Introduction to SS301 Sensory Simulation Software

Intelligent sensory instrument simulation (electronic nose, electronic tongue, electronic eye): In a virtual laboratory scene, there are instrument hosts, prototype machines, sensors, VC version software operation stations, and related equipment that matches the real equipment, such as the color and shape of the equipment; Simultaneously simulate the process of instrument operation, and through software operation, hardware will undergo corresponding changes, simulating a real software operation station; The instrument has been disassembled and demonstrated, with 3D component model diagrams that allow software users to recognize the internal structure and complete components of the instrument. Through interactive animation, the instrument can be assembled, allowing software operators to clearly understand the specific functions of each component of the instrument. The software also simulates a set of sample detection data for specific data analysis. Different analysis methods, on-site adjustment parameters, and analysis results are also different. The original data is saved for professional analysis such as PCA, DFA, SIMCA, PLS, ANNS, etc., and the analysis results are displayed. Sensory testing, sensory software, sensory analysis, sensory training

Intelligent sensory instrument simulation (texture analyzer): In a virtual laboratory scene, there is a texture analyzer host, force sensing elements, various types of probes, VC version software operation station, and related equipment that matches the real equipment, such as the color and shape of the equipment; Simultaneously simulate the process of instrument operation, and through software operation, hardware will undergo corresponding changes, simulating a real software operation station; The instrument has been disassembled and demonstrated, with 3D component model diagrams that allow software users to understand the internal structure and complete components of the instrument. Through interactive animation, the instrument can be assembled, allowing software operators to clearly understand the specific functions of each component of the instrument. The software also simulates a set of sample detection data for specific data analysis. Different analysis methods, on-site adjustment parameters, and analysis results are used to save the original data.

The testing methods include: single test, viscosity test, total texture analysis test (TPA), relaxation test, attenuation test, cycle test and other testing functions; Detectable indicators include: force, time, distance, maximum force, hardness, brittleness, elasticity, brittleness, Chewiness, firmness/toughness/fiber strength, gumminess, stickiness/stability, cohesiveness, yield point, ductility, resilience, gel strength, extrusion strength, surface (skin) Strength, tensile strength, breaking strength, maturity, freshness, internal damage, consistency, softness, fermentation degree, etc.

SS301 Sensory Simulation Software Training Content Interactive Steps: More than 100 steps of software, mainly including the following training content: theoretical knowledge: basic concepts of electronic tongue, working principle of electronic tongue, basic structure of electronic tongue, advantages of electronic tongue, and basic functions of electronic tongue. Experimental demonstration: electronic tongue structure demonstration, disassembly demonstration, installation demonstration. Simulation operations: splitting operations, installation operations, software operations. Classroom Test: Thinking Questions. SS301 Sensory Simulation Software System Electronic Tongue: Electronic Tongue Prototype, Electronic Tongue Host, Electronic Tongue Software Operation Station. Electronic nose: electronic nose prototype, electronic nose host, electronic nose software operation station. Electronic Eye: Electronic Eye Host, Electronic Eye Software Operation Station. Texture analyzer: texture analyzer host, force sensing element, various types of probes, electronic tongue software operation station.

SS301 Sensory Simulation Software System Functions

1. Adopting B/S architecture, with 5 concurrent users.

2. System login: You can enter the student's name and student ID, choose to run in standalone mode or local area network mode, and enter the simulation system.

3. Advanced configuration: pre-set the display ratio of the software's running image on the screen as needed, including: filling the entire screen with the image, original image size, and high-quality images suitable for the screen.

4. Training parameter selection: Different training processes and training projects can be selected.

5. Current information overview: You can view the current process and operation mode of the student station software currently running.

6. Redo the current task: Initialize the student station software model data and scoring.

7. Built in automatic shutter: The software background automatically saves operation progress files locally every 3 minutes to cooperate with the loading shutter function of the teacher station software. It is used to form emergency response plans for training or exams in case of unexpected restarts, power outages, blue screens, and other abnormalities of the student machine.

8. 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.