Fast, energy-saving and environmentally-friendly glass breaking and melting device

Abstract

A fast, energy-saving and environmentally-friendly glass breaking and melting device is characterized in that an outer shell is arranged outside an inner device, a residue discharge valve is arranged at the lower side of the outer shell and is connected with an inner side sloping hopper, a flow discharge valve is arranged at one side of the outer shell and is connected with an inner side glass fluid filter screen, an upper cover plate is arranged at the upper sides of the outer shell and a breaking roller, a feeding hopper is arranged at the upper side of the outer shell and is connected with the upper side space of the breaking roller, a negative electrode rod is arranged at one side of the outer shell and is connected with one end of a heating rod in the inner side of the outer shell, a milling separator plate is arranged at the lower side of the breaking roller, two ends of the milling separator plate are respectively connected with the inner sidewall of the outer shell, the breaking roller is arranged at the inner side in the outer shell, the lower side of the upper cover plate and the upper side of the milling separator plate, and a positive electrode rod is arranged at one side of the outer shell and is connected with one end of the heating rod in the inner side of the positive electrode rod. The fast, energy-saving and environmentally-friendly glass breaking and melting device has the advantages of advanced technological performances, high convenience, fastness, high practicality, breaking, melting and purifying integration, high efficiency, energy saving, environmental protection, low manufacturing and use cost, and high comprehensive benefits.

Description

technical field [0001] The invention relates to a glass cullet appliance, in particular to a quick, energy-saving and environment-friendly glass cullet appliance. Background technique [0002] At present, in the process of recycling waste glass, due to the lack of simple and effective special processing equipment, the recycling and storage of waste glass cannot be broken, smelted and utilized in time, and a large amount of site space is occupied, and even the environment is polluted. However, most of the existing special waste glass treatment devices have design lag, complicated structure, bulky constitution, difficult installation, single function, limited practicality, separation of crushing and melting, difficult operation, extremely low efficacy, high production cost, poor energy saving and environmental protection, and safety. The disadvantages such as low coefficient need to be improved and improved urgently. For this reason, be necessary to invent and produce a kind ...

AI Technical Summary

Problems solved by technology

[0002] At present, in the process of recycling waste glass, due to the lack of simple and effective special processing tools, the recycling and storage of waste glass cannot be crushed, smelted and utilized in time, and a large amount of site space is occupied, and even the environment is polluted.

However, most of the existing special waste glass treatment devices have design lag, complicated structure, bulky constitution, difficult installation, single function, limited practicality, separation of crushing and melting, difficult operation, extremely low efficacy, high production cost, poor energy saving and environmental protection, and safety. The disadvantages such as low coefficient need to be improved and improved urgently

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