CN200966252Y

CN200966252Y - Flowerpot for providing oxygen through solar energy photocatalyst

Info

Publication number: CN200966252Y
Application number: CNU200620126615XU
Authority: CN
Inventors: 许为义
Original assignee: Hefei University of Technology
Current assignee: Hefei University of Technology
Priority date: 2006-10-28
Filing date: 2006-10-28
Publication date: 2007-10-31
Anticipated expiration: 2016-10-28

Abstract

A solar energy photo catalytic oxygen bar flower pot is provided, which is characterized in that: different places of the pot body surface are respectively distributed with A fluorescent layers, B fluorescent layers and C fluorescent layers; or with C fluorescent layers and either one of A and B fluorescent layers; the outer surfaces of C fluorescent layers are painted with D coatings; in which, the area of D coatings shall be no more than 50% of the outer surface area of C fluorescent layers. By utilizing the effective matching of long afterglow blue, red and purple fluorescent layers, the utility model not only realizes the solar energy storage of potted plants during daylight, but also the colorful fluorescence may decorate the potted flowers and promote the photosynthesis and the generation of oxygen at night. In addition, the purple light emitted by C fluorescent layers can excite the TiO2 optical accelerant of D coatings to sterilize the surrounding air, generate the negative oxygen ion. The utility model is convenient, cheap, and favorable for environment and health.

Description

Solar energy photocatalyst oxygen bar flowerpot

Technical field

The utility model relates to flowerpot, especially a kind of solar energy photocatalyst oxygen bar flowerpot that is used for colored rendering at night, photosynthesis and purifies air.

Background technology

Raising along with people's quality of life, be that family or enterprises and institutions all pay attention to life, the high quality of working environment, healthization more, add the astogeny trend of China's population, increasing citizen likes cultivating flowers, tree potted landscape, be used for improving indoor environmental quality, view and admire and cultivate one's taste, this has promoted the prosperity of flower landscape industry effectively.But flowerpot in the market is merely able to be subjected to view and admire potted landscape under the light situation, and self can not initiatively provide the light source of playing up night and viewing and admiring potted landscape.Although " flowerpot Colour light device (CN2556468Y) " that authorized, " luminous flowerpot (CN2805349Y) " patent have the function that light source is provided, but still the outstanding problem that exists is: 1) the flowerpot Colour light device is attached to separately on the flowerpot bead, can not form organic whole with flowerpot, use very inconvenience, so the market limitation is very big; 2) use the plug wire power supply, limited the mobility of potted landscape, can't realize arbitrarily putting of potted landscape; 3) use electrical network electricity or dry cell, can't save electric power, increase user cost; 4) selected light source is not defined as the photosynthesis light source, and penjing plant still can not carry out effective photosynthesis at night, fails to solve plant respiration and people and fights for the oxygen problem, more fails to embody the catharsis of plant to indoor environment; These wretched insufficiencies make patented product can't obtain user's generally approval.

Summary of the invention

The purpose of this utility model is intended to solve above-mentioned existing in prior technology technical deficiency, and provide a kind of solar energy photocatalyst oxygen bar flowerpot that is used for colored rendering at night, photosynthesis and purifies air, to realize utilizing light source of solar energy to be converted into the energy of energy-accumulation material, energy-accumulation material sends color fluorescence when playing up the potted landscape at night, also continue photosynthesis of plants, discharged oxygen, and realized that photo-catalytic sterilization purifies air, provides the effect of negative oxygen ion, make things convenient for material benefit, useful Environmental Health.

The utility model comprises basin body, and its architectural feature is to be distributed with A fluorescence coating, B fluorescence coating and C fluorescence coating respectively on the diverse location of basin body surface; Or on the diverse location of basin body surface, be distributed with the C fluorescence coating respectively, and any fluorescence coating in A fluorescence coating and the B fluorescence coating; Outer surface at the C fluorescence coating applies the D coating; Wherein the area of D coating is no more than 50% of C fluorescence coating exterior surface area;

Described A fluorescence coating is a long afterglow blue light fluorescence coating;

Described B fluorescence coating is a long afterglow ruddiness fluorescence coating;

Described C fluorescence coating is a long afterglow purple light fluorescence coating;

Described D coating is nano titanium oxide or nano rare earth coating of titanium dioxide.

Design feature of the present utility model also is:

Distribute respectively on the diverse location of the basin body surface version of A fluorescence coating, B fluorescence coating and C fluorescence coating of employing, the C fluorescence coating distributes alternately between A fluorescence coating and B fluorescence coating.

The employing C fluorescence coating that distributes respectively on the diverse location of basin body surface, and any the version in A fluorescence coating and the B fluorescence coating, wherein, C fluorescence coating and A fluorescence coating or B fluorescence coating are alternately distributed.

Basin body is mud base basin body, ceramic basin body, glass basin body, plastics basin body, resin basin body, metal basin body or stone material basin body.

The A fluorescence coating is that emission wavelength is a 430-470nm long afterglow blue light fluorescence coating.

The B fluorescence coating is that emission wavelength is a 600-680nm long afterglow ruddiness fluorescence coating.

The C fluorescence coating is that emission wavelength is a 360-420nm long afterglow purple light fluorescence coating.

A fluorescence coating, B fluorescence coating and C fluorescence coating are distributed in the local or whole of basin body outer surface respectively.

A fluorescence coating, B fluorescence coating and C fluorescence coating are the fluoresent coating that is coated in the basin body body surface, or fluorescent material is incorporated in each fluorescence coating of formation in the basin body bulk material.

Compared with prior art, the beneficial effects of the utility model are embodied in:

1, the utility model utilizes the long-afterglow energy-accumulating fluorescent material, realized the luminous energy resource of pot plant directly savings cleaning regeneration when shining positive daylighting, sending special glory decoration penjing plant at night at night makes it gorgeous, and saved the battery and the electricity charge, do not influence arbitrarily putting of flowerpot yet.

2, the long-afterglow energy-accumulating fluorescent material of the utility model utilization, the Photosynthetic characteristics wave spectrum light in that send night can continue photosynthesis of plants, discharges oxygen, has solved the problem that house plant night and people fight for oxygen.

3, the utility model has been realized the combination of long afterglow purple light accumulation of energy fluorescent material and photocatalyst material, photocatalyst is subjected to purple light excited release negative oxygen ion and hydroxyl, make it to implement bactericidal purifying to the pernicious gas of ambient air environment and flowerpot release round-the-clockly, the cleaning indoor air environment improves air quality.

Description of drawings

Fig. 1 is the utility model structural representation;

Fig. 2 is fluorescence coating or coating structure generalized section.

Number in the figure: 1 basin body, 2 is that A fluorescence coating, 3 is that B fluorescence coating, 4 is that C fluorescence coating and D coating overlapping layers, 5 are that C fluorescence coating, 6 is the D coating.

Below pass through embodiment, and in conjunction with the accompanying drawings the utility model be further described:

Embodiment:

Embodiment 1:

Referring to Fig. 1 and Fig. 2, present embodiment is to apply A fluorescence coating 2 (blue light fluorescence coating), B fluorescence coating 3 (ruddiness fluorescence coating), C fluorescence coating 5 (purple light fluorescence coating) and D coating 6 (nanometer titanium dioxide coating) respectively on the diverse location on any material basin body 1 surface; Wherein, the D coating is coated on the part of C fluorescence coating outer surface and forms overlapping layers, and this overlapping layers district distributes alternately between A fluorescence coating 2 and B fluorescence coating 3, and is coated on the whole or local of the basin oral thermometer face of basin body 1 or basin body 1 all outer surfaces successively; For ensureing that the C fluorescence coating can fully absorb and store luminous energy, D coating area is advisable to be no more than 50% C fluorescence coating exterior surface area.Like this, having light or pot plant to shine under the environment of sun, blue light fluorescence coating, ruddiness fluorescence coating and purple light fluorescence coating are also saved luminous energy simultaneously automatically; Under night unglazed environment, blue light fluorescence coating and ruddiness the fluorescence coating blue light and the ruddiness of emission automatically not only can be played up potted landscape, and can continue to promote pot plant photosynthesis, and the carbonic acid gas in the absorbing environmental discharges oxygen; Meanwhile, the photocatalyst of titanium dioxide coating be subjected to by day in the solar energy purple light, be subjected to the purple light fluorescence coating at night and automatically carry out photocatalytic oxidation under emission purple light excited, discharge negative oxygen ion and hydroxyl, organic and the inorganic matter of oxidation Decomposition, reach the purpose of bactericidal purifying environment, make the indoor air environment quality be improved.

Embodiment 2:

Referring to Fig. 1 and Fig. 2, present embodiment is to apply choosing any one kind of them in A fluorescence coating 2 and the B fluorescence coating 3 on the diverse location on any material basin body 1 surface respectively, and is alternately distributed with C fluorescence coating 5; On the part of C fluorescence coating outer surface, apply D coating 6 (nanometer titanium dioxide coatings) and form overlapping layers 4; Each coating is coated on the whole or local of the basin oral thermometer face of basin body or basin body all outer surfaces respectively; For ensureing that the C fluorescence coating can fully absorb and store luminous energy, D coating area is advisable to be no more than 50% C fluorescence coating exterior surface area.

Embodiment 3:

Referring to Fig. 1 and Fig. 2, in the present embodiment, the red light flourescent material of the blue-light fluorescent material of A fluorescence coating 2, B fluorescence coating 3, one of or the two, and the purple light fluorescent material of C fluorescence coating 5 can require directly to be incorporated in the bulk material of basin body 1 according to making, the surface that embeds basin body 1 in the process that shapes at basin body 1, and make the C fluorescence coating distribute alternately between A fluorescence coating and B fluorescence coating, or with the two one of be alternately distributed, each fluorescence coating is distributed in the whole or local of the basin oral thermometer face of basin body or basin body all outer surfaces respectively according to the version of setting; And then D coating 6 (nanometer titanium dioxide coating) is coated on the C fluorescence coating outer surface forms overlapping layers, can fully absorb and store luminous energy for ensureing the C fluorescence coating, D coating area is advisable to be no more than 50% C fluorescence coating exterior surface area.

Claims

1, solar energy photocatalyst oxygen bar flowerpot comprises basin body (1), it is characterized in that being distributed with respectively on the surperficial diverse location of basin body (1) A fluorescence coating (2), B fluorescence coating (3) and C fluorescence coating (5); Or on the surperficial diverse location of basin body (1), be distributed with C fluorescence coating (5) respectively, and any fluorescence coating in A fluorescence coating (2) and the B fluorescence coating (3); Outer surface at C fluorescence coating (5) applies D coating (6); Wherein the area of D coating is no more than 50% of C fluorescence coating exterior surface area;

Described A fluorescence coating (2) is a long afterglow blue light fluorescence coating;

Described B fluorescence coating (3) is a long afterglow ruddiness fluorescence coating;

Described C fluorescence coating (5) is a long afterglow purple light fluorescence coating;

Described D coating (6) is nano titanium oxide or nano rare earth coating of titanium dioxide.

2, solar energy photocatalyst according to claim 1 oxygen bar flowerpot, it is characterized in that adopting the version of distribute respectively on the surperficial diverse location of basin body (1) A fluorescence coating (2), B fluorescence coating (3) and C fluorescence coating (5), described C fluorescence coating (5) distributes alternately between A fluorescence coating (2) and B fluorescence coating (3).

3, solar energy photocatalyst according to claim 1 oxygen bar flowerpot, it is characterized in that adopting the C fluorescence coating (5) that on the surperficial diverse location of basin body (1), distributes respectively, and any the version in A fluorescence coating (2) and the B fluorescence coating (3), wherein, C fluorescence coating and A fluorescence coating or B fluorescence coating are alternately distributed.

4, solar energy photocatalyst according to claim 1 oxygen bar flowerpot is characterized in that described basin body (1) is mud base basin body, ceramic basin body, glass basin body, plastics basin body, resin basin body, metal basin body or stone material basin body.

5, solar energy photocatalyst according to claim 1 oxygen bar flowerpot is characterized in that described A fluorescence coating (2) is the long afterglow blue light fluorescence coating of emission wavelength 430-470nm.

6, solar energy photocatalyst according to claim 1 oxygen bar flowerpot is characterized in that described B fluorescence coating (3) is the long afterglow ruddiness fluorescence coating of emission wavelength 600-680nm.

7, solar energy photocatalyst according to claim 1 oxygen bar flowerpot is characterized in that described C fluorescence coating (5) is the long afterglow purple light fluorescence coating of emission wavelength 360-420nm.

8, solar energy photocatalyst according to claim 1 oxygen bar flowerpot is characterized in that described A fluorescence coating (2), B fluorescence coating (3) and C fluorescence coating (5) are distributed in the local of basin body (1) outer surface or all respectively.

9, solar energy photocatalyst according to claim 1 oxygen bar flowerpot, it is characterized in that described A fluorescence coating (2), B fluorescence coating (3) and C fluorescence coating (5) are the fluoresent coating that is coated in the basin body body surface, or fluorescent material is incorporated in each fluorescence coating of formation in the basin body bulk material.