Multifunctional live keeping device for seedling transplantation, and application of multifunctional live keeping device for seedling transplantation

Abstract

The invention relates to a live keeping technology for seedling transplantation and in particular relates to application of a multifunctional device for seedling transplantation in a transplanting and live keeping technology. The multifunctional device comprises a chemical liquid guiding device and a non-woven bag main body, wherein a water inlet communicated with a water guide channel inside the non-woven bag main body is formed in the upper end of the bag main body, a liquid outlet is formed in the lower part of the chemical liquid guiding device, and the liquid outlet is communicated with the water guide channel at the inner side of the non-woven bag main body, and the chemical liquid guiding device is arranged at the upper end of the non-woven bag main body and is used for storing chemical liquid; the non-woven bag main body is made of a non-woven fabric material, the size of the non-woven bag can be adjusted according to the sizes of seedlings, and the non-woven bag is suitable for the seedlings with different specifications. According to the technology, the packaging material for the seedling transplantation and the labor cost can be saved, the nutrition loss of the seedlings due to damaged root parts in a transportation process can be reduced, the good water retention effect can be achieved, the essential nutrition for seedling growth can be provided, and the seedling transplantation survival rate can be increased.

Description

technical field [0001] The invention relates to a multifunctional survival device for transplanting seedlings, in particular to a medicine containing rooting powder, a water-conducting and air-permeable non-woven bag, an electromagnetic liquid valve and a throat clamp. Background technique [0002] As one of the important measures to protect the living environment of human beings, landscaping plays an important role in daily life. With the improvement of people's attention to the environment and the improvement of the requirements for greening effects, in order to meet the needs of improving the ecological environment and urban beautification effects, the use of transplanted seedlings in greening landscapes has become a common phenomenon. How to simplify the manual operation in the transplanting process and how to improve the survival rate of seedling transplanting has always been a problem that plagues the landscaping industry. [0003] The commonly used technology in gree...

AI Technical Summary

Problems solved by technology

[0005] First, the traditional transplanting method simply digs the seedlings out of the soil, leaving a limited amount of soil, and needs to cut off a large number of seedling roots. This method is easy to cause physiological damage to the seedling root system, resulting in a decline in the survival rate of the seedlings after transplantation

[0006] Second, in the traditional transplanting method, the amount of soil is irregular, the arrangement is not neat during the shipment process, and it is easy to squeeze and damage the stems and leaves of the seedlings, which not only affects the survival rate of the seedlings transplanted, but also has a significant effect on the colonization landscape after transplantation. Impact

[0007] Third, the traditional transplanting method uses straw ropes. If the grass ropes are not removed and the soil is directly cultivated during planting, the heat and harmful gases generated by the straw ropes will have a great impact on the root system of the transplanted seedlings and the surrounding soil environment. Affect the survival rate of seedlings, and easily cause damage to the surrounding soil environment

[0008] Fourth, the traditional transplanting method, the straw rope binding met...

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