Integrated waterway module and water purifying device

Abstract

An integrated waterway module, including a waterway casing and a bottom cover sealed on the casing, the waterway casing is provided with a number of grooves leading to the waterway casing shell, and the bottom cover cooperates with the waterway casing to form a number of water flows Runner: the outlet of the flow channel leads to the upper direction. The upper part of the waterway shell is provided with a filter structure. The water inlet solenoid valve is installed in the hole of the water purification flow path of the waterway shell. The waste water ratio is installed in the hole of the waste water flow path of the waterway shell. The booster pump is installed in the hole of the flow channel to form a system that realizes a complete water purification process. The invention also discloses a water purification device, which includes the above-mentioned integrated waterway module and related electric control elements. The present invention integrates the water purification equipment system that originally needs to be arranged in a large range into an integrated module that can be arranged in a similar length and width through an ingenious meandering structural design, which not only greatly reduces the volume size, but also effectively reduces the Small size, but also easy to install, use and maintain; fewer pipe joints, but also improve reliability.

Description

technical field [0001] The invention belongs to the technical field of water purification, and relates to an integrated waterway module and water purification equipment. Background technique [0002] Water purification equipment usually consists of a filter element, reverse osmosis membrane, water inlet solenoid valve, waste water ratio, etc. These components are usually connected by dozens of pipelines and joints to form a fully functional water purification equipment. Water equipment generally has the disadvantages of large volume, complicated production process, high requirements for assembly personnel, and low reliability. [0003] In China with application number 201120124306.X utility model In the technical solution disclosed in the patent "integrated waterway plate and filter device with the integrated waterway plate", the main disadvantages are: the application for integrated waterway forming welding welding surface is large, and the forming reliability is low. In ...

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Problems solved by technology

[0002] Water purification equipment usually consists of a filter element, reverse osmosis membrane, water inlet solenoid valve, waste water ratio, etc. These components are usually connected by dozens of pipelines and joints to form a fully functional water purification equipment. Water equipment generally has the disadvantages of large footprint, complex production process, high requirements for assembly personnel, and low reliability

[0003] In China with application number 201120124306.X utility model In the technical solution disclosed in the patent "integrated waterway plate and filter device with the integrated waterway plate", the main disadvantages are: the welding surface of the integrated waterway forming welding is large, and the forming reliability is low

In China with application number 201520346882.7 utility model In the technical solution disclosed in the patent "A Water Purification Equipment and Its Waterway Integrated System", the main disadvantages are: the welding surface is large, the forming reliability is low, the waterway plate is solid, which increases the weight of the whole machine, and there is no need to replace the filter element Water cut-off structure, unable to be replaced under pressure

In China, the application number of Foshan Yunmi Electric Technology Co., Ltd. is 201420754800.8 (corresponding appearance application number: 201430555377.4) utility model In the technical solution disclosed in the patent "Integrated Waterway Module", the waterway structure is complex, the filter element seat is external, and spliced ​​with the waterway module, resulting in 7-sided core-pulling of the integrated waterway module, which is difficult to form, welded on three sides, and difficult to assemble. Low reliability and increased cost

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