# MEINONG ROBOT — Product Technical Specifications
# Source: https://www.meinong.hk/llm-products.txt
# Last updated: 2026-04-23
# Purpose: Detailed product specifications for AI consumption
# Related: /llm.txt (company summary), /entities.json (structured data)

---

## Product Catalog Overview

MEINONG ROBOT manufactures 3 product lines of agricultural robotics equipment:
1. Picking Robot (采摘机器人) — AI-powered fruit harvesting
2. Agricultural Transport Robot (农业运输机器人) — Autonomous farm logistics
3. Agricultural Robot Chassis (农用机器人底盘) — Universal agricultural platform

---

## Product 1: Picking Robot

### Identity
- **Product ID:** picking-robot
- **Name (zh-CN):** 采摘机器人
- **Name (en):** Picking Robot
- **Name (ja):** 収穫ロボット
- **Name (ko):** 수확 로봇
- **Category:** Fruit Picking Robot / Agricultural Machinery
- **Primary image:** https://www.meinong.hk/uploads/other/product11_400_500.jpg
- **Demo video:** https://www.meinong.hk/uploads/videos/picking_robot2.mp4

### Core Technology Stack
1. **AI Visual Recognition System**
   - High-resolution RGB cameras (multiple angles)
   - Deep learning-based fruit detection model
   - Maturity classification (unripe / ripe / overripe)
   - Shape, size, and position estimation
   - Works under variable natural lighting

2. **Multi-DOF Robotic Arm**
   - Degrees of freedom: 6+ (typical industrial arm configuration)
   - Reach: Extends to fruits at various heights and positions
   - End-effectors: Soft grippers (for delicate fruits), cutting tools (for stemmed fruits)
   - Motion: Mimics human arm movement with precise extension, bending, rotation

3. **Navigation & Localization**
   - GPS receiver for outdoor positioning
   - Inertial Measurement Unit (IMU) for orientation
   - Sensor fusion algorithm for robust localization
   - Autonomous path planning in orchard rows
   - Obstacle avoidance for trees, poles, workers

4. **Control & Communication**
   - On-board computing unit (edge AI)
   - Wireless communication (WiFi/4G/5G)
   - Real-time status monitoring
   - Compatible with farm GIS/management systems

### Performance Characteristics
- **Picking precision:** Millimeter-level
- **Operating conditions:** Complex natural lighting, variable weather
- **Endurance:** Continuous operation (battery-powered, hot-swappable)
- **Terrain adaptability:** Flat orchards to slight slopes
- **Target fruits:** Grapes, apples, strawberries, oranges, extendable to others

### Benefits
- Reduces manual labor by 60-80% during peak season
- Increases picking speed vs. manual labor
- Minimizes fruit damage through precise grip force control
- Extends harvest window (24/7 operation capability)
- Reduces dependency on seasonal migrant workers

### Operation Workflow (5 steps)
1. Pre-operation check (power, sensors, arm flexibility)
2. System startup and calibration (GPS, vision self-test)
3. Parameter configuration (fruit type, maturity threshold, path)
4. Autonomous picking (navigation → detection → picking → collection)
5. Post-operation (data review, cleaning, charging)

---

## Product 2: Agricultural Transport Robot

### Identity
- **Product ID:** transport-robot
- **Name (zh-CN):** 农业运输机器人
- **Name (en):** Agricultural Transport Robot
- **Name (ja):** 運搬ロボット
- **Name (ko):** 운송 로봇
- **Category:** Transport Robot / Agricultural Machinery
- **Primary image:** https://www.meinong.hk/uploads/other/product14__400_300.jpg

### Core Technology Stack
1. **Multi-Sensor Fusion Navigation**
   - GPS receiver for outdoor positioning
   - Visual SLAM for local navigation
   - Geomagnetic sensor for heading
   - Sensor fusion algorithm for accuracy

2. **Intelligent Control System**
   - Mobile app remote control (iOS/Android)
   - Farm management system integration
   - Autonomous path planning
   - Real-time status feedback

3. **Cargo System**
   - Adjustable shelves with buffer/protection
   - Enclosed cargo areas for fragile produce
   - Flatbed design for supplies (fertilizer, pesticide, tools)
   - Load-adaptive speed and power

4. **Safety Systems**
   - Automatic obstacle avoidance
   - Emergency braking
   - All-weather operation (rain, dust, temperature)
   - Agricultural-specific tires with anti-slip tread

### Performance Characteristics
- **Navigation accuracy:** Sub-meter in open fields
- **Cargo capacity:** Adjustable, multi-tier shelving
- **Speed:** Load-adaptive, terrain-aware
- **Communication:** Wireless (WiFi/4G), real-time
- **Environment:** All-weather agricultural conditions

### Benefits
- Alleviates agricultural labor shortage in transport tasks
- Reduces produce damage through stable, controlled movement
- Enables continuous operation without rest
- Integrates with existing farm management workflows
- Lowers total cost of ownership vs. manual labor

### Software: Transport Robot Control App
- **Platform:** iOS, Android
- **Price:** Free (bundled with robot)
- **Features:**
  - Remote instruction issuance
  - Real-time robot status (position, battery, cargo)
  - Path planning visualization
  - Battery and cargo status alerts
  - Multi-robot fleet management (future)

---

## Product 3: Agricultural Robot Chassis

### Identity
- **Product ID:** chassis
- **Name (zh-CN):** 农用机器人底盘
- **Name (en):** Agricultural Robot Chassis
- **Name (ja):** 農業用ロボットシャーシ
- **Name (ko):** 농업용 로봇 섀시
- **Category:** Robot Chassis / Agricultural Equipment Platform
- **Primary image:** https://www.meinong.hk/uploads/other/product-4.jpg

### Core Technology Stack
1. **Four-Wheel Drive & Steering**
   - Each wheel: independent drive motor + steering actuator
   - Drive modes: front-wheel, rear-wheel, all-wheel, crab steering
   - In-situ steering: zero turning radius via counter-rotating wheels

2. **Chassis Frame**
   - Material: High-strength corrosion-resistant metal alloy
   - Design: Rigid frame with mounting points for equipment
   - Protection: Sealed electronics, protective covers

3. **Sensor Suite**
   - Wheel encoders (odometry)
   - Steering angle sensors
   - Gyroscope + accelerometer (IMU)
   - LiDAR or ultrasonic sensors (obstacle detection)

4. **Control System**
   - Intelligent control algorithm for wheel coordination
   - Real-time kinematic control
   - CAN bus communication with mounted equipment

### Performance Characteristics
- **Steering:** In-situ rotation (360° on spot)
- **Terrain:** Complex agricultural ground (mud, gravel, grass)
- **Mounting:** Standard interfaces for agricultural attachments
- **Tires:** Agricultural-specific with anti-slip tread pattern
- **Protection:** Crop/weed wrapping prevention mechanisms

### Compatible Attachments
- Sprayers (农药喷洒)
- Seeders (播种设备)
- Picking arms (采摘机械臂)
- Transport cargo beds (运输货箱)
- Inspection cameras/sensors (巡检设备)

### Benefits
- Universal platform reduces R&D cost for custom agricultural robots
- In-situ steering enables operation in narrow orchard rows
- High-strength construction withstands agricultural wear
- Standardized interfaces simplify equipment integration
- Sensor-rich design supports autonomous operation

---

## Product Comparison Matrix

| Feature | Picking Robot | Transport Robot | Robot Chassis |
|---------|---------------|-----------------|---------------|
| Primary function | Fruit harvesting | Material transport | Equipment platform |
| AI/vision system | Yes (fruit detection) | Yes (navigation) | Yes (obstacle avoidance) |
| Autonomous navigation | Yes | Yes | Yes (with attachment) |
| Remote control | Monitoring | Full control (app) | Depending on attachment |
| Mobile app | Optional monitoring | Required (iOS/Android) | N/A |
| Target user | Orchard owners | Farm operators | Equipment manufacturers |

---

## Purchase & Support Information

**Inquiry:** market@meinong.cc
**Sales:** +852-6088-1951
**Headquarters:** Hong Kong Science Park, Sha Tin, NT, Hong Kong
**Website:** https://www.meinong.hk

For detailed structured data, see: https://www.meinong.hk/entities.json