KR20120001046U - . Using solar and wind power at the same time versatile high-efficiency high-brightness light-emitting eye LED Guidance Light - Google Patents

Abstract

(A) Technical field: The present invention relates to the design of high efficiency high brightness LED light emitting small multi-use eye guidance lamp for simultaneously using solar power and wind power, which are environmentally friendly energy.
(B) Problems to be solved: LED light-emitting small-purpose multipurpose eye-guided light using only solar cell is a power generation based on solar cell only, and the duration of induction light emission is short enough to exceed one night, and the brightness is dark and also lasts in bad weather. Due to the lack of power generation, the capacitor is completely discharged, affecting the performance and life of the induction lamp itself.
(C) Means for Solving the Problems: The present invention is equipped with a stable and highly efficient wind power generation system (FIG. 1) with an efficient and efficient structure (FIG. 2) on a small multi-purpose eye-guided light using solar cells. As an integrated structure (FIG. 2), abundant electricity generated from solar power and wind power is stored in a rechargeable battery of a small high efficiency circuit assembly 12, and a stable and high efficiency circuit diagram controlled by the IC (FIG. 4). According to the brightness detection of the illumination sensor to identify the dark, up to five high-efficiency high-brightness LEDs (12-L) by flashing or color type to emit a high brightness to clear the surface of the transparent (or color) acrylic case (11, 15) We propose a small and versatile LED eye-guided light that emits light with high efficiency and high brightness that illuminates the surroundings.
(D) Effect: Adds high efficiency circuit technology that emits LED brightly even with similar size solar cell and stable and high efficiency wind power, and fulfills the original role of small and versatile eye guidance that illuminates continuously for a long time. To provide.
In addition, the present invention provides an effect of extending the life of the induction lamp because the induction lamp prevents the complete discharge of the capacitor by the generation of wind power in any bad weather.

Description

High-efficiency, high-brightness LED luminous versatile induction light using both solar power and wind power. {Using solar and wind power at the same time versatile, high-efficiency high-brightness light-emitting eye LED Guidance Light}

This design is abbreviated as high-efficiency high-brightness LED light emitting small multi-purpose gaze induction lamp (fog light, park street light, road guide light, central separation light, garden light, building landscape, etc.) ), More specifically, using solar power technology, combined with a wind power generator that can generate electricity on cloudy, rainy days or windy nights, which are the limits of solar power. It is a compact multi-purpose induction lamp that emits LEDs with high brightness by using electricity produced with high efficiency and eco-friendly energy, which makes it possible to accumulate electricity at any time.

In general, LED-emitting small multi-purpose eye-guided light using solar cells uses only small solar cells, and the brightness is dark and the climate is affected by power generation.However, in detail, solar power has a power generation proportional to the size of the solar cell. Induction lamps using LEDs have a short duration of LED emission, and in the case of bad weather, they do not generate power, and the rechargeable battery is completely discharged, affecting the life of the induction lamp itself. It is aimed at making development and celebration possible, and to give stable, bright light at night of any condition. A solar power generator and a simple and durable high-efficiency wind power generator are integrated into the unit, and the high-efficiency power storage technology that accumulates abundantly generated electricity, and the circuit technology that emits bright light for a long time even when using several high-brightness LEDs, Turning on and off is the background art.

The purpose of the present invention is to determine whether or not the presence of a multi-purpose small gaze induction lamp using the solar power and wind at the same time, but the LED light emitting small multi-purpose gaze induction using a general solar cell as an object of improvement.

LED light emission using solar cell The small multi-purpose eye-guided light uses only a small solar cell due to the size of the set and the selling price, so the brightness of the light is dark and the solar power is affected by the climate. In detail, the solar cell has a power generation proportional to the size of the cell, so in a small induction lamp using a small solar cell, the LED emission duration is short enough to exceed one night, and in bad weather, the solar cell does not generate solar power. Is completely discharged, affecting the life of the induction lamp itself. Therefore, it is possible to generate electricity by using wind power system in windy day or windy night, so that it is possible to generate abundant power generation and high efficiency, and to produce stable and bright light at night in any climatic conditions. Create a small induction light structure that allows energy and solar power and wind power generation at the same time, and stores abundantly generated electricity efficiently with high efficiency, and is brighter than induction light using similar size solar cells. The purpose of this invention is to realize an LED emitting light guidance lamp using economical eco-friendly energy using electric circuit technology that can continuously emit LEDs even in bad weather days.

The present invention efficiently and efficiently equipped with a stable and high-efficiency wind power generation system (FIG. 3) to a multi-purpose eye-guided light using a solar cell, such as the structure of the solar power generator and the wind generator (FIG. 2), economic And durable. Induction lamp that emits bright light continuously, divided into 4 parts,

First, the solar cell (10) for solar power generation and the wind power generation system (13) for stable and high efficiency wind power generation circuit for enabling high-efficiency storage of electricity generated (Fig. 4) and high-performance charging For light emission made of transparent (or color) acrylic for assembling a small high efficiency circuit assembly 12 of a printed circuit board 12-P in which a battery 12-B and a high efficiency high brightness LED 12-L are soldered in multiple Top case (11) part and

Secondly, a transparent (or colored) acrylic that assembles a gearbox case (13-L, R) that protects a motor (13-M) for wind power generation and an accelerator gear set (13-G) that can accelerate it. Part of the lower case (15) made for light emission

Third-part rotating rotor 17, which is rotated by wind, which is connected to a gearbox set 13 having a motor for wind power generation to return an accelerator gear set.

Fourth-can be divided into stand 18, which can support the whole,

As it is assembled in one piece, it is economical and durable, so it can be easily installed and continuously emits LEDs with high brightness by using high-efficiency produced electricity of the structure using solar power and wind power (Figure 2), which is an eco-friendly energy. The state proposes a multipurpose gaze induction.

The present invention is a small LED emitting multi-purpose eye-guided light, the size of the solar cell is small, the power generation capacity is proportionally small, the brightness is too dark, do not play the role of the original, bright LED even using a similar size cell In addition to high-efficiency circuit technology that emits light and stable, high-efficiency wind power generation, it provides the effect of brightening induction lamps continuously for a long time under any climatic conditions.

In addition, the present invention provides an effect of prolonging the life of the induction lamp because the induction lamp prevents the complete discharge of the rechargeable battery by the power generation by the wind technology and the circuit technology that can keep the LED bright for a long time in any bad weather.

In addition, the structure induction lamp of the present invention can share the role of assembly as a preparatory work, which greatly improves workability and productivity, enables mass production at a low price, and can lower production costs and lower sales costs. have.

In addition, the external structure is simple and the durability is easy to install, and the direction of the solar cell can be adjusted to the south during installation, which also increases the efficiency of the solar cell.

1 is an exploded view showing a separate LED light emitting multi-purpose eye-guided light according to an embodiment of the present invention.
Figure 2 is a perspective view that can grasp the overall structure according to the present invention at a time
Figure 3 is an exploded assembly view showing only a part of the wind power generation system according to the present invention.
4 is a circuit diagram showing a circuit configuration controlled by the IC according to the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, and embodiments of the present invention are provided to facilitate understanding of the present invention. In addition, in describing the present invention, when it is determined that the detailed description of the related known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

According to the present invention, the solar cell 10 with a built-in illuminance sensor for detecting brightness is switched to charge the electricity generated in the light emitting top case 11 made of transparent (or color) acrylic on which the cell 10 is seated. Screws (12-) on a printed circuit board (12-P) that has a circuit (Fig. 4) with a rechargeable battery (12-B) and high-brightness LEDs (12-L). S), designed to be equipped with a stable and highly efficient wind power generation system (13), a wind generator motor (13-M), an accelerator gear set (13-G), reflector to distribute the LED light in all directions The left side (13-L) and the right side (13-R) of the gearbox case, which serve to each other, are fastened with screws (13-H), and then the screws (13) are attached to the lower case (15) made of transparent (or colored) acrylic. -V) and then insert the rubber ring (14) for complete waterproofing between the top case (11) and the bottom case (15) and fasten with screws (15-S) The bearing 16-1 is inserted between the rotary blade 17 which returns the gear set 13-G which accelerates (13-M) to maximize the perfect waterproof and rotational efficiency. 17) Insert the bearing (16-2) into the connection part with the stand (18) supporting the stand (18) to maximize the rotational efficiency. Energy-efficient high-brightness LED multi-purpose eye guidance using wind power is realized.

If necessary, the finished product may be fixed to the floor using the flange bolts 19-1 and 2 with the guide lamp positioned at the appropriate position so that the solar cell faces south.

The above is described in more detail as follows.

First, the eye-guided light of the present invention is an eye-guided light of a structure made of an integrated body that can simultaneously use both solar power and wind power, which are environmentally friendly energy (FIG. 2), and attaches a solar cell 10 having a brightness sensing illuminance sensor to a plane. It is attached to the bevel surface 11-A of a predetermined slope of the top case 11 without making use of the solar power as much as possible, but less dust and dirt accumulated, there is an advantage that the foreign matter is naturally removed when it rains. Insert the wires and connectors from the solar cell 10 with the brightness sensing illuminance sensor into the evacuation space and hole of the top case 11, set them through the connector, and apply transparent epoxy resin on the solar cell to the top case. (11) tightly fixed.

At this time, the use of epoxy resin has a high light transmittance and also protects the surface of the solar cell 10 made of glass without significantly impairing the power generation efficiency and plays a role of completely waterproofing the top case 11. In addition, since the solar cell is embedded in the case, the power generation efficiency is lowered.

The solar cell 10 connector passed through the top case 11 is inserted into the PCB assembly 12 and the PCB assembly 12 is fastened to the top case 11 with screws 12-S.

The PCB assembly has two high-efficiency rechargeable batteries (12-B) 3A 1.5V, and up to five LEDs (12-L) can be mounted, and as shown in the circuit diagram of FIG. It is stable and there is not much, and it is stable and high efficiency circuit which emits LED in flashing type, color type and so on.

In the case of the wind power generation system 13 in the case 15, the power generation motor 13-L is located between the gearbox case L 13-L and the egg 13-R facing the LED 12-L. Insert M) and the accelerator gear set (13-G) and fasten with the screw (13-H), and then tighten the inside of the lower case (15) using the screw (13-V). At this time, the main shaft of the generator (13-G) is connected to the accelerator gear set (13-G) by using pinion gear, and the accelerator gear set is connected to the combination of four compound gears of the same size by two shafts (13-S). The acceleration rate is increased efficiently to allow power transmission and acceleration. The gear material is made of high-strength engineering plastic, acetal resin, to prepare for the friction coefficient and durability of the gear. In addition, the gearbox case (13-L, R) adopts a structure in which the upper surface facing the LEDs has a square pyramid shape (13-A) to reflect and disperse the linear light that is a characteristic of the LEDs in all directions.

On the bottom of the case (15), a three-stage switch that switches the power of the LED on and off and a flashing type is fixed. The reason for using the switch is to prevent the rechargeable battery from being completely discharged during the distribution process after induction lamps are produced and packaged, and it can be selected as a flashing or color color conversion type.

Insert the rubber ring (14) into the groove in the upper part (15-A) of the lower case subassembly of the lower case subassembly, and then connect the connector of the wind turbine motor (13-C) and the connector of the three-stage switch to the PCB assembly (12). After inserting into the top case sub-assembly and then assembled with screws (15-S) the body is completed.

On the bottom of the bottom case of the completed body, there is a groove in the hole where the pinion part of the compound gear is visible. After inserting the bearing (16-1), insert the shaft of the rotary blade (17) that fits perfectly with the pinion gear. These bearings provide a stable and smooth operation of the rotor blades and the accelerator gear set, and serve as a perfect waterproof body.

The structure of the rotary blade 17 using the wind has four wings for easy mold making and injection (multiple wings can be used), and an arched diagonal structure with the bottom backward to easily use the wind blowing from the lower side ( It is designed as 17-A), and the wing area is also wider than the linear wing structure, which improves wind efficiency.

Subsequently, insert a homogeneous bearing (16-2) at the end of the shaft opposite to the rotor blade, engage with the stand (18), and then fasten it to the main body with screws (18-S). It is a finished product of multi-purpose LED eye induction lamp which emits light with high brightness.

The three bosses (15-B) of the lower case (15) and the three bosses (18-B) of the stand (18) support the main body, but are protected to facilitate the rotational movement of the rotary blade (17). It also plays a role.

When installing the finished product, install using two flange bolts (19-1) with the solar cell direction as far south as possible, and additionally use bolt holes (18-A) on the upper side of the stand (18) to fix it more firmly. It is designed to use bolts.

The present invention is a high-efficiency, compact and versatile wireless LED eye-guided light that emits high brightness using both solar power and wind power to enable efficient and stable light emission even in bad weather without light, and includes fog lights, park street lights, events and road guide lights, as needed. It can be used as a garden by using a separate cradle such as coastal roads and building landscapes.It can also be used as a lantern to replace old building lanterns or lanterns, and can be easily installed on the central separator of dangerous roads with a central separator. If it is installed, it can identify lights in advance at night and prevent and prevent many traffic accidents.In addition, it can be installed anywhere on highways, national roads, local roads, etc., where people have frequent traffic accidents. Its role in protecting the environment is also enormous, and it is convenient for all areas where light is needed. By a stable and high efficiency of power storage Using green energy will supply the light to emit light with high luminance.

Claims (3)

Energy using both solar power and wind power It is an LED light-emitting multi-purpose induction lamp that emits highly efficient electricity stored at high brightness. Reliable and efficient wind power generation system for small wind power generation. It is a circuit that saves electricity generated by solar power and wind with high efficiency and a circuit that emits light with high brightness for a long time by continuously and stably controlling the stored electricity.

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