An automatic mud loosening device imitating manual digging for horseshoe harvesting

Abstract

The invention discloses an automatic mud loosening device imitating manual excavation for horseshoe harvesting, which comprises a casing, a column, a movable plate, a No. 1 rotating rod, an upper mounting plate and a No. 2 rotating rod. There is a set of outriggers, and a loosening mechanism is arranged under the casing. The loosening mechanism includes a set of lower mounting plates and several groups of loosening rollers. The loosening rollers are fixed on the lower end surface of the lower mounting plate. The loosening rollers include rods, multi-layer Rubber sheath and sleeve, the multi-layer rubber sheath wraps the lower end of the rod body, and the sleeve is sleeved on the upper end of the rod body. An automatic mud loosening device for horseshoe harvesting imitating manual excavation of the present invention, through the synchronous rotation of the driving shaft and the driven shaft, the rolling guide wheel is driven to make a circular motion, so that the horizontal movable frame and the longitudinal movable frame are alternately stressed, driving the loosening The movement of the mud mechanism completes a rectangular reciprocating movement, which improves the automation of the device, is applicable to different working conditions, and brings better prospects for use.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to an automatic mud loosening device imitating manual digging for horseshoe harvesting. Background technique [0002] Existing excavation devices for loosening soil or broken soil are divided into two types. One is point-by-point continuous rotary cutting excavation device, which uses rolling mud claws. When the mud claws grab into the soil, they will be wrapped in The horseshoes in the soil are in frequent contact, which increases the chance of damage to the horseshoes. The second type is the high-pressure water gun excavation device, which uses the principle of water pressure. The impact of water pressure will cause the soil to drift, and clumps of soil will accumulate, resulting in insufficient loosening of the soil. Uniformity will affect the collection and filtration of the horseshoe in the next step, and the high-pressure water flow and the kinetic energy of the sediment ...

AI Technical Summary

Problems solved by technology

[0002] Existing excavation devices for loosening soil or broken soil are divided into two types. One is point-by-point continuous rotary cutting excavation device, which uses rolling mud claws. The frequent contact of the horseshoes in the soil increases the chance of damage to the horseshoes; the second type is the high-pressure water gun excavation device, which uses the principle of water pressure. The impact of water pressure will cause the soil to drift, and clumps of soil will accumulate, resulting in insufficient loosening of the soil. Uniformity will affect the collection and filtration of the horseshoe in the next step, and the high-pressure water flow and the kinetic energy of the sediment carried by the water will cause damage to the horseshoe, which will bring certain adverse effects during use. For the above disadvantages, we propose An automatic mud loosening device imitating manual digging for horseshoe harvesting

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