Intelligent and environment-protecting garbage classified recycling machine

Abstract

The invention discloses an intelligent and environment-protecting garbage classified recycling machine. The recycling machine is mainly technically characterized in that an open type liquid crystal module is arranged on a control face board of a main machine box body, wherein a distance value between the control face board and the front end of the main machine box body ranges from 100 mm to 200 mm, and a distance between the front edge of an upper cover and the front end of the main machine box body ranges from 20 mm to 50 mm; a hazardous garbage throwing door is arranged on the lower portionof the main machine box body, and a hazardous garbage classified collection container is placed behind the hazardous garbage throwing door; two throwing doors are arranged on the upper portion of thefront end of each of large box bodies, object taking doors are arranged below the throwing doors, and recyclable object classified collection containers are placed inside the large box bodies and located behind the object taking doors; and one ends of door opening mechanisms are arranged on top covers of the large box bodies through the two ends of racks, the other ends of the door opening mechanisms are connected with the throwing doors through one ends of connecting rods, the other ends of the connecting rods are connected with driving units, and the driving units are connected with the racks. The intelligent and environment-protecting garbage classified recycling machine has the beneficial effects that the control performance is good, classified throwing of garbage is refined, the spaceis saved, and the production cost is low.

Description

technical field [0001] The invention relates to garbage recycling equipment, in particular to an intelligent garbage sorting and environmental protection recycling machine. Background technique [0002] At present, smart garbage separation and recycling equipment has emerged in various cities in my country, such as government agencies, public places, and residential communities. In the process of use, these intelligent waste separation and recovery equipment have exposed many design flaws and shortcomings, and they still need to be improved day by day. [0003] These common design flaws and deficiencies are: [0004] 1) The touch screen used for device control has been exposed to sunlight for a long time, causing large black spots on the outline of the screen. This black spot blocks the content displayed on the touch screen, making it impossible to complete the control of the device. Secondly, when it is used in the cold climate in the north, the rain and snow will freeze ...

AI Technical Summary

Problems solved by technology

[0004] 1) The touch screen used for device control has been exposed to the sun for a long time, causing large black spots on the outline of the screen. This black spot blocks the content displayed on the touch screen and cannot complete the control of the device

Secondly, when used in cold weather conditions in the north, rain and snow freeze on the touch screen, and the device cannot be controlled

[0005] 2) These intelligent garbage recycling equipment are mainly used to recycle paper, plastic, fabric, metal, glass and other recyclables, but ignore waste batteries, waste fluorescent tubes, waste pesticides, disinfectants and their packaging recycling of hazardous waste

In addition, although there are some smart waste recycling equipment that can collect hazardous waste, they only mix and classify hazardous waste, and do not realize the classification of hazardous waste.

For example: waste fluorescent lamps are fragile, so they must be sorted separately

[0006] 3) The sizes of the boxes used for sorting are different, which increases the cycle and cost of design and manufacturing, and does not conform to the basic principles of standardization, serialization, and generalization of mechanical design, resulting in the container specifications for storing sorted waste. Inconsistencies lead to poor interchangeability of later products and increased maintenance costs. These deficiencies lead to increas

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