The stocker that is used for the stock ground windrow
Technical field
The utility model relates to windrow field, stock ground, relates in particular to a kind of stocker that is used for the stock ground windrow, and this stocker is specially adapted to middle-size and small-size stock ground.
Background technology
The general windrow in stock ground all adopts belt conveyer and stacker-reclaimer to fit into windrow and gets material, but costing an arm and a leg of stacker-reclaimer, only be suitable for than relatively large stock ground, stacker-reclaimer is not generally gone up in middle-size and small-size stock ground, and the method windrow that adopts traditional automobile to have bad luck, the method efficient is low, and is incompatible for present High-efficient Production.
Summary of the invention
For solving middle-size and small-size stock ground owing to the low problem of production efficiency of using the high method windrow that adopts automobile to have bad luck of stacker-reclaimer cost to cause, the utility model provides a kind of stocker that is used for the stock ground windrow, its objective is and reduce middle-size and small-size stock ground heap cost of investment height, and improve windrow efficient, with the reasonable disposition resource.
The technical scheme that its technical matters that solves the utility model adopts is:
Stocker is characterized in that: have frame, frame one side has an inclination belt from the bottom to the top, inclination belt closure be around in the cylinder of common conveyer and respectively axle be located on the cylinder of frame top and bottom; The frame top also is installed with funnel, and wherein the top cylinder is between inclination belt top and funnel; Be installed with first reversible belt lace machine on the frame and under being positioned at funnel, it is identical with the direction of tilt of inclination belt that the belt conveyor of this belt feeder is provided with direction; In first reversible belt lace machine one side and be positioned at frame and be installed with funnel away from an end of inclination belt, this funnel below is provided with belt conveyor; First reversible belt lace machine opposite side below vertically is provided with second reversible belt lace machine, and the direction of this second reversible belt lace machine upper conveyor belt setting is perpendicular with the direction that first reversible belt lace machine belt conveyor is provided with; Frame bottom axle is provided with several road wheels, road wheel that direction is set is identical with the direction of tilt of inclination belt, road wheel links to each other with actuating device, the road wheel track fixes on the ground.
Frame also includes the inclination jib that is positioned at inclination belt below, and the inclination jib is provided with several carrying rollers, and the inclination belt is laid on the carrying roller.
The bottom of described inclination jib is provided with pinch roller, and the inclination belt passes the pinch roller below.
The beneficial effects of the utility model: after the material on the common belt conveyor promoted certain altitude by the stocker main stand, by cylinder and funnel with the material discharging on the first reversible belt lace machine, this reversible belt lace machine when a direction operation with on the belt conveyor of mass transport to the common belt conveyor; During inverted running, on the reversible belt lace machine of mass transport to the second,, material piled equably be discharged on the whole stock ground by the positive and negative operation of this reversible belt lace machine.This stocker cost is low, and the level of mechanization height relatively is fit to the less middle-size and small-size stock ground of investment.
Description of drawings
Fig. 1 is the utility model structural representation;
Fig. 2 is a lateral plan of the present utility model.
The specific embodiment
Below in conjunction with drawings and Examples the utility model is further specified.
Stocker as shown in Figure 1 has frame 4, and frame 4 one sides have an inclination belt 3 from the bottom to the top, inclination belt 3 closures be around in the cylinder (not shown) of common conveyer and respectively axle be located on the cylinder 7,5 of frame 4 tops and bottom.Frame 4 tops also are installed with funnel 8, and wherein top cylinder 7 is between inclination belt 3 tops and funnel 8.Be installed with first reversible belt lace machine 9 on the frame 4 and under being positioned at funnel 8, it is identical with the direction of tilt of inclination belt 3 that the belt conveyor of this belt feeder 9 is provided with direction.In first reversible belt lace machine 9 one sides and be positioned at frame 4 and be installed with funnel 10 away from an end of inclination belt 3, these funnel 10 belows are provided with belt conveyor 15.First reversible belt lace machine 9 opposite sides below vertically is provided with second reversible belt lace machine 6, and the direction of this second reversible belt lace machine 6 upper conveyor belts setting is perpendicular with the direction that first reversible belt lace machine 9 belt conveyor are provided with.Frame 4 bottom axles are provided with several road wheels 2, road wheel 2 that direction is set is identical with the direction of tilt of inclination belt 3, road wheel 2 links to each other with actuating device 11, road wheel track 12 fixes on the ground.
Above-mentioned first reversible belt lace machine 9 includes support, and the support two ends are respectively equipped with drive wheel and runner, and drive wheel and runner are connected together by belt conveyor, and drive wheel links to each other with the drive motor axle.
As shown in Figure 2, above-mentioned second reversible belt lace machine 6 includes support 64, support 64 two ends are respectively equipped with drive wheel 61 and stern barrel 66, be arranged with several upper supporting rollers 62 and snub pulley 65 on the support 64, by belt conveyor 63 drive wheel 61, stern barrel 66 and upper supporting roller 62, snub pulley 65 are connected with each other, drive wheel 61 links to each other with the drive motor axle.
Frame 4 in the present embodiment also includes the inclination jib 13 that is positioned at inclination belt 3 belows, and inclination jib 13 is provided with several carrying rollers 14, and inclination belt 3 is laid on the carrying roller 14.For guaranteeing the normal transmission of inclination belt 3, the bottom of described inclination jib 13 also is provided with pinch roller 1, and inclination belt 3 passes pinch roller 1 below.
As shown in Figure 2, the utility model is erected at the top of common belt conveyor 100, wherein common belt conveyor 100 is arranged on the space of certain altitude by forms such as columns, so that the stock ground windrow has the certain height space.The default walking track 12 in the both sides of common belt conveyor is used for the discharging of walking of aircraft stocker on track 12.Some groups of road wheels 2 are arranged under stocker, and actuating device 11 links to each other with road wheel 2, to drive the stocker windrow of walking on the walking track 12 of belt conveyer 100 both sides.As shown in fig. 1, the belt conveyor 3 of common belt conveyor is passed pinch roller 1 below respectively on the cylinder 5 of the cylinder 7 on frame 4 tops and bottom.By belt conveyor 3, stocker promotes certain altitude with the material on the common belt conveyor 100, by funnel 8 with the material discharging on reversible belt lace machine 9.When reversible belt lace machine 9 moves left, material is drawn on the belt conveyor 15 that falls to being back to common belt conveyor by funnel 10.When reversible belt lace machine 9 moves to the right, with mass transport to the belt conveyor 63 of reversible belt lace machine 6.Material is cooperating stocker moving around on track 12 by the positive and negative operation of reversible belt lace machine 6, material can be deposited in the whole stock ground equably.