Dibbling seeder

Abstract

The embodiment of the invention provides a dibbling seeder which comprises a bracket, a seed groove, a dibbling rod, a handle, a soil push plate and an actuating mechanism, wherein one end of the dibbling rod is connected with the seed groove, and the other end of the dibbling rod is connected with the soil push plate; the actuating mechanism comprises a shifting lever, an actuating component and an elastic component; the shifting lever is rotatably arranged on the bracket; the actuating component is arranged on the dibbling rod and matched with the shifting lever; the elastic component is arranged between the soil push plate and the bracket; the actuating component is driven by the shifting lever, the dibbling rod is pushed to move to the direction of the soil push plate, and the soil is pushed by the soil push plate, so that a seed containing space is formed; the elastic component is used for driving the soil push plate, so that the soil push plate resets and closes a through hole; therefore, force is applied to the soil through the bracket. The dibbling rod provides a dibbling channel and applies force to the soil push plate. The dibbling seeder is simple in structure and convenient to use, and the problem in the prior art that a dibbling tube needs to apply force to the soil is solved.

Description

technical field [0001] The invention relates to an agricultural appliance, in particular to a seed spotter. Background technique [0002] In agricultural production, spot planting or fertilization is often required. In many areas where machinery cannot be used, manual planting or fertilization is required. Many manual planting devices have been developed to improve efficiency and reduce labor intensity. , some seed spotters have been invented, usually these spotters usually have a little tube and a pair of semi-conical heads with at least one movable piece at the end of the spot tube for inserting into the soil. To form a valve, so that the seeds stay in the spotting device or enter the soil, but when this kind of opening and closing structure is adopted, the spotting tube acts as the connection structure of the cone head and the force application part to the soil at the same time, and it needs to be installed outside the spotting tube The connecting parts cause the end ope...

AI Technical Summary

Problems solved by technology

[0002] In agricultural production, spot planting or fertilization is often required. In many areas where machinery cannot be used, manual planting or fertilization is required. Many manual planting devices have been developed to improve efficiency and reduce labor intensity. , some seed spotters have been invented, usually these spotters usually have a little tube and a pair of semi-conical heads with at least one movable piece at the end of the spot tube for inserting into the soil. To form a valve, so that the seeds stay in the spotting device or enter the soil, but when this kind of opening and closing structure is adopted, the spotting tube acts as the connection structure of the cone head and the force application part to the soil at the same time, and it needs to be installed outside the spotting tube The connecting parts cause this kind of end opening and closing structure to be easily damaged, and cause resistance to be formed during the process of inserting into the soil, which is very inconvenient to use

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