Abstract: A waterway plate assembly (100) for a water purifier and a water purifier having the same are provided. The waterway plate assembly (100) includes a waterway plate main body (10). The waterway plate main body (10) has a first end and a second end along a length direction of the waterway plate main body (10). The first end is provided with a filter cartridge interface (111) and the second end is provided with an electric element interface (112). With the waterway plate assembly (100) for the water purifier according to embodiments of the present disclosure, a separation of water and electricity is realized, and a short-circuited risk for the electric element during the replacement of the filter cartridge or a leakage of the filter cartridge interface is reduced.

Abstract: The present disclosure provides a water purifier, comprising: a water purification assembly; a water receiving assembly connected with the water purification assembly by a pipeline; a water storage assembly arranged on the water receiving assembly, the water purification assembly delivering water to the water storage assembly through the water receiving assembly; and a sensor arranged in the water receiving assembly and being configured to detect the amount of water in the water storage assembly. When the sensor detects that the amount of water in the water storage assembly reaches a preset amount of water, the water purification assembly is controlled to stop delivering water. According to the water purifier provided by the present disclosure, water purified by the water purification assembly is delivered to the water receiving assembly by the pipeline, then is delivered to the water storage assembly by the water receiving assembly and stored to meet water demand.

Abstract: Disclosed are a water receiver and a water purifying apparatus, the water receiver including: a water storage cup, defined with a water intake; a base, defined with a water flow path; an electromagnetic valve, connected to the water flow path; a first and a second induction device, one being mounted in the water storage cup and moving up and down under the action of water in the water storage cup, and the other being mounted on the base; and a controller, electrically connected to the electromagnetic valve and one of the two induction devices respectively, the controller controls the electromagnetic valve to switch on when receiving a signal that one induction device which is electrically connected to the controller senses the other, and controls the electromagnetic valve to switch off when failing to receive the signal that one induction device which is electrically connected to the controller senses the other.