Transplanter boat deck assembly

Abstract

A transplanter boat deck assembly comprises a boat deck body and a tie ridger body on the bottom of the boat deck body, and is characterized in that the boat deck body and the tie ridger body are cavities provided with a lightweight water resisting material filler. The invention can effectively prevent adhesion of mud on the boat deck assembly during marching and turning and bury of inserted seedlings at two sides of the boat deck by the mud, in order to increase a survival rate of seedling and enhance transplanting quality. The transplanter boat deck assembly has a small friction surface with the paddy field and small resistance during working, so as to increase marching speed and transplanting efficiency; besides the transplanter boat deck assembly is wear resistant, corrosion resistant and with high strength, even the boat deck body and the tie ridger body are worn through, the foaming material can prevent the mud from entering the cavity to prolong a service life; and post assembling time and labor force are reduced; therefore the invention has substantial advantage.

Description

technical field [0001] The invention relates to a rice transplanter component, in particular to a rice transplanter boat plate assembly. Background technique [0002] At present, the rice transplanter has been the most common agricultural machinery for rice transplanting operations. The tail end of the rice transplanter is generally equipped with a ship plate to carry the seedling box and the operator. In such a high load-bearing situation, the rice transplanter needs to use a high-strength ship plate, and the glass fiber reinforced plastic ship plate is currently the most widely used ship plate. . [0003] The FRP ship plate includes a flat plate made of FRP, on which bolts, rivets, etc. are used to fix and install components such as reinforcing tubes, rectangular tubes, handles, and stern drag plates. These components cooperate to complete the load-bearing work. The traditional ship plate The structure mainly has the following defects: 1. It is easy to drag the silt: the...

AI Technical Summary

Problems solved by technology

[0003] The FRP ship plate includes a flat plate made of FRP, on which bolts, rivets, etc. are used to fix and install components such as reinforcing tubes, rectangular tubes, handles, and stern drag plates. These components cooperate to complete the load-bearing work. The traditional ship plate The structure mainly has the following defects: 1. It is easy to drag the silt: the fiberglass ship plate is a flat plate made of glass steel, which has a large weight, a small volume, and little buoyancy. The boat plank will drag up the silt in the paddy field when traveling, and this problem is especially serious when turning. The silt will not only increase the resistance of the rice transplanter when walking, but also bury the seedlings already planted on both sides of the ship plank, reducing the 2. High resistance and slow speed: due to the excessive mud resistance when the rice transplanter is walking, the rice transplanter equipped with glass fiber reinforced plastic ship boards travels very slowly, generally 0.4m / s~0.6 m / s, which makes the transplanting efficiency very low, which not only increases the labor intensity of the staff, but also increases the planting cost; 3. Short service life: because the ship plate is made of glass fiber reinforced plastic, it has poor wear resistance and is easily damaged Worn out, and the parts on it are assembled with bolts and rivets, which are easy to loose and affect the overall service life; 4. The assembly is cumbersome: because the fiberglass ship plate needs to be assembled with bolts and rivets, etc. And other parts, the process is cumbersome, time-consuming and labor-intensive

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