TWI798566B - Water-flow cooling and heating air-conditioning system with clean air - Google Patents

Abstract

The present invention mainly provides a water-flow cooling and heating air-conditioning system with clean air, which includes: a water flow device in a water flow state, a water collecting device, a heat pump device, a temperature raising device, a cooling device, a control device and a Cooling and heating switching device; wherein the flowing water device has a natural continuous flow towards the lower part to form a water wall; thereby, the conventional refrigerant is changed into an open water body, which flows directly from top to bottom, through the flow of ice water, making the environment Due to the movement of the second law of thermodynamics, the hot air gathers in the place where the cold water flows and is taken away by the vertical water flow, achieving the benefits of cooling the room and dehumidification; at the same time, the air pollutants that move with the hot air, such as particulate pollutants ( PM10, PM2.5), chemical pollutants (formaldehyde HCHO, volatile organic substances VOC, lampblack, methane (gas) CH4, sulfur oxides SOX, nitrogen oxides NOX, ozone O3, etc.), biological pollutants (bacteria, fungi etc.), are also washed into the water tank by the vertical flow of water, thereby diluting the indoor pollutants to achieve the function of purifying the indoor air quality; moreover, because of the friction between the vertical flow of water and the air, the content of negative ions in the room is increased; in the water tank Set up UV lamps to remove biological pollution sources, and the vertical flow water for circulation will pass through the water filter to filter particulates and chemical substances; At the end, it recycles and produces hot water, which is used for household water use to achieve energy-saving benefits.

Description

Water-flow cooling and heating air-conditioning system with clean air

The present invention relates to the technology of air-conditioning devices, especially the air-conditioning system that utilizes vertical flow water to regulate indoor temperature and humidity through thermal radiation, and can effectively purify indoor air at the same time.

In recent years, due to the development of industry and technology, the air quality of human living environment has become worse and worse, which has seriously threatened human health, especially air is one of the three major elements for human life, and it is continuously inhaled once every second. The interior of the body will gradually affect the operation of related organs and cells to produce diseases; in view of the direct and extensive impact of air pollution on human health, it is urgent to improve the air quality of the surrounding residents.

At present, domestic air quality indicators are mainly based on the concentrations of ozone (O3), fine suspended particulates (PM2.5), suspended particulates (PM10), carbon monoxide (CO), sulfur dioxide (SO2) and nitrogen dioxide (NO2) in the air on that day Equal values, based on their impact on human health, respectively convert the sub-indices of different pollutants, and then use the maximum value of each sub-indicator on that day as the air quality index (AQI) of the station on that day; recently due to smog The situation is becoming more and more serious, and all walks of life have begun to pay attention to and study related issues related to the impact of "fine suspended particles (PM2.5)" on human health. It has been known that "fine suspended particles (PM2.5)" will cause harm to the human body. , including: respiratory disease, cancer, cardiovascular disease, chronic bronchitis, pulmonary edema, tracheal fibrosis, premature delivery in pregnant women, etc.

The generation of harmful substances in the air is not limited to the outdoors, and will also float into the room with the connection of the wind and the door and be inhaled into the body; and indoor air pollutants, except for the aforementioned ozone (O3), fine suspended particles (PM2.5 ), suspended particulates (PM10), carbon monoxide (CO), sulfur dioxide (SO2) and nitrogen dioxide (NO2), there are still smoke, cooking fume, volatile or semi-volatile organic substances, formaldehyde, combustion gas, carbon dioxide, microorganisms , oxygen and other harmful substances. On the other hand, in addition to discussing the concentration of harmful substances, indoor air quality also addresses factors such as changes in indoor temperature, humidity, or air flow.

Sources of indoor air pollution, such as outdoor air, carbon monoxide, nitrogen monoxide and nitrogen dioxide produced by cooking or heating fire sources, volatile organic compounds such as formaldehyde and radon produced by decorative building materials and paints, office equipment Ozone produced, formaldehyde or other volatile organic compounds produced by cleaning products, mold, mildew, fungi, bacteria, viruses, dust mites and other biological pollutants, or nicotine, carbon monoxide, carbon dioxide, acetaldehyde, Pollutants such as acetone and tar, pollen produced by indoor potted plants, hair, body dirt and dander from humans or pets are the main sources that affect indoor air quality. If people living indoors inhale these pollutants for a long time Substances that can seriously affect health.

At present, the maintenance of indoor air quality is mostly aimed at the adjustment of "physical" conditions such as indoor temperature, humidity or air flow, so as to provide a comfortable indoor environment for the human body. The air conditioner currently used is combined with the use of air conditioners and heaters. , or dehumidifiers and other air-conditioning devices can be achieved by changing the direction of the wind; for the removal of harmful substances related to "chemical" in the air, an air cleaner is used to filter indoor dirty air; as for "biological" Contaminants are additionally removed with a dust mite vacuum cleaner for dust mites or mold.

From the analysis of the function of air-conditioning equipment, most of the "chemical" and "biological" air-conditioning devices on the market are designed with a single effect, and few have multi-functions; such as air cleaners, most of them are used for a single effect of filtering air; dust The role of the mite vacuum cleaner is limited to removing dust mites or mold. An air-conditioning device that is regulated by "physicality", which mainly controls the quality of indoor air including temperature, humidity, air cleanliness, and air circulation, so as to achieve a single-function or multi-functional design regulation system.

Common “physically” regulated air conditioners on the market can be roughly divided into single functions such as air conditioners, heaters, and dehumidifiers, or those that combine two or more of the above functions at the same time; It is divided into two categories: "central air conditioner" and "independent air conditioner". Among them, "central air conditioner" refers to a host with several air pipes or refrigerant pipes connected to each air supply device at the end to send low or high temperature wind and air to After each of the air supply devices at the end, the cold air and air, or warm air and air processed by the main unit will pass through the air ducts or refrigerant pipes and finally sent out from each air supply device, thereby achieving the effect of cooling or heating the room. The feature is that the temperature is controlled by the central host, and it is more suitable for buildings with large areas or multi-storey buildings. Such technologies include the "energy-saving central air-conditioning system" disclosed in the domestic invention patent No. 101145360, and the "energy-saving air-conditioning system" disclosed in the domestic invention patent No. 101107978.

The above-mentioned "independent air conditioner" is installed in a fixed position with a single air conditioner. The air conditioner has a compressor (or heat exchanger) and a controller. After that, it is sent to the room. During the air-conditioning process, the cold air will be sent to the room, and the hot air will be discharged outside. If the heating is used, the hot air will be sent to the room. Restricted, so it is more suitable for small ping number space. Such technologies include the "air-conditioning equipment combination of separate modules" disclosed in the domestic invention patent No. 103110821, and the "air-conditioning device" disclosed in the domestic invention patent No. 102127400.

From the technical analysis of air-conditioning equipment, air-conditioning in the past usually uses refrigerants to take away or increase the heat in the room through the process of heat absorption and heat release. In order to effectively improve the efficiency of the refrigerant, a fan is usually used to blow the cold or hot air out of the equipment (indoor unit, air conditioner), so that the indoor temperature reaches a certain comfortable range. However, due to the design of the blower, some places in the space become areas with strong wind impact, and people here are prone to headaches or discomfort; but some areas become places where the wind cannot reach, causing uneven heating and cooling. In order to solve this problem, some scientists once proposed the concept of using radiant cooling and heating, that is, the method of heating the floor and cooling the ceiling, and using the principle of hot air upward and cold air downward, so that the indoor temperature is evenly distributed. However, this method is suitable for areas with low relative humidity. In areas with high relative humidity, condensation will occur on the ceiling, which will cause mold or water dripping from the ceiling, making the environment uncomfortable.

Both the "central air-conditioning" and "independent air-conditioning" air-conditioning devices mentioned above use compressors or heat exchangers to change the air temperature and then send it out to adjust the indoor temperature, which belongs to the "heat exchange" cooling principle. There is another "thermal radiation" cooling principle, which is to place a water wall with a preset volume in the shape of a waterfall in the room, and make the water wall directly contact with the indoor air. By setting the water temperature of the water wall and Speed, and the physical effects of heat convection, heat conduction and heat radiation with the air with a temperature difference in the room, and then adjust the indoor temperature. This technology is disclosed in US Patent No. 8,899,055 "Apparatus and method for cooling and dehumidifying indoor air".

For further analysis of the aforementioned conventional "heat radiation type" air-conditioning device, its technology mainly has a water supply part in the shape of a horizontal pipe on the top, and water with a preset temperature circulates inside it, and the water flowing in the water supply part flows towards its exterior to form a water wall, by which the water wall and Direct contact with the surrounding air produces heat transfer effects such as convection, conduction, and radiation; a concentrating container is arranged at the bottom to concentrate the water flowing in the water wall, and then a motor is used to transport the water in the container to the water supply part above, so as to facilitate Continuous recycling.

The above-mentioned "heat radiation type" air-conditioning device, when cooling and dehumidifying the indoor temperature, sets the temperature of the flowing water in the water wall to be lower than the air temperature. Using the principle of heat radiation, the hot air in the room will naturally flow and concentrate towards the water wall , so that the surrounding temperature is reduced to achieve the function of air conditioning; on the other hand, the water vapor in the air will also flow together with the hot air towards the water wall, and will flow synchronously due to the low temperature of the water wall and condensation on the surface of the flowing water , in order to achieve the dehumidification effect.

Compared with the "heat exchange type" air conditioner, the above-mentioned "radiant heat" air conditioner has lower power consumption, effectively reduces the generation of condensation water, and has the advantages of more even cooling of the indoor temperature and low noise. However, the aforementioned conventional technology still uses motors for pumping water and cooling devices, which will generate high-temperature waste heat during operation, which will not only increase the ambient temperature, but also increase carbon emissions; and, the conventional "heat radiation type" "The air-conditioning device technology is limited to the two functions of lowering the indoor temperature and dehumidification, and there is still room for improvement in its effect; in addition, the conventional technology does not have the function of a heater for raising the indoor temperature; on the other hand, the concentrated container below The collected water is easy to breed mosquitoes, moss or bacteria on the surface of the water and affect the indoor environment, and the running water is repeatedly and continuously recycled without filtering, resulting in poor water quality and failing to solve the indoor "biological problem". Moreover, fine suspended particles (PM2.5), suspended particles (PM10), formaldehyde (HCHO), volatile organic compounds (TVOC), carbon monoxide (CO), sulfur dioxide (SO2) and Nitrogen dioxide (NO2) and other chemical pollutants have not been cleaned, and the indoor "chemical" air pollution cannot be solved.

In view of this, the water-flow cooling and heating air-conditioning system with clean air disclosed in the present invention is a water flow system in a continuous circulation state, which includes: a first-class water device, which has a flow area of a predetermined range, and delivers water to After the water flow area is preset, the water will continue to flow naturally downward in the water flow area to form a water wall; a water collection device, with at least one water collection tank, can concentrate and receive the flowing water forming the water wall; A heat pump device is a heat pump unit that can absorb hot air from the environment, and generates hot air and cold air at a preset temperature after operation; a heating device is connected to the water collection tank by a pipeline, and the The water is sent to a heated water tank, so that the heat generated by the heat pump unit The air is guided into the warming water tank to heat up the water, and then the hot water is sent to the water flow device; a cooling device is connected to the water collecting tank by a pipeline, and the water in the water collecting tank is sent to a In the cooling water tank, the cold air generated by the heat pump unit is guided into the cooling water tank to cool the water, and then the cold water is sent to the water flow device; a control device is connected with the heat pump device and can transmit control signals to Open and close the operation of the heat pump device; a cooling and heating switching device is installed at the preset position of the delivery path of each of the hot water pipes and cold water pipes, and is connected with the control device and can receive its control signal transmission to open and close respectively The water circulation state of each of the hot water pipes and cold water pipes, switch the flow of cold water or hot water to the water flow device to form the water wall of cold water or hot water; through the above device, the water wall is directly in contact with the indoor air, according to The second law of thermodynamics Indoor hot air will flow towards the water wall where the cold water flows and gather to take away the hot air to form a cold air conditioner, or flow the hot air generated by the water wall where the hot water flows to the indoor low temperature to form a heating air conditioner When the hot air flows, it will take away the pollutants and moisture in the air at the same time, and has the "physical" effect of air purification, dehumidification, humidification or adding negative ions, and then can simultaneously remove the "chemical" and "biological" of the indoor air Pollutants, to obtain better indoor air quality, and can combine multiple air conditioning and cleaning functions such as air conditioners, heaters, dehumidifiers, air purifiers, negative ion machines, etc., to reduce equipment purchase costs and space usage. Cooperate with the heat collector to collect the heat generated by the operation of the system, and then provide energy reuse for other equipment, and can make changes in shape according to the needs of interior space decoration design, and can also be combined with other cabinets or furniture, so its Wide range of applications and high practicability.

The main purpose of the present invention is to provide a water-flow cooling and heating air-conditioning system with clean air, which can simultaneously perform "physical" adjustment of indoor air temperature, humidity and negative ions, and can remove granular "chemical" and "Biological" pollutants, the resulting indoor air quality is better and cleaner.

The second object of the present invention is to provide a water-flow cooling and heating air-conditioning system with clean air, which can simultaneously achieve multiple air conditioning and cleaning functions such as air conditioners, heaters, dehumidifiers, air purifiers, and negative ion machines, which can reduce Equipment purchase cost and space usage.

Another object of the present invention is to provide a water-flow cooling and heating air-conditioning system with clean air, which can collect the heat energy generated by the operation of the system, thereby preventing the waste heat from affecting the temperature around the system equipment. At the same time, the collected heat can be further utilized to provide energy for other equipment for reuse.

Another object of the present invention is to provide a water-flow cooling and heating air-conditioning system with clean air, which can match the needs of interior space decoration design, make changes in shape, and can also be combined with other cabinets or furniture, so its application range is wide and High practicality.

[this invention]

(10): Flowing device

(11): Flowing water area

(111):Water Wall

(12): Water flow control group

(13): Drainage piece

(14): pressurized motor

(15): pipeline

(151): first end

(152): second end

(20):Water collecting device

(21):Sink

(22): Ultraviolet sterilization group

(23):Water filter group

(24): drain hole

(25): cover

(30): heat pump device

(31): heat pump unit

(32):water storage tank

(33): cold water outlet

(34):Hot water outlet

(40): heating device

(41): warming water tank

(42): hot water pipe

(43):Hot water supply group

(50): cooling device

(51): cooling water tank

(52): cold water pipe

(53):Cold water supply group

(60): Control device

(61):Remote control component

(62): control panel

(70): Cooling and heating switching device

(71):Cold water switching module

(72):Hot water switching module

(80):pedestal

(90):planting area

The first figure is a schematic perspective view of a preferred embodiment of the present invention.

The second figure is a first schematic diagram of the assembly of a preferred embodiment of the present invention.

The third figure is the second schematic diagram of the assembly of a preferred embodiment of the present invention.

Figure 4 is a schematic diagram of the operating state of the air conditioner in a preferred embodiment of the present invention.

Figure 5 is a second schematic diagram of the air conditioner operating state in a preferred embodiment of the present invention.

Figure 6 is a schematic diagram 3 of the air conditioner operating state in a preferred embodiment of the present invention.

Figure 7 is a first schematic diagram of the heating operation state of a preferred embodiment of the present invention.

Figure 8 is a second schematic diagram of the heating operation state of a preferred embodiment of the present invention.

Figure 9 is a schematic diagram of an indoor use state of a preferred embodiment of the present invention.

Figure 10 is a schematic perspective view of the second embodiment of the present invention.

Figure 11 is a first schematic diagram of the assembly of the second embodiment of the present invention.

Fig. 12 is an enlarged schematic diagram II of the assembly of the second embodiment of the present invention.

Figure 13 is a schematic diagram of the pipeline configuration of the second embodiment of the present invention.

Figure 14 is a schematic diagram of the connection of control signals in the second embodiment of the present invention.

Fig. 15 is a schematic diagram of the operating state of the air conditioner according to the second embodiment of the present invention.

Figure 16 is a second schematic view of the air conditioner operating state of the second embodiment of the present invention.

Figure 17 is a first schematic diagram of the heating operation state of the second embodiment of the present invention.

Figure 18 is a schematic perspective view of the third embodiment of the present invention.

The nineteenth figure is a first schematic diagram of the assembly of the third embodiment of the present invention.

Fig. 20 is the second schematic diagram of the assembly of the third embodiment of the present invention.

Figure 21 is a third schematic diagram of the assembly of the third embodiment of the present invention.

Figure 22 is a perspective view of the fourth embodiment of the present invention.

Figure 23 is a schematic view of the assembly of the fourth embodiment of the present invention.

Figure 24 is a schematic diagram of the operating state of the fourth embodiment of the present invention.

First, please refer to the first figure to the third figure. The water-flow heating and cooling air-conditioning system with clean air provided by the present invention is a water flow system in a continuous circulation state, and is applied to the implementation of "water-to-water heat pump"; Including: a first-class water device (10), a water collecting device (20), a heat pump device (30), a control device (60) connected with the heat pump device (30) and a hot water supply group (43) .

The water flow device (10) has a water flow area (11) in a predetermined range, and after delivering water to a predetermined position of the water flow area (11), the water continues to flow naturally downward in the water flow area to form a A water wall (111); a water flow control group (12), which is connected with the control device (60), and accepts the transmission of its control signal, to control the water flow to form the area range of the water wall (111), and control The temperature and speed of the water flow; the water flow device (10) has a drainage element (13), which can guide the water flowing in the flow area (11) to a preset position along the drainage element (13), such as the drainage Part (13) is in an oblique state, and the water wall (111) formed by the vertical flow of water will also be in an oblique state; the material of the drainage member (13) can be cement, glass, acrylic, stone, The application of materials such as wood, brick, plastic, cloth or metal; the outline of the drainage member (13) or the formation of the water wall (111) can be changed according to the design requirements of interior decoration.

The water collecting device (20) is arranged at the lower position of the flowing water device (10), and has at least one water collecting tank (21), which can centrally receive the flowing water forming the water wall (111).

The heat pump device (30) is a heat pump unit (31) that can absorb hot air in the environment. Water or cold water is delivered to the flowing water device (10) to form the water wall (111) of cold water or hot water; the heat pump device (30) is further provided with a hot water port (34) and a cold water port (33) to Provide hot water and cold water outflow parts respectively, coordinate with a pipeline (15) and its first end (151) is arranged on this flow device (10), this water pipe (15) other end is a second end (152) then When located at the hot water port (34), the hot water is guided to the flow device (10) to form the water wall of hot water, and the second end (152) of the water pipe (15) can also be changed to be located at When the cold water port (33) is used, the cold water is guided to the water flow device (10) to form the water wall (111) of cold water; a water storage tank (32) is connected with the heat pump group (31) by a pipeline connected, and deliver the hot water of the heat pump unit (31) to the water storage tank (32), and then the hot water is transported from the water storage tank (32) to the flowing water device (10).

The control device (60) is connected with the heat pump device (30) and can transmit a control signal to start and stop the operation of the heat pump device (30).

The hot water supply group (43) is connected with the water storage tank (32) by a pipeline, which can provide the supply and use of hot water discharge.

The circulating water flow system generated by the above device uses the water wall (111) to directly contact the indoor air. According to the second law of thermodynamics, the indoor hot air will flow and gather towards the water wall (111) where the cold water flows to bring the hot air Air-conditioning is formed by walking, or the hot air generated by the water wall (111) where the hot water flows flows toward the indoor low temperature to form heating and air-conditioning. At the same time, the pollutants and moisture in the air will be taken away when the hot air flows. It has the "physical" effect of air purification, dehumidification, humidification or adding negative ions, and can simultaneously remove "chemical" and "biological" pollutants in the indoor air to obtain better indoor air quality. It can also be combined with air conditioners, Heating machine, dehumidifier, air purifier, negative ion machine and other air conditioning and cleaning functions are integrated to reduce the cost of additional equipment and space usage, and then cooperate with the heat collector to collect the heat generated by the operation of the system, and then provide The energy of other equipment can be reused, and the shape can be changed according to the needs of interior space decoration design, and it can also be combined with other cabinets or furniture, so it has a wide range of applications and high practicability.

In order to further understand the air-conditioning system of the present invention, the characteristics of the application device, the technical means used and the expected effects, the usage of the present invention is described as follows: According to the present invention, the preset positions below each of the water flow areas (11) and the drainage parts (13) are accommodated in the sump (21), and a base (80) of any type and shape is provided on one side. , each of the heat pump group (31), the control device (60), the water filter group (23) and the water storage tank (32) are arranged in the base (80); Water supply group (43); This heat pump group is then at the corresponding preset position that generates hot water and cold water in operation, is respectively provided with each said hot water port and cold water port, or this hot water port is on this heat pump this storage tank, and then Each of the water storage tanks is connected to the corresponding preset position where the heat pump unit operates to generate hot water; then the water flow control group (12) is arranged at a preset position close to the flow area (11); in addition, the base (80 ) above is provided with a control panel (62), which is used as the setting of parameters such as opening and closing of various devices, temperature adjustment, water flow speed adjustment, water wall area adjustment, operation time and pipeline switching, or control start.

The pipeline configuration of the present invention is not limited to this configuration, and is only used for illustration; Each of the ultraviolet sterilizing group (22) and water filter group (23) is arranged in order; the first end (151) of a pipeline (15) is located at the water flow device (10), and the second end of the pipeline (15) ( 152) Set on the cold water port (33); cooperate with a pipeline to connect the hot water generating part of the heat pump group (31) and the hot water supply group (43), and set the water storage tank on the pipeline flow path ( 32); here, the installation and configuration of the pipelines of the integrated water flow heating and cooling air conditioner and air purification system of the present invention are completed.

The present invention connects each of the water flow control group (12), the heat pump group (31), the ultraviolet sterilizing group (22) and the control panel (62) with the control device (60) respectively when wiring the control transfer circuit. And mutual transmission of control signals; wherein each of the water flow control group (12) and the control device (60) has a considerable distance from each other, and wireless transmission technology can be used for control signal transmission; The control circuit of the cleaning system is installed and configured.

When the present invention is used as a cold air conditioner, please refer to the fourth figure to the sixth figure, the second end (152) of the pipeline (15) is first connected to the cold water port (33); use the control device ( 60) Start the operation of the heat pump group (31), and its cold water or ice water will flow out from the cold water port (34) to the water flow device (10); then control the cold water or ice water to form a water wall through the water flow control group (12) After the size of the area and the water flow velocity, the cold water or ice water will flow down along the drainage member (13) according to the setting to form the water wall (111); ) reacts with the surrounding environment. Due to the second law of thermodynamics, the hot air in the environment gradually moves to the position of the water wall where the cold water or ice water flows and accumulates. Finally, the heat is taken away by the vertical cold water, thereby reducing the temperature of the surrounding environment. To achieve the effect of cold room air conditioning.

When the present invention is used as a heating air conditioner, please refer to the seventh figure to the eighth figure, the second end (152) of the pipeline (15) is first connected to the hot water port (34) to utilize the control device ( 60) Start the operation of the heat pump group (31), and the hot water or warm water will flow out from the hot water port (33) to the water flow device (10); then control the warm water or hot water through the water flow control group (12) After forming the area of the water wall and the speed of the water flow, the warm water or hot water will flow down along the drain (13) according to the setting to form the water wall (111); The water wall (111) reacts thermally with the surrounding environment, and the heat of the warm water or hot water will gradually move to the lower temperature area of the surrounding environment due to the second law of thermodynamics, thereby heating the surrounding environment to achieve the effect of heating and air conditioning.

The number of systems installed indoors by the present invention can be single or multi-group configurations, and the number of systems is set according to the size of the indoor floor area; please refer to Figure 9, which shows the state of multi-group system settings, and there are two sets according to the indoor floor area requirements. A system of the present invention, one of which utilizes a kitchen counter as the The base (80) is used to configure the relevant devices inside the flow table, and cooperate with the hot water supply group (43) to be used in the form of a faucet; the other group is to install the base (80) outdoors, and the related devices are respectively It is arranged inside and outside the base (80); in addition, the control panel (62) can be set at a proper position on the wall.

On the adjustment of heating and cooling air-conditioning efficiency and temperature, the present invention can be adjusted in two ways: one, utilize the water flow control group (12) to control the size of the area forming the water wall (111), to affect the cooling of the surrounding environment or The speed of temperature rise, when this water wall (111) area is bigger, the speed of cooling or heating up of surrounding environment is faster; When this water wall (111) area is smaller, the speed of cooling or heating up of surrounding environment is slower. Its two, by this water flow control group (12) controlling the water flow velocity that forms this water wall (111), affects the speed of cooling or heating up of surrounding environment, when this water wall (111) water flow velocity is slow, surrounding environment cools down Or the speed of heating up is faster; When this water wall (111) water flow speed is fast, the speed of surrounding environment cooling or heating up is slower.

The cold water or warm water after the vertical flow of the present invention will be concentrated in the water collection tank (21) below, and after being sterilized by the ultraviolet ray sterilization group (22), it will be transported to the water filter group (23) for circulating water The impurities are filtered; finally, it is sent to the heat pump unit, and then flows back to the water flow device; here, a water flow system in a circulating state is generated, which can recycle and use water resources repeatedly.

When the present invention is used as a dehumidifier, it is switched to the air-conditioning state. During operation, the water vapor in the environment will follow the hot air and gradually move to the position of the water wall (111) where cold water or ice water flows and gather. , and finally taken away with the vertical cold water, and then achieve the dehumidification effect.

When the present invention is used as a humidifier, it is switched to the heating and air-conditioning state. During operation, the water vapor in the water wall (111) will gradually move and diffuse to areas with lower ambient temperature along with the hot air, and then Achieve humidification effect.

When the present invention is used as an air cleaner, it is switched to the air-conditioning state. During operation, air pollutants in the environment, such as carbon monoxide, carbon dioxide, particulate pollutants (PM10, PM2.5), chemical pollutants (formaldehyde HCHO, volatile organic compounds VOC, lampblack, methane (gas) CH4, sulfur oxides SOX, nitrogen oxides NOX, ozone O3, etc.), or biological pollutants (bacteria, fungi, etc.) Move to the position of the water wall (111) where cold water or ice water flows and gather, and finally take away with the vertical flow of cold water from the water wall (111), thereby diluting indoor pollutants to achieve the function of purifying indoor air quality.

When the present invention is used as a negative ion machine, it can be switched to any state of air-conditioning or heating air-conditioning, and the water in the flowing state of the water wall (111) generates friction with the surrounding air, Therefore, the content of negative ions in the room can be increased.

When the cold and hot water supply of the present invention is used, each of the cold water supply groups (53) or the hot water supply groups (43) can be opened to obtain warm water or hot water; the hot water supply group (43) is an application of a faucet , then turn on the tap to get warm or hot water.

The circulating water flow air conditioning system of the present invention can achieve the following effects:

1. The water flow air conditioning system of the present invention, through the flow of hot air and the conduction of heat energy, synchronously drives the action of pollutants in the air with the flow of hot air, can simultaneously adjust the room temperature, and effectively remove and purify various types of indoor air. "Physical", "chemical" and "biological" pollutants to obtain better indoor air quality.

2. The water flow air-conditioning system of the present invention, in addition to having "physical" air-conditioning functions such as adjusting the temperature and humidity of the indoor air, can also effectively increase indoor negative ions, and use the ultraviolet sterilizing group (22) to solve the water collection tank (21) With the "biological" air pollution such as indoor mosquitoes, moss or bacteria, it solves the problem that the water collected by the centralized container below it in the conventional technology is easy to breed mosquitoes, moss or bacteria on the water surface.

3. The water-flow air-conditioning system of the present invention can effectively reduce fine suspended particles (PM2.5), suspended particles (PM10), formaldehyde (HCHO), volatile organic compounds (TVOC), carbon monoxide (CO), sulfur dioxide ( SO2) and nitrogen dioxide (NO2) and other "chemical" pollutants, to solve the conventional problem of not being able to clean up "chemical" air pollution sources.

4. The water-flow air-conditioning system of the present invention can simultaneously achieve multiple air conditioning and cleaning functions such as air conditioners, heaters, dehumidifiers, humidifiers, air purifiers, and negative ion machines, which can reduce the cost and space of additional equipment Use to solve the problem that the conventional technology is limited to lowering the indoor temperature and dehumidifying, and does not have heating and air conditioning.

5. The overall system of the present invention can match the needs of interior space decoration design, make changes in shape, and can also be combined with other cabinets or furniture, so it has a wide range of applications and high practicability.

6. The water filter unit (23) of the present invention can filter and clean the impurities and pollutants in the circulating water, so that the circulating water can maintain a better water quality, and solve the problem of poor water quality caused by the conventional water circulation.

7. The present invention is a circulating water flow system technology, and the water flow can be recycled repeatedly to save water resources.

Eight, each of the water storage tank (32) and the hot water supply group (43) can operate the heat pump group The hot water produced is stored in the water storage tank (32) in advance, and when it is used, the hot water in the water storage tank (32) can be sent to the hot water supply group (43), so as to achieve the goal of hot water supply. Effect.

9. The drainage member (13) can be applied to existing materials in terms of material, and can be elastically changed in shape, so as to meet the decoration and design requirements of the interior space.

Please refer to Figure 10 to Figure 14, which is a water-flow heating and cooling air-conditioning and air purification system provided by the second embodiment of the present invention. It is a water flow system in a continuous circulation state and is applied to an "air-to-water heat pump" The implementation style; it includes: a first-class water device (10), a water collection device (20), a heat pump device (30), a heating device (40) and a heating device (40) connected to the heat pump device (30) A cooling device (50), a control device (60) connected to each of the water flow device (10) and the heat pump device (30) with signals, and a cooling and heating switching device (70) connected to the control device (60) with signals .

The water flow device (10) has a water flow area (11) in a predetermined range, and after delivering water to a predetermined position of the water flow area (11), the water continues to flow naturally downward in the water flow area (11) Flow to form a water wall (111); a water flow control group (12) is connected with the control device (60) and accepts the transmission of its control signal to control the area range of the water flow to form the water wall (11) , and control the temperature and speed of water flow.

The water collection device (20) is located at the lower position of the water flow device (10), and it has at least one water collection tank (21). The flowing water of the water wall (111); an ultraviolet sterilizing group (22) is provided at the predetermined position in the sump (21) to sterilize the water in the sump (21); the ultraviolet sterilizing group (22) It can be opened and closed independently, or connected with the control device (60) to control the operation with a control signal; each pipeline path connected to each of the water collection tanks (21) and each of the cooling water tanks (41) and heating water tanks (51) is preset. The parts are respectively provided with a filter group (23) to filter the impurities in the circulating water inside each pipeline.

The heat pump device (30) is a heat pump unit (31) capable of absorbing hot air in the environment, and generates hot air and cold water at a preset temperature after operation.

The heating device (40) is connected with the sump (21) by a pipeline, and the water in the sump (21) is delivered to a warming water tank (41), and the heat pump group (31) generates The hot air is guided into the heating water tank (41) to heat the water in the heating water tank (41) to a preset temperature to form warm water or hot water, and then use a hot water pipe (42) to heat up the heated water The hot water is sent to the water flow device (10); the hot water pipe (42) is provided with a hot water supply group (43) at the preset position of the pipeline path to provide hot water discharge for supply and use, and the hot water supply group can be a faucet , sprinkler, water storage tank, heat preservation device Or others, etc. are used as hot water supply.

The cooling device (50) is connected with the sump (21) by a pipeline, and the water in the sump (21) is delivered to a cooling water tank (51), and the heat pump group (31) generates The cold water guides into the cooling water tank (51), so that the water in the cooling water tank (51) is cooled to the preset temperature to become cold water or ice water, and then the cooled cold water is cooled by a cold water pipe (52). It is sent to the water flow device (10); the cold water pipe (52) is provided with a cold water supply group (53) at the preset position of the pipeline path to provide cold water discharge for supply and use. The cold water supply group can be a faucet, a sprinkler, Water storage tank, insulation device or others are used as cold water supply.

The control device (60) is connected with the heat pump device (30) and can transmit a control signal to start and stop the operation of the heat pump device (30).

The cooling and heating switching device (70) is set at the preset position of the delivery path of each of the hot water pipe (41) and the cold water pipe (51), and is connected with the control device (60) and can accept its control signal transmission, so as to Open and close the water circulation state of each of the hot water pipes (41) and the cold water pipes (51) respectively, and switch to flow to the flow device (10) with cold water or hot water.

This embodiment is mainly applicable to the implementation state of "air-to-water heat pump". The heat pump unit (31) will generate cold water and hot air after operation; similarly, this embodiment can be combined with any type and shape of a base ( 80), the water flow device (10) is set above the base (80), the water collecting device (20) is set outside the base (80), and the heat pumps are set inside the base (80). device (30), heating device (40), cooling device (50), control device (60) and cooling and heating switching device (70); and each of the hot water supply group (43) and the cold water supply group (53) are exposed to The outside of the base (80) is used to provide hot water or cold water respectively; Parameters such as the operation of each device, temperature adjustment, water flow speed adjustment, water wall area adjustment, operation time and pipeline switching, or control start-up settings.

The pipeline configuration of the present embodiment is not limited to this configuration, and is only used as an example; first, each of the water collection tanks (21) is connected to each of the heating water tanks (41) and cooling water tanks (51) with a pipeline, and respectively Set the filter group (23) at the preset position of each pipeline circulation path; connect each heat pump group (31) and the heating water tank (41) with a pipeline to transfer the hot air of the heat pump group (31) To the heating water tank (41); connect each heat pump group (31) and the cooling water tank (51) with a pipeline, so as to send the cold air of the heat pump group (31) to the cooling water tank (51); The warming water tank (41) is connected to the flowing water device (10) above with a hot water pipe (42), and the cooling water tank (51) is connected to the flowing water above with a cold water pipe (52). device (10); the hot water supply group (43) is provided at the predetermined position of the circulation path of the hot water pipe (41), and the cold water supply group (53) is provided at the predetermined position of the circulation path of the cold water pipe (52) ): further connect the pipeline to the cooling and heating switching device (70) at the predetermined position of the hot water pipe (42), and further connect the pipeline to the cooling and heating switching device (70) at the predetermined position of the cold water pipe (52), by The cooling and heating switching device (70) is used to control the opening and closing of the hot water or cold water inside the hot water pipe (43) and the cold water pipe (43); The pipeline is installed and configured.

In this embodiment, when wiring the control transmission circuit, each of the water flow control group (12), the heat pump group (31), the ultraviolet sterilizing group (22) and the cooling and heating switching device (70) are connected with the control device (60) respectively. , and can transmit control signals to each other; it is also possible to further set a temperature sensing device (not shown in the figure) in each of the cooling water tank (51) and the heating water tank (41), and connect each of the temperature sensing devices to the The control devices (60) are connected and can transmit control signals to each other, so as to control the temperature of hot water or cold water inside each of the heating device (40) and cooling device (50); The control circuit with the air cleaning system is installed and configured.

When the present invention is used as a cold air conditioner, please refer to the fifteenth to sixteenth figures, use the control device (60) to start the operation of the heat pump group (31), and the cold air will be introduced into the cooling water tank (51) to The water in it is cooled to the preset temperature to form cold water or ice water; then the cold water or ice water is delivered to the cooling and heating switching device (70), and the cold water pipe (52) is opened to be in a flow state, so that the cold water or ice water Water is transported to the flowing water device (10) along the cold water pipe (52); then through the water flow control group (12) to control the area range of the water wall formed by the cold water or ice water, and after the water flow velocity, the cold water or ice water will The water wall (111) is formed by flowing downward according to the setting; the water wall (111) using cold water or ice water to flow thermally reacts with the surrounding environment, and the hot air in the environment gradually flows into the cold water or ice water due to the second law of thermodynamics The position of the flowing water wall (111) moves and accumulates, and finally the heat is taken away by the vertical cold water, thereby lowering the ambient temperature to achieve the air-conditioning effect of the cold room.

When the present invention is used as a heating air conditioner, please refer to the seventeenth figure, use the control device (60) to start the operation of the heat pump group (31), and its hot air will be introduced into the warming water tank (41) to heat the water in it. Warm up to the preset temperature to form warm water or hot water; then warm water or hot water is delivered to the cold and hot switching device (70), and the cold and hot water pipes (42) are opened to be in a flow state, so that the warm or hot water is The hot water pipe (42) is delivered to the flowing water device (10); then through the water flow control group (12) to control the area range of the water wall formed by warm water or hot water, and after the water flow rate, the warm water or hot water will The water wall (111) is formed by flowing downward according to the setting; the water wall (111) and the surrounding environment using warm water or hot water flowing Thermal reaction occurs, and the heat of warm water or hot water will gradually move to the lower temperature area of the surrounding environment due to the second law of thermodynamics, and then heat up the surrounding environment to achieve the effect of heating and air conditioning.

In this embodiment, the adjustment of heating and air-conditioning efficiency and temperature can be adjusted in three ways: one, utilize each of the heating devices (40) or cooling devices (50) to make each of the heating water tanks (41) and the cooling water tanks (51) respectively generate ice water or hot water with a relatively large temperature difference in the room at present, and when transporting to the flowing water device (10) to make it flow to form the water wall (111), the large temperature difference will accelerate the flow rate of the hot air, And make the surrounding environment rapidly cool down or heat up. Its two, can utilize this water flow control group (12) to control the area size that forms this water wall (111), influences the speed that surrounding environment cools down or heats up, when this water wall (111) area is bigger, surrounding environment cools down or The speed of heating up is faster; when the area of the water wall (111) is smaller, the speed of cooling or heating up of the surrounding environment is slower. Third, the water flow control group (12) controls the flow rate of water forming the water wall (111) to affect the cooling or heating rate of the surrounding environment. When the water flow rate of the water wall (111) is slow, the surrounding environment cools down. Or the speed of heating up is faster; When this water wall (111) water flow speed is fast, the speed of surrounding environment cooling or heating up is slower.

The cold water or warm water after the vertical flow of the present invention will be concentrated in the sump (21) below, and then the water in each sump (21) will be sterilized through the ultraviolet ray sterilization group (22); The water collection tank (21) will be transported to each of the cooling water tanks (51) or heating water tanks (41) respectively, and the impurities in the circulating water will be filtered through each of the filter water groups (23) during the transportation process, and finally passed through the The cooling and heating switching device flows back to the water flow device; here, a water flow system in a circulating state is generated, which can recycle and use water resources.

When the cold and hot water supply of the present invention is used, each of the cold water supply groups (53) or the hot water supply groups (43) can be opened to obtain cold water, ice water, warm water or hot water respectively; The temperature of the water supplied by the group (53) or the hot water supply group (43) is respectively set by the heating device (50) or cooling device (40); if the cold water supply group (53) or the hot water Supply group (43) is the application of faucet, then can obtain cold water, ice water, warm water or hot water by turning on faucet.

In effect, except that the present embodiment has the same effect as the first embodiment, the present embodiment further has the following effects: one, the heating device (40) can collect the heat energy generated by the operation of each equipment in the system, and then Avoid waste heat affecting the temperature around the system equipment, and at the same time, further use the heat collected from the heat pump group (31) to provide energy for other equipment for reuse, or as heating and air conditioning to convert warm water or hot water for vertical use, or as hot water supply Function. Second, the present invention recycles the waste heat of the heat pump unit (31) to the heating device (40), without the need to discharge hot waste gas and cause no environmental pollution. The temperature increase of the environment may affect the performance of the air conditioner, so it is suitable for installation in the indoor space to solve the problem that the conventional technology will cause the temperature of the surrounding environment to rise. Third, the cooling and heating switching device (70) can convert the vertical water wall (111) into cold water or hot water after switching, and can be converted into an air conditioner or a heater for use as required.

Other usage states, system construction methods, device and component composition, operation and action methods, and expected effects of this embodiment are all identical to those of the aforementioned first embodiment.

Please refer to the eighteenth figure to the twenty-first figure, which is the third embodiment of the present invention, wherein the cooling and heating switching device (70) has a cold water switching module (71) and a hot water switching module (72), The cold water switch module (71) is set at the preset position of the conveying path of the cold water pipe (52); the hot water switch module (72) is set at the preset position of the conveying path of the hot water pipe (42); each of the cold water The switching module (71) and the hot water switching module (72) are respectively connected with the control device (60) and can receive the control signal transmission to switch between the opening and closing of cold water and hot water; (21) There is a cover (25), which can effectively cover part or all of the top of the sump (21); each preset position in the sump (21) is respectively provided with a drainage hole (24), which can be respectively The water in the water collection tank (21) is added or drained; each water flow device (10) has at least one pressurized motor (14), which is located at the preset position of the pipeline path of the cold water pipe (52), which can Choose to be connected with the control device (60) and accept its control, so as to pressurize the cold water to deliver to the flow device (10) at a higher position; the pressurizing motor (14) can be added to the hot water pipe (42 ) at the preset position of the pipeline path, can be selected to be connected with the control device (60) and be controlled by it, so as to pressurize the hot water to deliver it to the flow device (10) at a higher position; each of the water flow control groups ( 12) The signal transmission between the control device (60) can be the application of wireless technology; it can also be between the cold water switching module (71) and the hot water switching module (72), and the control device (60) The signal transmission, or the signal transmission between each of the control device (60), cooling device (50) and heating device (40), is applied with wireless technology.

This embodiment is mainly an implementation in which the cooling and heating switching device (70) is divided into two parts, which are respectively connected to the control device (60) to transmit control signals, and to cooperate with changes in pipeline configuration; in addition, each of the The signal transmission between the device and the control device (60) can also use wireless transmission technology, which can reduce the configuration of the circuit and the use of design space; the setting of the drainage member (13) can effectively guide the water flow, It can also reduce the occurrence of water splashing; the combination of the cover (25) in this embodiment is mainly to reduce the water collection exposure in each of the sump tanks, thereby reducing the breeding of mosquitoes and moss; the drain hole (24) provides a It can conveniently discharge the water collected in each of the water collecting tanks (21) quickly; at the same time, adding each of the pressurized motors (14) can facilitate the delivery of cold or hot water to the higher position Water flow device (10); on the other hand, the drainage piece (13) can be arranged in an inclined state, or the shape of each drainage piece (13), water flow area (11) and water wall (111) can be changed, and To meet the design needs of shape changes and integrate into the decoration and design of the interior space.

The difference between this embodiment and the foregoing second embodiment is that, except for the technical part disclosed in the foregoing paragraphs, each of the cold water supply group (53), the hot water supply group (43) or the ultraviolet rays can be deleted simultaneously or selectively according to the demand. Devices such as sterilization group (22). Other usage states, system construction methods, device and component composition, operation and action methods, and expected effects of this embodiment are all identical to those of the aforementioned first embodiment.

Please refer to the twenty-second figure to the twenty-fourth figure, which is the fourth embodiment of the present invention, wherein the water flow area (11), or the base (80), or the predetermined position of the water flow device (10) is set There is a planting area (90), which can provide the position for planting plants; the sump (21) is arranged in a single quantity at the single side preset position below the flow device (10); on the other hand, the control system of this embodiment The device (60) has a remote control component (61), which is connected with the control device (60) by wireless transmission technology and can transmit control signals, through which the remote control component (61) can manually open and close each of the running water devices (10 ), the control device (60), the heat pump device (30) and the cooling and heating switching device (70) etc. synchronously or separately, and the area or water flow forming the water wall (11) of the flow area (11) can also be adjusted The speed can also be adjusted to adjust the temperature rise and fall of each cooling device (50) or heating device (50).

In this embodiment, the planting area (90) is added in the water flow area (11) or the preset position of the base (80) to increase the variation in shape and improve the practicality; the water collection tank (21) can It needs to be configured in different quantities; the remote control group (61) provides the remote start and stop of the system of the present invention for the operation of various air-conditioning settings, thereby improving the convenience of use. Other usage states, system construction methods, device and component composition, operation and action methods, and expected effects of this embodiment are all identical to those of the aforementioned first embodiment.

To sum up the above, the "water-flow cooling and heating air-conditioning system with clean air" disclosed in the present invention provides a vertical-flow water circulation air-conditioning system for air conditioners, heaters, dehumidifiers, humidifiers, air purifiers and The integration of multiple air conditioning and cleaning functions such as negative ion machine can not only be used as indoor temperature and humidity adjustment, but also can effectively reduce "physical", "chemical" and "biological" pollutants in the air, and at the same time recycle water Heat and hot air recycling, and an air-conditioning device that can be integrated into the interior decoration design, and a highly practical water-flow air-conditioning system is obtained, so that the whole is indeed industrially practical and cost-effective, and its structure has never been seen in other places. publications or public Use, sincerely meet the requirements for invention patent application, I sincerely hope that the Junju Bureau will grant the patent as soon as possible, and pray for it.

It needs to be stated that the above description is the specific embodiment of the present invention and the technical principles used. If changes are made according to the concept of the present invention, the functions produced by it still do not exceed the spirit covered by the description and drawings. When, all should be stated within the scope of the present invention.

(10): Flowing device

(11): Flowing water area

(12): Water flow control group

(13): Drainage piece

(20):Water collecting device

(23):Water filter group

(43):Hot water supply group

(62): control panel

(80):pedestal

Claims (10)

A water-flow cooling and heating air-conditioning system with clean air, which is a water flow system in a continuous circulation state, which includes: a first-class water device, which has a water flow area within a predetermined range, and after delivering water to a predetermined part of the water flow area, Make the water continue to flow naturally toward the lower part of the water flow area to form a water wall, and use the water wall to regulate the temperature of the surrounding air; a water collection device is located at the lower position of the water flow device and is connected Placed together in a place where temperature adjustment is required, it has at least one water collection tank that can centrally receive the flowing water forming the water wall; a heat pump device, which is a heat pump unit that can absorb hot air in the environment, after operation Generate hot water and cold water at a preset temperature, and transport the hot water or cold water of the heat pump unit to the water flow device in an alternative way to form the water wall of cold water or hot water. Each of the water flow device, water collection device and heat pump Between the devices to jointly generate a single cold water or a single hot water cycle for cooling or heating air-conditioning switching. According to the water-flow cooling and heating air-conditioning system with clean air described in item 1 of the scope of the patent application, it further has a control device, which is connected with the heat pump device and can transmit a control signal to turn on and off the operation of the heat pump device; The water storage tank is connected to the heat pump unit by a hot water pipe, and the hot water of the heat pump unit is delivered to the water storage tank, and then the hot water is delivered from the water storage tank to the water flow device; a hot water supply unit, It is connected with the water storage tank by a pipeline, which can provide the supply and use of hot water discharge. A water-flow cooling and heating air-conditioning system with clean air, which is a water flow system in a continuous circulation state, which includes: a first-class water device, which has a water flow area within a predetermined range, and after delivering water to a predetermined part of the water flow area, Make the water continue to flow naturally toward the lower part of the water flow area to form a water wall, and use the water wall to regulate the temperature of the surrounding air; a water collection device is located at the lower position of the water flow device and is connected Placed together in a place where temperature adjustment is required, it has at least one water collection tank that can centrally receive the flowing water forming the water wall; a heat pump device, which is a heat pump unit that can absorb hot air in the environment, after operation Generate hot air and cold water at a preset temperature; a heating device is connected to the sump with a pipeline, and transports the water from the sump Into a warming water tank, and then guide the hot air generated by the heat pump unit into the warming water tank to heat the water in the warming water tank to heat up, and then use a hot water pipe to transfer the heated hot water to the water flow device; A cooling device, which is connected with the water collection tank by a pipeline, and transports the water in the water collection tank to a cooling water tank, and then guides the cold water generated by the heat pump unit into the cooling water tank, so as to cool the cooling water tank cooling water, and then use a cold water pipe to send the cooled cold water to the water flow device; a control device, which is connected with the heat pump device and can transmit control signals to turn on and off the operation of the heat pump device; a cooling and heating switch The device is installed at the predetermined position of the delivery path of each of the hot water pipes and cold water pipes, and is connected with the control device and can receive its control signal transmission to open and close the water flow status of each of the hot water pipes and cold water pipes, And switch to flow cold water or hot water to the flow device to form the water wall of cold water or hot water, and each flow device, water collection device and heat pump device jointly generate a single cold water or a single hot water cycle for cooling or heating Air conditioner switch. According to the water-flow cooling and heating air-conditioning system with clean air described in item 2 or 3 of the scope of the patent application, the water flow device has a water flow control group, which is connected with the control device and receives the transmission of its control signal to control The water flow forms the area of the water wall, and controls the temperature and speed of the water flow. According to the water-flow cooling and heating air-conditioning system with clean air described in item 3 of the patent application, the cooling and heating switching device has a cold water switching module and a hot water switching module, and the cold water switching module is installed on the cold water pipe The preset position of the delivery path; the hot water switching module is set at the preset position of the delivery path of the hot water pipe; each of the cold water switching module and the hot water switching module is respectively connected with the control device and can receive its control signal transmission , to switch between the opening and closing of cold water and hot water. According to the air-clean water-flow cooling and heating air-conditioning system described in item 2 or 3 of the scope of the patent application, a water filter unit is further installed between each of the water collecting devices and the heat pump device, so as to transport the water collecting tank to the heat pump unit The impurity filtration is carried out in the water; an ultraviolet sterilizing group is installed at the preset position between the sump and the heat pump group. According to the water-flow cooling and heating air-conditioning system with clean air described in item 2 or 3 of the scope of the patent application, a planting area is provided at the preset position of the flowing water area, which can provide a place for planting plants. According to the air-clean water-flow cooling and heating air-conditioning system described in item 2 or 3 of the patent scope of the application, the water flow device has a drainage element, which can guide the water flowing in the flow area to flow along the drainage element to the preset position; the drainage member can be a preset shape outline; the drainage member can be the application of a preset material. According to the water-flow cooling and heating air-conditioning system with clean air as described in item 2 or 3 of the scope of the patent application, each of the water flow devices has at least one pressurized motor to pressurize and transport the hot water or cold water located at the low place to the high place respectively The running water device. According to the water-flow cooling and heating air-conditioning system with clean air described in item 3 of the scope of the patent application, a cold water supply group is provided at the preset position of the pipeline path of the cold water pipe to provide the supply and use of cold water discharge; the pipeline path of the hot water pipe A hot water supply group is provided in the preset position to provide the supply and use of hot water discharge.

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