A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Well lid anti-misoperation device, well lid system and anti-misoperation method
The invention discloses a well lid anti-misoperation device, a well lid system and an anti-misoperation method. The well lid anti-misoperation device comprises a supporting rod, an elastic reset piece, a driving part, a driven part, a power generator, an electronic equipment compartment and a radio frequency card reader. Wherein the supporting rod is fixedly connected with the driving part, can move under the gravity action of the well lid, and resets under the elastic action of the elastic resetting piece when the well lid is opened; the driving part can drive the driven part to rotate when moving, so that the generator generates electricity, and the electricity is supplied to the electronic equipment cabin; a processor MCU (Microprogrammed Control Unit) and a wireless module are arranged in the electronic equipment cabin, and the radio frequency card reader can identify whether a radio frequency card exists in a preset range or not, read an ID (Identity) number of the radio frequency card and feed back the ID number to the processor MCU; the wireless module can send information to external equipment under the control of the processor MCU, and the information comprises well lid state information and radio frequency card ID number information. The scheme does not need to adopt a power supply which supplies power stably all the time, so that electric energy is saved.
本申请公开了一种井盖防误操作装置、井盖系统及防误操作方法，所述井盖防误操作装置包括支杆、弹性复位件、驱动部、被驱动部、发电机、电子设备舱和射频读卡器；其中所述支杆与驱动部固定连接，且可在井盖重力作用下移动，并在井盖打开时，在弹性复位件的弹性作用下复位；所述驱动部在移动时可驱动被驱动部转动，进而使得发电机发电，并提供给电子设备舱；所述电子设备舱内设置处理器MCU和无线模块,其中所述射频读卡器能够识别预定范围内是否有射频卡以及读取射频卡的ID号，并反馈给处理器MCU；所述无线模块可在处理器MCU的控制下向外部设备发送信息，所述信息包括井盖状态信息、射频卡ID号信息。这样的方案不需要采用一直稳定供电的电源，节约了电能。
Well lid anti-misoperation device, well lid system and anti-misoperation method
The invention discloses a well lid anti-misoperation device, a well lid system and an anti-misoperation method. The well lid anti-misoperation device comprises a supporting rod, an elastic reset piece, a driving part, a driven part, a power generator, an electronic equipment compartment and a radio frequency card reader. Wherein the supporting rod is fixedly connected with the driving part, can move under the gravity action of the well lid, and resets under the elastic action of the elastic resetting piece when the well lid is opened; the driving part can drive the driven part to rotate when moving, so that the generator generates electricity, and the electricity is supplied to the electronic equipment cabin; a processor MCU (Microprogrammed Control Unit) and a wireless module are arranged in the electronic equipment cabin, and the radio frequency card reader can identify whether a radio frequency card exists in a preset range or not, read an ID (Identity) number of the radio frequency card and feed back the ID number to the processor MCU; the wireless module can send information to external equipment under the control of the processor MCU, and the information comprises well lid state information and radio frequency card ID number information. The scheme does not need to adopt a power supply which supplies power stably all the time, so that electric energy is saved.
本申请公开了一种井盖防误操作装置、井盖系统及防误操作方法，所述井盖防误操作装置包括支杆、弹性复位件、驱动部、被驱动部、发电机、电子设备舱和射频读卡器；其中所述支杆与驱动部固定连接，且可在井盖重力作用下移动，并在井盖打开时，在弹性复位件的弹性作用下复位；所述驱动部在移动时可驱动被驱动部转动，进而使得发电机发电，并提供给电子设备舱；所述电子设备舱内设置处理器MCU和无线模块,其中所述射频读卡器能够识别预定范围内是否有射频卡以及读取射频卡的ID号，并反馈给处理器MCU；所述无线模块可在处理器MCU的控制下向外部设备发送信息，所述信息包括井盖状态信息、射频卡ID号信息。这样的方案不需要采用一直稳定供电的电源，节约了电能。
Well lid anti-misoperation device, well lid system and anti-misoperation method
一种井盖防误操作装置、井盖系统及防误操作方法
MA YAOYU (author) / HUANG HAO (author) / CHEN MENGXIAN (author) / MA SAI (author) / ZHANG ENJIE (author) / JIANG LINGHONG (author) / LIU KUN (author) / WANG MENG (author) / ZHANG BISHENG (author) / ZENG RONG (author)
2022-07-01
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen