JP3203766U - Plant growth light with scene change function - Google Patents

Abstract

A plant growth lamp having a scene change function for simulating a climate is provided. A plant growth lamp having a scene change function includes a storage space 12, a water storage space 13 and a speaker 17 in a tray body 1 and a fixed space 22 in a lamp shade 2. A circuit board 31 is installed in the light irradiation unit 3, and a plurality of first light emitting members 32 and second light emitting members 33 are installed on the top and bottom of the circuit board, respectively. The circuit board is controlled so that the first light emitting member and the second light emitting member emit light beams having different wavelengths. The water supply unit 4 has a water pipe 41 and is controlled by the light irradiation unit. The water pipe 41 is provided with a water discharge end 42 toward the accommodation installation space 12. The power supply unit 6 supplies power to the speaker 17, the light irradiation unit 3, the water supply unit 4, and the sensor 5. The sensor 5 receives the detection, triggers the speaker, the light irradiation unit, and the water supply unit, and causes a scene change that simulates the climate. [Selection] Figure 2

Description

  The present invention relates to a plant growth lamp having a scene change function.

Currently, cultivation of plants has moved from the outdoors to indoors.
For this reason, plant lights that mimic the function of outdoor sunlight have been developed, and irradiation that promotes the growth of plants has been carried out.

As the plant lamp structure, there is Patent Document 1 “Plant growth lamp with adjustable light quality” published in Taiwan on August 21, 2014.
It installs on the body at least one plant light source close to blue and at least one plant light source close to red.
A plant light close to each blue produces a continuous light white light plant light wave close to blue that is suitable for plant growth after energization, and a plant light source close to each red is close to red suitable for growth of a compatible plant after energization This produces a continuous spectrum white light plant light wave.
Thereby, according to the growth stage of a plant, the plant growth lamp of the light quality required for each stage can be emitted.

Patent Document 1 uses different wavelength conversion, emits different light rays, and performs irradiation suitable for different growth stages and plants of different varieties.
However, it has only the use function of different light wavelength conversion.
At present, the needs for plant cultivation are gradually becoming higher, and there is a demand for things that individuals can cultivate in a narrow space.
In particular, when it is used for ornamental purposes at home or in the office, there is a demand for the best structure that can simplify the cultivation management of the user, does not need to pay attention to cultivation, and can be managed independently.

Patent Document 2 “Landscape Lamp” published in Taiwan on September 11, 2014 has a top cover, a base, a light transmission cover, and a planting table.
The light transmission cover has a hollow cylindrical structure, and both end surfaces thereof are installed on the upper lid and the base, and the upper lid, the light transmission cover, and the base form an accommodation installation space.
The planting stand is installed on the base and is located in the accommodation installation space.
The light emitting module is installed in the accommodation installation space and illuminates the accommodation installation space.
Thereby, the planting stand installed in the accommodation installation space is irradiated with the light emitting module and has a lighting visual effect.
Patent Document 2 further includes a water supply device, which is fixedly installed on the upper lid, and the water supply device includes a water collection container and a watering member.
The water collection container is installed outside the upper lid, and the watering member is installed in the upper lid, and is fixed to the water collection container.

The above-mentioned patent document can automatically provide a self-management function such as light irradiation and watering to a plant, and can be placed in a home or office for viewing.
However, because it lacks the choice of poor scene change diversity, it has a monotonous dislike and is not interesting, and therefore not ideal.

Taiwan Patent No. M484300 Specification Taiwan Patent No. M486002 specification

  An object of the present invention is to provide a plant growth lamp having a scene change function, which is a plant lamp structure that generates a scene change for simulating a climate and thereby enhances the fun.

A plant growth lamp having a scene change function according to the present invention includes a tray body, a lamp shade, a light irradiation unit, a water supply unit, and a sensor.
A partition plate is installed in the tray body, and a storage installation space and a water storage space are partitioned. A plurality of drain holes are installed on the partition plate, and the storage installation space and the water storage space are mutually connected. A speaker is installed at the bottom of the tray body.
The lamp shade is installed at an upper position of the tray body, and a post is installed on the lamp shade, the post is fixed to the tray body, the lamp shade can transmit light, and the lamp shade To install a fixed space.
The light irradiation unit is installed in the fixed space, a circuit board is installed in the light irradiation unit, a plurality of first light emitting members are installed on the top of the circuit board, and the bottom of the circuit board The plurality of second light emitting members are installed, and the circuit board controls the first light emitting member to emit light of different colors and controls the second light emitting member to emit light of different wavelengths.
The water supply unit is installed in the water storage space, the water supply unit is installed by connecting water pipes, the water pipe is provided with at least one water discharge end, and the water discharge end is in the accommodation installation space. It is located above.
The sensor is installed in the lampshade, and the sensor is connected to the speaker, the light irradiation unit, and the water supply unit, respectively, and when the sensor receives the detection, the sensor emits a lightning sound. Then, the light irradiation unit is triggered to cause the above-described change in the light beam, and the water supply unit is activated to start water absorption.
The power supply unit is installed in the fixed space, and the power supply unit is electrically connected to the light irradiation unit, the water supply unit, the speaker, and the sensor, respectively.

In the present invention, the tray body is provided with a water injection hole at a position above the water storage space, and a sealing cap is installed in the water injection hole.
The lamp shade is installed in the shape of a cloud.

  In the present invention, the first light emitting member is an LED, and the second light emitting member is an LED.

  In the present invention, the water supply unit is a pump.

  In the present invention, the water discharge end has a first water discharge end and a second water discharge end, and the first water discharge end is located above the accommodation installation space of the tray body.

  In the present invention, an annular water collection is installed at the bottom of the lamp shade, a plurality of water leakage holes are installed at the lowest position of the water collection, and the circuit board is fixed at the central position of the water collection. A plurality of water outlets are provided at the second water outlet, and the water outlets are located above the water collection tap.

  In the present invention, the water outlet hole and the circuit board are installed in a shifted manner.

  In the present invention, the sensing method of the sensor is infrared sensing, ultrasonic sensing, photoelectric sensing, RFID sensing, electromagnetic wave sensing or radar sensing.

  In the present invention, the power supply unit is connected to a power source by a dry battery, a rechargeable battery, a lithium battery, a solar battery, or a plug.

The present invention has the following advantages.
1. The present invention uses the light color change of the first light emitting member to produce a change that simulates the climate.
2. The present invention uses a light change of different wavelengths of the second light emitting member to irradiate the plant, thereby helping the plant to grow quickly.
3. The present invention controls the regular water absorption and watering of the water supply unit, allowing the plant to absorb moisture and thereby help its growth.
4. The present invention further enables the first light-emitting member, the second light-emitting member and the water supply unit to be operated at the same time, corresponding the acoustic effect of the lightning of the speaker, simulating climate scene changes, thereby diversifying during plant cultivation And can enhance the fun.

It is a three-dimensional external view of the present invention. It is combination sectional drawing of this invention. It is a schematic diagram of a mode that the inventive water outlet and the circuit board are shifted and installed. It is a use schematic diagram of the present invention. In this invention, when a person approaches, it is a schematic diagram which shows a mode that a scene change produces. It is a schematic diagram of the continuous circulation watering by this invention.

  First, as shown in FIGS. 1 and 2, the embodiment of the present invention includes a tray body 1, a lamp shade 2, a light irradiation unit 3, a water supply unit 4, a sensor 5, and a power supply unit 6.

The tray body 1 is provided with a partition plate 11, thereby partitioning the accommodation installation space 12 and the water storage space 13.
A plurality of drain holes 14 are installed on the partition plate 11, whereby the accommodation installation space 12 and the water storage space 13 penetrate each other.
A water injection hole 15 is installed at an upper position near the water storage space 13 of the tray body 1, thereby injecting water into the water storage space 13, and a sealing cap 16 is installed in the water injection hole 15. Blockade.
A speaker 17 is installed at the bottom of the tray body 1.

A hollow support column 21 is installed in the lamp shade 2, and is fixed to the upper position of the tray body 1.
The lamp shade 2 has a cloud shape and is manufactured from a light transmissive material.
A fixed space 22 is installed inside the lamp shade 2.
An annular water collecting 23 is installed at the bottom of the lamp shade 2, and a plurality of water leakage holes 24 are installed at the lowest position of the water collecting 23.

The light irradiation unit 3 is installed in the lamp shade 2.
The light irradiation unit 3 is provided with a circuit board 31 having a control function.
The circuit board 31 is fixed to the central position of the water collection 23 of the lamp shade 2.
A plurality of first light emitting members 32 are installed on the top of the circuit board 31, and a plurality of second light emitting members 33 are installed on the bottom of the circuit board 31.
Each first light-emitting member 32 and each second light-emitting member 33 are LEDs.
The circuit board 31 has different circuits and controls the first light emitting members 32 so as to emit light of different colors, and controls the second light emitting members 33 so as to emit light of different wavelengths. And can emit the light required by plants at different stages of growth.

The water supply unit 4 is installed in the water storage space 13 of the tray body 1, and the water supply unit 4 is a pump.
The water supply unit 4 receives inspired control and absorbs water in the water storage space 13.
The water supply unit 4 is installed so as to be connected to the water pipe 41, and a first water discharge end 42 and a second water discharge end 43 are installed in the water pipe 41.
The first water discharge end 42 is located above the accommodation installation space 12 of the tray body 1.
The water pipe 41 extends and passes through the hollow column 21, and the second water discharge end 43 is located in the fixed space 22 of the lamp shade 2.
A plurality of water outlet holes 44 are provided at the second water outlet end 43.
Each water outlet hole 44 is located above the water collection channel 23 and is installed to be shifted from the circuit board 31 of the light irradiation unit 3 (see FIG. 3).

The sensor 5 is installed at an appropriate position on the lamp shade 2.
The position is best in the direction in which a person approaches the lamp shade 2 and is sensed.
In the sensor 5, signals are connected to the light irradiation unit 3, the water supply unit 4 and the speaker 17, respectively.
Thereby, after receiving the detection, the sensor 5 triggers the light irradiation unit 3 to cause a scene change, and the water supply unit 4 to trigger the water absorption, and the speaker 17 to trigger a lightning sound scene change.
The sensing method of the sensor 5 is infrared sensing, ultrasonic sensing, photoelectric sensing, RFID sensing, electromagnetic wave sensing, or radar sensing.

The power supply unit 6 is installed in the fixed space 22 of the lamp shade 2.
The power supply unit 6 is electrically connected to the speaker 17, the light irradiation unit 3, the water supply unit 4, and the sensor 5, and supplies electric power necessary for the operation.
The power supply unit 6 is a dry battery, a rechargeable battery, a lithium battery, or a solar battery, can provide different power needs, and can be connected to an indoor AC power source with a plug to provide sufficient power.

At the time of use, as shown in FIG. 4, first, the sealing cap 16 of the water injection hole 15 of the tray body 1 is removed, and an appropriate amount of water A is injected into the water storage space 13 from the water injection hole 15 and stored.
Next, the sealing cap 16 is closed to prevent the water A from evaporating.
A flower pot B is placed in the accommodation installation space 12.
The flower pot B can be changed during drought according to preference.
In the flowerpot B, the plant C is cultivated.
If the tray body 1 is placed at an appropriate position in the room, it can be used for landscape interior and viewing.

The circuit board 31 of the light irradiation unit 3 can be controlled so that the first light emitting member 32 at the top emits a light beam of an appropriate color, and different color changes can be generated at regular times.
Further, according to the variety or growth stage of different plants C, the second light emitting member 33 at the bottom thereof is controlled to emit light of different wavelengths, thereby emitting light suitable for the growth of plants C, and suitable every day. The irradiation time can be adjusted, which can help the plant C to grow quickly.

As shown in FIGS. 5 and 6, when a person approaches the tray body 1, the sensor 5 on the lamp shade 2 senses the approach of the person, transmits a signal to the circuit board 31 of the light irradiation unit 3, and is triggered. To change the scene.
The scene change of this embodiment is mainly a simulation of climate change.
The circuit board 31 controls the first light emitting member 32 to emit different color light rays.
For example, the color of the black cloud change is simulated, the white light emitted from the first light emitting member 32 changes to a gray light, and the cloud-shaped lamp shade 2 that can transmit light forms a color change that changes from a white cloud to a black cloud. .

At the same time, the circuit board 31 of the light irradiation unit 3 can be further controlled to emit an intermittent blinking white light to an appropriate number of first light emitting members 32, thereby simulating a scene change in which lightning shines.
Moreover, the sensor 5 triggers the speaker 17 to emit a scene change of lightning sound, and corresponds to the first light emitting member 32 synchronously to generate a scene change in which lightning shines.

At the same time, the circuit board 31 controls the second light emitting member 33 so as to emit a light beam that helps the plant C to grow. The effect of the scene change can be enhanced.
For example, it is possible to darken the light beam, thereby simulating changes in the light of the surrounding environment during cloudy or rainy weather.

Subsequently, the sensor 5 is triggered by the water supply unit 4 at the same time, and controls the water supply unit 4 to absorb the water A in the water storage space 13.
Thereby, the absorbed water A is sent by the water pipe 41 and flows out from the first water discharge end 42.
Further, water A is ejected from each water outlet hole 44 of the second water outlet end 43 through the water pipe 41, and further through the plurality of water leak holes 24 of the water collection channel 23, the water A is on the plant C in the flower pot B in the tray body 1 accommodating installation space 12. In this way, it is possible to simulate changes in the rain scene.
The water A sown in the flower pot B is absorbed by the roots of the plant C, thereby helping its growth.

Excess water A in the flower pot B flows out, passes through the accommodation installation space 12, passes through the drain hole 14 on the partition plate 11, returns to the water storage space 13, and is collected again and stored.
Thus, the water supply unit 4 circulates continuously and absorbs water for use.

When the entire simulated scene change reaches an appropriate time, the circuit board 31 of the light irradiation unit 3 controls to stop the change of the lamp color of the first light emitting member 32, returns to the original white light irradiation, and The speaker 17 is controlled to stop the sound of thunder.
At the same time, the water supply unit 4 also stops the operation of water absorption and watering, and the display of the entire scene change is finished.
Next, when a person approaches the sensor 5 and is sensed, the above-mentioned scene change is repeated again, thereby providing diversified scene changes and enhancing the fun of plant C cultivation.

  The above-described scene change of the present embodiment includes a change in light color of each first light emitting member 32 and each second light emitting member 33, and a sound effect of lightning emitted from the speaker 17, and a scene of a combination of water absorption and watering by the water supply unit 4. Includes changes.

In the present embodiment, the first light emitting member 32 generates a single light color change, thereby simulating climate change.
Alternatively, the second light emitting member 33 can generate a single light color change, thereby helping to quickly grow the plant C.
Alternatively, only the speaker 17 can emit a lightning sound effect.
Alternatively, the water supply unit 4 can be controlled independently so as to automatically absorb and water at a fixed time, thereby helping to maintain the growth of the plant C.
The above is one of the embodiments of the present invention.

  The above-described embodiments of the present invention do not limit the present invention. Therefore, the scope protected by the present invention is based on the scope of claims for utility model registration to be described later.

DESCRIPTION OF SYMBOLS 1 Tray body 11 Separator 12 Housing installation space 13 Water storage space 14 Drainage hole 15 Water injection hole 16 Sealing cap 17 Speaker 2 Lamp shade 21 Post 22 Fixed space 23 Water collection 24 Water leakage hole 3 Light irradiation unit 31 Circuit board 32 First light emitting member 33 Second light emitting member 4 Water supply unit 41 Water pipe 42 First water discharge end 43 Second water discharge end 44 Water discharge hole 5 Sensor 6 Power supply unit A Water B Flower pot C Plant

Claims (10)

A plant growth lamp with a scene change function, having a tray body, a lamp shade, a light irradiation unit, a water supply unit, a sensor,
A partition plate is installed in the tray body, and a storage installation space and a water storage space are partitioned. A plurality of drain holes are installed on the partition plate, and the storage installation space and the water storage space are mutually connected. Penetrating and installing a speaker at the bottom of the tray body,
The lamp shade is installed at an upper position of the tray body, and a support column is installed on the lamp shade, the support column is fixed to the tray body, the lamp shade can transmit light, and the lamp shade Has a fixed space,
The light irradiation unit is installed in the fixed space, a circuit board is installed in the light irradiation unit, a plurality of first light emitting members are installed on the top of the circuit board, and a bottom of the circuit board A plurality of second light emitting members, and the circuit board controls the first light emitting member to emit light of different colors, and controls the second light emitting member to emit light of different wavelengths,
The water supply unit is installed in the water storage space, the water supply unit is installed by connecting water pipes, the water pipe is provided with at least one water discharge end, and the water discharge end is the accommodation installation space. Located above
The sensor is installed in the lamp shade, and the sensor is connected to the speaker, the light irradiation unit, and the water supply unit, respectively, and when the sensor receives the detection, the sensor emits a lightning sound. Then, the light irradiation unit is triggered to cause the above-mentioned change of light, and the water supply unit is activated to start water absorption,
The power supply unit is installed in the fixed space, and the power supply unit is electrically connected to the light irradiation unit, the water supply unit, the speaker, and the sensor, and has a scene change function. Plant growth light.   2. The plant growth lamp according to claim 1, wherein the tray body is provided with a water injection hole at a position above the water storage space, and a sealing cap is installed in the water injection hole.   The plant growth lamp having a scene change function according to claim 1, wherein the lamp shade is installed in a cloud shape.   2. The plant growth lamp according to claim 1, wherein the first light emitting member is an LED, and the second light emitting member is an LED.   The plant growth lamp having a scene change function according to claim 1, wherein the water supply unit is a pump.   2. The scene change function according to claim 1, wherein the water discharge end has a first water discharge end and a second water discharge end, and the first water discharge end is located above the accommodation installation space of the tray body. A plant growth lamp. An annular water collection is installed at the bottom of the lamp shade, a plurality of water leakage holes are installed at the lowest position of the water collection, and the circuit board is fixed at a central position of the water collection,
The plant growth lamp having a scene change function according to claim 6, wherein a plurality of water discharge holes are provided at the second water discharge end, and the water discharge holes are located above the water collection tap.   The plant growth lamp having a scene change function according to claim 7, wherein the water outlet and the circuit board are installed in a shifted manner.   The plant growth lamp having a scene change function according to claim 1, wherein a sensing method of the sensor is infrared sensing, ultrasonic sensing, photoelectric sensing, RFID sensing, electromagnetic wave sensing, or radar sensing.   The plant growth lamp according to claim 1, wherein the power supply unit is connected to a power source by a dry battery, a rechargeable battery, a lithium battery, a solar battery, or a plug.

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