Soil drilling mechanism for vegetable and fruit planting

Abstract

The invention discloses a soil drilling mechanism for vegetable and fruit planting, which comprises a drilling cylinder, wherein a built-in groove, a foot pedal and fixing columns are formed in the drilling cylinder, the built-in groove is positioned in the drilling cylinder and is communicated with the outer surface of the right end of the drilling cylinder, the foot pedal is connected with the edge of the left end of the drilling cylinder through welding, the fixing columns are connected with the upper part and the lower part of the left end of the drilling cylinder through rivets, pulleys are arranged inside the built-in groove, the pulleys are connected with a movable disc through supporting rods, a connecting column is arranged on the movable disc, and fixing holes are formed in the connecting column and the fixing columns; and extension pipes are arranged on the fixing columns, a hollow column is arranged on the connecting column, fixing bolts and a fixing plate are arranged on the hollow column and the extension pipes, and the fixing bolts are connected with the right sides of the hollow column and the extension pipes through threads. The adjustment of the drilling mechanismis realized, the use range of the drilling mechanism is increased, and the flexibility in the use process of the drilling mechanism is improved.

Description

technical field [0001] The invention relates to the technical field of punching mechanisms, in particular to a soil punching mechanism for vegetable and fruit planting. Background technique [0002] When the vegetable is covered with plastic film or cultivated with a soilless matrix bag, planting holes of a certain size should be punched on the plastic film or the matrix bag according to the needs, so that the seedlings in the nutrient pot can be planted. The traditional method is to plan directly on the mulch or matrix bag. This method is not conducive to controlling the size of the opening, nor can it control the depth of the hole. The uniformity of the planed holes is poor, which is not conducive to vegetable planting and survival. The soil or matrix cannot be effectively collected and utilized, and it will also cause damage to the mulch or matrix coating. [0003] At present, the existing soil punching mechanism for vegetable and fruit planting still has some deficienci...

AI Technical Summary

Problems solved by technology

The traditional method is to plan directly on the mulch or matrix bag. This method is not conducive to controlling the size of the opening, nor can it control the depth of the hole. The uniformity of the planed holes is poor, which is not conducive to vegetable planting and survival. The soil or matrix cannot be effectively collected and utilized, and it will also cause damage to the mulch or matrix coating

[0003] At present, the existing soil punching mechanism for vegetable and fruit planting still has some deficiencies, for example; the existing soil punching mechanism for vegetable and fruit planting cannot adjust the punching mechanism, which reduces the The scope of use reduces the flexibility of the punching mechanism during use, and the existing soil punching mechanism for vegetable and fruit planting cannot automatically push out the soil inside the punching cylinder, which increases the operator's difficulty in using the punching mechanism. The labor intensity reduces the convenience of the punching mechanism

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