KR101655013B1 - smartphone Equipped with leveling app - Google Patents

Abstract

The present invention relates to a smartphone equipped with a level measurement application, and more particularly, to a smart phone having a level measurement application mounted on a smart phone to perform a level measurement using a smart phone, thereby replacing the expensive level measurement device And a smartphone equipped with a leveling application that provides a convenience effect that can be easily and conveniently performed by anyone.

Description

Smartphone with leveling application {smartphone Equipped with leveling app}

The present invention relates to a smartphone equipped with a level measurement application, and more particularly, to a smart phone having a level measurement application mounted on a smart phone to perform a level measurement using a smart phone, thereby replacing the expensive level measurement device And a smartphone equipped with a leveling application that provides a convenience effect that can be easily and conveniently performed by anyone.

Generally, surveying is done for various construction works (civil engineering, architectural design, etc.).

Surveying refers to all activities that measure horizontal distance, elevation difference and direction to determine the position of points mutually and display them in figures or figures.

Among these, a level measurement refers to observing the elevation difference of a specific point, and is also referred to as an elevation measurement or a level measurement.

Among these leveling measures, there is a direct gauging measurement which calculates the height difference between two points by using the leveling device for confirming the surface and the staff shown in Fig.

This leveling is generally accomplished by setting one path from a reference point to a target point, setting N midpoints on the path, moving the surface (stiff) and leveling device, and measuring each point .

In the case of the conventional automatic level level measuring apparatus as shown in FIG. 1, it is dependent on importing, and is formed at a high price, so that it has had a burden on the introduction cost.

Meanwhile, as shown in FIG. 2, the measurement values are directly written on the report document by hand. Since the measurement values exceed the error range, the measurement values are repeatedly measured to confirm accurate measurement values.

In addition, since there is an error for each measurement operator, the measured staff images are not stored separately, and it is impossible to review them later.

In the case of the level measuring apparatus, the automatic level and the digital level exist. In the case of the automatic level, if the failure or breakage occurs as a consumable apparatus, the new level of purchase is more likely to occur than the repair.

Therefore, it is necessary to provide a technology capable of leveling using smart devices that are possessed by anyone at an economical cost.

Korea registered patent No. 1351070 (2014.01.07)

SUMMARY OF THE INVENTION A first object of the present invention to solve the above problems is to provide a level measuring apparatus which is expensive and used by an expert in a conventional manner by using a smart phone to easily measure the level of a user and reduce the economic burden.

A second object of the present invention is to provide an image processing apparatus capable of separately storing and managing a staff image photographed at the time of inputting a ground level, a staff image photographed at the time of exhibition input, In order to confirm the presence of the user.

A third object of the present invention is to provide a canonical screen for easy horizontal alignment through an application so that a user can easily obtain a precise measurement value by adjusting the horizontal position.

SUMMARY OF THE INVENTION [0006] The present invention provides a solution for achieving the above object.

That is, a project input screen providing unit 110 for providing an input page for providing a project input screen,

A leveling exemption study 120 for providing a leveling screen for leveling using a gyroscope,

A ground level input page providing unit 130 for generating a ground level input icon on a star screen input through a camera and providing a ground level input value page when the corresponding icon is selected,

A backsight input page providing unit 140 for generating a backsight input icon on the star screen when the input of the ground information is completed and providing a backsight input value page when the icon is selected,

When the backsight input is completed, an exhibition input page icon for generating an exhibition input icon on the star screen and providing an exhibition input value page including an icon for selecting a winning point or an intermediate point when the corresponding icon is selected, Study 150,

An end confirmation page providing unit 160 for providing a confirmation page for confirming completion of the project when the display (input) is completed,

An input value acquiring unit 170 for acquiring the input ground height input value, the display input value, and the backward input value,

A memory unit 180 for storing input values and report page information provided by the input value obtaining unit,

And a report output information generating unit 190 for obtaining the input values stored in the memory unit and matching the input values obtained on the report page and outputting the input values to a screen, The present invention provides a smartphone configured to solve the problems of the present invention.

The present invention has the following effects.

Conventionally, a level measuring apparatus used by an expert at a high price can be easily leveled by anyone using a smartphone, but it is possible to reduce the economic burden.

In addition, it is possible to separately store and manage the staff image taken at the time of inputting the ground level, the staff image taken at the time of the exhibition input, and the staff image taken at the time of the rear input so that the leveling information of the measured position can be checked at any time .

In addition, a flat screen for easy horizontal adjustment can be provided through the application, thereby providing a level of accuracy that enables accurate measurement values to be obtained by horizontally aligning them conveniently.

FIG. 1 is an example of a conventional automatic level measurement, FIG. 2 is an example of a report sheet for inputting a measured value, and FIG. 3 is an exemplary view showing an actual staff image.
4 is an overall configuration diagram of a smartphone equipped with a level measurement application according to an embodiment of the present invention.
5 is a block diagram of a level measurement application of a smartphone equipped with a level measurement application according to an embodiment of the present invention.
Fig. 6 is an example of a project name input page, Fig. 7 is an example of a canonical screen, Figs. 8A to 8B are an example of a star value measurement screen, Fig. 9 is an example of a ground input page, Fig. 11 is an example of a backsight input screen, Fig. 12 is an end confirmation screen example, Fig. 13 is an example of a report output screen, and Fig. 14 is an example of a star image stored in a smartphone.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

It should be understood, however, that the scope of the present invention is not limited to these embodiments, and all of the technical ideas that fall within the scope of the present invention are within the scope of the present invention.

In the case of the present invention, the existing level measuring apparatus is improved to a smart level measuring apparatus, so that a level measurement can be easily performed at any time by using a smart phone carried by anyone. In the national information industry, And it can contribute to the development of the national surveying industry by improving the disadvantages of the conventional surveying industry not changing for decades.

4 is an overall configuration diagram of a smartphone equipped with a level measurement application according to an embodiment of the present invention.

As shown in FIG. 4, the smartphone 200 equipped with the level measurement application of the present invention downloads and installs the level measurement application 100 from the level measurement application providing server 300.

5 is a block diagram of a level measurement application of a smartphone equipped with a level measurement application according to an embodiment of the present invention.

5, the level measurement application 100 includes a project input screen providing unit 110, a leveling exemption study unit 120, a ground level input page providing unit 130, a backward input page providing unit 140, an exhibition input page providing unit 150, an end confirmation page providing unit 160, an input value obtaining unit 170, a memory unit 180, and a report output information generating unit 190 .

The project input screen providing unit 110 provides an input page for providing a project input screen, as shown in FIG.

The information input to the input page described in the present invention is generally stored in the memory unit by the process of the central control unit.

As shown in FIG. 7, the leveling exemption studying unit 120 provides a leveling screen for leveling using a gyroscope, and specifically provides a leveling screen for correcting an error of a sensor .

For example, the canonical plane can be defined as a canonical plane, and accurate measurement values can be input by correcting the sensor error by initializing the canonical plane.

That is, the leveling function is initialized when the smartphone is placed on the level floor and the set button provided on the leveling screen is pressed on the leveling screen. This is to correct the sensor error that may occur in each smartphone.

In addition, the leveling system can be programmed to reproduce the alert sound repeatedly at a level within an error range of 0.1 degrees.

8A and 8B, the ground elevation input page providing unit 130 generates a ground elevation input icon 'GH' on the star screen input through the camera, A vertical bubble tube screen 125b for vertical alignment, a leveling position screen 125c, and a current position screen 125d for outputting a horizontal bubble tube screen 125a for outputting a vertical bubble tube.

Thus, the user is vertically and horizontally aligned to move the current position to the leveling position.

At this time, when the icon GH is selected, the ground height input value page shown in FIG. 9 is provided.

In other words, the number displayed on the staff is read by the operator and written in the corresponding value box. The calculator screen can be provided so that the user can easily input the value, and a memo box is provided to describe the contents desired by the operator It might be.

On the other hand, when the corresponding icon GH is clicked, the central control unit provides a control signal to the camera unit to photograph the corresponding star screen, and controls to store the image information photographed through the camera unit in the memory unit.

The control process of the central control unit is also applied to the display input and the back input.

10, the display input page providing unit 150 generates an exhibition input icon FS on the star screen when the backsight input is completed, Or an intermediate input value (IP).

After selecting the midpoint, the user inputs the corresponding value, enters the memo content in the memo field, and clicks the OK icon, the corresponding information is stored in the memory.

11, when the background entry is completed, the backsight input page providing unit 140 generates a backsight input icon BS on the star screen, and when the corresponding icon is selected, .

If you enter the value and click OK, the input value will be stored in the memory.

Then, the next input screen is provided when the above-described ground input is completed, the display input is completed, or the backward input is completed according to the control of the central control unit.

As shown in FIG. 12, when inputting the display (win point) through the end confirmation page providing unit 160 is completed, it is determined whether the project is completed or not And a confirmation page for confirming the confirmation.

That is, if the selection is made on the end confirmation page, the level measurement of the corresponding project is completed. If the continuation is selected, the project starts from the back input page.

In accordance with a control signal of a general central control unit, the input value acquiring unit 170 acquires the input ground level input value, the display input value, and the backward input value, and stores the obtained ground level input value, the display input value, and the backward input value.

The memory unit 180 stores the input value provided by the input value obtaining unit.

In addition, preset report page information is stored in order to provide the stored input values to the operator at a glance.

As shown in FIG. 13, the report output information generating unit 190 acquires the input values stored in the memory unit, and matches the input values obtained on the report page and outputs the same to the screen.

For example, in FIG. 13, in the case of the project (station) 2, the midpoint -3.219 and the ground level -24.092 were inputted.

On the other hand, since the location of the smartphone can be tracked with an incidental configuration, if the button for selecting the map view is configured, the measured points and height may be displayed when the corresponding button is clicked.

On the other hand, as shown in FIG. 14, when the operator confirms the folder storing the elevation image, the exhibition staff image, and the posture image, the actual date and time of the photographing are viewed, Is correct.

According to the above-described configuration, the conventional leveling apparatus used by experts at an expensive level can be easily leveled by anyone using a smartphone, and an economical burden can be alleviated.

Thus, although the embodiment of the smartphone equipped with the level measurement application to which the technical idea of the present invention is applied has been described, there can be various modified inventions having the same technical idea, Do.

100: Level Surveying Application
200: Smartphone
300: Level Survey Application-Provided Server

Claims (10)

In a smartphone equipped with a level measurement application,
A project input screen providing unit 110 for providing an input page for providing a project input screen,
A leveling exemption study 120 for providing a leveling screen for leveling using a gyroscope,
A ground level input page providing unit 130 for generating a ground level input icon on a star screen input through a camera and providing a ground level input value page when the corresponding icon is selected,
A backsight input page providing unit 140 for generating a backsight input icon on the star screen when the input of the ground information is completed and providing a backsight input value page when the icon is selected,
When the backsight input is completed, an exhibition input page icon for generating an exhibition input icon on the star screen and providing an exhibition input value page including an icon for selecting a winning point or an intermediate point when the corresponding icon is selected, Study 150,
An end confirmation page providing unit 160 for providing a confirmation page for confirming completion of the project when the display (input) is completed,
An input value acquiring unit 170 for acquiring the input ground height input value, the display input value, and the backward input value,
A memory unit 180 for storing input values and report page information provided by the input value acquisition unit, a memory unit 180 for acquiring input values stored in the memory unit, matching the input values obtained on the report page, And a report output information generating unit 190 for generating report output information,

In the memory unit,
Stiff image taken at the time of entering the ground level, stiff image taken at backward input, and stiff image taken at display input,

On the normalized screen,
A horizontal bubble pipe screen 125a for horizontal alignment,
A vertical bubble tube screen 125b for aligning vertically,
A canonical position screen 125c,
A current position screen 125d,
A button for initializing the canonical system,
A warning sound is repeatedly reproduced at the time of leveling within an error range of 0.1 degree,

The ground elevation input value page, the exhibition input value page,
It provides a calculator screen and a memo pad,

The smartphone equipped with the above leveling application,
Configures a button for selecting a map view,
When the corresponding button is clicked, each measured point and height are displayed on the map,

When the ground level input is completed, the display input is completed, or the backward input is completed,
The following input screens are provided to continually measure the input process,

Through the end confirmation page providing unit 160,
If you select Continue on the provided confirmation page,
The level measurement of the project is completed when the user selects the stop button on the end confirmation page provided.
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