Introduction to AQT Air Quality Testing Sensory Analysis Software

AQT air quality detection sensory analysis software is a computer management software developed for conducting standardized odor detection sensory evaluation activities. It meets the requirements of GB/T14675-1993 and EN 13725 standards, contains rich mathematical statistical methods, and can timely analyze sensory evaluation results and generate detection reports. It has the characteristics of process design, standardized tables, controllable detection intervals, and manageable detection activities, which eliminates the need for manual experimental design, manual data input, and statistical analysis, greatly saving manpower and material resources. It has become an essential part of the construction of air quality sensory evaluation systems. Shanghai Ruiyue AQT、 Sensory analysis software, specialized for air quality detection (odor analysis), sensory, sensory testing, sensory software, sensory analysis, sensory training

Basic functions of AQT air quality detection sensory analysis software

(1) Chinese interface display;

(2) Method basis: In accordance with GB/T14675-1993 Air Quality Odor Determination Three point Comparison Stinky Bag Method EN 13725 Air Quality Odor Concentration Standard by Dynamic Olfactory Determination;

(3) Sensory data collection, analysis, and result statistical analysis functions;

（4) Data information provision and query function;

(5) System maintenance and upgrade functions.

AQT Air Quality Testing Sensory Analysis Software Technical Parameters (Part)

1. Install the dotNetFx40Fullx86ux64 software application environment.

2. Use environmental sniffing data analysis software.

3. Analysis method: Three point comparison method for measuring air quality odor. The odor bag method is to first fill two of the three odor free bags with odorless air, and the other bag with a certain dilution ratio of odorless air and the measured odor gas sample for the odor detector to smell. When the odor detector correctly identifies the presence of the odor bag, it is then diluted and sniffed step by step until the odor concentration of the diluted sample is lower than the odor threshold of the odor detector, and the experiment is stopped. Each sample is simultaneously measured by several sniffers, and finally the odor concentration is determined based on the sniffer's personal net value and the average net value of the sniffer team members.

4. Method basis: In accordance with GB/T14675-1993 air quality odor determination three-point comparative odor bag method and EN 13725 air quality odor concentration standard determined by dynamic olfaction.

5. Perform terminal extension address settings, terminal extension operations, and data collection.

6. Software usage method: Start the relevant software on the computer, the administrator distributes samples to the evaluators, and the evaluators start the touch screen evaluation interface on their evaluation desk, enter their own number and the number of the sample to be evaluated, observe or smell the sample, and input their results on the screen. After each group of evaluators completes the input, the administrator collects data. Afterwards, proceed with the evaluation of the next set of samples or evaluators.

7. Main function: Odor sensory inspection module, which can achieve online automation of sensory inspection experiment design, result input, result analysis, and report output.

8. Activity process: In the form of process prompts, task lists, and supporting functions for task implementation (various chart generation and statistical method backend links), it facilitates the main sensory evaluation activities such as sample preparation, sample provision, evaluator evaluation, result summary, result analysis, and inspection reports, and effectively manages them.

9. Information query function module: including historical experiment query and sensory analysis method introduction.

10. Including maintenance of general experimental information, maintenance of experimental personnel information, and management of system usage permissions.

11. Module level security management ensures the integrity and security of user data. This software can be widely used in laboratories, industries, testing institutions, and research institutions engaged in odor analysis sensory analysis.

12. Designed according to the B/S structure, it only needs to be installed on the server to be accessed through a browser on multiple computers in the local area network.

13. Software environment: The operating system supports multiple operating systems, such as Windows 7, Windows 10, etc.

14. Network environment: The browser supports multiple browser environments, such as IE6.0 IE8.0、 Mainstream browsers such as 360 Browser, Sogou Browser, Google Chrome, etc;

15. Support the processing of massive amounts of data; 16. Supports 100 concurrent users.

17. Supporting services:

(1) On site installation and configuration of the system;

(2) System operation and usage training;

(3) System user manual and experimental process demonstration video;

(4) There are no additional fees in the software/database, and all can be used normally; If there are any subsequent updates, they will be permanently upgraded for free.