A physical mechanics experiment console and its working method

Abstract

The invention discloses a physical mechanics experiment operating table and a working mode thereof. The physical mechanics experiment operating table structurally comprises a first experiment operating mechanism, an experiment partition plate, a second experiment operating mechanism, a third experiment operating mechanism, a checkered experiment plate, a piezoelectric sensor, infrared ranging sensors, a placement box, a transparent plate, a base, a first storage drawer, an idler pulley guiding wheel, a rubber suction cup, a second storage drawer, an operating table body, a first plate clamp, athird storage drawer and second plate clamps. The physical mechanics experiment operating table is a device for a physical mechanics experiment set,integrated device a user can conduct parts of physical mechanics experiments on the physical mechanics experiment operating table, wherein the physical mechanics experiments include a typical 'parallelogram rule' experiment, a typical 'spring' experiment and a typical 'momentum conservation' experiment; and the experiment devices of the 'parallelogram rule' experiment, the 'spring' experiment and the 'momentum conservation' experiment are combinedinto a whole through scientific distribution, the 'parallelogram rule' experiment, the 'spring' experiment and the 'momentum conservation' experiment are independent of one another, and do not interfere with one another during doing the experimentwhen conducted, and the three experiments can be conducted simultaneously through the unique design.

Description

technical field [0001] The invention belongs to the field of physical experiment equipment, and in particular relates to a physical mechanics experiment console and its working mode. Background technique [0002] The formation and development of physics is based on experiments. The research method of physics is usually to analyze, abstract and summarize physical phenomena on the basis of observation and experiment, so as to establish physical laws, and then form physical theories, and then go back to experiments to be tested. Experiments are the foundation of physical science and the source of physical knowledge. Strengthening physical experiments is a characteristic of the times in physics teaching and a prerequisite for improving the quality of physics teaching. [0003] Physical experiments not only lay the foundation for developing new theories and new fields, but also provide a vast world for enriching and developing the application of physics. In recent decades, phys...

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Problems solved by technology

[0004] The conduct of physical experiments is inseparable from the use of physical experimental equipment. However, most of the physical experimental equipment on the market are separated, that is, different experimental equipment needs to be used for different experiments, which leads to different experimental equipment when doing multiple experiments. Too many lead to trouble, and it is necessary to purchase a variety of experimental equipment in consideration of the type of experiment when purchasing experimental equipment, which leads to an increase in purchase costs. At the same time, the equipment on the market is relatively simple, and most of its data need to be artificially To measure and obtain, this not only increases the experimental burden of the experimenters, but also leads to a decrease in experimental efficiency. At the same time, some experiments are more troublesome to measure manually, and the use of manual measurement will lead to an increase in experimental errors, which is not conducive to the experiment.

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