Abstract: A temperature adjustment method by using an intelligent toilet includes obtaining an indoor temperature from an air temperature sensor of the intelligent toilet in response to a determination that a warm air function or a flushing function remains inactivated for a preset time duration. The method also includes determining a to-be-adjusted temperature setting according to the indoor temperature. The method also includes setting a current temperature setting of the intelligent toilet to the to-be-adjusted temperature setting in response to a determination that the current temperature setting of the intelligent toilet is different from the to-be-adjusted temperature setting.

Abstract: A seat ring of a toilet includes a seat ring body and a cleaning assembly disposed in the seat ring body. The cleaning assembly includes a cleaning pipe disposed in the seat ring body; a water inlet disposed at a rear end of the cleaning pipe; a first opening disposed at a front end of the cleaning pipe; a sliding pipe configured to extend from or retract into the cleaning pipe via the first opening; a second opening disposed at a front end of the sliding pipe; a nozzle connected to the second opening; and at least one drainage groove disposed on a pipe wall of the cleaning pipe or a pipe wall of the sliding pipe and configured to discharge fluid between the cleaning pipe and the sliding pipe.

Abstract: Provided are a camera multi-line time-division exposure processing method and a system. N sensor lines correspond to the n light sources in a one-to-one correspondence. The sensor lines is configured to respectively collect image data of an object moving through the camera's field of view along one direction under the corresponding light sources. The method includes: obtaining a trigger signal to trigger at one time the n light sources to turn on and off sequentially, collecting image data of the object exposed under a turned-on light source, and extracting image data of the object obtained by one sensor line corresponding to the turned-on light source as valid data; splicing all the valid data of the same portion of the object to obtain a spliced image under different light sources; and cyclically outputting the spliced image to obtain a complete image of the object.

Abstract: A temperature adjustment method by using an intelligent toilet includes obtaining an indoor temperature from an air temperature sensor of the intelligent toilet in response to a determination that a warm air function or a flushing function remains inactivated for a preset time duration. The method also includes determining a to-be-adjusted temperature setting according to the indoor temperature. The method also includes setting a current temperature setting of the intelligent toilet to the to-be-adjusted temperature setting in response to a determination that the current temperature setting of the intelligent toilet is different from the to-be-adjusted temperature setting.

Abstract: The present disclosure discloses a camera exposure processing method and system. The method includes: obtaining trigger signals, the trigger signals being used to trigger the camera to collect image data and trigger the light source to turn on and off in turn in a fixed sequence; triggering cyclically n light sources to turn on in turn; triggering multiple sensor lines of the camera to perform image acquisition on the object simultaneously; extracting the image data of the exposed object under the turned-on light source collected by the multiple sensor lines to obtain effective data of the object, wherein a sequential lighting order is that after a former light source is cyclically turned on y times, a latter light source is cyclically turned on y times; and splicing all image data of the same position of the object to obtain a spliced image of the object under different light sources.

Abstract: Provided are a camera multi-line time-division exposure processing method and a system. N sensor lines correspond to the n light sources in a one-to-one correspondence. The sensor lines is configured to respectively collect image data of an object moving through the camera's field of view along one direction under the corresponding light sources. The method includes: obtaining a trigger signal to trigger at one time the n light sources to turn on and off sequentially, collecting image data of the object exposed under a turned-on light source, and extracting image data of the object obtained by one sensor line corresponding to the turned-on light source as valid data; splicing all the valid data of the same portion of the object to obtain a spliced image under different light sources; and cyclically outputting the spliced image to obtain a complete image of the object.

Abstract: The present disclosure discloses a camera exposure processing method and system. The method includes: obtaining trigger signals, the trigger signals being used to trigger the camera to collect image data and trigger the light source to turn on and off in turn in a fixed sequence; triggering cyclically n light sources to turn on in turn; triggering multiple sensor lines of the camera to perform image acquisition on the object simultaneously; extracting the image data of the exposed object under the turned-on light source collected by the multiple sensor lines to obtain effective data of the object, wherein a sequential lighting order is that after a former light source is cyclically turned on y times, a latter light source is cyclically turned on y times; and splicing all image data of the same position of the object to obtain a spliced image of the object under different light sources.

Abstract: A process includes setting a preset temperature; setting up a counter, wherein a first number is displayed on the counter in response to a water control switch switching from a low position to a high position, a second number is displayed on the counter in response to the water control switching from the high position to the low position; setting a target temperature in response to a first determination as to whether the first number or the second number is displayed on the counter, wherein the target temperature is equal to the preset temperature in response to the first number being displayed and the target temperature is equal to preset temperature less an adjustment temperature in response to the second number being displayed; and maintaining the target temperature for a period of time, then restoring the target temperature to the preset temperature after the period of time.

Abstract: A process includes setting a preset temperature; setting up a counter, wherein a first number is displayed on the counter in response to a water control switch switching from a low position to a high position, a second number is displayed on the counter in response to the water control switching from the high position to the low position; setting a target temperature in response to a first determination as to whether the first number or the second number is displayed on the counter, wherein the target temperature is equal to the preset temperature in response to the first number being displayed and the target temperature is equal to preset temperature less an adjustment temperature in response to the second number being displayed; and maintaining the target temperature for a period of time, then restoring the target temperature to the preset temperature after the period of time.

Abstract: A method for detecting water level in a water tank that includes a probe voltage value acquiring step comprising periodically acquiring a voltage value of a water level probe as a probe voltage value; a voltage value comparing step that compares the probe voltage value with a stored voltage threshold value, if the probe voltage value is lower than the voltage threshold value, the method determines that the water tank level is higher than the water level probe and updates the water data to be the probe voltage value, and if the probe voltage value is higher than the voltage threshold value, the method determines that the water tank level is lower than the water level probe and updates the waterless data to be the probe voltage value; and a threshold value updating step that updates the voltage threshold value in response to the water data and the waterless data.

Abstract: A process includes setting a preset temperature; setting up a counter, wherein a first number is displayed on the counter in response to a water control switch switching from a low position to a high position, a second number is displayed on the counter in response to the water control switching from the high position to the low position; setting a target temperature in response to a first determination as to whether the first number or the second number is displayed on the counter, wherein the target temperature is equal to the preset temperature in response to the first number being displayed and the target temperature is equal to preset temperature less an adjustment temperature in response to the second number being displayed; and maintaining the target temperature for a period of time, then restoring the target temperature to the preset temperature after the period of time.

Abstract: A method for detecting water level in a water tank that includes a probe voltage value acquiring step comprising periodically acquiring a voltage value of a water level probe as a probe voltage value; a voltage value comparing step that compares the probe voltage value with a stored voltage threshold value, if the probe voltage value is lower than the voltage threshold value, the method determines that the water tank level is higher than the water level probe and updates the water data to be the probe voltage value, and if the probe voltage value is higher than the voltage threshold value, the method determines that the water tank level is lower than the water level probe and updates the waterless data to be the probe voltage value; and a threshold value updating step that updates the voltage threshold value in response to the water data and the waterless data.

Abstract: A process includes setting a preset temperature; setting up a counter, wherein a first number is displayed on the counter in response to a water control switch switching from a low position to a high position, a second number is displayed on the counter in response to the water control switching from the high position to the low position; setting a target temperature in response to a first determination as to whether the first number or the second number is displayed on the counter, wherein the target temperature is equal to the preset temperature in response to the first number being displayed and the target temperature is equal to preset temperature less an adjustment temperature in response to the second number being displayed; and maintaining the target temperature for a period of time, then restoring the target temperature to the preset temperature after the period of time.