Planted plant pollination gun for intelligent agricultural greenhouse planting

Abstract

The invention discloses a planted plant pollination gun for intelligent agricultural greenhouse planting, and particularly relates to the field of intelligent agriculture. The planted plant pollination gun comprises a power gun body and a pollen collection mechanism, wherein a Tesla pressure increasing valve pipe is fixedly mounted at one end of the power gun body, a mixing ball cabin is fixedly connected to the other end of the Tesla pressure increasing valve pipe, a jet pollination pipe is fixedly connected to the other side of the mixing ball cabin, a corrugated collection pipe is clamped to the bottom end of a siphon flow guide base, and a turbofan driving assembly and an ultrasonic atomization plate are mounted in the power gun body. According to the scheme, the plant pollination gun is provided with the pollen collection mechanism and the jet pollination pipe, the pollen collection mechanism is used for picking pollen, directional airflow siphoning in the mixing ball cabin and the jet pollination pipe drives the pollen picked by the pollen collection mechanism to perform directional pollination through the jet pollination pipe, the problem of low pollen pollination rate caused by pollen dispersion is avoided, so that pollination is more concentrated at pistils of female flowers, and the practicability of the pollination device is improved.

Description

technical field [0001] The present invention relates to the technical field of intelligent agriculture, and more specifically, the present invention is a plant pollination gun for planting plants in intelligent agricultural greenhouses. Background technique [0002] Pollination is an indispensable part of plant sexual reproduction. It has two methods: self-pollination and cross-pollination. Plants must be hermaphroditic flowers, but plants with hermaphroditic flowers do not necessarily perform self-pollination, more cross-pollination, soybeans, peas, sesame, etc. are all self-pollination, cross-pollination: the pollen of a flower to another flower on the same plant. In greenhouse cultivation, it can provide a good growth environment for crops. Since the greenhouse is basically a closed or semi-closed environment, various growth conditions inside it need to be artificially manufactured. In traditional greenhouses, sunlight and water are relatively easy to solve. Yes, but du...

AI Technical Summary

Problems solved by technology

In greenhouse cultivation, it can provide a good growth environment for crops. Since the greenhouse is basically a closed or semi-closed environment, various growth conditions inside it need to be artificially manufactured. In traditional greenhouses, sunlight and water are relatively easy to solve. Yes, but due to the lack of fluidity of the air in the greenhouse, the pollination between plants has become a big problem. If insects are used, due to the high temperature in the greenhouse, the activity of insects is poor, so manual and external equipment are needed. pollination

[0003] At present, there is a track-type automatic pollination machine, which is equipped with a tramway device, an oil pressure propulsion system and a numerical control instrument, to realize the automation of the pollination process of greenhouse facilities, such as patent application CN201320558641, but its rail structure can only be carried out regularly. Carry out automatic pollination in fruit trees. Although fruit trees planted on a large scale can now be planted regularly, this method has certain limitations and cannot carry out directional pollination. Smart is suitable for large-scale planting. In addition, there are also unmanned Automatic pollination machine, such as patent application CN201711335481, which can overcome the defects of the track type, although it has flexibility, it cannot perform directional pollination to the flowers of fruit trees, and the pollen is easy to disperse, resulting in low pollination effect, and pollination cannot be guaranteed The accuracy of the results, at the same time, can not ensure the long-term pollination operation of the UAV, and it needs to fly back and forth to recharge and replenish pollen

[0004] In addition, existing pollination devices generally use airflow movement for directional pollination, that is, pollen guidance and pollination are carried out through blower or fan structures. There is still a wind direction blown away by the airflow behind the female flower, resulting in a large number of pollen pollination failures, the success rate is low, and there are certain defects

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