A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an intelligent closestool gesture control method. The method comprises the steps: step 1, acquiring an actual distance matrix between a gesture of a user and a preset positionin a preset time period in real time; step 2, converting the actual distance matrixes into a horizontal distance matrix; step 3, judging whether the gesture of the user is in a closestool intelligentcontrol trigger area or not according to the horizontal distance matrix; step 4, extracting actual static gesture feature data in the horizontal distance matrix; step 5, performing comparative analysis on the actual static gesture feature data and the standard static gesture feature data; step 6, forming actual dynamic gesture feature data by the actual static gesture feature data, and comparingand analyzing the actual dynamic gesture feature data with standard dynamic gesture feature data calibrated in advance; and step 7, correspondingly controlling the closestool based on the comparison and analysis result. The closestool is accurately controlled by accurately recognizing the static gesture and the dynamic gesture of the user.
本发明涉及一种智能马桶手势控制方法，包括步骤一、实时获取预设时间段内使用者的手势与预定位置的实际距离矩阵；步骤二、将实际距离矩阵均转化为水平距离矩阵；步骤三、根据水平距离矩阵判定使用者的手势是否处于马桶智能控制触发区域内；步骤四、提取水平距离矩阵中的实际静态手势特征数据；步骤五、将实际静态手势特征数据与标准静态手势特征数据进行比对分析；步骤六、将实际静态手势特征数据组成一个实际动态手势特征数据，并将实际动态手势特征数据与提前标定的标准动态手势特征数据进行比对分析；步骤七、基于比对分析结果对马桶进行相应控制。本发明通过精确识别使用者的静态手势和动态手势来实现精确控制马桶。
The invention relates to an intelligent closestool gesture control method. The method comprises the steps: step 1, acquiring an actual distance matrix between a gesture of a user and a preset positionin a preset time period in real time; step 2, converting the actual distance matrixes into a horizontal distance matrix; step 3, judging whether the gesture of the user is in a closestool intelligentcontrol trigger area or not according to the horizontal distance matrix; step 4, extracting actual static gesture feature data in the horizontal distance matrix; step 5, performing comparative analysis on the actual static gesture feature data and the standard static gesture feature data; step 6, forming actual dynamic gesture feature data by the actual static gesture feature data, and comparingand analyzing the actual dynamic gesture feature data with standard dynamic gesture feature data calibrated in advance; and step 7, correspondingly controlling the closestool based on the comparison and analysis result. The closestool is accurately controlled by accurately recognizing the static gesture and the dynamic gesture of the user.
本发明涉及一种智能马桶手势控制方法，包括步骤一、实时获取预设时间段内使用者的手势与预定位置的实际距离矩阵；步骤二、将实际距离矩阵均转化为水平距离矩阵；步骤三、根据水平距离矩阵判定使用者的手势是否处于马桶智能控制触发区域内；步骤四、提取水平距离矩阵中的实际静态手势特征数据；步骤五、将实际静态手势特征数据与标准静态手势特征数据进行比对分析；步骤六、将实际静态手势特征数据组成一个实际动态手势特征数据，并将实际动态手势特征数据与提前标定的标准动态手势特征数据进行比对分析；步骤七、基于比对分析结果对马桶进行相应控制。本发明通过精确识别使用者的静态手势和动态手势来实现精确控制马桶。
Intelligent closestool gesture control method
一种智能马桶手势控制方法
HU BOQING (author)
2020-07-10
Patent
Electronic Resource
Chinese
IPC:
E03D
WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES
,
Wasserklosetts oder Urinale mit Spülvorrichtungen
/
A47K
Sanitäre Ausstattung, soweit nicht anderweitig vorgesehen
,
SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR
/
G06F
ELECTRIC DIGITAL DATA PROCESSING
,
Elektrische digitale Datenverarbeitung
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