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Digital level capable of automatically measuring

A technology of digital leveling and automatic measurement, which is applied in the direction of measuring devices, height/level measurement, instruments, etc.

Inactive Publication Date: 2010-03-10
CHANGZHOU XINRUIDE INSTR
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] The disadvantage of the above-mentioned prior art is that the existing level requires at least two people to complete the measurement, one of whom is responsible for the steering, aiming and focusing of the level, and the other is responsible for moving the leveling rod from one point to another

Method used

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  • Digital level capable of automatically measuring
  • Digital level capable of automatically measuring
  • Digital level capable of automatically measuring

Examples

Experimental program
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Effect test

Embodiment 1

[0025] See Figure 1-6, a digital level for automatic measurement of the present invention, comprising: a wide-angle camera processing system 1, which is used to find a scale a around under the drive of a horizontal rotating base 3, and then calculate the azimuth and distance where the scale a is located; The system 4 is used to adjust the orientation through the horizontal rotation base 3 according to the azimuth and distance of the scale a, and automatically adjusts the focus after aligning with the scale a; the CCD device 5 is used to obtain the scale through the telescope focusing system 4 after focusing The precise image of a; CPU unit 2, for controlling the horizontal rotation base 3 to rotate corresponding angles according to the azimuth and distance where the scale a is located so that the telescope focusing system 4 is aligned with the scale a, and then drives the telescope focusing system 4 to the corresponding focal length, and acquire the image of the scale a forme...

Embodiment 2

[0034] On the basis of embodiment 1, the digital level for automatic measurement of the present embodiment has the following deformations:

[0035] The laser reflective film or laser reflective coating is provided on the used scale a; Light to determine the azimuth and distance where the scale a is located; the level b also includes: a CPU unit 2, a telescope focusing system 4 and a CCD device 5; the CPU unit 2 controls the rotation of the horizontal rotating base 3 according to the azimuth and distance of the scale a to the azimuth, and control the telescope focusing system 4 to automatically focus, and obtain the image of the scale a formed in the CCD device 5, and finally calculate the elevation and distance of the scale a, and store it in the memory.

[0036] Wherein, the pattern on the used scale a is a black and white barcode; when the CPU unit 2 controls the quasi-scale a to focus, the CPU unit 2 drives the horizontal rotating base 3 and the telescope focusing system 4 ...

Embodiment 3

[0038] On the basis of embodiment 1, the digital level for automatic measurement of the present embodiment has the following deformations:

[0039] The used scale a is provided with a GPS receiver for detecting the position of the scale a and a wireless signal transmitting device for transmitting the position information of the detected scale a as a wireless signal.

[0040] The level b includes: a wireless signal receiver for receiving the wireless signal and obtaining the position information of the scale a, a GPS receiver for detecting the position of the level b, a CPU unit 2, a horizontal rotating base 3, a telescope Focusing system 4 and CCD device 5; CPU unit 2 calculates the azimuth and distance of scale a relative to level b according to the position information of level b and the position information of scale a, and then rotates horizontally according to the azimuth and distance The base 3 adjusts the orientation of the telescope focusing system 4, then controls the ...

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Abstract

The invention relates to a digital level capable of automatically tracking a level rod and automatically completing measurement, comprising a wide-angle camera processing system, a telescope focusingsystem, a CCD device and a CPU unit, wherein the wide-angle camera processing system is used for finding a scale in all around under the driving of a horizontal rotating base, and then calculating theorientation and distance of the scale; the telescope focusing system is used for adjusting the direction thereof to automatically focus after aligning the scale according to the orientation and distance of the scale; the CCD device is used for acquiring precise images of the scale by the telescope focusing system after focusing; and the CPU unit is used for controlling the horizontal rotating base to rotate by a corresponding angle according to the orientation and distance of the scale so as to lead the telescope focusing system to align the scale, then driving the telescopic focusing systemto corresponding focal distance, acquiring the image forming the scale in the CCD device, finally calculating the height and distance of the scale and storing the height and distance in a memory.

Description

technical field [0001] The invention relates to a digital level for automatic measurement, in particular to a digital level capable of automatically tracking a leveling rod and automatically completing measurement. Background technique [0002] The basic principle of leveling is to use the horizontal line of sight of the level to collide with the readings of the leveling rod vertically erected on two points to measure the height difference between the two points. [0003] There are two methods of leveling: optical leveling and digital leveling. [0004] Optical leveling is currently the most widely used leveling method that can meet various levels. Optical levels and leveling rods are used for measurement. The optical level is mainly composed of a telescope, a reticle, a bubble level, a casing and a base. The telescope is composed of an objective lens, a focusing lens, and an eyepiece. The automatic leveling level is also equipped with an automatic leveling device. Three h...

Claims

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Application Information

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IPC IPC(8): G01C5/02
Inventor 丁家巍陈圣红
Owner CHANGZHOU XINRUIDE INSTR
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