Dumping system for delivery of aggregate to a railroad track

A dumping system for accurate and precise delivery of aggregate to a railroad track, the dumping system comprising:

• a dump box configured to hold aggregate;
• a dump gate, the dump gate comprising
• a means for delivering aggregate to the railroad track in an accurate and precise manner, wherein the dump gate forms a fourth side of the dump box;
• an operating system configured to operate the means, the operating system comprising
• a pump configured to supply pressurized hydraulic fluid to the operating system, where the pump is in fluid communication with a pressure hose,
• the pressure hose, where the pressure hose is in fluid communication with a spool valve,
• the spool valve having at least two valves,
• at least two hydraulic cylinders, where each hydraulic cylinder is in mechanical communication with the means at an attachment to the top portion of the means and an attachment to the bottom portion of the means, where the hydraulic cylinder moves the bottom portion of the means in a linear vertical manner, wherein
• each extension hose and each retraction hose is in fluid communication with one of the at least two valves of the spool valve,
• a return hose in fluid communication with the spool valve, and
• a tank in fluid communication with the return hose;
• and
• a control system configured to provided real time adjustment of the means, the control system comprising
• a wireless controller configured to transmit a signal to a signal receiver,
• a control unit having the signal receiver, the control unit in mechanical communication with the dump box, and
• control lines, the control lines in electric communication with the control unit and the at least two valves of the spool valve.

A dumping system for accurate and precise delivery of aggregate to a railroad track, the dumping system comprising:

• a dump box configured to hold aggregate;
• a dump gate, the dump gate comprising
• at least three delivery gates, each delivery gate having a top portion, a bottom portion, and a flange, where each delivery gate is 0.66 meters in width;
• and
• a frame, the frame in mechanical communication with each of the at least three delivery gates, and wherein
• the dump gate forms a fourth side of the dump box;
• an operating system configured to move each of the at least three delivery gates between an open, a partially open, and a closed position, the operating system comprising
• a pump configured to supply pressurized hydraulic fluid to the operating system, where the pump in fluid communication with a pressure hose,
• the pressure hose, where the pressure hose is in fluid communication with a spool valve,
• the spool valve having at least three valves,
• at least three hydraulic cylinders, where each hydraulic cylinder is in mechanical communication with one of the at least three delivery gates at an attachment to the top portion and an attachment to the bottom portion of the delivery gates, where the hydraulic cylinder moves the bottom portion of the respective delivery gate in a linear vertical manner, each of the at least three hydraulic cylinders having an extension hose and a retraction hose, wherein
• each extension hose and each retraction hose is in fluid communication with one of the at least three valves of the spool valve,
• a return hose in fluid communication with the spool valve, and
• a tank in fluid communication with the return hose;
• and
• a control system configured to provided real time adjustment of the at least three delivery gates between the open, the partially open, and the closed positions, the control system comprising
• a wireless controller configured to transmit a signal to a signal receiver,
• a control unit having the signal receiver, the control unit in mechanical communication with the dump box, and
• control lines, the control lines in electric communication with the control unit and the at least three valves of the spool valve.