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Developmental scientific research on a data entry key board for health log in school sick room utilizing a semiconductor memory.

利用半导体存储器对学校病房健康日志数据输入键盘进行开发科学研究。

基本信息

批准号：
62880034
负责人：
YOKOO Yoshinori
金额：
$ 0.96万
依托单位：
Kobe University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Developmental Scientific Research
财政年份：
1987
资助国家：
日本
起止时间：
1987 至 1988
项目状态：
已结题

项目摘要

This research is a development of a filing system for children who visit the school sick room. Our aim is to process this data by an information processing machine in order to arrange the school environment problems and student's behavior problems. At the moment the data of the students who visit the sick room is daily collected. and input in the computer the next day, which takes a lot of work.It would be ideal if the data could be input into a personal computer at the time they come to the sick room, but having to put a personal computer in every sick room involves a lot of money.To solve these above problems we need an input device which is independent from the personal computer. The data should be stored in this device, so it can be uploaded to the personal computer the next day or the next week.Hardware and software organization: (1) MSX personal computer touch board of the size 200 x 130 mm with a resolution of 5 mm square is used. To be safe we divide the board into a 16 x 16 grid with each sensitive area the size of 9 x 12 mm. (2) For display of the unit we use a 20 character, 4 lines LCD display (Alfa/Num/Kana) which is controlled by ASCII codes. (3) As control processor we use a Zilog Z8 processor with separate. memory for data and program of 9K byte each. In order to let the above hardware component work together we designed the following software: (4) LCD driver (5) touch pad sense driver (6) program loader (7) touch pad data loader (8) data uploaderUsage of the system: The filled in mark-cards are put on the touch pad and the marked areas pressed. The data is stored in the 8K semiconductor memory and the next day this data is transferred to the personal computer. The result is that the data from marked-cards will be stored on the disk of the micro-computer. For confirmation the whole data reappears once more on the screen.

本研究是为学童到学校病室求诊而发展一个档案系统。我们的目标是通过信息处理机处理这些数据，以便安排学校环境问题和学生的行为问题。目前，每天都收集访问病房的学生的数据。第二天再输入电脑，工作量很大，最理想的是在病人来病房时就能把数据输入个人电脑，但要在每间病房都安装个人电脑，费用很高，为了解决上述问题，我们需要一种独立于个人电脑的输入设备。数据应存储在此设备中，以便在第二天或第二周上传到个人电脑。硬件和软件组织：（1）使用MSX个人电脑触摸板，尺寸为200 x 130 mm，分辨率为5 mm见方。为了安全起见，我们将电路板划分为16 x 16的网格，每个敏感区域的大小为9 x 12 mm。（2）对于单元的显示，我们使用20个字符，4行LCD显示器（Alfa/Kana/Kana），由ASCII代码控制。(3)作为控制处理器，我们使用一个Zilog Z 8处理器与单独的。存储器的数据和程序的9 K字节。为了使上述硬件部件能够协同工作，我们设计了以下软件：（4）LCD驱动程序（5）触摸板检测驱动程序（6）程序加载程序（7）触摸板数据加载程序（8）数据上传程序。数据存储在8 K半导体存储器中，第二天将数据传输到个人计算机。其结果是，从标记卡的数据将存储在磁盘上的微型计算机。为了确认，整个数据再次出现在屏幕上。