@article{automation20153321,
author={{Sedla?ko, Peter and Hud¨¢k, Radovan and Kelemenova, Tatiana and ?iv?¨¢k, Jozef and Penhaker, Marek},
title={The Application of the Matrix Tactile Sensor (MTS) for Measuring Contact Pressures between the Trunk Orthosis and a Patient Body and a Mechanical Testing of the Measuring System},
journal={Journal of Automation and Control},
volume={3},
number={3},
pages={140--144},
year={2015},
url={http://pubs.sciepub.com/automation/3/3/21},
issn={2372-3041},
abstract={Matrix tactile sensors (MTS) as the tactile sensors provide us with information about the measurement object by simply touching the object. Sensitive part of the sensor array consists of the tactile elements arranged in the matrix, which tell us about the distribution of normal forces acting on the tactile elements. Identifying, establishing and monitoring the pressure between the trunk and correcting pad of the trunk orthosis can inform us about undesirable compression actions, progression of the treatment or deformation of the production material of the trunk braces. Identification of the values distribute pressure between the body and pad of the trunk braces serve some information about effects on the human organism.},
doi={10.12691/automation-3-3-21}
publisher={Science and Education Publishing}
}