Intelligent cardiopulmonary auscultation and abdominal palpation teaching system

HWX5000  Intelligent cardiopulmonary auscultation and abdominal palpation teaching system

1. Cardiopulmonary auscultation manikin

1) Life-like manikins of the upper body of a male adult, with realistic anatomical structure such as two sides of clavicles, sternums (presternum, body of sternum, ensisternum), each rib and spatial intercostalia, scapula, spina iliaca anterior superior, symphysis ossium pubis etc.

2) Each auscultation location and area can be covered by the unique design of "non-contact sensor networks". Intelligent auscultation through the identification and management of logic program. Homologue signs can be heard when put the electronic stethoscope auscultation in any part of the body, just like medical examination for real patients.

3) Comprehensive signs of 80 typical heart patients and 60 lung patients for investigation training.

4) "Electronic stethoscope," auscultation effectively improves the simulated results of heart sound and breathes sound auscultation. Thus, stability and durability are greatly improved.

5) In addition to the conventional five cardiac auscultation valve auscultation area, there are "inside apex cordis auscultation site," "apex cordis auscultation site after obviously increased heart" and "the left edge of the fourth intercostal sternum auscultation site". All of them are consistent with clinical auscultation requirements.

6) Breath sounds with auscultation sites consistent with clinical training. Practice lung auscultation through "non-contact sensor network" technology, and the breath sounds auscultation of the left chest is accompanied by the corresponding heart sounds.

7) Vibration sensors for relaxation period fine tremor, systole period fine tremor and continual fine tremor.

8) "Apex beat" palpation is for simulation of "the apex position change" of organic heart disease, deepening the description and understanding of heart sounds mechanism.

9) Noise conduction auscultation of mitral valve incompetence, aortic valve stenosis and pulmonary valve stenosis. With the extension of transmission distance, noise intensity gradually decays.