LED pillar lamp with speed regulator and using method thereof

LED pillar lamp with speed regulator and using method thereof

  • CN 104,964,232 B
  • Filed: 05/19/2015
  • Issued: 12/24/2019
  • Est. Priority Date: 05/19/2015
  • Status: Active Grant
First Claim
Patent Images

1. An LED pillar lamp with a speed regulator comprises an upright column body (3) and a lamp box body (9) arranged at the top end of the upright column body (3), wherein the lamp box body (9) is in a horizontal column body shape, a bus of the horizontal column body is in a horizontal direction, the cross section of the horizontal column body is in a top cut-off circular-segment shape, the position of the lamp box body (9) where the top is cut off is a top opening (90), the horizontal column body of the lamp box body (9) comprises a cylindrical part side face, a left end face and a right end face, the position, close to the top opening, of the upper part of the cylindrical part side face is a transparent section (91), the position, far away from the top opening, of the lower part is a non-transparent section (92), a rotating motor (82) is arranged on the right end face, a bearing sleeve (81) is arranged on the left end face, and the rotating motor (82) is, the left end of the horizontal shaft (801) is matched with the bearing sleeve (81), a speed regulator (40) is arranged in the rotating motor (82), an electronic control device (41) is arranged on the outer side of the rotating motor (82) and connected with the speed regulator (40), and the speed regulator (40) is adjusted through the electronic control device (41) to control the rotating speed of the rotating motor (82), so that the rotating speed of the rotating frame (8) is adjusted according to requirements;

  • the rotating frame (8) further comprises a first support arm (805) and a second support arm (806) which are fixedly connected with the middle of the horizontal shaft (801) and oppositely arranged, wherein a solar panel (85) is supported at the tail end of the first support arm (805), an LED lamp (86) is supported at the tail end of the second support arm (806), cylindrical storage battery devices (802,

         803) are respectively loaded on two sides of the first support arm (805) and the second support arm (806) on the horizontal shaft (801), and a circuit (800) is arranged in the rotating frame (8) to enable the solar panel (85) to be electrically connected with the cylindrical storage battery devices (802,

         803) and the cylindrical storage battery devices (802,

         803) to be electrically connected with the LED lamp;

    wherein the first arm (805) further supports thereon a first rotary closing plate (83) for closing the top opening (90) when the solar panel (85) is exposed from the top opening (90), and a second rotary closing plate (84) symmetrically arranged for closing the top opening (90) when the LED light fixture (86) is exposed from the top opening (90), the first rotary closing plate (83) extending at a position between the solar panel (85) and the cylindrical accumulator arrangement (802,

         803);

    the second rotating closing plate (84) extends at a position between the LED light fixture (86) and the cylindrical accumulator arrangement (802,

         803).

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