Patents
- Total patents
- 12
- Invention Patent
- 6
- Utility patents
- 6
Intelligent Water Resource Utilization System
(Patent # M621003)
In pursuit of a water resource utilization system that reduces environmental waste and alleviates livelihood challenges during water scarcity. Our intelligent water resource system showcases automatic regulation, preventing overflow and minimizing environmental waste. It also ensures the ecological balance of secondary water sources vital for cultivating specific algae or fish, contributing to sustainable development.
Read More
Biological Smart Monitoring
(Patent # M607187)
To address the current technical challenges and high labor costs in the bio-cultivation industry, we offer a Biological Intelligent Monitoring and Cultivation System. The IoT platform generates cultivation instructions based on environmental conditions and biological features, automatically transmitting them to IoT devices. The platform is responsive to device operations, streamlining bio-cultivation management.
Read More
Smart Beehive
(Patent # M618349)
Introducing a smart beehive featuring a housing unit with a cultivation space. The intelligent farming device, a remote unit, enables real-time monitoring and adjustment of the cultivation space. Beekeepers can customize conditions to regulate honey production and hive reproduction effectively.
Read More
Crop Traceability IoT
(Patent # M598470)
Enhancing agricultural automation by addressing the limitations of scheduled irrigation. Uploading data from diverse IoT nodes to the cloud platform enables feedback-based irrigation, optimizing crop conditions. The stored data on the IoT cloud platform's server records the fertilization and irrigation process, ensuring traceable production history for the newly cultivated crops.
Read More
A PLANTING SYSTEM
(Patent # I890527)
This invention provides a planting system comprising multiple planting pots arranged at intervals in a
planting area, a control center, a sensing unit, a daylight adjustment unit, and an automatic irrigation unit.
The planting pots are used for cultivating ginseng and polygonum plants. The control center evaluates sensor
data to determine activation of the daylight adjustment and automatic irrigation systems. The sensing unit
monitors environmental conditions for the ginseng and polygonum plants, transmitting real-time data to the
control center. It includes a pressure sensor to measure soil moisture transmitted as electrical data to assess
crop maturity, and a brightness sensor to detect photosynthetic activity and transmit brightness data for
evaluating plant health status to the control center.
Read More
SKY AIOT
