High-efficiency automatic coke oven lid temperature monitoring device

Abstract

The invention provides a high-efficiency automatic coke oven lid temperature monitoring device which comprises a wireless transceiver device, a charging car control device, a cloud server and a charging car lid removal machine, wherein the charging car control device is arranged on a charging car and is connected with the cloud server through the wireless transceiver device; and the charging car lid removal machine is connected with the cloud server through the wireless transceiver device. According to the high-efficiency automatic coke oven lid temperature monitoring device, the cloud server is utilized for monitoring, and the temperature detection device is arranged on the charging car lid removal machine body, so that high-efficiency full-automatic coke oven lid temperature monitoring can be realized, whether the coke oven is blocked or not is detected by detecting the temperature nearby a coal port, blockage of the coal port of a coke oven carbonization chamber can be discovered in time, the coal blockage failure caused by coal charging when the coal port is blocked is avoided, the security of treatment personnel is ensured, the environmental pollution caused by treatment of the blockage of the coal port in the coal charging process is reduced, and the hand sweeping burden is alleviated.

Description

technical field [0001] The invention belongs to the field of coke oven equipment, in particular to a high-efficiency automatic coke oven cover temperature monitoring device. Background technique [0002] The coal charging port is the only passage for the top-loading coke oven coal charging car to load the coking coal into the carbonization chamber. The existing coke oven lid adsorption detection device for the coal filling port is a mechanical ram type. The device is installed on the coal loading car. furnace cover. [0003] However, there are many problems in the existing furnace cover adsorption detection device: first, the device is easily deformed, and the upper limit position is deviated after the door remover removes the cover, resulting in detection failure; Once the lower layer of the double-layer furnace cover falls off, the device cannot detect and still cause coal blocking during coal charging. [0004] The above reasons make it difficult to apply and populariz...

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Problems solved by technology

[0003] However, there are many problems in the existing furnace cover adsorption detection device: first, the device is easily deformed, and the upper limit position is deviated after the door remover removes the cover, resulting in detection failure; Once the lower layer of the double-layer furnace cover falls off, the device cannot detect and still cause coal blocking during coal charging

[0004] The above reasons make it difficult to apply and popularize the furnace cover adsorption confirmation device at present, and the coal blocking phenomenon caused by the furnace cover not being opened normally is relatively frequent

During the production process of coke oven carbonization, free carbon accumulates at the coal inlet, sometimes forming secondary coke, which blocks the coal inlet, and coal addition at this time will also cause coal blockage

During the coal charging process of the coke oven, once the coal is blocked at the coal inlet, the coal is prone to smoke and fire at high temperature, polluting the environment

It is also very difficult to deal with coal blockage. It is necessary to retract all the devices of the coal loading car to their original positions, remove the coal loading car, and then manually clean up the piled coal. Coke and other sundries, serious environmental pollution during the process, a large amount of coal fuel flames and waste gas spill out, there are also great safety risks

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