Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Sand brick sintering method achieving spoil recycling
The invention provides a sand brick sintering method achieving spoil recycling. The sand brick sintering method comprises the following steps that S1, prepared green bricks are stacked on kiln cars; S2, the initial moisture content theta 1 of the green bricks is detected, and after detection, the kiln cars are conveyed into a kiln channel of a drying kiln through guide rails; S3, the initial quality parameters of the kiln cars parked on kiln car parking spaces are detected through a detection unit; S4, drying work of the green bricks is started; S5, the real-time quality parameters of the kiln cars parked on the kiln car parking spaces are detected in real time, so that the real-time average dryness of the green bricks arranged on the corresponding kiln cars is obtained; and S6, when the average dryness of the green bricks on each kiln car in the drying kiln meets the requirement, the drying procedure is finished. By means of the method, in the green brick drying process, the dryness of the green bricks on each kiln car in the drying kiln can be detected in real time through the detection unit, drying work is finished after the dryness of all the green bricks in the drying kiln reaches the standard, and the yield of the sintering procedure is increased.
本发明提供一种弃土再利用的砂砖烧结方法，包括以下步骤：S1、将制成的砖坯码放至窑车上；S2、检测砖坯的初始含水率θ1，检测后将窑车通过导轨输送至烘干窑的窑道内S3、通过检测单元检测检测停放在该窑车停放车位上窑车的初始质量参数；S4、开始砖坯进行烘干工作；S5、实时检测停放在该窑车停放车位上窑车的实时质量参数，以获取对应窑车上设置砖坯实时的平均干燥度；S6、当烘干窑内每一辆窑车上的砖坯的平均干燥度均符合要求时，烘干工序结束；使用该方法可以在对砖胚烘干的过程中，通过检测单元对烘干窑内每一个窑车上的砖胚的干燥程度进行实时检测，在烘干窑内的所有砖坯的干燥度都达标后再结束烘干工作，提高烧结工序的良品率。
Sand brick sintering method achieving spoil recycling
The invention provides a sand brick sintering method achieving spoil recycling. The sand brick sintering method comprises the following steps that S1, prepared green bricks are stacked on kiln cars; S2, the initial moisture content theta 1 of the green bricks is detected, and after detection, the kiln cars are conveyed into a kiln channel of a drying kiln through guide rails; S3, the initial quality parameters of the kiln cars parked on kiln car parking spaces are detected through a detection unit; S4, drying work of the green bricks is started; S5, the real-time quality parameters of the kiln cars parked on the kiln car parking spaces are detected in real time, so that the real-time average dryness of the green bricks arranged on the corresponding kiln cars is obtained; and S6, when the average dryness of the green bricks on each kiln car in the drying kiln meets the requirement, the drying procedure is finished. By means of the method, in the green brick drying process, the dryness of the green bricks on each kiln car in the drying kiln can be detected in real time through the detection unit, drying work is finished after the dryness of all the green bricks in the drying kiln reaches the standard, and the yield of the sintering procedure is increased.
本发明提供一种弃土再利用的砂砖烧结方法，包括以下步骤：S1、将制成的砖坯码放至窑车上；S2、检测砖坯的初始含水率θ1，检测后将窑车通过导轨输送至烘干窑的窑道内S3、通过检测单元检测检测停放在该窑车停放车位上窑车的初始质量参数；S4、开始砖坯进行烘干工作；S5、实时检测停放在该窑车停放车位上窑车的实时质量参数，以获取对应窑车上设置砖坯实时的平均干燥度；S6、当烘干窑内每一辆窑车上的砖坯的平均干燥度均符合要求时，烘干工序结束；使用该方法可以在对砖胚烘干的过程中，通过检测单元对烘干窑内每一个窑车上的砖胚的干燥程度进行实时检测，在烘干窑内的所有砖坯的干燥度都达标后再结束烘干工作，提高烧结工序的良品率。
Sand brick sintering method achieving spoil recycling
一种弃土再利用的砂砖烧结方法
LIU YONGCHUAN (Autor:in) / LI GUOWANG (Autor:in) / XUE CHENXI (Autor:in) / CHEN RUIXIAO (Autor:in) / HU JINGHUI (Autor:in) / LI YUCHUN (Autor:in) / LUO NA (Autor:in) / ZHANG WEI (Autor:in) / YU LU (Autor:in) / ZHANG HUANHUAN (Autor:in)
11.01.2022
Patent
Elektronische Ressource
Chinesisch
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