WO2017190705A1 - Plant air conditioning system or method - Google Patents

Abstract

Disclosed is a plant air conditioning system comprising a plant space and a service space, wherein a plant is planted in the plant space, purified air is input into the plant space, the air in the plant space is sent to the service space, and the air in the service space is output. Also provided is a plant air conditioning method. The system or method can utilize the characteristics of the plant to optimize the indoor air environment.

Description

Plant air conditioning system or method Technical field

The present invention relates to a plant air conditioning system or method.

Background technique

Nowadays, outdoor air pollution in many areas is very serious, so air purification devices are often used indoors. However, the indoor air purification device can only solve part of the indoor air pollution in a limited manner, and cannot make the indoor air as fresh and healthy as the forest air.

Summary of the invention

In response to the above problems, the present invention provides a plant air conditioning system or method that utilizes the characteristics of plants to optimize the indoor environment.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space , the air of the service space is output to the outside.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent through the pipeline The service space outputs the air of the service space to the outside.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent through the pipeline The service space outputs the air of the service space to the outside, wherein the plants in the plant space can have illumination and water supply.

A plant air conditioning system or method, comprising a plant space and a service space, characterized in that the plant space is a plant sun room, plants are grown or planted in the plant sun room and the plants are exposed to sunlight, and the service space or the outside is opened. The air of the environment or both is purified to obtain direct purified air, and the direct purified air is input into the plant space, and the direct purified air is sent to the service space, and the air in the plant space is sent to the service space, and the air of the service space is provided. Output to the outside.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space The air of the service space is outputted outward, wherein the purification is specifically processed by an air purification device.

A plant air conditioning system or method, comprising a plant space and a service space, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air in the service space is output to the outside. Among them, plants have plants in the plant space that can affect the composition or odor of the air.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that the plant space has plants, the purified air is input into the plant space, and the air in the plant space is sent to the service space, and the service space is provided. The air is output outwardly, wherein the plant-regulated air output from the plant space is transported into a port of the circulation pipe, and the other port of the circulation pipe is capable of returning plant-regulated air to the plant space, the circulation pipe capable of transporting the plant to the service space The air is conditioned, wherein the circulation pipe is connected to different service spaces through pipes.

A plant air conditioning system or method comprising a plant space, a service space and a plant culture zone, characterized in that the purified air is input into the plant space, and the air in the plant space is sent to the service space, and the air of the service space is Exporting outward, wherein the plant space has plants capable of influencing the composition or odor of the air, wherein the plants are grown or cultivated in the plant culture zone, wherein the plants in the plant culture zone are transplanted or transferred to the plant periodically or periodically. A plant space in which plants in the plant space are also periodically or periodically returned to the plant culture zone.

A plant air conditioning system or method comprising a plant space, a service space and a plant culture zone, characterized in that the purified air is input into the plant space, and the air in the plant space is sent to the service space, and the air of the service space is Output outward, wherein the plant space has plants capable of affecting the composition or odor of the air, wherein the service space includes different rooms in the building, and different rooms in the service space are connected to the plant space through pipes, and the plant space passes through the pipeline The air in the plant space is sent to different rooms in the service space, wherein a main pipe is drawn from the plant space, which in turn leads to different subdivision pipes, and different subdivision pipes are connected to different services. Different rooms in space or service space.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space The air of the service space is exported outwards, wherein the plant space comprises different floors of a multi-storey building in which plant spaces are grown or planted.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space , the air of the service space is exported outwards, wherein the plant space comprises different floors of a multi-storey building, and the plant spaces of the different floors are grown or planted with plants. The service space includes different floors of a multi-storey building, wherein the air of the plant space of different floors can be separately transported to the service space of different floors.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space The air of the service space is outputted outwards, wherein the plant space and the service space are located in the same multi-storey building, wherein the plant space comprises different floors of the multi-storey building, and the plant spaces of the different floors are grown or planted. A plant, wherein the service space comprises different floors of the multi-storey building, wherein air of the plant spaces of different floors can be transported to the nearby or the same floor service space, respectively.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space The air of the service space is exported to the outside, and the plant space and the service space are located in the same multi-storey building, and the plant space and the service space are simultaneously provided on more than one floor of the multi-storey building.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space The air of the service space is exported outwards, wherein the plant space is located in the top floor of the building or on the roof.

A plant air conditioning system or method comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is introduced into the plant space, and air in the plant space is sent to the service space The air of the service space is outwardly outputted, wherein the plant space is located in the top floor or on the roof of the multi-storey building, and the multi-storey building has a service space, and the air of the plant space can be transported to the service in the multi-storey building space.

Among them, the plant space is the internal space of the building, or the plant space is the building and its internal space. Among them, the plant space is separated from the external open environment.

The service space is the internal space of the building, or the service space is the building and its internal space. Among them, the service space can be separated from the external open environment.

Among them, the purification is processed by an air purification device, wherein the air purification device is a device specially used for purifying air.

DRAWINGS

1 is a typical schematic view of Embodiment 1.

2 is a schematic diagram of a circulation conduit for conveying plant conditioning air from a plant space to a service space of Example 1.

detailed description

Example 1

This embodiment is a centralized plant air conditioning system for a mixed building complex of residential and commercial residential buildings. The room in the mixed building is the service space.

Among them, there is a large sunny plant house in or near the mixed building group, which is a plant space. Among them, the sunlight plant house can be constructed of steel structure and glass wall surface, wherein the glass is insulated double-layer vacuum glass. Wherein, the sunlight plant house is relatively separated from the outside to prevent pollution and convection of the outside air, wherein the partition does not need to be airtight, and only needs to effectively prevent air pollution of the external open environment from entering the plant space, and the separation level is high. It can be comparable to a clean house, and the lower level of separation can be comparable to a normal house. For example: the plant sun room does not have open windows, the door of the plant sun room has size requirements and can be closed and so on. Among them, the sunny plant house has a height of 10 to 100 meters and an area matching the mixed building group. Among them, the sunlight plant room can densely plant large trees and form a forest, and the tree species are selected to better produce beneficial ingredients in the air and purify the air. Among them, the sunlight plant room can also choose to plant some other plants, such as various flowers and plants, so that the air can have the smell of flowers and plants.

Among them, the method of purifying the air sent to the plant sun room can be a mixture of an aqueous medium and HEPA. Among them, the air to be purified is first filtered and purified by water mist or waterfall, and then purified by HEPA filtration, and finally the purified air is sent to the sunlight plant room.

Among them, the purification of air sent to the plant sun room can filter the pollution of PM2.5, wherein the total filtration rate of the purification to PM2.5 pollutants should not be less than 70% or 80% or 90%.

Among them, the plant space has or is connected to a device for detecting air. Among them, the air in the plant space is subjected to timed or real-time quality inspection to ensure the quality of the air being fed into the service space.

Among them, in order to ensure the air quality, the plant sun room should be closed management.

Among them, the purification of the air in the indoor space of the service space or the outdoor open environment or both of them is to directly purify the air. This direct clean air can be used for two purposes, one for direct delivery to the service space and the other for input into the plant space.

Among them, the air from the plant space is plant-regulated air. Plant conditioning air is sent to the service space. This plant regulates the air with the smell of forest in the sunlight plant room, comprehensively improves the air quality and feeling of the service space, and makes the service space also have a large forest atmosphere.

Among them, the service space has three sets of gas delivery pipes, and the first set of pipes is used to transport the direct purified air obtained by purifying the air in the service space or in the outdoor open environment or both to the service space, the second A set of pipes is used to deliver plant conditioning air from the plant space to the service space, and a third set of pipes is used to output the original air in the service space. Among them, each house or most rooms in each building are connected to the above three sets of pipes at the same time. Among them, after being output from the house, the air will be proportionally mixed with the air in the outdoor environment and then purified or both purified and mixed, and then sent to the sunlight plant room and service space. Among them, the mixing ratio is 0%-100%. Among them, the user of the service space can select and adjust the air supply amount of the plant regulating air, or the air supply amount of the direct purification air, or the air supply amount or the air supply ratio of the above two. Among them, the operation of the plant space can charge the user directly to purify the air or plants to regulate the air or both. Among them, the service space is installed with a meter for the amount of air supplied. Among them, the operator can charge the user according to the amount of air supply. Among them, direct air purification and plant conditioning air can be set at different prices.

Specifically, the air in the outdoor open environment and the air in the service space are mixed in proportion and sent to the air purification device, and the air purification device first purifies the mixed air with a waterfall or water mist and then filters it by HEPA. Or electrostatically adsorbed electrical dust collection filter for the second purification of the mixed air, and then through the third filtration purification of the activated carbon filter to obtain direct purified air. The direct purified air is sent to the plant space, and after the plant space is mixed, the plant adjusts the air. Finally, direct air purification and plant conditioning air are sent to the service space separately. Among them, some of the air output from the service space will be discharged to the open environment.

Among them, the plant regulating air delivery pipeline can be further subdivided into a plurality of pipelines, and different plants can respectively transport different plants to regulate air. For example, some transmit forest-based forest air, and some convey floral-based floral air.

Among them, the sunlight plant room is insulated, and its glass wall is double-layer vacuum glass.

Among them, the air sent to the service space is temperature-controlled or temperature-controlled. For example, the plant space itself has temperature control, and the indoor and outdoor air sent to the service space is also temperature-conditioned after being purified and sent to the service space.

Among them, the air sent to the service space is subjected to humidity adjustment or humidity control. For example, the plant space itself has humidity control, and the indoor and outdoor air sent to the service space is also subjected to humidity adjustment after being purified and sent to the service space.

Among them, the indoor air output from the building interior and the air in the external environment are subjected to air detection before or after purification, and the ratio of the two is mixed according to the detection result, and then the pre-purification and the pre-purification are mixed and purified. After mixing or mixing the purified ones, they are sent to the sunlight plant room. Or, mix the two directly in a fixed ratio.

The user of the service space can log in to the user account of the online service party in the service space, and the user can set the air conditioning function of the house with management rights after logging in the user account.

Among them, the user can use the mobile phone to set the air conditioning function of the house that has the management right. For example, the user can start to maximize the amount of ventilation of the plant's purified air one hour before returning home or in advance.

Among them, plants in which the air flows from the air input point of the plant space to the air output point can be sufficiently mixed with the air in the plant space or pass through the plant space.

Among them, fire-fighting or fire-fighting devices or faucets or spray heads are installed on the upper or top of the plant space. Because the plant sun room is closed, the sprinklers are installed on the top or top of the plant to extinguish the fire in the event of a fire, and can be used to spray plants.

Among them, a spray head is installed on the upper part or the top of the plant space. Wherein, the nozzle is connected to the water source through a pipeline. Among them, the nozzle can be used for watering or fire extinguishing.

Among them, the plant space specifically refers to the building and its internal space.

Among them, the service space specifically refers to the building and its internal space.

Among them, the plant space is a plant sun room.

Among them, plants are grown or planted in the plant's sun room and the plants are exposed to sunlight.

Among them, the plant space and the service space are separated or independent of each other.

Among them, the plant space is directly built on the surface of the land.

Among them, plants in plant space can be directly planted in the land on the surface.

Among them, the plant space can also be located in the top floor of the building or on the roof of the building, which has a service space in which the air of the plant space can be delivered to the service space in the building.

Wherein, the purification is specifically processed by an air purification device.

Among them, air purification equipment is a device dedicated to purifying air.

Wherein, the purification or air purification device has the function of removing PM2.5 pollution.

Wherein, the purification or air purification device has the function of sterilization.

Wherein, the purification or air purification device has the function of removing formaldehyde.

Among them, the plant space has irrigation pipes.

Among them, the plant space has an automatic irrigation system that can automatically irrigate plants.

Among them, in the process of outputting plant-regulated air from the plant space to input plant-regulated air into the service space, the plant-regulated air does not need or be subjected to electrostatic adsorption filtration purification or HEPA filtration purification or a purification process equivalent to the above. Because if the plant regulates the air purification, it may cause the plants to regulate the fresh components brought by the plants in the air to be removed, and the plant space itself is cleaned. The clean air space formed after the gas input thus the air output from the plant space itself is sufficiently clean without re-purification.

Among them, in the process of exporting plant-regulated air from the plant space to inputting plant-regulated air into the service space, the plant regulates the air only or only through insect-proof filtration. Among them, the insect-proof filter is different from the above-mentioned two kinds of purification, but is used for preventing insects and other small impurities from regulating the air input service space with the plants.

Among them, when the plant regulates the air from the plant space or when the plant regulates the air into the service space, the plant can be conditioned to purify the air under special circumstances. Among them, insect-proof filtration is a daily measure different from purification, only to prevent small impurities such as insects from regulating the air input service space with plants, and the purification here is in special circumstances—such as when the air in the plant space is polluted— - A temporary measure that can be chosen.

Among them, the plant-regulated air output from the plant space is transported into a port of the circulation pipe, and the other port of the circulation pipe can send the plant-regulated air back to the plant space, and the circulation pipe can transport the plant-regulated air to the service space. Among them, the circulation pipeline can ensure that the service space obtains fresh plant regulating air.

Wherein, two ports at both ends of the circulation pipe are connected to the plant space.

Among them, the path of the circulation pipeline should be set near the service space to facilitate the service space to obtain plant-regulated air from the circulation pipeline.

Among them, the circulation pipe is a specific implementation of the second set of pipes described above (ie, the pipe 2 in FIG. 1 of the drawings).

Example 2

This embodiment is a centralized plant air conditioning system for a mixed building complex of residential and commercial residential buildings. Many of the different rooms in the mixed building complex serve as a service space.

This embodiment has a plant culture zone. This plant cultivation area may be an open open planting area or a closed plant cultivation area. The plant cultivation area may be to cultivate plants using natural sunlight, or to use artificial light sources (such as LED light sources) to culture the plants, or to mix and use natural sunlight and artificial light sources to cultivate the plants. The plants in this plant culture area may be cultured by themselves or from other plant culture areas or nurseries. The plant cultivation area cultivates the plants therein, including spraying or applying a pesticide for killing insecticides and spraying or applying nutrient water nutrients containing nutrients. Plants in the plant culture area are first rinsed one or more times before being removed into the plant space and placed for a further period of time - flushing the syrup and nutrient water nutrients that may release undesirable components into the air and placing them for a period of time The time is sufficient to eliminate the residual syrup medicine nutrient water nutrients after rinsing, and finally the plants are washed once and then moved into the plant space. Among them, the plants in the plant culture area will be sprayed or cleaned and placed in a harmless space for a period of time before being sent to the plant space. Among them, harmless space refers to the space without pollution and pests. Among them, the plants in the plant space are also periodically or periodically transferred back to the plant culture area for cultivation and then returned to the plant space. In this embodiment, the plants in the plant culture area and the plants to be moved into the plant space are selected to have a variety of purified air or a beneficial ingredient or odor which is emitted into the air, and the plants in the plant space have purified or regulated air components. Features.

The plant space in this embodiment is a closed space which is separated from the external environment and can effectively prevent air pollution from entering the open environment (only connected to the input purified air and the two pipes for conveying air to the service space), specifically It is an upper light-transparent plant sunlight room, and specifically may be a closed cultivation or growing plant space using an artificial light source (for example, an LED light source), or specifically, an enclosed space in which natural sunlight and an artificial light source are mixed. The plants in the plant space in this example are cultured using soil culture or hydroponic or other nutrient qualities. Plants in this embodiment can also be placed in plants that are no longer grown in culture, such as grasses harvested from other places - still active and can affect the odor or composition of the air, and these no longer grow plants It can be placed in a space with or without a light source in the plant space. The plant space of the present embodiment may further include a space without a light source, and these non-light source spaces may be used to place plants that are no longer cultivated for growth or that do not require irradiation of light to grow the cultivated plants. Among them, trees can grow in plant space - trees are large plants that have a stronger purifying effect on the air. Among them, the effective height of the plant space should be no less than 5 meters or not less than 10 meters, the effective area of the plant space should be no less than 25 or 50 or 100 square meters, and the effective volume of the plant space should be no less than 200 or 500 or 1000. cubic meter. Wherein, the plant space has or is connected to the device for detecting air, and the air in the plant space is subjected to timed or real-time quality inspection to ensure the quality of the air being sent into the service space, wherein the plant space should be managed in a closed manner, Better guarantee the quality of the air.

In the present embodiment, the purified air sent to the plant space is purified by purifying the outdoor air (the air of the external open environment) or purifying the air sent from the service space or mixing the air of the above two. Come on.

In this embodiment, the plant space is connected to a main air supply pipe (the circulation pipe in FIG. 2 equivalent to the drawing of the specification), and the main air supply pipe sends air out of the plant space, and the main air supply pipe leads to the service space, and serves The main air supply pipe near or inside the space is respectively connected to the subdivided air supply pipe, and the subdivided air supply pipe is respectively connected to different service spaces or different rooms of the service space (the different service spaces in FIG. 2 of the drawing are equal to or equal to Different rooms in the service space, for example, equivalent to: room 1, room 2, room 3) of the service space.

In this embodiment, there may be another additional air supply duct which delivers the direct purified air to the service space.

Different rooms in the service space or service space in this embodiment are also respectively connected to another subdivision air supply pipe, and these subdivision air supply pipes are all connected to one main air supply pipe. The main air supply duct will purify the air sent out from the service space and send it to the plant space or service space, or send the air sent out from the service space to the heat exchanger for heat exchange with the air that will be sent to the plant space or service space— - This will save energy and be more environmentally friendly.

In this embodiment, the purification enables the purified air to have a PM2.5 value of 0 to 35 micrograms per cubic meter or 0 to 75 micrograms per cubic meter.

Among them, the separation of plant space from the open environment of the outside can effectively prevent air pollution from the open open environment from entering the plant space.

Among them, the plant space is a space dedicated to regulating indoor air by inputting purified air and utilizing internal plants.

Among them, the purified air can be input into the plant space through the pipeline, and the air in the plant space can be transported to the service space through the other pipeline, except that the two outer plant spaces connected to the plant space are separated from the external environment and the service space.

Among them, the plant space is a separate enclosed space connecting the two channels of input purified air and air to the service space. Among them, the plant space is independent of the service space.

Among them, the input into the plant space is to directly purify the air. Among them, the purified air input into the plant space is obtained by purifying the air in the external open environment or in the service space room or both.

Among them, the pipeline can transport air from the plant space to the service space, and the air of the service space can be outputted through another pipeline, except that the two pipeline service spaces connected to the service space are separated from the plant space.

Among them, the service space is a separate enclosed space connecting the two channels of the input plant space air and the outward output air. Among them, the service space is independent of the plant space.

Wherein, the outward output of the air in the service space is specifically outputting the air of the service space to the plant space or outputting to the external open environment.

Wherein, the enclosed space is a space that can be completely closed except for the pipeline for conveying air. Among them, the enclosed space should be able to effectively prevent air pollution from entering the open environment. Wherein, the enclosed space may have doors and windows, etc., and may not be airtight, but the sealing level should be at least equal to that of an ordinary house. Wherein, the purifying may be combined with water or purifying the air in different ways such as HEPA or a medium such as plasma.

Among them, the purification of the air in the indoor space of the service space or the outdoor open environment or both of them is to directly purify the air. Among them, this direct purification air can have two purposes, one is directly sent to the service space, and the other is input into the plant space.

Among them, the air from the plant space is plant-regulated air. Among them, plant conditioning air will be sent to the service space.

Among them, the service space can have three sets of gas delivery pipes, and the first set of pipes is used for conveying the direct purified air obtained by purifying the air in the service space or in the outdoor open environment or both to the service space. Two sets of pipes are used to transport plant conditioning air from the plant space to the service space, and a third set of pipes is used to output the original air in the service space.

Among them, the air sent to the service space is temperature-controlled or temperature-controlled.

Among them, the user of the service space can select and adjust the air supply amount of the plant regulating air, or the air supply amount of the direct purification air, or the air supply amount or the air supply ratio of the above two.

Among them, the operation of the plant space can charge the user directly to purify the air or plants to regulate the air or both. Among them, the service space is installed with a meter for the amount of air supplied. Among them, the operator can charge the user of the service space according to the amount of air supply. Among them, direct air purification and plant conditioning air can be set at different prices.

Among them, the plant space is insulated. Among them, the wall surface of the plant space is insulated.

Among them, the air sent to the service space is temperature-controlled or temperature-controlled.

Among them, the plant space itself has temperature control or temperature regulation.

Among them, the air sent to the service space is subjected to humidity adjustment or humidity control.

Among them, the plant space itself has humidity control or humidity regulation.

The user of the service space can log in to the user account of the online service party in the service space, and the user can set the air conditioning function of the house with management rights after logging in the user account.

Among them, the user can use the mobile phone to set the air conditioning function of the house that has the management right.

Among them, the pipeline that delivers air to the service space can be insulated.

Among them, the pipeline from the service space to the air to the purification equipment can be insulated.

Among them, plants in which the air flows from the air input point of the plant space to the air output point can be sufficiently mixed with the air in the plant space or pass through the plant space.

Among them, there are two or more types of plant-regulated air that are sent from the plant space to the service space.

Among them, the user of the service space can adjust or control the air supply amount or the air supply ratio of the two or more kinds of plants from the plant space.

Among them, fire-fighting or fire-fighting devices or faucets or spray heads are installed on the upper or top of the plant space.

Among them, a spray head is installed on the upper part or the top of the plant space. Wherein, the nozzle is connected to the water source through a pipeline. Among them, the nozzle can be used for watering or fire extinguishing.

Among them, the plant space specifically refers to the building and its internal space.

Among them, the service space specifically refers to the building and its internal space.

Among them, the plant space and the service space are separated or independent of each other.

Among them, plants in plant space can be directly planted in the land on the surface.

Wherein, the purification is specifically processed by an air purification device.

Among them, air purification equipment is a device dedicated to purifying air.

Wherein, the purification or air purification device has the function of removing PM2.5 pollution and sterilization.

Wherein, the purification or air purification device has the function of removing formaldehyde.

Among them, the plant space has irrigation pipes.

Among them, the plant space has an automatic irrigation system that can automatically irrigate plants.

Wherein, the purification or air purification device can be combined with the following air purification processes: water waterfall water mist filtration purification, HEPA filtration purification, electrical dust collection filtration purification and plasma purification process.

Among them, the filtration purification effect of activated carbon filtration purification is to remove the odor of air and harmful gases such as formaldehyde.

Among them, the air in the plant space can be directly purified. Among them, the air quality of the plant space will be continuously or periodically detected. If the air pollution in the plant space exceeds the standard, the air in the plant space will be directly purified. Among them, the air purification device for directly purifying the air in the plant space may be dedicated to the plant space or the same air purification device for purifying the air in the external open environment or the service space.

Wherein, the outward output of the air of the service space means that the air of the service space is transported to the air purification device or to the external open environment or both.

Among them, the plant space can be artificially pollinated.

Among them, the plant space should be planted with a combination of plants that are good for air.

Among them, in the process of outputting plant-regulated air from the plant space to input plant-regulated air into the service space, the plant-regulated air does not need or be subjected to electrostatic adsorption filtration purification or HEPA filtration purification or a purification process equivalent to the above. Because if the plant regulates the air purification, it may cause the plant to regulate the fresh components brought by the plants in the air to be removed, and the plant space itself is the clean air space formed by purifying the air input and thus the air output from the plant space. It is pure enough to be cleaned without re-purification. Among them, in the process of exporting plant-regulated air from the plant space to inputting plant-regulated air into the service space, the plant regulates the air only or only through insect-proof filtration. Among them, the insect-proof filter is different from the above-mentioned two kinds of purification, but is used for preventing insects and other small impurities from regulating the air input service space with the plants.

Among them, when the plant regulates air from the plant space or when the plant regulates the air into the service space, the plant can be conditioned to purify the air under special circumstances - wherein the insect filter is a daily measure different from the purification, but only To prevent small debris such as insects from regulating the air input service space with plants, and the purification here is a temporary measure that can be chosen under special circumstances, such as when the air in the plant space is polluted.

Among them, the plant-regulated air output from the plant space is transported into a port of the circulation pipe, and the other port of the circulation pipe can send the plant-regulated air back to the plant space, and the circulation pipe can transport the plant-regulated air to the service space.

The circulation pipe is connected to different service spaces through pipes. Wherein, the circulation pipeline delivers air or plant conditioning air to different service spaces through pipes respectively connected to different service spaces.

Wherein, two ports at both ends of the circulation pipe are connected to the plant space.

Among them, the path of the circulation pipeline should be set near the service space to facilitate the service space to obtain plant-regulated air from the circulation pipeline.

Wherein, when the circulation pipe returns the plant regulating air to the plant space, the plant can be conditioned to purify or prevent insect filtration.

Among them, the (purified) air that is input into the plant space or the service space is heat-exchanged with the air that is output from the service space. Among them, the air discharged from the service space to the external space first enters the heat exchanger and exchanges heat with the (purified) air to be input to the plant space or the service space. Wherein, through the heat exchange or heat exchanger, the (purified) air to be introduced into the plant space or the service space is brought close to the room temperature of the plant space or the service space. Among them, through the heat exchange or heat exchanger, energy consumption required for summer cooling and winter heating can be saved, and energy saving and environmental protection are more energy-saving.

Among them, the plant space should be managed in a closed manner to better ensure the quality of the air.

Example 3

In this embodiment, the plant space can be in a multi-story building of several tens of layers, wherein each layer can be placed or planted with various plants. Among them, the plants in each layer of this multi-storey building can be exposed to natural light, artificial light, or both natural and artificial light. Among them, the multi-storey building is divided into at least two parts of space, one as a plant space and the other as a plant cultivation area, in which plants can be conveniently moved between the plant space and the plant cultivation area. In this embodiment, the service space is a multi-storey residential building in the same area as the plant space.

In this embodiment, the air from the external open environment is first purified to directly reduce the level of pollutants such as PM2.5 to a very low level, and the direct purified air is sent to the plant space and the service space through the pipeline. Among them, the plant-regulated air in the plant space is sent to the service space through the pipeline. Among them, the indoor air in the service space is discharged to the outside through the pipeline. Among them, the indoor air in the service space exchanges heat with the direct air purification and plant conditioning air sent to the service space through the pipeline before being discharged to the outside.

In this embodiment, the plant space of the multi-storey building can more effectively form a larger plant space on a limited land area, that is, To make more efficient use of space. In this embodiment, plant spaces are planted with a variety of different plants that can receive both natural and artificial light, which can effectively regulate and purify the air components.

In this embodiment, the plant space and the service space may be in the same multi-storey building, and the multi-story building may be a multi-storey building of several layers or dozens or dozens of layers. Among them, the same floor of the multi-storey building has both plant space and service space, and the plant space can send the air of the plant space to the nearby service space through the pipeline. In this way, the distance required to transport the air in the plant space to the service space can be effectively shortened.

In this embodiment, the plant space may also be located in the top floor of the multi-storey building or on the roof, and the air of the plant space can be delivered to the service space in the multi-story building. Among them, other floors of the multi-storey building may or may not have plant space. The benefits of this design of placing plant spaces in the top or top of a multi-storey building are: 1) can have a higher height of plant space that is not limited by the height of the floor, and 2) can have better natural light exposure ( Sunlight), 3) can directly inhale air from a higher position from the ground for purification and then input to the plant space, 4) transport plant space directly from the plant space in the top or roof to other floors of the multi-storey building The air is more convenient.

Among them, the air in the plant space will be quality tested before being sent to the service space to ensure the air quality delivered to the service space. Among them, the quality detection of the air sent by the plant space to the service space is performed periodically or in real time or periodically.

Among them, the air will be imported into the plant space after being purified.

Among them, plant space does not pollute the air.

Among them, there are no air pollution sources or pollutants in the plant space.

Wherein, the purifying refers to a process or process in which air is removed by a special purification device to remove air pollutants and harmful components. Among them, the purification makes the air cleaner and healthier.

Among them, the content of pollution or harmful substances in the purified air is lower than the harmful level of recognized or national standards.

Among them, purification is a process of significantly reducing the level of pollution or harmful substances in the air.

Among them, the air output from the plant space will be subjected to humidity adjustment or temperature adjustment or temperature and humidity adjustment before being sent to the service space.

Among them, the air in the plant space is sent to the service space through the pipeline.

Among them, at least two or more different plants are grown or planted in the plant space.

Among them, the plant space may include different floors of the same multi-storey building, and plant spaces of these different floors are grown or planted.

Wherein, the service space may comprise different floors of the same multi-storey building, wherein the air of the plant space of different floors can be respectively transported to the service space of different floors.

Wherein, the plant space and the service space may be located in the same multi-storey building, wherein the plant space comprises different floors of the multi-storey building, and the plant spaces of the different floors are grown or planted, wherein the service space includes the Different floors of the floor building, in which the air of the plant space of different floors can be respectively transported to the nearby or the same floor service space.

Among them, the air of the plant space on different floors can be transported to the nearby or the same floor service space.

Among them, the plant space can include different floors of the same multi-storey building, and plants placed or planted on different floors can be exposed to natural light, artificial light, or both natural and artificial light.

Among them, the plant space can include different floors of the same multi-storey building, and plants placed or planted on different floors can be exposed to natural light.

Among them, the plant space can include different floors of the same multi-storey building, and plants placed or planted on different floors can be artificially illuminated.

Among them, the plant space can be a multi-storey building, and plants placed or planted on different floors of the building can be covered by an automatic irrigation system.

Among them, the plant space may comprise different floors of the same multi-storey building, which is divided into at least two parts of space, one as a plant space and the other as a plant cultivation area. Among them, it is convenient to move plants between the plant space and the plant culture area.

Among them, the net height of the floor where the plant space is located is not less than 2 meters or 3 meters or 5 meters.

Among them, the plant space can include different floors of the same multi-storey building, and the air from the external open environment or the air from the service space can be purified and then directly transported to the plant space of different floors through the pipeline.

Among them, the plant space may include different floors of the same multi-storey building, and the air of the plant space on different floors may circulate with each other.

Among them, the plant space and the service space can be located in the same multi-storey building.

Among them, the plant space and the service space may be located in the same multi-storey building, and the multi-story building has both plant space and service space in more than one floor.

Among them, the plant space can be located in a multi-storey building, the number of floors of the multi-storey building is greater than 5 or 10 layers.

Among them, the plant space can be located in a multi-storey building, at least two of which include a plant space.

Among them, the plant space and the service space may be located in the same multi-storey building, and the number of floors of the multi-storey building is greater than 5 or 10 layers.

Among them, the plant space can be located in the top floor of the multi-storey building or on the roof.

Wherein, the plant space may be located in the top floor or on the roof of the multi-storey building, and the multi-storey building has a service space, and the air of the plant space can be transported to the service space in the multi-storey building.

Wherein, the plant space may be located in the top floor of the building or on the roof of the building, and the building has a service space, and the air of the plant space can be transported to the service space in the building.

Further technical features of Embodiment 1, Embodiment 2 and Embodiment 3

The above-mentioned Embodiment 1, Embodiment 2, and Embodiment 3 may have any applicable technical features described in the following contents in addition to all the above technical features, or those skilled in the art may also follow the following contents. Embodiments 1, 2, and 3 are modified by any of the applicable technical features described - the present invention is implemented in a manner different from the specific embodiments 1, 2, and 3. The specific embodiments of the present invention are not exhaustive in the specification, and those skilled in the art can combine or modify the above, and the specific embodiments of the combination or the modifications are obviously also included in the scope disclosed and supported by the present invention. .

Among them, plants are grown or planted in the plant space.

Among them, there are plants in the plant space. Among them, plants in the plant space can affect the composition or smell of the air. Among them, the component or odor that affects air refers to the addition of certain components or odors to the air, or refers to the removal of certain components or odors in the air, or both. Wherein, the ingredient or odor refers to an added beneficial ingredient or odor, or refers to a harmful component or odor that is removed.

Among them, plants are grown or cultured in the plant culture zone, and plants in the plant culture zone are transplanted or transferred to the plant space. Among them, plants in the plant culture area are transplanted or transferred to the plant space on a regular or periodic basis. Among them, the plant culture area will apply or spray a pesticidal drug or syrup to the plants in the area. Among them, the plant culture area applies or sprays nutrient-rich nutrients or nutrient water that are beneficial to plant growth to the plants in the area. Among them, the plants in the plant culture area will be sent to the plant space after being sprayed or cleaned. Among them, the plants in the plant culture area are sprayed or cleaned to remove impurities that release harmful components into the air (such as the above-mentioned drug syrup or nutrient nutrient water, etc.). Among them, plants in the plant culture area will be transplanted or transferred to the plant space without being released into the air in the presence of harmful substances. Among them, the plants in the plant space are also periodically or periodically returned to the plant culture area.

Among them, the plants in the plant culture area will be sprayed or cleaned and placed in a harmless space for a period of time before being sent to the plant space. Among them, harmless space refers to the space without pollution and pests.

Among them, the plant culture area can receive light irradiation. Among them, the illumination light in the plant culture area comes from natural sunlight or an artificial light source or both.

Among them, plants in the plant culture area can be exposed to natural sunlight. Among them, the upper part of the plant culture area is light transmissive or open type.

Among them, the plant culture area has an artificial light source, and the plants in the plant culture area can receive the irradiation of the artificial light source. Among them, the plant culture area is a plant factory with LED light source.

Among them, plants grown or cultured in the plant culture zone are cultured or hydroponically or cultured with other nutrient contents.

Among them, the service space includes different service spaces or different rooms in the building. Among them, different rooms in different service spaces or service spaces are connected to the plant space through pipes. Among them, the plant space sends the air in the plant space to different service rooms or different rooms in the service space through pipes. Among them, a main pipeline will be drawn from the plant space, which will lead to different subdivision pipelines, and different subdivision pipelines will be connected to different service spaces or different rooms in the service space.

Among them, different rooms of different service spaces or service spaces will also output indoor air through another pipe. Different rooms of different service spaces or service spaces are also connected to another output sub-pipe to output indoor air. These output sub-pipes will introduce the same main output pipe for the indoor air output to the service space. Wherein, the output main pipe that outputs the indoor air of the service space will purify the output air and send it to the plant space or the service space or exchange heat between the output air and the air to be input into the plant space or the service space.

Among them, the plant space is separated from the external open environment. Wherein, the separation of the plant space from the external open environment does not require a high airtight level, and only needs to be able to effectively prevent air pollution from the open open environment from entering the plant space, and the high level of separation can be equivalent to the clean house, the separation level The lower ones are comparable to ordinary houses.

Among them, the service space is separated from the external open environment. Among them, the service space is an ordinary house, and the separation level is the level of ordinary houses.

Among them, the separation of plant space from the open environment of the outside can effectively prevent air pollution from the open open environment from entering the plant space.

Among them, the plant space is a space dedicated to regulating indoor air by inputting purified air and utilizing internal plants.

Among them, the purified air can be input into the plant space through the pipeline, and the air in the plant space can be transported to the service space through the other pipeline, except that the two outer plant spaces connected to the plant space are separated from the external environment and the service space.

Among them, the plant space is a separate enclosed space connecting the two channels of input purified air and air to the service space. Among them, the plant space is independent of the service space.

Among them, the air input into the plant space is directly purified air. Among them, the purified air input into the plant space is obtained by purifying the air in the external open environment or in the service space room or both.

Among them, the pipeline can transport air from the plant space to the service space, and the air of the service space can be outputted through another pipeline, except that the two pipeline service spaces connected to the service space are separated from the plant space.

Among them, the service space is a separate enclosed space connecting the two channels of the input plant space air and the outward output air. Among them, the service space is independent of the plant space.

Wherein, the outward output of the air in the service space is specifically outputting the air of the service space to the plant space or outputting to the external open environment.

Wherein, the enclosed space is a space that can be completely closed except for the pipeline for conveying air. Among them, the enclosed space should be able to effectively prevent air pollution from entering the open environment. Wherein, the enclosed space may have doors and windows, etc., and may not be airtight, but the sealing level should be at least equal to that of an ordinary house.

Among them, the plants grown in the plant space have the function of purifying or regulating the air components.

Among them, the purified air that is input into the plant space includes the purified air from the service space.

Among them, the purified air that is input into the plant space includes the purified air from the external open environment.

Among them, the plant space can receive light irradiation. Among them, the illumination light in the plant space comes from natural sunlight or an artificial light source or both.

Among them, the upper part of the plant space is light transmissive. Among them, plants in the plant space can be exposed to natural sunlight.

Among them, the artificial space in the plant space, the plants in the plant space can receive the illumination of the artificial light source. Among them, the plant space is a plant factory with an LED light source.

Among them, plants grown or cultivated in the plant space are cultured or hydroponically or cultured with other nutrient substances. For example, plant spaces in the form of LED plant plants can be hydroponically and cultivated in other nutrient formats.

Among them, plants that are no longer cultivated or grown can be placed in the plant space. For example, plants in plant culture areas or other areas are harvested and placed in plant spaces. These grasses, while no longer being cultivated and grown, still release beneficial grass aromas into the air.

Among them, the plant space may include a space without a light source. Among them, these spaces without a light source can be used to place plants that are no longer cultivated and grown, and can also be used to place plants that can be grown or cultured without a light source.

Among them, trees grow in the plant space. The tree is a large plant that has a stronger purifying effect on the air.

Among them, the plant space includes a frame and a light-transmissive wall. Among them, the frame is a metal or organic frame, and the light-transmissive wall is made of glass or organic wall.

Among them, the main body of the plant space is composed of a steel structure and a glass translucent wall.

Among them, the effective height of the plant space should be no less than 5 meters or no less than 10 meters. Because large trees have better air conditioning, and the height of the plant space is too low to grow large trees, and some cannot fully utilize the sun.

Among them, the effective area of the plant space should be no less than 25 or 50 or 100 square meters.

Among them, the effective volume of the plant space should be no less than 200 or 500 or 1000 cubic meters. Without sufficient effective area or volume, the effect of plants regulating the air will be greatly reduced.

Among them, the purification is a process of removing impurities in the air.

Wherein, the purifying comprises a process of removing PM2.5 contaminants in the air. Among them, the purification rate of PM2.5 pollutants in the air should be higher than 70% or 80% or 90%.

Wherein, the purification enables the purified air to have a PM2.5 value of 0 to 35 micrograms per cubic meter.

Wherein, the purification enables the purified air to have a PM2.5 value of 0 to 75 micrograms per cubic meter.

Wherein, the purifying comprises purifying the air with water or with HEPA as a medium.

Wherein the purifying comprises purifying the air with water as a medium.

Wherein, the purifying comprises purifying the air with HEPA as a medium.

Wherein the purifying comprises purifying the air with a plasma.

Among them, the plant space has or is connected to a device for detecting air.

Among them, the air in the plant space is subjected to timed or real-time quality inspection to ensure the quality of the air being fed into the service space. Among them, the timing refers to the period or set time.

Among them, the air in the plant space is subject to quality inspection to ensure the quality of the air being fed into the service space.

Among them, the plant space should be managed in a closed manner to better ensure the quality of the air.

Among them, the purification of the air in the indoor space of the service space or the outdoor open environment or both of them is to directly purify the air. Among them, this direct purification air can have two purposes, one is directly sent to the service space, and the other is input into the plant space.

Among them, the air from the plant space is plant-regulated air. Among them, plant conditioning air will be sent to the service space.

Among them, the service space has three sets of gas delivery pipes, and the first set of pipes is used to transport the direct purified air obtained by purifying the air in the service space or in the outdoor open environment or both to the service space, the second A set of pipes is used to deliver plant conditioning air from the plant space to the service space, and a third set of pipes is used to output the original air in the service space.

Among them, the service space has at least two sets of gas delivery pipes, one set of pipes for conveying plant-conditioned air from the plant space to the service space, and the other set of pipes for outputting the original air in the service space.

Among them, the air output from the service space is mixed with the air in the outdoor environment, purified, or both purified and mixed, and then sent to the sunlight plant room and service space.

Among them, the air sent to the service space is temperature-controlled or temperature-controlled.

Among them, the user of the service space can select and adjust the air supply amount of the plant regulating air, or the air supply amount of the direct purification air, or the air supply amount or the air supply ratio of the above two.

Among them, the operation of the plant space can charge the user directly to purify the air or plants to regulate the air or both. Among them, the service space A meter with a supply of air is installed. Among them, the operator can charge the user of the service space according to the amount of air supply. Among them, direct air purification and plant conditioning air can be set at different prices.

Among them, the plant space is insulated.

Among them, the wall surface of the plant space is insulated.

Among them, the wall surface of the plant space is double-layer vacuum glass.

Among them, the air sent to the service space is temperature-controlled or temperature-controlled.

Among them, the plant space itself has temperature control or temperature regulation.

Among them, the air sent to the service space is subjected to humidity adjustment or humidity control.

Among them, the plant space itself has humidity control or humidity regulation.

The user of the service space can log in to the user account of the online service party in the service space, and the user can set the air conditioning function of the house with management rights after logging in the user account.

Among them, the user can use the mobile phone to set the air conditioning function of the house that has the management right.

Among them, the pipeline that delivers air to the service space can be insulated.

Among them, the pipeline from the service space to the air to the purification equipment can be insulated.

Among them, plants in which the air flows from the air input point of the plant space to the air output point can be sufficiently mixed with the air in the plant space or pass through the plant space.

Among them, there are two or more types of plant-regulated air that are sent from the plant space to the service space.

Among them, the user of the service space can adjust or control the air supply amount or the air supply ratio of the two or more kinds of plants from the plant space.

Among them, fire-fighting or fire-fighting devices or faucets or spray heads are installed on the upper or top of the plant space.

Among them, a spray head is installed on the upper part or the top of the plant space. Wherein, the nozzle is connected to the water source through a pipeline. Among them, the nozzle can be used for watering or fire extinguishing.

Among them, the plant space specifically refers to the building and its internal space.

Among them, the service space specifically refers to the building and its internal space.

Among them, the plant space is a plant sun room.

Among them, plants are grown or planted in the plant's sun room and the plants are exposed to sunlight.

Among them, the plant space and the service space are separated or independent of each other.

Among them, the plant space is directly built on the surface of the land.

Among them, the plants in the plant space are directly planted in the land on the surface.

Wherein, the purification is specifically processed by an air purification device.

Among them, air purification equipment is a device dedicated to purifying air.

Wherein, the purification or air purification device has the function of removing PM2.5 pollution.

Wherein, the purification or air purification device has the function of sterilization.

Wherein, the purification or air purification device has the function of removing formaldehyde.

Among them, the plant space has irrigation pipes.

Among them, the plant space has an automatic irrigation system that can automatically irrigate plants.

Wherein, the purification or air purification device comprises at least one of HEPA filtration purification or electrical dust collection filtration purification or other filtration purification process equivalent to the filtration purification effect of both.

Wherein, the purification or air purification device comprises at least one of water waterfall water mist filtration purification, HEPA filtration purification or electric dust collection filtration purification, or includes other filtration purification processes equivalent to the filtering purification effects of the three.

Wherein, the purification or air purification device comprises at least one of a purification process of one of four steps: water waterfall water mist filtration purification, HEPA filtration purification, electrical dust collection filtration purification and plasma purification.

Wherein, the purification or air purification device comprises at least a purification process of two of the water waterfall water mist filtration purification, the HEPA filtration purification, the electrical dust collection filtration purification and the plasma purification.

Wherein, the purification or air purification device comprises at least two of the water waterfall water mist filter purification, the HEPA filter purification and the electrical dust collection filter purification.

Among them, the water mist filter purification is the process of purifying the air through water waterfall or water mist.

Among them, HEPA filtration purification is a process in which air is purified by HEPA filtration.

Among them, the electric dust collection and filtration purification process is a process in which air is purified by electrostatic adsorption filtration.

Among them, the filtration and purification effects of water mist filter purification, HEPA filtration purification and electrical dust filtration purification are all effective in removing PM2.5 pollution in the air.

Wherein, the purification or air purification device comprises at least activated carbon filtration purification or other filtration purification equivalent to the activated carbon filtration purification effect.

Among them, the filtration purification effect of activated carbon filtration purification is to remove the odor of air and harmful gases such as formaldehyde.

Among them, the air in the plant space can be directly purified.

Among them, the air quality of the plant space will be continuously or periodically detected. If the air pollution in the plant space exceeds the standard, the air in the plant space will be directly purified.

Among them, the air purification device for directly purifying the air in the plant space may be dedicated to the plant space or the same air purification device for purifying the air in the external open environment or the service space.

Wherein, the outward output of the air of the service space means that the air of the service space is transported to the air purification device or to the external open environment or both.

Among them, the plant space can be artificially pollinated.

Among them, the plant culture area can be artificially pollinated.

Among them, the plant space should be planted with a combination of plants that are good for air.

Among them, in the process of outputting plant-regulated air from the plant space to input plant-regulated air into the service space, the plant-regulated air does not need or be subjected to electrostatic adsorption filtration purification or HEPA filtration purification or a purification process equivalent to the above. Because if the plant regulates the air purification, it may cause the plant to regulate the fresh components brought by the plants in the air to be removed, and the plant space itself is the clean air space formed by purifying the air input and thus the air output from the plant space. It is pure enough to be cleaned without re-purification.

Among them, in the process of exporting plant-regulated air from the plant space to inputting plant-regulated air into the service space, the plant regulates the air only or only through insect-proof filtration. Among them, the insect-proof filter is different from the above-mentioned two kinds of purification, but is used for preventing insects and other small impurities from regulating the air input service space with the plants.

Among them, when the plant regulates air from the plant space or when the plant regulates the air into the service space, the plant can be conditioned to purify or prevent insect filtration. Among them, the insect filter is a daily measure different from the purification, but only To prevent small debris such as insects from regulating the air input service space with plants, and the purification here is a temporary measure that can be chosen under special circumstances, such as when the air in the plant space is polluted.

Among them, the plant-regulated air output from the plant space is transported into a port of the circulation pipe, and the other port of the circulation pipe can send the plant-regulated air back to the plant space, and the circulation pipe can transport the plant-regulated air to the service space.

The circulation pipe is connected to different service spaces through pipes. Wherein, the circulation pipeline delivers air or plant conditioning air to different service spaces through pipes respectively connected to different service spaces.

Wherein, two ports at both ends of the circulation pipe are connected to the plant space.

Among them, the path of the circulation pipeline should be set near the service space to facilitate the service space to obtain plant-regulated air from the circulation pipeline.

Wherein, when the circulation pipe returns the plant regulating air to the plant space, the plant can be conditioned to purify or prevent insect filtration.

Among them, the (purified) air that is input into the plant space or the service space is heat-exchanged with the air that is output from the service space. Among them, the air discharged from the service space to the external space first enters the heat exchanger and exchanges heat with the (purified) air to be input to the plant space or the service space. Wherein, through the heat exchange or heat exchanger, the (purified) air to be introduced into the plant space or the service space is brought close to the room temperature of the plant space or the service space. Among them, through the heat exchange or heat exchanger, energy consumption required for summer cooling and winter heating can be saved, and energy saving and environmental protection are more energy-saving.

Among them, the air in the plant space will be quality tested before being sent to the service space to ensure the air quality delivered to the service space. Among them, the quality detection of the air sent by the plant space to the service space is performed periodically or in real time or periodically.

Among them, the air will be imported into the plant space after being purified.

Among them, plant space does not pollute the air.

Among them, there are no air pollution sources or pollutants in the plant space.

Wherein, the purifying refers to a process or process in which air is removed by a special purification device to remove air pollutants and harmful components. Among them, the purification makes the air cleaner and healthier.

Among them, the content of pollution or harmful substances in the purified air is lower than the harmful level of recognized or national standards.

Among them, purification is a process of significantly reducing the level of pollution or harmful substances in the air.

Among them, the air output from the plant space will be subjected to humidity adjustment or temperature adjustment or temperature and humidity adjustment before being sent to the service space.

Among them, the air in the plant space is sent to the service space through the pipeline.

Among them, at least two or more different plants are grown or planted in the plant space.

Among them, the plant space consists of different floors of a multi-storey building where plant spaces are grown or planted.

Among them, the service space includes different floors of a multi-storey building, wherein the air of the plant space of different floors can be separately transported to the service space of different floors.

Wherein the plant space and the service space are located in the same multi-storey building, wherein the plant space comprises different floors of the multi-storey building, and the plant spaces of the different floors are grown or planted, wherein the service space comprises the multi-layer Different floors of the building, in which the air of the plant space of different floors can be respectively transported to the nearby or the same floor service space.

Among them, the air of the plant space on different floors can be respectively transported to the nearby or the same floor service space.

Among them, the plant space includes different floors of a multi-storey building, and plants placed or planted on different floors can be exposed to natural light, artificial light, or both natural and artificial light.

Among them, the plant space consists of different floors of a multi-storey building, and plants placed or planted on different floors can be exposed to natural light.

Among them, the plant space consists of different floors of a multi-storey building, and plants placed or planted on different floors can be artificially illuminated.

Among them, the plant space is a multi-storey building, and plants placed or planted on different floors of the building can be covered by an automatic irrigation system.

Among them, the plant space includes different floors of a multi-storey building, which is divided into at least two parts of space, one as a plant space and the other as a plant cultivation area. Among them, it is convenient to move plants between the plant space and the plant culture area.

Among them, the net height of the floor where the plant space is located is not less than 2 meters or 3 meters or 5 meters.

Among them, the plant space consists of different floors of a multi-storey building, which can purify the air from the open environment or the air from the service space and directly transport it to the plant space on different floors through the pipeline.

Among them, the plant space includes different floors of a multi-storey building, and the air of the plant spaces on different floors can circulate.

Among them, the plant space and the service space are located in the same multi-storey building.

Among them, the plant space and the service space are located in the same multi-storey building, and the multi-story building has both plant space and service space in more than one floor.

Among them, the plant space is located in a multi-storey building, the number of floors of the multi-storey building is greater than 5 or 10 layers.

Among them, the plant space is located in a multi-storey building, and at least two of the floors of the multi-storey building include plant spaces.

Among them, the plant space and the service space are located in the same multi-storey building, and the number of floors of the multi-storey building is greater than 5 or 10 layers.

Among them, the plant space is located in the top floor of the multi-storey building or on the roof.

Wherein, the plant space is located in the top floor or on the roof of the multi-storey building, and the multi-storey building has a service space, and the air of the plant space can be transported to the service space in the multi-storey building.

Among them, the plant space is located in the top floor of the building or on the roof.

Wherein, the plant space is located in the top floor of the building or on the roof of the building, and the building has a service space, and the air of the plant space can be transported to the service space in the building.

Among them, the plants in the plant space can be drip irrigation or water seepage irrigation. Because drip irrigation or seepage irrigation has less impact on air humidity than sprinkler irrigation, less moisture enters the air, and more water can be absorbed by plants.

Claims (232)

1. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is output to the outside.
2. A plant air conditioning system, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space through the pipeline , the air of the service space is output to the outside.
3. A plant air conditioning system, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space through the pipeline The air in the service space is output to the outside, wherein the plants in the plant space can have illumination and water supply.
4. A plant air conditioning system comprising a plant space and a service space, characterized in that the plant space is a plant sun room, plants are grown or planted in the plant sun room and the plants are exposed to sunlight, the service space or the external open environment or After purifying the air of the above two, the air is directly purified, and the direct purified air is input into the plant space, and the direct purified air is sent to the service space, and the air in the plant space is sent to the service space, and the air of the service space is outwardd. Output.
5. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air of the service space is output to the outside, wherein the purification is specifically processed by the air purification device.
6. A plant air conditioning system, comprising a plant space and a service space, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air in the service space is output to the outside, wherein Plants in the plant space that have the composition or odor that can affect the air.
7. A plant air conditioning system comprising a plant space and a service space, characterized in that the plant space has plants, the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air of the service space is Output outward, wherein plant-regulated air output from the plant space is transported into a port of the circulation conduit, and the other port of the circulation conduit is capable of returning plant-conditioned air to the plant space, which can deliver plant-regulated air to the service space The circulation pipe is connected to different service spaces through pipes.
8. A plant air conditioning system comprising a plant space, a service space and a plant culture zone, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air of the service space is outwardd An output, wherein the plant space has a plant capable of affecting the composition or odor of the air, wherein the plant is grown or cultivated in the plant culture zone, wherein the plant in the plant culture zone is transplanted or transferred to the plant space periodically or periodically. Among them, the plants in the plant space are also periodically or periodically moved back to the plant culture area.
9. A plant air conditioning system comprising a plant space, a service space and a plant culture zone, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air of the service space is outwardd An output, wherein the plant space has plants capable of affecting the composition or odor of the air, wherein the service space comprises different rooms in the building, different rooms in the service space are connected to the plant space by pipes, and the plant space passes the plants through the pipes The air in the space is sent to different rooms in the service space, where a main pipe is drawn from the plant space, which in turn leads to different subdivision pipes, and different subdivision pipes are connected to different service spaces or Different rooms in the service space.
10. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is exported outwards, wherein the plant space comprises different floors of a multi-storey building in which plant spaces are grown or planted.
11. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air of the service space is output to the outside, wherein the plant space comprises different floors of a multi-storey building, and the plant spaces of the different floors are grown or planted, wherein the service space comprises different floors of a multi-storey building, wherein The air in the plant space on different floors can be transported separately to the service space on different floors.
12. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is exported outwards, wherein the plant space and the service space are located in the same multi-storey building, wherein the plant space comprises different floors of the multi-storey building, and the plant spaces of the different floors are grown or planted with plants. Wherein, the service space comprises different floors of the multi-storey building, wherein the air of the plant space of different floors can be respectively transported to the nearby or the same floor service space.
13. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is exported outwards, and the plant space and the service space are located in the same multi-storey building, which has both plant space and service space in more than one floor.
14. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is output outwards, wherein the plant space is located in the top floor of the building or on the roof.
15. A plant air conditioning system comprising a plant space and a service space, characterized in that plants are grown or planted in the plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air of the service space is output outwards, wherein the plant space is located in or on the roof of the multi-storey building, which has a service space in which the air of the plant space can be delivered to the service space in the multi-storey building.
16. A plant air conditioning method characterized in that plants are grown or planted in a plant space, and purified air is input into the plant space, and the air in the plant space is sent to the service space, and the air in the service space is output to the outside. .
17. A plant air conditioning method characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, air in the plant space is sent to the service space through the pipeline, and the air in the service space is directed External output.
18. A plant air conditioning method characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, air in the plant space is sent to the service space through the pipeline, and the air in the service space is directed External output, in which plants in the plant space can have light and water.
19. A plant air conditioning method, characterized in that the plant space is a plant sun room, plants are grown or planted in the plant sun room and the plants are exposed to sunlight, and the air in the service space or the external open environment or both is purified. After directly obtaining the purified air, the direct purified air is input into the plant space, and the direct purified air is sent to the service space, and the air in the plant space is sent to the service space, and the air of the service space is output to the outside.
20. A plant air conditioning method characterized in that plants are grown or planted in a plant space, and purified air is input into the plant space, and the air in the plant space is sent to the service space, and the air in the service space is output to the outside. Wherein, the purifying is specifically processed by an air cleaning device.
21. A plant air conditioning method, comprising a plant space and a service space, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air in the service space is output to the outside, wherein Plants in the plant space that have the composition or odor that can affect the air.
22. A method for plant air conditioning, comprising a plant space and a service space, characterized in that the plant space has plants, and the purified air is input into the plant space, and the air in the plant space is sent to the service space, and the air of the service space is Output outward, wherein plant-regulated air output from the plant space is transported into a port of the circulation conduit, and the other port of the circulation conduit is capable of returning plant-conditioned air to the plant space, which can deliver plant-regulated air to the service space The circulation pipe is connected to different service spaces through pipes.
23. A method for plant air conditioning, comprising a plant space, a service space and a plant cultivation area, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air of the service space is outwardd An output, wherein the plant space has a plant capable of affecting the composition or odor of the air, wherein the plant is grown or cultivated in the plant culture zone, wherein the plant in the plant culture zone is transplanted or transferred to the plant space periodically or periodically. Among them, the plants in the plant space are also periodically or periodically moved back to the plant culture area.
24. A method for plant air conditioning, comprising a plant space, a service space and a plant cultivation area, characterized in that the purified air is input into the plant space, the air in the plant space is sent to the service space, and the air of the service space is outwardd An output, wherein the plant space has plants capable of affecting the composition or odor of the air, wherein the service space comprises different rooms in the building, different rooms in the service space are connected to the plant space by pipes, and the plant space passes the plants through the pipes The air in the space is sent to different rooms in the service space, where a main pipe is drawn from the plant space, which in turn leads to different subdivision pipes, and different subdivision pipes are connected to different service spaces or Different rooms in the service space.
25. A method for plant air conditioning, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is exported outwards, wherein the plant space comprises different floors of a multi-storey building in which plant spaces are grown or planted.
26. A method for plant air conditioning, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air of the service space is output to the outside, wherein the plant space comprises different floors of a multi-storey building, and the plant spaces of the different floors are grown or planted, wherein the service space comprises different floors of a multi-storey building, wherein The air in the plant space on different floors can be transported separately to the service space on different floors.
27. A method for plant air conditioning, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is exported outwards, wherein the plant space and the service space are located in the same multi-storey building, wherein the plant space comprises different floors of the multi-storey building, and the plant spaces of the different floors are grown or planted with plants. Wherein, the service space comprises different floors of the multi-storey building, wherein the air of the plant space of different floors can be respectively transported to the nearby or the same floor service space.
28. A method for plant air conditioning, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is exported outwards, and the plant space and the service space are located in the same multi-storey building, which has both plant space and service space in more than one floor.
29. A method for plant air conditioning, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air in the service space is output outwards, wherein the plant space is located in the top floor of the building or on the roof.
30. A method for plant air conditioning, comprising a plant space and a service space, characterized in that plants are grown or planted in a plant space, purified air is input into the plant space, and air in the plant space is sent to the service space, The air of the service space is output outwards, wherein the plant space is located in or on the roof of the multi-storey building, which has a service space in which the air of the plant space can be delivered to the service space in the multi-storey building.
31. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is an interior space of the building.
32. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is the interior space of the building, or the plant space is the building and its interior space.
33. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is separated from the external open environment.
34. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space is an interior space of the building.
35. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space is an interior space of the building, or the service space is a building and its interior space.
36. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the service space is separable from the external open environment.
37. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the purification is carried out by means of an air purification device, wherein the air purification device is a device dedicated to purifying the air.
38. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that plants are grown or planted in the plant space.
39. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space has plants.
40. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant space are capable of affecting the composition or odour of the air.
41. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the component or odor affecting air refers to the addition of certain components or odors to the air, or to the removal of certain components of the air. Ingredients or odors, or both increase and removal.
42. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants are grown or cultured in the plant culture zone, and the plants in the plant culture zone are transplanted or transferred to the plant space.
43. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plants in the plant cultivation area are transplanted or transferred to the plant space on a regular or periodic basis.
44. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant culture zone applies or sprays a pesticidal drug or syrup to the plants in the zone.
45. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant culture zone applies or sprays nutrient-rich nutrients that contribute to plant growth to plants in the zone or Nutritional water.
46. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant culture zone are not sent to the plant space after being sprayed or cleaned.
47. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant culture zone are sprayed or cleaned to remove impurities which release harmful components into the air.
48. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant culture zone are transplanted or transferred without being released into the air in the presence of harmful substances. To the plant space.
49. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plants in the plant space are also moved back to the plant culture zone periodically or periodically.
50. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant growing area are sprayed or cleaned and placed in a harmless space for a period of time before being sent to Plant space.
51. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the harmless space refers to a space free of pollution and pests.
52. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant culture zone is capable of receiving illumination of light.
53. A plant air conditioning system or method according to any one of claims 1 to 30, characterized by The illumination comes from natural sunlight or an artificial light source or both.
54. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the illumination light in the plant culture zone comprises natural sunlight.
55. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant cultivation area are exposed to natural sunlight.
56. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the upper portion of the plant culture zone is light transmissive or open.
57. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant culture zone has an artificial light source and the plants in the plant culture zone are exposed to an artificial light source.
58. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant culture zone is a plant factory of LED light sources.
59. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants grown or cultured in the plant culture zone are cultured or hydroponically or cultured with other nutrient contents.
60. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space comprises different service spaces or different rooms in the building.
61. A plant air conditioning system or method according to any one of claims 1 to 30, wherein different rooms in different service spaces or service spaces are connected to the plant space by pipes.
62. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space transports air in the plant space through pipes to different rooms in different service spaces or service spaces.
63. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that a main pipe is taken from the plant space, which in turn leads to different subdivision pipes, different subdivision pipes Will connect to different rooms in different service spaces or service spaces.
64. A plant air conditioning system or method according to any one of claims 1 to 30, wherein different rooms of different service spaces or service spaces also output indoor air through another conduit.
65. A plant air conditioning system or method according to any one of claims 1 to 30, wherein different rooms of different service spaces or service spaces are also connected to another output subdivision pipe for outputting indoor air to the outside. These output subdivisions introduce the same main output duct for the indoor air output to the service space.
66. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the output main duct for outwardly outputting the indoor air of the service space purifies the output air to the plant space or the service space.
67. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the output main duct that outputs the indoor air to the service space outputs the output air to the air to be introduced into the plant space or the service space. Perform heat exchange.
68. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is separated from the external open environment.
69. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the separation of the plant space from the external open environment is required to effectively prevent air pollution from the external open environment from entering the plant space.
70. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space is separated from the external open environment.
71. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the separation of the plant space from the external open environment is effective to prevent air pollution from the external open environment from entering the plant space.
72. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is a space dedicated to regulating indoor air by inputting purified air and utilizing internal plants.
73. The plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the purified air is introduced into the plant space through the pipeline, and the air in the plant space can be transported to the service space through the other conduit, except The two extra-external plant spaces that are connected by the plant space are separated from the external environment and service space.
74. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is a separate enclosed space connecting the two channels of input purified air and air to the service space.
75. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is independent of the service space.
76. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the air introduced into the plant space is direct purified air.
77. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the purified air input into the plant space is derived from air that is external to the open environment or within the service space or both. Obtained after purification.
78. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that The purified air is obtained by purifying the air in an open open environment.
79. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the purified air input into the plant space is derived from the purification of air from both the external open environment and the service space. owned.
80. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the passage through the duct is capable of delivering air from the plant space to the service space, and the air from the service space can be outputted through the other duct In addition to the two off-pipe service spaces connected to the service space, they are separated from the plant space.
81. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the service space is a separate enclosed space connecting the two channels of air entering the plant space and outwardly outputting air.
82. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the service space is independent of the plant space.
83. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the outward output of the air of the service space is specifically to output air from the service space to the plant space or to the external open environment.
84. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said enclosed space is a space that can be completely enclosed except for a conduit for conveying air.
85. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said enclosed space is effective to prevent ingress of air pollution from an external open environment.
86. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said enclosed space may have doors and windows, the level of closure of which should be at least comparable to that of a conventional house.
87. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plants grown in the plant space have a function of purifying or regulating the air components.
88. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the purified air that is introduced into the plant space comprises purified air from the service space.
89. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the purified air that is introduced into the plant space comprises purified air from an external open environment.
90. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is capable of receiving illumination of light.
91. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the illumination light in the plant space is from natural sunlight or an artificial light source or both.
92. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the illumination light in the plant space comprises natural sunlight.
93. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the upper portion of the plant space is light transmissive.
94. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant space are exposed to natural sunlight.
95. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space has an artificial light source and the plants in the plant space are exposed to an artificial light source.
96. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is a plant factory of LED light sources.
97. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants grown or cultivated in the plant space are cultured or hydroponically or cultured with other nutrient contents.
98. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that plants which are no longer cultivated or grown can be placed in the plant space.
99. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space can comprise a space without a light source.
100. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that trees are grown in the plant space
101. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises a frame and a light transmissive wall.
102. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the body of the plant space consists of a steel structure and a glass translucent wall.
103. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space has an effective height of not less than 5 meters.
104. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that The effective height should be no less than 10 meters.
105. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the effective area of the plant space is not less than 25 square meters.
106. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the effective area of the plant space is not less than 50 square meters.
107. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the effective area of the plant space is not less than 100 square meters.
108. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the effective volume of the plant space is not less than 200 cubic meters.
109. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the effective volume of the plant space is not less than 500 cubic meters.
110. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the effective volume of the plant space is not less than 1000 cubic meters.
111. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying is a process of removing impurities from the air.
112. A plant air conditioning system or method according to any one of claims 1 to 30 wherein said purifying comprises the process of removing PM2.5 contaminants from the air.
113. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification has a clearance rate of PM2.5 contaminants in the air of greater than 70% or 80% or 90%.
114. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying enables the purified air to have a PM2.5 value of from 0 to 35 micrograms per cubic meter.
115. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying enables the purified air to have a PM2.5 value of from 0 to 75 micrograms per cubic meter.
116. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying comprises purifying the air with water or with HEPA as a medium.
117. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying comprises purifying the air with water as a medium.
118. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying comprises purifying air with HEPA as a medium.
119. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying comprises purifying the air with a plasma.
120. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space has or is connected to a device for detecting air.
121. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air in the plant space is subjected to a timed or real time quality check to ensure the quality of the air being fed into the service space.
122. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the air in the plant space is subjected to quality inspection to ensure the quality of the air being fed into the service space.
123. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space is subjected to closed management to better ensure the quality of the air.
124. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air purified in the service space or in the outdoor open environment or both is purified directly.
125. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the direct purification air can have two uses, one being sent directly to the service space and the other being input into the plant space.
126. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the air from the plant space is plant conditioned air.
127. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the plant conditioning air is sent to the service space.
128. The plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space is provided with three sets of gas delivery pipes, and the first set of pipes is used for indoor or outdoor open environment of the service space. The direct purified air obtained by purifying the air or both of them is delivered to the service space, the second set of pipes is used to transport the plant-conditioned air from the plant space to the service space, and the third set of pipes is used to serve the original space in the service space. Air output.
129. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space has at least two sets of gas delivery conduits, wherein a set of conduits is used to deliver plant conditioning from the plant space to the service space Air, another set The pipe is used to output the original air in the service space.
130. The plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air outputted from the service space is mixed with the air in the outdoor environment, purified, or both purified and remixed. It is then sent to the Sunshine Plant Room and Service Space.
131. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the air delivered to the service space is temperature regulated or temperature controlled.
132. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the user of the service space can select and adjust the amount of air supplied by the plant regulating air, or the amount of air directly purifying the air, or both The amount of air supply or air supply.
133. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the operator of the plant space is able to charge the user for direct air purification or plant conditioning air or both.
134. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space is provided with a meter for the amount of gas supplied.
135. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the operator can charge the user of the service space in accordance with the amount of air supplied.
136. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the plant space is insulated.
137. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the wall of the plant space is insulated.
138. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the wall of the plant space is a double-layer vacuum glass.
139. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the air delivered to the service space is temperature regulated or temperature controlled.
140. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space itself has temperature control or temperature regulation.
141. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the air delivered to the service space is subjected to humidity conditioning or humidity control.
142. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space itself has humidity control or humidity regulation.
143. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the user of the service space is able to log in to the user account of the online service party in the service space, and the user can log in after the user account is logged in. Set the air conditioning function of the house that has its own management rights.
144. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the user can set the air conditioning function of the house in which he has the right to manage by means of the mobile phone.
145. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the conduit for delivering air to the service space is insulated.
146. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the conduit for transporting air from the service space to the purification device is thermally insulated.
147. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the air flowing from the air input point of the plant space to the air output point is sufficiently mixed with the air in the plant space or Plants that pass through plant spaces.
148. The plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant conditioning air sent from the plant space to the service space has two or more types of conditioned air.
149. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the user of the service space is capable of regulating or controlling the amount of air supplied or ventilated by two or more plants from the plant space. proportion.
150. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the upper or top of the plant space is fitted with a fire or fire extinguishing device or a faucet or spray head.
151. A plant air conditioning system or method according to any one of claims 1 to 30, wherein a spray head is mounted on the top or top of the plant space.
152. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space specifically refers to the building and its interior space.
153. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space specifically refers to a building and its interior space.
154. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is Plant sun room.
155. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that plants are grown or planted in the plant sun room and the plants are able to be exposed to sunlight.
156. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space and the service space are separated or independent of one another.
157. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is directly constructed on the surface of the earth.
158. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plants in the plant space are planted directly in the land on the surface.
159. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying is in particular processed by an air cleaning device.
160. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the air cleaning device is a device dedicated to purifying air.
161. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification device has the function of removing PM2.5 contamination.
162. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification device has a sterilizing function.
163. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification device has a function of removing formaldehyde.
164. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space has an irrigation conduit.
165. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space has an automatic irrigation system capable of automatically irrigating plants.
166. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification apparatus comprises at least one of or includes HEPA filtration purification or electrical dust collection filtration purification Other filtration purification processes that are equivalent to both filtration purification effects.
167. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification apparatus comprises at least water waterfall mist filtration purification, HEPA filtration purification or electrical dust collection filtration purification. One of the three or other filtration purification processes equivalent to the filtration purification effects of the three.
168. The plant air conditioning system or method according to any one of claims 1 to 30, wherein the purification or air purification device comprises at least a water mist filter purification, a HEPA filter purification, an electrical dust collection filter purification, and the like. Plasma purification is one of the purification processes of one of the four.
169. The plant air conditioning system or method according to any one of claims 1 to 30, wherein the purification or air purification device comprises at least a water mist filter purification, a HEPA filter purification, an electrical dust collection filter purification, and the like. Plasma purification is the purification process of both of them.
170. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification apparatus comprises at least water waterfall mist filtration purification, HEPA filtration purification and electrical dust collection filtration purification. Two of them.
171. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the water mist filtration purification process is a process in which air is filtered through a waterfall or water mist to be purified.
172. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the HEPA filtration purification is a process in which air is purified by HEPA filtration.
173. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the electrical dust collection filtration purification is a process in which air is purified by electrostatic adsorption filtration.
174. The plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the filter purification effect of the water mist filter purification, the HEPA filter purification and the electrical dust filter purification is effective to remove the air. PM2.5 pollution.
175. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purification or air purification apparatus comprises at least activated carbon filtration purification or other filtration purification equivalent to activated carbon filtration purification.
176. The plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the filtration purification effect of the activated carbon filtration purification is to remove odors of air and harmful gases such as formaldehyde.
177. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air in the plant space can be directly purified.
178. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the air quality of the plant space is continuously or periodically detected, and if the air pollution in the plant space exceeds the standard, the air in the plant space Being directly net Chemical.
179. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air purification device for directly purifying the air in the plant space may be plant space-specific or open to the outside environment or service The same air purification equipment that purifies the air in space.
180. The plant air conditioning system or method according to any one of claims 1 to 30, wherein the outward output of the air of the service space means conveying the air of the service space to the air purification device or to the external open environment or At the same time delivered to both.
181. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space can be artificially pollinated.
182. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant culture zone can be artificially pollinated.
183. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space is to be planted with a plant combination which is advantageous for the air component.
184. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant regulating air is not required or not during the process of outputting plant conditioning air from the plant space to inputting plant conditioning air into the service space It will be subjected to electrostatic adsorption filtration purification or HEPA filtration purification or a purification process equivalent to the above two.
185. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant conditioning air is only required or only during the process of outputting plant conditioning air from the plant space to input plant modulating air into the service space. It will be filtered by insects.
186. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant conditioning air is purified when plant conditioning air is output from the plant space or when plant conditioning air is supplied to the service space Or anti-insect filtration.
187. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the plant conditioning air output from the plant space is delivered into a port of the circulation conduit, the other port of the circulation conduit being capable of regulating the plant Air is returned to the plant space, which will deliver plant conditioning air to the service space.
188. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the circulation duct is connected to the different service spaces via pipes.
189. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the circulation duct delivers air or plant conditioning air to different service spaces through conduits respectively connected to different service spaces.
190. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the two ports at both ends of the circulation duct are connected to the plant space.
191. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the path of the circulation duct is to be placed adjacent to the service space to facilitate the service space to obtain plant conditioning air from the circulation duct.
192. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant conditioning air is cleaned or insect-proof filtered when the circulation conduit returns plant conditioning air to the plant space.
193. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the (purified) air input into the plant space or the service space is heat-exchanged with the air output from the service space. .
194. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air discharged from the service space to the external space first enters the heat exchanger and will be directed to the plant space after being output from the service space. Or (purified) air input in the service space for heat exchange.
195. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the (purified) air to be introduced into the plant space or service space is approached by said heat exchange or heat exchanger Room temperature of plant space or service space.
196. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the energy exchange required for summer cooling and winter heating is saved through the heat exchange or heat exchanger, and is more energy efficient. And environmental protection.
197. A plant air conditioning system or method according to any one of claims 1 to 30 wherein the air in the plant space is subjected to quality testing prior to being sent to the service space to ensure the quality of the air delivered to the service space.
198. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the quality of the air delivered to the service space by the plant space is performed periodically or in real time or periodically.
199. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air is purified before being introduced into the plant space.
200. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space does not pollute the air.
201. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that in the plant space There are no sources of air pollution or contaminants.
202. A plant air conditioning system or method according to any one of claims 1 to 30, wherein said purifying refers to a process or process in which air is passed through a dedicated purification apparatus to remove air pollutants and harmful components.
203. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the level of pollution or harmful substances in the purified air is below a harmful level of a recognized or national standard.
204. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the purifying is a process of significantly reducing the level of contamination or harmful substances in the air.
205. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the air output from the plant space is first subjected to humidity conditioning or temperature regulation or temperature and humidity conditioning and then sent to the service space.
206. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the air in the plant space is sent to the service space through a pipe.
207. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that at least two or more different plants are grown or planted in the plant space.
208. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building in which plant spaces are grown or planted.
209. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the service space comprises different floors of a multi-storey building, wherein air of plant spaces of different floors can be transported separately to different floors Service space.
210. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space and the service space are located in the same multi-storey building, wherein the plant space comprises different floors of the multi-storey building, Plant spaces of different floors are grown or planted, wherein the service space includes different floors of the multi-storey building, wherein the air of the plant spaces of different floors can be respectively transported to the nearby or the same floor service space.
211. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the air of the plant spaces of different floors can be transported to the nearby or the same floor service space respectively.
212. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building, and plants placed or planted on different floors are exposed to natural light or artificially Light, or both natural and artificial light.
213. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building, and plants placed or planted on different floors are exposed to natural light.
214. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building, and plants placed or planted on different floors are subject to artificial illumination.
215. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is a multi-storey building, and plants placed or planted on different floors of the building can be covered by an automatic irrigation system.
216. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building, the multi-storey building being divided into at least two parts of space, one as a plant Space, another part as a plant culture area. Among them, it is convenient to move plants between the plant space and the plant culture area.
217. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the floor height of the floor of the plant space is not less than 2 meters or 3 meters or 5 meters.
218. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the floor height of the floor of the plant space is not less than 2 meters.
219. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the floor height of the floor of the plant space is not less than 3 meters.
220. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the floor height of the floor of the plant space is not less than 5 meters.
221. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building capable of purifying air from an external open environment or air from a service space It is then piped directly to plant spaces on different floors.
222. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space comprises different floors of a multi-storey building, and the air of the plant spaces of the different floors can circulate with each other.
223. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space and the service space are located in the same multi-storey building.
224. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space and the service space are located in the same multi-storey building, and at least one floor of the multi-storey building has both plant space and Service space.
225. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plant space is In a multi-story building, the number of floors of the multi-storey building is greater than 5 or 10 layers.
226. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is located in a multi-storey building, at least two of which comprise a plant space.
227. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space and the service space are located in the same multi-storey building, the number of floors of the multi-storey building being greater than 5 or 10 layers.
228. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is located in or on the roof of the multi-storey building.
229. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is located in or on the roof of the multi-storey building, the multi-storey building having a service space, the plant space Air can be delivered to the service space in the multi-story building.
230. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is located in the roof or on the roof of the building.
231. A plant air conditioning system or method according to any one of claims 1 to 30, wherein the plant space is located in or on the roof of the building, the building having a service space in which the air can be delivered to The service space in the building.
232. A plant air conditioning system or method according to any one of claims 1 to 30, characterized in that the plants in the plant space can be dredged or irrigated.

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