CN204201622U

CN204201622U - Plant culture illuminator

Info

Publication number: CN204201622U
Application number: CN201420508921.4U
Authority: CN
Inventors: 周志强
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-09-04
Filing date: 2014-09-04
Publication date: 2015-03-11
Anticipated expiration: 2024-09-04

Abstract

A kind of plant culture illuminator, build in one kind plant multiple plant plant in cultivation, this plant culture illuminator comprises a lighting module and a ring-like voltage changing module.This lighting module comprises multiple luminescence unit and an electric power connectivity port.Each this luminescence unit has the light emitting diode of multiple energising those plant throw lights backward.This ring-like voltage changing module comprises an annular core, primary coil and be set around on this annular core and is set around secondary coil on this annular core.Accordingly, the utility model provides with single annular voltage changing module and uses to the illumination of each this luminescence unit without harmonious wave power, solves existing structure need arrange power consumption that an electronic type rectifier causes and poor heat radiation respectively problem to each this luminescence unit.

Description

Plant culture illuminator

Technical field

The utility model relates to a kind of illuminator, particularly relates to a kind of plant culture illuminator being equipped with a ring-like voltage changing module.

Background technology

Along with light emitting diode (Light-Emitting Diode, abbreviation LED) price declines and illumination application maturity lifting, LED lighting becomes the main flow of illumination application gradually, moreover, light emitting diode has the advantages such as volume is little, lightweight, life-span length, power saving, optical wavelength controllable, and Sui Shi Activities of Some Plants factory dealer be applied on plant cultivating.

But the existing LED lamp being applied to plant cultivating usually includes a circuit board and being laid with multiple light emitting diode and builds the electronic type rectifier on this circuit board.In the process that energising is implemented, this electronic type rectifier accepts after an external communication electric power is converted to a direct current power, then this direct current power is transmitted to each this light emitting diode and makes its energising and luminous.But, the reason arranging electronic type rectifier is to implement with galvanic current power in the process of light emitting diode electrified light emitting, thus need to build this electronic type rectifier among this LED lamp but this electronic type rectifier occupies the space of the inner overwhelming majority of this LED lamp, make the poor heat radiation of this LED lamp inside, and be unfavorable for the use of long-time illumination, and due to this electronic type rectifier be by least one inductance, electric capacity, resistance and change-over switch formed, under Long-Time Service, one of them of said elements easily has the facts of damage to occur, make this LED lamp normally cannot provide electric power needed for plant cultivating.In addition to the preceding, this electronic type rectifier, also can the generation of power loss in the process of energising work, if each this LED lamp is all respectively arranged with this electronic type rectifier, the power attenuation produced after its energising should not be underestimated.

In addition, plant factor's electric power supply is now main from a large-scale power base machine room, multiple transformer and multiple electric power converter is provided with in this large-scale power machine room, this large-scale power machine room connects external high pressure electric power, by those transformers and those electric power converters after multilevel decompression conversion, external high pressure electric power is originally converted into the low-voltage power that meets the use of each this LED light lamp, and exports this low-voltage power to each this light emitting diode.But, easily too much loss is produced in the process that this large-scale power machine room above-mentioned is changed in multilevel decompression, and hypotelorism is set due to those transformers in this large-scale power machine room and those electric power converters, and easily have different sound, cause attendant dare not keep in repair near this large-scale power machine room by different sound affects, and those transformers and those electric power converters arrange hypotelorism also causes the maintenance of attendant not easily.

Utility model content

Main purpose of the present utility model, is to solve heat radiation and energy consumption issues that existing enforcement structure brings for this electronic type rectifier of construction in each this LED lamp.

For reaching above-mentioned purpose, the utility model provides a kind of plant culture illuminator, build in a kind of be implanted with multiple plant plant in cultivation, this plant culture illuminator includes:

One lighting module, include a bearing, and multiple luminescence unit be arranged at respectively in this bearing, each this luminescence unit has the light emitting diode of multiple energising those plant throw lights backward, and the electric power connectivity port of those light emitting diodes of electric connection; And

One ring-like voltage changing module, be connected with this lighting module, include an annular core, and to be set around on this annular core and to be set around on this annular core with the primary coil and that an external power source is connected to accept external power and to be electrically connected each this electric power connectivity port and to form magnetic coupling to export through each this electric power connectivity port without harmonious wave power to the secondary coil of this light emitting diode with this primary coil.

Above-mentioned plant culture illuminator, wherein each this luminescence unit has the circuit board that is laid with those light emitting diodes.

Above-mentioned plant culture illuminator, wherein each this luminescence unit has one and arranges the reflector layer that this circuit board is laid with those light emitting diode sides.

Above-mentioned plant culture illuminator, wherein each this luminescence unit has one and is arranged at the radiating seat that this circuit board is laid with those light emitting diode opposite sides.

Above-mentioned plant culture illuminator, wherein this radiating seat is a rectangular tube.

Above-mentioned plant culture illuminator, wherein this bearing is made by the metal material of the better coefficient of heat transfer of a tool.

Above-mentioned plant culture illuminator, wherein this external power source is a high-voltage alternating electric power.

Above-mentioned plant culture illuminator, wherein this electric power connectivity port has the insulation cover of at least two power connection terminal and those power connection terminal coated.

Above-mentioned plant culture illuminator, wherein this annular voltage changing module has one first insulation shell and one second insulation shell that mutual correspondence covers this primary coil of rear isolation and this secondary coil.

By the above-mentioned disclosed structure of the utility model, compared to existing embodiment, there is following characteristics:

One, the utility model only with this annular voltage changing module supply single this luminescence unit multiple in luminescence process time required electric power, and then solve existing embodiment and the power consumption and heat dissipation problem that this electronic type rectifier causes need be set to each this luminescence unit.

Two, in each this luminescence unit of the utility model, not there is this electronic type rectifier or this annular voltage changing module, the manufacturing cost of each this luminescence unit of the utility model can be declined.

Three, the utility model only needs this annular voltage changing module single to make disposable transformation, and does not need by existing large-scale power machine room allotment power for operation, and attendant can be keeped in repair more easily.

Below in conjunction with the drawings and specific embodiments, the utility model is described in detail, but not as to restriction of the present utility model.

Accompanying drawing explanation

Fig. 1 is the complete diagram of the utility model one preferred embodiment;

Fig. 2 is the illustrative view of the utility model one preferred embodiment;

Fig. 3 is ring-like voltage changing module schematic diagram of the present utility model;

Fig. 4 is another embodiment schematic diagram of the present utility model.

Detailed description of the invention

Relate to detailed description of the present utility model and technology contents, the existing accompanying drawing that just coordinates is described as follows:

Refer to Fig. 1, as shown in the figure, the utility model is a kind of plant culture illuminator 9, build in a kind of be implanted with multiple plant plant in cultivation 8, this plant culture illuminator 9 includes lighting module 1 and a ring-like voltage changing module 2.Wherein, this lighting module 1 includes a bearing 11, and multiple luminescence unit 12 be arranged at respectively in this bearing 11.More specifically illustrate, the enforcement aspect of this bearing 11 of the utility model mainly contains two, and one just can be a platy structure as shown in Figure 1 and implements, and second it can be a frame structure and implement.But no matter this bearing 11 implements with one of them of above-mentioned two condition sample, all can supply this luminescence unit 12 direct-assembling.Further, this bearing 11 can be made by the metal material with better coefficient of heat transfer, as copper, aluminium etc.Moreover, this bearing 11 alleged by the utility model not only can carry this luminescence unit 12 single as shown in Figure 1, also can carry multiple luminescence unit 12 simultaneously, so, this bearing 11 is when this lighting module 1 luminescence work, the used heat that each this luminescence unit 12 produces can be collected, therefore, if this plant culture illuminator 9 of the utility model is established in cold region or is implemented in cold climate, namely can collect by this bearing 11 this used heat that each this luminescence unit 11 produces to warm oneself, in the present embodiment, this bearing 11 can made by the metal material of the better coefficient of heat transfer of a tool.Hold, separately refer to Fig. 4, each this luminescence unit 12 has the light emitting diode 121 of multiple energising those plant throw lights backward, and one is electrically connected the electric power connectivity port 122 connecting those light emitting diodes 121.More specifically illustrate, each this luminescence unit 12 has a circuit board 123, being laid with those light emitting diodes 121 and is arranged at the reflector layer 124 and that this circuit board 123 is laid with those light emitting diode 121 sides and is arranged at the radiating seat 125 that this circuit board 123 is laid with those light emitting diode 121 opposite sides.Wherein, the setting of this reflector layer 124 is used to the light reflecting those light emitting diodes 121, it can be utilize the mode of chemistry or physics to be arranged at the side that this circuit board 123 is laid with those light emitting diodes 121, alleged physics mode can be the mode of coating, and chemical mode can be then utilize the mode of sputter to implement.Moreover, this radiating seat 125 of the utility model is mainly used for the used heat produced in those light emitting diode 121 luminescence process to derive, the heating part that this radiating seat 125 also can be used as in cold snap uses, further, the aspect of this radiating seat 125 then can adjust its outward appearance aspect according to the difference of the demand of enforcement, disclosed in the utility model embodiment, can be a rectangular tube.Again, this electric power connectivity port 122 of the utility model its mainly can include the insulation cover 127 of at least two power connection terminal 126 and those power connection terminal 126 coated, its outward appearance just as shown in Figure 4, and this electric power connectivity port 122 is in the process implemented, except those light emitting diodes 121 of electric connection, more annular voltage changing module 2 is electrically connected with this, with the electric power produced after obtaining this annular voltage changing module 2 modulation.

Another please refer to Fig. 3 and Fig. 4, this toroidal transformer 2 is connected with this lighting module 1 and connects an external power, this toroidal transformer 2 comprises an annular core 21, and is set around the primary coil 22 and be connected on this annular core 21 and with an external power source and is set around on this annular core 21 and the secondary coil 23 being electrically connected each this electric power connectivity port 122, further, this annular voltage changing module 2 has one first insulation shell 24 and one second insulation shell 25 that mutual correspondence covers this primary coil 22 of rear isolation and secondary coil 23.Hold, this annular voltage changing module 2 more comprises the electric power gang socket 26 of this secondary coil 23 of at least one electric connection each this electric power connectivity port 122 grafting.

As shown in Figure 4, embodiment of the present utility model is be connected to accept external power with an external power source by this primary coil 22 of this annular voltage changing module 2, this external power can be high-voltage alternating electric power or ultrahigh-voltage alternating-current electric power (the ultrahigh-voltage alternating-current electric power of such as kva grade), this primary coil and this secondary coil produce magnetic coupling and this external power are converted to one and meet this lighting module 1 and operate the direct current power of use and export this lighting module 1 to subsequently, and by each this electric power connectivity port 122, this direct current power is exported on each this luminescence unit 12, those light emitting diodes 121 of this luminescence unit 12 are energized and to those plant throw lights.

From the above, the radiating seat 125 of this plant culture illuminator 9 is a rectangular tube in this embodiment, and be so not limited to this aspect, as shown in Figure 2, this radiating seat also can be a lamp plate.

In sum, this plant culture illuminator build in one kind plant multiple plant plant in cultivation, this plant culture illuminator comprises a lighting module and a ring-like voltage changing module.This lighting module comprises multiple luminescence unit and an electric power connectivity port.Each this luminescence unit has the light emitting diode of multiple energising those plant throw lights backward.This ring-like voltage changing module comprises an annular core, primary coil and be set around on this annular core and is set around secondary coil on this annular core.Accordingly, the utility model provides with single annular voltage changing module and uses to the illumination of each this luminescence unit without harmonious wave power, solves existing structure need arrange power consumption that an electronic type rectifier causes and poor heat radiation respectively problem to each this luminescence unit.

Certainly; the utility model also can have other various embodiments; when not deviating from the utility model spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the utility model, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the utility model.

Claims

1. a plant culture illuminator, build in a kind of be implanted with multiple plant plant in cultivation, it is characterized in that, this plant culture illuminator includes:

2. plant culture illuminator as claimed in claim 1, is characterized in that, each this luminescence unit has the circuit board that is laid with those light emitting diodes.

3. plant culture illuminator as claimed in claim 2, is characterized in that, each this luminescence unit has one and arranges the reflector layer that this circuit board is laid with those light emitting diode sides.

4. plant culture illuminator as claimed in claim 2, is characterized in that, each this luminescence unit has one and is arranged at the radiating seat that this circuit board is laid with those light emitting diode opposite sides.

5. plant culture illuminator as claimed in claim 4, is characterized in that, this radiating seat is a rectangular tube.

6. plant culture illuminator as claimed in claim 1, is characterized in that, this bearing is made by the metal material of the better coefficient of heat transfer of a tool.

7. plant culture illuminator as claimed in claim 1, is characterized in that, this external power source is a high-voltage alternating electric power.

8. plant culture illuminator as claimed in claim 1, is characterized in that, this electric power connectivity port has the insulation cover of at least two power connection terminal and those power connection terminal coated.

9. plant culture illuminator as claimed in claim 1, is characterized in that, this annular voltage changing module has one first insulation shell and one second insulation shell that mutual correspondence covers this primary coil of rear isolation and this secondary coil.