案例

捷顺智能停车场管理系统设计方案

  捷顺智能停车场管理系统设计方案_计算机软件及应用_IT/计算机_专业资料。 目录 系统功能与结构 ······························ 4 本方案设计依据: ································4 一、 系统设计方案总则

  目录 系统功能与结构 ······························ 4 本方案设计依据: ································4 一、 系统设计方案总则 ····························4 1、系统功能概述 ······························4 2、系统基本功能及特点 ···························9 3、设计目标及原则 ·····························9 4、管理体制 ······························· 10 5、收费体制及标准 ···························· 10 二、系统的构成与设计 ····························· 11 1、系统拓朴结构 ····························· 11 2、网络拓扑图 ······························ 13 3、系统工作流程 ····························· 14 三、系统主要设备简介 ····························· 19 1、安捷自动道闸 ····························· 19 2、车辆检测器 ······························ 20 3、出入口控制主机 ···························· 21 四、一进一出停车场系统图 ··························· 23 五、钱柜娱乐!组合岗亭 ································· 23 停车场管理系统软件 ······························· 25 一、出入管理 ································· 26 二、联机通讯 ································· 27 三、IC 卡管理································· 30 四、查询管理 ································· 32 五、报表打印 ································· 35 六、辅助管理 ································· 36 工程实施及售后服务 ······························· 41 一、 施工人员组成(乙方): ··························· 41 二、 工程执行流程图: ····························· 41 三、培训计划:································· 41 四、维护服务 ································· 42 五、维修服务 ································· 42 六、以下情况不属保修范围 ··························· 42 七、更新改进服务 ······························· 42 八、建立用户档案,完善产品质量 ························ 43 质量保证方案 ·································· 45 一、质量保证任务范围 ····························· 45 二、质量保证执行方式 ····························· 45 三、质量保证管理方法 ····························· 45 四、安捷科技实业的质量方针为: ························ 47 资格认证 ···································· 48 停车场系统部分工程实例 ························· 49 系统功能与结构 本方案设计依据: 《建筑智能化系统工程设计管理暂行规定》建设部 1997 《民用建筑电气设计规范》(JGJ/T16-92)建设部 《智能建筑设计标准》(DBJ08-4-95)上海市建委 1996 《建筑和建筑群综合布线工程设计规范》中国工程建设标准协会 1997 《建筑和建筑群综合布线工程施工及验收规范》中国工程建设标准协会 1997 《大楼通信综合布线 《火灾自动报警系统设计规范》国家计委 1988 一、 系统设计方案总则 1、系统功能概述 1.1 入场控制功能: ? 节省人力:入口实现无人管理模式; ? 身份识别:判断前来刷卡的车辆是否具有入场权限; ? 临时发卡:对临时进入停车场的车辆自动发放临时停车卡;发卡方式可选择 有车按扭出卡、无车按钮出卡、电脑出卡;自动发放的临时卡读卡方式可选 择有车读卡、无车读卡;发卡机出卡后必须待车主将卡拿至手中道闸才能开 启,当卡片发出来后 20 秒钟内未被人取走、发卡机会自动将卡收回机箱内, 避免卡的丢失; ? 信息记录:读卡时同步自动记录入场时间、入场地点、车辆信息、车主身份; ? 图像摄取:与开闸指令同步摄取入场车辆图像并存储到数据库中,以备出场 时进行车辆核对与以后查阅; ? 车牌识别:自动提取入场车辆的车牌号码,作为车辆进入停车场的具有唯一 性的识别标志,可以供出场时进行车辆识别与以后查阅; ? 满位显示:停车场内车位已停满时,通过 LED 显示屏提示前来的车辆,同 时禁止按钮出卡,但依然保留电脑出卡功能以满足一些特殊的车辆与人员的 入场要求; ? 区位引导:提示、指引进入停车场的车辆就近行驶到一个