JP2008301796A - Solar, flower-illuminating device for planting pot - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems wherein, in order to improve a stage effect of plant admiration at night, although there is a lighting from outside such as a garden light, etc., the lighting by a lighting utensil is uniform and lacks color, also although there is a method for lighting by an electric decoration such as a Christmas illumination, etc., they are good for plants or hedges, but are not suitable for the plants planted in the planting pots since long cords are obstructive, also running costs such as installation costs, electricity fees, the exchange of electric bulbs, etc., are necessary and there are problems in safety, and a solar power generation system is also devised for solving such problems, but a system for lighting many light-emitting materials for a long period of time and coloring conventionally available flowers in the pots is not devised yet, etc. <P>SOLUTION: The present flower illuminating system comprises a combination of a solar power generation panel 4 and a battery-controlling box 6 having a capacity for lighting many LED lumps 9 for a long time, and a clip 12 as one unit with them so as to simply be attached with the planting pot. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a solar flower illumination device for flowerpots.

  The conventional illumination light decoration at Christmas time has a problem of an electric accident, anxiety, and short life due to the use of a miniature light bulb.

  Illumination lights using LED lamps have been developed to solve these problems, but because of the use of household power supplies and transformers, there remains the problem of electricity costs and the fear of electrical accidents.

  In addition, these illumination lights require a power cord wiring, so the place where they can be installed is limited, and cords with a large number of LED lamps connected in series can be used for planting trees and fences, Not suitable for decorating flowers in flowerpots alone.

  Therefore, flower pots and vases with lighting by solar power generation and lighting equipment for pot plants have been devised, but none of them are illumination illumination decorations.

In addition, related technologies include the following properties.
JP-A-5-283747 JP-A-11-318218 JP2005-101013

  Although Patent Document 1 includes means for lighting a large number of light emitting diodes with a simple electric circuit, it is a commercial power supply and does not disclose the use of solar power generation.

  Patent Document 2 has a means to illuminate a flowerpot at night by attaching a solar cell panel and an illuminating part to the flowerpot itself, but it cannot be attached to an existing flowerpot. Absent.

  Patent Document 3 includes a means for illuminating a plant by embedding a light-transmitting material tube containing a light emitter and a power source in the soil of a flowerpot. Although a form of power generation is also disclosed, a specific attachment method and the like are not disclosed.

  In order to brightly decorate the flowers planted in the flower pot described above with illumination using an LED lamp, it is safe, economical and optimal to use solar power generation.

  However, since the solar panel is attached to the side surface and the upper part of the flower pot in Patent Document 2, the irradiation angle of sunlight is bad, and it is not possible to generate sufficient power due to the growth of plants or the shadow of other pots. Even if both are combined, the power generation output is weak, and even a single light emitter cannot be expected to light for a long time. In patent document 3, the installation position and attachment method of a solar panel are not disclosed.

  Further, neither Patent Document 2 nor Patent Document 3 discloses an installation location or a mounting method of the power storage control device. A method of attaching a power storage control device having a power generation capacity sufficient to turn on many LED lamps is a major problem when installed in an existing flower pot together with a solar panel.

  In the present invention, in order to solve the above problem, the solar panel can be set at an angle with the highest power generation efficiency so as not to be shaded, many LED lamps are lit for a long time, and the flower pot flower is colored with light illumination. It is what.

  Another object of the present invention is to allow these devices to be easily attached to and detached from existing flower pots.

  In order to solve the above problems, according to claim 1, by using an LED lamp with low power consumption, a large number of light emitters can be lit for a long time even in solar power generation, and potted flowers can be colored with light. It is a featured solar flower illumination device for flowerpots.

  According to claim 2, the power generation capacity for turning on many LED lamps can be obtained by attaching a jig that can freely change the angle and direction so that the solar cell panel can be set at a maximum power generation solar irradiation angle of 30 degrees. A solar flower illumination device for a flowerpot, comprising:

  Further, according to claim 2, a solar battery panel is attached on the plate, a power storage control device is attached on the bottom, and a clip with a jig whose angle and direction can be freely changed is attached to the tip. It is a solar flower illumination device for flower pots, characterized in that it can be easily sandwiched and held between the baskets of flower pots having such a shape and can be easily removed.

  Since the present invention is constituted as described above, the following effects can be expected.

1 You can enjoy beautifully blooming flower pots not only in the daytime but also at night.

2 Unlike garden lights and garden lights, many LEDs emit light like diamonds scattered between flowers and leaves, making potted flowers shine even more beautifully.

3 Because it is solar power generation energy, it is safe and does not require electricity bills, does not require frequent battery replacement, and LED lamps do not worry about running out of light.

4 The light sensor switch automatically turns on every night and automatically turns off in the morning, so you don't have to worry about forgetting to turn on or forget to turn it off, and it can also be used for crime prevention when you are away.

5 A flowerpot of any shape can be clipped and attached, and it can be removed and charged in the sun, then attached to an indoor pot and enjoyed with a bright color.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  As shown in FIG. 1 and FIG. 2, the solar power generation panel 4 is directed toward the south by the horizontal rotation shaft 2 on the base plate 1 and the vertical rotation shaft 3 thereon, regardless of the place where the flowerpot is placed. The irradiation angle can be set to 30 degrees.

  By attaching a storage control box 6 to the lower side with a detachable fastener 5 on both sides of the plate 1, even if a load is applied to one side due to the height of the solar power generation panel 4 and the weight of the storage control box 6, The weight of the battery is balanced to prevent the flowerpot from being rolled, and the storage battery 7 can be easily replaced.

  The power storage control box 6 has a built-in optical sensor switch 8 that automatically turns on at night and turns off automatically at dawn. Further, about 20 LED lamps 9 are wired in series with a cord 10 with a waterproof cover and connected to the waterproof connector 11 to prevent electrical troubles due to moisture.

  Further, since the LED lamp 9 is connected to the wiring cord 10, light can be freely laid out according to the shape of the flower 14 in the flower pot.

  The entire device can be easily attached to and removed from the flower pot 13 from the clip 12 that is firmly fixed by sandwiching any shape at the tip of the plate 1.

Effects of the embodiment

  According to this embodiment, the flower 14 in the flowerpot can be colored for a long time with the light from the large number of LED lamps 9, and the flowers and plants in places where the sun does not strike can be colored with light.

Other embodiments

  It can be used in a state where the machine is not attached to a flowerpot, but is removed during the daytime to generate electricity in the sun and attached to an indoor houseplant.

  It is a front view which shows one Embodiment of this invention.

  It is a perspective view showing the whole of this invention.

  It is the block diagram used for the Example of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Plate 2 Horizontal rotation axis 3 Vertical rotation axis 4 Solar power generation panel 5 Fastening 6 Storage control box 7 Storage battery 8 Optical sensor switch 9 LED lamp 10 Wiring cord 11 Waterproof connector 12 Clip 13 Flower pot 14 Flower pot flower 15 Diode 16 Relay contact 17 Control circuit 18 lighting device

Claims (2)

A solar flower illumination device for flower pots, characterized in that a large number of LED lamps are turned on by solar power generation, and potted flowers are colored with light. The solar flower for flowerpots according to claim 1, wherein the solar cell panel and the electric storage control box, which can freely change the direction and angle, are integrally formed, and are easily attached to and detached from the flowerpot by clips. Illumination device.