Abstract: The invention relates to a separation body holder (1) for submerged granulators, with a multiplicity of radially extending arms (2), which in each case display an indentation for receiving and holding a separation body (4). The separation body is exchangeably fastened in the indentation by means of screws or the like, and the separation body holding is arranged on a drive shaft (7). The separation body holding, with its separation bodies, works together with a cut-off head, and the separation bodies are formed as rectangular impact slats. The bottom surface of each indentation runs substantially parallel to the axis of the drive shaft (7).

Abstract: The invention relates to a separation body holder (1) for submerged granulators, with a multiplicity of radially extending arms (2), which in each case display an indentation for receiving and holding a separation body (4). The separation body is exchangeably fastened in the indentation by means of screws or the like, and the separation body holding is arranged on a drive shaft (7). The separation body holding, with its separation bodies, works together with a cut-off head, and the separation bodies are formed as rectangular impact slats. The bottom surface of each indentation runs substantially parallel to the axis of the drive shaft (7).

Abstract: A body integral electronics package housing is formed of cloth material that simulates a person's garment, such as a poncho or vest. The housing contains various pockets to confine various electronic modules, including a front pocket of such size as to overlie the breast and midriff portions of the person's torso. The front pocket confines a plurality of rigid electronic modules that are supported within the pocket in a row and column array. The user may twist or turn his torso and bend forward or back and the foregoing array, and the modules do not restrict that movement. Instead, the position of the individual modules independently adjusts to the torso's position.