total station reflector

Abstract

The invention discloses a total station reflecting device, comprising a reflecting sheet, wherein the reflecting sheet comprises a front surface, a back surface, a long side and a wide side; the wide side is vertical to the long side; the front surface of the reflecting sheet is covered by a first reflecting film; a straight side of the first reflecting film is aligned to the long side of the reflecting sheet; a first center line is arranged on the first reflecting film, and is a midperpendicular line of the straight side of the first reflecting film; and a second center line is arranged on the back surface of the reflecting sheet, and overlaps with the first center line. The total station reflecting device has the beneficial effects that the reflecting sheet can be held in a hand to be measured, so that the problem that the reflecting sheet is easily damaged is solved; the exchange period of the reflecting film is prolonged; collection of data points only needs 3-5 seconds; the work efficiency is obviously improved; and the second center line of the back surface can be referred to when whether the first center line on the front surface is aligned to a to-be-detected point or not cannot be seen due to an vision disturbance, so that point attachment is relatively accurate; and the use convenience of equipment is improved.

Description

technical field [0001] The invention relates to a measuring tool, in particular to a total station reflection device. Background technique [0002] The total station is a measuring instrument that integrates angle measurement (horizontal angle, vertical angle) and distance measurement (slant distance, horizontal distance, height difference), and the reflection device of the total station is a reflection device collected as segmented data points It is suitable for the close reflection effect of various field data points. Existing precision shipbuilding models are all controlled from the precision measurement of each part of the hull. [0003] The performance and operability of the reflector is related to the accuracy of the measured data and the efficiency of the measurement process. The existing reflectors have the following disadvantages: the reflectors on the shipbuilding site are used in pairs with iron absorbers, and it takes as little as 4 to 8 seconds to attach a dat...

AI Technical Summary

Problems solved by technology

[0006] The beneficial effect of the present invention is that: the reflection sheet can be held in the hand for measurement, and it is not used in conjunction with a magnet, which solves the problem of damage to the reflection film caused by friction with the magnet and prolongs the cycle of replacement of the reflection film; After the reflective sheet, manually stick the back of the reflective sheet to the points to be collected, and the collection of data points only takes 3 to 5 seconds, and the work efficiency is significantly improved, and the first time that the front of the patch cannot be seen when encountering visual obstacles When the midline is aligned with the point to be measured, you can refer to the second midline on the back to make the paste point more accurate and improve the convenience of equipment use

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