CN203147421U

CN203147421U - LED plant growing lamp with Internet of Things

Info

Publication number: CN203147421U
Application number: CN2013201798429U
Authority: CN
Inventors: 周慧
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-04-11
Filing date: 2013-04-11
Publication date: 2013-08-21
Anticipated expiration: 2023-04-11

Abstract

The utility model discloses an LED plant growing lamp with Internet of Things. The LED plant growing lamp with the Internet of Things comprises a controller, at least one wireless communication module and at least one LED plant growing lamp body. The LED plant growing lamp body comprises a lens, a substrate and a plastic shell body, wherein the lens is arranged on the substrate, an LED light source, a drive control circuit and a power line are arranged on the substrate, the power line is connected with the LED light source through the drive control circuit, the substrate is sleeved inside the plastic shell body, and the LED plant growing lamp body is accessed to a network through the wireless communication module to be connected with the controller. The LED plant growing lamp with the Internet of Things is convenient and easy to operate and control and high in reliability, improves plant growing efficiency, and saves energy consumption.

Description

A kind of LED Internet of Things plant growth lamp

Technical field

The utility model relates to lighting device, particularly a kind of LED Internet of Things plant growth lamp.

Background technology

The LED lighting device that is assembled by the LED lamp is because of its luminous efficiency height, and power consumption is few, long service life, and security reliability is strong, can not produce mercury pollution and start advantages such as fast, is widely used at lighting field.

In addition, development along with society, various industries all generally enter intellectuality, thereupon, Internet of Things obtains very big application, Internet of Things, refer to various information sensing equipment, combine and a huge network forming as all devices such as radio frequency identification (RFID) device, infrared inductor, global positioning system, laser scanner and internet, expand to people and thing (Human to Thing) and thing and be connected with communication between the thing (Thing to Thing) linking up to connect from the communication of anywhere, anytime between anyone.

Only green plants carries out the indispensable energy source of photosynthesis, only under illumination condition, plant ability normal growth, bloom, the result, photosynthesis of plants refers to that plant absorbs solar energy by chlorophyll, carbon dioxide is become organic matter with hydration, and further be converted into chemical energy and store, emit oxygen simultaneously, the carbohydrate that photosynthesis is produced further is converted into starch, fat etc., required for vital movement, generally speaking, the growth of plant be unable to do without light, for the growth meeting that promotes plant at booth or indoor placement light fixture, because the illumination utilization rate of the fluorescent tube that uses is low, do not reach the demand of plant growth, make plants and flowers more foster more poor; The light-illuminating that is fit to the required spectrum of plant is used in irradiation during plant, not only can promote its growth, but also can kind of blooming period prolonging, improves the quality of flower.Applied environments such as general potted plant, houseplant cultivation at home, greenhouse all are in indoor then relative insufficient light, to such an extent as to unfavorable growth to plant, houseplant be grown in night the time also must increase light source.And being applied to industrialized agricultures such as booth, greenhouse, produces light-source system, can solve the drawback that sunshine, deficiency caused booth vegetable mouthfeels such as tomato, cucumber to descend on the one hand, can make winter booth solanaceous vegetables advance to around the Spring Festival listing on the other hand, thereby reach the power that anti-season is cultivated.

And in the existing technology, employed conventional bulb, sodium discharge lamp is higher because of electric cost, and colour temperature and natural daylight still have drop, the wavelength that mercury vapor lamp produces is that 313～4BOnm so mercury vapor lamp can not produce ruddiness, and being 565nm so sodium discharge lamp, the wavelength that sodium discharge lamp produces can not produce blue light, when using conventional bulb and sodium discharge lamp irradiation plant, because not containing a large amount of ruddiness and blue light in traditional irradiation light, make the plant growth efficiency not high, in addition, can not round-the-clock solar simulated, in other words, can not be full-time for plant provides rational spectral illumination, also can increase simultaneously the time of irradiation plant, make the power consumption increase cause cost waste; Face energy crisis instantly at this, how to save the energy before extensively utilizing and be most important condition now in that alternative energy source is clear and definite.

Therefore, need to improve.

The utility model content

Main purpose of the present utility model is to overcome the deficiencies in the prior art, provides a kind of and controls easyly, the reliability height, improves the plant growth efficiency, saves the LED Internet of Things plant growth lamp of energy consumption.

For achieving the above object, the utility model has adopted following technical scheme: a kind of LED Internet of Things plant growth lamp comprises controller, at least one wireless communication module, at least one LED plant growth lamp;

Described LED plant growth lamp comprises lens, substrate, plastic casing, and described lens are contained on the substrate, and described substrate is provided with LED lamp source, drive and control circuit, power line, and described power line is connected with LED lamp source by drive and control circuit; Described substrate is sleeved in the plastic casing;

Described LED plant growth lamp is connected with controller by the wireless communication module access network.

Preferably, described lens comprise the base plate that is provided with containing cavity, and four corner locations of described base plate are provided with the nut with internal thread.

Preferably, described LED plant growth lamp inserts mobile network or the internet of mobile phone operators by wireless communication module.

Preferably, described plastic casing is equipped with radiator outward, and described radiator comprises heat-radiating substrate, a plurality of radiating fin, and described radiating fin is uniformly spaced on heat-radiating substrate, offers screw on the described heat-radiating substrate.

Preferably, offer screw on the described substrate.

Preferably, described power line passes the plastic casing sidewall, offers screw on the described plastic casing.

Preferably, described LED lamp source is the lamp source with RGB three looks.

Preferably, described substrate adopts the aluminium section bar substrate.

Beneficial effect with respect to prior art is that the utility model, has been realized the automatic control of lamp and manually control have in real time been improved the quality of life greatly with control end and lamp physical connection by network; The utility model heat dispersion is strong, and is not fragile, long service life.According to the LED emission spectrum emission light of LED lamp is adjusted into the plant absorbing spectrum and is complementary, the light of specific wavelength is built an environment that is conducive to the plant growth more, reaches the purpose that promotes that plant grows.

Description of drawings

Fig. 1 is composition diagram of the present utility model.

The specific embodiment

Below in conjunction with the drawings and specific embodiments, the utility model is elaborated.

As shown in Figure 1, this LED Internet of Things plant growth lamp is controlled easy, and reliability height, raising plant growth efficiency are saved energy consumption.This LED Internet of Things plant growth lamp comprises controller 1, at least one wireless communication module 2, at least one LED plant growth lamp 3;

Described LED plant growth lamp 3 comprises lens, substrate, plastic casing, and described lens are contained on the substrate, and described substrate is provided with LED lamp source, drive and control circuit, power line, and described power line is connected with LED lamp source by drive and control circuit; Described substrate is sleeved in the plastic casing;

Described LED plant growth lamp is connected with controller 1 by wireless communication module 2 access networks.

Preferably, offer screw on the described substrate.

Preferably, described LED lamp source is the lamp source with RGB three looks.

Preferably, described substrate adopts the aluminium section bar substrate.

During this LED plant growth lamp assembling, lens are contained on the substrate, in plastic casing is sleeved on substrate, power line passes the plastic casing sidewall, convenient and extraneous power supply is connected and installed, and radiator is contained on the plastic casing, and screw is locked from heat-radiating substrate is past, pass the screw 4 on plastic casing, the substrate and lock in the nut of lens, make firm the linking together of radiator, plastic casing, substrate and lens; Dismounting is all more convenient.

The user can increase the quantity of LED plant growth lamp according to actual user demand, at each LED plant growth lamp, connects wireless communication module at its drive and control circuit, can be implemented in the scope of the network coverage, unlimited place control use;

People also can use LED plant growth lamp serial connection, and this only needs to connect a wireless communication module, namely realizes the control to all LED plant growth lamps.

The utility model, has been realized the automatic control of lamp and manually control have in real time been improved the quality of life greatly with control end and lamp physical connection by network; The utility model heat dispersion is strong, and is not fragile, long service life.According to the LED emission spectrum emission light of LED lamp is adjusted into the plant absorbing spectrum and is complementary, the light of specific wavelength is built an environment that is conducive to the plant growth more, reaches the purpose that promotes that plant grows.

Obviously, those skilled in the art can carry out various changes and modification to the utility model and not break away from spirit and scope of the present utility model.Like this, if of the present utility model these are revised and modification belongs within the scope of the utility model claim and equivalent technologies thereof, then the utility model also is intended to comprise these changes and modification interior.

Claims

1. a LED Internet of Things plant growth lamp is characterized in that, comprises controller, at least one wireless communication module, at least one LED plant growth lamp;

2. according to the described LED Internet of Things of claim 1 plant growth lamp, it is characterized in that described lens comprise the base plate that is provided with containing cavity, four corner locations of described base plate are provided with the nut with internal thread.

3. according to the described LED Internet of Things of claim 1 plant growth lamp, it is characterized in that described LED plant growth lamp inserts mobile network or the internet of mobile phone operators by wireless communication module.

4. according to the described LED Internet of Things of claim 1 plant growth lamp, it is characterized in that, described plastic casing is equipped with radiator outward, described radiator comprises heat-radiating substrate, a plurality of radiating fin, described radiating fin is uniformly spaced on heat-radiating substrate, offers screw on the described heat-radiating substrate.