Bulb orienting device for unipod

Abstract

The invention discloses a bulb orienting device for a unipod. The bulb orienting device comprises a bulb seat and a bulb groove, the bulb groove is formed in the top of the bulb seat, a bulb is movably mounted in the bulb groove, a connecting arm is welded at the top of the bulb, three first orienting plates are arranged between the bulb and the inner wall of the bulb groove and positioned on two sides of the bulb and on the lower portion of the bulb respectively, the bulb is respectively and slidably connected with one side of each first orienting plate close to the bulb, placing grooves are formed in one side of each first orienting plate close to the bulb, magnet blocks are fixedly mounted on the inner walls of the placing grooves, and a second orienting plate positioned in the bulb groove is arranged on one side of the each first orienting plates far away from the bulb. The bulb orienting device has buffer ability, vibration force can be relieved, influence of the vibration force on connecting stability of other devices can be reduced, influence of the vibration force on locking structures can be reduced, locking firmness can be enhanced, and the bulb orienting device is simple in structure, convenient to use and low in cost.

Description

technical field [0001] The invention relates to the technical field of ball head orientation devices, in particular to a ball head orientation device suitable for monopods. Background technique [0002] It is understood that most monopods achieve 360-degree rotation / swing by setting the ball head rotation / swing device, and the ball head rotation device generally realizes locking by applying pressure in one direction of the ball, while a single The locking force in the direction is often not strong enough, and the locking effect is not good. [0003] The patent document with the application number 201310266409.3 discloses a ball head orientation device suitable for monopods, which is used to solve the friction between the ball head and the locking part of the ball head locking structure in the prior art, which causes wear and tear, making the lock However, it does not have the cushioning capacity when it is locked or not, and it is easy to cause the ball head rotation device...

AI Technical Summary

Problems solved by technology

[0002] It is understood that most monopods achieve 360-degree rotation / swing by setting the ball head rotation / swing device, and the ball head rotation device generally realizes locking by applying pressure in one direction of the ball, while a single The locking force in the direction is often not strong enough, and the locking effect is not good

[0003] The patent document with the application number 201310266409.3 discloses a ball head orientation device suitable for monopods, which is used to solve the friction between the ball head and the locking part of the ball head locking structure in the prior art, which causes wear and tear, making the lock However, it does not have the cushioning capacity when it is locked or not, and it is easy to cause the ball head rotation device to be connected to other devices not firmly enough under the influence of vibration force, and it is easy to shake and affect the use, and can not enhance the firmness of the lock, therefore, we propose a ball head orientation device suitable for monopods to solve the above problems

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