CN103903527A - Solar-energy storage based inductive guiding signboard - Google Patents

Abstract

The invention discloses an inductive identification guide plate utilizing solar energy storage, which is characterized in that it includes an identification plate induction column with an induction device inside, a solar battery panel is arranged on the top of the identification plate induction column; the upper part of the identification plate induction column At least one acrylic signboard is arranged on the side, and LED lights are arranged around the acrylic signboard, the sensing device and the LED lights are connected with the solar battery panel, and the sensing device is connected with the LED lights. The invention uses solar panels for energy storage, provides electric energy for the LED in the signboard, and solves the night vision problem of ordinary signboards; uses the induction device to effectively save electric energy, and achieves real energy saving and environmental protection. Pedestrians can walk within ten meters of the signboard The internal touch sensor device automatically lights up the LED light, so that the light guide plate emits light evenly, and the indications on the light guide plate can be clearly identified.

Description

Inductive identification and guide board using solar energy storage

technical field

The invention relates to a vertical identification guide board, in particular to an inductive identification guide board utilizing solar energy storage.

Background technique

At present, ordinary sign guide boards play the role of guiding passers-by and pointing out directions. General signs and guide signs have low recognition at night, have high requirements for surrounding ambient lighting, and are difficult to attract the attention of passers-by.

The signs and guide plates made of new materials such as neon tubes and optical fibers can emit light when powered on, meeting the needs of night identification. However, in terms of energy saving and environmental protection, this new material signboard remains powered on for a long time and requires human control, which wastes electricity and costs a certain amount of manpower.

Contents of the invention

The technical problems to be solved by the invention are: firstly, to solve the problem of poor identification of signboards at night; secondly, to save electric energy through energy storage and induction devices on the basis of recognizable signboards.

In order to solve the above-mentioned technical problems, the technical solution of the present invention provides an inductive identification guide plate utilizing solar energy storage, which is characterized in that it includes an identification plate induction column with an induction device inside, and a solar energy sensor is installed on the top of the identification plate induction column. Battery board; the side of the upper part of the identification plate induction column is provided with at least one acrylic identification plate, and LED lights are arranged around the acrylic identification plate, the sensing device and the LED light are connected to the solar panel, and the sensing device and the LED light are connected.

Preferably, the sensing range of the sensing device is within ten meters in diameter.

Preferably, the acrylic signboard consists of an acrylic light guide plate in the middle and a first common acrylic plate and a second common acrylic plate on both sides.

The invention uses solar panels for energy storage, provides electric energy for the LED in the signboard, and solves the night vision problem of ordinary signboards; uses the induction device to effectively save electric energy, and achieves real energy saving and environmental protection. Pedestrians can walk within ten meters of the signboard The internal touch sensor device automatically lights up the LED light, so that the light guide plate emits light evenly, and the indications on the light guide plate can be clearly identified.

Description of drawings

Fig. 1 is a front view of an inductive identification guide plate utilizing solar energy storage provided by the present invention;

Fig. 2 is the side view of Fig. 1;

Fig. 3 is a structural schematic diagram of an acrylic identification plate.

Detailed ways

In order to make the present invention more comprehensible, preferred embodiments are described in detail below with accompanying drawings.

Example

As shown in Fig. 1-3, it is a structural schematic diagram of an inductive identification guide plate utilizing solar energy storage provided by the present invention, including an identification plate induction column 1 with an induction device inside, and a piece of identification plate induction column 1 is installed on the top of the identification plate induction column 1. Solar cell panel 3; the side of sign board induction column 1 top is provided with shuttle type acrylic sign board as required, is provided with LED light 6 around the acrylic sign board, sensing device and LED lamp 6 are all connected with solar cell panel 3, sensing device and LED Lamp 6 is connected. The acrylic signboard consists of the acrylic light guide plate 2 in the middle and the first ordinary acrylic plate 4 and the second ordinary acrylic plate 5 on both sides, which play the role of shaping and shielding the signboard. The sensing range of the sensing device is within ten meters in diameter.

The sensing device inside the signboard sensing column 1 controls the LED lights 6 around the acrylic light guide plate 2, and automatically lights up the LED lights 6 when pedestrians within ten meters are sensed, so that the acrylic light guide plate 2 emits light evenly, and the acrylic light guide plate 2 indications are clearly identified. At the same time, the solar panel 3 absorbs sunlight, converts solar radiation energy into electrical energy, and provides it to the LED lights 6 around the acrylic light guide plate 2 .

Claims (3)

1. an induction type sign guide panel that utilizes solar energy accumulation, is characterized in that, comprises that inside is provided with the Sign Board induction column (1) of induction installation, and Sign Board induction post (1) top is provided with solar panel (3); The side on Sign Board induction post (1) top is provided with at least one acrylic Sign Board, acrylic Sign Board is provided with LED lamp (6) around, induction installation is all connected with solar panel (3) with LED lamp (6), and induction installation and LED lamp (6) are associated.

2. the induction type sign guide panel that utilizes solar energy accumulation as claimed in claim 1, is characterized in that, the induction range of described induction installation is in ten meters of diameters.

3. the induction type sign guide panel that utilizes solar energy accumulation as claimed in claim 1, it is characterized in that, described acrylic Sign Board is by the first common acrylic board (4), the second common acrylic board (5) of middle acrylic light guide plate (2) and both sides.

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