In the photoelectric induction multimedia human acupuncture point luminescence model, the application of photoelectric induction technology is mainly reflected in the following aspects:

Acupoint sensing and luminescence:

The model is equipped with a hand-held pen-like photoelectric sensor. When the sensor touches a specific point on the model, that point immediately lights up. This is because the location of the acupoints in the model has built-in photoelectric sensors that recognize the sensor's touch and trigger the light-emitting mechanism.

Lighting is usually done using high-brightness leds, ensuring that it is clearly visible in a classroom or presentation environment. Luminous acupoints can quickly attract attention, helping users to quickly locate and learn.

Information synchronization display:

In addition to the point light, when the sensor touches the point, the model also synchronously displays information related to that point. This is usually done through a computer or multimedia system connected to the model.

The information may include the name of the acupoint, its code, its meridians, and its efficacy. This information can be presented through multimedia devices such as screens and speakers to provide users with a comprehensive learning experience.

Ease of operation:

Photoelectric induction technology makes the operation of the model very convenient. The user simply holds the sensor and gently touches the point to trigger the corresponding response. This intuitive operation lowers the learning threshold and enables users to master acupuncture points more quickly.

Teaching and research Applications:

In teaching, photoelectric induction technology makes the learning of acupuncture points more vivid and interesting. Students can observe the luminescence and information display of acupoints through practical operation of sensors, so as to deepen the understanding and memory of acupoints.

In scientific research, the model can be used to simulate and study the effect of acupuncture stimulation on acupuncture points. By recording and analyzing the sensor's touch data, researchers can assess the impact of different stimuli on acupoint responses, providing a scientific basis for acupuncture treatment.

To sum up, the application of photoelectric induction technology in the photoelectric induction multimedia human acupuncture point luminescence model provides users with intuitive and convenient learning and research experience. The application of this technique not only improves the practicability of the model, but also brings new opportunities and challenges for the teaching and research of acupuncture points.