Semi-automatic stripper for sago cycas tillering

Abstract

The invention relates to the field of agricultural machinery and specifically relates to a semi-automatic stripper for sago cycas tillering. The semi-automatic stripper comprises a chassis connecting device, a fixing device, a position-adjusting device and a stripping device, wherein the fixing device and the position-adjusting device are both mounted on the chassis connecting device; the stripping device is located on the position-adjusting device; the stripping device comprises a spiral driving rod, a stripping arm and a stripping head. The chassis connecting device and the fixing device are utilized to realize the automatic coordinate adjustment and automatic position fixing of the semi-automatic stripper for sago cycas tillering. The manual efficient stripping for sago cycas tillering can be realized by virtue of the position-adjusting device and the stripping device. Due to the design of the spiral driving rod, the operator can strip the sago cycas tillering at the distance away from the sago cycas stock plant and the operator can be effectively prevented from being hurt. According to the invention, the stripping efficiency of sago cycas tillering is increased, the safety is increased, the practicability is strong and the popularizing prospect is wide.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a semi-automatic cycad tiller stripper. Background technique [0002] Cycas is an evergreen woody plant of Cycadaceae, commonly known as cycads and phoenix bananas. Cycads are robust in nature, evergreen in four seasons, beautiful in plant shape, flexible in leaves, and relatively shade-tolerant. They are not only used for outdoor flower beds, but also for Indoor cultivation and ornamental. The northern region is mostly used for indoor cultivation and viewing, and has become the main species of indoor foliage plants in the northern region. The propagation of cycads is mainly by seed propagation and tiller propagation. Due to the biological characteristics of cycad itself, the growth is slow, and the plants of more than 10 years can bloom, and it is difficult to obtain seeds. Tiller propagation has become the main propagation method, and the survival rate is above 85%. Her...

AI Technical Summary

Problems solved by technology

[0007] In daily life, in the above step 4, some people choose to use a knife to cut the new tiller buds from the mother plant, while others choose to use their hands to break the new tiller buds from the mother plant. As a result, the operator is easily injured by the cycad blades during the process of cutting or breaking off the tillers, so there is an urgent need for a device for stripping cycad tillers that can prevent people from being injured.

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