Adjustable sign

Abstract

This utility model relates to the field of advertising signage and discloses an easily adjustable directional sign, including a post and a sign. The post has a grooved tube at its top, on which multiple matching adjusting seats for installing the directional signs are fitted. The top of the grooved tube has a cap for pressing the adjusting seats. Each adjusting seat includes a sleeve, a toothed ring, a rotating sleeve, a spring, and a limiting end cap. The sleeve is mounted on the grooved tube. The toothed ring is a face-toothed ring, fixedly installed in an annular groove on the lower surface of the flange at the top of the sleeve. The rotating sleeve has a boss at its top that inserts into the annular groove, with meshing teeth on the boss that engage with the toothed ring. The limiting end cap is screwed to the bottom of the sleeve, and the distance between the sleeve and the limiting end cap is greater than the tooth depth of the meshing teeth. The spring is mounted on the sleeve, with its two ends abutting against the rotating sleeve and the limiting end cap, respectively. The directional sign is fixedly installed on the outer wall of the rotating sleeve. This utility model enables rapid adjustment of the directional sign's orientation and allows for independent and rapid installation and removal of each directional sign.

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