Training manikin

The training manikin addresses the issues of skin imitation collapse and cross-contamination by incorporating an air transmission joint and airway duct design with a port and insert, ensuring realistic and safe ventilation simulation.

WO2026135464A1PCT designated stage Publication Date: 2026-06-25LAERDAL MEDICAL AS

Patent Information

Authority / Receiving Office
WO · WO
Patent Type
Applications
Current Assignee / Owner
LAERDAL MEDICAL AS
Filing Date
2025-12-02
Publication Date
2026-06-25

AI Technical Summary

Technical Problem

Existing training manikins for cardiopulmonary resuscitation lack effective mechanisms to prevent the collapse of the skin imitation during ventilation practice and ensure proper air flow and tube insertion, leading to potential cross-contamination and inefficient ventilation simulation.

Method used

A training manikin with a head connected to a torso via an air transmission joint, featuring an airway duct with a port and a pivoting mechanism, an insert providing mechanical support to the skin imitation, and a channel design that prevents tube sticking and collapse, ensuring controlled air flow and reduced cross-contamination.

Benefits of technology

The solution enables effective ventilation simulation by preventing skin imitation collapse, facilitating smooth tube insertion, and reducing cross-contamination, thereby enhancing the realism and safety of training exercises.

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    Figure NO2025050197_25062026_PF_FP_ABST
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Abstract

A training manikin (100) comprising a head (1) and a torso (3) The head connects to the torso. The head comprises a face part (4) with a nose portion (5) and a mouth portion (7), a skin imitation (9), and an airway duct (10). The airway duct comprises an aperture (11) aligned with and arranged behind the nose portion (5) and the mouth portion (7), a duct end (33) which is closed, a channel wall (34) defining a channel (31) extending between the aperture (11) and the duct end (33), and a port (19) through the channel wall (34), the port (19) arranged at a distance from the aperture (11) and at a distance from the duct end (33).
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