Technical method for optimizing weighing box girder of molten iron scale
The invention discloses a technical method for optimizing a weighing box girder of a molten iron scale, relates to the technical field of weighing box girders of molten iron scales, and aims to solve the technical problems that a box girder in the prior art is unreasonable in mechanical structure de...
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| creator | HUANG DELIANG GUO YIJIAO ZHENG JIANZHONG CHEN KAINAN DENG JUNPING YE XIAOBING CHEN ZHIGUANG CHEN YIXUAN CHEN MEIZHEN DANG RUPENG JIANG ZEHUI PANG WEICONG YU HEPENG LI HUAIXIN HUANG DAN ZHANG GUOFENG LI JINHUI TAN QINGHUA QIU YONGCONG XU XINYU DENG SHOUMING GUO JIANHUA FENG WEIHONG LIN ZHIGUANG LUO WENWEN ZHU YUNHONG |
| description | The invention discloses a technical method for optimizing a weighing box girder of a molten iron scale, relates to the technical field of weighing box girders of molten iron scales, and aims to solve the technical problems that a box girder in the prior art is unreasonable in mechanical structure design, a rib plate is not right above a weighing sensor of the scale, and the stress position of an upper pressing plate of the weighing sensor is too thin and is easy to deform. The method comprises the following steps that 1, the impact resistance of the weighing box girder is improved; 2, optimizing a lap welding mode, and reducing stress at a welding path: welding a side steel plate at a position 10mm away from the inner side of the middle steel plate; and 3, round steel is additionally welded in the weighing box girder. According to the method, by increasing the thickness of the middle steel plate and the upper pressing plate, cracking damage is not prone to occurring in the long-term high-load state, the heigh |
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The method comprises the following steps that 1, the impact resistance of the weighing box girder is improved; 2, optimizing a lap welding mode, and reducing stress at a welding path: welding a side steel plate at a position 10mm away from the inner side of the middle steel plate; and 3, round steel is additionally welded in the weighing box girder. 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The method comprises the following steps that 1, the impact resistance of the weighing box girder is improved; 2, optimizing a lap welding mode, and reducing stress at a welding path: welding a side steel plate at a position 10mm away from the inner side of the middle steel plate; and 3, round steel is additionally welded in the weighing box girder. 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| subjects | MEASURING PHYSICS TESTING WEIGHING |
| title | Technical method for optimizing weighing box girder of molten iron scale |
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