Dräger Safety Ag&co. Kgaa

Alexander Sarcinelli

Michael Richenberger

Carlo Rattey

Matthias Willner

Stefan Morley

Ingo Neumann

A process and an activation device () provides a user (B) activation of a drug measuring device (). This drug measuring device includes an input unit (), a testing unit () for testing given samples and an image recording device (). The activation device () receives an activation image set (InB), which was generated by the drug measuring device or by a drug measuring device and at least one image () from the image recording device. The received activation image set is checked as to meeting a predefined release criterion. For this the activation image set is compared with a predefined reference image set () for the user. If the release criterion is met, the drug measuring device is released for the user. An activation data set () for the user is completed by at least one image of the activation image set, which shows the user.

Process and devices for activating a drug measuring device, especially an alcohol measuring device

A device (), a substance measuring device (), a process, a computer program, a camera () and a cell phone are provided for the unique and individual identification of a substance measuring device () of a test subject (). The device () includes an optical identifier ().

Device, substance measuring device, process, computer program, camera and cell phone for the identification of a substance measuring device

A method for monitoring breath is provided, comprising: measuring one or more attributes of airflow through an input device, by a flow sensor within the input device, of air blown into said input device by an expelling action of a user; transmitting the attributes of airflow from the input device to a processing device, including a processor and communication terminal; communicating, via the communication terminal, a first state output to the user while the air is blown into said input device; and determining, by the processor of the processing device, whether each of the attributes of airflow is within a respective threshold range. If a respective threshold range is met, the communication terminal communicates a second state output to the user.

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Ahrensburg, Germany

Alexander Sarcinelli