Suspended turf transplanting machine

Abstract

The invention relates to a suspended turf transplanting machine. The suspended turf transplanting machine comprises a fixing frame, the fixing frame is provided with a turf transplanter, the turf transplanter comprises a connecting rod, a control arm, a running mechanism and knife rests, the front end of the connecting rod is rotatably connected with the fixing frame, the rear end of the connecting rod extends laterally towards two sides to form a hollow first connecting portion, the first connecting portion is connected with the running mechanism for driving the turf transplanter to move, thefront end of the control arm is rotatably connected with the fixing frame, the rear end of the control arm is divided into two symmetrical second connecting portions, the two second connecting portions are respectively provided with the knife rests, every knife rest generally has a sector-shaped shape, a cutting member is clamped between the two knife rests, the cutting member and knife plats areconnected by connecting pieces, a driving mechanism is arranged between the fixing frame and the turf transplanter, and the turf transplanter can be lowered and lifted relative to the fixing frame under the driving of the driving mechanism. The suspended turf transplanting machine can effectively speed up the turf pulling process and improve the greening grass transplanting efficiency.

Description

technical field [0001] The invention relates to the field of turf transplantation and greening, in particular to a suspended turf transplanter. Background technique [0002] For the areas where vegetation is difficult to grow, in order to protect the vegetation, the method of segmented construction and vegetation transplantation will be adopted during construction, that is, each section of railway is divided into several construction sections, and after the borrow pit and subgrade turf of this section are shoveled, Timely transplant to the subgrade slope and borrow site surface that has been constructed in advance, so as to minimize the loss of surface vegetation. [0003] Sod transplantation is one of the methods with the fastest results and the lowest cost. At present, there are small-scale transplanting equipment for turf transplantation, but turf transplantation has high requirements for ambient temperature and transplantation time. drier, the survival rate decreases, a...

AI Technical Summary

Problems solved by technology

[0003] Sod transplantation is one of the methods with the fastest results and the lowest cost. At present, there are small-scale transplanting equipment for turf transplantation, but turf transplantation has high requirements for ambient temperature and transplantation time. drier, the survival rate decreases, and the amount of turf required by greening projects is generally large and the time is urgent, and more personnel are required to prepare to supply the demand. The existing turf transplantation equipment is mostly large-scale complete machine equipment with its own power mechanism or automatic Hand-held equipment with a power mechanism occupies a large space, and the manufacturing cost and maintenance cost are high; the cutter is mostly a flat blade specification. During the cutting process, the force on the middle of the cutter is greater than that on both sides, so there is a turf in the middle that has been shoveled. The turf on both sides is still connected to the ground, resulting in unsatisfactory cutting effect. During the drafting process, the turf will fluctuate in a small range, and the cutter will not fit properly, making it difficult to cut and roll, and even affect the growth of the turf after transplanting. Secondly, after drafting, it is necessary to manually wind up the quilt, which increases the difficulty of the operation. Most of the existing cutters and equipment are connected by bolts. During the operation of the equipment, the equipment itself will vibrate, and the vibration will cause the bolt connection. Looseness, the looseness of the connection will reduce the safety of the equipment, and the bolt connection method is used. The bolts are prone to slippage after long-term use, and the bolts need to be replaced continuously, which not only increases the cost, but also affects work efficiency.

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