Vehicle to reclaim milled road surface aggregate for reuse as a road surface

A processing vehicle adapted to be towed along a roadway to receive milled road surface from a milling vehicle as aggregate, perform a first screening of said aggregate for oversized aggregate, crushing said oversized aggregate as crushed aggregate, perform a second screening of said crushed aggregate to discard remaining oversized aggregate, combine said aggregate and said crushed aggregate passing through said first and second screenings as combined aggregate, weighing said combined aggregate, mixing said combined aggregate with a measured amount of water, Portland cement (“cement”), and asphalt emulsion determined from the weight of said combined aggregate as slurry, and distributing said slurry onto said milled road surface said processing vehicle comprising:

• an elongated frame;
• a dolly comprising an axle, one or more pneumatic wheels at either end of the axle, towing hitch releasably coupled to said milling vehicle for towing said processing vehicle, and a coupling component to be releasably coupled to a forward end of said frame;
• a rear wheel assembly consisting of one or more axles each with one or more pneumatic wheels at either end of the axles the assembly mounted towards a rearward end of said frame;
• a hopper carried by said frame and positioned forwardly within said frame to receive said aggregate;
• a crusher to reduce oversized aggregate being positioned forwardly of said hopper;
• a water tank;
• a cement tank;
• an asphalt emulsion tank;
• a conveyor belt operating lengthwise within said frame to transport aggregate received from said crusher and said hopper rearwardly;
• a beltweigher within said conveyor belt to weigh said aggregate being transported;
• a first screen having a vibrating action, positioned above said hopper to receive said aggregate, allowing non-oversized aggregate to be received by said hopper, and inclined to channel oversized aggregate to said crusher;
• a second screen having a vibrating action, positioned below said crusher to receive crushed aggregate, allowing non-oversized aggregate to be received by said conveyor belt, and inclined to cause oversized aggregate to be discarded;
• a pump to add water from said water tank to said aggregate;
• a motor to add cement from said cement tank to said aggregate;
• a pump to add asphalt emulsion from said asphalt emulsion tank to said aggregate;
• a pugmill to receive and mix said aggregate, water, cement, and asphalt emulsion into a slurry;
• a spreader box to distribute said slurry onto the road surface the spreader box comprising:
• a rectangular structure having a front, back, left, and right sides;
• a skid rail attached to the left side and a skid rail attach to the right side to lift said rectangular structure above the road surface;
• a rubber curtain occupying the gap between the front, left, and right sides of said rectangular structure and the road surface;
• a plurality of augers within said rectangular structure to distribute said slurry within said rectangular structure;
• and
• a strike plate of metal construction attached to bottom and lengthwise of said back side of said rectangular structure having a width of at least four inches;
• a generator to convert diesel fuel into electricity to supply the electrical needs of said processing vehicle;
• and
• a computer to monitor a plurality of sensors and control said processing vehicle.