Substrate for soilless seedling of mustard
A technology for soilless seedling raising and plum vegetables, which is applied to fertilizer mixtures, fertilizing devices, applications, etc., can solve the problems of complicated nutrient solution preparation and high cost, and achieve the effects of being beneficial to seedling raising, low cost and strong disease resistance.
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Embodiment 1
[0018] Example 1 A substrate for soilless seedling cultivation of plum vegetables is formed by mixing the following raw materials in mass percentage: 30% vermiculite,
[0019] 60% of peat, 5% of decomposed plum vegetable leaf residue and 5% of tea leaves; 3% water by mass of the vegetable leaves, then covered with a plastic film, fermented for 50 days, then removed the plastic film, spread out, at room temperature, ventilated to make it dry naturally, then crushed, passed through a 5 mm sieve, and obtained; The tea leaves are brewed green tea leaves, which are obtained after natural drying.
Embodiment 2
[0020] Example 2 A substrate for soilless seedling cultivation of plum vegetables, which is formed by mixing the following raw materials in mass percentage: 50% of vermiculite, 30% of peat, 12% of decomposed plum vegetable leaf residues, and 8% of tea leaves. The method for decomposing plum vegetable leaf residues Method: at a room temperature of 25°C, pile up the leaf residues of plum vegetables and place them in piles, spray 1% of the mass of plum vegetable leaves with water, then cover with a plastic film, and ferment for 40 days, then remove the plastic film, spread out, Under the condition of room temperature, it is ventilated to make it dry naturally, then crushed, and passed through a 5 mm sieve to obtain the product; the tea leaves are brewed green tea leaves, which are obtained after natural drying.
Embodiment 3
[0021] Example 3 A substrate for soilless seedling cultivation of plum vegetables, which is formed by mixing the following raw materials in mass percentages: 20% of vermiculite, 58% of peat, 20% of decomposed plum vegetable leaf dregs and 2% of tea leaves; The decomposing method is as follows: at a room temperature of 26°C, pile up the plum vegetable leaf residues and place them in piles, and spray 5% of the plum vegetable leaf mass with water, then cover with a plastic film, and ferment for 30 days, then remove the plastic film and spread it out. open, at room temperature, ventilated to make it dry naturally, then crushed, and passed through a 5 mm sieve to obtain final product; the tea leaves are green tea leaves after brewing, obtained after natural drying.
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