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Intelligent Infusion Monitoring System
智能输液监测系统

Develop a comprehensive and intelligent infusion process monitoring and management system. Through precise parameter settings, real-time infusion status monitoring, efficient exception handling, and convenient nurse station management, the system aims to prevent infusion accidents and enhance medical care safety and efficiency.
开发全面、智能的输液过程监控和管理系统。该系统通过精确的参数设置、实时输液状态监测、高效的异常处理和便捷的护士站管理,旨在防止输液事故,提高医疗护理安全性和效率。

Core Module Design
核心模块设计

1. Infusion Parameter Setting Module
1. 输液参数设置模块

Functions:
功能:

- Provides medical staff with an intuitive and precise interface for setting key parameters (flow rate, total volume, medication type)
- 为医务人员提供直观而精确的界面,用于设置关键参数(流速、总体积、药物类型)

- Supports flexible adjustment of infusion plans based on medication characteristics and patient needs
- 支持根据用药特性和患者需求灵活调整输液计划

- Ensures parameter accuracy and validity
- 确保参数的准确性和有效性

Technical Implementation:
技术实施:

- Uses QSpinBox and QDoubleSpinBox for numerical inputs (flow rate range: 0.1-999.9mL/h, total volume: 0-9999mL)
- 使用 QSpinBox 和 QDoubleSpinBox 进行数字输入(流速范围:0.1-999.9 mL/h,总体积:0-9999 mL)

- Implements QComboBox for medication selection with pre-loaded common drugs and properties
- 实施 QComboBox 进行药物选择,预装常见药物和特性

- Includes parameter validation with QMessageBox error prompts
- 包括带有 QMessageBox 错误提示的参数验证

- Supports multi-channel parallel settings for simultaneous medication infusions
- 支持多通道并行设置,以便同时输注药物

2. Infusion Process Monitoring Module
2. 输液过程监控模块

Functions:
功能:

- Provides comprehensive real-time monitoring of remaining volume, flow stability, and drip rate
- 提供对剩余体积、流量稳定性和滴速的全面实时监控

- Visually displays infusion progress for timely medical intervention
- 直观地显示输液进度,以便及时进行医疗干预

Technical Implementation:
技术实施:

- Uses QChart to plot infusion progress curves (time vs. remaining volume)
- 使用 QChart 绘制输注进度曲线(时间与剩余体积)

- Implements QTimer for periodic (e.g., every 5 seconds) drip rate simulation
- 实现 QTimer 进行定期(例如,每 5 秒)滴水速率模拟

- Develops bubble detection algorithms through simulated pressure sensor data analysis
- 通过模拟压力传感器数据分析开发气泡检测算法

3. Exception Handling and Alarm Module
3. 异常处理和告警模块

Functions:
功能:

- Quickly identifies and handles various exceptions (blockages, abnormal drip rates, infusion completion)
- 快速识别和处理各种异常情况(堵塞、异常滴注率、输液完成)

- Provides multiple alarm methods to ensure infusion safety
- 提供多种报警方式,确保输液安全

Technical Implementation:
技术实施:

- Uses QStateMachine framework to design alarm logic with different states
- 使用 QStateMachine 框架设计不同状态的告警逻辑

- Supports local alarms (QSound, QMessageBox) and remote notifications
- 支持本地警报(QSound、QMessageBox)和远程通知

- Implements manual/automatic infusion pause functionality
- 实现手动/自动输液暂停功能

4. Nurse Station Management Module
4. 护士站管理模块

Functions:
功能:

- Provides centralized monitoring platform for multiple infusion beds
- 为多个输液床位提供集中监测平台

- Enables unified management of all infusion patients in the ward
- 实现病房内所有输液患者的统一管理

Technical Implementation:
技术实施:

- Uses QTableView to display bed information in tabular format
- 使用 QTableView 以表格格式显示床位信息

- Supports bed management functions (add/delete/edit)
- 支持床管理功能(添加/删除/编辑)

- Implements nurse scheduling with user permission systems
- 使用用户权限系统实施护士调度

5. Historical Data Analysis Module
5. 历史数据分析模块

Functions:
功能:

- Performs in-depth analysis of infusion history data
- 对输液历史数据进行深入分析

- Provides statistical indicators for process optimization
- 为流程优化提供统计指标

Technical Implementation:
技术实施:

- Designs SQL-based data aggregation queries
- 设计基于 SQL 的数据聚合查询

- Generates statistical charts using QChart (bar charts, pie charts)
- 使用 QChart 生成统计图表(条形图、饼图)

- Supports exception event backtracking analysis
- 支持异常事件回溯分析

Submission Requirements:
提交要求:

1. Source Code
1. 源代码

• Complete Qt project
• 完成 Qt 项目

• Include .pro file
• 包括 .pro 文件

2. Written Report (docx)
2. 书面报告 (docx)

• Program feature description
• 程序功能描述

• Challenges and solutions
• 挑战和解决方案

• Interface screenshot
• 界面截图

3. Packaging
3. 包装

• Zip file format
• Zip 文件格式

• Naming convention: Name_StudentID_IIMS.zip
• 命名约定:Name_StudentID_IIMS.zip

Key Assessment Points
关键评估点

1. UI Design Quality(30%):
1. UI 设计质量 30%)

- Clean, professional medical interface compliant with equipment standards
- 符合设备标准的干净、专业的医疗接口

- Logical control layout and clear information display
- 逻辑控制布局和清晰的信息显示

2. Module Decoupling(10%):
2. 模块解耦 10%)

- Implements signal-slot/event mechanisms for low-coupling communication
- 实现信号槽/事件机制,实现低耦合通信

- Ensures independent yet collaborative module functionality
- 确保独立但协作的模块功能

3. Exception Handling(15%):
3. 异常处理 15%)

- Comprehensive error capture mechanisms
- 全面的错误捕获机制

- Stable operation under various conditions
- 在各种条件下稳定运行

4. Code Quality(35%):
4. 代码质量 35%)

- Reasonable class design following OOP principles
- 遵循 OOP 原则的合理类设计

- Clear code comments and Qt coding style compliance
- 清晰的代码注释和 Qt 编码风格合规性

5. Extensibility(10%):
5. 可扩展性 10%)

- Well-designed architecture with interfaces for future expansion
- 精心设计的架构,带有用于未来扩展的接口

- Adaptable to evolving medical requirements
- 适应不断变化的医疗要求