A moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioning purifier

Abstract

A moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioner purifier, comprising: a purifying body, an air conditioner indoor unit, and a moisturizing water tank, characterized in that: the purifying body is a ventilation pipe adapted to the air inlet of the air conditioner indoor unit, a filter element seat is provided at the upper end of the purifying body, a filter element is installed, the filter element grade is purification grade, a filter element cover is provided above the filter element, the filter element cover is provided with an air inlet, and the space between the filter element bottom and the air conditioner indoor unit is a purification chamber; the air conditioner indoor unit is the same as the conventional air conditioner indoor unit, the condenser in the indoor unit is provided with a humidity sensor, the air conditioner indoor unit is additionally provided with a purified air switch, and a moisturizing water tank is provided at the bottom of the air conditioner indoor unit; the upper port of the moisturizing water tank is adapted to the lower end of the air conditioner indoor unit, a self-overflow pipe is provided above one end of the water tank, a self-drain pipe is provided at the bottom, the self-drain pipe is provided with a dual power supply energized automatic power-off electromagnetic valve, the self-overflow pipe and the self-drain pipe are respectively connected to the external drainage tee, and the other end of the water tank is provided with a water inlet pipe and a time-controlled electromagnetic valve. The air conditioner indoor unit has the functions of purification and moisturizing, and one machine has two uses.

Description

Technical Field

[0001] The present application relates to a moisturizing, air-drying, purifying, healthy and environmentally friendly air-conditioning purifier. Background Art

[0002] Air conditioners are now popular. With the improvement of people's quality of life, air purifiers are also rapidly entering ordinary households. The working principle of the purifier is that the fan in the purifier sucks the polluted air in the original room, humidifies the clean air filtered by the purification-grade filter element, and then sends it back to the room to achieve the effect of purifying and humidifying the air. The working principle of the air conditioner is that the fan in the air conditioner sucks the cold and hot air in the room, and then sends the required cold and hot air to the room after cold and heat exchange, so as to achieve the effect of cooling and heating. The working principle of the two household appliances is that the fan sucks in the indoor air, and then sends the purified, cooled and heated air to the room after different processes. The working principle is the same, but often while enjoying the air conditioner, the purifier is turned on to purify the indoor air. At the same time, the condenser in the air conditioner will have residual moisture when it is shut down in summer. When the purifier stops working, there will be excess unused water in the humidifier water tank and humidifier, which will cause bacteria to grow, causing secondary pollution and affecting health. Summary of the invention

[0003] In view of the above deficiencies, a moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioner is now provided.

[0004] A moisturizing, air-drying, purifying, healthy and environmentally friendly air-conditioning purifier comprises: a purifying body, an air-conditioning indoor unit and a moisturizing water tank, characterized in that: the purifying body is a ventilation pipe matched with the air inlet of the air-conditioning indoor unit, a filter element seat is provided at the upper end of the purifying body, a filter element is installed, the filter element grade is purification grade, a filter element cover is provided above the filter element, the filter element cover is provided with an air inlet, and the space between the filter element bottom and the air-conditioning indoor unit is a purification chamber; the air-conditioning indoor unit is the same as the conventional air-conditioning indoor unit, the condenser in the indoor unit is provided with a humidity sensor, the air-conditioning indoor unit is additionally provided with a purified air switch, and a moisturizing water tank is provided at the bottom of the air-conditioning indoor unit; the upper port of the moisturizing water tank is matched with the lower end of the air-conditioning indoor unit, a self-overflow pipe is provided above one end of the water tank, a self-draining pipe is provided at the bottom, the self-draining pipe is provided with a dual power supply energized automatic power-off solenoid valve, the self-overflow pipe and the self-draining pipe are respectively connected to the external drainage tee, and the other end of the water tank is provided with a water inlet pipe and a timely control solenoid valve.

[0005] Furthermore, a relay is provided between the air-conditioning refrigeration switch and the indoor fan, and the positive pole of the power supply is respectively connected to the power supply points of the refrigeration switch, the heating switch, the dehumidification switch, and the air purification switch, the normally open static contact of the relay and the electromagnetic coil in the relay, the electromagnetic coil in the relay is connected to the humidity sensor, the power receiving point of the refrigeration switch is respectively connected to the normally closed static contact of the relay and the normally closed switch of the dual power supply automatic power-off solenoid valve, the relay moving contact is connected to the indoor fan, the power receiving point of the dehumidification switch is connected to the dual power supply automatic power-off coil, the heating switch and the purification switch are multi-power receiving point switches, one of the power receiving points of the heating switch and the purification air-conditioning switch is respectively connected to the air-conditioning fan, and the other power receiving point is respectively connected to the time-controlled electromagnetic switch, the indoor fan, the humidity sensor, the dual power supply automatic power-off solenoid valve and the power-off electromagnetic coil, and the other pole of the time-controlled solenoid valve is connected to the negative pole of the power supply. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] Figure 1 An illustration of the structure of an air-conditioning purifier that is moisturizing, air-drying, purifying, healthy and environmentally friendly.

[0007] Figure 2 A plan view of a moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioner purifier.

[0008] Figure 3 A moisturizing, air-drying, purifying, healthy and environmentally friendly air-conditioning purifier moisturizing, air-drying and purifying operation circuit diagram.

[0009] The advantages of a moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioner purifier are:

[0010] 1 One air conditioner, two functions, one machine with two uses, saves the purifier, saves money and electricity, and is energy-saving and environmentally friendly.

[0011] 2 As long as you turn on the air conditioner, it will purify the air in the room, reduce pollution and be healthy.

[0012] 3. Moisturizing sink, using air conditioning to evaporate into water vapor, natural and healthy.

[0013] 4. Air drying keeps the air conditioner dry, reduces secondary pollution, and is hygienic, healthy and environmentally friendly. Specific implementation plan

[0014] like Figure 1 , Figure 2 , Figure 3As shown, a moisturizing, air-drying, purifying, healthy and environmentally friendly air-conditioning purifier includes 1. a filter cover, 2. a filter, 3. a purifying body, 4. a filter seat, 5. a purifying chamber, 6. an air-conditioning indoor unit, 7. an indoor unit fan, 8. a humidity sensor, 9. a moisturizing sink, 10. a dual power supply energized automatic power-off solenoid valve, 11. a water inlet pipe, 12. a time-controlled solenoid valve, 13. a condensation pipe, 14. a self-overflow pipe, 15. a self-draining pipe, 16. a purifying air switch, 17. an external drainage tee, 18. a refrigeration switch, 19. a heating switch, 20. a dehumidification switch, 21. a power supply, 22. an automatic circuit breaker, 23. a relay, 24. a static contact, 25. a moving contact, 26. an electromagnetic coil.

[0015] like Figure 1 , Figure 2 As shown, a moisturizing, air-drying, purifying, healthy and environmentally friendly air-conditioning purifier includes a purifying body 3, an air-conditioning indoor unit 6, and a moisturizing water tank 9, and is characterized in that: the purifying body 3 is a ventilation pipe adapted to the air inlet, a filter element seat 4 is provided at the upper end of the purifying body, a filter element 2 is installed in the filter element seat 4, the grade of the filter element 2 is purification grade, which is the same as the grade of the filter element in the purifier, a filter element cover 1 is provided at the upper end of the filter element, the filter element cover 1 is provided with an air inlet, the space between the bottom of the filter element and the air-conditioning indoor unit is a purification chamber 5, and other purification devices can be added in the purification chamber 5. The air conditioner indoor unit 6 is a conventional air conditioner indoor unit, which has a conventional condenser 13 and a fan 7. The condenser 13 is provided with a humidity sensor 8, and the indoor unit is additionally provided with an air purification switch 16; the port of the moisturizing water tank 9 is adapted to the lower end of the air conditioner indoor unit 6, and a self-overflow pipe 14 is provided above one end of the moisturizing water tank 9, and a self-draining pipe 15 is provided below. The self-draining pipe 15 is provided with a dual power supply automatic power-off solenoid valve 10, the self-overflow pipe 14, and the self-draining pipe 15 are respectively connected to the external drainage tee 17, and a water inlet pipe 11 is provided above the other end of the moisturizing water tank, and the water inlet pipe 11 is provided with a time-controlled solenoid valve 12.

[0016] like Figure 3As shown, a moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioner is characterized in that: a relay 23 is arranged between the refrigeration switch 18 in the air conditioner indoor unit 6 and the indoor unit fan 7, the positive pole of the power supply 21 is respectively connected to the static contact normally open contact 24B in the relay, and then connected to the electromagnetic coil 26 in the relay 23, and the electromagnetic coil 26 is connected to the humidity sensor 8, and at the same time, the positive pole of the power supply 21 is respectively connected to the power supply points of the refrigeration switch 18, the heating switch 19, the dehumidification switch 20, and the air purification switch 16, and the power receiving point of the refrigeration switch 18 is respectively connected to the static contact normally closed contact 24A of the relay 23 by x1, x8 and the double electric The normally closed switch in the power-on automatic power-off solenoid valve 10 is connected, the moving contact 25 of the relay 23 is connected to the indoor fan 7 of the air conditioner by x3, the receiving point of the dehumidification switch 20 is connected to the electromagnetic coil 26 in the dual power-on power-off switch 22 by x7, the heating switch 19 and the air purification switch 16 are multi-receiving point switches, one of which is connected to the indoor fan 7 by x3, and the other is connected to the time-controlled solenoid valve 12 by x4, the indoor fan 7, the humidity sensor 8, the dual power-on automatic power-off solenoid valve 10 and the electromagnetic coil of the breaker, and the other pole of the time-controlled solenoid valve are connected to the negative pole of the power supply by x5 and x6 respectively.

[0017] In the purification chamber 5, negative ion generators, ultraviolet sterilization lamps and other purification devices with stronger functions and higher levels can be added according to the purification level to improve the purification level and grade.

[0018] The cooling switch 18, the heating switch 19, and the dehumidification switch 20 also control the operation of the air conditioner outdoor unit. The air purification switch 16 does not control the air conditioner outdoor unit, but only controls the air conditioner indoor unit fan 7 and the time-controlled solenoid valve 12.

[0019] The dual power supply is energized and the automatic power-off solenoid valve 10 is energized to close and de-energized to open. The time-controlled solenoid valve 12 is energized to set a time to open and close the solenoid valve.

[0020] In the standby state, the positive pole of the power switch 21 energizes the static contact of the relay 23, the normally open contact 24B, the electromagnetic coil 26, the cooling switch 18, the heating switch 19, the dehumidification switch 20, and the power supply point of the air purification switch 16 through x2, and the cooling switch 18 is turned on, and the receiving point is energized. Through x1 and the relay, the static contact normally closed contact 24A is energized, and the indoor fan is operated through the moving contact 25. Through x8 and the dual power supply, the electromagnetic valve 10 is automatically de-energized, and the normally closed switch is energized, and the electromagnetic valve 10 is closed, and the cooling mode operates normally. The indoor air sucked in by the indoor fan 7 passes through the purification level filter element 2, and the purified indoor air is heat exchanged at the condensation pipe of the air conditioner, and the purified cool air is sent to the room through the air outlet of the indoor unit. In the process of hot and cold air exchange, condensed water will be generated and collected in the moisturizing water tank 9. The moisturizing water tank 9 is combined with the air conditioner indoor unit 6 to form a closed bellows. The flowing air conditioning wind is operated and flowed in the closed bellows, so that the water in the moisturizing water tank 9 is gasified and sent to the room together with the air conditioning wind, which plays a moisturizing role. If the purification chamber 5 is equipped with a negative ion generator, a large amount of negative ions will also be sent to the room with the purified and moisturizing cool air. At this time, the air conditioner indoor unit is also a purifier that can perform heat exchange, and the effect of purification, moisturizing and providing cool air is obtained. When the air humidity is high and there is too much condensed water, when the water level rises to the overflow port, it is discharged to the external drainage tee 17 through the overflow pipe 14 and discharged to the outside. When dehumidification is needed, turn on the dehumidification switch 20, energize the power receiving point, energize the electromagnetic coil 26 in the dual power supply circuit breaker 22 through x7 to generate a magnetic field, the normally closed switch is disconnected, and the solenoid valve 10 is opened. A large amount of water obtained by dehumidification is discharged faster through the self-draining pipe 15 to the external drainage tee 17 and discharged to the outside. After the dehumidification process is completed, the dehumidification switch is turned off, the electromagnetic coil 26 is de-energized, the normally closed switch is closed, and the solenoid valve 10 is closed again to start storing water in the moisturizing tank.

[0021] In the cooling mode, a lot of water will accumulate in the condenser 13 in the air-conditioning indoor unit 6. The humidity sensor 8 will be energized after induction, and the electromagnetic coil 26 in the relay 23 will be energized to generate a magnetic field. The moving contact 25 will be disconnected from the static contact 24A and connected to the contact 24B. The fan 7 will operate normally, and the cooling mode will stop working. The refrigeration switch 18 will be powered off, and the dual power supply will be energized to automatically power off the solenoid valve 10 and open. The water in the moisturizing water tank 9 will be discharged to the outside through the self-draining pipe 15 and the drainage tee 17, and then discharged to the outside. At this time, the fan 7 will operate normally to dry the moisture on the condenser 13, the humidity sensor 8 will be disconnected, the electromagnetic coil 26 will lose its magnetic force, the moving contact 25 will be disconnected from the static contact 24B, and the fan will stop running. After the cooling mode is completed, there is no residual water in the air-conditioning indoor unit, which can prevent bacterial contamination, and is healthy and environmentally friendly.

[0022] In cooling mode, the indoor fan 7 of the air conditioner sucks in the hot air and dirty air in the room. The pure air filtered by the purification-grade filter element undergoes heat exchange at the condenser 13, and the flow of wind drives the water in the moisturizing water tank 9 to be partially vaporized and sent back to the room, thereby achieving the purification and humidification functions of the purifier. After the cooling mode stops, the dual power supply is energized and the automatic power-off solenoid valve 10 opens, and the water in the moisturizing water tank 9 flows out. The indoor fan 7 continues to work and is only turned off after the water in the condenser is dried, thereby achieving the effect of air drying. The indoor unit of the air conditioner in cooling mode is also a healthy and environmentally friendly purifier that moisturizes, air-dries, purifies and delivers coolness.

[0023] In heating mode, heating switch 19 is turned on. Heating switch 19 is a multi-power point switch. One of the power points is connected to the air conditioner indoor fan 7 by x3. When the fan is running, x3 is connected to the moving contact 25. The dual power supply is energized through static contacts 24A, x1, and x8 to automatically cut off the solenoid valve 10. After being energized, it is closed. At the same time, another power point is connected to the time-controlled solenoid valve 12 by x4. The solenoid valve 12 is opened at intervals according to the time setting. The water inlet pipe 11 supplies water to the moisturizing water tank 9 at intervals. The water supply flow is a small flow, and the water level is a low water level storage water. The air conditioner indoor fan 7 sucks in cold air and dirty air in the room. The pure air filtered by the purification-level filter element 2 is exchanged with cold and heat at the condenser 13, and the flow of wind drives the water in the moisturizing water tank 9 to be partially vaporized and sent back to the room, so as to achieve the purification and humidification effects of the purifier when it is working. The heating process is over, the heating switch is turned off, the power receiving point is disconnected, the time-controlled solenoid valve 12 is closed, and the water supply to the moisturizing water tank 9 is stopped. The automatic power-off solenoid valve 10 is opened when the dual power supply is energized, and the water in the moisturizing water tank 9 is discharged to the outside, ensuring that the air conditioner indoor unit is dry when not in use. The air conditioner indoor unit in the heating mode is a healthy and environmentally friendly purifier that moisturizes, drains, purifies and delivers warm air.

[0024] Turn on the air purification switch 16, which is a multi-power point switch. The power points are energized, and one of the power points is connected to the air conditioner indoor fan 7 by x3, and the fan is running. X3 is connected to the moving contact 25, and the energized static contacts 24A, x1, and x8 allow the dual power supply to be energized and the automatic power-off solenoid valve 10 to be energized and closed. At the same time, another power point is connected to the time-controlled solenoid valve by x4, which is opened intermittently according to the time setting, and the water inlet pipe 11 intermittently supplies water to the moisturizing water tank 9, the water supply flow is a small flow, and the water level is a low water level water storage. The air purification switch 16 does not control the air conditioner indoor unit, but only controls the air conditioner indoor fan 7, the dual power supply automatic power-off solenoid valve 10, and the time-controlled solenoid valve 15. At this time, the outdoor unit of the air conditioner is not working, and the indoor unit is a purifier with a built-in condenser. The indoor fan 7 sucks in the dirty air in the room, which is filtered into pure air through the purification-grade filter element 2 and moves in the closed box formed by the moisturizing water tank 9 and the indoor unit of the air conditioner 6. After the water in the moisturizing water tank 9 is vaporized, the purified air with water vapor is sent back to the room.

[0025] Close the purified air 16, cut off the power supply point, stop the indoor fan 7, close the water supply pipe 11 and stop the water supply, and open the automatic power-off solenoid valve 10 when the dual power supply is energized to remove the excess water in the moisturizing tank 9, so as to keep the indoor unit of the air conditioner dry, thereby achieving the effects of moisturizing, draining, purifying, healthy and environmentally friendly.

[0026] Different types of air conditioners are equipped with suitable purification bodies and water storage tanks, so that all air conditioners can become a moisturizing, air-drying, purifying, healthy and environmentally friendly air conditioner purifier.

[0027] Although the specific embodiments of the present invention are described and illustrated in detail above, it should be pointed out that various equivalent changes and modifications can be made to the above embodiments based on the concept of the present invention. As long as the functional effects produced do not exceed the spirit covered by the specification, they should all be within the scope of protection of the present invention.

Claims

1. A moisturizing, air-drying, purifying, healthy and environmentally friendly air-conditioning purifier, comprising: The purification body, the air conditioner indoor unit and the moisturizing water tank are characterized in that: the purification body is a ventilation pipe compatible with the air inlet of the air conditioner indoor unit, the upper end of the purification body is provided with a filter element seat, which is equipped with a filter element, a filter element cover is installed above the filter element, the filter element cover is provided with an air inlet, and the space between the bottom of the filter element seat and the air conditioner indoor unit is a purification chamber; the condenser in the air conditioner indoor unit is provided with a humidity sensor, the air conditioner indoor unit is additionally provided with a purified air switch, and the bottom of the air conditioner indoor unit is provided with a moisturizing water tank; the upper port of the moisturizing water tank is compatible with the lower end of the air conditioner indoor unit, a self-overflow pipe is provided above one end of the water tank, a self-draining pipe is provided at the bottom, and the self-draining pipe is provided with a dual power supply energized automatic power-off solenoid valve, the dual power supply energized automatic power-off solenoid valve is energized to close and de-energized to open, the self-overflow pipe and the self-draining pipe are respectively connected to the external drainage tee, and the other end of the water tank is provided with a water inlet pipe and a timely control solenoid valve; the air conditioner refrigeration switch is connected to the indoor unit wind A relay is provided between the fans, and the positive pole of the power supply is respectively connected to the power supply points of the cooling switch, the heating switch, the dehumidification switch, and the air purification switch, the normally open static contact of the relay and the electromagnetic coil in the relay, the electromagnetic coil in the relay is connected to the humidity sensor, the power receiving point of the cooling switch is respectively connected to the normally closed static contact of the relay and the normally open switch of the automatic power-off solenoid valve when the dual power supply is energized, the moving contact of the relay is connected to the indoor fan, the power receiving point of the dehumidification switch is connected to the automatic power-off solenoid coil when the dual power supply is energized, the heating switch and the purification switch are multi-power receiving point switches, one of the power receiving points of the heating switch and the air purification switch is respectively connected to the indoor fan of the air conditioner, and the other power receiving point is respectively connected to the time-controlled electromagnetic switch, the indoor fan, the humidity sensor, the automatic power-off solenoid valve when the dual power supply is energized, the power-off electromagnetic coil, and the other pole of the time-controlled solenoid valve are connected to the negative pole of the power supply.

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