Abstract: A system for the controlled distribution of capping material and the capture of dust and particulates includes an enclosure having a top wall and a continuous perimetrical side wall with an open bottom end. A cyclone inside the enclosure separates the air, dust, and particulates from solid materials. The air, dust, and particulates are exhausted from the enclosure to a filtering system. The solid capping material passes from the cyclone to a hopper and then to a spreader for the controlled distribution of the capping material through the open bottom end of the enclosure.

Abstract: A load monitoring system to provide the user with pertinent information necessary to plan, install and monitor load and tension measurements during over-head lifting practices. The process includes the measurement instrument with a power supply and data converter with a means of broadcasting data packets to a computer readable medium containing software which interprets the computer-implemented information in a presentable format. The process provides a means of planning for an over-head lifting practice and real time monitoring and recording of the over-head lifting practice. The process provides users the information to accurately install the over-head lifting device or the means of attachment to the architectural structure. Thus, saving time and resources in the planning and installation process, while monitoring real time loads being exerted onto the architectural structure creating a safer over-head lifting environment.