Manual dibbling apparatus

Abstract

The invention provides a manual dibbling apparatus. The manual dibbling apparatus comprises a cavity, a dibbling rod, a handle and an actuating mechanism, wherein the dibbling rod comprises a dozing rod and a fixing rod, the cavity and the handle are arranged on the fixing rod, the actuating mechanism comprises an elastic element connected between the dozing rod and the fixing rod, a trigger rotatably arranged on the fixing rod, and actuating elements arranged on the dozing rod and the fixing rod and matched with each other, the fixing rod is internally provided with a containing groove, the dozing rod is contained in the containing groove of the fixing rod, the trigger is used for driving the actuating elements, so as to push the dozing rod to move relative to the fixing rod and enable a channel communicated with the cavity to be formed between the dozing rod and the fixing rod, and the elastic element is used for driving the dozing rod, so as to enable the dozing rod to reset and close the channel. With the adoption of the manual dibbling apparatus provided by the invention, soil can not enter the dibbling rod during a seeding or fertilizing process, and the manual dibbling apparatus is simple in structure and convenient to operate.

Description

technical field [0001] The invention relates to an agricultural appliance, in particular to a manual 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. , but these existing manual planting devices still have the following problems: [0003] 1. Complex structure and inconvenient operation; [0004] 2. The existing seed spotter usually has a little seed tube and a pair of semi-conical heads with at least one movable piece for inserting into the soil. The movable piece is used to form a valve so that the seeds stay in the spotter or enter the soil. However, when this kind of opening and closing structure is adopted, the process of stopping planting in the soil is completed in the soil, and this kind of end opening and ...

AI Technical Summary

Problems solved by technology

[0003] 1. Complex structure and inconvenient operation;

[0004] 2. The existing seed spotter usually has a little seed tube and a pair of semi-conical heads with at least one movable piece for inserting into the soil. The movable piece is used to form a valve so that the seeds stay in the spotter or enter the soil. However, when this kind of opening and closing structure is adopted, the process of stopping planting in the soil is completed in the soil, and this kind of end opening and closing structure often clamps or carries the soil, so that after several times of use, the end is poorly closed, or There is soil accumulated in the planting tube, which makes the seeds unable to pass through the planting tube smoothly, which is very inconvenient to use

Images