Solar wind-rotating lamp
OwnerPeijun Wanginventor
Life of this patent
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Abstract
The present invention relates to the field of solar lamps, and provides a solar wind-rotating lamp. The solar wind-rotating lamp includes a support rod, at least one solar box, and a wind-rotating bracket arranged on the solar box, where at least one lamp source is arranged on the solar box and/or the wind-rotating bracket, a solar assembly is arranged on the solar box. The wind-rotating bracket, the solar box, and the lamp source form a rotating body, a good light effect is achieved in a rotation process, and the whole wind-rotating lamp is stable and not prone to overturning; and the support rod is also not prone to deformation, and higher in aesthetic property of structure, so that technical problems of insufficient aesthetic property and low stability during wind-rotating, of the wind-rotating lamp are solved.
Claims11
A solar wind-rotating lamp, comprising:
- at least two solar boxes, each solar box comprising at least one solar assembly comprising at least a solar cell and battery;
- and
- at least two wind-rotating brackets coupled to each of the solar boxes, wherein each wind-rotating bracket comprises at least one lamp source, an upper bracket above the solar box, a lower bracket below the solar box, and an installation frame connected to each solar box, wherein the installation frame is arranged between the upper bracket and the lower bracket and is connected to a plurality of wind-rotating blades formed in a spherical or ellipsoidal shape connected to and extending between the upper bracket and the lower brackets;
- a bearing arranged on each of the two solar boxes and each wind rotating bracket is fixed to each solar box;
- a support rod comprising at least two rod bodies which are detachably connected via another bearing rotatably fixed between the two rod bodies;
- and
- wherein a decorative snowman head is arranged at a top of the solar-wind rotating lamp on the support rod, and wherein the support rod passes through openings in each of the upper and lower bracket.
A solar wind-rotating lamp, comprising:
- a support rod;
- at least one solar box;
- at least one electric slip ring;
- at least one wind-rotating bracket, the wind-rotating bracket comprising an upper bracket above the solar box, a lower bracket below the solar box, a plurality of wind-rotating blades formed in a spherical or ellipsoidal shape connected to and extending between the upper bracket and the lower brackets, and an electric slip ring between the upper and lower brackets comprising a rotary electric joint connecting the solar assembly with at least one lamp source;
- at least one bearing is arranged on the electric slip ring, and rotatably arranged on the support rod in a sleeved manner;
- a solar assembly arranged on the solar box and electrically connected with the at least one lamp source through the electric slip ring, wherein the solar assembly comprises at least a solar cell and a battery, and wherein the solar box is located on a top of the solar-wind rotating lamp;
- at least one clamping part arranged on an outer wall of the support rod, wherein the bearing is rotatably fixed to the clamping part;
- a first through hole formed in the upper bracket,
- a second through hole is formed in the lower bracket, and
- wherein the support rod penetrates through the first through hole and the second through hole;
- wherein each of the plurality of wind-rotating blades comprises a support bar connected to the upper bracket and the lower bracket, a rotating blade arranged on the support bar, and at least two installation parts comprising holes formed in the wind-rotating blade arranged on each wind-rotating blade, wherein the at least one lamp source is detachably fixed to the installation parts, and
- wherein at least one wind-rotating blade has at a plurality of lamp sources connected in series through a lamp wire, and
- wherein the at least one lamp source comprises a lamp holder, a lampshade connected to the lamp holder through a thread, and an LED lamp connected to the lamp wire, wherein the lamp wire penetrates through the lamp holder, and the LED lamp is located in the lampshade.
Dependencies are inferred from the claim text.