View source for 20240027354. SPECTROPHOTOMETRIC SYSTEM AND METHOD FOR WIRELESS WATER QUALITY MANAGEMENT OF AQUACULTURE BASIN simplified abstract (RYNAN TECHNOLOGIES PTE. LTD.)

=SPECTROPHOTOMETRIC SYSTEM AND METHOD FOR WIRELESS WATER QUALITY MANAGEMENT OF AQUACULTURE BASIN=


==Organization Name==

[[:Category:RYNAN TECHNOLOGIES PTE. LTD.|RYNAN TECHNOLOGIES PTE. LTD.]]


[[Category:RYNAN TECHNOLOGIES PTE. LTD.]]

==Inventor(s)==

[[:Category:My T. Nguyen of Tra Vinh City (VN)|My T. Nguyen of Tra Vinh City (VN)]][[Category:My T. Nguyen of Tra Vinh City (VN)]]

[[:Category:Truong T. Pham of Tra Cu District (VN)|Truong T. Pham of Tra Cu District (VN)]][[Category:Truong T. Pham of Tra Cu District (VN)]]

[[:Category:Camtho T. Nguyen of Choi Moi District (VN)|Camtho T. Nguyen of Choi Moi District (VN)]][[Category:Camtho T. Nguyen of Choi Moi District (VN)]]

[[:Category:Tri H. Le of Cang Long District (VN)|Tri H. Le of Cang Long District (VN)]][[Category:Tri H. Le of Cang Long District (VN)]]

[[:Category:Vietthu T. Nguyen of Choi Moi District (VN)|Vietthu T. Nguyen of Choi Moi District (VN)]][[Category:Vietthu T. Nguyen of Choi Moi District (VN)]]

[[:Category:Truong N. Tran of Giong Rieng District (VN)|Truong N. Tran of Giong Rieng District (VN)]][[Category:Truong N. Tran of Giong Rieng District (VN)]]

[[:Category:Nam Q. Doan of Chau Phu District (VN)|Nam Q. Doan of Chau Phu District (VN)]][[Category:Nam Q. Doan of Chau Phu District (VN)]]

[[:Category:Dat T. Bui of Duyen Hai District (VN)|Dat T. Bui of Duyen Hai District (VN)]][[Category:Dat T. Bui of Duyen Hai District (VN)]]

[[:Category:Quy M. Phan of Tra Vinh City (VN)|Quy M. Phan of Tra Vinh City (VN)]][[Category:Quy M. Phan of Tra Vinh City (VN)]]

[[:Category:Cuong Q. Hong of Tra Vinh City (VN)|Cuong Q. Hong of Tra Vinh City (VN)]][[Category:Cuong Q. Hong of Tra Vinh City (VN)]]

==SPECTROPHOTOMETRIC SYSTEM AND METHOD FOR WIRELESS WATER QUALITY MANAGEMENT OF AQUACULTURE BASIN - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240027354 titled 'SPECTROPHOTOMETRIC SYSTEM AND METHOD FOR WIRELESS WATER QUALITY MANAGEMENT OF AQUACULTURE BASIN

==Simplified Explanation==

The abstract describes a spectrophotometric system and method for measuring the concentration of water-soluble compounds or minerals in the water of a live aquaculture basin. The system includes a portable wireless spectrophotometer with an optical code reader for automatic identification of water sample cuvettes. The cuvettes have an optical code identifier and are preloaded with solid color indicating reagent dry tablets. The cuvettes are designed to create vertical separation between different tablet types, preventing cross-reactions or degradation during storage or transport. The system can also include a mobile application for displaying the spectra results and providing recommendations or e-commerce purchase means for water quality improvement.

* Portable wireless spectrophotometer with optical code reader for automatic identification of water sample cuvettes
* Cuvettes with optical code identifier and preloaded with solid color indicating reagent dry tablets
* Cuvettes designed with internal sizing and shape to create vertical separation between tablet types
* Mobile application for displaying spectra results and providing recommendations or e-commerce purchase means

Potential applications of this technology:
* Monitoring and maintaining water quality in live aquaculture basins
* Assessing the concentration of water-soluble compounds or minerals in aquaculture systems
* Providing real-time data for decision-making in aquaculture operations

Problems solved by this technology:
* Accurate and efficient measurement of water-soluble compounds or minerals in aquaculture water
* Prevention of cross-reactions or degradation of reagents during storage or transport
* Simplification of the measurement process through automatic identification and preloaded cuvettes

Benefits of this technology:
* Improved water quality management in aquaculture systems
* Time and cost savings through portable and wireless spectrophotometer
* Enhanced accuracy and reliability of measurements
* Access to real-time data and recommendations for water quality improvement


==Original Abstract Submitted==

there is provided a spectrophotometric system and method for measuring the concentration of discrete water-soluble compounds or minerals in the water of a live aquaculture basin. the system comprises a portable wireless spectrophotometer with an optical code reader for automatic identification of water sample cuvettes. the cuvettes bear an optical code identifier and are preloaded with at least one solid color indicating reagent dry tablet. the cuvettes are internally sized and shaped for a smaller tablet type to fall to the bottom and a larger tablet type not to not fall to the bottom and vertically rest at an intermediate height within the cuvette interior thereby creating vertical separation between the tablet types and avoiding cross-reactions or degradation while in storage or transport. the system can also include a mobile application for displaying the spectra results and for providing recommendations or e-commerce purchase means for water quality improvement.



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