TWI422324B - Integrated green wall - Google Patents

Description

Integrated light-growth wall

The invention relates to an integrated light-growth wall, in particular to a vegetable wall which can provide an integrated light supply and adjust the range of the projection light source.

The vegetative device is generally attached to the wire mesh of the wall or fence by the vegetative net. The vegetative net is attached to the wire fence of the fence by various on-site construction methods, and is often used for outdoor installation, thereby being unable to effectively plant the original The use of fences or walls provides a stable and sufficient amount of plant growth conditions to achieve the effect of a fenced green environment.

In terms of the greening method of the indoor environment, most of them are planted, for example, large-scale flower planting in the courtyard of the home, or a green potted plant in the surrounding area of the house, balcony, etc. Greening environment. Therefore, most of the current greening methods in the home environment require space to be placed, and cannot be flexibly applied to planting anywhere in the environment.

The planting device planted indoors installs the projection lamp through the surrounding exterior, and irradiates the light source to the plant of the planting device for growth, for example, installing a projection lamp to light the wall surface, or installing on the side of the planting device. The projection lamps are respectively given light, or a projection lamp is installed on the aisle in front of the vegetation device to supply light. It can be seen that the conventional projection lamp is separated from the vegetation device and must be separately installed and cannot move with the planting device. Where a planting device is required to provide a light source, the projector must be installed in place. Some of the problems are derived from the above, such as uneven light source, and the installation of a projection lamp on the wall surface will make the projection lamp fixed, and the intensity of the light source will be unevenly distributed on the plants at different locations; the time is expensive, and the installation projection must be additionally spent. The time of the lamp; the dimming is inconvenient, and the angle and range of the projection lamp are repeatedly adjusted; the environment is destroyed, and the lock is attached to the wall to form a lock to cause a wall surface hole; the light source cannot be accurately irradiated, and the light source is easily irradiated to the outside of the planting device, and is easy to use. The eyes cause glare; the illumination is not good, and the light source on the aisle is easily obscured by the passing users.

Therefore, if it is possible to provide a planting device for planting in a home environment, it has a good light source projection effect, does not affect the environment and the appearance of high quality home environment and can also save energy. It is the inventor of this case and engaged in related industries. The subject of the technical field is eager to improve.

In view of the above, the present invention provides an integrated light source wall light source device, comprising: a base having a plurality of grooves for placing a plurality of cultivars, and forming a surface area for the growth of the cultivars in front of the grooves a main board disposed above the base; a light source module mounted on the main board, wherein the LED is provided with an angle of light toward the surface of the light source to the plurality of LEDs; Installed on the base to provide water to the cultivation.

The invention is used in an integrated structure to combine the pedestal, the main board, the light source module and the water supply module into a vegetative wall system, which is convenient for use at any place in the home, without the need to additionally install the projection lamp and the water supply device. The utility model is quite convenient to use. In addition, the invention utilizes the movable pull type of the main board, so that the light source module adjusts the range of the projection light source to the cultivation object by the telescopic expansion of the main board, and at the same time, the integrated structure of the light planting wall is flat after the main board is concealed and hidden. Provides a sea wall mural for the user to watch.

Preferred embodiments of the present invention and their effects are described below in conjunction with the drawings.

The invention discloses an integrated light-growth wall 1 , which can be used for planting various kinds of cultivated materials 2 , and preferably can be used for various ornamental plants and indoor static plants. Small leafy vegetables and fruits, herbs and herbs. And it is better to be placed in the indoor space, thereby beautifying the home environment, thereby improving the quality of life and high quality experience. The cultivar 2 is preferably a small flowering plant, but the species of the cultivar 2 is merely an example, and the invention is not limited thereto.

Please refer to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 , and FIG. 5 for an embodiment of the present invention for light-growth walls. FIG. 1 is a side view of the first embodiment, and FIG. 2 is a first view. 3 is a perspective view of a second embodiment, FIG. 4 is a side view of a third embodiment, and FIG. 5 is a perspective view of a fourth embodiment.

The integrated light-growth wall 1 includes a base 11, a main board 12, a light source module 13, and a water supply module 14.

The pedestal 11 is preferably in an upright shape, and the front rectangular array has a plurality of grooves 111 in which the plurality of cultivars 2 are placed, and a surface light region 112 for growing the respective cultivars 2 is formed in front of the plurality of grooves 111.

The main board 12 is disposed above the base 11 , and preferably the fixed eaves are protruded above the base 11 , not limited thereto.

The light source module 13 is mounted on the main board 12, and has an LED 131 for projecting a light source toward the surface light area 112 to the cultivation material 2, and includes a power supply module (not shown) for providing power, including There is a control device (not shown) for setting the light parameters of the LED 131, including a spectrum of different wavelengths of light, a light intensity, a light irradiation time, and the like.

The control device preferably adjusts the light intensity (Light Intensity), the light quality (light quality, the red/blue ratio or the red/far red ratio), the frequency of the light, or the frequency of the LED 131 according to the needs of the different cultures 2 One of the Duty Ratios or a combination thereof can provide continuous flicker-free or high-frequency flickering light as needed to enhance the growth rate of the cultivar 2, making the lighting more energy efficient and economical.

The water supply module 14 is mounted on the base 11 for supplying the water supply to the plurality of cultivation materials 2, preferably, is disposed below the base 11, and is connected with the main water pipe 141 and the secondary water pipe 142, and the main water pipe 141 is Extending to the topmost end of the pedestal 11, the main water pipe 141 is supplied with water to the top first layer of the cultivating material 2, and the cultivating material 2 is filled with water and then overflowed to the other side and to the other cultivar 2 by the center of gravity, and flows to the bottom layer. The excess feed water of the cultiture 2 is received by the secondary water pipe 142 and enters the water supply module 14. Preferably, the water supply module 14 can supply water once a hour, and once for 3 minutes, not limited thereto, and the number of times and time adjustment can be set according to actual needs.

The planting wall 1 of the invention is mainly used in an integrated structure, and the base 11, the main board 12, the light source module 13 and the water supply module 14 are combined into a planting wall 1 system, which is convenient for use at any place in the home, and is movable and integrated. After the light planting wall 1 system is in place, it can be planted by itself, such as: automatic projection of light source and water supply. The invention is relatively convenient to use without having to additionally install the projection lamp and the water supply device.

The integrated light-growth wall 1 has the main board 12 as a movable pull type (as shown in FIG. 1 ), and the slide rail 121 is mounted on the two sides of the main board 12 so that one end of the slide rail 121 is coupled to the base 11 , and The end is coupled to the main board 12. Preferably, the main board 12 can be pulled out during night use, and the light source module 13 can be used to project the light source onto the cultivation material 2. When not in use during the day, the main board 12 is folded, and the main board 12 is hidden. Above the pedestal 11, the entire integrated light-gathering wall has a flat appearance without any protrusions, and is provided for the user to watch as a sea wall mural.

According to the above, the growth of each of the cultivars 2 on the light planting wall 1 can be visually integrated to pull out the distance extended by the main board 12, so that the range of the light source module 13 to project the light source can be irradiated to the shorter growth of the lobes. In the cultivar 2, for example, the cultivar 2 near the light source portion grows more lushly and the lobes are longer, the main board 12 can be pulled out a long distance, and the range of the light source module 13 to project the light source is widened. The light source is projected onto the cultivated material 2 which is far away, so that the farther culture material 2 is irradiated to the light source to grow more lushly, the leaf is longer, and the length of the main board 12 is adjusted to be used.

The bottom of the main board 12 is further provided with an adjusting plate 122. The adjusting plate 122 has a portion of the inclined portion 122a (as shown in FIGS. 1 and 2), and the light source module 13 is mounted on the inclined portion 122a. Preferably, the angle of inclination of the inclined area 122a can be an acute angle, and the angle θ can be 60 degrees. It is not limited thereto, and the adjustment plate 122 having the angle of the different inclined area 122a can be replaced according to actual needs, such as: θ The adjustment plate 122 having an angle of 30 degrees or an θ angle of 75 degrees or the like is used, and the angle is not limited thereto. After the replacement of the different adjustment plates 122, the light source projected by the light source module 13 is adjusted to a suitable range for use with different θ angles.

Pulling out the main board 12 and illuminating the light source with the light source module 13 can flexibly adjust the angle of the light source projection and the best projection by the adjustment plate 122 of the different angle inclined area 122a and the length distance of the main board 12 Scope, in this way, the main board 12 can be pulled out a short distance, so that the entire integrated light-growth wall is relatively flat, so that the main board 12 does not pull out a long distance and the appearance of the convexity is affected. Sense, by replacing the adjustment plate 122 having the 75-degree inclined area 122a, the light source module 13 on the adjustment plate 122 can be inclined at an oblique angle, and the projection light source can be far wider than the cultivation material of the light source module 13 It can be illuminated to the light source, and it has the effect of easy dimming and flexible adjustment of the projection range.

The integrated light-gathering wall 1 further includes a plurality of sub-boards 12a on the base 11, so that the sub-boards 12a are mounted on the base 11 and cooperate with the main board 12 at the outer edge of the base 11 (eg, 5), and each of the sub-boards 12a includes an auxiliary light source module 13a. The auxiliary light source module 13a uniformly projects the light source toward the surface light area 112 to form the light source to the cultivation object 2 at a tilt angle. The cultivar 2 is illuminated by a uniform light source (as shown in Figure 5).

The main board 12 can be made of wood, not limited thereto, and can also be used by other materials that are not thermally conductive. Preferably, the adjusting plate 122 can be made of aluminum, not limited thereto, and the heat source of the light source module 13 can be absorbed by the adjusting plate 122 by using other materials such as iron. The heat source is effectively dissipated by using the area of the adjusting plate 122 to reduce the situation that affects the service life caused by the heat source accumulation of the light source module 13. When the main board 12 is made of wood, the heat source of the light source module 13 can be blocked, and the upper part of the main board 12 can carry objects (not shown), such as: a control device for setting light source parameters. In order to achieve retractable use, the top can also carry objects, as well as the effect of blocking the heat source.

The light source module 13 of the present invention projects a light source on the main board 12, and is mainly inclined to an angle projection light source, so that the light source is uniformly projected on the cultivation object 2, and the bright light is not projected to the user, and the eye is affected by the bright light stimulation. The integrated light source on the light-growth wall 1 can also be used as an auxiliary home night light to turn off the use of the night light and save energy.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

1. . . Planting wall

11. . . Pedestal

111. . . Groove

112. . . Surface area

12. . . Motherboard

12a. . . Sub board

121. . . Slide rail

122. . . Adjustment board

122a. . . Tilt zone

13. . . Light source module

13a. . . Auxiliary light source module

131. . . led

14. . . Water supply module

141. . . Main water pipe

142. . . Secondary water pipe

2. . . Cultivate

Figure 1 is a side elevational view of a first embodiment of the present invention.

Figure 2 is a side elevational view of the first embodiment of the present invention.

Figure 3 is a perspective view of a second embodiment of the present invention.

Figure 4 is a side elevational view of a third embodiment of the present invention.

Fig. 5 is a perspective view showing a fourth embodiment of the present invention.

1. . . Planting wall

11. . . Pedestal

112. . . Surface area

12. . . Motherboard

121. . . Slide rail

122. . . Adjustment board

122a. . . Tilt zone

13. . . Light source module

131. . . led

141. . . Main water pipe

142. . . Secondary water pipe

2. . . Cultivate

Claims (7)

An integrated light-gathering wall comprises: a base comprising a light zone and a plurality of grooves, the grooves being located on the surface light area for placing a plurality of cultivation materials; and a main board located on the base And protruding from the surface light area, a slide rail is disposed on two sides of the main board, the slide rails provide the main board to expand and contract on the base; a light source module is located on the main board, and a light source is projected toward the surface light area And irradiating the plurality of LEDs, comprising a plurality of LEDs and a control device for adjusting light parameters of the LEDs; and a water supply module located at the base for supplying water to the cultivated materials. An integrated light-growth wall comprises: a base comprising a light zone and a plurality of grooves, the grooves being located on the surface light zone for placing a plurality of cultivation materials; and a main plate, wherein one end is fixed to the a light source module is disposed on the main board, and a light source module is disposed on the main board, and a light source is projected toward the surface light area to illuminate the cultivation materials, and includes a plurality of LEDs and a control device, wherein the control device is used for Adjusting the light parameters of the LED; and a water supply module located at the base for supplying water to the cultivated materials. If one of the requirements 1 or 2 is given to the light planting wall, the light parameter is the spectrum, light intensity, light irradiation time, light intensity, light quality, and frequency of the LED. And one of the Duty Ratios or a combination thereof. If one of the claims 1 or 2 is given to the light planting wall, the water supply module is respectively connected to a main water And a primary water pipe that supplies water to the cultivating material, the secondary water pipe receiving excess water supply. For example, one of the claims 1 or 2 is provided to the light planting wall, wherein the base further comprises a plurality of sub-boards located at outer edges of the base, and the sub-boards each include an auxiliary light source module. For example, one of the requirements of the item 1 or 2 is given to the light planting wall, wherein the bottom of the main board is provided with an adjusting plate, and the adjusting plate has an inclined area for mounting the light source module. One of the claims 6 is for the light-growth wall, wherein the inclined area is inclined at an acute angle.