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Background The external ventricular drainage (EVD) is a standard tool for ICP-monitoring and treatment of pathologic ICPs in neurosurgical ICUs. In a typical ICU-patient the position of the head is being changed at least 100 times per day. In order to achieve appropriate ICP-measurements and to avoid unwanted complications such as aneurysm bleeding or upward herniation due to rapid over drainage accurate positioning of the ICP-transducer and of the height of the drip-chamber is necessary. Therefore a mechanical device is required to constantly readapt the position of the drip chamber and the ICP-transducer to changes of the position of the head.

Vertical extension device for automatic adjustment of EVD-drip chambers or ICP-transducers