ARCHAEOSCAN

Abstract

It is a modern method which assists the archaeologists to performs the work of investigating the archaeological excavations. It reduces the risk of injuries while performing the task. It also reduces man power as it can do their work easily. This is the solution to solve various problems faced by the archaeologists.

Specification

Description:A technical device to support the archaeologists, we create a remote controller like device to investigate the archaeological excavations, the device involves the following:
• METAL DETECTOR SENSOR:
A integrated high-quality metal detector sensor that can accurately identify metal objects underground.
• POWERFUL PROCESSING UNIT:
Includes a robust processing unit to analyze sensor data quickly and efficiently.
• USER INERFACE:
Designed with a user-friendly interface, possibly with a screen, to display information about detected metals and their characteristics.
• ADJUSTABLE SENSITIVITY:
Provides a feature to adjust sensitivity levels to account for different soil conditions and metal depths.
• GPS INTEGRATION:
Includes GPS to record the location of the metal finds, aiding archeologists in mapping excavation sites.
• DATA LOGGING:
Implements a data logging system to store information about detected metals for further analysis.
• WIRELESS CONNECTIVITY:
Includes wireless capabilities for data transfer and remote monitoring, enhancing convenience for archaeologists.
• DURABILITY:
Ensures the device is durable and rugged to withstand the challenges of archaeological fieldworks.
• BATTERY EFFICIENCY:
Optimizes power consumption to extend the device's battery life for prolonged field use.
• HANDHELD REMOTE CONTROLLER:
This device includes a handheld remote controller and touch interface for real-time adjustments and control which provides the archaeologists with a more direct and immediate interaction with the device during fieldwork. According to the archaeologist preferences, the user-friendly interface that facilitates easy control and customization.

, Claims:1. As we claimed that claim 1, Unparalleled precision in metal detection.
2. As we claimed that claim 1, Ensures accurate identification and localization of buried artifacts.
3. As we claimed that claim 1, This simplifies the fieldwork experience for archaeologists, offering seamless adaptability to diverse soil conditions and metal depths.

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