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Flushing control method of intelligent closestool, intelligent closestool and electronic equipment
The invention discloses a flushing control method of an intelligent closestool, the intelligent closestool and electronic equipment, the intelligent closestool is provided with a bent pipe and a flushing control mechanism, the intelligent closestool comprises a siphon detection mechanism and a microcontroller, the intelligent closestool responds to starting of the flushing control mechanism, and the siphon detection mechanism is used for detecting whether a siphon state is formed in the bent pipe or not; the siphon detection mechanism and the flushing control mechanism are respectively connected to the microcontroller; when the siphon detection mechanism detects that a siphon state is formed in the bent pipe, the microcontroller controls the flushing control mechanism to stop running, and the total running duration of the flushing control mechanism is smaller than or equal to the default flushing duration of the intelligent closestool. When the siphon detection mechanism detects that the siphon state is formed in the bent pipe, the flushing control mechanism is controlled to stop running, so that the water-saving performance of the intelligent closestool is improved by controlling the running duration of the flushing control mechanism.
本申请公开了一种智能马桶的冲水控制方法、智能马桶及电子设备，其中，智能马桶具有弯管和冲水控制机构，智能马桶包括虹吸检测机构以及微控制器，响应于所述冲水控制机构启动，虹吸检测机构用于检测所述弯管内是否形成虹吸状态；所述虹吸检测机构及所述冲水控制机构分别连接于所述微控制器；响应于所述虹吸检测机构检测到所述弯管内形成虹吸状态，所述微控制器控制所述冲水控制机构停止运行，其中，所述冲水控制机构的运行总时长小于或等于所述智能马桶的默认冲水时长。本申请示例通过虹吸检测机构检测弯管内形成虹吸状态时，控制冲水控制机构停止运行，以通过控制冲水控制机构的运行时长来提升智能马桶的节水性能。
Flushing control method of intelligent closestool, intelligent closestool and electronic equipment
The invention discloses a flushing control method of an intelligent closestool, the intelligent closestool and electronic equipment, the intelligent closestool is provided with a bent pipe and a flushing control mechanism, the intelligent closestool comprises a siphon detection mechanism and a microcontroller, the intelligent closestool responds to starting of the flushing control mechanism, and the siphon detection mechanism is used for detecting whether a siphon state is formed in the bent pipe or not; the siphon detection mechanism and the flushing control mechanism are respectively connected to the microcontroller; when the siphon detection mechanism detects that a siphon state is formed in the bent pipe, the microcontroller controls the flushing control mechanism to stop running, and the total running duration of the flushing control mechanism is smaller than or equal to the default flushing duration of the intelligent closestool. When the siphon detection mechanism detects that the siphon state is formed in the bent pipe, the flushing control mechanism is controlled to stop running, so that the water-saving performance of the intelligent closestool is improved by controlling the running duration of the flushing control mechanism.
本申请公开了一种智能马桶的冲水控制方法、智能马桶及电子设备，其中，智能马桶具有弯管和冲水控制机构，智能马桶包括虹吸检测机构以及微控制器，响应于所述冲水控制机构启动，虹吸检测机构用于检测所述弯管内是否形成虹吸状态；所述虹吸检测机构及所述冲水控制机构分别连接于所述微控制器；响应于所述虹吸检测机构检测到所述弯管内形成虹吸状态，所述微控制器控制所述冲水控制机构停止运行，其中，所述冲水控制机构的运行总时长小于或等于所述智能马桶的默认冲水时长。本申请示例通过虹吸检测机构检测弯管内形成虹吸状态时，控制冲水控制机构停止运行，以通过控制冲水控制机构的运行时长来提升智能马桶的节水性能。
Flushing control method of intelligent closestool, intelligent closestool and electronic equipment
智能马桶的冲水控制方法、智能马桶及电子设备
CHEN ZHUCHUN (author) / JING LINHUI (author)
2024-06-07
Patent
Electronic Resource
Chinese
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