Exquisite geological clinometer

A goniometer and geological technology, applied in the direction of measuring angles, instruments, measuring devices, etc., can solve the problems of difficult centering of bubbles, difficult centering of bubbles, and difficulty in reading, etc., and achieve the effects of easy production process, reduced error, and high measurement accuracy

Inactive Publication Date: 2010-08-11
宋子龙
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  • Claims
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AI Technical Summary

Problems solved by technology

[0003] In order to overcome the problem that the existing geological compass (DQY-1 geological compass) cannot find the true dip angle of the rock formation through the compass and the problems that the bubbles are not easy to center and the bubbles are difficult to center, and the improvement of the dip measurement of the geological compass and the glass The problem that the tangent point cannot be accurately found when the ring is tangent
At the same time, in order to solve the problem of measuring the area that can be touched by human hands (such as a slope slightly higher than the height of a person) but the reading is difficult, and the problem of complex production process and high cost of the existing compass angle measurement components

Method used

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Embodiment Construction

[0029] in figure 1 , You can know the approximate shape of the semicircular ring and the range of change of the scale on it.

[0030] in figure 2 In this, through the schematic view of the overall structure of the present invention, the mutual combination relationship between the various components of the present invention can be understood.

[0031] in image 3 Among them, the semicircular bracket and the cuboid base are integrated, and the round holes on it can coincide with the round holes of the "H"-shaped rods. In this way, with a plug, the "H"-shaped rods and the cuboid base constitute Turn the vice. The empty distance between the two brackets on the cuboid base is the same as or slightly larger than the distance between the outer edges of the two long rods of the "H" type rod, so that the "H" type rod can be added to the two Make the four round holes overlap between the two semicircular brackets.

[0032] in Figure 4 with Figure 5 In, the structure of the "H"-shaped rod i...

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Abstract

The invention relates to an exquisite geological clinometer which can find out a true dip angle of a rock stratum and rapidly and accurately measure the true dip angle of the rock stratum. The invention mainly aims to find out the true dip angle of the rock stratum and accurately measure the dip angle of the rock stratum. The exquisite geological clinometer mainly comprises a mechanical structure which is a cuboid base seat and a semicircular ring with scales, wherein the semicircular ring with scales is perpendicular to the cuboid base seat; an H-shaped rod and the cuboid base seat form a motion pair; a pointer at the upper end of the H-shaped rod can indicate a measuring angle; a cambered groove at the upper end of the H-shaped rod enables the semicircular ring to slide; the bottom and the cuboid base seat are connected into a rotating pair; a heavy bob is suspended in the middle of the H-shaped rod; a true inclined line and the measuring angle of the rock stratum can be found out by observing the change of the heavy bob; and the H-shaped rod is fixed on a suspending cone of an inclinometer of a geologic compass removing a long leveling device.

Description

Technical field [0001] The invention relates to the measurement of the angle between the surface of an object that is relatively at rest with the earth, such as a rock formation, a fault plane, and the horizontal plane, and the measurement of the slope angle of a mountain slope, and related mechanisms. Background technique [0002] At present, the geological compass (DQY-1 geological compass) used by geologists mainly relies on adjusting the long level when measuring the inclination or slope angle, so that the bubble is centered and then read. The disadvantage is that, due to manual adjustment, the bubble is not easy to be centered, and it is difficult to ensure that the bubble is strictly centered, that is, the reading error is large. Later, the improvement of the inclination measurement of the geological compass mainly designed a glass ring formed by butting the two ends of a glass tube. The glass ring is filled with transparent liquid ether and a bubble with a diameter of 4mm....

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01C1/00G01C9/00
Inventor 宋子龙
Owner 宋子龙
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