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Products

Helper Robotech creates a happy future of customers together

Smart Nursery System

What is “Smart Nursery System”?

One Integration platform to making a “Good Seedling”

Every Steps Controlling & Monitoring for High Quality Seedling

Smart Seeding Machine Collection of
Production History Information System

Smart seeding machine collection of production history information

Auto seeding line+RFID Reader+RFID Chip+Bar code Reader+Touch Panel→Control room
  • Seeding information Bar code(16numeric) create and recognition
  • Seeding-work production history process build(Data traceable)

Analog seedling-diary changes to Digital

농촌진흥원 국립원예특작과학원 - 주문현황,이번주 파종계획, 6월 출하현황, 육묘현황
  • Big-data application(Seedling-information D/B securing)
  • Create a seedling-control system step by step

Process of Smart seeding machine collection of production history information system

  • 1. Attached 1 Tray Bar code
  • 2. Smart Filler
  • 3. Clean Conveyor
  • 4. Drum Seeder
  • 5. Clean Top Dresser
  • 6. Clean irrigator & Conveyor
  • 7. Seedling-bed + RFID
  • 8. Control room
  • 8. Control room

Smart Germination room
Environment Control System

Seedling factory first step : Maintain uniform environmental condition

  • Optimal environmental condition for uniform germination are essential!
  • Formation of production base for high quality plug

Environmental Sensor + Touch Panel → Control room

Environmental sensor in Germination room+Touch Panel→Control room(Collecting data)
  • Big-data application(Germination information D/B securing)
  • Create a seedling-control system step by step

Process of smart germination room environment control system

Environmental sensor in Germination room → 2 Sensor data reply → Touch panel → 3 Sensor data send → Control room → 4 Send a Temperature/Humidity data → Touch panel → 1 Sensor data request → Environmental sensor in Germination room
Sensor → Touch panel : Send a data, Panel → Control room : Pass a data & Received a control room data, Control room → Touch panel : Received a sensor data & Send a control data, Control room : Control the indoor environment based on the data received

Vegetable Seedling Growth Monitoring System
Using Video Apparatus

Composition of vegetable seedling growth monitoring system using video apparatus

1.Outer Frame, 2.Moving Camera : 3-axis(X, Y, Z axis) movable, 3.Video apparatus : collect data(Plant height, Leaf area) - LIDAR camera VNIR VNIR camera, 4.Panel & PC → Control moving camera/→ Seedling growth data storage

Process of vegetable seedling growth monitoring system using video apparatus

Collecting Data

Differentiation of Vegetable seedling germination
Law video → Germination sensing video → Germination rate output
Vegetable seedling growth information collecting
Law video → Vitality video → MASK video → Leaf area & Vitality output Plug shoot Height output ← / → Plug shoot height video ← Height video ← LIDAR camera Law video

Alignment Transition Moving Seedling-bed
Information Collection System

Create a alignment transition moving seedling-bed

Vertical type ↔ Changing ↔ Horizontal type
  • Changing a distribution transfer unit (Unit : A Tray → Seedling-bed)
  • Productivity improvement through growth environment difference decrease

Alignment transition moving seedling-bed + RFID system

Alignment transition moving seedling-bed → RFID reader → RFID chip → Distribution transfer unit recognition & storage
  • Alignment transition moving seedling-bed + RFID system
  • Trace of Seedling factory transfer unit process

Process of alignment transition moving seedling-bed information collection system

1.Seeding room-Vertical type,2.Germination room-Vertical type,3.First seedling-Horizontal type,4.Grafting roomVertical type,5.Second seedlingHorizontal type,6.LED healing room-Vertical type,7.Quality assessment-Vertical type,8.Shipment-Vertical type
RFID reader RFID chip + Bar code reader Information Bar code reader recognition + Information recognition by course
Core technology

Always maintain Horizontal/Vertical alignment at any angle to prevent pour out soil in tray in process alignment transition (Vertical type ⇔ Horizontal type)

Smart LED Healing room
Environment Control System

Seedling factory first step : Maintain uniform environmental condition

  • Optimal environmental condition for uniform grafting-healing are essential!
  • Formation of production base for high quality and grafting plug

Environmental Sensor + Touch Panel → Control room

Environmental sensor in LED healing room + Touch Panel → Control room(Collecting data)
  • Big-data application(Grafting & Healing information D/B securing)
  • Create a seedling-control system step by step

Process of smart LED Healing room environment control system

Environmental sensor in LED Healing room → 2 Sensor data reply → Touch panel → 3 Sensor data send → Control room → 4 Send a Temperature/Humidity & LED data → Touch panel → 1 Sensor data request → Environmental sensor in LED Healing room
Sensor ➔ Touch panel : Send a data, Panel ➔ Control room : Pass a data & Received a control room data, Control room ➔ Touch panel : Received a sensor data & Send a control data, Control room : Control the indoor environment based on the data received

Vegetable Seedling Determining Quality and
Screening System Using Video Apparatus

Composition of vegetable seedling determining quality and screening system using video apparatus

1.Outer Frame, 2.Video apparatus : Ultra-spectral camera & LIDAR camera, 3.Dual LIDAR camera → Plug external matrix(shoot height, Leaf area), 4.Ultra-spectral camera → Plug internal matrix (NDVI), 5.PC : Collecting a data of plug quality and determining

Process of vegetable seedling determining quality and screening using video apparatus

Waiting - Scan start → Time record - Scanning → (1.Dual LIDAR data record - Scan finish → 3D mesh output / 2.Ultra-spectral Video obtain - Scan finish → Ultra-spectral Spectrum analysis) → Quality determination & Sending to D/B

Collecting Data

Plug external matrix data measurement
Plug external matrix data measurement → Plug size calculation
Plug internal matrix data measurement
Plug internal matrix data measuremen - Ultra-spectral RGB video →Create NDVI-Applied Mask → Ultra-spectral data analysis procedure → Identification of disease infection → Plug size calculation