The AdaMeKoR project is developing an adaptive and multifunctional motorized bed with a robotic arm system for use in care. Nursing staff and care recipients should be supported in everyday, physically stressful care activities on the nursing bed. For this purpose, sensor components are developed in order to be able to adjust the bed position depending on the situation, for example. Various holding and support functions of the robot arm are tested in the nursing laboratory, for example for bed-wheelchair transfer or the application of objects. The system is also intended to continuously monitor the posture of the nurses during the mobilisation or transfer of care recipients and to provide guidance on optimisation in the event of unfavourable loads. A partially automated bed-robot arm system can improve the autonomy and quality of life of care recipients. For carers, robotic support for lifting and moving a patient represents a significant reduction in physical stress. This prevents damage or diseases of the lower back area.
|Duration:||15.03.2020 till 14.03.2023|
|Sponsor:||Federal Ministry of Education and Research|
|Grant number:||Funded by the Federal Ministry of Education and Research with grant no16SV8534.|
Johanniter-Unfall-Hilfe e. V. - Regionalverband Weser-Ems, Elsfleth
Carl von Ossietzky Universität Oldenburg
|Application Field:||Assistance- and Rehabilitation Systems|
Nursing staff who care for people with mobility disabilities often get back and joint problems because the strain on muscles and skeleton is enormous. As a result, absences or even incapacity for work occur, in the case of already scarce nursing staff.
In order to counter the growing discrepancy between the required and the available number of nurses, innovative concepts are required that are easy to use and offer real added value for physically demanding tasks without restricting the work processes.
In addition to the development and implementation of the AdaMeKoR concept, the DFKI RIC developed further approaches for the implementation of a robotic solution for the transfer of patients. In particular, the focus should be on solutions to relieve nursing staff when transferring patients with a higher body weight without reducing patient well-being. The aim is a space-saving robotic solution with a good force / weight ratio, so that it can be attached to a care bed, for example.