Whole house humidification system based on water purification equipment and control method thereof

Abstract

The invention relates to the technical field of whole-house humidification, in particular to a whole-house humidification system based on water purification equipment and a control method thereof.A purified water source is provided by a reverse osmosis water purifier, a water supply pipeline is arranged at a water outlet of the reverse osmosis water purifier and pre-buried and laid in a roof wall, and a wire is further laid in the roof wall; a plurality of humidification nodes are deployed in the room, each humidification node comprises a humidifier installation opening formed in the length direction of the water supply pipeline, a wire is provided with a wiring terminal at the position of the humidifier installation opening, and a positioning hole corresponding to the humidifier installation opening is formed in the wall; the integrated humidifier communicated with the water supply pipeline through the humidifier mounting port is mounted in the positioning hole, the humidifier is convenient to mount and replace and is integrated with the wall visually, space is saved effectively, visual tidiness is increased, purified water in the reverse osmosis water purifier is output towards the designated integrated humidifier in a single-line mode, and the integrated humidifier is convenient to mount and replace. Purified water cannot flow back to cause water quality reduction.

Description

Technical Field

[0001] The present invention relates to the technical field of whole-house humidification, and in particular to a whole-house humidification system based on water purification equipment and a control method thereof. Background Art

[0002] In northern and inland areas, the air is dry, especially during the winter heating season. This can lead to dry mouths, nosebleeds, and chapped lips, making indoor air humidification a pressing issue. Conventional humidifiers have drawbacks, such as taking up tabletop or floor space, requiring frequent refills or shutting down. They also use tap water, where bacteria can easily breed and cause respiratory problems. They also easily form scale during operation, requiring frequent cleaning and replacement, shortening their lifespan and resulting in a poor humidification experience.

[0003] Whole-house humidification requires the use of multiple devices, and during the installation of multiple devices, redundant wiring and water connections affect the beauty and neatness of the indoor installation, and it is impossible to humidify in a targeted manner in local areas, especially in the roof space. Automatic humidification cannot be achieved at high altitudes, and the overall effect of whole-house humidification is affected and limited, and the humidification effect is not obvious.

[0004] Whole-house humidifiers use complex external pipes and pumps to supply water. Filters are installed in the water supply pipes, forming a complex and large-scale water supply system. If one component stops working, the entire system needs to be shut down for maintenance, which greatly affects the user experience. At the same time, during the humidification process of the entire system, simply using the coded program control in the controller cannot establish interactive feedback with the indoor environment and respond to the humidity needs of various areas in the room in a timely manner. Summary of the Invention

[0005] The purpose of the present invention is to provide a whole-house humidification system based on a water purification device and a control method thereof to solve the problems raised in the above-mentioned background technology. The present invention provides a pure water source for automatic water supply through a reverse osmosis water purifier, has its own pressure water supply performance, can meet the humidification needs of various areas of the whole house, and has the advantages of efficient humidification, easy maintenance, space saving, wireless intelligent control, and providing users with a healthier, more comfortable and convenient indoor environment.

[0006] To achieve the above objectives, the present invention provides the following technical solutions: a whole-house humidification system based on a water purification device and a control method thereof, wherein a reverse osmosis water purifier provides a purified water source, comprising: a water supply pipeline provided at the water outlet of the reverse osmosis water purifier, the water supply pipeline pre-buried and laid in the roof wall, wires also laid in the roof wall, and a plurality of humidification nodes deployed in the house, each humidification node including a humidifier mounting port arranged along the length of the water supply pipeline, a wire terminal provided at the humidifier mounting port, and positioning holes provided on the wall corresponding to the humidifier mounting port; The water supply pipes and wires are pre-buried within the roof walls, concealing the entire humidification system's piping and wiring within the walls. This prevents exposed pipes and wires from impacting the interior aesthetics, effectively reducing the complexity of later installation and improving the integrity and stability of the system.

[0007] The setting of multiple humidification nodes effectively realizes the relatively independent operation of each humidifier and achieves full humidification effect for the whole house.

[0008] As a humidification water source, the reverse osmosis water purifier effectively avoids the impurities, minerals and bacteria brought by tap water, and achieves clean humidification for indoor air, which is beneficial to human health. During operation, it has its own pressurized water supply, reducing the redundancy of installed components in the water supply pipeline.

[0009] An integrated humidifier is installed in the positioning hole and connected to the water supply line through the humidifier mounting port. The humidifier is easy to install and replace and visually integrates with the wall, effectively saving space and increasing visual neatness. Purified water from the reverse osmosis water purifier is output in a single line to the designated integrated humidifier. The reverse osmosis water purifier provides a one-way water outflow lifting force, preventing backflow and deterioration of water quality.

[0010] As a further solution of the present invention, the integrated humidifier includes a shell installed in cooperation with the positioning hole, and a control module, a power module, an atomization module, a temperature and humidity sensor module, a humidifier wireless communication module and a display module are arranged in the shell. The functional modules are integrated, and the shell is arranged in cooperation with the positioning hole. It is small in size and easy to install, saving indoor installation space, increasing the beauty of the wall, and improving the coordination of the indoor environment. The temperature and humidity sensor module, the control module, and the atomization module cooperate to automatically adjust the atomization amount according to the change of indoor humidity to achieve precise humidification. The power module provides stable electrical energy to ensure the normal operation of the humidifier. The atomization module atomizes pure water into fine water mist, evenly diffuses it into the air, automatically adjusts the humidification amount, saves energy while improving the humidification effect.

[0011] As a further embodiment of the present invention, the humidifier mounting port includes a circuit plug port and a water quick-connect port. The water quick-connect port is connected to the atomization module, and the circuit plug port is electrically connected to the control module, power module, atomization module, temperature and humidity sensor module, humidifier wireless communication module, and display module. This allows for simple installation and operation, ensuring continuous, sufficient, and stable water and power supply.

[0012] As a further solution of the present invention, a split control terminal is provided near the several integrated humidifiers. The split control terminal includes a terminal control module, a terminal power module, a terminal wireless communication module, a terminal display module, and a terminal operation module. The terminal control module is equipped with an intelligent humidification program based on location priority, a voice command mode for controlling human-computer interaction, a sleep module for automatically reducing noise, a theater mode for turning off the backlight and switching to silent humidification, and a daily mode. The split control terminal centrally controls multiple integrated humidifiers, and users do not need to operate each humidifier separately, which greatly improves the convenience of operation. The control terminal has a variety of preset modes, including daily mode, sleep mode, and theater mode. Users can easily switch according to their needs, thereby improving user experience.

[0013] As a further solution of the present invention, the terminal's wireless communication module is wirelessly connected to the corresponding humidifier's wireless communication module. The split control terminal controls the operating status of the corresponding integrated humidifier. Without complex wiring, control and monitoring can be achieved from a location far away from the humidifier. This flexible and convenient system allows real-time monitoring and feedback of humidification status, synchronized operation of one or more integrated humidifiers, and automatic switching, providing a better humidification experience.

[0014] As a further embodiment of the present invention, the integrated humidifier includes wall-mounted humidifiers distributed on indoor walls and ceiling-mounted humidifiers distributed on indoor ceilings. This achieves multi-point humidification throughout the house, effectively regulating the humidity in all areas of the room and ensuring uniform humidification. The ceiling-mounted humidifier releases mist from above, quickly dispersing it throughout the room; the wall-mounted humidifier releases mist from the side, further replenishing humidity. This three-dimensional humidification method can more evenly increase indoor humidity and reduce humidity dead spots.

[0015] As a further embodiment of the present invention, the wall-mounted humidifier includes a first housing, which is configured to mate with a standard junction box, which is embedded in a positioning hole on the indoor wall. The first housing is provided with an integrated LCD display, which is equipped with humidity control buttons, function setting buttons, and a child lock button. The integrated LCD display displays the current room temperature, humidity, set temperature, set humidity, and child lock touch buttons in real time. The humidity control button is used to set the humidity value to adjust the humidity to 20%-80% RH. The integrated LCD display displays the humidifier's operating status in real time, allowing intuitive identification and repair of problems, reducing the risk of equipment damage caused by malfunctions. The humidification amount is automatically adjusted based on the real-time displayed temperature and humidity data. The automatic adjustment function improves the stability of the humidification effect and reduces the user's operational burden.

[0016] As a further embodiment of the present invention, the ceiling-mounted humidifier includes a cylindrical second housing that matches the diameter and size of the ceiling downlight hole. The second housing is embedded in the hole, and a status indicator light indicates the device's operating status. The ceiling-mounted humidifier is located at the top of the room, releasing water mist that quickly diffuses throughout the space, effectively increasing humidity and reducing humidity blind spots. When used in conjunction with a wall-mounted humidifier, this further improves indoor humidity uniformity. Furthermore, its embedded placement in the ceiling saves space, blending seamlessly with the ceiling and maintaining the overall aesthetics of the interior.

[0017] As a further solution of the present invention, a control method for a whole-house humidification system based on a water purification device includes the following steps: Step 1: The wall-mounted humidifier obtains the temperature and humidity data of a certain area in the room through the temperature and humidity sensor module. The humidity control button and function setting button on the integrated LCD screen are used to directly control the start and stop of its own atomization module. The wall-mounted humidifier can independently control the humidification program, realize intuitive and independent operation, and perform real-time control of humidification. The various modes of the humidifier can be switched and controlled through intuitive and simple operations.

[0018] Step 2: Different from step 1, the temperature and humidity sensor module of the integrated humidifier obtains the temperature data and humidity data of a certain area in the room, transmits the temperature data and humidity data to the humidifier wireless communication module in real time, and the humidifier wireless communication module transmits the information to the split control terminal; Step 3: The split control terminal in Step 2 analyzes the humidity in this area and determines that it is below the set humidity threshold. It then sends a signal to the wireless communication module of the humidifier closest to the area, activating the atomization module and prioritizing the integrated humidifier in that area. The split control terminal centrally controls multiple integrated humidifiers, eliminating the need for users to operate each humidifier individually, greatly improving operational convenience. This enables automatic mode switching and enhances the user experience.

[0019] Step 4: In step 3, the integrated humidifier in this area starts running for 20-30 minutes. If the humidity does not reach the set humidity threshold, the integrated humidifiers near this area will be automatically activated to form a linked humidification until the humidity reaches the set humidity threshold and the atomization module stops running.

[0020] As a further solution of the present invention, a control method for a whole-house humidification system based on a water purification device further includes the following steps: Step 1: Several integrated humidifiers are equipped with a mobile device terminal; Step 2: The temperature and humidity sensor module of the integrated humidifier obtains the temperature and humidity data of a certain area in the room, and transmits the temperature and humidity data to the humidifier wireless communication module in real time. The humidifier wireless communication module transmits the information to the mobile device terminal for display control; Step 3: After analysis by the mobile device terminal in step 2, if the humidity in this area is lower than the set humidity threshold, a command is issued through the mobile device terminal operation, and the command signal is fed back to the wireless communication module of the humidifier closest to the area, and the atomization module is activated to preferentially activate the integrated humidifier in the area; Step 4: In step 3, the integrated humidifier in this area starts running for 20-30 minutes. If the humidity does not reach the set humidity threshold, the integrated humidifiers near this area will be automatically activated to form a linked humidification until the humidity reaches the set humidity threshold and the atomization module stops running.

[0021] Compared with the prior art, the present invention has the following beneficial effects: a whole-house humidification system based on water purification equipment and a control method thereof, wherein a reverse osmosis water purifier provides a purified water source, comprising a water supply pipeline provided at the water outlet of the reverse osmosis water purifier, the water supply pipeline being pre-buried and laid in the roof wall, a wire being also laid in the roof wall, a plurality of humidification nodes being deployed in the house, each humidification node comprising a humidifier mounting port arranged along the length direction of the water supply pipeline, a wiring terminal being provided at the wire mounting port, and a positioning hole corresponding to the humidifier mounting port being opened on the wall; The water supply pipes and wires are pre-buried within the roof walls, concealing the entire humidification system's piping and wiring within the walls. This prevents exposed pipes and wires from impacting the interior aesthetics, effectively reducing the complexity of later installation and improving the integrity and stability of the system.

[0022] The setting of multiple humidification nodes effectively realizes the relatively independent operation of each humidifier and achieves full humidification effect for the whole house.

[0023] Reverse osmosis water purifier is used as a humidification water source, which effectively avoids the impurities, minerals and bacteria brought by tap water, and achieves clean humidification for indoor humidified air, which is beneficial to human health. During operation, it reduces the formation of scale and extends the service life of the humidifier.

[0024] An integrated humidifier is installed in the positioning hole and connected to the water supply line through the humidifier mounting port. The humidifier is easy to install and replace and visually integrates with the wall, effectively saving space and increasing visual neatness. Purified water from the reverse osmosis water purifier is output in a single line to the designated integrated humidifier. The reverse osmosis water purifier provides a one-way water outflow lifting force, preventing backflow and deterioration of water quality. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 This is a schematic diagram of the overall installation of the present invention; Figure 2 This is a schematic diagram of the internal module structure of the integrated humidifier of the present invention; Figure 3 This is a schematic diagram of the display interface of the wall-mounted humidifier of the present invention; Figure 4 This is a schematic diagram of the display interface of the ceiling-mounted humidifier of the present invention; Figure 5 This is a schematic diagram of the internal module structure of the split-type control terminal of the present invention.

[0026] In the figure: 1-Osmosis water purifier, 2-Water supply pipeline, 3-Wire, 4-Wall-mounted humidifier, 401-Integrated LCD display, 402-Humidity control button, 403-Function setting button, 404-Child lock button, 5-Split control terminal, 501-Terminal power module, 502-Terminal wireless communication module, 503-Terminal operation module, 504-Terminal display module, 6-Ceiling-mounted humidifier, 601-Status indicator light, 7-Integrated humidifier, 701-Atomization module, 702-Temperature and humidity sensor module, 703-Humidifier wireless communication module, 704-Power module, 705-Control module, 706-Display module. DETAILED DESCRIPTION

[0027] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0028] Example 1 Please see the attached Figure 1 -Attached Figure 2 A whole-house humidification system based on a water purification device and a control method thereof, comprising a reverse osmosis water purifier 1 providing a purified water source, a water supply pipe 2 being provided at the water outlet of the reverse osmosis water purifier, the water supply pipe being pre-buried and laid in the roof wall, a wire 3 being also laid in the roof wall, so that the pipes and lines of the entire humidification system are hidden inside the wall, a plurality of humidification nodes are deployed in the house, each humidification node includes a humidifier mounting port arranged along the length direction of the water supply pipe, a wire is provided with a terminal at the humidifier mounting port, and a positioning hole corresponding to the humidifier mounting port is opened on the wall; An integrated humidifier 7, connected to the water supply line via a humidifier mounting port, is installed within the positioning hole. The integrated humidifier includes a housing that fits into the positioning hole. The housing and the positioning hole are designed to coordinate with the wall surface. When the humidifier needs to be replaced, the housing is completely removed from the positioning hole and replaced with a new one. Once installed, the humidifier forms a flush surface with the wall surface, saving space and enhancing visual clutter.

[0029] The housing houses a control module 705, a power module 704, an atomizer module 701, a temperature and humidity sensor module 702, a humidifier wireless communication module 703, and a display module 706. The humidifier mounting port includes a circuit plug-in port and a water quick-connect port. The water quick-connect port is connected to the atomizer module, while the circuit plug-in port is electrically connected to the control module, power module, atomizer module, temperature and humidity sensor module, humidifier wireless communication module, and display module, respectively. The power module provides stable power to each functional module, ensuring the humidifier's real-time power supply status.

[0030] The functional modules are integrated, and the temperature and humidity sensing module, control module and atomization module cooperate. Each humidifier operates relatively independently. The temperature and humidity sensing module detects the humidity value of the humidifier in real time. The control module automatically adjusts the atomization amount of the atomization module according to actual needs, and accurately humidifies the location that needs humidification.

[0031] Purified water from the reverse osmosis water purifier is delivered in a single line to a designated integrated humidifier. This unidirectional flow of water prevents backflow, which could degrade water quality. The purified water is then fed to the atomization module, which atomizes it into a fine mist that is evenly dispersed into the air. The module automatically adjusts the humidification level to achieve the desired humidification effect while minimizing water consumption.

[0032] Please see the attached Figure 5A split control terminal 5 is arranged near the several integrated humidifiers. The split control terminal includes a terminal control module 705, a terminal power module 501, a terminal wireless communication module 502, a terminal display module 504, and a terminal operation module 503. The terminal control module 705 is equipped with an intelligent humidification program based on location priority, a voice command mode for controlling human-computer interaction, a sleep module for automatically reducing noise, a theater mode for turning off the backlight and switching to silent humidification, and a daily mode.

[0033] The split control terminal centrally controls multiple integrated humidifiers. The terminal wireless communication modules are respectively connected to the corresponding humidifier wireless communication modules by wireless signals. The split control terminal controls the operating status of the corresponding connected integrated humidifiers.

[0034] Users can control the humidification of several integrated humidifiers by adjusting one of the split control terminals. The control terminal has multiple preset modes, including daily mode, sleep mode, and theater mode, which users can easily switch according to their needs.

[0035] In sleep mode, the humidifier automatically reduces noise to ensure that the humidifier does not affect the user's sleep quality when running at night. By optimizing the humidifier's operating parameters and reducing operating noise, the user can provide a quiet and comfortable sleeping environment.

[0036] Switch to cinema mode, turn off the backlight and switch to silent humidification to avoid light interference and noise influence, providing users with an immersive viewing experience.

[0037] Switch to daily mode, which is suitable for ordinary daily use scenarios, providing stable humidification effect while taking into account energy consumption and operating efficiency.

[0038] Example 2 Please see the attached Figure 3 The integrated humidifier includes wall-mounted humidifiers 4 distributed on the indoor walls and ceiling-mounted humidifiers 6 distributed on the indoor ceiling. This achieves multi-point humidification throughout the house, effectively regulating the humidity in all areas of the room and ensuring uniform humidification. The wall-mounted humidifiers can release water mist from the side to further replenish humidity. This three-dimensional humidification method quickly increases indoor humidity and reduces humidity dead spots.

[0039] The wall-mounted humidifier 4 includes a first shell, which is matched with a standard junction box. The standard junction box is embedded in a positioning hole on the indoor wall. In addition to the control module 705, power module 704, atomization module 701, temperature and humidity sensor module 702, humidifier wireless communication module 703 and display module 706, the first shell is also provided with.

[0040] The first housing is provided with an integrated LCD screen 401, on which a humidity control button 402, a function setting button 403 and a child lock button 404 are provided, and the integrated LCD screen displays the current room temperature value, humidity value, set temperature value, set humidity value and child lock touch key in real time; The humidity value is set through the humidity control button, and the current indoor humidity and operating status are displayed in real time. The humidifier at the corresponding position is controlled to humidify and adjust the humidity to 70%RH.

[0041] During operation, the humidification amount is automatically adjusted according to the real-time displayed temperature and humidity data to achieve automatic all-round humidification.

[0042] Example 3 Please see the attached Figure 4 The ceiling-mounted humidifier 6 includes a cylindrical second shell, which is matched with the diameter of the ceiling downlight hole. The second shell is set to match the size of the ceiling downlight hole. The second shell is embedded in the ceiling downlight hole, and the device operation status is displayed through the status indicator light 601.

[0043] A ceiling-mounted humidifier is located at the top of the room, releasing mist that quickly diffuses throughout the space, effectively increasing humidity and reducing humidity dead spots. When used in conjunction with a wall-mounted humidifier, it further improves indoor humidity uniformity. It's also designed to be embedded in the ceiling.

[0044] The split control terminal centrally controls multiple ceiling-mounted humidifiers. The terminal wireless communication modules are respectively connected to the corresponding humidifier wireless communication modules by wireless signals. The split control terminal controls the operating status of the corresponding connected ceiling-mounted humidifiers.

[0045] The controller controls the ceiling-mounted humidifier to release water mist from above, quickly spreading the water mist to the entire space for humidification.

[0046] Example 4 A control method for a whole-house humidification system based on a water purification device, the control method comprising the following steps: The wall-mounted humidifier obtains the temperature and humidity data of a certain area in the room through the temperature and humidity sensor module. The humidity control button and function setting button are set on the integrated LCD screen to directly control the start and stop of its own atomization module. The wall-mounted humidifier detects the humidity of its location in real time. The temperature and humidity sensor module detects the humidity value of the humidifier's location in real time. The control module automatically adjusts the atomization amount of the atomization module according to actual needs, and accurately humidifies the location that needs humidification.

[0047] The wall-mounted humidifier offers independent humidification program control and independent operation, intuitively detecting indoor humidity and controlling humidification in real time. At the same time, the humidifier's various modes can be switched and controlled through intuitive and simple operation.

[0048] Example 5 A control method for a whole-house humidification system based on a water purification device, the control method comprising the following steps: Step 1: The temperature and humidity sensor module of the integrated humidifier obtains the temperature data and humidity data of a certain area in the room, and transmits the temperature data and humidity data to the humidifier wireless communication module in real time. The humidifier wireless communication module transmits the information to the split control terminal; Step 2: After analysis, the split control terminal in step 2 finds that the humidity in this area is lower than the set humidity threshold. The split control terminal feeds back a signal to the wireless communication module of the humidifier closest to the area, and starts the atomization module to preferentially start the integrated humidifier in this area; the split control terminal centrally controls multiple wall-mounted humidifiers or multiple ceiling-mounted humidifiers. The split control terminal will control multiple wall-mounted humidifiers connected to it or multiple ceiling-mounted humidifiers, without the need to operate each humidifier separately, and efficiently achieve whole-house humidification.

[0049] Step 3: In step 2, the integrated humidifier in this area starts running for 20 minutes to 30 minutes. If the humidity does not reach the set humidity threshold, the wall-mounted humidifier or multiple ceiling-mounted humidifiers near this area will be automatically activated to form a linked humidification until the humidity reaches the set humidity threshold and the atomization module stops running.

[0050] Example 6 A control method for a whole-house humidification system based on a water purification device, the control method further comprising the following steps: Step 1: Several integrated humidifiers are equipped with a mobile device terminal; Step 2: The temperature and humidity sensor module of the integrated humidifier obtains the temperature and humidity data of a certain area in the room, and transmits the temperature and humidity data to the humidifier wireless communication module in real time. The humidifier wireless communication module transmits the information to the mobile device terminal for display control; Step 3: After analysis by the mobile device terminal in step 2, if the humidity in this area is lower than the set humidity threshold, a command is issued through the mobile device terminal operation, and the command signal is fed back to the wireless communication module of the humidifier closest to the area, and the atomization module is activated to preferentially activate the integrated humidifier in the area; Step 4: In step 3, the integrated humidifier in this area starts running for 20-30 minutes. If the humidity does not reach the set humidity threshold, the integrated humidifiers near this area will be automatically activated to form a linked humidification until the humidity reaches the set humidity threshold and the atomization module stops running.

[0051] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It is obvious to those skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and that the present invention can be implemented in other specific forms without departing from the spirit or essential characteristics of the present invention. Therefore, from all points of view, the embodiments should be regarded as illustrative and non-restrictive. The scope of the present invention is defined by the appended claims rather than the above description, and it is intended that all changes that fall within the meaning and range of equivalents of the claims are included in the present invention. Any reference signs in the claims should not be construed as limiting the claim to which they relate.

[0052] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A whole-house humidification system based on a water purification device, characterized by: The invention comprises a reverse osmosis water purifier (1) providing a pure water source, a water supply pipeline (2) being provided at the water outlet of the reverse osmosis water purifier, the water supply pipeline being pre-buried and laid in the roof wall, a wire (3) being also laid in the roof wall, a plurality of humidification nodes being deployed in the house, each humidification node comprising a humidifier installation port arranged along the length direction of the water supply pipeline, a wire being provided with a connection terminal at the humidifier installation port, and a positioning hole being provided on the wall corresponding to the humidifier installation port; An integrated humidifier (7) is installed in the positioning hole and is connected to the water supply pipeline through the humidifier installation port. The purified water in the reverse osmosis water purifier is output in a single line in the direction of the designated integrated humidifier.

2. The whole-house humidification system based on the water purification equipment according to claim 1 is characterized in that: The integrated humidifier (7) comprises a housing mounted in cooperation with the positioning hole, wherein a control module (705), a power module (704), an atomization module (701), a temperature and humidity sensor module (702), a humidifier wireless communication module (703) and a display module (706) are arranged in the housing.

3. The whole-house humidification system based on the water purification equipment according to claim 2 is characterized in that: The humidifier installation port includes a circuit plug port and a water quick-connect port, the water quick-connect port is connected to the atomization module (701), and the circuit plug port is electrically connected to the control module (705), the power module (704), the atomization module (701), the temperature and humidity sensor module (702), the humidifier wireless communication module (703) and the display module (706).

4. The whole-house humidification system based on the water purification equipment according to claim 3 is characterized in that: A split control terminal (5) is provided near the plurality of integrated humidifiers. The split control terminal comprises a terminal control module, a terminal power module (501), a terminal wireless communication module (502), a terminal display module (504), and a terminal operation module (503). The terminal control module is provided with an intelligent humidification program based on location priority, a voice command mode for controlling human-computer interaction, a sleep module for automatically reducing noise, a cinema mode for turning off the backlight and switching to silent humidification, and a daily mode.

5. The whole-house humidification system based on the water purification equipment according to claim 4 is characterized in that: The terminal wireless communication modules are respectively connected to the corresponding humidifier wireless communication modules by wireless signals, and the split control terminal controls the operating status of the corresponding connected integrated humidifier.

6. The whole-house humidification system based on the water purification equipment according to claim 5 is characterized in that: The integrated humidifier comprises a wall-mounted humidifier (4) distributed on an indoor wall and a ceiling-mounted humidifier (6) distributed on an indoor ceiling.

7. The whole-house humidification system based on the water purification equipment according to claim 6 is characterized in that: The wall-mounted humidifier (4) comprises a first housing, the first housing being matched with a standard junction box, the standard junction box being embedded in a positioning hole on an indoor wall, the first housing being provided with an integrated liquid crystal display (401), the integrated liquid crystal display being provided with a humidity control button (402), a function setting button (403) and a child lock button (404), and displaying the current room temperature value, humidity value, set temperature value, set humidity value and a child lock touch button in real time; the humidity value is set by the humidity control button, and the humidity is adjusted to 20%-80%RH.

8. The whole-house humidification system based on the water purification equipment according to claim 6, characterized in that: The ceiling-mounted humidifier (6) includes a cylindrical second shell, the second shell matches the diameter of the ceiling downlight hole, the second shell is set to match the size of the ceiling downlight hole, the second shell is embedded in the ceiling downlight hole, and the device operation status is displayed through the status indicator light (601).

9. A control method for a whole-house humidification system based on a water purification device according to claim 7 or 8, characterized in that: The control method comprises the following steps: Step 1: The wall-mounted humidifier obtains the temperature and humidity data of a certain area in the room through the temperature and humidity sensor module. The humidity control button and function setting button on the integrated LCD screen are used to directly control the start and stop of its own atomization module. Step 2: Different from step 1, the temperature and humidity sensor module of the integrated humidifier obtains the temperature data and humidity data of a certain area in the room, transmits the temperature data and humidity data to the humidifier wireless communication module in real time, and the humidifier wireless communication module transmits the information to the split control terminal; Step 3: After analysis by the split control terminal in step 2, if the humidity in this area is lower than the set humidity threshold, the split control terminal will feed back a signal to the wireless communication module of the humidifier closest to the area, and start the atomization module to preferentially start the integrated humidifier in this area; Step 4: In step 3, the integrated humidifier in this area starts running for 20-30 minutes. If the humidity does not reach the set humidity threshold, the integrated humidifiers near this area will be automatically activated to form a linked humidification until the humidity reaches the set humidity threshold and the atomization module stops running.

10. The control method of the whole-house humidification system based on the water purification equipment according to claim 9, characterized in that: The control method further comprises the following steps: Step 1: Several integrated humidifiers are equipped with a mobile device terminal; Step 2: The temperature and humidity sensor module of the integrated humidifier obtains the temperature and humidity data of a certain area in the room, and transmits the temperature and humidity data to the humidifier wireless communication module in real time. The humidifier wireless communication module transmits the information to the mobile device terminal for display control; Step 3: After analysis by the mobile device terminal in step 2, if the humidity in this area is lower than the set humidity threshold, a command is issued through the mobile device terminal operation, and the command signal is fed back to the wireless communication module of the humidifier closest to the area, and the atomization module is activated to preferentially activate the integrated humidifier in the area; Step 4: In step 3, the integrated humidifier in this area starts running for 20-30 minutes. If the humidity does not reach the set humidity threshold, the integrated humidifiers near this area will be automatically activated to form a linked humidification until the humidity reaches the set humidity threshold and the atomization module stops running.

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