초록 ▼

A fumes abatement system for an asphalt paving machine is disclosed for dispelling noxious fumes that are emitted from asphalt in the hopper of and from behind the paving machine during paving operations. The fumes abatement system utilizes existing plate walls of the feeder tunnel and superstructur

A fumes abatement system for an asphalt paving machine is disclosed for dispelling noxious fumes that are emitted from asphalt in the hopper of and from behind the paving machine during paving operations. The fumes abatement system utilizes existing plate walls of the feeder tunnel and superstructure to eliminate additional parts and for increased durability. A high capacity blower and a tall exhaust stack are used to disperse the fumes well above the operators of the machine.

대표청구항 ▼

[ We claim:] [1.] A fumes abatement system for an asphalt paving machine, said machine having a front end and a back end, an asphalt receiving hopper carried at the front end of said machine and having a rear wall, a superstructure upon which an engine for propelling the machine and an operator's st

[ We claim:] [1.] A fumes abatement system for an asphalt paving machine, said machine having a front end and a back end, an asphalt receiving hopper carried at the front end of said machine and having a rear wall, a superstructure upon which an engine for propelling the machine and an operator's station are carried, a feeder tunnel extending from the rear wall of the hopper under said superstructure to the back end of the machine, an asphalt feeder extending rearward from the hopper through said feeder tunnel to the back end of the machine for depositing asphalt at the back end of the machine onto the road surface to be paved with asphalt, said fumes abatement system comprising:an air ducting system having a longitudinally extending duct portion and a vertically extending duct portion, said longitudinally extending duct portion being disposed along and above said feeder tunnel with a front end adjacent said rear wall of said hopper and a rear end having a first air inlet adjacent said back end of the machine, said vertical duct portion extending through said superstructure adjacent said rear wall of said hopper and having an upper end with a second air inlet opening into said hopper and a lower end connected to and communicating with said longitudinally extending duct portion; andan air evacuation system carried on said superstructure and having an air plenum connected to and communicating with said longitudinally extending duct portion, an elongated air exhaust stack extending from said plenum through said superstructure to a height above said operator's station, and a motor driven blower mounted within said plenum for drawing air in through said first and second air inlets and exhausting said air through said exhaust stack.