A water replenisher for washing rings and a toilet with a water replenisher for washing rings

Abstract

The invention relates to a water replenishing device for washing a ring. The water replenishing device for washing the ring is characterized in that a water draining structure of the water replenishing device for washing the ring is independent of a water draining structure of a water tank, a water storage box is connected with a water inlet pipe, a water draining hole is formed in the bottom face of the water storage box, the water draining hole is communicated with a ring washing water circuit, a flap cover is connected with a control mechanism, and the flap cover is controlled to open and close under functions of a weight balancing block. The invention further relates to a toilet with the water replenishing device for washing the ring. The toilet with the water replenishing device for washing the ring is characterized in that the water replenishing device for washing the ring is arranged on the upper portion of the water tank, and a water inlet valve is connected with a water inlet pipe. The water replenishing device for washing the ring comprises the water storage box and the control mechanism, wherein a certain amount of water can be stored in the water storage box, the water stored in the water storage box in advance can be drained by opening and closing the flap cover in the water storage box, and the purpose that water replenishing amount can not be influenced by water inlet pressure of the water inlet valve so as to guarantee stable water replenishing is achieved. Furthermore, the control mechanism is controlled under external force so as to open or close the flap cover, and not influenced by the water level in the water storage box, the flap cover can be stably opened so as to drain the water, and the water in the water storage box can be blocked when the water level in the water storage box is low.

Description

technical field [0001] The present invention relates to a toilet assembly, more specifically, to a water replenisher for a washer, and a toilet with a water replenisher for a wash ring. Background technique [0002] In the prior art, toilets that use a large replenishment method, such as large-scale toilets, have a low water tank, and after the water is turned on and before the toilet is flushed, when the water level drops to the point where the water inlet valve starts to take in water, the water inlet valve needs to be used to enter the water. The water is directly supplied to the wash ring of the toilet through the pipe fittings, so as to meet the functions of washing and flushing the toilet. Affected by the water inlet pressure, the water replenishment speed of the water inlet valve has a large deviation. Therefore, the amount of replenishment water in this way cannot be accurately replenished according to the needs of the toilet. When the water pressure is low, the amo...

AI Technical Summary

Problems solved by technology

Affected by the water inlet pressure, the water replenishment speed of the water inlet valve has a large deviation

Therefore, the amount of replenishment water in this way cannot be accurately replenished according to the needs of the toilet. When the water pressure is low, the amount of replenishment water is small, which will lead to the inability to clean the ceramic surface and affect the function of the toilet; when the pressure is too high, it will cause waste.

[0003] In the traditional way, after the drainage is turned on and before the toilet is flushed, when the water level drops to the point where the water inlet valve starts to take in water, the water coming in through the water inlet valve is directly supplied to the toilet wash ring through the pipe fittings. This method needs to wait for the toilet tank All the water is filled, and the water supply to the washing circle is stopped when the water inlet valve is closed. It takes a long time to supply water to the washing circle. When the pressure is too high, water will be wasted.

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