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    • 1. 发明专利
    • Data transmission system, and monitoring system
    • 数据传输系统和监控系统
    • JP2011135407A
    • 2011-07-07
    • JP2009293905
    • 2009-12-25
    • Nittan Co Ltdニッタン株式会社
    • ISHIKAWA YASUOTAKAHASHI SHIGEMASAOUCHI KOJIUDONO TOSHITAKA
    • H04Q9/14G08B17/00H04L29/14H04Q9/00
    • H04Q9/16G08B25/007G08B26/001
    • PROBLEM TO BE SOLVED: To provide a data transmission system and a monitoring system, capable of adding a terminal corresponding to a new data transmission system to be connected to the existing transmission line as leaving a terminal existing before corresponding to the conventional data transmission system, and collecting data.
      SOLUTION: A data string is made into a structure where a mode region in which information indicating whether the data string is the one for data collection or the one for terminal control is contained, an address storage region which specifies the terminal, a command region in which information indicating the content of a command to the terminal is contained, and a return data region in which return data are contained are included between a start bit and a stop bit, the stop bit is made replaceable with an extension bit associated with waveform different from waveform showing the bit, and when the stop bit is replaced with the extension bit, the data string is transmitted as a data string obtained by adding an extra data return region in which the return data follow the extension bit.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供一种数据传输系统和监视系统,能够将与要连接到现有传输线路的新的数据传输系统相对应的终端添加到与常规数据相对应之前留下的终端 传输系统和收集数据。 解决方案:数据串被制成其中包含指示数据串是用于数据收集的信息还是用于终端控制的信息的模式区域的结构,指定终端的地址存储区域, 包含指示到终端的命令的内容的信息的指令区域和包含返回数据的返回数据区域包括在起始位和停止位之间,停止位被替换为与扩展位相关联 波形与表示该位的波形不同,当停止位被扩展位替换时,数据串作为数据串发送,该数据串是通过将返回数据追加在扩展位之后的附加数据返回区域而获得的。 版权所有(C)2011,JPO&INPIT
    • 3. 发明专利
    • DISASTER PREVENTION SYSTEM
    • JPH10134276A
    • 1998-05-22
    • JP29188996
    • 1996-11-01
    • NITTAN CO LTD
    • NOBUKUNI MASAHIKOMAKI TETSUYAISHIKAWA YASUO
    • A62B13/00G08B17/00G08B23/00
    • PROBLEM TO BE SOLVED: To provide a disaster prevention system, which can individually set an interlocked state to a non-interlocked and is convenienct at the time of system adjustment or the like, concerning the disaster prevention system for controlling plural smoke prevention equipments while being interlocked with sensing of a fire. SOLUTION: A disaster prevention system 1 is provided with plural fire sensors S1, S2... for sensing the fire and plural smoke prevention equipment ER1, ER2... for preventing the fire or smoke from being spread and controls the predetermined smoke prevention equipment ER1, ER2... based on a fire signal while interlocking them. Then, this system is provided with a batch non-interlock setting means for simultaneously setting all the smoke prevention equipment ER1, ER2... to the non-interlocked state concerning the interlock control of smoke prevention equipment ER1, ER2... based on this fire signal through an operation input and an individual non-interlock setting means for setting the prescribed smoke prevention equipment ER1 and ER2 in the non- interlocked state individually.
    • 4. 发明专利
    • FIRE ALARM SYSTEM
    • JPH09251588A
    • 1997-09-22
    • JP5788896
    • 1996-03-14
    • NITTAN CO LTD
    • NOBUKUNI MASAHIKOISHIKAWA YASUOMAKI TETSUYA
    • G08B17/10G08B17/00G08B29/24
    • PROBLEM TO BE SOLVED: To exclude the influence of noises in discriminating the stain of a smoke sensor outputting a value corresponding to a smoke density from its output value. SOLUTION: A fire alarm system is provided with a high stain discriminating part 6 discriminating the stain which ascends the output value of the smoke sensor 1 and a low stain discriminating part 7 discriminating the stain which descends the value. The high stain discriminating part 6 repeats the comparison of the whole output values of the smoke sensor 1 within a prescribed time with a least upper bound value at every prescribed time. When the whole output values continuously exceeds the least upper bound value for the portion of a prescrived number, it is judged that the smoke sensor 1 is stained. The low stain discriminating part 7 repeats the comparison of the lowest output value within the output values of the smoke sensor 1 within the prescribed time with a low limit value at every prescribed time. Then, it is judged that the smoke sensor 1 is stained when the lowest output value continuously exceeds the lower limit value for the portion of the prescribed number. When the stain for descending the output value is discriminated, alarm which is different from that at the time of discriminating the stain for ascending the output value is issued.