manipulate the seeds and plant them in the ground . This could include a robotic arm with a seeding tool . Sistema de Limpieza: Para la recogida de basura y hojas , You could use brushes , Vacuum cleaners or robotic arms with grippers to collect and deposit waste in a bin . Sensores: Incorporates sensors such as cameras , lidar , Proximity Sensors and Soil Moisture Sensors for Navigation , detecting obstacles and determining suitable areas for planting . Unidad de Control: Utiliza un ordenador o microcontrolador para procesar datos de los sensores , controlar los motores y coordinar las tareas de siembra y limpieza . Power Source: The robot will need a power source that provides enough power to operate for long periods of time . This could be a rechargeable battery or a combination of batteries and solar panels . communication: Implements communication capabilities for remote control and monitoring of the robot , via Wi-Fi , Bluetooth or other technologies . Software: Desarrolla software personalizado para planificar rutas , Make Autonomous Decisions , controlar los brazos y las herr
情報
プロンプト
Designing a robot that can plant tree seeds and perform environmental cleanup tasks is a highly complex project that would require advanced knowledge in robotics, Engineering & Programming. Up Next, Here's an overview of the key components and features you might consider when creating a robot with these capabilities: Componentes clave: Chasis: The chassis must be robust and versatile to accommodate the different equipment and tools needed. Puede estar construido de materiales resistentes y ligeros como aleaciones de aluminio. Movilidad: Puedes equipar al robot con ruedas, orugas o incluso patas, depending on the types of land you will be operating on. Sistema de Siembra: For Tree Planting, You'll need a planting system that can manipulate the seeds and plant them in the ground. This could include a robotic arm with a seeding tool. Sistema de Limpieza: Para la recogida de basura y hojas, You could use brushes, Vacuum cleaners or robotic arms with grippers to collect and deposit waste in a bin. Sensores: Incorporates sensors such as cameras, lidar, Proximity Sensors and Soil Moisture Sensors for Navigation, detecting obstacles and determining suitable areas for planting. Unidad de Control: Utiliza un ordenador o microcontrolador para procesar datos de los sensores, controlar los motores y coordinar las tareas de siembra y limpieza. Power Source: The robot will need a power source that provides enough power to operate for long periods of time. This could be a rechargeable battery or a combination of batteries and solar panels. communication: Implements communication capabilities for remote control and monitoring of the robot, via Wi-Fi, Bluetooth or other technologies. Software: Desarrolla software personalizado para planificar rutas, Make Autonomous Decisions, controlar los brazos y las herr
ネガティブプロンプト
lowres, (bad anatomy, bad hands:1.1), text, error, missing fingers, extra digit, fewer digits, cropped, worst quality, low quality, normal quality, jpeg artifacts, signature, watermark, username, blurry, artist name, b&w, weird colors, (cartoon, 3d, bad art, poorly drawn, close up, blurry:1.5), (disfigured, deformed, extra limbs:1.5) nartfixer nfixer nfixernext
CFGスケール
7
ステップ
20
サンプラー
DPM++ 2M Karras
シード
-1
Clip Skip
画像サイズ
819 X 1024
ノイズ除去強度
0.2
モデル
ReV Animated
創作
サイズ
1632X2048
日付
Oct 25, 2023
モード
デフォルト
タイプ
upscale
Checkpoint & LoRA
Checkpoint
ReV Animated
コメント:0件
0
0
0

SeaArtクイックAIアプリ

ai_video_generationimg
AI動画生成

想像力を解き放ち、AIが視覚的な奇跡を実現します

face_swap_titleimg
無料オンライン顔交換

面白くてリアルな顔交換動画や写真を瞬時に作成しましょう

ai_tools_2img
背景除去

どんな画像からも数秒で背景を削除できます。

cartoon_avatar_h1img
カートゥーンアバターメーカー

写真を瞬時にユニークなカートゥーンアバターに変換できます。

fuse_anyoneimg
AI画像融合

AI画像融合ツールで2枚の画像から1枚の印象的な作品を生成します。

ai_tools_4img
AIフィルター

写真をアート作品に変える

より多くのAIアプリを探索 

関連コンテンツ

コントロールネット
logo
日本語
プロダクト
画像作成 AIキャラクター クイックAI モデルトレーニング Canvas クイックツール ワークフロー
キャラについて
スタジオ ランキング AIチャット AIブログ AIニュース
サポート
利用案内 カスタマーサポート
アプリをダウンロード
icon
Download on the
APP Store
icon
GET IT ON
Google Play
公式SNS
iconiconiconiconiconiconiconicon
© 2025 シーアート株式会社 
Copyright Policy
利用規約
プライバシーポリシー
特定商取引法
資金決済法に基づく表示
もっと見る