煤矿压风机系统监测预警数据集合

1、数值范围校验：依据压风机系统运行标准，核验关键参数合理性——风包温度需≤70℃超限值（实时108℃需标记为异常）、系统压力需处于0.71-0.79合理区间（实时风包压力 0.724433符合要求），剔除超出量程的无效数据；2、逻辑一致性检查：验证关联参数的互斥关系——风包排污阀“关到位”（二进制变量 1）时，“打开中”状态必须为0（避免阀门状态矛盾）；压风机“运行” 为 1 时，总管流量应大于 0（确认压风正常输出）；3、数据类型合规校验：确保参数与数据类型适配——二进制变量仅记录0/1（状态标识）、无符号32位值记录非负累计类参数（运行时间、设定时间）、32位浮点数记录高精度连续参数（压力、温度、流量），符合存储规范。1. Numeric Range Validation: Based on the operation standards of the air compressor system, verify the rationality of key parameters. The temperature of the air receiver shall not exceed the 70℃ threshold (the real-time value of 108℃ shall be marked as abnormal), the system pressure shall be within the reasonable range of 0.71 to 0.79 (the real-time air receiver pressure of 0.724433 meets the requirements), and invalid data beyond the measurement range shall be eliminated; 2. Logical Consistency Check: Verify the mutually exclusive relationships of associated parameters. When the air receiver blowdown valve is "fully closed" (binary variable 1), the "opening" state must be 0 to avoid conflicting valve statuses; When the air compressor is "running" (value 1), the main pipe flow rate shall be greater than 0 to confirm normal compressed air output; 3. Data Type Compliance Check: Ensure that parameters are compatible with their corresponding data types: binary variables only record 0/1 as status identifiers; unsigned 32-bit integers record non-negative cumulative parameters such as operating time and set time; 32-bit floating-point numbers record high-precision continuous parameters such as pressure, temperature and flow rate, which comply with storage specifications.