Smashing type garbage classification box for environment design and smashing classification method thereof

Abstract

The invention relates to a smashing type garbage classification box for environment design and a smashing classification method of the smashing type garbage classification box. At least one garbage classification barrel mounting groove is formed in the side face of a box body, a garbage classification barrel is movably mounted in the garbage classification barrel mounting groove, a limiting corresponding groove is formed in the direction, facing the center of a spiral discharging pipe, of the top of the garbage classification barrel, the inner side face of the limiting corresponding groove communicates with the inner part of the garbage classification barrel through a crushed garbage feeding opening, a discharging buffering baffle plate is arranged in the middle of the garbage classification barrel, a movable door is arranged on the side surface of the garbage classification barrel below the discharging buffering baffle plate, and a taking-out inner barrel is movably mounted in the garbage classification barrel on the inner side of the movable door. According to the smashing type garbage classification box for environment design and the smashing classification method of the smashing type garbage classification box, automatic classification treatment is achieved on the premise that the recycling space is saved, and the fact that correspondingly treating classified garbage is carried out on a construction site according to the characteristics of different garbage is realized.

Description

technical field [0001] The invention relates to the field of environmental design, in particular to a pulverized garbage sorting box for environmental design and a pulverizing and sorting method thereof. Background technique [0002] Environmental design belongs to the category of design in the discipline of art. It refers to the practical art of integrating and creating the objective environment of one or some subjects by means of design. It is a new category of design that covers a wide range of disciplines, including architecture, urban planning, ergonomics, environmental psychology, design aesthetics, sociology, literature, history, archaeology, religion, environmental ecology, Environmental Behavior and other disciplines. It mainly consists of: architectural design, interior design, public art design, landscape design, etc. Environmental design artistically handles the space interface through certain means of organization and enclosure, using natural light, artificia...

AI Technical Summary

Problems solved by technology

When the construction workers deal with the above operations, they will produce some garbage. Most of the garbage is the stems and leaves of the trimmed and cut plants. The traditional treatment method of these garbage is to directly fill them into the trash can or directly scatter them on the planting surface , this traditional treatment method has certain disadvantages, specifically as follows: First, the traditional method of directly filling the garbage of the stems and leaves of these plants is used to deal with the garbage of these plant stems and leaves, because the garbage of the stems and leaves is irregular or long Once filled into the trash can, due to the structural characteristics of the stem and leaf garbage, it is easy to cause the trash can to be covered with the entire vertical space of the stem and leaf garbage, and when the garbage is filled in, the garbage will not easily fall It reaches the bottom of the trash can, and even protrudes from the opening of the trash can, which is not conducive to the later sorting and recycling operations. These stem and leaf garbage take up too much space and are messy, causing great trouble to the garbage collectors. , and after recycling, special cutting and cutting operations are required, which increases the labor intensity of recycling personnel; secondly, the method of directly scattering at the original processing location will cause the overall design effect to be greatly reduced, and messy stem and leaf garbage will be scattered on the On the surface of the plant roots, and some long-term stem and leaf garbage will not decay for a long time on the upper surface of the surface, causing the surface to be very messy, which will greatly reduce the overall layout effect and aesthetics

To sum up, there are certain disadvantages in the treatment methods of directly filling stem and leaf garbage into the nearest garbage bin and scattered on the ground surface of plant roots

In addition, stem and leaf garbage can be transformed into fertilizers for plant production after undergoing a decay effect, and directly filled into the nearest garbage can for recycling also causes waste of this part of resources

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