A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-overflow structure of toilet bowl and control method thereof
The invention provides an anti-overflow structure of a toilet bowl, which comprises a ceramic seat, wherein an overflow groove is arranged on the ceramic seat; a water level detector which is arrangedbelow the overflow groove; a control substrate which is arranged on the outer side of the ceramic seat and is connected with the water level detector through a first lead; an electromagnetic controlvalve which is arranged on the outer side of the ceramic base and connected with the control substrate through a second lead, and is connected with the flushing port and the water supply end of the ceramic base through water pipes. A control method of an anti-overflow structure of a toilet bowl comprises the following steps that S1, a water level detector detects the water level height and feeds back the water level height to a control base plate; S2, the control substrate judges whether the water level exceeds a water line or not according to the received water level height signal; when it isjudged that the current water level exceeds the water line, the step 3 is entered; when it is judged that the current water level does not exceed the water line, the step 4 is entered; S3, the electromagnetic control valve is closed, and water inflow is stopped; and S4, the electromagnetic control valve is kept open, and water continues to be fed.
本发明提供了一种座便器的防漫水结构，包括：陶瓷座，所述陶瓷座上方设置有一溢流槽；水位探测器，设置于溢流槽的下方；控制基板，设置于陶瓷座外侧，通过第一引线与水位探测器相连接；电磁控制阀，设置于陶瓷座外侧，通过第二引线与控制基板相连接，其中电磁控制阀通过水管分别连接陶瓷座的冲水口和供水端。一种座便器的防漫水结构的控制方法，包括以下步骤：S1,水位探测器探测到水位高度，并反馈给控制基板；S2，控制基板根据接收到的水位高度信号，判断水位是否超过水位线；当判断当前水位超过水位线时，进入步骤3；当判断当前水位不超过水位线时，进入步骤4；S3，电磁控制阀关闭，停止进水；S4，电磁控制阀保持开启，继续进水。
Anti-overflow structure of toilet bowl and control method thereof
The invention provides an anti-overflow structure of a toilet bowl, which comprises a ceramic seat, wherein an overflow groove is arranged on the ceramic seat; a water level detector which is arrangedbelow the overflow groove; a control substrate which is arranged on the outer side of the ceramic seat and is connected with the water level detector through a first lead; an electromagnetic controlvalve which is arranged on the outer side of the ceramic base and connected with the control substrate through a second lead, and is connected with the flushing port and the water supply end of the ceramic base through water pipes. A control method of an anti-overflow structure of a toilet bowl comprises the following steps that S1, a water level detector detects the water level height and feeds back the water level height to a control base plate; S2, the control substrate judges whether the water level exceeds a water line or not according to the received water level height signal; when it isjudged that the current water level exceeds the water line, the step 3 is entered; when it is judged that the current water level does not exceed the water line, the step 4 is entered; S3, the electromagnetic control valve is closed, and water inflow is stopped; and S4, the electromagnetic control valve is kept open, and water continues to be fed.
本发明提供了一种座便器的防漫水结构，包括：陶瓷座，所述陶瓷座上方设置有一溢流槽；水位探测器，设置于溢流槽的下方；控制基板，设置于陶瓷座外侧，通过第一引线与水位探测器相连接；电磁控制阀，设置于陶瓷座外侧，通过第二引线与控制基板相连接，其中电磁控制阀通过水管分别连接陶瓷座的冲水口和供水端。一种座便器的防漫水结构的控制方法，包括以下步骤：S1,水位探测器探测到水位高度，并反馈给控制基板；S2，控制基板根据接收到的水位高度信号，判断水位是否超过水位线；当判断当前水位超过水位线时，进入步骤3；当判断当前水位不超过水位线时，进入步骤4；S3，电磁控制阀关闭，停止进水；S4，电磁控制阀保持开启，继续进水。
Anti-overflow structure of toilet bowl and control method thereof
座便器的防漫水结构与其控制方法
CHEN GUOBIN (author) / DAI ZHENYU (author) / CHEN FUQIANG (author)
2020-06-23
Patent
Electronic Resource
Chinese
IPC:
E03D
WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES
,
Wasserklosetts oder Urinale mit Spülvorrichtungen
/
G01F
Messen des Volumens, des Durchflussvolumens, des Massendurchflusses oder des Füllstandes
,
MEASURING VOLUME, VOLUME FLOW, MASS FLOW, OR LIQUID LEVEL
/
G05B
Steuer- oder Regelsysteme allgemein
,
CONTROL OR REGULATING SYSTEMS IN GENERAL