BC Biomedical NIBP-1010 Manual de usuario descargar pdf (Pagina 105)

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parameters change in one system, then all other parameters in a mutual bond change

adequately, see the mutual interconnection in Fig. 9.2.

Fig. 9.2: Mutual interconnection of the whole-body patient simulator’s parts

Respiratorysystem

The respiratory system model can be divided into two parts. The upper respiratory

tract includes the nasal cavity, the nasopharynx, the pharynx and a part of larynx. The lower

respiratory tract is represented by the trachea, the bronchi and the lungs.

Upper respiratory tract

The upper respiratory tract of the ECS simulator realistically copies its real anatomical

structure. It is possible to carry out an orotracheal intubation, which means inserting a tracheal

tube into the patient’s trachea via the mouth, as well as a nasotracheal intubation, when the

tube is inserted via the nose. Several complications may occur during intubation, and they can

realistically occur in this simulator as well:

• Inserting the tracheal tube too deep into one of the two bronchi. In this case, only

one lung gets ventilated. It will be apparent on the figurine that only one side of the

chest is moving.

• Inserting the tracheal tube into the gullet - in this case stomach distension can be

observed.

Operator’s

input

Cardiovascular

Respiratory

Pharmacological

Operator’s

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Operator’s

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BC Biomedical NIBP-1010 Manual de usuario Pagina 105