Subsoiler vibrating in staggering way

Abstract

The invention relates to a subsoiler vibrating in staggering way, which comprises a frame, a subsoiling drive device, a subsoiling vibration device and a depth adjusting device. The subsoiler is characterized in that the subsoiling drive device comprises a gear case; an input shaft extends from the front wall of the gear case; two ends of an output shaft extends from two lateral walls of the gear case; two ends of the output shaft are both provided with an eccentric shaft through a disk; two eccentric shafts are symmetrical at 180 degrees; each eccentric shaft is connected with a vertical connection arm; the vertical connection arm is connected with a transmission shaft through a horizontal connection arm; each transmission shaft is connected to the frame through a bearing; the subsoiling drive device comprises two parts; each part comprises a front vibrating beam, a rear vibrating beam and at least three connection plates; each inner side connection plate and a middle connection plate are fixedly connected to the transmission shaft at the corresponding side; the front vibrating beam near the middle connection plate is fixedly connected with a front subsoiling shovel, and the rear fixing beam near the outer side connection plate is fixedly connected to a rear subsoiling shovel. The subsoiler can be widely applied to various soil subsoiling operations.

Description

technical field [0001] The invention relates to a soil tillage equipment, in particular to a subsoiler which can vibrate forwardly, backwardly, upwardly and downwardly. Background technique [0002] There are a lot of machinery used for farming in the society, most of which have a shallow depth of cultivation, especially after years of repeated cultivation, the soil has a hard plow bottom layer, which prevents crops from fully absorbing water and fertilizer resources, resulting in slow growth of crops and poor harvested fruits. Not full and less productive. In the subsoiling technology produced for this reason, most subsoilers need to provide a large power source due to the deep cultivation depth, which is inconsistent with China's current national conditions where medium-sized tractors account for the majority, thus seriously restricting the development of subsoiling technology . [0003] Using vibration subsoiling technology is a good solution to the above problems. The ...

AI Technical Summary

Problems solved by technology

Most of the deep loosening shovels of the subsoiling machine are arranged in a row, the whole machine is not compact enough, and the power consumption is also large, especially when the vibration of the subsoiling shovel is completed during the subsoiling process, the vibration of the machine itself is too large, and the noise and vibration make the operation difficult. The environment is extremely harsh, seriously affecting the operation of the manipulator

In the actual operation of the vibratory subsoiler, the four subsoilers vibrate in the same direction at the same time, causing the resistance to change sharply during the process of squeezing the soil. The resistance seriously affects the progress of the work

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