TWM511371U - Oxygen plant device - Google Patents

Description

Plant oxygen bar device

This creation relates to an indoor air purification device, and more particularly to a plant oxygen bar device that integrates indoor air purification, furniture decoration, and lighting functions.

In recent years, with the continuous improvement of people's living standards, people are increasingly demanding room decoration and air quality. Many families now spend a lot of time and money to decorate their own homes, but because they neglect the environmental protection in the decoration, they use a lot of unqualified decoration materials, which contain a lot of formaldehyde and benzene, they are like an invisible The killer seriously endangers people's health.

Greening of the living room is an aspect that people often consider in the decoration of the living room. Appropriate placement of some plants indoors can not only absorb indoor harmful substances, improve indoor air quality, but also give people a relaxed and harmonious feeling deeply in nature. Through photosynthesis, green plants can absorb carbon dioxide, release oxygen, and absorb dust from the atmosphere, thus purifying the surrounding environment. In addition, the green color of the plant also has a good stimulating effect on the human cerebral cortex, which can relax and restore the fatigued nervous system in addition to the intense work. However, most plants perform photosynthesis during the day, absorb carbon dioxide, and release oxygen; they breathe at night, absorb oxygen, and release carbon dioxide. If the plants are placed in a room with no light or dark light, the plants will not only grow normally, but also produce more carbon dioxide gas, which is not conducive to the improvement of indoor air quality.

In order to improve indoor air quality, a negative ion generator is usually used to improve indoor air quality. The negative ion generator raises the low voltage to the DC negative high voltage via the booster circuit, and uses the DC brush tip DC high voltage to generate a high corona, which emits a large amount of electrons (e-) at high speed, and the electrons cannot exist in the air for a long time ( The existence of electrons is only ns), and is immediately captured by oxygen molecules in the air to form negative ions, which are mostly oxygen ions and hydrated hydroxyl ions. Negative oxygen ions (or negative oxygen ion clusters) in the air have good biological activity and have a good effect on human health. Negative oxygen ions can effectively activate oxygen molecules in the air, making them more active and absorbed by the human body. It can promote the body's metabolism, improve immunity, balance function, and is refreshing. It is called "air vitamin". When there are enough negative oxygen ions in the air, people can feel happy in the room as if they are in the forest and waterfall. The problem is that the oxygen molecules in the air capture electrons, form negative ions, and the oxygen molecules do not increase in content. It does not generate a large amount of negative oxygen ions to activate oxygen molecules in the air.

The present invention has been made in view of the above problems in the prior art, and an object thereof is to provide a plant oxygen bar device which integrates indoor air purification, furniture decoration and lighting functions, and can generate negative oxygen ions while generating oxygen. And save water, can effectively remove indoor moisture.

In order to achieve the above object, the plant oxygen bar device of the first aspect of the present invention comprises a lighting assembly, an oxygen bar main basin and a base, the lighting assembly comprising a lamp cover and a lamp, wherein the lighting assembly is fixed to the lamp bracket via the elbow bracket Above the main pot of the oxygen bar, one end of the elbow bracket is fixed on the main body basin of the oxygen bar, and the other end of the elbow bracket fixes the lighting assembly, the oxygen bar main pot is fixed on the base, and the oxygen bar main pot is provided with a belt pass a cover plate for placing holes in the pores and the plant pots, wherein the plant pots are placed in the pots for placing a plant pot, the pots for planting the plants, and the ultrasonic bar body basin is provided with an ultrasonic humidifying atomizing assembly. The ultrasonic humidifying atomizing assembly is configured to provide moisture to the plant, and humidify the indoor air through the vent hole on the cover, wherein the base is provided with a control component, the control component is used for the lamp and the The ultrasonic humidification atomization assembly is controlled.

With the first technical solution, the illumination component can achieve the general illumination function, and the arrangement of the plant pot hole allows the plant basin to be placed in the main pot of the oxygen bar, and the plant pot can be planted according to different environments, and the light can be located in the lighting component. The plants below are compensated by light to enhance the photosynthesis of plants; the oxygen bar main basin is equipped with ultrasonic humidification atomization components, which use water mist to supply water to the roots of plants, save water resources, and the high frequency vibration of the atomized sheets when ultrasonic waves are started. Will cause the water temperature to rise, spray water mist through the vent hole on the cover to wet the plant foliage, and humidify the dry environment; the control component can control the illumination compensation time of the lamp, according to the characteristics of different plants, the illumination Compensation time is controlled to enhance plant photosynthesis. In addition, in the pots and pots, potable potassium-rich ceramsite soil can be placed. The ceramsite soil can be reused, clean, sterile, odorless, with strong water absorption, water retention, gas permeability, and activated carbon. The function is rich in active potassium and phosphorus, which provides good nutrition for plant roots. The ceramsite soil can be used for 3-8 years without changing, let us enjoy the green life and completely get rid of the fungus brought by the soil. , harmful substances such as bacteria, pests, weeds, and a combination of liquid organic fertilizers, using atomized water supply, no need to water. The ceramsite soil in the pots of the plants can be woven with non-woven fabrics, so that the water in the pots is clean and dust-free, and it is more likely to generate fog.

The plant oxygen bar device of the second technical solution of the present invention is further characterized in that, in the first technical solution, a hydrating and dehumidifying component is disposed in the main body basin of the oxygen bar, and the hydrating and dehumidifying component is used for automatically hydrating and reducing air humidity, including a The semiconductor refrigerating chip, a first fan and a heat sink, the semiconductor refrigerating chip and the heat sink are disposed on a sidewall of the oxygen bar main body, the first fan is fixed on the heat sink, and the hydrating and dehumidifying component is controlled by the control component.

With the second technical solution, the setting of the hydrating and dehumidifying component is such that the humid air in the room passes through the semiconductor refrigerating chip and the heat sink, condenses into water droplets, and the deposited water falls into the basin, thereby achieving the automatic water adding function and simultaneously removing the air. Wet moisture and aerosols reduce air humidity, improve wet living environment and production and storage environment, so that it can reach the ideal state of air humidity, which can reduce the adverse effects and harm caused by humid environment.

The plant oxygen bar device of the third technical solution of the present invention is further characterized in that, in the first technical solution, a negative ion generating component and a second fan are further disposed in the oxygen bar main body, and the negative ion generating component is located in the oxygen bar main body. The bottom portion is configured to generate a negative ion, the second fan is located at a bottom position of the bottom portion of the oxygen bar main body, and the negative ion generating component in the negative ion generating assembly is fixed between the central column of the oxygen bar main body basin and the second fan.

According to the third technical solution, the negative ion generating component can generate negative ions, and the negative ion generating component in the negative ion generating component is fixed between the central column of the oxygen bar main body basin and the second fan, and the second fan can reach the air flow in the basin to generate The negative ions flow through the center column and the cover plate on the basin to the outside of the basin. On the other hand, when the ultrasonic humidifying atomizing assembly works to generate mist, the rotation of the second fan can enhance the flow of the mist in the basin and promote the absorption of the mist at the root of the plant.

The plant oxygen bar device of the fourth technical solution of the present invention is based on any one of the first to third technical solutions. Further, the lamp is a plant lighting energy-saving lamp, and the plant lighting energy-saving lamp is used for providing plant illumination and promoting Photosynthesis.

The plant oxygen bar device of the fifth aspect of the present invention is based on the fourth technical solution, and further, the main wavelength of the red light emitted by the plant lighting energy-saving lamp is 610-700 nm.

The plant oxygen bar device of the sixth technical solution of the present invention is based on the fifth technical solution, and further, the plant lighting energy-saving lamp is a three-primary fluorescent powder plant fill light, and the three primary color fluorescent powder plant fill light The red powder of the three primary color phosphor powder accounts for 50-90%, and the blue powder of the three primary color phosphor powder accounts for 50-10%.

With the fourth to sixth technical solutions, since the plant lighting energy-saving lamp is used, the plant can be provided with illumination compensation while saving illumination, thereby enhancing the photosynthesis of the plant, releasing oxygen, and combining the negative ions blown by the second fan to improve Indoor air quality. The inner wall of the three primary color fluorescent powder plant fill light is coated with three primary color fluorescent powders. According to the different mixing ratio of red powder and blue powder, the light effect of the plant lighting energy-saving lamp can be improved, thereby enhancing the photosynthesis of plants.

According to a seventh technical solution of the present invention, in addition to any one of the above technical solutions, the water bar main body is further provided with a water level detector and a water shortage alarm component, and the water level detector and the water shortage alarm component respectively Connected to and controlled by the control component.

With the seventh technical solution, the water level detector can be set to instantly monitor the water level in the device, and the water shortage alarm component can be set to improve the intelligence of the plant oxygen bar device.

In the plant oxygen bar device of the eighth aspect of the present invention, in addition to any of the above technical solutions, the control component further includes a timing control module for achieving timing control of the lamp.

According to the eighth technical solution, due to the use of the timing control module, the illumination compensation time of the lamp can be controlled regularly for the characteristics of different plants planted, thereby improving the intelligence of the overall device.

According to a ninth aspect of the present invention, in the plant oxygen bar device, in addition to any of the above aspects, the bottom and the peripheral wall of the plant pot have a ventilation mesh.

According to the ninth technical solution, the ventilation mesh on the plant basin is arranged such that the water mist generated by the ultrasonic humidification atomization assembly is more easily reached to the root of the plant through the ventilation mesh and is absorbed by the root of the plant.

The plant oxygen bar device of the tenth technical solution of the present invention is characterized in that, according to any one of the above technical solutions, the plant planted in the plant pot is selected from the group consisting of cactus, prickly pear, spider plant, tiger skin orchid, comfrey grass, aloe vera. One or more of agave, rose, rose, deafness, ivy, chrysanthemum, red hibiscus, dragon tree, daisy, magnolia, osmanthus, plum, pomegranate, and mint.

According to an eleventh technical solution of the present invention, in addition to any one of the above technical solutions, the activated carbon is fixed on the cover of the base.

According to a twelfth aspect of the present invention, the elbow support is a hollow elbow, and the lamp is connected to a power component via a line passing through the elbow support. connection.

According to the twelfth technical solution, the line between the lamp and the power supply unit passes through the hollow curved pipe holder, and the appearance is beautiful.

The beneficial effects of this creation are as follows: 1. The plant oxygen bar device of the present invention uses the plant lighting energy-saving lamp to regularly control the illumination compensation of the plant, so that the plant grows vigorously, enhances its photosynthesis, releases more oxygen, and combines the generation of negative ions, effectively Improve indoor air quality. 2. The plant oxygen bar device of the present invention adopts the hydrating and dehumidifying component to achieve automatic water addition, and can effectively remove the moisture in the room and make the air dry. 3. The plant oxygen bar device of the present invention is easy to install, and uses a supersonic humidifying atomizing component to generate water mist, which supplies water to the root of the plant and saves water. 4. The plant oxygen bar device can be placed indoors as a bonsai to beautify the environment. When lighting the plant lighting energy-saving lamps, it can also provide lighting effects. 5. The plant oxygen bar device of this creation enhances air circulation through a fan, so that the negative ions flow in the air more smoothly, remove harmful formaldehyde, purify the air, and ensure human health.

In order to make the purpose, technical solution and advantages of the present creation more clear, the present invention will be described in detail below with reference to the accompanying drawings.

The embodiments described below are merely exemplary illustrations of the present invention. The embodiments of the present invention should not be limited to the embodiments described below. The scope of protection of the present invention should not be limited to the embodiments described below. The embodiments described are only used to explain the scope of the patent application.

Fig. 1 shows a schematic view of the plant oxygen bar apparatus of the present embodiment. As shown in FIG. 1, the plant oxygen bar apparatus of the present embodiment includes a lighting assembly 10, an oxygen bar main body basin 20, and a base 30.

The lighting assembly 10 includes a lamp cover 11 and a lamp (not shown). Like the ordinary table lamp, the lamp is located inside the lamp cover 11. The lamp can be a commercially available ordinary lamp or other plant lighting energy-saving lamps. The plant lighting energy-saving lamp can provide general illumination and fill light for plants, and the main wavelength of red light emitted by the plant lighting energy-saving lamp is 610-700 nm. In this embodiment, a three primary color phosphor powder plant fill light is used, wherein the red powder of the three primary color phosphor powder accounts for 50-90%, and the blue powder of the three primary color phosphor powder accounts for 50-10%, according to red powder and blue. Different mixing ratios of powder can improve the photosynthesis of plant lighting energy-saving lamps, thereby enhancing the photosynthesis of plants.

The lighting assembly 10 is fixed above the oxygen bar main body basin 20 via the elbow bracket 12, and the elbow support 12 is a hollow elbow. One end of the elbow support 12 is fixed to the center position of the oxygen bar main body basin 20, and may of course be fixed to the oxygen bar main body basin 20. At other locations above, the other end of the elbow bracket 12 secures the lighting assembly 10. The illumination assembly 10 can achieve the general illumination effect, and can perform different time illumination compensation according to different plants, enhance plant photosynthesis, release oxygen, and combine negative ions blown by the second fan to improve indoor air quality.

The oxygen bar main body basin 20 is fixed on the base 30, and the oxygen bar main body basin 20 is provided with a venting cover plate 22, and the cover plate 22 is further provided with a plant potting hole 22 for placing the plant pots and pots, and the plant pots are placed in the pots. There are potassium-rich ceramsite soils used to grow plants. The ceramsite soil can be reused, clean, sterile, odorless, has strong water absorption, water retention, gas permeability, and has the function of activated carbon, rich in active potassium and phosphorus, providing good nutrition for plant roots. The ceramsite soil of the basin can be used for 3-8 years without changing. Let us enjoy the green life and completely get rid of the harmful substances such as fungi, bacteria, pests and weeds brought by the soil, plus the combination of liquid organic fertilizer. Atomized water supply without watering. The ceramsite soil in the pots of the plants can be woven with non-woven fabrics, so that the water in the pots is clean and dust-free, and it is more likely to generate fog.

As shown in FIG. 2, the bottom and the peripheral wall of the plant pot have a ventilation mesh 23, and an atomizing sheet 24 is disposed in the basin, so that the water mist generated by the ultrasonic humidifying atomizing assembly is easier to pass through the ventilation mesh 23 Arrives at the roots of the plant and is absorbed by the roots of the plant. The atomization time was set to be atomized for 1 hour each morning and evening.

Plants planted in pots are selected from cactus, prickly pear, spider plant, tiger skin, comfrey, aloe, agave, rose, rose, deaf, ivy, chrysanthemum, red sassafras, dragon tree, daisy One or more of magnolia, osmanthus, plum, pomegranate, and mint. Different plants have different air purification effects. Cactus and prickly pear can absorb carbon dioxide and harmful gases in the air, releasing oxygen and negative oxygen ions. The spider plant is an expert in purifying the air. Within a 24-hour period, a pot of spider plant can absorb volatile gases such as carbon dioxide, sulfur dioxide and chlorine peroxide, and at the same time absorb 96% of carbon monoxide and 86% of formaldehyde. Tiger Piran can absorb nitrogen oxides and methane gas. The comfrey has a strong ability to absorb sulfur dioxide. Aloe vera can absorb 90% of the formaldehyde contained in 1 cubic meter of air. Agave absorbs 50% formaldehyde and 24% trichloroethylene. Rose, rose can absorb sulfur dioxide. Deafness, ivy, and chrysanthemum can decompose carpets, insulating materials, formaldehyde in plywood, and xylene in wallpaper. Under 24 hours of illumination, Ivy can also absorb 90% of benzene contained in 1 cubic meter of air. . Red sassafras can absorb xylene, toluene and ammonia present in chemical fiber and paint. Dragon blood trees and daisies can remove trichloroethylene. Magnolia, osmanthus, and plum can absorb a large amount of mercury vapor in the air. Pomegranate flowers reduce the amount of lead in the air. Peppermint not only resists ozone but also bactericidal action. The plants grown in the pots of the plants can of course also be selected from other suitable plants, and are not limited to the above plants.

The oxygen bar main basin 20 is provided with an ultrasonic humidification atomization assembly, a hydrating and dehumidifying component, and a negative ion generating component, and a water level detector and a water shortage alarm component. Due to the collection of the ultrasonic humidification atomization assembly, the water mist generated by the ultrasonic humidification atomization assembly supplies water to the roots of the plants to save water resources. When the ultrasonic wave is started, the high frequency vibration of the atomizing sheet 24 located at the bottom of the ultrasonic humidifying atomizing assembly causes the water temperature to rise, and the water mist is sprayed through the vent hole on the cover plate to wet the plant foliage and dry the indoor The environment is humidified. The hydrating and dehumidifying component comprises a semiconductor refrigerating chip, a first fan and a heat sink. The semiconductor refrigerating chip and the heat sink are disposed on the sidewall of the oxygen bar main body basin, and the first fan is fixed on the heat sink, and the indoor fan is ventilated to pass the humid air in the room through the semiconductor. The refrigerating wafer and the heat sink are condensed into water droplets, and the deposited water falls into the basin to achieve the automatic water adding function, while removing the moist moisture and suspended particles in the air, reducing the air humidity, improving the humid living environment, and producing and storing. The environment is brought to the ideal state of optimal air humidity, thereby reducing the adverse effects and hazards caused by the humid environment. The negative ion generating component is located at the bottom of the oxygen bar body basin for generating negative ions, and the negative ion generating component of the negative ion generating component is fixed between the central column of the oxygen bar main body basin and the second fan disposed in the oxygen bar main body basin, and the second fan is located at the bottom The center position of the bottom of the main basin of the oxygen bar can reach the air flow in the basin, and the negative ions generated flow through the center column and the cover plate on the basin to the outside of the basin; on the other hand, when the ultrasonic humidification atomizing assembly works to generate fog The rotation of the second fan can enhance the flow of the mist in the basin and promote the absorption of the mist at the root of the plant. By setting the water level detector and the water shortage alarm component, the water level in the device can be monitored, thereby improving the intelligence of the plant oxygen bar device.

The base 30 is located at the bottom of the unit. The base 30 is provided with a power jack 32. The base 30 is provided with a power component and a control assembly. The power jack 32 is connected to an external power cord for powering various components of the plant oxygen bar device, wherein the line between the lamp and the power component passes through the hollow elbow bracket 12, other components and power supplies The connection lines between the components are located inside the oxygen bar main basin or the base, and the appearance is beautiful.

The control assembly includes a console 31 on the base 30 and a timing control module capable of timing control of the illumination compensation of the three primary color phosphor powder plant fill lamps. The control component is respectively connected with the ultrasonic humidification atomization component, the hydration dehumidification component, the negative ion generation component, the water level detector and the water shortage alarm component, and is used for the ultrasonic humidification atomization component, the hydration dehumidification component, the negative ion generation component, The water level detector and the water shortage alarm component are controlled. A plurality of switch buttons are disposed on the console 31, and different switch buttons on the console 31 are used to control the opening and closing of the plant lights and the setting of the atomization time, and also to control the opening and closing of other components. The console 31 can also display the illumination compensation time setting information of the plant fill light, the water level detection information of the water level detector, and the water shortage alarm information.

Activated carbon is fixed to the cover of the base 30 for purifying the gas blown from the oxygen bar main body 20 and purifying the surrounding air. The activated carbon is fixed on the cover of the base 30 and can be directly replaced externally to avoid complicated disassembling work.

It should be noted that the "fixing" in this embodiment can be achieved by a fixing means such as a screw or any other fixing means that can be employed.

The plant oxygen bar device of the embodiment is an environmental protection product, and the quality test result shows that the 24-hour formaldehyde removal rate of the plant oxygen bar device of the embodiment is as high as 96%, and a high concentration of negative ions can be generated. The specific detection technical requirements and test results are as follows: As shown in the table, the test was made by Shanghai Municipal Environmental Protection Product Quality Inspection and Inspection Station.

Quality Test Table <TABLE border="1" borderColor="#000000" width="85%"><TBODY><tr><td> Test Items</td><td> Units</td><td> Technology Requirements</td><td> Test Results</td></tr><tr><td> Formaldehyde removal rate</td><td> % </td><td> Detection at 1m<sup>3< /sup>In the test chamber, the initial concentration of formaldehyde is controlled within the range of (1.0±0.2) mg/m³, and the detection time is 24 hours. </td><td> time </td><td> concentration </td><td> removal rate </td></tr><tr><td> 0 hours </td><td> 1.14 mg /m³</td><td> — </td></tr><tr><td> 24 hours</td><td> 0.04 mg/m^{3< /sup></td><td> 96 </td></tr><tr><td> Negative ion concentration</td><td>/cm³</td>< Td> The sampling port is 30cm away from the air outlet.</td><td> 2000 </td></tr><tr><td> The sampling port is 10cm away from the air outlet.</td><td> 1×10<sup >4}</td></tr></TBODY></TABLE> Among them, when detecting the formaldehyde removal rate, the natural attenuation is 36% in 24 hours, and the calculation formula of the pollutant removal rate in the laboratory is: [(initial concentration of gaseous pollutants - gaseous pollutants termination concentration) 初始 initial concentration of gaseous pollutants] × 100% . When the sample is tested, it comes with lighting for 24h.

The plant oxygen bar device integrates indoor air purification, furniture decoration and lighting functions, and uses plant lighting energy-saving lamps to regularly control the illumination compensation of plants, so that the plants grow vigorously, enhance their photosynthesis, release more oxygen, and combine Negative ions are generated to effectively improve indoor air quality; hydration and dehumidification components can be used to automatically add water, and can effectively remove indoor moisture and make the air dry; enhance air circulation through fans to make negative ions flow more smoothly in the air. It removes harmful formaldehyde and purifies the air to ensure human health. It is easy to install, uses water mist to supply water to the roots of plants, and saves water. It can be placed indoors as a bonsai to beautify the environment. When lighting the plant lighting energy-saving lamps, it can also It has a lighting effect.

The specific embodiments described above are only used to specifically illustrate the spirit of the present invention. The scope of protection of the present invention is not limited thereto, and those skilled in the art may of course follow the technical content disclosed in the present specification. Other embodiments may be readily made by way of alteration, permutation, or variation, and these other embodiments are intended to be included within the scope of the present invention.

10‧‧‧Lighting components
11‧‧‧shade
12‧‧‧Bend bracket
20‧‧‧Oxygen bar main basin
21‧‧‧Plant potting holes
22‧‧‧ Cover
23‧‧‧ Ventilation mesh
24‧‧‧Atomizer
30‧‧‧Base
31‧‧‧ console
32‧‧‧Power Jack

In order to make the description of the specific embodiments of the present invention clearer, the drawings used in the specific embodiments will be described below. Figure 1 shows a schematic view of a plant oxygen bar apparatus of the first embodiment of the present invention. Figure 2 shows a partial perspective view of a plant pot in the first embodiment of the present invention.

10‧‧‧Lighting components

11‧‧‧shade

12‧‧‧Bend bracket

20‧‧‧Oxygen bar main basin

21‧‧‧Plant potting holes

22‧‧‧ Cover

30‧‧‧Base

31‧‧‧ console

32‧‧‧Power Jack

Claims (12)

A plant oxygen bar device comprises a lighting component, an oxygen bar main body basin and a base, the lighting component comprises a lamp cover and a lamp, the lighting component is fixed above the oxygen bar main body basin via an elbow bracket, and the elbow bracket is fixed at one end The other end of the elbow support fixes the illumination assembly, and the oxygen bar main body is fixed on the base, and the oxygen bar main body is provided with a cover plate with a vent hole and a plant pot hole. The plant potting hole is used for placing a plant pot for planting the plant, and the oxygen bar main pot is provided with an ultrasonic humidifying atomizing assembly for the plant Moisture is provided and the indoor air is humidified via the venting opening in the cover, and a control assembly is disposed in the base for controlling the lamp and the ultrasonic humidifying atomizing assembly. The plant oxygen bar device according to claim 1, wherein the oxygen bar main body is provided with a hydrating and dehumidifying component for automatically hydrating and reducing air humidity, comprising a semiconductor cooling chip, a first fan and a heat sink. The semiconductor refrigerating wafer and the heat sink are disposed on a sidewall of the oxygen bar main body basin, the first fan is fixed on the heat sink, and the hydrating and dehumidifying component is controlled by the control component. The plant oxygen bar device according to claim 1, wherein the oxygen bar body basin is further provided with a negative ion generating component and a second fan, the negative ion generating component is located at the bottom of the oxygen bar body basin for generating negative ions, and the second fan is located. The bottom portion of the bottom portion of the oxygen bar main body, and the negative ion generating member in the negative ion generating assembly is fixed between the central column of the oxygen bar main body basin and the second fan. The plant oxygen bar apparatus of any one of claims 1 to 3, wherein the lamp is a plant lighting energy saving lamp for providing illumination and promoting plant photosynthesis. The plant oxygen bar device according to claim 4, wherein the plant illumination energy-saving lamp emits a dominant wavelength of red light of 610-700 nm. The plant oxygen bar device according to claim 5, wherein the plant lighting energy-saving lamp is a three-primary phosphor powder plant fill light, and the red powder of the three primary color phosphor powder in the three primary color phosphor powder plant fill light accounts for 50-90%, The blue powder of the three primary color phosphors accounts for 50-10%. The plant oxygen bar device according to any one of claims 1 to 3, wherein a water level detector and a water shortage alarm component are further disposed in the oxygen bar main basin, and the water level detector and the water shortage alarm component respectively and the control The components are connected and controlled by the control component. The plant oxygen bar apparatus of any of claims 1-3, wherein the control component comprises a timing control module for achieving timing control of the lamp. The plant oxygen bar apparatus according to any one of claims 1 to 3, wherein the plant pot has a ventilating mesh on the bottom and the peripheral wall. The plant oxygen bar device according to any one of claims 1 to 3, wherein the plant grown in the plant pot is selected from the group consisting of cactus, prickly pear, spider plant, tiger skin, comfrey, aloe vera, agave, rose, One or more of roses, deafness, ivy, chrysanthemum, red hibiscus, dragon tree, daisy, magnolia, osmanthus, plum, pomegranate, and mint. The plant oxygen bar apparatus according to any one of claims 1 to 3, wherein the cover plate of the base is fixed with activated carbon. The plant oxygen bar apparatus according to any one of claims 1 to 3, wherein the elbow support is a hollow elbow, and the lamp is connected to a power supply assembly via a line passing through the elbow support.