CN206093633U

CN206093633U - Combined type electric light source vegetation lamps and lanterns

Info

Publication number: CN206093633U
Application number: CN201620602423.5U
Authority: CN
Inventors: 梁军; 董家鑫
Original assignee: Shenyang Rong Yuan Technology Co Ltd
Current assignee: Shenyang Rong Yuan Technology Co Ltd
Priority date: 2016-06-20
Filing date: 2016-06-20
Publication date: 2017-04-12
Anticipated expiration: 2026-06-20

Abstract

The utility model relates to a combined type electric light source vegetation lamps and lanterns, including the wick, the wick encapsulates in reflector 4, and lamp shade 3 covers outside reflector 4, and POWER CONTROL BOX 5 connects the wick is supplied power and is controlled the wick, the wick is two, and the encapsulation is in same reflector 4. The utility model discloses with the different two kinds of wick complexes of wave band spectrum in same reflector to produce the spectrum of multistage or broad -spectrum wave band, promote plant chlorophyll to absorb and photosynthesis, restrain the bacterium, reduce the influence of plant diseases and insect pests to the plant, the wick adopts discharge lamp, and the sunshine that can supply in the greenhouse is not enough, carries out remote radiation, increases the flexibility of using.

Description

A kind of Combined type electric light source plant growth lamp

Technical field

This utility model is related to plant growing electric light source device field, specifically a kind of Combined type electric light source plant life Long light fixture.

Background technology

As the habit of plant is formed under natural sunlight, the healthy growth of plant not only needs light and effect Band spectrum also need to the spectrum of its all band.

Current artificial plant growth's lamp, generally using fluorescent lamp, LED etc. as light source.The defect of these light sources is light Spectrum wave band is narrow, can only simply provide mostly the band spectrum of Plant Light and effect, it is difficult to meet plant to natural light habit Require.For example：After plant hibernation, blue violet light (400～490nm) and far infrared (760～1000nm) is needed to promote bud to the greatest extent Fast to be formed, the principal spectrum of the light source such as common fluorescent lamp, LED cannot meet plant flowers sprouting stage in orange light (610～710nm) Need.

Haze weather is frequently occurred in recent years, or even continues many days, the serious plant normal growth threatened in greenhouse, if The illumination of supplementary multiple spectrum frequently, especially nearultraviolet rayies (200～400nm), cause (formation of plant young fruit) quantity of bearing fruit Reduce, pest and disease damage and the phenomena of mortality easily occur.

Utility model content

For the deficiencies in the prior art, this utility model provides a kind of electric light source combined type plant by two kinds of band spectrums Growth light fixture, there is provided the spectrum of wave band needed for during plant growing, beneficial to plant growing.

The technical scheme adopted for achieving the above object by this utility model is：

A kind of Combined type electric light source plant growth lamp, including wick, wick are packaged in illuminator 4, and lampshade 3 is covered in instead Outside light microscopic 4, power controling box 5 connects the wick, wick is powered and is controlled, and the wick is two, and is encapsulated in In same illuminator 4.

The wick is gas discharge wick.

The luminescent spectrum scope of two wicks is different.

The luminescent spectrum of two wicks is without juxtaposition scope.

This utility model has the advantages that and advantage：

1. this utility model is compounded in two kinds of band spectrum different wicks in same illuminator, so as to produce multistage or The spectrum of wide spectrum wave band, promotes plant chlorophyll to absorb and photosynthesis, antibacterial is suppressed, and reduces pest and disease damage to plant Impact.

2. wick of the present utility model adopts gas-discharge lamp, and the sunlight that can be supplemented in greenhouse is not enough, carries out remote Radiation, increases the motility of application.

Description of the drawings

Fig. 1 is hardware structure diagram of the present utility model；

Wherein, 1 be the first wick, 2 be the second wick, 3 be lampshade, 4 be illuminator, 5 be power controling box.

Specific embodiment

Below in conjunction with the accompanying drawings and embodiment is described in further detail to this utility model.

It is illustrated in figure 1 structure chart of the present utility model.

Light fixture includes being made up of the first wick 1, the second wick 2, lampshade 3, illuminator 4 and power controling box 5, the first wick 1 and second wick 2 be the gas-discharge lamp (HID) of two kinds of different-wavebands, and be encapsulated in same illuminator.

Ultraviolet (200～380nm of wavelength) suppresses plant excessive growth short with enhancing plant strong, and blue violet light (400～490nm) is right The chemical compositions such as plant bud have strong impact color differentiation to play a decisive role, and orange light (610～710nm) plant chlorophyll absorbs Many, far infrared (760～1000nm) causes plant growing effect and photoperiod (the periodic Control flower of illumination light and shade alternate Bud forms speed).During the bud phase of plant, it is usually required mainly for ultraviolet (200～400nm of wavelength), blue violet light (400～ 490nm), far infrared (760～1000nm), after phase bud phase terminates, plant enters growth period, and a large amount of blades absorb orange red Light (610～710nm) carries out light and effect.Overcast and rainy and haze sky is met, also needs to provide ultraviolet (200～400nm of wavelength), Even far ultraviolet (100～200nm of wavelength) is to the reduction insect pest that sterilizes.

Embodiment 1：

Green-house cherry twin-core light source：

First wick be dysprosium gas-discharge lamp, 250～500nm of wave-length coverage, center principal spectrum 400nm；

Second wick be sodium vapour discharge lamp, 550～650nm of wave-length coverage, center principal spectrum 600nm；

Territory of use Dalian, on November 15th, 2015 start irradiation, and on March 15th, 2016 stops, and 6 points of every morning opens Lamp, 8 points are turned off the light；At 4 points in afternoon turns on light, and 6 points are turned off the light.

Compared with fluorescence lamp-based irradiation group (illumination program is identical), the cherry tree leaf surface irradiated through twin-core light source is in deep Green and blade face is smooth, sarcocarp is in good taste, and pit is big and hard, 15 days in advance period of maturation.

Embodiment 2：

Fructus Melo nursery twin-core light source：

First wick be mercury vapour body discharging lamp, 250～450nm of wave-length coverage, center principal spectrum 400nm；

Territory of use Anshan, the sowing of on December 29th, 2015,5 points of every morning are turned on light 9 points and are turned off the light, and at 4 points in afternoon turns on light, and 7 Point is turned off the light, and stops irradiation within 2 15th, 2016.

Compared with LED nursery group, not only growing way is healthy and strong for the muskmelon seedling irradiated through twin-core light source, and leaf surface is in dark green Color, survival rate more than 98%, and also nursery stage shortens 15 days.

Claims

1. a kind of Combined type electric light source plant growth lamp, including wick, wick are packaged in illuminator (4), and lampshade (3) is covered in Outward, power controling box (5) connects the wick to illuminator (4), wick is powered and is controlled, it is characterised in that the lamp Core is two, and is encapsulated in same illuminator (4)；The luminescent spectrum scope of two wicks is different；The luminous light of two wicks Spectrum is without juxtaposition scope.

2. Combined type electric light source plant growth lamp according to claim 1, it is characterised in that：The wick is put for gas Electric light core.