Surrounding shooting rod for assisting determination of shooting direction

Abstract

The invention relates to a surrounding shooting rod for assisting determination of a shooting direction. The surrounding shooting rod comprises a first connecting rod, a cradle head, a transparent observing tube, a second connecting rod, a compass and a fixing clamp for a shooting device. The top end of the first connecting rod is movably connected with the bottom end of the cradle head, and the cradle head can do rotary movement in the radial direction; the top end of the cradle head is connected with the fixing clamp for a shooting device through the transparent observing tube and the second connecting rod; the compass is arranged in the transparent observing tube; and angle indexes are formed on the side surface of the transparent observing tube. Compared with the prior art, the surrounding shooting rod for assisting determination of a shooting direction has the advantages that 1) the included angle between the shooting direction in each shooting during the surrounding shooting process and the due north is determined; 2) the fixing clamp for a shooting device and a general hold-down nut for a camera can adapt the size and the structure of a shooting device, such as a mobile phone or a camera; 3) the surrounding shooting rod can realize that the shooting device can rotate at the fixed angle and the shooting device can rotate to the specific shooting direction through a motor or by hand; and 4) the angle for declination of the shooting device or the angle for raising of the shooting device can be adjusted.

Description

technical field [0001] The present invention relates to the field of wireless communication, and more specifically, relates to a surrounding shooting pole for assisting in determining a shooting direction. Background technique [0002] In the field of wireless communication design, it is necessary to start from the north and take environmental photos at fixed angle intervals when conducting sky surveys. In actual operation, generally one hand holds the compass, and then the other hand operates the shooting device to take pictures of the environment. However, this method cannot provide the photographer with an accurate shooting direction angle, nor can the shooting device be able to shoot environmental photos at accurate angular intervals, and the shooting height is not enough. If the selfie stick is used to increase the shooting height, it cannot provide an accurate shooting direction. Therefore, the environmental photos taken in this way cannot meet the requirements of th...

AI Technical Summary

Problems solved by technology

However, this method cannot provide the photographer with an accurate shooting direction angle, nor can the shooting device be able to take pictures of the environment at accurate angular intervals, and at the same time, the shooting height is not enough

If you use the selfie stick to increase the shooting height but cannot provide accurate shooting direction

Therefore, the environmental photos taken in this way cannot meet the requirements of the survey ring shot

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