Grape trellis construction device for grape planting

Abstract

The invention discloses a grape trellis construction device for grape planting. There are planting slopes and picking passages dug inside the greenhouse, which are divided into a first elevation and a second elevation. There are three picking passages inside each greenhouse. , and is divided into the first passage, the second passage and the third passage. Several double cross columns are arranged side by side in the middle of the area of ​​the first uplift and the second uplift. One end of the wooden beam is fixed on the top of the fixed double cross column in the middle of the first uphill area; the present invention mixes the growth nutrient solution of grape plants at the water inlet port of the transport ground waterway and the crossbeam waterway, and can accompany the drip irrigation of the ground waterway The infiltration achieves the purpose of fertilizing the grape plants, and it can also flow out from the crossbeam water channel through the connecting pipe, and the leaves and vines of the grape plants can be sprayed by the humidification sprinkler to eliminate insects, thereby reducing the manual fertilization or insect removal of grape managers Work.

Description

technical field [0001] The invention belongs to the technical field of ecological agricultural production, and in particular relates to a grape trellis construction device for grape planting, more specifically a grape trellis construction device for grape plantation and a method for using the same. Background technique [0002] At present, the more common type of viticulture is the double-cross bird rack, while the conventional double-cross bird rack only makes the open-air frame at the place where the grape plants are planted. Later, the grape vines will climb by themselves or artificially assisted to climb and extend. Picking is done manually. However, the above-mentioned viticulture construction device is too simple and has the following multiple defects: one, the plants cannot be planted within the standard distance range, causing the cross-flying bird racks near each plant to not be designed for the growth of grape vines, but the individuality is Each grape plant is cl...

AI Technical Summary

Problems solved by technology

However, the above-mentioned viticulture construction device is too simple and has the following multiple defects: one, the plants cannot be planted within the standard distance range, causing the cross-flying bird racks near each plant to not be designed for the growth of grape vines, but the individuality is Each grape plant is climbed, so that the grape trellises in the whole area are chaotic and the functional areas are unclear, which causes inconvenience in the later picking and mid-term management; Easy to lack water, causing grape leaves to wither, photosynthesis to decrease, and glucose production content to be affected, resulting in a decline in the taste of grape fruit; 3, excessive watering or rainy days to manage grape plants, or picking grapes in rainy days will be due to planting uphill and picking The functional division of the channel is not clear, causing the soil to splash around the slope; Fourth, the traditional grape planting device that does not use greenhouses will cause the water to evaporate too quickly, the soil will be short of water, and the temperature will be too high to wither, resulting in an increase in the frequency of artificial watering and manpower. Increased investment; 5. In traditional agricultural planting, neither the grape device built in a greenhouse nor the grape device built in a greenhouse has been able to explore the mid-growth pest control process of grape plants, and generally uses manual spraying alone, which increases labor costs.

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