rotating structure of light pole

Abstract

The present invention provides a rotating structure for a light pole, which mainly includes a first body, a second body, and a limiting guide module. The first body forms a first limiting ring wall along its axial direction on a first connecting surface, and a first connecting unit is obliquely connected to the opposite side of the first connecting surface. The second body forms a second limiting ring wall along its axial direction on a second connecting surface, and a second connecting unit is obliquely connected to the opposite side of the second connecting surface. A limiting ring groove of the limiting guide module is formed in one of the first body and the second body, and a first locking fastener of the limiting guide module passes through the limiting ring groove to combine the first body and the second body, and to make the first limiting ring wall and the second limiting ring wall abut against each other for limiting, and to allow the second connecting surface to rotate and move relative to the opposite first connecting surface, thereby reducing the height of the second connecting unit for subsequent operation and use.

Claims

1. A rotating structure for a lamp post, which mainly comprises: a first body, which has a first limiting ring wall protruding along the axial direction of a first connecting surface to form a first limiting ring wall, and a first connecting unit obliquely connected to the opposite side of the first connecting surface of the first body, the first connecting unit having a first channel through it along its axial direction, and the first channel adjacent to the end of the first body of the first connecting unit forming a first connecting hole; A second body, which has a second limiting ring wall formed along its axial direction on a second connecting surface, and the second limiting ring wall is assembled with a first limiting ring wall to form an accommodating space, with the second connecting surface facing the first connecting surface. A second connecting unit is obliquely connected to the second body on the opposite side of the second connecting surface. The second connecting unit has a second channel extending along its axial direction, and the second channel adjacent to the end of the second body forms a second connecting hole. A limiting guide module has a limiting ring groove and at least one first locking fastener. One of the first or second bodies forms the limiting ring groove, and the other of the first or second bodies has at least one first locking hole at a position opposite to the limiting ring groove. The first locking fasteners pass through the limiting ring groove and are locked in the corresponding first locking holes. When the first limiting ring wall and the second limiting ring wall abut against each other and limit each other, and when the second connecting surface of the second body moves relative to the first connecting surface of the abutting first body, at least one of the first locking fasteners moves along the limiting ring groove.

2. The lamp post rotating structure as described in claim 1, further comprising each of the first locking fasteners having a head and a rod extending from one end of the head, wherein the limiting ring groove allows the rod to pass through and be locked in the corresponding first locking hole, and the diameter of the head is greater than the groove width of the limiting ring groove.

3. The lamp post rotating structure as described in claim 1, further comprising a second locking hole provided on the outer radial side of the second body, and an operating unit locked in the second locking hole for controlling the relative movement of the second connecting surface of the second body and the first connecting surface of the abutting first body.

4. The lamp post rotating structure as described in claim 1, further comprising: the second body having at least one limiting unit, an operating unit and a limiting block protruding from the side of the second connecting unit; the limiting units being spaced apart from the second body and forming a through hole; and the limiting block being adjacent to one of the limiting units, and the operating unit passing through the through hole formed between the limiting units and the second body to abut against the limiting block.

5. The lamp post rotating structure as described in claim 1, further comprising: the second body having at least one counterweight unit recessed on the periphery of the second limiting ring wall, and each of the first locking holes being disposed between adjacent counterweight units.

6. The lamp post rotating structure as described in claim 1, further wherein one end of the accommodating space is connected to the first channel via the first connecting hole, and the other end is connected to the second channel via the second connecting hole.

7. The lamp post rotating structure as described in claim 1, further comprising the first connecting unit having a first pole locking hole and a first pole locking fastener disposed radially therethrough, wherein the first pole locking hole is connected to the first channel, and the first pole locking fastener is locked in the first pole locking hole.

8. The lamp post rotating structure as described in claim 1, further comprising the second connecting unit having a second rod locking hole and a second rod locking fastener disposed radially therethrough, wherein the second rod locking hole is connected to the second channel, and the second rod locking fastener is locked in the second rod locking hole.

9. The lamp post rotating structure as described in claim 1, further comprising a first drainage hole at the end of the first limiting ring wall adjacent to the first connecting surface, and a second drainage hole at the end of the second limiting ring wall adjacent to the first connecting surface.

10. The lamp post rotating structure as described in claim 1, further comprising a spacing module on the outer periphery of the first body and the second body, the spacing module comprising a plurality of spacing units and at least one support unit, one end of each spacing unit being connected to the support unit, and the other end being connected to one of the first body or the second body.

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