CN204791897U

CN204791897U - Programme -controlled luminous picture element piece of solar energy that discolours of integration

Info

Publication number: CN204791897U
Application number: CN201420823720.3U
Authority: CN
Inventors: 李滢
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-12-19
Filing date: 2014-12-19
Publication date: 2015-11-18
Anticipated expiration: 2024-12-19

Abstract

The utility model relates to a programme -controlled luminous picture element piece of solar energy that discolours of integration, include base and safety cover down, the safety cover is equipped with the site light guide plate, and the site light guide plate is equipped with solar cell panel, is equipped with battery module, control system circuit module board and LED lamp in the safety cover, and LED lamp light -emitting orientation is towards the site light guide plate, solar cell panel is connected with the battery module electricity, and battery module is connected with LED lamp electricity, and battery module still is connected with control system circuit module board electricity, the base outside is equipped with the mount pad down. The utility model discloses closely make up each subassembly and form the design of integration module, can be convenient install on wall body or glass or metal to can not need to pull out in addition the electric wire construction and connect the electricity according to need arranging figure of all kinds or printed words, the structure is light and handy, and simple to operate is applicable to the application of the pleasing to the eye or bill -board of the various outdoor walls in various places.

Description

The program control color-changing solar of integration can luminous picture element block

Technical field

The utility model relates to display picture element block, and specifically a kind of integrated program control color-changing solar can luminous picture element block.

Background technology

The device attractive in appearance of traditional skin or advertisement sticks nogging or portrait, but nogging or portrait evening can not be shinny, therefore in order to see evening, need again device to carry out light-illuminating or with neon bulb Pareto diagram as printed words, but outdoor electric light installation is inconvenient, especially high building, it is disturbing most because of Long-Time Service and atmospheric ambient factors by and cause electric wire exposed, threaten to everybody safety, if display portrait or printed words can not need power supply oneself luminescence of ground then just not need to install light-illuminating again, the effect of carbon reduction can also be played.

Utility model content

Primary and foremost purpose of the present utility model is to provide one can autoluminescence, program editing controls bright darkness and the combination of LED modules with different colors under different sequential, and reach night without just can the display of shinny and change figure or printed words automatically under external any power supply through the arrangement design of various figure or printed words, and slim light and handy, easy for installation, the long service life of structure and the program control color-changing solar of integration of integrated module design can luminous picture element blocks, concrete scheme of the present utility model is as follows for achieving the above object:

The luminous picture element block of a kind of integrated program control color-changing solar energy, comprise lower bottom base and cover the protective cover on lower bottom base, described protective cover is made up of transparent material, and its entirety is circular or polygon;

In described protective cover, top is provided with dot light guide plate, solar panel is provided with below described dot light guide plate, also be provided with battery module, control system circuit module plate and LED in described protective cover, wherein said LED light direction is towards described dot light guide plate;

Described solar panel is electrically connected with described battery module, and described battery module is electrically connected with described LED, and described battery module is also electrically connected with described control system circuit module plate and controls by described control system circuit module plate;

Charge and discharge protecting module, photosensitive sensing module, wireless transmission subsystem module that described control system circuit module plate comprises program control subsystem module and is electrically connected with program control subsystem module respectively, wherein charge and discharge protecting module is used for avoiding described battery module overcurrent or overvoltage when discharge and recharge, photosensitive sensing module is used for photosensitive to control described LED duty, and wireless transmission subsystem module is for receiving control command;

Described program control subsystem module also comprises the time block for setting working time section;

Described program control subsystem module also comprises the Pulse width modulation module for adjusting LED brightness;

Mount pad is provided with outside described lower bottom base.

Preferably, described dot light guide plate and/or described LED are embedded in described protective cover.

Preferably, described LED is full-color LED.

Preferably, described optical sensor is embedded in described protective cover.

Preferably, described mount pad is the nut for being connected with body of wall screw.

Preferably, described mount pad is sucker for adsorbing with level and smooth body of wall or glass or magnet.

Preferably, design in height wave trace outside described lower bottom base.

Preferably, described lower bottom base and described protective cover are tightly connected.

Preferably, described battery module adopts high power density lithium battery or super capacitor.

Preferably, the single-chip microcomputer IC chip of described program control subsystem module adopts is 8051 series monolithic chips, Atmega series monolithic chip or ARM series monolithic chip.

Each assembly closely combines and form integrated module design between lower bottom base and protective cover by the luminous picture element block of the integration that the utility model provides program control color-changing solar energy; can be arranged on body of wall or glass or metal easily; and figure of all kinds or printed words can be arranged according to need; do not need to pull out electric wire construction in addition and connect electricity yet; thus light structure; easy for installation, be applicable to the application of the attractive in appearance or billboard of the various outdoor wall in various place.

Accompanying drawing explanation

Accompanying drawing described herein is used to provide further understanding of the present utility model, forms a application's part, does not form improper restriction of the present utility model, in the accompanying drawings:

Fig. 1 is the utility model embodiment system architecture schematic diagram;

Fig. 2 is the utility model embodiment sectional view;

Fig. 3 is the utility model embodiment systematic schematic diagram;

Fig. 4 is that program control color-changing solar can luminous picture element block permutation and combination au bleu word---safety be happy in the utility model integration;

Fig. 5 is that the program control color-changing solar of the utility model integration luminous picture element block permutation and combination can become diplocardia figure (red heart-shaped and green heart-shaped);

Fig. 6 is the luminous picture element block permutation and combination purple of the program control color-changing solar energy of the utility model integration " good fortune " word;

Fig. 7 is for represent Fig. 4 font " safety is happy " with program A (table 1);

Fig. 8 is for represent Fig. 5 Double heart-shaped with program B (table 2) and program K (table 3);

Fig. 9 is for represent Fig. 6 font " good fortune " with program C (table 4);

Figure 10 shows three pictures and recycle for Fig. 4 font " safety is happy " and Fig. 5 Double heart-shaped and Fig. 6 font " good fortune " being combined into one by one by order, and it is with program A (table 1); Program B (table 2); Program K (table 3); Program C (table 4) also adds up outward and doublely uses alternately program T (table 5); Program S (table 6); Program Q (table 7); Program V (table 8) represents and adds up and triplely uses alternately program X (table 9); Program Y (table 10) represents.

Embodiment

Describe the utility model in detail below in conjunction with accompanying drawing and specific embodiment, be used for explaining the utility model in this illustrative examples of the present utility model and explanation, but not as to restriction of the present utility model.

Embodiment

As shown in Figures 1 to 3, the luminous picture element block of a kind of integrated program control color-changing solar energy, comprise lower bottom base 7 and cover the protective cover 1 on lower bottom base 7, described protective cover 1 is designed by transparent material integration high strength and is integrally the shape that circle or polygon have cavity volume, to protect intraware from tide and contamination by dust, and reaching translucent effect, lower bottom base 7 entirety is in low cavity volume or tabular, in described protective cover 1, top is provided with dot light guide plate 4, solar panel 5 is provided with below described dot light guide plate 4, battery module 6 is also provided with in described protective cover 1, control system circuit module plate 2 and LED 3, wherein said LED 3 light direction is towards described dot light guide plate 4, the line source scattering of LED 3 is changed into area source by dot light guide plate 4, battery module 6 is set directly on lower bottom base 7, described battery module 6 side is located at by control system circuit module plate 2, described solar panel 5 is electrically connected with described battery module 6 by charge and discharge protecting module, control system circuit module plate 2 comprises charge and discharge protecting module 10, program control subsystem module 12, photosensitive sensing module 11, wireless transmission subsystem module 16, described battery module 6 is electrically connected with described LED 3 by charge and discharge protecting module 10, arrange in charge and discharge protecting module 10 and comprise secondary battery protection circuit, wherein said secondary battery protection circuit avoids this battery module overcurrent or overvoltage when discharge and recharge, and described battery module 6 is also electrically connected with described control system circuit module plate 2 and controlled by described program control subsystem module 12, by day during bright light, sun power is changed into electric energy and is stored in battery module 6 by solar panel 5, control battery discharging by program control subsystem module 12 when night needs, LED 3 is worked, be provided with mount pad outside described lower bottom base 7, integrated program control color-changing solar can luminous picture element block entirety be arranged on body of wall or glass by mount pad,

Program control subsystem module 12 also comprises time block, Pulse width modulation module, and be electrically connected with described photosensitive sensing module 11 respectively, wireless transport module 16, wherein photosensitive sensing module 11 for photosensitive to control described LED duty, by the brightness of optical sensor 9 sensing light during night, control battery discharging by program control subsystem module 12, realize the Automated condtrol of LED 3; Wireless transport module 16 for receiving control command, mainly with RF or Zigbee or bluetooth radio circuit and in connect an antenna and do wireless switching and adjust LED brightness or color; Time block is for setting working time section, and available programs editor controls the light action when starting each LED 3, and lights in conjunction with each LED 3 that the sequential of time block performs different time or to extinguish or glimmer half is bright or flicker; Pulse width modulation module (PWM) carrys out the brightness of modulation LED according to the remaining capacity change of battery module 6 electric discharge; For realizing above-mentioned functions, it is 8051 series monolithic chips, Atmega series monolithic chip or ARM series monolithic chip that the single-chip microcomputer IC chip of described program control subsystem module 12 adopts, needed for program then with programming language, such as BASIC, C language, C++ etc. any one carry out writing after burning in single-chip microcomputer, perform controlling run instruction.

As the improvement of above-described embodiment scheme; described dot light guide plate 4 directly marks top in described protective cover 1; dot light guide plate 4 is made in fact to become as a whole with described protective cover 1; with completely closely sealed and reduce thickness; described LED 3 also can be embedded in described protective cover 1; make LED 3 and dot light guide plate 4 close contact, be convenient to pointolite and reflect to form face light by each site scattering of dot light guide plate 4 and lower floor's solar panel 5.

As the improvement of above-described embodiment scheme, described LED is red LED 13, green LED 14, blue led 15 form full-color LED, described control system circuit module plate 2 carrys out full-color LED according to program design and carries out light source colour or light source colour combination, as LED in the present embodiment at least comprises red LED 13, green LED 14, blue led 15.

As the improvement of above-described embodiment scheme, described optical sensor 9 is embedded in described protective cover 1, strengthens the stability of optical sensor 9.

As the improvement of above-described embodiment scheme, described mount pad is the nut 8 for being connected with body of wall screw, is realized the installation of the integrated program control color-changing solar luminous picture element block of energy and body of wall by nut 8 and body of wall screw.

As the improvement of above-described embodiment scheme, described mount pad is for the sucker or magnet with level and smooth body of wall or glass or metal adsorption, is realized the installation of the integrated program control color-changing solar luminous picture element block of energy and level and smooth body of wall or glass or metal by sucker or magnet.

As the improvement of above-described embodiment scheme, be the design of height wave trace outside described lower bottom base 7, increase lower bottom base 7 and the bond area of body of wall, strengthen the stability of the luminous picture element block of integrated program control color-changing solar energy.

As the improvement of above-described embodiment scheme, fill with sticker between described lower bottom base 7 and described protective cover 1 and realize being tightly connected, strengthen integrated program control color-changing solar can luminous picture element block waterproof, resistance toly fall performance.

As the improvement of above-described embodiment scheme, described battery module 6 adopts high power density lithium battery or super capacitor, improves the accumulate capacity of battery module 6.

The program control color-changing solar of the integration that above-described embodiment scheme provides can design the arrangement of various figure or printed words by luminous picture element block according to deviser, and can display pattern not only, hereby just illustrates in conjunction with program architecture with following Examples.

It is integrated as shown in Figure 4 that program control color-changing solar can luminous picture element block permutation and combination au bleu word---safety be happy; Integrated program control color-changing solar luminous picture element block permutation and combination can become diplocardia figure (the red heart and the green heart) as shown in Figure 5; Luminous picture element block permutation and combination purple " good fortune " word of integrated program control color-changing solar energy as shown in Figure 6; If our combinations 3 pictures above, within every 2 minutes, a pattern to be changed, the font " safety is happy " of Fig. 4 is first expressed as Fig. 7 with program A (table 1) by us, again Fig. 5 Double heart-shaped program B (table 2) and program K (table 3) are expressed as Fig. 8, finally Fig. 6 font " good fortune " are expressed as Fig. 9 with program C (table 4).Then these three picture compositions are become Figure 10 by us, because every 2 minutes will change a pattern, first is that blue word---safety is happy, second is diplocardia figure (red heart-shaped and green heart-shaped), 3rd is purple " good fortune " word, then after combination, most of solar energy luminous picture element block only shows solid color (program A, program B, program K and program C), but there are some pixel points will show 2 colors or three colors, therefore program will be different, solar energy luminous for part picture element block is then shown 2 colors (becoming another color by a kind of colour switching) program S (table 6) by us, program Q (table 7), program R, program T (table 5) and program V (table 8) represents, other pixel points are then shown as three kinds of colour switchings, represent with program X (table 9) and program Y (table 10).Different sequential display different colours and brightness is set at distinct program through solar energy luminous picture element block, just can show one by one and circulate by incompatible multiple patterns that manifest of design team, the construction of pull-out electric wire is not needed to connect electricity in addition, thus light structure, easy for installation, be applicable to the various application having the attractive in appearance or advertising billboard of the various outdoor wall in the place of the sun.

Program A

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	50％	60
2	2	0	0		0
						3	2	0	0	0	0
4	Re-cover 1

Table 1

Program B

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0	0	0
2	2	50％	0		60
						3	2	0	0	0	0
4	Re-cover 1

Table 2

Program K

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	0	0
2	2	0	50％		60
						3	2	0	0	0	0
4	Re-cover 1

Table 3

Program C

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	0％	0
2	2	0	0		0
						3	2	30％	0％	30％	60
4	Re-cover 1

Table 4

Program T

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0	50％	60
2	2	50％	0％	0	60
						3	2	0	0	0％	0
4	Re-cover 1				0

Table 5

Program S

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	50％	60
2	2	30	0％	30％	60
						3	2	0	0	0％	0
4	Re-cover 1				0

Table 6

Program Q

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	50％	60
2	2	0	50％	0	60
						3	2	0％	0％	0％	0
4	Re-cover 1				0

Table 7

Program V

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0	0％	0
2	2	0	50％	0	60
						3	2	30％	0％	30％	60
4	Re-cover 1				0

Table 8

Program X

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	50％	60
2	2	50％	0％	0	60
						3	2	30％	0	30％	60
4	Re-cover 1				0

Table 9

Program Y

step	Time(min)	Red look LED	Green look LED	Blue look LED	Flash Sparkle Frequency leads (secondary/min)
						1	2	0％	0％	50％	60
2	2	0％	50％	0	60
						3	2	30％	0	30％	60
4	Re-cover 1				0

Table 10

Above the technical scheme that the utility model embodiment provides is described in detail, apply specific case herein to set forth the principle of the utility model embodiment and embodiment, the explanation of above embodiment is only applicable to the principle helping to understand the utility model embodiment; Meanwhile, for one of ordinary skill in the art, according to the utility model embodiment, embodiment and range of application all will change, and in sum, this description should not be construed as restriction of the present utility model.

Claims

1. the luminous picture element block of integration program control color-changing solar energy, comprises lower bottom base and covers the protective cover on lower bottom base, it is characterized in that:

Described protective cover is made up of transparent material, and its entirety is circular or polygon;

Mount pad is provided with outside described lower bottom base.

2. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

Described dot light guide plate and/or described LED are embedded in described protective cover.

3. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

Described LED is full-color LED.

4. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 3, is characterized in that:

The optical sensor of described photosensitive sensing module is embedded in described protective cover.

5. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

Described mount pad is the nut for being connected with body of wall screw.

6. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

Described mount pad is sucker for adsorbing with level and smooth body of wall or glass or magnet.

7. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

In the design of height wave trace outside described lower bottom base.

8. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

Described lower bottom base and described protective cover are tightly connected.

9. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

Described battery module adopts high power density lithium battery or super capacitor.

10. the luminous picture element block of integrated program control color-changing solar energy as claimed in claim 1, is characterized in that:

It is 8051 series monolithic chips, Atmega series monolithic chip or ARM series monolithic chip that the single-chip microcomputer IC chip of described program control subsystem module adopts.