Abstract: A rotating structure and a tent assembly are provided. The rotating structure includes a shaft; a first rotor rotatably sleeved outside the shaft; a second rotor rotatably sleeved outside the shaft; a first extension connected with the first rotor, the first extension being rotatably sleeved outside the second rotor and the shaft; a second extension connected with the second rotor, the second extension being rotatably sleeved outside the first rotor and the shaft; a first axial limiter being in contact with the first extension away from the second extension; and a second axial limiter being in contact with the second extension away from the first extension. In view of a technical problem that a car folding tent is large in volume after being stored, the disclosure provides technical effect that it can make a volume of the stored tent small on a premise of ensuring good rotating stability.

Abstract: A telescopic rod and a tent structure are provided. The telescopic rod includes a first rod; a second rod movably sleeved outside the first rod; an eccentric assembly being connected with the first rod; a connector being threadedly connected with the eccentric assembly; and an eccentric wheel being threadedly connected with the connector, the eccentric wheel being movably sleeved in the second rod. The tent structure includes the telescopic rod and further includes a support assembly movably connected with the first rod; a mounting assembly movably connected with the second rod, the mounting assembly being configured to be connected with a vehicle; and a tarpaulin detachably connected with both the first rod and the second rod. In view of a technical problem of high structural complexity of a telescopic rod, the disclosure provides technical effect that ensures low structural complexity on a premise of realizing telescoping and locking.