Stamping coke oven coal charging dust removal system

Abstract

The present application relates to coal waste cleaning equipment technical field, especially for the solidification of coke oven charging dust removal system, the output end of the solid dirt cleaning module is connected with dust collection box control module through signal, the output end of dust collection box control module is connected with dust collection box inlet switch control module through signal, the output end of dust collection box control module is connected with dust collection box outlet switch control module through signal, the present application collects and cleans solid waste and liquid dirt through dust cleaning unit, the inside of dust collection box and storage bin is cleaned and disinfected by automatic cleaning unit, and the dust cleaning unit and automatic cleaning unit and circuit itself are monitored and early warned through circuit protection unit, so that the overall system is flexibly controlled, the practicality of the overall system is strengthened, the efficiency of dust removal in the existing solidification of coke oven charging process is improved, and the effect of reducing the subsequent work amount of workers is reduced.

Description

Technical Field

[0001] This invention relates to the field of coal waste cleaning equipment technology, specifically a dust removal system for coal charging in a tamping coke oven. Background Technology

[0002] A coke oven is a furnace typically constructed of refractory bricks and blocks, used to convert coal into coke. It is the main thermal equipment for coking, and a type of kiln that produces coke from coal. A modern coke oven is a horizontal coke oven primarily used for producing metallurgical coke and capable of recovering coking chemical products. It consists of a furnace body and auxiliary equipment. The furnace body comprises a roof, combustion chamber, carbonization chamber, inclined flue, and regenerator, connected by flues and a chimney. The entire coke oven is built on a concrete foundation. While the basic structure of modern coke ovens is largely the same, they can be further divided into many types due to differences in coal charging methods, heating methods, and the fuels used.

[0003] In existing coke ovens, the dust removal work after coal charging mostly involves collecting and storing solid and liquid waste together and then cleaning them all at once. After the solid and liquid are mixed, the waste can easily condense into lumps inside the dust collection box, which makes it difficult to clean the inside of the dust collection box later and causes extra workload for the staff. Summary of the Invention

[0004] The purpose of this invention is to address the shortcomings of existing technologies by providing a dust removal system for tamping coke ovens, thereby solving the problems mentioned in the background art.

[0005] To achieve the above objectives, the present invention provides the following technical solution: a dust removal system for charging coal in a tamping coke oven, comprising a dust removal system, wherein the output end of the dust removal system is connected to a dust cleaning unit via a signal connection, the output end of the dust cleaning unit is connected to a solid dirt cleaning module and a liquid dirt cleaning module via a signal connection, the output end of the solid dirt cleaning module is connected to a dust cleaning equipment control module via a signal connection, the output end of the solid dirt cleaning module is connected to a dust collection box control module via a signal connection, and the output end of the dust collection box control module is connected to a dust collection box inlet switch control module via a signal connection. The output end is connected to a dust collection box outlet switch control module via a signal connection. The output end of the dust collection box control module is connected to a dust collection box capacity alarm module via a signal connection. The output end of the solid dirt cleaning module is connected to a waste cleaning equipment control module via a signal connection. The output end of the liquid dirt cleaning module is connected to a waste liquid collection equipment control module via a signal connection. The output end of the liquid dirt cleaning module is connected to a sludge storage tank control module via a signal connection. The output end of the sludge storage tank control module is connected to a sludge storage tank switch control module via a signal connection. The output end of the sludge storage tank control module is connected to a sludge storage tank capacity alarm module via a signal connection.

[0006] The output of the dust removal system is connected to an automatic cleaning unit via a signal. The output of the automatic cleaning unit is connected to a cleaning equipment switch control module via a signal. The output of the automatic cleaning unit is connected to a cleaning equipment control module via a signal. The output of the cleaning equipment control module is connected to a dust collection box cleaning control module via a signal. The output of the dust collection box cleaning control module is connected to a dust collection box internal cleaning control module via a signal. The output of the dust collection box cleaning control module is connected to a dust collection box internal cleaning and disinfection control module via a signal. The output of the cleaning equipment control module is connected to a sludge storage bin cleaning module via a signal.

[0007] The output of the dust removal system is connected to a circuit protection unit via a signal. The output of the circuit protection unit is connected to a circuit abnormality alarm module via a signal. The output of the circuit protection unit is connected to a circuit monitoring module via a signal. The output of the circuit monitoring module is connected to a cleaning unit monitoring module via a signal. The output of the circuit monitoring module is connected to a washing unit monitoring module via a signal. The output of the circuit monitoring module is connected to a circuit equipment self-monitoring module via a signal.

[0008] As a preferred embodiment of the present invention, the dust collection box control module has three output terminals, which are respectively connected to the input terminals of the dust collection box inlet switch control module, the dust collection box outlet switch control module, and the dust collection box capacity alarm module via signals.

[0009] As a preferred embodiment of the present invention, the solid dirt cleaning module has three output terminals, which are respectively connected to the input terminals of the dust cleaning equipment control module, the dust collection box control module, and the waste cleaning equipment control module via signals.

[0010] As a preferred embodiment of the present invention, the input terminals of the waste liquid collection equipment control module and the sludge storage tank control module are both connected to a liquid sludge cleaning module via signal connections.

[0011] As a preferred embodiment of the present invention, the sludge storage tank has two output terminals, which are respectively connected to the input terminal of the sludge storage tank switch control module and the input terminal of the sludge storage tank capacity alarm module via signal connections.

[0012] As a preferred embodiment of the present invention, the cleaning equipment control module has two output terminals, which are respectively connected to the input terminals of the dust collection box cleaning control module and the sludge storage bin cleaning control module via signal connections.

[0013] As a preferred embodiment of the present invention, the dust collection box cleaning control module has two output terminals, which are respectively connected to the input terminals of the dust collection box internal cleaning control module and the dust collection box internal cleaning and disinfection control module via signal connections.

[0014] As a preferred embodiment of the present invention, the circuit protection unit has two output terminals, which are respectively connected to the input terminals of the circuit abnormality alarm module and the circuit monitoring module via signals.

[0015] As a preferred embodiment of the present invention, the circuit monitoring module has three output terminals, which are respectively connected to the input terminals of the cleaning unit monitoring module, the cleaning unit monitoring module, and the circuit equipment self-monitoring module via signals.

[0016] The beneficial effects of this invention are:

[0017] This dust removal system for tamped coke oven coal charging collects and cleans solid waste and liquid dirt through a dust cleaning unit, an automatic cleaning unit cleans and disinfects the inside of the dust collection box and the sludge storage bin, and a circuit protection unit monitors and provides early warnings for the dust cleaning unit, the automatic cleaning unit, and the circuit itself. This achieves flexible control of the overall system, enhances its practicality, improves the efficiency of dust removal during the existing tamped coke oven coal charging process, and reduces the workload of staff. Attached Figure Description

[0018] Figure 1 This is a direct view of the overall process of the present invention.

[0019] The diagram shows: Dust removal system; dust cleaning unit; solid dirt cleaning module; dust sweeping equipment control module; dust collection box control module; waste cleaning equipment control module; dust collection box inlet switch control module; dust collection box outlet switch control module; dust collection box capacity alarm module; liquid dirt cleaning module; waste liquid collection equipment control module; sludge storage bin control module; sludge storage bin switch control module; sludge storage bin capacity alarm module; automatic cleaning unit; cleaning equipment switch control module; cleaning equipment control module; dust collection box cleaning control module; dust collection box internal cleaning control module; dust collection box internal cleaning and disinfection control module; sludge storage bin cleaning control module; circuit protection unit; circuit abnormality alarm module; circuit monitoring module; cleaning unit monitoring module; cleaning unit monitoring module; circuit equipment self-monitoring module. Detailed Implementation

[0020] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0021] Please see Figure 1In this implementation plan: the coke oven charging dust removal system includes a dust removal system. The output of the dust removal system is connected to a dust cleaning unit via a signal connection. The output of the dust cleaning unit is connected to a solid dirt cleaning module and a liquid dirt cleaning module via a signal connection. The output of the solid dirt cleaning module is connected to a dust cleaning equipment control module via a signal connection. The output of the solid dirt cleaning module is connected to a dust collection box control module via a signal connection. The output of the dust collection box control module is connected to a dust collection box inlet switch control module via a signal connection. The output of the dust collection box control module is connected to a dust collection box outlet switch control module via a signal connection. The output of the dust collection box control module is connected to a dust collection box capacity alarm module via a signal connection. The output of the solid dirt cleaning module is connected to a waste cleaning equipment control module via a signal connection. The output of the liquid dirt cleaning module is connected to a waste liquid collection equipment control module via a signal connection. The output of the liquid dirt cleaning module is connected to a sludge storage bin control module via a signal connection. The output of the sludge storage bin control module is connected to a sludge storage bin switch control module via a signal connection. The output of the sludge storage bin control module is connected to a sludge storage bin capacity alarm module via a signal connection.

[0022] The output of the dust removal system is connected to an automatic cleaning unit via a signal. The output of the automatic cleaning unit is connected to a cleaning equipment switch control module via a signal. The output of the automatic cleaning unit is connected to a cleaning equipment control module via a signal. The output of the cleaning equipment control module is connected to a dust collection box cleaning control module via a signal. The output of the dust collection box cleaning control module is connected to a dust collection box internal cleaning control module via a signal. The output of the dust collection box cleaning control module is connected to a dust collection box internal cleaning and disinfection control module via a signal. The output of the cleaning equipment control module is connected to a sludge storage bin cleaning module via a signal.

[0023] The output of the dust removal system is connected to a circuit protection unit via a signal. The output of the circuit protection unit is connected to a circuit abnormality alarm module via a signal. The output of the circuit protection unit is connected to a circuit monitoring module via a signal. The output of the circuit monitoring module is connected to a cleaning unit monitoring module via a signal. The output of the circuit monitoring module is connected to a washing unit monitoring module via a signal. The output of the circuit monitoring module is connected to a circuit equipment self-monitoring module via a signal.

[0024] In this embodiment, the dust collection box control module has three output terminals, which are respectively connected to the input terminals of the dust collection box inlet switch control module, the dust collection box outlet switch control module, and the dust collection box capacity alarm module via signals. The solid dirt cleaning module also has three output terminals, which are respectively connected to the input terminals of the dust cleaning equipment control module, the dust collection box control module, and the waste cleaning equipment control module via signals. The liquid dirt cleaning module has two output terminals, which are respectively connected to the input terminals of the waste liquid collection equipment control module and the sludge storage bin control module via signals. The sludge storage bin also has two output terminals, which are respectively connected to the input terminal of the sludge storage bin switch control module and the sludge storage bin capacity alarm module via signals. The system has three output terminals: one for the alarm module and one for the cleaning equipment control module. The cleaning equipment control module has two output terminals, connected via signals to the input terminals of the dust collection box cleaning control module and the sludge storage bin cleaning control module, respectively. The dust collection box cleaning control module also has two output terminals, connected via signals to the input terminals of the dust collection box internal cleaning control module and the dust collection box internal cleaning and disinfection control module, respectively. The circuit protection unit has two output terminals, connected via signals to the input terminals of the circuit abnormality alarm module and the circuit monitoring module, respectively. The circuit monitoring module has three output terminals, connected via signals to the input terminals of the cleaning unit monitoring module, the cleaning unit monitoring module, and the circuit equipment self-monitoring module, respectively.

[0025] The above are merely preferred embodiments of the present invention, but the scope of protection of the present invention is not limited thereto. Any equivalent substitutions or modifications made by those skilled in the art within the scope of the technology disclosed in the present invention, based on the technical solution and inventive concept of the present invention, should be covered within the scope of protection of the present invention.

Claims

1. A dust removal system for charging coal in a tamping coke oven, comprising a dust removal system, characterized in that: The output of the dust removal system is connected to a dust cleaning unit via a signal connection. The output of the dust cleaning unit is connected to a solid dirt cleaning module and a liquid dirt cleaning module via a signal connection. The output of the solid dirt cleaning module is connected to a dust cleaning equipment control module via a signal connection. The output of the solid dirt cleaning module is connected to a dust collection box control module via a signal connection. The output of the dust collection box control module is connected to a dust collection box inlet switch control module via a signal connection. The output of the dust collection box control module is connected to a dust collection box outlet switch control module via a signal connection. The output of the dust collection box control module is connected to a dust collection box capacity alarm module via a signal connection. The output of the solid dirt cleaning module is connected to a waste cleaning equipment control module via a signal connection. The output of the liquid dirt cleaning module is connected to a waste liquid collection equipment control module via a signal connection. The output of the liquid dirt cleaning module is connected to a sludge storage bin control module via a signal connection. The output of the sludge storage bin control module is connected to a sludge storage bin switch control module via a signal connection. The output of the sludge storage bin control module is connected to a sludge storage bin capacity alarm module via a signal connection. The output of the dust removal system is connected to an automatic cleaning unit via a signal. The output of the automatic cleaning unit is connected to a cleaning equipment switch control module via a signal. The output of the automatic cleaning unit is connected to a cleaning equipment control module via a signal. The output of the cleaning equipment control module is connected to a dust collection box cleaning control module via a signal. The output of the dust collection box cleaning control module is connected to a dust collection box internal cleaning control module via a signal. The output of the dust collection box cleaning control module is connected to a dust collection box internal cleaning and disinfection control module via a signal. The output of the cleaning equipment control module is connected to a sludge storage bin cleaning control module via a signal. The output of the dust removal system is connected to a circuit protection unit via a signal. The output of the circuit protection unit is connected to a circuit abnormality alarm module via a signal. The output of the circuit protection unit is connected to a circuit monitoring module via a signal. The output of the circuit monitoring module is connected to a cleaning unit monitoring module via a signal. The output of the circuit monitoring module is connected to a washing unit monitoring module via a signal. The output of the circuit monitoring module is connected to a circuit equipment self-monitoring module via a signal.

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