A pollination device for fruit tree plantation

Abstract

A pollination device for fruit tree plantation is disclosed. The device includes a pollen cavity, a shell and a pollination disk. The pollen cavity is fixedly mounted inside the shell. A discharging end of the pollen cavity is connected to an exhaust fan through a discharging pipe. The exhaust fan is disposed in the shell. A rotating slot corresponding to an end of the discharging pipe is disposedinside the pollen cavity, and an abrasive disk is rotatably mounted through the rotating slot. The external wall of the shell is provided with a pollen spraying pipe corresponding to the dischargingend of the exhaust fan. The feeding end of the pollen spraying pipe is connected to and communicated with the discharging end of the exhaust fan. The discharging end of the pollination disk is fixedlyconnected to the tail end of the pollen spraying pipe through a cardan shaft. A centralized pollen discharging port is disposed in the pollination disk and corresponding to the tail end of the pollenspraying pipe, and the is disposed at the center of the pollination device and corresponding to the periphery of the pollen spraying pipe. The device is convenient to operate and use, effectively reduces working intensity of fruit tree pollination, and increases the fruit tree pollination efficiency and the success rate of fruit tree pollination.

Description

technical field [0001] The invention relates to the technical field of fruit tree planting, in particular to a pollination device for fruit tree planting. Background technique [0002] Pollination is an important part of fruit tree planting. It is necessary to point the male pollen on the pistil of the flower to ensure the fruit setting rate of the fruit tree. The existing mechanical pollination cannot guarantee the pollen point on the pistil, which affects the fruit setting rate of the fruit tree. Moreover, when the pollinator transmits pollination, the silt is easy to stick together, causing the outlet to be blocked and affecting the use efficiency. However, the workload of manual pollination is large, which not only increases the labor intensity of workers, consumes man-hours, but also has low efficiency and poor timeliness, which is easy to cause The loss of pollen activity causes the loss of economic benefits. Contents of the invention [0003] The purpose of the pre...

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Problems solved by technology

[0002] Pollination is an important part of fruit tree planting. It is necessary to point the male pollen on the pistil of the flower to ensure the fruit setting rate of the fruit tree. The existing mechanical pollination cannot guarantee the pollen point on the pistil, which affects the fruit setting rate of the fruit tree. Moreover, when the pollinator transmits pollination, the silt is easy to stick together, causing the outlet to be blocked and affecting the use efficiency. However, the workload of manual pollination is large, which not only increases the labor intensity of workers, consumes man-hours, but also has low efficiency and poor timeliness, which is easy to cause Loss of pollen activity, resulting in loss of economic benefits

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