KR19990015109U - Plant tissue culture using LED light - Google Patents

Abstract

The present invention is configured in such a way that the LED substrate is vertically configured so that a plurality of LEDs face each other, the LED light is injected to the side of the culture dish on both sides of the incubator housing in which the culture vessel is placed, to prevent heat generated by the lighting device The present invention relates to a side light supply device of a tissue culture room using LED side light configured to facilitate temperature control in a culture room and to improve crop growth by side light, and the light is evenly reflected in the tissue culture room, and thus the influence of temperature It is configured not to be, it is configured to provide an effect that the plant tissue is more smoothly cultured.

Description

Plant tissue culture using LED light

The present invention is configured in such a way that the LED substrate is vertically configured so that a plurality of LEDs face each other, the LED light is injected into the culture vessel side at both ends of the incubator storage container in which the culture vessel is placed, to prevent heat generated by the lighting device To facilitate the temperature control in the culture chamber, and relates to a tissue culture light supply device using the LED side light configured to improve crop growth with side light.

Tissue culture room is configured to cultivate the tissues of the plant with the culture conditions such as temperature, humidity and illumination. At this time, the temperature, humidity, and roughness, which are the culture conditions, are very essential for the growth of plants, and the culture state of the tissues varies depending on whether the conditions are many and small, and evenly affect the plants. Accordingly, the applicant of the present application by Utility Model Application No. 95-25103 "Fiber Optic Light Supply Device of Tissue Culture Room" and the like, without causing a temperature change in the culture chamber, more evenly reflected so that all the tissues in the culture chamber can be grown evenly.

However, the illuminance, i.e. the conditions for the light source, is very demanding compared to other conditions. That is, as shown in FIG. 3, most of the light sources do not provide a suitable light source because they use a lamp such as a glimmer. This is due to the characteristics of "light" compared to other conditions. The light around us uses the light which has the temperature and the straightness, and it is difficult to control the temperature in the culture chamber by the temperature, and because of the straightness of the light The questionnaire was not investigated and some problems were raised.

The present invention is configured in such a way that the LED substrate is vertically configured so that a plurality of LEDs face each other, the LED light is injected to the side of the culture dish on both sides of the incubator housing in which the culture vessel is placed, to prevent heat generated by the lighting device The present invention relates to a tissue culture light supply device using LED side light configured to facilitate temperature control in a culture room and to improve crop growth with side light. The light is evenly reflected in the tissue culture room, and the influence of temperature It is configured not to.

1 is an exemplary embodiment of the present invention.

Figure 2 is a plan view of the incubator housing of the present invention.

Figure 3 is an exemplary embodiment of a conventional tissue culture chamber.

<Description of Symbols for Main Parts of Drawings>

1: tissue culture room. 2: CO2 inlet.

3: hot water pipe. 4: evaporator.

5: Air inlet. 6: incubator housing.

7: light fixture.

11: Culture dish. 12: LED.

13: LED substrate. 14: LED substrate socket.

A culture in which a plant tissue is cultured in a tissue culture chamber 1 equipped with a carbon dioxide inlet (2), a hot water pipe (3), an evaporator (4), and an air inlet (5) to supply temperature, humidity, and air. In the incubator housing 6 in which a plurality of vessels 11 can be placed, an LED substrate socket for inserting a substrate into the bottom surface of both ends of a plurality of culture vessels 11 having a plurality of culture vessels 11 located at the center thereof. 14 is configured to combine the LED substrate 13 vertically. At this time, the LED substrate 13 is configured by combining a plurality of LEDs 12 vertically so that both LEDs 12 face each other. As a result, a plurality of LEDs 12, which are not vertically radiated heat, are configured to irradiate light evenly to tissues in a plurality of central culture vessels 11.

The present invention is configured in such a way that the LED substrate is vertically configured so that a plurality of LEDs face each other, the LED light is injected into the culture vessel side at both ends of the incubator storage container in which the culture vessel is placed, to prevent heat generated by the lighting device The present invention relates to a tissue culture light supply device using LED side light configured to facilitate temperature control in a culture room and to improve crop growth with side light. The light is evenly reflected in the tissue culture room, and the influence of temperature It is configured so that it is configured to provide an effect that allows the tissue to be cultured more smoothly.

Claims (1)

In the tissue culture room using the LED side light composed of the carbon dioxide inlet (2), hot water pipe (3), evaporator (4), air inlet (5), etc. Incubator housing 6 consisting of an LED substrate socket 14 to vertically coupled the LED substrate 13 so that a plurality of LED 12 is vertically configured on both sides of the culture vessel 11 containing the tissue of the organism in the center (6) ), The tissue culture light side supply apparatus using LED side light, characterized in that the light source that does not affect the temperature in the tissue culture chamber is configured to be evenly irradiated to the side of the culture dish (11).