factory_web/src/views/fac_cal/cement_data_template.vue

276 lines
27 KiB
Vue
Raw Blame History

This file contains ambiguous Unicode characters

This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

<template>
<div class="cement-template-page">
<div class="page-header">
<h2>通用硅酸盐水泥生产工艺数据模板</h2>
<p>Material Data: General Silicate Cement Production Data Template</p>
</div>
<!-- 表一生产工艺数据模板 -->
<div class="table-section">
<h3>通用硅酸盐水泥生产工艺数据模板</h3>
<el-table :data="table1Data" border stripe style="width: 100%" :span-method="table1SpanMethod" size="default">
<el-table-column prop="category" label="分类" width="280" />
<el-table-column prop="field" label="字段" min-width="160" />
<el-table-column prop="dataType" label="数据类型" width="160" />
<el-table-column prop="example" label="示例" min-width="280" />
<el-table-column prop="description" label="说明" min-width="260" />
</el-table>
</div>
<!-- 表二元数据元素详细定义 -->
<div class="table-section">
<h3>元数据元素内容和格式</h3>
<el-table :data="table2Data" border stripe style="width: 100%" :span-method="table2SpanMethod" size="default"
:row-class-name="table2RowClass">
<el-table-column prop="index" label="序号" width="70" align="center" />
<el-table-column prop="cnName" label="中文名称" min-width="160" />
<el-table-column prop="enName" label="英文名称" min-width="240" />
<el-table-column prop="abbr" label="缩写词" width="100" />
<el-table-column prop="definition" label="定义" min-width="280" />
<el-table-column prop="dataType" label="数据类型" width="130" />
<el-table-column prop="valueRange" label="值域" width="160" />
<el-table-column prop="unit" label="单位" width="80" align="center" />
<el-table-column prop="constraint" label="约束" width="60" align="center" />
<el-table-column prop="maxOccur" label="最大出现次数" width="70" align="center" />
</el-table>
</div>
</div>
</template>
<script setup>
import { ref } from 'vue'
// ============ 表一数据 ============
const table1Header = [
{ 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: '' },
{ category: '数据标识', field: '数据时间区间', dataType: '', example: '如2024-06-01 2024-06-14', description: '' },
{ 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: '' },
{ 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: '' },
]
const table1Object = [
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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: '' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
]
const table1Grinding = [
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
]
const table1Homogenization = [
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
]
const table1Conclusion = [
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
]
const table1Data = ref([
...table1Header,
...table1Object,
...table1Grinding,
...table1Homogenization,
...table1Conclusion,
])
// 表一合并单元格
const table1Sections = [
{ start: 0, len: table1Header.length },
{ start: table1Header.length, len: table1Object.length },
{ start: table1Header.length + table1Object.length, len: table1Grinding.length },
{ start: table1Header.length + table1Object.length + table1Grinding.length, len: table1Homogenization.length },
{ start: table1Header.length + table1Object.length + table1Grinding.length + table1Homogenization.length, len: table1Conclusion.length },
]
const table1SpanMethod = ({ rowIndex, columnIndex }) => {
if (columnIndex === 0) {
for (const sec of table1Sections) {
if (rowIndex === sec.start) return { rowspan: sec.len, colspan: 1 }
if (rowIndex > sec.start && rowIndex < sec.start + sec.len) return { rowspan: 0, colspan: 0 }
}
}
}
// ============ 表二数据 ============
const table2Data = ref([
// 一、数据标识
{ 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 },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
// 二、对象
{ 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 },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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' },
{ 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: '03.0', unit: '%', constraint: 'M', maxOccur: '1' },
{ 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' },
{ 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: '3.06.0', 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: '020.0', 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: '7095', 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: '36', 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: '020', 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: ×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: '515', 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: '1020', 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: '70110', 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: '2540', 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: '100250', 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: '0100', 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: '010', 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: '0100', 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: '300450', 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: '010.0', 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>