Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Improved raw material proportioning mode
The invention discloses an improved raw material proportioning mode, belonging to the technical field of raw material proportioning. The invention aims to solve the problem of separation phenomenon ofhigh-grade and low-grade sandstone due to the fact that fixed four components including limestone, sandstone, clay and steel slag are adopted for proportioning in the prior art. According to a technical scheme provided by the invention, the improved raw material proportioning mode comprises the following steps: raw material proportioning of limestone: weighing limestone in a limestone proportioning bin through a feeding machine; raw material proportioning of high-grade sandstone: weighing high-grade sandstone in a high-grade sandstone proportioning warehouse through the feeding machine; raw material proportioning of low-grade sandstone: weighing low-grade sandstone in a low-grade sandstone proportioning warehouse through the feeding machine; raw material proportioning of iron ore soil: taking iron ore soil stored in an original clay bin through a metering hopper; and taking of an iron correction raw material: opening an iron correction raw material feeding bin to enable the iron correction raw material to fall into a batching scale for weighing. According to the invention, raw material ingredients of clinker and low-alkali clinker can be switched at any time, and waste is little.
本发明公开了一种改进的生料配料方式，涉及生料配料技术领域，针对现有采用石灰石、砂岩、粘土、钢渣固定四组分配料，存在高、低品位砂岩离柝现象的问题，提出如下方案，包括：石灰石的原料配料：通过喂料机对石灰石配料库中的石灰石进行称量；高品位砂岩的原料配料：通过喂料机对高品位砂岩配料库中的对高品位砂岩配料库进行称量；低品位砂岩的原料配料：通过喂料机对低品位砂岩配料库中的低品位砂岩进行称量；铁矿土的原料配料：通过计量料斗取料储存在原粘土仓中的铁矿土；铁质校正原料的取料：打开铁质校正原料进料仓使铁质校正原料落入配料称中进行称量。本发明能够实现熟料以及低碱熟料的生料配料的随时切换，浪费少。
Improved raw material proportioning mode
The invention discloses an improved raw material proportioning mode, belonging to the technical field of raw material proportioning. The invention aims to solve the problem of separation phenomenon ofhigh-grade and low-grade sandstone due to the fact that fixed four components including limestone, sandstone, clay and steel slag are adopted for proportioning in the prior art. According to a technical scheme provided by the invention, the improved raw material proportioning mode comprises the following steps: raw material proportioning of limestone: weighing limestone in a limestone proportioning bin through a feeding machine; raw material proportioning of high-grade sandstone: weighing high-grade sandstone in a high-grade sandstone proportioning warehouse through the feeding machine; raw material proportioning of low-grade sandstone: weighing low-grade sandstone in a low-grade sandstone proportioning warehouse through the feeding machine; raw material proportioning of iron ore soil: taking iron ore soil stored in an original clay bin through a metering hopper; and taking of an iron correction raw material: opening an iron correction raw material feeding bin to enable the iron correction raw material to fall into a batching scale for weighing. According to the invention, raw material ingredients of clinker and low-alkali clinker can be switched at any time, and waste is little.
本发明公开了一种改进的生料配料方式，涉及生料配料技术领域，针对现有采用石灰石、砂岩、粘土、钢渣固定四组分配料，存在高、低品位砂岩离柝现象的问题，提出如下方案，包括：石灰石的原料配料：通过喂料机对石灰石配料库中的石灰石进行称量；高品位砂岩的原料配料：通过喂料机对高品位砂岩配料库中的对高品位砂岩配料库进行称量；低品位砂岩的原料配料：通过喂料机对低品位砂岩配料库中的低品位砂岩进行称量；铁矿土的原料配料：通过计量料斗取料储存在原粘土仓中的铁矿土；铁质校正原料的取料：打开铁质校正原料进料仓使铁质校正原料落入配料称中进行称量。本发明能够实现熟料以及低碱熟料的生料配料的随时切换，浪费少。
Improved raw material proportioning mode
一种改进的生料配料方式
ZHANG FENGLIANG (Autor:in) / ZHOU SHAOHE (Autor:in) / FAN LIANGWU (Autor:in) / WANG YIXIANG (Autor:in)
07.08.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
| Engineering Index Backfile | 1933
TIBKAT | 1974
Surrounding rock material and proportioning method thereof
| Europäisches Patentamt | 2024