Powder bin electric control cabinet with powder ash blowing mentoring system and monitoring method of powder bin electric control cabinet

Abstract

A powder bin electric control cabinet with a powder ash blowing mentoring system comprises an electric control cabinet body and the powder ash blowing monitoring system. The electric control cabinet body is of a box structure. The powder ash blowing monitoring system comprises a material level detecting and alarming unit, an arch breaking and dust removing control unit, an ash blowing action detecting unit and a GPS transmitting unit. The material level detecting and alarming unit is connected with a full bin switch and an empty bin switch of the electric control cabinet body. The arch breaking and dust removing control unit is connected with a bin dust removing button and an arch breaking button on the electric control cabinet body. The ash blowing action detecting unit is connected with an upper computer. The GPS transmitting unit is connected with the ash blowing action detecting unit. The invention further discloses a monitoring method utilizing the powder bin electric control cabinet with the powder ash blowing monitoring system. According to the powder bin electric control cabinet with the powder ash blowing monitoring system and the monitoring method utilizing the powder bin electric control cabinet with the powder ash blowing monitoring system, the problems that using is performed before detecting and detecting is conducted after using are effectively eradicated, and very obvious social benefits and economic benefits are achieved.

Description

technical field [0001] The invention relates to the technical field of powder material electric control boxes, in particular to a powder material bin electric control box with a powder material soot blowing monitoring system and a monitoring method thereof. Background technique [0002] Powder materials such as cement, fly ash and silica fume are one of the main raw materials for the production of concrete, which have an important impact on the quality of concrete. National standards and industry norms require that powder materials such as cement entering the factory must be tested for fineness, loss on ignition, stability and strength, and can only be used after passing the test. Because quality inspection requires a certain amount of manpower, material resources and time costs, some mixing plants are often used first and then inspected due to cost and delivery considerations, or even use the powder entering the factory for production without inspection. This problem of "u...

AI Technical Summary

Problems solved by technology

Because quality inspection requires a certain amount of manpower, material resources and time costs, some mixing plants are often used first and then inspected due to cost and delivery considerations, or even use the powder entering the factory for production without inspection

This problem of "use before inspection" and "inspect after use" has caused serious hidden dangers to the quality of concrete and construction projects.

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