Fully enclosed briquette automatic take-out and waste recovery system

Abstract

The invention discloses a fully enclosed briquette automatic loading and unloading and waste material recovery system, which comprises a box body with a side opening, a jacking assembly located outside the box body, a moving door assembly sealingly connected with the side opening of the box body, a take-out Positioning component, coal quality analyzer, vacuum fan suction component, grinder, pulse return component and controller, the coal cake is moved to the upper material level by the jacking component, the moving door component is opened, and the positioning component extends out of the box Grab the coal cake at the upper material level and retract it into the box, the moving door assembly is closed, the pick and place positioning assembly moves the coal cake to the detection position, the coal quality analyzer analyzes the coal cake, and the pick and place positioning assembly grabs the coal cake and moves to At the waste material level, the vacuum fan suction component sucks coal cakes and sends them to the grinder to be ground into coal powder, and the pulse return component collects coal powder for later use. In the present invention, the material is automatically loaded, docked and placed automatically, and the material is automatically discarded and ground after the detection is completed, and then transported out, which greatly reduces the workload of personnel and avoids human errors.

Description

technical field [0001] The invention relates to a coal quality analysis device in the field of coal quality on-line analysis, in particular to a fully enclosed coal cake automatic feeding and discharging and waste material recovery system. Background technique [0002] When the automatic analysis instrument in the prior art is analyzing data, the whole process is connected with the outside air and is not completely sealed; and there is a phenomenon of powder leakage during the process of entering and leaving the coal cake, resulting in poor air quality inside the instrument, serious problems. It affects the accuracy and service life of the measurement data of the analytical instrument. In addition, in the prior art, after data analysis, the accumulated briquettes need to be manually cleaned regularly. When there is a lot of analysis data, the briquettes are cleaned every 3 hours on site, which cannot be completely unattended. [0003] Therefore, there is an urgent need to s...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, when the automatic analysis instrument analyzes data, the whole process is communicated with the outside air and is not completely sealed; moreover, there is a phenomenon of powder leakage during the process of entering and exiting the briquette, resulting in poor air quality inside the instrument, seriously Affect the accuracy and service life of the measurement data of the analytical instrument

And in the existing technology, after the data analysis, the accumulated briquettes need to be manually cleaned regularly. When there is a lot of analysis data, the briquettes are cleaned every 3 hours on site, which cannot be completely unattended.

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