A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The ship lock auxiliary control device structurally comprises a foundation, a door opening and closing controller, a gate and an electric control chamber, and has the following beneficial effects that by connecting a low-position water tank and a high-position water tank and through the water pressure difference between the high-position water tank and the low-position water tank, when the water level is unstable, the water pressure difference can eject and press an electrifying rod of the device to be separated from a detection electrifying plate, and therefore the water level is stable; due to the fact that the device is connected to an opening and closing circuit of the gate in series, the gate can be in a power-off state when the water level is not stable, the controller can be assisted to conduct control and use, and the risk of mistaken opening due to long-time power-on is avoided; according to the device, the water passing baffle can be locked by descending the movable baffle, the danger that the water passing baffle is opened due to too large water pressure is prevented, meanwhile, the auxiliary baffle of the movable baffle can automatically descend due to power failure of the electromagnet to lock the water passing baffle, and the inconvenience that the movable baffle is in a rising state during power failure is prevented.
本发明公开了一种船闸辅助控制装置，其结构包括地基、开关门控制器、闸门、电控室，本发明具有以下有益效果，装置通过连接低位水槽和高位水槽，并通过高低位水槽的水压差，在水位不平稳时，水压差会顶压装置的通电杆脱离检测通电板，而由于装置是串联在闸门的启闭电路上的，所以闸门在水位不平稳时会处于断电状态，从而能够辅助控制器进行控制使用，避免长通电误开的风险，通过在通水控制挡板处设有活动挡板搭配上下固定挡板，通水控制挡板断电时，装置能够通过降下活动挡板进行通水挡板的锁定，防止因为水压过大开启的危险，同时，活动挡板的副挡板也会因为电磁铁断电自动降下进行通水挡板的锁定，防止断电时活动挡板处于升起状态的不便。
The ship lock auxiliary control device structurally comprises a foundation, a door opening and closing controller, a gate and an electric control chamber, and has the following beneficial effects that by connecting a low-position water tank and a high-position water tank and through the water pressure difference between the high-position water tank and the low-position water tank, when the water level is unstable, the water pressure difference can eject and press an electrifying rod of the device to be separated from a detection electrifying plate, and therefore the water level is stable; due to the fact that the device is connected to an opening and closing circuit of the gate in series, the gate can be in a power-off state when the water level is not stable, the controller can be assisted to conduct control and use, and the risk of mistaken opening due to long-time power-on is avoided; according to the device, the water passing baffle can be locked by descending the movable baffle, the danger that the water passing baffle is opened due to too large water pressure is prevented, meanwhile, the auxiliary baffle of the movable baffle can automatically descend due to power failure of the electromagnet to lock the water passing baffle, and the inconvenience that the movable baffle is in a rising state during power failure is prevented.
本发明公开了一种船闸辅助控制装置，其结构包括地基、开关门控制器、闸门、电控室，本发明具有以下有益效果，装置通过连接低位水槽和高位水槽，并通过高低位水槽的水压差，在水位不平稳时，水压差会顶压装置的通电杆脱离检测通电板，而由于装置是串联在闸门的启闭电路上的，所以闸门在水位不平稳时会处于断电状态，从而能够辅助控制器进行控制使用，避免长通电误开的风险，通过在通水控制挡板处设有活动挡板搭配上下固定挡板，通水控制挡板断电时，装置能够通过降下活动挡板进行通水挡板的锁定，防止因为水压过大开启的危险，同时，活动挡板的副挡板也会因为电磁铁断电自动降下进行通水挡板的锁定，防止断电时活动挡板处于升起状态的不便。
Ship lock auxiliary control device
一种船闸辅助控制装置
LIANG JIUMING (author)
2022-07-29
Patent
Electronic Resource
Chinese
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