TWM447665U - Plant factory carrying rack unit integrated with light source supply equipment - Google Patents

Description

Plant factory carrier unit integrating light source supply equipment

In this case, the plant factory carrier unit integrated with the light source supply equipment is connected by a double-layer longitudinal and horizontal pipe rack, and both sides of the top and bottom are provided with a translucent bearing plate for providing a plurality of long trough types. The cultivation box is arranged on the hollow surface layer which is spaced apart on the upper side, and the middle part is set to be open, and the light source clamping layer of the light source device can be installed at intervals; the multi-array carrier body is assembled into a laminate by the connecting frame The collocation-type plant factory is equipped with a built-in light source device located in the upper and lower layers of the main body of the carrier, providing a wide-range illumination source downward and upward, which is completely distributed and supported on the main body of each layer. The top surface and the bottom surface of the plant on the trough cultivation box, whereby the global light source supply provides sufficient demand for plant growth, and the technical field which can simplify the lighting device and improve the plant growth efficiency.

According to traditional vegetable, fruit or flower cultivation, there are shortcomings that cannot be accurately controlled or expected; in particular, it is subject to changes that cannot be controlled by environmental conditions and natural disasters. In terms of price and quality, fluctuations or changes may occur at any time. For indoor cultivation techniques for plant growth conditions and designable production capacity, especially long-slot cultivation boxes arranged in a three-dimensional space, with stable artificial light source, temperature, cultivation conditions, etc., to achieve the lowest artificial dependency and double capacity The plant factory has the tendency to expand demand and flourish because it can eliminate the economic benefits such as weather conditions and all-weather automated continuous production.

The focus of the current plant factory technology is mainly on the use of the connector set. The three-dimensional configuration of most of the support plates is provided, and most of the long trough cultivation boxes are arranged on the layer-by-layer support plates to achieve the purpose of increasing productivity; however, in addition to the cultivation medium, moisture and nutrients In addition to the control factors such as air, temperature and humidity, the most important requirement for the photosynthetic and color temperature effects of outdoor cultivation is to replace the illumination configuration of the light source device.

The lamp used in the traditional plant factory is mainly installed on the side or bottom surface of the connecting frame or the bottom surface of the bearing plate to form a protruding configuration state; the disadvantage is that in addition to the installation, it is necessary to use the additional bearing The locking device of the board is used to fix the lamp and other equipment, and has the disadvantage of being inconvenient to operate; most of the tubes exposed outside are more likely to cause collision during cultivation or harvesting, and it is easy to work and the lamp equipment is easy to work. The disadvantage of damage.

In particular, the conventional non-transmissive plate stacking arrangement forms a mutual barrier between the layers of the lamp illumination source, so that the wide exposure of the lamp tube only ends in a single layer space below the light source, and the irradiation efficiency is damaged. In addition, the number of the lamp arrangement must be increased; furthermore, the spacer of the non-transmissive carrier plate is such that the configured lamp tube has only the downward illumination and the light source supply effect on the top surface of the plant (ie, the leaf surface), so that If the plant is covered by the top surface of the leaf surface, branches and so on, it will not be able to obtain a better light source, which will affect the integrity or optimization of the plant growth process. It can only be placed on the top tube of the support plate, but this way, in addition to the double waste of equipment and resources, it directly affects the smoothness of the discharge and cultivation of the long trough cultivation box; this is Plant plants are in urgent need of improved technical crux.

Therefore, the creator (with the applicant), in view of the above drawbacks, actively participates in the creation of the case to overcome the lack of the previous disclosure, and indeed meets the needs of the plant factory.

The main purpose of this creation is to provide a plant factory carrier unit with integrated light source supply equipment; it is composed of two layers of longitudinal and horizontal pipe racks, and both sides of the top and bottom are provided with a translucent bearing plate. The utility model is provided with a hollow surface layer on which a plurality of long trough cultivation boxes are arranged, and a middle layer is provided as an open layer, and a light source interlayer for the light source device can be installed at intervals; the array is connected by a plurality of arrays The carrier unit is assembled into a stacked and juxtaposed seat type plant factory, which is provided with a light source device installed in the upper and lower layers of the carrier body, and provides a wide-range illumination source downward and upward, and is completely distributed to each layer. The top and bottom of the plant on the long trough type cultivation box carried on the main body of the carrier achieves the best benefit of the global source of light supply, which can provide sufficient plant growth and can significantly improve plant breeding efficiency and quality. Its characteristics.

The second objective of the present invention is to provide a plant factory carrier unit integrated with a light source supply device; wherein the light source device disposed in the interlayer of the middle portion of the carrier body is formed by a light transmissive carrier plate to form an unobstructed global type Light transmission efficiency and outer layer protection effect; most long trough cultivation boxes that are placed above the main body of the carrier can be conveniently arranged and arranged, and completely eliminate the possible collision effects during the cultivation process or harvest, and have the work convenience improved. The versatile and economical nature of the complete hidden and comprehensive protection of the cum lamp equipment is its characteristic.

Another purpose of this creation is to provide a plant factory that integrates light source supply equipment. a carrier unit; wherein the connecting frame and the multi-array carrier unit are spaced and relayed, and the assembly can be assembled into a stacked and juxtaposed seat type plant factory; the light source device is disposed in the middle section of the carrier body, It is not necessary to install the lamp tube in the future, thereby simplifying the plant factory setting process, and effectively reducing the space occupation due to the hidden arrangement of the light source device, and having multiple practical benefits such as simplified structure and reduced cost.

Another object of the present invention is to provide a plant factory carrier unit integrated with a light source supply device; since the lamp tube is disposed in the middle interlayer of the carrier body of the transparent carrier plate at the top and bottom surfaces, the downward and downward directions can be simultaneously provided. The global source of light supply is sufficient to reduce the number of lamp configurations, with the economic benefits of simplified installation and major energy savings.

The present invention aims to provide a plant factory carrier unit with integrated light source supply device; since the lamp tube is disposed in the middle layer of the carrier body of the transparent carrier plate at the top and bottom surfaces, thereby protecting the light source device and avoiding collision Corrosion or moisture, fog and other rust damage, to achieve stable light source illumination and extend the durability of the life of economic and practical benefits, characterized by.

A further object of the present invention is to provide a plant factory carrier unit integrated with a light source supply device; wherein the middle layer of the carrier body provided by the light source device is provided, and the cover is covered by the top and bottom side carrier plates, and is laterally hollowed out. Therefore, when the carrier units of the same height position of the devices are symmetrically juxtaposed, a corresponding long heat dissipation channel is formed, and the exhausting or exhausting device installed laterally can effectively remove the lamp tube. The slight heat generated is characteristic of the plant plant's simple, high-efficiency cooling operation.

For the rest, I would like to cite the structural examples of this creation. With the description of the drawings and drawings, please refer to the first figure first. The plant factory carrier unit 3, which integrates the light source supply equipment in this case, is mostly used. A plurality of long trough cultivation boxes S are provided, and the carrier unit 3 is arranged on the upper side, and the plurality of sets of continuous connecting frames 21 are arranged in a side by side arrangement and arranged side by side, and can be arranged side by side or staggered. Plant factory seat type monomer 2; continue to cooperate with the reference to the second figure, the third figure and the third figure-A: the present invention is characterized in that the carrier unit 3 includes: a carrier body 31; The longitudinal direction of the layer and the horizontal pipe frame 311 are combined to form a hollow surface layer 312 on both sides of the top and bottom, and the middle layer of the top and bottom layer 312 is an open light source interlayer 313; the array light source device 32; The light source clamping layer 313 is arranged in the middle of the top of the carrier body 31 and the bottom surface layer 312 in a spaced apart manner; wherein the light source device 32 can be a long light tube as shown in the figure, or arranged as a long light bulb device or LED light device, etc.; The illuminance and conditions of the growth of the object are applicable; in addition, above the light source device 32, the reflector which is disposed to be diffused downward is fixed at an appropriate position of the pipe frame 311, thereby increasing the illumination of the light source device 32. To achieve the effect of energy savings.

One or two sets of carrier plates 33; are translucent flat plates; are fixed on the top side of the carrier body 31 or both sides of the top and bottom by means of embedded or side locks, thereby forming a closed shape The utility model can provide a plurality of heavy-duty plate portions which are arranged at intervals in the long trough cultivation box S; wherein the carrier plate 33 can adopt a light-transmitting diffusion plate; thereby achieving an increase in illumination of the light source device 32 or centralized control of the light beam, thereby achieving energy saving effect. .

Please continue to cooperate with the fourth figure: by the above configuration, the light source device 32 located in the upper shelf body 31 can be completely distributed and supplied to the lower carrier body 31. Carrying the top surface of the plant P on the long trough type cultivation box S (ie, the top position of the leaf); and the light source L of the light source device 32 located on the carrier body 31 of the present layer, which is widely irradiated upward, is completely distributed to the light source L The bottom surface of the plant P on the long trough type cultivation box S carried above (ie, the bottom of the leaf).

Thereby, the combined use of the carrier unit 3 can achieve the practical benefit that the cultivated plant P can receive the full-scale full light source L and achieve the optimal growth condition.

Please refer to FIG. 5A-A and FIG. 5B for the following: the middle interlayer 313 of the carrier body 31 provided by the light source device 32 is covered by the top and bottom side bearing plates 33, and is laterally hollowed out. Therefore, when the carrier units 3 of the same height position of the respective devices are symmetrically juxtaposed (as shown in the first figure), a corresponding long heat dissipation channel H is formed; at this time, the side is installed with the exhaust or the row. The wind device can effectively remove some of the slight heat generated by the lamp 32, and achieve a simple and high-efficiency cooling operation of the plant factory.

In summary, the plant factory carrier unit integrated with the light source supply equipment in this case can achieve the simplification of the plant factory structure assembly, and can provide the plant growth efficiency and quality through the supply of the whole-field light source at the bottom of the leaf and the bottom of the leaf. Significant improvement, in line with the establishment of patents, 提出 patent application.

2‧‧‧Plant factory seat type monomer

21‧‧‧Connecting frame

3‧‧‧Carriage unit

31‧‧‧ Carrier body

311‧‧‧tube rack

312‧‧‧Face

313‧‧‧Mezzanine

32‧‧‧Light source device

33‧‧‧Loading board

S‧‧‧cultivation box

P‧‧‧ plants

L‧‧‧Light source

H‧‧‧thermal channel

W‧‧‧heat

The first picture is an explanatory diagram of the implementation of the structure of the case.

The second picture is a three-dimensional decomposition diagram of the structure of the case.

The third picture: is a three-dimensional illustration of the structure of the case.

Figure III-A: This is a three-dimensional illustration of the structure of the cultivation box.

The fourth picture is the implementation diagram of the whole area lighting in this case.

Figure 5 - A: Figure 1 shows the implementation of the heat dissipation operation in this case.

Figure 5 - B: Figure 2 shows the implementation of the heat dissipation operation in this case.

3‧‧‧Carriage unit

31‧‧‧ Carrier body

311‧‧‧tube rack

312‧‧‧Face

313‧‧‧Mezzanine

32‧‧‧Light source device

33‧‧‧Loading board

Claims (4)

A plant factory carrier unit integrated with a light source supply device, which is provided by a plurality of carrier units for providing a plurality of long trough cultivation boxes, and a plurality of sets of continuous connecting frames are arranged at intervals The side-by-side arrangement manner is composed of a plant factory seat type monomer which can be arranged side by side or staggered; wherein the carrier unit comprises: a carrier body; a double-layer longitudinal and lateral pipe frame group Connected, both sides of the top and bottom are hollowed out surface layers; and the middle part of the top and bottom layers is set as an open-type light source interlayer; the array light source device; is arranged horizontally at intervals, and the device is arranged on the top of the carrier body The interlayer of the light source in the middle layer of the bottom layer; one or two sets of carrier plates; is a translucent flat plate; is fixed on the top side of the main body of the carrier or the top side and the bottom side by means of embedding or side locking, thereby forming a closed状 暨 can provide a plurality of long trough cultivation boxes spaced apart to place the load-bearing plate portion; by the above configuration, that is, the light source device of the different layer carrier units located above and below, providing its downward and upward direction Wide picture The light source is completely distributed and supplied to the top surface and the bottom surface of the plant on the long trough type cultivation box carried on the main body of each layer carrier, thereby providing a full-range light source capable of illuminating the top of the leaf and the bottom of the leaf, thereby providing sufficient demand for plant growth; And the middle section of the main body of the carrier body which is laterally hollowed out after being covered by the top and bottom side bearing plates, can form a corresponding long heat dissipation channel when the carrier units of the same height position of the devices are symmetrically juxtaposed, and the side is provided To the installed exhaust or exhaust device, effectively extracting the heat generated by the lamp to achieve the cooling operation of the plant factory Author. The plant factory carrier unit for integrating the light source supply device according to claim 1, wherein the light source device may be a long lamp tube, or arranged in a long light bulb device or an LED lamp device, etc. Equivalent device of conditions. The plant factory carrier unit for integrating the light source supply device according to the first aspect of the invention; wherein, above the light source device, the light source device is selected at a suitable position of the pipe frame, and the reflector is fixedly disposed to diffuse downward, thereby increasing the light source. The illumination of the device achieves the effect of energy saving. The plant factory carrier unit for integrating the light source supply device according to the first aspect of the patent application; wherein the carrier plate can adopt a light-transmitting diffusion plate, thereby achieving an increase in illumination of the light source device or centralized control of the light beam, thereby achieving an energy saving effect.