Chemical experiment device and method for improving chemical experiment experience

Abstract

The invention provides a chemical experiment device and method for improving chemical experiment experience, belongs to the technical field of chemical experiments, and aims at simulating a chemical experiment reaction phenomenon according to the variety and dosage of chemicals taken by an experimenter. The device is characterized by comprising a plurality of intelligent reagent bottles, wherein each intelligent reagent bottle includes a reagent bottle body, a behavior detection sensor assembly used for detecting the type and dosage of chemicals taken by an experimenter, a reagent bottle control module electrically connected with the reagent bottle body and a chemical delivery tool matched with the reagent bottle body; an intelligent beaker which is used for displaying a virtual chemical experiment reaction phenomenon and is provided with a beaker body and display equipment; and a visual controller which is in communication connection with the reagent bottle control module and the display equipment. The reagent bottle control module is used for sending a detection result of the behavior detection sensor to the visual controller, and the visual controller generates an image or video of a chemical experiment reaction phenomenon based on the detection result and sends the image or video to the display device for display.

Description

technical field [0001] The invention belongs to the technical field of chemical experiments, and in particular relates to a chemical experiment device and method for improving the experience of chemical experiments. Background technique [0002] Chemistry is a science based on experiments, and chemical experiments play a very important role in chemistry teaching. Through chemical experiments, it can help experimenters form chemical concepts, understand and master chemical knowledge, and correctly grasp the basic methods and methods of experiments. Basic skills, chemical experiments are of great significance to cultivate the ability of observation, thinking, independent operation, etc. of experimenters, cultivate the style of study combining theory with practice, seek truth from facts, serious scientific attitude and scientific methods of exploring problems. However, in the actual teaching of chemical experiments, some experiments cannot be carried out due to insufficient res...

AI Technical Summary

Problems solved by technology

However, in the actual teaching of chemical experiments, some experiments cannot be carried out due to insufficient resources such as venues, equipment, and equipment, and some experiments cannot be carried out due to their danger, destructiveness, and environmental hazards, or they cannot be carried out in the real world due to time and space constraints. Chemical reactions that change too quickly or too slowly cannot be observed and controlled

[0003] At present, although it is possible to simulate chemical phenomena through virtual simulation and other technical methods, so as to solve the above chemical experiment problems, and then help experimenters understand and learn the knowledge of chemical experiments, but virtual experiments cannot meet the hands-on needs of experimenters, ignoring the need for experimenters. Cultivation of practical ability

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