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An Orientation Measuring Equipment with Improved Structure

A technology for measuring equipment and structure improvement, which is applied to measuring instruments, measuring devices, measuring angles, etc., can solve the problems of not enough conspicuousness, not enough intelligence, and the structural design of directional measurement tools is not ideal enough, and achieves novel combination design, combination design ideal, The effect of simple and convenient work in determining the orientation and surveying the terrain

Active Publication Date: 2022-01-18
胡圣浪
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The invention provides a structurally improved directional measuring device, the main purpose of which is to overcome the shortcomings of existing directional measuring tools such as unsatisfactory structural design, insufficient intelligence, cumbersome directional measurement work, and insufficient eye-catching.

Method used

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  • An Orientation Measuring Equipment with Improved Structure
  • An Orientation Measuring Equipment with Improved Structure
  • An Orientation Measuring Equipment with Improved Structure

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0030] Refer to attached figure 1 . A directional measurement device with improved structure, the device includes: a storage unit 90 for storing multiple information sources, each information source includes several sub-information sources, and the several sub-information sources of the multiple information sources are located at different azimuth angles The data are combined with each other to form a plurality of candidate information 900, and the multiple candidate information constitutes a candidate information library; the orientation and direction indicating unit 91 is used to indicate the orientation, align a target object through an optical aligner, and determine the target object The azimuth data of a single azimuth between the azimuth of the azimuth and the magnetic azimuth of the earth sensed by the azimuth instrument (such as a compass or azimuth disk, etc.); the processing unit 92 screens out the azimuth data corresponding to a plurality of alternative information ...

Embodiment 2

[0033] The implementation of this embodiment is basically the same as that of Embodiment 1, the difference is: refer to the attached image 3 . The storage unit is a disk structure. The storage unit includes a base 1 and an inner disk 2 which is rotatably mounted on the base 1 and can carry perpetual calendar information 20. Concentric circles, one concentric circle is an information source, and each information source includes several sub-information sources arranged in a ring, and the several sub-information sources of the multiple information sources are combined under the different azimuth angle data of the inner disk to form the described A plurality of candidate information, the multiple candidate information constitutes the candidate information base.

[0034] Refer to attached image 3 and Figure 4. The optical aligner includes two groups of laser emitting heads that can be switched to each other and a switch button 30 that controls the operation of the two groups...

Embodiment 3

[0038] Refer to attached Figure 9 . The implementation of this embodiment is basically the same as that of Embodiment 2, except that the first group of red laser heads includes a first red laser emitting head 31 for emitting vertical red lasers and a first red laser emitting head 31 for emitting horizontal red lasers. The second emission head 32 of the word red laser of direction red laser; Described second group green laser head comprises the first emission head 41 of the word green laser that is used to emit vertical direction green laser and is used to emit the horizontal direction green laser The second emitting head 42 of a word green laser. The first emitter 31 of the red laser and the first emitter 41 of the green laser are arranged up and down in the middle of one side of the base 1; the second emitter 32 of the red laser and the green laser The second laser emitting head 42 is also located on the same side of the base 1 , and is symmetrically arranged in the middle...

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PUM

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Abstract

A directional measurement device with an improved structure, the device includes: a storage unit for storing multiple information sources, and several sub-information sources of the multiple information sources are combined with each other under different azimuth angle data to form multiple candidate information, The plurality of candidate information constitutes a candidate information library; the azimuth orientation indicating unit is used to indicate the azimuth, align a target object through an optical aligner, and determine the distance between the azimuth of the target object and the magnetic field azimuth of the earth sensed by the azimuth instrument The azimuth angle data of a single azimuth; the processing unit, according to the azimuth angle data measured by the orientation, selects an alternative information corresponding to the azimuth angle data from a plurality of alternative information; the presentation unit presents the above alternative information out for reference. The directional measurement equipment combines novel and ideal design, intelligent measurement, the data of each measurement is displayed through the display unit, no manual follow-up processing is required, and the work of determining azimuth and surveying topography is relatively simple.

Description

technical field [0001] The invention relates to a directional measuring instrument, in particular to a directional measuring device with improved structure, which can be widely used in measuring azimuth and surveying topography. Background technique [0002] Orientation survey refers to a survey work to determine the azimuth angle of a straight line on the ground. It is used to determine the azimuth and survey the terrain, such as measuring the azimuth of the target object, the spatial position of the rock layer, the slope of the mountain, etc. Orientation measurement tools commonly used in geological surveys include astronomical measuring instruments, gyrotheodolites, compass or compass surveyors and other tools. The structural design of the existing directional measurement tools is not ideal, generally more mechanized, not smart enough, the data of each measurement needs to be manually sorted out, and the work of determining the orientation and surveying the terrain is rel...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G01C1/00G01C15/00
CPCG01C1/00G01C15/00G01C15/004
Inventor 胡圣浪
Owner 胡圣浪