feat(fac_cal): 新增通用硅酸盐水泥生产数据模板页面
- 从Word文档提取两张标准表格数据 - 表一：生产工艺数据模板（分类合并单元格） - 表二：元数据元素内容和格式（10列详细定义） - 深蓝渐变标题横幅，深色表头样式 - 添加静态路由配置 Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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@ -123,6 +123,14 @@ const routes = [
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},
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component: "bigScreen/track",
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},
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{
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name: "cement_data_template",
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path: "/cement_data_template",
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meta: {
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title: "数据模板",
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},
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component: "home/cement_data_template",
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},
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{
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name: "userCenter",
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path: "/usercenter",
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@ -0,0 +1,275 @@
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<template>
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<div class="cement-template-page">
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<div class="page-header">
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<h2>通用硅酸盐水泥生产工艺数据模板</h2>
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<p>Material Data: General Silicate Cement Production Data Template</p>
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</div>
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<!-- 表一：生产工艺数据模板 -->
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<div class="table-section">
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<h3>表一 通用硅酸盐水泥生产工艺数据模板</h3>
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<el-table :data="table1Data" border stripe style="width: 100%" :span-method="table1SpanMethod" size="default">
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<el-table-column prop="category" label="分类" width="280" />
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<el-table-column prop="field" label="字段" min-width="160" />
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<el-table-column prop="dataType" label="数据类型" width="160" />
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<el-table-column prop="example" label="示例" min-width="280" />
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<el-table-column prop="description" label="说明" min-width="260" />
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</el-table>
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</div>
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<!-- 表二：元数据元素详细定义 -->
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<div class="table-section">
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<h3>表二 元数据元素内容和格式</h3>
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<el-table :data="table2Data" border stripe style="width: 100%" :span-method="table2SpanMethod" size="default"
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:row-class-name="table2RowClass">
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<el-table-column prop="index" label="序号" width="70" align="center" />
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<el-table-column prop="cnName" label="中文名称" min-width="160" />
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<el-table-column prop="enName" label="英文名称" min-width="240" />
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<el-table-column prop="abbr" label="缩写词" width="100" />
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<el-table-column prop="definition" label="定义" min-width="280" />
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<el-table-column prop="dataType" label="数据类型" width="130" />
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<el-table-column prop="valueRange" label="值域" width="160" />
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<el-table-column prop="unit" label="单位" width="80" align="center" />
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<el-table-column prop="constraint" label="约束" width="60" align="center" />
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<el-table-column prop="maxOccur" label="最大出现次数" width="70" align="center" />
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</el-table>
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</div>
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</div>
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</template>
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<script setup>
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import { ref } from 'vue'
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// ============ 表一数据 ============
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const table1Header = [
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{ category: '数据标识', field: '数据生成者', dataType: '', example: '水泥企业 / 工厂名称 + 生产线ID / 系统ID', description: '' },
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{ category: '数据标识', field: '数据时间区间', dataType: '', example: '如：2024-06-01 ～ 2024-06-14', description: '' },
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{ category: '数据标识', field: '数据唯一标识', dataType: '', example: '参考材料基因工程生产数据标识规范', description: '' },
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{ category: '数据标识', field: '数据采集方式', dataType: '', example: 'DCS / MES / 化验室 / 在线分析仪', description: '' },
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]
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const table1Object = [
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '生产对象', dataType: '字符型', example: '通用硅酸盐水泥', description: '本数据模板对应的生产对象类型' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '水泥类型', dataType: '字符型', example: 'P.O 42.5', description: '水泥类别及强度等级' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '执行产品标准', dataType: '字符型', example: 'GB 175-2023', description: '水泥执行的国家或行业标准' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '熟料来源批次', dataType: '字符型', example: 'CLK-2024-06-A', description: '28d生产周期内主要使用的熟料批次' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '熟料化学组成', dataType: '复合型（JSON）', example: '{"CaO":65.2,"SiO₂":21.4,"Al₂O₃":5.3,"Fe₂O₃":3.6}', description: '熟料主要氧化物组成，化验室或在线分析' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '熟料矿物组成', dataType: '复合型（JSON）', example: '{"C3S":56.8,"C2S":19.6,"C3A":7.1,"C4AF":9.2}', description: '' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '游离 CaO 含量', dataType: '浮点型（%）', example: '1.1', description: '稳定性控制指标' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '石膏类型', dataType: '字符型', example: '二水石膏', description: '水泥制成阶段参与配料的石膏类型' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '石膏掺量', dataType: '浮点型（%）', example: '4.5', description: '石膏在水泥中的质量分数' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '混合材类型', dataType: '字符型', example: '石灰石', description: '水泥制成阶段使用的混合材名称' },
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{ category: '对象（描述对应的生产对象及其物料特征）', field: '混合材掺量', dataType: '浮点型（%）', example: '8.0', description: '混合材在水泥中的质量分数' },
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]
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const table1Grinding = [
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '配料系统形式', dataType: '字符型', example: '微机自动配料系统', description: '水泥制成阶段的配料控制方式' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '熟料入磨比例', dataType: '浮点型（%）', example: '87.5', description: '熟料在水泥配料中的质量分数' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '石膏入磨比例', dataType: '浮点型（%）', example: '4.5', description: '石膏在水泥配料中的质量分数' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '混合材入磨比例', dataType: '浮点型（%）', example: '8.0', description: '混合材在水泥配料中的质量分数' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '配料计量精度', dataType: '浮点型（%）', example: '±0.5', description: '各物料计量系统的允许偏差' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '配料调整频次', dataType: '整型（次/28d）', example: '3', description: '28d内人为或自动配料调整次数' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '水泥磨规格', dataType: '字符型', example: 'Φ4.2 × 13 m', description: '水泥磨设备主要尺寸' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '粉磨系统形式', dataType: '字符型', example: '辊压机 + 球磨', description: '水泥制成粉磨系统配置' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '辊压机工作压力', dataType: '浮点型（MPa）', example: '9.5', description: '辊压机运行压力' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '磨机转速', dataType: '浮点型（rpm）', example: '15.6', description: '球磨机运行转速' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '出磨水泥温度', dataType: '浮点型（°C）', example: '95', description: '水泥出磨时的温度' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '粉磨系统台时产量', dataType: '浮点型（t/h）', example: '210', description: '水泥磨平均小时产量' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '粉磨电耗', dataType: '浮点型（kWh/t）', example: '32.0', description: '单位水泥粉磨电耗' },
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{ category: '操作-熟料入磨配料工艺与系统运行参数', field: '循环负荷率', dataType: '浮点型（%）', example: '180', description: '粉磨系统循环负荷水平' },
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]
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const table1Homogenization = [
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{ category: '操作-水泥均化参数', field: '水泥均化方式', dataType: '字符型', example: '多仓气力均化', description: '成品水泥均化工艺形式' },
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{ category: '操作-水泥均化参数', field: '均化库数量', dataType: '整型', example: '4', description: '参与均化的水泥库数量' },
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{ category: '操作-水泥均化参数', field: '均化周期', dataType: '浮点型（h）', example: '24', description: '单次均化持续时间' },
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{ category: '操作-水泥均化参数', field: '均化后比表面积波动', dataType: '浮点型（m²/kg）', example: '±8', description: '均化后水泥细度波动范围' },
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{ category: '操作-水泥均化参数', field: '均化后筛余波动', dataType: '浮点型（%）', example: '±0.5', description: '均化后筛余的统计波动' },
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]
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const table1Conclusion = [
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{ category: '结论（水泥生产工艺运行结果）', field: '出厂检验方式', dataType: '字符型', example: '批次检验', description: '水泥出厂质量控制方式' },
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{ category: '结论（水泥生产工艺运行结果）', field: '出厂批次合格率', dataType: '浮点型（%）', example: '100', description: '28d内出厂批次合格率' },
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{ category: '结论（水泥生产工艺运行结果）', field: '质量复检次数', dataType: '整型（次/28d）', example: '1', description: '28d内质量复检次数' },
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{ category: '结论（水泥生产工艺运行结果）', field: '不合格品返磨比例', dataType: '浮点型（%）', example: '0.8', description: '不合格水泥返磨占比' },
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{ category: '结论（水泥生产工艺运行结果）', field: '关键工艺参数达标性', dataType: '复合型（JSON）', example: '{"比表面积":"达标","粉磨电耗":"达标"}', description: '对照控制目标的达标情况' },
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{ category: '结论（水泥生产工艺运行结果）', field: '主要工艺波动点', dataType: '字符型', example: '出磨温度阶段性偏高', description: '28d内识别的主要波动环节' },
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{ category: '结论（水泥生产工艺运行结果）', field: '数据完整率', dataType: '浮点型（%）', example: '98.5', description: '实际采集数据占应采集数据比例' },
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{ category: '结论（水泥生产工艺运行结果）', field: '成品水泥比表面积', dataType: '浮点型（m²/kg）', example: '340', description: '勃氏法测定的比表面积' },
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{ category: '结论（水泥生产工艺运行结果）', field: '成品水泥筛余（45 μm）', dataType: '浮点型（%）', example: '8.0', description: '45 μm 筛余质量分数' },
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{ category: '结论（水泥生产工艺运行结果）', field: '成品水泥初凝时间', dataType: '浮点型（min）', example: '165', description: '按产品标准方法测定' },
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{ category: '结论（水泥生产工艺运行结果）', field: '成品水泥终凝时间', dataType: '浮点型（min）', example: '230', description: '按产品标准方法测定' },
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{ category: '结论（水泥生产工艺运行结果）', field: '3 d 抗压强度', dataType: '浮点型（MPa）', example: '26.5', description: '标准养护条件下测定' },
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{ category: '结论（水泥生产工艺运行结果）', field: '28d抗压强度', dataType: '浮点型（MPa）', example: '48.2', description: '标准养护条件下测定' },
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{ category: '结论（水泥生产工艺运行结果）', field: '原始生产数据链接', dataType: '字符型（URI）', example: 'https://plantdata/cement/28d/20240601.zip', description: '原始或汇总生产数据存储位置' },
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]
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const table1Data = ref([
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...table1Header,
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...table1Object,
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...table1Grinding,
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...table1Homogenization,
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...table1Conclusion,
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])
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// 表一合并单元格
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const table1Sections = [
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{ start: 0, len: table1Header.length },
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{ start: table1Header.length, len: table1Object.length },
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{ start: table1Header.length + table1Object.length, len: table1Grinding.length },
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{ start: table1Header.length + table1Object.length + table1Grinding.length, len: table1Homogenization.length },
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{ start: table1Header.length + table1Object.length + table1Grinding.length + table1Homogenization.length, len: table1Conclusion.length },
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]
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const table1SpanMethod = ({ rowIndex, columnIndex }) => {
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if (columnIndex === 0) {
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for (const sec of table1Sections) {
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if (rowIndex === sec.start) return { rowspan: sec.len, colspan: 1 }
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if (rowIndex > sec.start && rowIndex < sec.start + sec.len) return { rowspan: 0, colspan: 0 }
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}
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}
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}
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// ============ 表二数据 ============
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const table2Data = ref([
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// 一、数据标识
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{ index: '一', cnName: '数据标识', enName: 'Data Identification', abbr: '', definition: '生产数据的基础标识信息集合', dataType: '-', valueRange: '-', unit: '', constraint: '', maxOccur: '', _isGroup: true },
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{ index: '1', cnName: '数据生成者', enName: 'Data Generator', abbr: '', definition: '对生产数据采集、汇总和确认负有直接责任的组织单元，对应水泥企业/工厂名称+生产线ID/系统ID', dataType: '复合型', valueRange: '', unit: '', constraint: 'M', maxOccur: '1' },
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{ index: '2', cnName: '数据时间区间', enName: 'Data Time Interval', abbr: 'TimeInt', definition: '本条生产数据统计覆盖的连续自然时间区间', dataType: '日期型', valueRange: 'YYYY-MM-DD~YYYY-MM-DD', unit: '', constraint: 'M', maxOccur: '1' },
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{ index: '3', cnName: '数据唯一标识', enName: 'Data Unique Identifier', abbr: 'DataUID', definition: '在生产数据体系中唯一标识该工艺数据记录的编码，参考材料基因工程生产数据标识规范', dataType: '字符型', valueRange: '50字节', unit: '', constraint: 'M', maxOccur: '1' },
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{ index: '4', cnName: '数据采集方式', enName: 'Data Acquisition Method', abbr: '', definition: '生产数据的主要采集来源', dataType: '字符型', valueRange: 'DCS/MES/化验室/在线分析仪', unit: '', constraint: 'M', maxOccur: '1' },
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// 二、对象
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{ index: '二', cnName: '对象', enName: 'Object', abbr: '', definition: '28d周期内对应的水泥及其物料属性', dataType: '—', valueRange: '—', unit: '—', constraint: '', maxOccur: '', _isGroup: true },
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{ index: '1', cnName: '生产对象', enName: 'Production Object', abbr: '', definition: '本数据模板对应的生产对象类型', dataType: '字符型', valueRange: '通用硅酸盐水泥', unit: '—', constraint: 'M', maxOccur: '1' },
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{ index: '2', cnName: '水泥类型', enName: 'Cement Product Type', abbr: 'ProdType', definition: '水泥类别及强度等级', dataType: '字符型', valueRange: 'P.O 42.5 等', unit: '—', constraint: 'M', maxOccur: '1' },
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{ index: '3', cnName: '执行产品标准', enName: 'Applied Product Standard', abbr: 'Std', definition: '水泥执行的国家或行业标准', dataType: '字符型', valueRange: 'GB 175-2023 等', unit: '—', constraint: 'M', maxOccur: '1' },
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{ index: '4', cnName: '熟料来源批次', enName: 'Clinker Source Batch', abbr: 'ClkBatch', definition: '28d生产周期内主要使用的熟料批次', dataType: '字符型', valueRange: '批次编码规则', unit: '—', constraint: 'M', maxOccur: '1' },
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{ index: '5', cnName: '熟料化学组成', enName: 'Clinker Chemical Composition', abbr: 'ClkChem', definition: '熟料主要氧化物质量分数组成', dataType: '复合型（JSON）', valueRange: 'CaO、SiO₂ 等', unit: '%', constraint: 'M', maxOccur: '1' },
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{ index: '6', cnName: '熟料矿物组成', enName: 'Clinker Mineral Composition', abbr: 'ClkMineral', definition: '熟料主要矿物相质量分数组成', dataType: '复合型（JSON）', valueRange: 'C3S、C2S 等', unit: '%', constraint: 'M', maxOccur: '1' },
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{ index: '7', cnName: '游离 CaO 含量', enName: 'Free CaO Content', abbr: 'fCaO', definition: '熟料中游离 CaO 质量分数', dataType: '浮点型', valueRange: '0～3.0', unit: '%', constraint: 'M', maxOccur: '1' },
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{ index: '8', cnName: '石膏类型', enName: 'Gypsum Type', abbr: 'GypType', definition: '水泥制成阶段使用的石膏类型', dataType: '字符型', valueRange: '二水 / 半水等', unit: '—', constraint: 'O', maxOccur: '1' },
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{ index: '9', cnName: '石膏掺量', enName: 'Gypsum Content', abbr: 'GypCont', definition: '石膏在水泥中的质量分数', dataType: '浮点型', valueRange: '3.0～6.0', unit: '%', constraint: '', maxOccur: '' },
|
||||
{ index: '10', cnName: '混合材类型', enName: 'Additive Type', abbr: 'AddType', definition: '水泥制成阶段使用的混合材名称', dataType: '字符型', valueRange: '石灰石等', unit: '—', constraint: '', maxOccur: '' },
|
||||
{ index: '11', cnName: '混合材掺量', enName: 'Additive Content', abbr: 'AddCont', definition: '混合材在水泥中的质量分数', dataType: '浮点型', valueRange: '0～20.0', unit: '%', constraint: '', maxOccur: '' },
|
||||
|
||||
// 三、操作
|
||||
{ index: '三', cnName: '操作', enName: 'Operation', abbr: '', definition: '描述生产周期内的工艺执行情况', dataType: '', valueRange: '', unit: '', constraint: 'M', maxOccur: '1', _isGroup: true },
|
||||
// （一）
|
||||
{ index: '（一）', cnName: '操作-熟料入磨配料工艺与系统运行参数', enName: 'Operation - Clinker Grinding Process and System Operating Parameters', abbr: '', definition: '', dataType: '', valueRange: '', unit: '', constraint: 'M', maxOccur: '1', _isGroup: true },
|
||||
{ index: '1', cnName: '配料系统形式', enName: 'Batching System Type', abbr: 'BatchSys', definition: '水泥制成阶段的配料控制方式', dataType: '字符型', valueRange: '微机自动等', unit: '—', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '2', cnName: '熟料入磨比例', enName: 'Clinker Feeding Ratio', abbr: 'ClkFeed', definition: '熟料在水泥配料中的质量分数', dataType: '浮点型', valueRange: '70～95', unit: '%', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '3', cnName: '石膏入磨比例', enName: 'Gypsum Feeding Ratio', abbr: 'GypFeed', definition: '石膏在水泥配料中的质量分数', dataType: '浮点型', valueRange: '3～6', unit: '%', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '4', cnName: '混合材入磨比例', enName: 'Additive Feeding Ratio', abbr: 'AddFeed', definition: '混合材在水泥配料中的质量分数', dataType: '浮点型', valueRange: '0～20', unit: '%', constraint: 'O', maxOccur: '1' },
|
||||
{ index: '5', cnName: '配料计量精度', enName: 'Batching Accuracy', abbr: 'BatchAcc', definition: '物料计量系统允许偏差', dataType: '浮点型', valueRange: '≤±1.0', unit: '%', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '6', cnName: '配料调整频次', enName: 'Batching Adjustment Frequency', abbr: 'BatchAdj', definition: '28d内配料调整次数', dataType: '整型', valueRange: '≥0', unit: '次/28d', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '7', cnName: '水泥磨规格', enName: 'Cement Mill Specification', abbr: 'CemMillSpec', definition: '水泥磨主要结构尺寸', dataType: '字符型', valueRange: 'Φ×L', unit: '—', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '8', cnName: '粉磨系统形式', enName: 'Grinding System Type', abbr: 'GrindSys', definition: '水泥粉磨系统配置', dataType: '字符型', valueRange: '辊压机+球磨等', unit: '—', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '9', cnName: '辊压机工作压力', enName: 'Roller Press Pressure', abbr: 'RPPress', definition: '辊压机运行压力', dataType: '浮点型', valueRange: '5～15', unit: 'MPa', constraint: 'O', maxOccur: '1' },
|
||||
{ index: '10', cnName: '磨机转速', enName: 'Mill Rotation Speed', abbr: 'MillRPM', definition: '球磨机运行转速', dataType: '浮点型', valueRange: '10～20', unit: 'rpm', constraint: 'O', maxOccur: '1' },
|
||||
{ index: '11', cnName: '出磨水泥温度', enName: 'Cement Outlet Temperature', abbr: 'CemOutT', definition: '水泥出磨时的平均温度', dataType: '浮点型', valueRange: '70～110', unit: '°C', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '12', cnName: '粉磨系统台时产量', enName: 'Hourly Output', abbr: 'HourOut', definition: '水泥磨平均小时产量', dataType: '浮点型', valueRange: '≥0', unit: 't/h', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '13', cnName: '粉磨电耗', enName: 'Grinding Power Consumption', abbr: 'GrindE', definition: '单位水泥粉磨电耗', dataType: '浮点型', valueRange: '25～40', unit: 'kWh/t', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '14', cnName: '循环负荷率', enName: 'Circulating Load Ratio', abbr: 'CLR', definition: '粉磨系统循环负荷水平', dataType: '浮点型', valueRange: '100～250', unit: '%', constraint: 'O', maxOccur: '1' },
|
||||
// （二）
|
||||
{ index: '（二）', cnName: '操作-水泥均化', enName: 'Operation - Cement Homogenization', abbr: '', definition: '', dataType: '', valueRange: '', unit: '', constraint: 'M', maxOccur: '1', _isGroup: true },
|
||||
{ index: '1', cnName: '水泥均化方式', enName: 'Cement Homogenization Method', abbr: 'HomMethod', definition: '成品水泥均化工艺形式', dataType: '字符型', valueRange: '多仓气力等', unit: '—', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '2', cnName: '均化库数量', enName: 'Number of Homogenization Silos', abbr: 'HomNum', definition: '参与均化的水泥库数量', dataType: '整型', valueRange: '≥1', unit: '座', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '3', cnName: '均化周期', enName: 'Homogenization Duration', abbr: 'HomTime', definition: '单次均化持续时间', dataType: '浮点型', valueRange: '≥0', unit: 'h', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '4', cnName: '均化后比表面积波动', enName: 'SSA Fluctuation After Homogenization', abbr: 'SSAFluc', definition: '均化后比表面积波动范围', dataType: '浮点型', valueRange: '≤±15', unit: 'm²/kg', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '5', cnName: '均化后筛余波动', enName: 'Residue Fluctuation After Homogenization', abbr: 'ResFluc', definition: '均化后筛余统计波动', dataType: '浮点型', valueRange: '≤±1.0', unit: '%', constraint: 'M', maxOccur: '1' },
|
||||
|
||||
// 四、结论
|
||||
{ index: '四', cnName: '结论', enName: 'Conclusion', abbr: '', definition: '28d生产工艺综合结果', dataType: '—', valueRange: '—', unit: '—', constraint: 'M', maxOccur: '1', _isGroup: true },
|
||||
{ index: '1', cnName: '出厂检验方式', enName: 'Delivery Inspection Method', abbr: 'InspMethod', definition: '水泥出厂质量控制方式', dataType: '字符型', valueRange: '批次 / 抽检', unit: '—', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '2', cnName: '出厂批次合格率', enName: 'Batch Pass Rate', abbr: 'PassRate', definition: '28d内出厂批次合格率', dataType: '浮点型', valueRange: '0～100', unit: '%', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '3', cnName: '质量复检次数', enName: 'Quality Reinspection Count', abbr: 'ReInsp', definition: '28d内质量复检次数', dataType: '整型', valueRange: '≥0', unit: '次/28d', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '4', cnName: '不合格品返磨比例', enName: 'Regrinding Ratio', abbr: 'Regrind', definition: '不合格水泥返磨占比', dataType: '浮点型', valueRange: '0～10', unit: '%', constraint: 'O', maxOccur: '1' },
|
||||
{ index: '5', cnName: '28d工艺运行状态', enName: '28d Process Operation Status', abbr: 'OpStatus', definition: '阶段整体运行评价', dataType: '字符型', valueRange: '连续稳定运行等', unit: '', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '6', cnName: '关键工艺参数达标性', enName: 'Key Parameter Compliance', abbr: 'KeyComp', definition: '对照控制目标的达标情况', dataType: '复合型（JSON）', valueRange: '达标/不达标', unit: '—', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '7', cnName: '主要工艺波动点', enName: 'Major Process Fluctuation', abbr: 'FluctPoint', definition: '28d内识别的主要波动环节', dataType: '字符型', valueRange: '≤200 字节', unit: '—', constraint: 'O', maxOccur: '1' },
|
||||
{ index: '8', cnName: '数据完整率', enName: 'Data Completeness', abbr: 'DataComp', definition: '实采数据占应采数据比例', dataType: '浮点型', valueRange: '0～100', unit: '%', constraint: 'M', maxOccur: '1' },
|
||||
{ index: '9', cnName: '成品水泥比表面积', enName: 'Cement Specific Surface Area', abbr: 'SSA', definition: '勃氏法测定的成品水泥比表面积', dataType: '浮点型', valueRange: '300～450', unit: 'm²/kg', constraint: '', maxOccur: '' },
|
||||
{ index: '10', cnName: '成品水泥筛余（45 μm）', enName: 'Cement Residue (45 μm)', abbr: 'Res45', definition: '45 μm 筛余质量分数', dataType: '浮点型', valueRange: '0～10.0', unit: '%', constraint: '', maxOccur: '' },
|
||||
{ index: '11', cnName: '成品水泥初凝时间', enName: 'Initial Setting Time', abbr: 'IST', definition: '按产品标准测定的初凝时间', dataType: '浮点型', valueRange: '≥45', unit: 'min', constraint: '', maxOccur: '' },
|
||||
{ index: '12', cnName: '成品水泥终凝时间', enName: 'Final Setting Time', abbr: 'FST', definition: '按产品标准测定的终凝时间', dataType: '浮点型', valueRange: '≤600', unit: 'min', constraint: '', maxOccur: '' },
|
||||
{ index: '13', cnName: '3 d 抗压强度', enName: '3d Compressive Strength', abbr: 'CS3d', definition: '标准养护 3 d 抗压强度', dataType: '浮点型', valueRange: '≥标准限值', unit: 'MPa', constraint: '', maxOccur: '' },
|
||||
{ index: '14', cnName: '28d抗压强度', enName: '28d Compressive Strength', abbr: 'CS28d', definition: '标准养护 28 d 抗压强度', dataType: '浮点型', valueRange: '≥标准限值', unit: 'MPa', constraint: '', maxOccur: '' },
|
||||
{ index: '15', cnName: '原始生产数据链接', enName: 'Raw Data Link', abbr: 'DataLink', definition: '原始或汇总生产数据存储位置', dataType: '字符型（URI）', valueRange: '合法 URI', unit: '—', constraint: 'O', maxOccur: '1' },
|
||||
])
|
||||
|
||||
const table2SpanMethod = () => {}
|
||||
|
||||
const table2RowClass = ({ row }) => {
|
||||
return row._isGroup ? 'group-row' : ''
|
||||
}
|
||||
</script>
|
||||
|
||||
<style scoped>
|
||||
.cement-template-page {
|
||||
padding: 20px;
|
||||
background: #f5f7fa;
|
||||
min-height: calc(100vh - 60px);
|
||||
}
|
||||
|
||||
.page-header {
|
||||
background: linear-gradient(135deg, #1b2a4a 0%, #2d4a7a 50%, #3a6fb5 100%);
|
||||
border-radius: 12px;
|
||||
padding: 28px 36px;
|
||||
margin-bottom: 20px;
|
||||
color: #fff;
|
||||
}
|
||||
|
||||
.page-header h2 {
|
||||
margin: 0 0 6px 0;
|
||||
font-size: 22px;
|
||||
font-weight: 600;
|
||||
letter-spacing: 1px;
|
||||
}
|
||||
|
||||
.page-header p {
|
||||
margin: 0;
|
||||
font-size: 14px;
|
||||
opacity: 0.75;
|
||||
font-style: italic;
|
||||
}
|
||||
|
||||
.table-section {
|
||||
background: #fff;
|
||||
border-radius: 10px;
|
||||
padding: 20px 24px;
|
||||
margin-bottom: 20px;
|
||||
box-shadow: 0 2px 8px rgba(0, 0, 0, 0.04);
|
||||
}
|
||||
|
||||
.table-section h3 {
|
||||
margin: 0 0 16px 0;
|
||||
font-size: 17px;
|
||||
font-weight: 600;
|
||||
color: #1b2a4a;
|
||||
padding-bottom: 10px;
|
||||
border-bottom: 2px solid #409eff;
|
||||
display: inline-block;
|
||||
}
|
||||
|
||||
:deep(.group-row) {
|
||||
background-color: #ecf5ff !important;
|
||||
font-weight: 600;
|
||||
}
|
||||
|
||||
:deep(.el-table th) {
|
||||
background-color: #1b2a4a !important;
|
||||
color: #fff !important;
|
||||
font-weight: 600;
|
||||
font-size: 13px;
|
||||
}
|
||||
|
||||
:deep(.el-table td) {
|
||||
font-size: 13px;
|
||||
}
|
||||
|
||||
:deep(.el-table .cell) {
|
||||
word-break: break-word;
|
||||
line-height: 1.6;
|
||||
}
|
||||
</style>
|
||||
Loading…
Reference in New Issue