Intelligent water saving device and system for bathroom

Abstract

The invention relates to an intelligent water saving device and system for a bathroom. The device comprises an electric heating pipe, a partition board, water leaking holes, a temperature sensor, a shell, a guide sleeve, a contact rod, a floating block, a communication hole, a touch switch and a first electromagnetic valve. The water leaking holes are evenly formed in the partition board, the temperature sensor is connected with the electric heating pipe through a wire, the shell is fixed to a bathtub body, the floating block is located in the shell, the contact rod is fixed to the floating block, the guide sleeve is fixed in the shell, one segment of the contact rod is located in the guide sleeve, the touch switch is arranged on the contact face of the shell and the bathtub body, the first electromagnetic valve is arranged on a water inlet pipe in a faucet of the bathtub body, the first electromagnetic valve is electrically connected with the contact switch, and a communication hole is formed in the position, close to the lower portion, of the contact face of the shell and the bathtub body. When the water temperature is too low, the temperature sensor is used for controlling the electric heating pipe to be heated, the water in the bathtub can be subjected to self heating operation, hot water does not need to be replaced, and water resources are saved.

Description

technical field [0001] The invention relates to the field of printing equipment, in particular to an intelligent water-saving equipment and system for bathroom. Background technique [0002] The selection of bathroom equipment should be considered according to personal living habits and functional needs. In addition, the allocation and division of space is also an evaluation factor that affects the purchase. According to the size of the space and the distribution of the pattern, it is very important to choose the shape of the bathroom. Generally speaking, a rectangular bathtub is most suitable for a small square meter space, but it is easy to appear monotonous. Choosing a quarter-curved bathtub does not take up much space, and it is more versatile than a general long bathtub. Only in terms of setting, you must find the most suitable one. The corners should be separated by a low wall so that it will not appear abrupt; a round bathtub is more suitable for a large bathroom spa...

AI Technical Summary

Problems solved by technology

Generally speaking, a rectangular bathtub is most suitable for a small square meter space, but it is easy to appear monotonous. Choosing a quarter-curved bathtub does not take up much space, and it is more versatile than a general long bathtub. Only in terms of setting, you must find the most suitable one. The corners or use low walls to separate, so as not to appear abrupt; round bathtubs are more suitable for bathroom spaces with a large number of square meters, and SPA equipment such as ovens and steam rooms must also have enough space to fully exert their effects

[0003] The bathtub is a kind of bathroom. In the prior art, during the use of the bathtub, the user needs to wait beside the bathtub to fill up the water after the user drains the water. The water will not stop according to its own water level, and the water will flow to the outside of the bathtub. , will lead to waste of water resources. At the same time, when the user uses the bathtub to take a bath, when the water temperature is low, a part of the water needs to be released and then put in hot water. The water in the bathtub cannot be heated, which will cause water Waste of resources, in summary, this application now proposes an intelligent water-saving equipment and system for bathrooms to solve the above-mentioned problems

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