The high-efficiency intelligent solar energy Lawn lamp
Technical field
The utility model relates to a kind of solar lawn lamp, especially a kind of high-efficiency intelligent solar energy Lawn lamp.
Background technology
Development along with society, requirement to quality of life and landscaping is more and more higher, increases green coverage by pay attention to day by day, along with the expansion of green coverage, all kinds of public arenas and residential area also increase the quantitative requirement of Lawn lamp thereupon, and the application of Lawn lamp more and more widely.
The common lawn lamp,, needs to cut the earth, sunken cord as main power supply mode in the planning construction installation process with the alternating current of 220V, and the workload in the preliminary engineering is bigger, expense is than higher, and in use consumes national electric weight, and cost is than higher.
Existing solar lawn lamp is the energy with solar energy, transform to realize illumination by photoelectricity, has saved a part of electric bright.But the illumination effect of this Lawn lamp is subjected to the surrounding enviroment factor affecting bigger, when running into fog humidity and rainy weather, can produce fog on the cloche, and the globule produces scattering to light, influences illuminating effect; Be easy to generate inner ponding simultaneously, influence the life-span and the circuit safety of LED lamp, battery.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of high-efficiency intelligent solar energy Lawn lamp that is subjected to fog to influence little, good illumination effect, raising solar energy utilization ratio, saves energy.
The technical scheme in the invention for solving the above technical problem is: this Lawn lamp comprises lamp socket, lamp box, battery, solar panel, light emitting diode, controller, Transparent lamp shade, lamp box and Transparent lamp shade are positioned at the lamp socket top, battery is positioned at lamp socket, solar panel is positioned at the top of Transparent lamp shade, solar panel is connected with controller respectively by lead with battery, light emitting diode is connected with the output of controller, its design feature is also to be provided with fog inductor and heating temperature control device, the fog inductor is positioned at lamp box and is connected with controller, and the heating temperature control device is positioned at the bottom of Transparent lamp shade and is connected with controller.
The utility model also is provided with the light-operated inductive switch that is connected with controller in lamp socket.
Have the electrically conducting transparent electrolemma on the Transparent lamp shade described in the utility model, the bottom periphery of electrically conducting transparent electrolemma has metal electrode, and this metal electrode is connected with the heating temperature control device.
Lamp box described in the utility model and Transparent lamp shade the junction be provided with argenteous reflector.
The utility model compared with prior art, has following beneficial effect: 1, be provided with fog inductor and heating temperature control device, when the fog inductor is confirmed on the Transparent lamp shade fog to be arranged, can send signal to controller, starting the heating temperature control device heats Transparent lamp shade, to eliminate fog, improved lighting quality, avoided the security hidden trouble that ponding produced again; 2, be provided with light-operated inductive switch, light-operated inductive switch is analyzed ambient light, and with the switch of control lamp and the illumination power of regulating light emitting diode, the energy avoids waste; 3, be provided with silvery white reflector in the junction of lamp box and Transparent lamp shade, but the direction of illumination of light in the active set, and further energy savings improves solar energy utilization rate.
Description of drawings
Fig. 1 is the structural representation of the utility model embodiment.
The specific embodiment
Referring to Fig. 1, present embodiment comprises lamp socket 8, lamp box 11, battery 9, solar panel 1, light emitting diode 4, controller 5, Transparent lamp shade 3, fog inductor 10 and heating temperature control device 6, lamp box 11 and Transparent lamp shade 3 are positioned at lamp socket 8 tops, battery 9 is positioned at lamp socket 8, solar panel 1 is positioned at the top of Transparent lamp shade 3, solar panel 1 is connected with controller 5 respectively by lead with battery 9, light emitting diode 4 is connected with the output of controller 5, fog inductor 10 is positioned at lamp box and is connected with controller 5, and heating temperature control device 6 is positioned at the bottom of Transparent lamp shade 3 and is connected with controller 5.Light-operated inductive switch 7 is positioned at lamp socket 8, and light-operated inductive switch 7 is connected with controller 5.Have the electrically conducting transparent electrolemma on the Transparent lamp shade 3, the bottom periphery of electrically conducting transparent electrolemma has metal electrode, and this metal electrode is connected with heating temperature control device 6.Lamp box 11 and Transparent lamp shade 3 the junction be provided with argenteous reflector 2.
During use, fog inductor 10 is sent to infrared light beam on the Transparent lamp shade 3, to confirm the fog situation on the Transparent lamp shade 3, infrared light beam is responded fog inductor 10 in the mode of disperseing, fog inductor 10 sends signal to connected controller 5, starts the heating temperature control device 6 of Transparent lamp shade 3 bottoms, and heating temperature control device 6 applies the electric current of voltage controlled to the electrically conducting transparent electrolemma by metal electrode, Transparent lamp shade 3 is heated, to reach the purpose of demist.
Simultaneously controller 5 is analyzed by 7 pairs of ambient lights of light-operated inductive switch, controls the quantity of lighting of the switch of lamp and light emitting diode 4, to regulate the light and shade of light.2 direction of illuminations of more effectively concentrating light of reflector.