Overview概览

This is a detailed project proposal along with software system architecture which will give you a clear understanding of the hardware requirements and software design required to automate temperature tracking in Hospitals and other buildings.这是一份详细的项目建议，随着软件系统的体系结构，这将给你一个明确的认识，硬件要求和软件设计所需的自动温度跟踪在医院和其他建筑物。 This shows a highly scalable, low-cost architecture using low-cost temperature sensors from Dallas Semiconductor.这表明，一个高度可扩展，低成本的建筑使用低成本温度传感器由Dallas半导体。

Motivation动机

Temperature automation enables:温度自动化，使：

  • Maintenance of optimum temperature thereby creating a pleasant ambience维修最适温度从而创造一个舒适的氛围
  • Saves energy节约能源
  • Reduces operational, maintenance and manpower cost减少业务，维修及人力成本
  • Scales down the human error component规模下来，人为错误的组成部分
  • Safety from fire breakout etc.从消防安全的外逃等。

A major north American hospital, Victoria General Hospital at Nova Scotia in US, with 600 beds and more than 85 per cent occupancy rate improved energy efficiency by 15 per cent and reduced temperature related complaints by 90 per cent after installing temperature automation system.一个主要的北美医院，维多利亚总医院在新斯科舍省在美国，与600张病床和85 ％以上的入住率提高能源效率由15 ％和减少温度有关的投诉90 ％后，安装温度自动化系统。 Electricity consumption is one of the major operational costs for a centrally air-conditioned hospital like Clueless.电力消费是其中一个主要的业务费用由中央空气调节的医院一样，不懂。 Even a 10% saving can significantly contribute to the bottom line.甚至10 ％的节能可以大大有助于底线。

Project Summary项目概要：

This project will provide custom software (cross platform) to simultaneously monitor room temperature in several locations throughout the hospital using iButton temperature sensors and TINI networked microcontrollers.本项目将提供定制软件（跨平台）同时监测室温在几个地点在整个医院使用iButton的温度传感器和TINI的网络微控制器。

Web based user interface will be provided which will be accessible from computers in the hospital’s LAN network (with proper authorization) including, but not limited to, the server machine.基于Web的用户界面将提供这将可从计算机在医院的局域网（与适当的授权） ，其中包括但不仅限于，伺服器机器。

Architectural Benefits建筑的好处

The proposed architecture directly offers the following benefits:建议的架构，直接提供了以下好处：

  1. Lower cost of hardware – Low-end temperature sensors can equally well serve the purpose thereby reducing the overall cost. 以较低成本的硬件 -低端温度传感器可以同样服务的目的，从而降低整体成本。
  2. Scalability – The system is designed from ground-up to handle large number of temperature sensors without imposing software restrictions. 可伸缩性 -系统的设计是从地面行动，以处理大量的温度传感器施加软件的限制。 Server based processing ensures minimal network communication with iButton devices, which in turn allows safely hooking more of them on a single TINI card.伺服器为基础的处理，确保最低限度的网络通信与iButton的设备，这反过来又可以让更多的安全连接，他们就一个单一的钛镍卡。
  3. Better performance – The processing capability of iButton and TINI card are minimally used. 有更好的表现 -的处理能力和i Button的钛镍卡是用最低限度。 Core processing is done at the server, which has the capability to handle huge loads, unlike the microcontroller devices.核心的处理能力是做在服务器上，其中有能力处理庞大的负载，不同的微控制器设备。 This ensures better performance.这可确保有更好的表现。

Software Stack软件栈

High quality industry proven open source and free software libraries, database and framework will be used for this project as detailed below:高品质的产业证明，开放源代码和免费软件的图书馆，资料库和框架，将被用于这个项目详列如下：

  1. Java will be used as the programming language, for programming the TINI microcontroller, application server backend and user interface.爪哇将被用来作为编程语言，编程TINI的微控制器，应用服务器后端和用户界面。
  2. Java Development Kit 1.1 will be used to develop the microcontroller module for TINI networked microcontroller cards. Java开发工具包1.1将被用来开发微控制器模块TINI的网络微控制器卡。
  3. Java 2 Platform Standard Edition 5.0 will be used for development of the user interface and backend software. Java 2平台标准版5.0将被用于发展的用户界面和后端软件。 This version provides additional capability to develop highly functional user interface and provides mature and robust set of API for backend software development.这个版本提供额外的能力，开发高功能的用户界面，并提供成熟和稳健的一套空气污染指数为后端软件的开发。
  4. Apache Tomcat will be used as Web Server and Application Server. Apache Tomcat和将被用来作为网络服务器与应用服务器中。 Apache Tomcat is the servlet container that is used in the official Reference Implementation for the Java Servlet and JavaServer Pages technologies.使得Apache Tomcat是Servlet的集装箱是用来在官方的参考实现为Java Servlet的和javaserver页面的技术。
  5. MySQL will be used as relational database to keep and provide historical records of temperature. MySQL的将被用来作为关联式资料库，以保存和提供的历史记录温度。 MySQL is arguably the “world’s most popular open source database”. MySQL的可说是“世界上最流行的开放源代码数据库” 。
  6. Javascript and AJAX libraries will be used for high quality responsive user interface. JavaScript和Ajax的图书馆将被用于高品质的响应用户界面。

Download下载

Automated Temperature Sensor Tracking Project Proposal 温度传感器自动跟踪的项目建议书

Help / Support帮助/支持

We would be happy to implement the required software for your hospital / building.我们将很高兴为贯彻落实所需的软件，为您的医院/建设。 Please enquire at sales@taragana.com with your requirements.请询问在sales@taragana.com与您的要求。