Mega Scan Pro New Edition

Search Systems

1 – Ground Scan System / GROUND SCAN/

The 3D Ground Scan system is an innovative search system that is integrated into the new Mega Detection devices,

showcasing cutting-edge technology. In the Mega Scan Pro device, this powerful system utilizes the Vertical High Signal Transceiver (V.S.T)

probe as the ground scanning tool. The V.S.T probe records the measurements of the scan at each scan line and scan point.

The scan data is then visualized as a 2D multi-colored grid on the device’s screen.

Each cell in the grid represents a scan point, and the color of the cell corresponds to a specific object type, such as ferrous metal or a cavity.

Furthermore, users have the option to visualize the scanning data with even greater accuracy using the Multi Visual Analyzer app,

which can be installed on any Android tablet. This app provides a 3D representation of the data, with different colors indicating various target types.

This comprehensive view of the scanned area allows users to gain a broader understanding of what it contains.

With this advanced technology, users can effortlessly locate buried items and underground voids with enhanced speed and accuracy,

providing them with a powerful tool for their detection needs.

The user of the device can adjust the following options:

• Displaying Results

The user has the option to choose between two display modes:

• • Device: In this mode, the device visualizes scan results on the device screen.
  • Tablet: In this mode, scan data will be visualized on a connected tablet inside the Multi Visual Analyzer app

• Search Mode

This setting determines the method of performing the scan procedure and can be set to:

• • Manual: If selected, the user will manually record the measurement of signals at each point.
  • Automatic: In this mode, the device will automatically record measurements at every point at timed intervals.

• Path

The path value signifies the user’s movement pattern during the scan process and offers two options:

• • One Direction

The user will move along the search line if selected, recording signals at each point.

At the end of each line, they will return near the start of the previous line but with an offset distance

to initiate scanning another line.

This creates a unidirectional scan pattern where all lines are parallel.

• • Zigzag:

In this mode, the start point of the next search line is positioned near the end of the previous line.

In other words, the user’s movement direction will be opposite for each consecutive line.

• Size

This setting allows the user to configure the following:

• • Width: Specifies the number of scan lines.
  • Height: Determines the number of points in each scan line.

• Start Point

The user can set the starting point within the search area (a rectangular region encompassing the scan lines and points).

• • Left: If selected, the scan process will begin from the bottom-left corner of the search area.
  • Right: In this mode, the scan process will initiate from the bottom-right corner of the search area.

Once all the settings have been configured as mentioned earlier, the Scan tab will present a concise summary of the selected settings.

To initiate the scanning process, the user simply needs to press the “OK” button located on the device’s control panel.

During the scanning procedure, the measurements taken at each scan point will be visually displayed on the screen as a 2D grid.

This grid consists of rows and columns of cells, where each cell represents a specific area of the ground.

The color of each cell corresponds to the characteristics and structure of the corresponding ground area, providing valuable insights into the detected features.

The table below shows the type of target for each color:

On the right side of the 2D grid, several values are displayed, including the current x-coordinate (line number), current y-coordinate (current point), and the search value.

If the user opts to conduct the scan using the tablet device, the user has the option to set the same settings inside the Multi Visual Analyzer app.

After completing the scanning process, the device proceeds similarly, displaying the results directly on the tablet screen within the app.

These results are presented in a three-dimensional representation, offering users a more accurate way to visualize and identify buried targets.

This visual representation encompasses essential information, including the type of targets (indicated by color), their depth, and their precise positions within the scanned area.

2 – Pin Pointer System /PINPOINTER/

The main objective of this system is to precisely detect the presence and location of metal targets or cavities.

This is accomplished through various means, including auditory or graphical feedback displayed on the screen,

as well as visual representations on a connected tablet via the dedicated app.

To identify potential target locations, the scanning process is conducted using the V.S.T probe.

This probe plays a crucial role in accurately scanning the ground and providing valuable data for target detection.

In the result screen of this system, there are many options:

• Sensitivity

While conducting the search process and scanning for targets, the pin pointer system generates

distinct scan sounds and graphs on the screen to indicate the presence of the target beneath the ground.

The user has the flexibility to adjust the sensitivity value at any point during the search.

This allows them to analyze the output sound and graph effectively for a more accurate assessment of the target’s presence.

• Calibration

Users can use this option to calibrate the V.S.T probe sensor sensitivity at any time based on the ground type and the scan area state.

• Reset

Reset the calibration process to default values.

The received signals are visually represented on the device screen in the form of a curved graph.

When the probe detects metal signals, the graph displays upward-facing rectangles of different lengths.

These rectangles are color-coded, with a gradient ranging from green to red at the center, indicating the maximum signal strength.

As the signal values decrease, the color gradient transitions back towards green. This graphical representation provides users

with a clear visual indication of the strength and intensity of the detected metal signals.

When it comes to detecting cavity signals, such as tunnels, the graph takes on a different appearance.

It is composed of downward-facing rectangles of varying lengths. Just like with metal signals, these rectangles are color-coded.

However, in this scenario, the color gradient shifts from green to dark blue at the center, indicating the highest signal values.

As the signal strength decreases, the color gradually transitions back towards green

3 – Long Range Manual System / MANUAL LRL /

This search system integrates a state-of-the-art probe called the Intelligent Multi Transceiver Unit (IMTU).

With its advanced sensor emits high-frequency wave signals in the intended search direction.

These waves intersect with the magnetic field signals emitted by buried metal targets.

A pair of antennas effectively captures the reflected signals, which are converted into digital signals for further processing.

The IMTU sensor plays a crucial role in accurately detecting and analyzing the signals from buried metal targets, providing valuable information for the search process.

Within this system, the user can adjust the search values and settings manually based on their individual preferences.

The user can customize the following settings:

• Target Type

The user has the option to select the target type, which refers to the specific metal composition of the target, they can choose from a range of preset search programs that encompass various categories of ferrous and non-ferrous metals.

For instance, options include gold, silver, copper, diamonds, and gemstones.

• Distance

The distance value represents the scanning range in the forward direction, and the user can precisely select a value within the range of 0 to 3000 meters.

• Depth

The maximum search depth value indicates the deepest level that the device can reach using the current search settings.

Users can adjust this value precisely within a range of 0 to 50 meters.

Once the user has adjusted the previous search settings, a digital compass is presented on the device’s screen.

This compass includes an indicator that displays the device’s orientation, indicating the direction of the north, for example.

In addition to the orientation indicator, a graded semicircle display serves as an indicator for the direction of antenna movement

based on the user’s motion during the search. This visual representation helps users track and adjust their movement to ensure effective scanning.

To assist users in accurately adjusting the device’s tilt angle, a gradient tilt indicator is provided.

This indicator reflects the degree of inclination of the device relative to the horizon.

Correct tilt values are displayed in green, while incorrect values are shown in red.

This feature aids users in achieving precise and accurate device inclination, enhancing overall search accuracy.

4 – Automatic Long-Range System / AUTO LRL /

The IMTU and antennas serve as the primary tools for detecting potential targets within the long-range scanning field.

This advanced search system is capable of covering vast areas in a designated space, effectively identifying all types of buried metals with corresponding percentage values.

The user can adjust the following settings:

• Distance:

Determines the scanning range in the forward direction and can be set within a range of 0 to 2500 meters.

• Depth:

Sets the maximum depth at which potential targets can be detected, with a customizable range of 0 to 50 meters.

Once the desired settings are selected, the user can initiate the search process.

During the search, the antennas will move left or right based on the presence of nearby targets.

A visual indicator on the screen will guide a progress bar displayed in gradient colors

ranging from green (indicating minimum) to red (indicating maximum).

The user should track the antenna movement until he receives optimal signals and upon completion,

the user can proceed to the “Report” screen, which presents a visual report in the form of four horizontal bars

representing gold, silver, iron, and diamonds.

Each bar displays an estimated percentage value indicating the likelihood of target composition.

5 – Ionic system / IONIC /

The ionic search system represents a groundbreaking advancement in metal detection technology,

setting it apart from traditional systems found in competing products.

Developed with a completely novel approach, this system leverages state-of-the-art technology to achieve highly

precise detection of ion fields emitted by buried metal targets.

This remarkable capability was possible through the implementation of the Intelligent Multi Transceiver Unit (IMTU),

which ensures accurate reception and processing of signals. Additionally, users can adjust certain signal

settings directly on the screen, enhancing the accuracy of the results obtained.

Upon selecting the ionic system, the device will commence the search process automatically. The user can adjust the following settings:

• Sensitivity:

This setting determines the responsiveness of the ionic system during the search.

As the system scans for targets, it emits specific scanning sounds that reflect the target’s ability or the distance between the user and the target.

The user can modify the sensitivity value to analyze the output sound. The sensitivity value can be set between 0 and 100.

• Gain:

The gain setting controls the signal strength or signal gain of the device. It is presented as a percentage value ranging from zero to 100.

To detect larger-sized targets, the user can decrease the gain value, while increasing the gain value enhances the detection of smaller targets.

The results screen displays the aforementioned values as circular percentage indicators on the right side.

Additionally, a signal power indicator is displayed below.

6 – Bionic System / BIONIC /

This search system operates similarly to the ionic search system, utilizing the Intelligent Multi Transceiver Unit (IMTU) for the scanning process.

However, there is a significant difference in how it functions. In this bionic system, the user captures ionic signals specifically from a particular sample metal object, such as a golden ring.

The search is then directed towards capturing similar ionic signals emitted by metal objects buried underground within the surrounding area.

In contrast to the random and unrestricted search approach of the ionic system, the bionic system follows predefined signals to guide the search process.

Once the user selects the bionic system and directs the I.M.T.U towards a specific metal target the device initiates the search in alignment with the user’s movement.

The user can set the following options:

• Sensitivity:

The user can modify the sensitivity value to analyze the output sound generated during the search.

The sensitivity value range is between 0 and 100.

• Gain:

This option controls the signal gain or strength. It is presented as a percentage value, ranging from 0 to 100.

To optimize the detection of larger-sized targets, the user can decrease the gain value, while increasing it enhances the detection of smaller targets.

The result screen presents the aforementioned values as circular percentage indicators on both the right and left sides.

Additionally, a signal power indicator is displayed below for reference.