Solar wall-mounted dynamic LED lamp

Abstract

The utility model relates to the technical field of lamps, and provides a solar wall-mounted dynamic LED lamp which comprises a shell, a solar photovoltaic assembly, a light-emitting display panel and a circuit box arranged on the shell, and the light-emitting display panel comprises a PCB, at least one LED lamp set, a packaging adhesive layer and a UV pattern film layer. The LED lamp sets are welded to the PCB according to a preset pattern matched with the pattern of the UV pattern film layer, the face, away from the PCB, of the UV pattern film layer is covered with the packaging adhesive layer, the light-emitting display panel is installed on the installation window of the shell, and the face, away from the packaging adhesive layer, of the PCB faces the installation window of the shell. The circuit board is electrically connected with the LED lamp sets on the PCB through the lamplight color temperature adjusting circuit and controls the LED lamp sets to be matched with the UV pattern film layer to form a dynamic picture. The solar wall-mounted dynamic LED lamp solves the problems that an existing solar wall-mounted dynamic LED lamp is single in structure and cannot beautify the environment and create the environment atmosphere.

Description

TECHNICAL FIELD

[0001] The utility model relates to a lamp technical field especially relates to a solar energy wall -hanging type dynamic LED lamps and lanterns. BACKGROUND

[0002] Wall-mounted lamps are lighting devices installed on the interior and exterior walls of buildings, typically used to provide illumination and decoration for outdoor spaces. These lamps come in various designs and styles to cater to different environments and personal preferences.

[0003] Conventional power-supplied wall-mounted lamps require connection to the power grid, so they may face usage issues in places without power supply or where power supply is unstable.

[0004] Due to the need to connect to power lines, the installation location and mobility of conventional power-supplied wall-mounted lamps can be limited. In some remote areas or developing countries, power supply may be unstable or unreliable, which can cause problems with the availability of conventional power-supplied wall-mounted lamps in these places. To this end, solar energy wall-hanging type dynamic LED lamps and lanterns have emerged, such as Chinese patent document: CN202323217349.4 A solar energy outdoor wall-mounted lamp, comprising a mounting seat, a connecting arm, a solar panel, a lamp, a battery and a light control sensor, the lamp comprises a waterproof lampshade, a lamp holder, a bulb and a light-transmitting plate, the waterproof lampshade is provided with first and second windows along its circumferential direction, the first and second windows are adjacent, the size of the light-transmitting plate matches that of the first window, and the light-transmitting plate is arranged on the corresponding first window, the size of the solar panel matches that of the second window, and the solar panel is arranged on the corresponding second window; Since the lampshade is provided with the solar panel and the light-transmitting plate along its circumferential direction, sunlight at different angles can be absorbed by the corresponding solar panel, improving charging efficiency, and the light of the bulb can be emitted outward through the light-transmitting plate without affecting the lighting effect. However, its structure is relatively simple and cannot achieve the effect of beautifying the environment and creating an environmental atmosphere, so the existing wall-mounted decorative lights for decorating the environment and creating an environmental atmosphere on the interior and exterior walls of buildings basically use wall-mounted colored lights powered by commercial power, which greatly increases the cost of entertainment places and wastes the electric energy of commercial power. SUMMARY

[0005] Therefore, in view of the above problems, the utility model provides a solar energy wall-hanging type dynamic LED lamps and lanterns which are rich in types, have reasonable structure, good decoration effect, strong ornamental value and can enhance environmental beautification.

[0006] To solve the technical problem, the utility model discloses the following scheme: a solar energy wall -hanging type dynamic LED lamp, including casing, solar energy photovoltaic module, the circuit box of being located on the casing, the circuit box includes the box body, the circuit board and battery of being located in the box body, solar energy photovoltaic module is connected with the circuit board for battery charging, still include luminous display board, the luminous display board includes PCB board, at least one group LED lamp group, encapsulation adhesive layer and UV pattern film layer, each group LED lamp group is welded on the PCB board according to the predetermined pattern matched with the pattern of UV pattern film layer, the UV pattern film layer is transferred on each group LED lamp group and part PCB board surface, the encapsulation adhesive layer covers the one side of UV pattern film layer away from the PCB board, the shell front is equipped with mounting window, the luminous display board is installed on the mounting window of shell and the one side of PCB board away from the encapsulation adhesive layer is towards the mounting window of shell, solar energy photovoltaic module is located on the front of luminous display board or the outer surface of shell, the circuit board is equipped with light color temperature adjusting circuit, the circuit board is connected with each group LED lamp group on the PCB board through light color temperature adjusting circuit and controls each group LED lamp group to constitute dynamic picture with UV pattern film layer.

[0007] Further improvement, the UV pattern film layer is one of animal modeling film layer, plant modeling film layer, landscape modeling film layer, figure modeling film layer or abstract geometric modeling film layer.

[0008] Further improvement, the encapsulation adhesive layer is transparent encapsulation adhesive layer.

[0009] Further improvement, the transparent encapsulation adhesive layer is epoxy resin adhesive layer or silicone adhesive layer.

[0010] Further improvement, the casing is wall -hanging type lamp stand and is equipped with the mounting window of adapting with luminous display board on the front of wall -hanging type lamp stand, and the back of wall -hanging type lamp stand has the positioning hole of hanging.

[0011] Further improvement, the wall -hanging type lamp stand is frame lamp stand, and the luminous display board is embedded on the front mounting window of frame lamp stand.

[0012] Further improvement, the circuit box is further equipped with USB charging interface, and the USB charging interface is connected with the circuit board to charge the battery.

[0013] Further improvement, the circuit box upper surface is further equipped with second solar energy photovoltaic module, and the second solar energy photovoltaic module is connected with the circuit board to charge the battery.

[0014] Further improvement, the UV pattern film layer includes the area of different light transmittance, and the UV pattern film layer cooperates with each group LED lamp group to constitute predetermined display pattern.

[0015] Further improvement, the UV pattern film layer and each group of LED lamp group and the second encapsulation glue layer are further arranged between the PCB surface.

[0016] By adopting the technical scheme, the beneficial effects of the utility model are as follows: the light-emitting display panel is directly made into an integrated body by the cooperation of the PCB plate, the at least one group of LED lamp groups, the encapsulation glue layer and the UV pattern film layer, and then the light-emitting display panel is installed on the installation window of the shell to make a new solar energy wall-mounted dynamic LED lamp, the production is simple and convenient, the assembly of the whole lamp is quick and simple, the production cost is reduced, the dynamic picture decoration modeling display can be realized by adopting the at least one group of LED lamp groups which are welded on the PCB plate according to the predetermined pattern matched with the pattern of the UV pattern film layer, the automatic adjustment and switching of the light color temperature of the at least one group of LED lamp groups are realized by the cooperation of the setting of the light color temperature adjustment circuit, such as the automatic switching of the light-emitting states of the cold white light, the normal white light, the natural light, the warm white light, the yellow light, the multicolor light and the flicker, the dynamic switching and automatic transformation of various gorgeous, magnificent and colorful color light are realized, the visual display effect of the solar energy wall-mounted dynamic LED lamp is further improved, the style is various, the type of the wall-mounted lamp is enriched, the structure is reasonable, the decoration effect is good, the ornamental property is strong, the environment beautification is enhanced, the animal modeling film layer, the plant modeling film layer, the landscape modeling film layer, the figure modeling film layer or the abstract geometric modeling film layer and the like are arranged on the UV pattern film layer, the modeling of the product is enriched, the product decoration atmosphere is further enhanced, the UV pattern film layer comprises the regions with different light transmittances, the UV pattern film layer and the at least one group of LED lamp groups cooperate to form the predetermined display pattern, the new lamp light display is realized, the decoration effect of the solar energy wall-mounted dynamic LED lamp is improved, the dynamic picture displayed by the cooperation of the light of the at least one group of LED lamp groups and the UV pattern film layer transferred on the flat plane is clearer by arranging the second encapsulation glue layer, the decoration effect is improved, meanwhile, the transfer effect of the UV pattern film layer is improved, and the utility model can be widely applied. BRIEF DESCRIPTION OF DRAWINGS

[0017] Figure 1 is a structural schematic diagram of an embodiment of the utility model;

[0018] Figure 2 is another angle structural schematic diagram of an embodiment of the utility model;

[0019] Figure 3 is a partial exploded structural schematic diagram of an embodiment of the utility model;

[0020] Figure 4 is a circuit principle diagram of an embodiment of the utility model;

[0021] Wherein, 1. shell; 2 solar photovoltaic module; 3. circuit box; 11. mounting window; 12. positioning hole; 31. box body; 32. circuit board; 33. battery; 41. PCB board; 42. LED lamp group; 43. encapsulation adhesive layer; 44. UV pattern film layer. DETAILED DESCRIPTION

[0022] The utility model is further explained in connection with the drawings and specific embodiments.

[0023] Reference Figures 1-4 , preferably the solar energy wall-mounted dynamic LED lamp of the utility model, including shell 1, solar photovoltaic module 2, circuit box 3 set up on shell 1, luminous display board, the shell 1 is wall-mounted lamp stand and is equipped with with luminous display board adaptation's mounting window 11 on the front of wall-mounted lamp stand, and is equipped with with hanging positioning hole 12 on the backboard of the back of wall-mounted lamp stand, the wall-mounted lamp stand is frame lamp stand, the circuit box 3 includes box body 31, the circuit board 32 and battery 33 set up in box body 31, the circuit box 3 is set up on the frame body side plate of frame lamp stand, the solar photovoltaic module 2 is connected with circuit board 32 and is charged for battery 33, and is equipped with switch on circuit board 32, the luminous display board includes PCB board 41, eight groups of LED lamp group 42, encapsulation adhesive layer 43 and UV pattern film layer 44, each group of LED lamp group 42 is welded on PCB board 41 according to the predetermined pattern matching with the pattern of UV pattern film layer 44, the UV pattern film layer 44 is butterfly-shaped UV pattern film layer, the UV pattern film layer 44 is transferred on each group of LED lamp group 42 and part PCB board 41 surface, the encapsulation adhesive layer 43 is transparent encapsulation adhesive layer, the transparent encapsulation adhesive layer is epoxy resin adhesive layer, the encapsulation adhesive layer 43 covers the side of UV pattern film layer 44 away from PCB board 41, the circuit board 32 is equipped with light color temperature adjustment circuit, the circuit board 32 is electrically connected with each group of LED lamp group 42 on PCB board 41 through light color temperature adjustment circuit and controls each group of LED lamp group 42 and cooperates UV pattern film layer 44 to constitute dynamic picture transformation display, each group of LED lamp group 42 is welded on the side of PCB board 41 according to the predetermined light display pattern matching with the pattern of UV pattern film layer 44, the UV pattern film layer is butterfly-shaped UV pattern film layer, the UV pattern film layer 44 is attached to the side of encapsulation adhesive layer 43 away from PCB board 41, and luminous display board is embedded in the front mounting window 11 of frame lamp stand, and the side of PCB board 41 away from encapsulation adhesive layer 43 faces the mounting window 11 of shell 1, the solar photovoltaic module 2 is set up on the front of luminous display board and is electrically connected with circuit board 32 through wire through luminous display board.

[0024] Reference Figure 4The power supply of the battery 33 is boosted by a boosting circuit composed of a U2 chip (YX805F chip) and peripheral circuits on the circuit board 32, and then sent to a light color temperature adjusting circuit composed of a U1 chip (NY8A054E chip) and peripheral circuits to control the lighting change control and shutdown of each group of LED lamp groups 42, and each group of LED lamp groups is arranged on the upper and lower parts of a pair of wings in a butterfly shape according to the two sets of arrow directions.

[0025] In the above embodiment, the solar photovoltaic module can also be arranged on the position of the outer surface of the shell that can receive light, and only needs to be electrically connected with the circuit board through a wire to charge the battery in the circuit box. The USB charging interface can be additionally arranged on the circuit board to charge the battery, so that the lamp of the utility model can also be powered by commercial power or a mobile power supply. The second solar photovoltaic module can be additionally arranged on the upper surface of the circuit box and connected with the circuit board to charge the battery, so that the charging capacity of the battery is better guaranteed, and the lamp can still continue to operate even if one of the solar photovoltaic modules is damaged. The UV pattern film layer can also be any one of an animal-shaped film layer, a plant-shaped film layer, a landscape-shaped film layer, a figure-shaped film layer or an abstract geometric-shaped film layer. The encapsulating adhesive layer can be an organic silicone adhesive layer, and the encapsulating adhesive layer can be covered on the surface of the PCB and the LED lamp group in a drop adhesive manner. The shell can also be a circular frame, a polygonal frame or a square base. The UV pattern film layer can be arranged to include regions with different light transmittances, and the UV pattern film layer cooperates with each group of LED lamp groups to form a predetermined display pattern, so as to realize and highlight the personalized customization effect. In addition, a second encapsulating adhesive layer can be additionally arranged between the UV pattern film layer and each group of LED lamp groups and the surface of the PCB. The light color temperature adjusting circuit is arranged on the circuit board, and the circuit board is electrically connected with each group of LED lamp groups on the PCB through the light color temperature adjusting circuit, so that each group of LED lamp groups can automatically adjust and switch the light color temperature, such as cold white light, normal white light, natural light, warm white light, yellow light, multi-color light and flickering light, to realize the dynamic switching of various gorgeous, magnificent and colorful color lights. The number of LED lamp groups and the number of LED lamps in each group of LED lamp groups can be freely adjusted and set according to the size requirement and the pattern setting requirement.

[0026] Although the utility model is specifically shown and introduced in combination with the preferred embodiments, those skilled in the art should understand that various changes can be made to the utility model in form and details without departing from the spirit and scope of the utility model defined in the appended claims, and all the changes are within the protection scope of the utility model.

Claims

1. A solar wall-mounted dynamic LED lamp, comprising a shell, a solar photovoltaic assembly, a circuit box arranged on the shell, wherein the circuit box comprises a box body, a circuit board and a storage battery arranged in the box body, the solar photovoltaic assembly is connected with the circuit board to charge the storage battery, characterized in that: The light-emitting display panel comprises a PCB, at least one group of LED lamp sets, an encapsulating adhesive layer and a UV pattern film layer, each group of LED lamp sets is welded on the PCB in a predetermined pattern matching the pattern of the UV pattern film layer, the UV pattern film layer is transferred on each group of LED lamp sets and part of the surface of the PCB, the encapsulating adhesive layer is arranged on the side of the UV pattern film layer away from the PCB, the shell front surface is provided with a mounting window, the light-emitting display panel is mounted on the mounting window of the shell and the side of the PCB away from the encapsulating adhesive layer faces the mounting window of the shell, the solar photovoltaic module is arranged on the front surface of the light-emitting display panel or the outer surface of the shell, the circuit board is provided with a light color temperature adjusting circuit, the circuit board is electrically connected to each group of LED lamp sets on the PCB through the light color temperature adjusting circuit and controls each group of LED lamp sets to cooperate with the UV pattern film layer to form a dynamic picture. ​ 2. The solar wallpack dynamic LED luminaire of claim 1, wherein: The UV pattern film layer is one of an animal-shaped film layer, a plant-shaped film layer, a landscape-shaped film layer, a figure-shaped film layer or an abstract geometric-shaped film layer.

3. The solar wallpack dynamic LED luminaire of claim 1, wherein: The encapsulating adhesive layer is a transparent encapsulating adhesive layer.

4. The solar wallpack dynamic LED luminaire of claim 3, wherein: The transparent encapsulating adhesive layer is an epoxy resin adhesive layer or an organic silicon adhesive layer.

5. The solar wallpack dynamic LED luminaire of claim 1, wherein: The shell is a wall-mounted lamp holder, and the front surface of the wall-mounted lamp holder is provided with a mounting window matched with the light-emitting display panel, and the back surface of the wall-mounted lamp holder has a positioning hole for hanging.

6. The solar wallpack dynamic LED luminaire of claim 5, wherein: The wall-mounted lamp holder is a frame lamp holder, and the light-emitting display panel is embedded in the front mounting window of the frame lamp holder.

7. The solar wallpack dynamic LED luminaire of claim 1, wherein: The circuit box is further provided with a USB charging interface connected to the circuit board to charge the battery.

8. The solar wallpack dynamic LED luminaire of claim 1, wherein: The upper surface of the circuit box is further provided with a second solar photovoltaic module connected to the circuit board to charge the battery.

9. The solar wallpack dynamic LED luminaire of claim 1, wherein: The UV pattern film layer comprises regions with different light transmittances, and the UV pattern film layer cooperates with each group of LED lamp sets to form a predetermined display pattern.

10. The solar wallpack dynamic LED luminaire of claim 1, wherein: A second encapsulating adhesive layer is further arranged between the UV pattern film layer and each group of LED lamp sets and the surface of the PCB.

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