Fruit stem locking double-plate separation type forest fruit harvesting device

Abstract

The invention relates to the field of forest fruit harvesting equipment, and discloses a fruit stem locking double-plate separation type forest fruit harvesting device which comprises a branch and fruit obstruction separation mechanism, a fruit stem locking mechanism and a handheld support driving rod. The branch and fruit obstruction separation mechanism is mounted on the top of the handheld support driving rod, and the fruit stem locking mechanism is mounted inside the branch and fruit obstruction separation mechanism. The fruit stem locking double-plate separation type forest fruit harvesting device has the advantages that a fixing plate assembly and a floating plate assembly of the branch and fruit obstruction separation mechanism are inserted into spaces between fruits and branches inclinging thin plate forms, fruit stems of the fruits can slide into V-shaped open grooves of the fixing plate assembly and the floating plate assembly and can be closed and locked in slots of the fixing plate assembly and the floating plate assembly by the fruit stem locking mechanism, the fruit stem locking reliability can be guaranteed by reverse dead point locations of mechanisms, the floatingplate assembly can downwardly move, the branches and the fruits can be separated and drawn away by the floating plate assembly and the fixing plate assembly in thin plate forms until joints of the fruit stems and the branches are snapped, and accordingly the fruits can be harvested by the fruit stem locking double-plate separation type forest fruit harvesting device.

Description

technical field [0001] The invention relates to a fruit harvesting device, in particular to a fruit stem locking double-plate separation type forest fruit harvesting device, which belongs to the technical field of forest fruit harvesting. Background technique [0002] At present, domestic apples, pears and other fruits are generally harvested by hand. The labor intensity of fruit farmers picking is high, and the position of the fruit on the tree is high or low, which brings difficulties to the picking work. The use of ladders is inefficient and dangerous. , and the use of equipment for picking is suitable for large-scale orchards, and it is not suitable to use electric equipment in mountain forests. Small and medium-sized fruit farmers cannot afford expensive harvesting equipment, which affects the annual fruit harvest. [0003] Most of the existing fruit harvesting devices are inflexible in operation, large in size, time-consuming and laborious, inefficient and easy to dama...

AI Technical Summary

Problems solved by technology

[0002] At present, domestic apples, pears and other fruits are generally harvested by hand. The labor intensity of fruit farmers picking is high, and the position of the fruit on the tree is high or low, which brings difficulties to the picking work. The use of ladders is inefficient and dangerous. , and the use of equipment for picking is suitable for large orchards, and it is not suitable to use electric equipment in mountain forests. Small and medium-sized fruit farmers cannot afford expensive harvesting equipment, which affects the annual fruit harvest

[0003] Most of the existing fruit harvesting devices are inflexible in operation, large in size, time-consuming and laborious, inefficient and easy to damage fruit stems, resulting in lower fruit quality. Auxiliary manual harvesting device

Images