A device for collecting and processing fallen leaves and digging and embedding them in pits

Abstract

The invention provides a fallen leaf collection treatment and digging pit embedding equipment, which sequentially includes a fallen leaf screening mechanism, a fallen leaf fermentation mechanism, and a pit digging and embedding mechanism according to the processing sequence of the fallen leaves; the fallen leaf screening mechanism includes a fallen leaf soil collection box, a screening plate and a support member The deciduous fermentation mechanism includes a fermentation tank and a stirring assembly; the digging and embedding mechanism includes a hand-held sleeve, an embedding pipe, a digging piece and a transmission limiter. The present invention integrates the functions of screening and separation of fallen leaves and soil, fermentation of fallen leaf fertilizer, and digging and embedding of fallen leaf fertilizer, which greatly improves the applicability of the present invention; the effects of screening, separation and stirring and heating are excellent, greatly improving the yield of fallen leaf fertilizer. Quality: The structure of the digging and embedding mechanism is novel and easy to operate. Only relying on hand-held pulling can realize the digging and embedding of fallen leaf fertilizer, which greatly improves the efficiency of digging and embedding.

Description

technical field [0001] The invention belongs to the field of garden auxiliary equipment, and in particular relates to a pit digging and embedding equipment for collecting and treating fallen leaves. Background technique [0002] Fallen leaf composting, like kitchen waste composting, is a very effective method for waste reduction and resource utilization. Fallen leaf composting is a fertilizer that uses microorganisms in nature to ferment fallen leaves and other organic matter. Gardens and parks are places with the most fallen leaves. When these fallen leaves are collected, it is inevitable that there will be some soil attached, and the screening of these soils is more troublesome. However, if mixed with fallen leaves for fermentation, not only will the fermentation speed be slowed down, but at the same time The fertilizer of fermented leaf compost will also be reduced to a certain extent. Therefore, in order to ensure the fertilizer efficiency of deciduous compost, it is ne...

AI Technical Summary

Problems solved by technology

Gardens and parks are the places with the most fallen leaves. When these fallen leaves are collected, it is inevitable that there will be some soil attached, and the screening of these soils is more troublesome. However, if mixed with fallen leaves for fermentation, not only will the fermentation speed be slowed down, but at the same time The fermented leaf compost fertilizer will also reduce to a certain extent

Therefore, in order to ensure the fertilizer efficiency of deciduous compost, it is necessary to remove the mixed soil and other mixtures as much as possible before fermentation, and most of them need to be manually removed at present, and the efficiency is low

[0003] After the fallen leaves are screened out, they need to be transferred to a fermenter for fermentation. The current fermenter is relatively common, and the fermentation efficiency and quality of the fallen leaves are low, and after the fermentation is completed, manual handling and fertilization are required, which is time-consuming and laborious.

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