A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
According to a monitoring and alarming system adopting a big data technology, due to the installation of an anti-reverse air inlet block, air cannot return to an air inlet pipe after entering the inner cavity of an inner air container, so that the air is kept to continuously enter the inner cavity of the inner air container and the inner cavity of the inner air container, and the size of an air bag or the thickness of an early-warning contact plate can be adjusted, and early-warning restriction of the whole device is adjusted; the two ends of the inner gas container expand towards the two sides, the right end of the inner gas container touches the left end of the early-warning contact plate, induction contact of the early-warning contact plate is triggered, signals are transmitted to a remote terminal, the remote terminal opens an opening valve while receiving the signals, gas in the inner cavity of the inner gas container is exhausted into the inner cavity of a circulating pipe, and gas in the inner cavity of the inner gas container is lost, so that the two ends of the inner cavity are shrunk to the volume in a quasi-working state, gas in the inner cavity of the circulating pipe flows in the inner cavity of the circulating pipe due to pushing force released by the gas in the inner cavity of the inner gas container and enters the inner cavity of the gas bag through a vent pipeinstalled at the left end of the gas bag, and gas in the device can circulate.
本发明公开了一种采用大数据技术的监控及报警系统，因防反进气块的安装，使气体进入内气胆内腔后，无法返回进气管，使气体保持在内气胆内腔，内气胆内腔不断进气，可通过调整气囊的大小或预警接触板的厚度，从而调整整体装置的预警限制，内气胆两端向两侧膨胀，其右端触碰到预警接触板的左端，会触发预警接触板的感应接触，通过向远程终端传输信号，远程终端在收到信号的同时，将开启阀开启，使内气胆内腔的气体排入循环管内腔，内气胆内腔的气体流失从而使其两端收缩至准工作状态下的体积，循环管内腔的气体因内气胆内腔的气体释放推动力，在循环管内腔流动，通过气囊左端安装的通气管，进入气囊内腔，使装置内气体可进行循环。
According to a monitoring and alarming system adopting a big data technology, due to the installation of an anti-reverse air inlet block, air cannot return to an air inlet pipe after entering the inner cavity of an inner air container, so that the air is kept to continuously enter the inner cavity of the inner air container and the inner cavity of the inner air container, and the size of an air bag or the thickness of an early-warning contact plate can be adjusted, and early-warning restriction of the whole device is adjusted; the two ends of the inner gas container expand towards the two sides, the right end of the inner gas container touches the left end of the early-warning contact plate, induction contact of the early-warning contact plate is triggered, signals are transmitted to a remote terminal, the remote terminal opens an opening valve while receiving the signals, gas in the inner cavity of the inner gas container is exhausted into the inner cavity of a circulating pipe, and gas in the inner cavity of the inner gas container is lost, so that the two ends of the inner cavity are shrunk to the volume in a quasi-working state, gas in the inner cavity of the circulating pipe flows in the inner cavity of the circulating pipe due to pushing force released by the gas in the inner cavity of the inner gas container and enters the inner cavity of the gas bag through a vent pipeinstalled at the left end of the gas bag, and gas in the device can circulate.
本发明公开了一种采用大数据技术的监控及报警系统，因防反进气块的安装，使气体进入内气胆内腔后，无法返回进气管，使气体保持在内气胆内腔，内气胆内腔不断进气，可通过调整气囊的大小或预警接触板的厚度，从而调整整体装置的预警限制，内气胆两端向两侧膨胀，其右端触碰到预警接触板的左端，会触发预警接触板的感应接触，通过向远程终端传输信号，远程终端在收到信号的同时，将开启阀开启，使内气胆内腔的气体排入循环管内腔，内气胆内腔的气体流失从而使其两端收缩至准工作状态下的体积，循环管内腔的气体因内气胆内腔的气体释放推动力，在循环管内腔流动，通过气囊左端安装的通气管，进入气囊内腔，使装置内气体可进行循环。
Monitoring and alarming system adopting big data technology
一种采用大数据技术的监控及报警系统
MA XIPING (author)
2021-01-29
Patent
Electronic Resource
Chinese
IPC:
G08B
SIGNALLING OR CALLING SYSTEMS
,
Signalisier- oder Rufsysteme
/
E01F
ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
,
Zusätzliche Baumaßnahmen, wie die Ausstattung von Straßen oder die bauliche Ausbildung von Bahnsteigen, Landeplätzen für Hubschrauber, Wegweisern, Schneezäunen oder dgl.
/
G06K
Erkennen von Daten
,
RECOGNITION OF DATA
/
G06M
COUNTING MECHANISMS
,
Zählwerke
/
H04N
PICTORIAL COMMUNICATION, e.g. TELEVISION
,
Bildübertragung, z.B. Fernsehen
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