Abstract: A deployable mobile stage system with an automatic leveling system. A remote controlling device interfaces with an internal controller of the mobile stage for transforming the stage from a transport position to a deployed position. Multiple level sensors provide feedback to the controller of the stage to automatically level the stage using jacks and outriggers hydraulically or mechanically controlled by the controller. The level sensors could be 3-axis sensors which provide level data to the CPU of the internal controller, which then forms determinations as to which jacks to raise or lower, when, and at what rate.

Abstract: A pipe reinforcement system for reinforcing a pipe connection, pipe section, or length of pipe. The invention is most applicable to pipe sections used in commercial, industrial, or manufacturing processes conveying abrasive materials. The pipe reinforcement system uses several interlocking tiles placed over the pipe section to produce a smooth inner surface. The edges of the tiles overlap each other, producing a leak-resistant skin. A cover which maintains air pressure within the pipe is placed over the tiles, keeping them in place and holding them against the pipe.

Abstract: A pipe section, such as a pipe elbow, coated with a ceramic coating containing a fusible link displaced within. The link includes two exposed testing leads which are connected to a sensor which sends a signal across the link. Over time, the pipe section and the coating are worn away by material flowing through the pipe. Eventually the fusible link is severed due to the wear, signaling the sensor to send an alert, notifying that the pipe section needs to be replaced. The method of manufacture includes coating a standard pipe section with a ceramic coating, displacing a fusible link therein, and curing the coating. The coating may contain any number of fusible links in any conceivable arrangement.

Abstract: A deployable mobile stage system with an automatic leveling system. A remote controlling device interfaces with an internal controller of the mobile stage for transforming the stage from a transport position to a deployed position. Multiple level sensors provide feedback to the controller of the stage to automatically level the stage using jacks and outriggers hydraulically or mechanically controlled by the controller. The level sensors could be 3-axis sensors which provide level data to the CPU of the internal controller, which then forms determinations as to which jacks to raise or lower, when, and at what rate.

Abstract: A pipe reinforcement system for reinforcing a pipe connection, pipe section, or length of pipe. The invention is most applicable to pipe sections used in commercial, industrial, or manufacturing processes conveying abrasive materials. The pipe reinforcement system uses several interlocking tiles placed over the pipe section to produce a smooth inner surface. The edges of the tiles overlap each other, producing a leak-resistant skin. A cover which maintains air pressure within the pipe is placed over the tiles, keeping them in place and holding them against the pipe.

Abstract: A pipe section, such as a pipe elbow, coated with a ceramic coating containing a fusible link displaced within. The link includes two exposed testing leads which are connected to a sensor which sends a signal across the link. Over time, the pipe section and the coating are worn away by material flowing through the pipe. Eventually the fusible link is severed due to the wear, signaling the sensor to send an alert, notifying that the pipe section needs to be replaced. The method of manufacture includes coating a standard pipe section with a ceramic coating, displacing a fusible link therein, and curing the coating. The coating may contain any number of fusible links in any conceivable arrangement.