Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of smelting furnace single-arm rotating feeding device, existing loading hopper and lifting platform can be solved face fire door and arrange, causing cannot clearing furnace, affect working life and the aluminium liquid quality of smelting furnace, and be difficult to the problem of the ground health of sweeping outside fire door.
The present invention is achieved through the following technical solutions:
Smelting furnace single-arm rotating feeding device, comprises loading hopper, and described loading hopper is connected to lifting arm by lift drive mechanism, and described lifting arm bottom is rotationally connected with ground, and is in transmission connection with rotating driving device.
Described lift drive mechanism comprises the sliding sleeve being slidably connected to lifting arm outer wall, and A hydraulic piston, and the sidewall of described loading hopper is fixedly connected on the outer wall of sliding sleeve by cross bar, described cross bar and the transmission of A hydraulic piston.
Described A hydraulic piston is fixedly connected on the lifting arm opposite side relative with loading hopper by bracket vertical, described lifting arm top is provided with the support parallel with cross bar, the two ends of described support are respectively to extension, the two ends of described support are connected to A pulley and B pulley, described A hydraulic piston top is connected with steel wire rope, described steel wire rope upwards from the opposite exterior lateral sides of A pulley around to the opposite exterior lateral sides of B pulley, then is connected to cross bar downwards.
The cross section of described lifting arm is square, and the cross section of described sliding sleeve is also square, and the upper/lower terminal at 4 angles of described sliding sleeve inwall is respectively equipped with directive wheel, and described directive wheel is slidably connected to the angle of lifting arm outer wall respectively.
Described rotating driving device is the B hydraulic piston that tail end is rotationally connected with ground, and described lifting arm bottom is also provided with level connection joint ear, and described engaging lug is provided with vertical axle, and the piston rod end of described B hydraulic piston is rotationally connected with axle by axle sleeve.
Pushing piston is fixedly connected on outside the rear wall of described loading hopper, the rear wall that the piston rod of described pushing piston runs through loading hopper extends in loading hopper, its end is also connected with push pedal vertical with it, described push pedal is also vertically connected with four axis of guides, the axis of guide outer end of described four runs through the rear wall of loading hopper respectively, and is connected to same flat board.
The present invention's advantage is compared with prior art:
One, worker stands promotes, rotates to fire door place on loading hopper, accessible around, is convenient to clearing furnace, guarantees working life and the aluminium liquid quality of smelting furnace;
Two, loading hopper moves up and down along lifting arm, and lifting arm is arranged at fire door on one side, by rotating, loading hopper being moved to fire door place, not taking the ground outside fire door, being convenient to cleaning.
Detailed description of the invention
Smelting furnace single-arm rotating feeding device as depicted in figs. 1 and 2, comprise loading hopper 1, pushing piston 11 is fixedly connected on outside the rear wall of described loading hopper 1, the rear wall that the piston rod of described pushing piston 11 runs through loading hopper 1 extends in loading hopper 1, its end is also connected with push pedal 10 vertical with it, described push pedal 10 is also vertically connected with four axis of guides 12, and the axis of guide 12 outer end of described four runs through the rear wall of loading hopper 1 respectively, and is connected to same flat board 16; The sidewall of described loading hopper 1 is connected to sliding sleeve 3 by cross bar 2, described sliding sleeve 3 is slidably connected to the outer wall of lifting arm 4, the cross section of described lifting arm 4 is square, the cross section of described sliding sleeve 3 is also square, the upper/lower terminal at 4 angles of described sliding sleeve 3 inwall is respectively equipped with directive wheel 13, and described directive wheel 13 is slidably connected to the angle of lifting arm 4 outer wall respectively; A hydraulic piston 6 is vertically fixedly connected with by bracket 9 at lifting arm 4 opposite side relative with loading hopper 1, described lifting arm 4 top is provided with and parallel support 7, the two ends of described support 7 are respectively to extension, the two ends of described support 7 are connected to A pulley 8 and B pulley 8 ', described A hydraulic piston 6 top is connected with steel wire rope 14, described steel wire rope 14 upwards from the opposite exterior lateral sides of A pulley 8 around to the opposite exterior lateral sides of B pulley 8 ', then is connected to cross bar 2 downwards; Described lifting arm 4 bottom is rotationally connected with ground, and described lifting arm 4 bottom is also provided with level connection joint ear 15, and described engaging lug 15 is provided with vertical axle, and the piston rod end that tail end is rotationally connected with the B hydraulic piston 5 on ground is rotationally connected with axle by axle sleeve.
Time reinforced, aluminium bits and wheel hub defect ware are put into loading hopper 1 by workman, loading hopper 1 is mentioned by steel wire rope 14 by A hydraulic piston 6, then B hydraulic piston 5 drives lifting arm 4 to rotate, the quarrel of loading hopper 1 is driven to move to outside the fire door of smelting furnace, oven door opening, pushing piston 11 drives push pedal 10 that aluminium bits and wheel hub defect ware are sent into burner hearth, and then fire door is closed, pushing piston 11, B hydraulic piston 5, A hydraulic piston 6 reset successively, re-start reinforced.