Abstract:
Disclosed is a system comprising: - a reconfigurable hardware platform; - a plurality of hardware units defined as cells adapted to be programmed to provide self-organization and self-maintenance of the system by means of implementing a program expressed in a programming language defined as DNA language, where each cell is adapted to communicate with one or more other cells in the system, and where the system further comprises a converter program adapted to convert keywords from the DNA language to a binary DNA code; where the self-organisation comprises that the DNA code is transmitted to one or more of the cells, and each of the one or more cells is adapted to determine its function in the system; where if a fault occurs in a first cell and the first cell ceases to perform its function, self-maintenance is performed by that the system transmits information to the cells that the first cell has ceased to perform its function, and then the self-organisation is performed again in order to provide that a second cell undertakes the function of the first cell.
Abstract:
Box-shaped, self-supporting building units, a plurality of which may be arranged juxtaposed and/or superposed for the construction of a building, and comprise a self-supporting floor element (1) and a self-supporting ceiling element (2), both having a supporting structure, and two pairs of opposite wall elements (3, 4) as well as in each corner a supporting, vertical column (5) of sectional iron, said column rigidly connecting the supporting structure of the floor element (1) with the supporting structure of the ceiling element (2). The two pairs of opposite wall elements (3, 4) are shaped and dimensioned to bear the ceiling element (2) at least temporarily.
Abstract:
A system which comprises a first module that comprises a housing which enables the first module to be mounted on a wall. The system further comprises a central processing unit which is mounted in the housing, a communication unit which is mounted in the housing and which is electrically connected to the central processing unit and where the communication module is adapted to communicate with a second module, the second module preferably being a portable module. Furthermore, the system comprises a display unit mounted in an opening of the housing of the first module and is electrically connected to the central processing unit, the display unit receiving display information from said central processing unit. Finally, the system comprises a memory unit which is electrically connected to the central processing unit, the memory unit comprising information to be selectively displayed on the display unit.