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Water-cooled runner temperature and flow detection system and method, and runner parameter testing system

A technology of flow detection and flow channel, which is applied in the field of measurement and testing, and can solve the problems of staying in data simulation, the grate cannot withstand the temperature, and the requirements for material pretreatment are low.

Active Publication Date: 2022-04-05
EVERBRIGHT ENVIRONMENTAL TECH EQUIP CHANGZHOU
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] As a kind of incineration equipment, the grate furnace has low requirements for material pretreatment and is especially suitable for continuous operation. If the grate furnace can be used to incinerate general industrial solid waste, it will produce huge comprehensive benefits, but the general industrial solid waste The calorific value is high, and the grate pieces of the existing grate furnace cannot withstand such a high temperature
[0003] Therefore, for the grate furnace, it is especially important to cool the grate piece, but there are many kinds of parameters involved in the cooling. At present, the flow channel of the grate piece is still in the data simulation, and it is impossible to obtain accurate measured data.

Method used

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  • Water-cooled runner temperature and flow detection system and method, and runner parameter testing system
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  • Water-cooled runner temperature and flow detection system and method, and runner parameter testing system

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Embodiment 1

[0029] Such as Figure 1 to Figure 3 As shown, this embodiment provides a temperature and flow detection system for a water-cooled flow channel for grate slices, the water-cooled flow channel is composed of several barrier strips 200 located in the transparent water-cooled chamber 100; the water-cooled flow channel The temperature and flow detection system includes: the flow channel temperature control adjustment unit, which is arranged on the corresponding heat dissipation node 300 in the water cooling flow channel, and adjusts the flow channel of the refrigerant flowing through the water cooling flow channel through the perceived temperature to take away the heat dissipation nodes 300 heat; the flow monitoring unit is installed at the water inlet 400 or the water outlet 500 of the transparent water-cooling chamber 100 to detect the amount of refrigerant in and out; several temperature sensors are installed at the shell of the transparent water-cooling chamber 100 to detect th...

Embodiment 2

[0039] On the basis of Embodiment 1, this embodiment provides a method for detecting the temperature and flow rate of the water-cooled flow channel, including: the water-cooled flow channel temperature and flow detection system as described in Example 1; step S1, in the transparent water-cooled A heat source is provided on the periphery of the chamber 100; step S2, through the channel temperature control and adjustment unit arranged on the corresponding cooling node 300 in the water-cooling channel to sense the temperature to adjust the flow channel of the refrigerant flowing through the water-cooling channel, and take away each cooling node 300 heat; step S3, collect the refrigerant in and out of the water inlet 400 or the water outlet 500 of the transparent water-cooled chamber 100 through the flow monitoring unit; detect the temperature of the housing through the temperature sensor installed at the housing of the transparent water-cooled chamber 100; And collect the shape of...

Embodiment 3

[0043] On the basis of Embodiment 1, this embodiment provides a flow channel parameter testing system of a water-cooled grate, the shell of the water-cooled grate is transparent to form a transparent water-cooled chamber 100; the transparent water-cooled chamber A number of barrier strips 200 are provided in the chamber 100 to form a water-cooled flow channel; the flow channel parameter testing system includes: a flow channel temperature control and adjustment unit, which is arranged on the corresponding heat dissipation node 300 in the water-cooled flow channel, and is adjusted by the perceived temperature Flowing through the channel of the refrigerant in the water-cooling channel to take away the heat of each cooling node 300; the flow monitoring unit is installed on the water inlet 400 or the water outlet 500 of the transparent water-cooling chamber 100 to detect the amount of refrigerant entering and leaving; several temperature sensors, Installed at the shell of the transp...

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Abstract

The invention belongs to the technical field of measurement and testing, and in particular relates to a temperature and flow detection system and method of a water-cooled flow path and a flow path parameter testing system. The detection system includes: a flow channel temperature control adjustment unit, which is arranged on the corresponding heat dissipation node in the water cooling flow channel, and adjusts the flow channel of the refrigerant flowing through the water cooling flow channel through the perceived temperature to take away the heat of each heat dissipation node; The flow monitoring unit is installed at the water inlet or outlet of the transparent water-cooled chamber to detect the amount of refrigerant in and out; several temperature sensors are installed at the shell of the transparent water-cooled chamber to detect the shell temperature; the image acquisition module collects water-cooled Runner morphology in the runner; control module. The invention can conveniently and quickly obtain the refrigerant inlet and outlet amount corresponding to the shape of the flow channel and the temperature data of the shell, so as to provide a design basis for the flow channel of the grate plate.

Description

technical field [0001] The invention belongs to the technical field of measurement and testing, and in particular relates to a temperature and flow detection system and method for a water-cooled flow path used for grate slices, and a flow path parameter testing system. Background technique [0002] As a kind of incineration equipment, the grate furnace has low requirements for material pretreatment and is especially suitable for continuous operation. If the grate furnace can be used to incinerate general industrial solid waste, it will produce huge comprehensive benefits, but the general industrial solid waste The calorific value is high, and the grate pieces of the existing grate furnace are difficult to withstand such a high temperature. [0003] Therefore, for the grate furnace, it is especially important to cool the grate piece, but there are many kinds of parameters involved in the cooling. At present, the flow channel of the grate piece is still in the data simulation,...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): F23H3/02F23H17/08F23G5/44F23G5/50G01D21/02
CPCF23H3/02F23H17/08F23G5/44F23G5/50G01D21/02
Inventor 付志臣周飞飞孙丽娟杨仕桥韩乃卿徐辰阳李新周俊丁虹王炳伟
Owner EVERBRIGHT ENVIRONMENTAL TECH EQUIP CHANGZHOU