Abstract: A contaminant type detection system and method, which enable detection of the type of the contaminants contained by wireless signals, before or after the use, by the liquid within the component of the ceramic sanitary ware that provides the connection of the ceramic sanitary ware with the wastewater installation, in other words, within the elbow structure, and which, in case a contaminant other than the expected is encountered, enable to inform the user and/or third parties about the contaminant.

Abstract: Disclosed are an automatic flushing system and method, which enable the degree of pollution to be detected and the flushing to be performed automatically according to the degree of pollution following the use of the ceramic sanitary ware. More particularly, in the automatic flushing system and method, it is possible to detect the pollution degree of the liquid within the ceramic sanitary ware and/or within the connecting piece that connects the ceramic sanitary ware to the wastewater installation and also to detect the foreign matter within the liquid by the use of wireless signals, and the flushing is performed automatically with the required quantity of liquid according to the degree of pollution detected.

Abstract: A control system provided is suitable for use in the automated and/or digitized flushing systems with at least one reservoir for the collection of the water to be used in cleaning the toilet bowl, wherein the discharge of the water is realized automatically by at least one sensor and/or digitally by a discharge button operating in a touch-operated manner, and the control system has—a normal mode in which the water is discharged every time the discharge button and/or the sensor is/are triggered and a locking mode in which the discharge of the water within the reservoir is prevented every time the discharge button and/or the sensor is/are triggered. Owing to the control system and the method of operation disclosed herein, it is possible to regulate the operation of a flushing system according to need.

Abstract: Cleaning equipment includes: a body; the water outlet where water passing through the body is delivered to the user; the sensor; the automatic flow mode in which the flow is enabled upon the sensor detecting the presence of an object; the manual flow mode in which the flow is controlled only by the contact of the user; the mixed flow mode in which the flow is able to be controlled both by the user's contact and in a non-contact manner; adjustment members for adjusting the temperature and flow rate of the water; for the adjustment of the temperature and flow rate; and the switch which is connected to the control unit, is able to be triggered mechanically or in a touch-operated manner by the first and/or the second adjustment member and enables switching between the flow modes or the flow of water to be controlled in the manual flow mode.

Abstract: A control system provided is suitable for use in the automated and/or digitized flushing systems with at least one reservoir for the collection of the water to be used in cleaning the toilet bowl, wherein the discharge of the water is realized automatically by at least one sensor and/or digitally by a discharge button operating in a touch-operated manner, and the control system has—a normal mode in which the water is discharged every time the discharge button and/or the sensor is/are triggered and a locking mode in which the discharge of the water within the reservoir is prevented every time the discharge button and/or the sensor is/are triggered. Owing to the control system and the method of operation disclosed herein, it is possible to regulate the operation of a flushing system according to need.