High Sensitivity | Seismic acoustic listening devices have the ability to detect vibrations and sound waves even at low frequencies. This makes it possible to detect even the slightest movements of people trapped under debris. |
Working Effectively in Challenging Conditions | Bu cihazlar, zorlu hava koşulları, gürültü ve dar alanlarda bile etkili çalışır. Enkaz altındaki sesleri, dış ortamdan gelen gürültülerden ayırarak doğru analiz yapar. |
Compact and Portable | Seismic acoustic listening devices allow search and rescue teams to use them quickly in the field thanks to their portable and lightweight design. The equipment is easily transportable and quick to install. |
Real Time Data Transmission | The device analyzes data in real time and quickly transmits information to rescue teams, ensuring the correct intervention is carried out without loss of time. |
Low Power Consumption | These energy efficient devices are suitable for long-term use and have a long battery life. In this way, uninterrupted data transmission is provided even in long-term operations. |
Seismic acoustic listening devices are an advanced technology used to reach survivors and speed up rescue efforts in earthquakes, landslides and other natural disasters. These devices detect sounds and vibrations occurring under the rubble, allowing rescue teams to intervene at the right point. Technologically powerful seismic acoustic listening devices greatly increase the success of search and rescue operations after disasters. Working Principle of Seismic Acoustic Listening Device Seismic acoustic listening devices use acoustic sensors to detect sound waves and vibrations under the rubble. These sensors detect movement under the soil or rubble and produce sounds at a certain frequency. These sounds help rescue teams determine the area where survivors are located. The device processes these sounds digitally and provides the most accurate results quickly. Features of Seismic Acoustic Listening Device High Sensitivity: Seismic acoustic listening devices have the ability to detect vibrations and sound waves even at low frequencies. In this way, it is possible to detect even the slightest movements of people under the rubble. Effective Operation in Difficult Conditions: These devices work effectively even in difficult weather conditions, noise and narrow spaces. They make accurate analysis by separating sounds under debris from noise coming from the outside environment. Compact and Portable: Seismic acoustic listening devices allow search and rescue teams to use them quickly in the field thanks to their portable and lightweight designs. The equipment can be easily carried and quickly installed. Real-Time Data Transmission: The device analyzes data in real time and quickly transmits information to rescue teams. This ensures the correct intervention without losing time. Low Power Consumption: These energy-efficient devices are suitable for long-term use and have a long battery life. In this way, uninterrupted data transmission is provided even in long-term operations. Benefits of Seismic Acoustic Listening Devices Time Saving: Time is a very critical factor in search and rescue operations. This device shortens the intervention time by quickly detecting survivors and helps save more lives. Increasing Life Saving Rates: Finding people under debris as soon as possible plays a decisive role in saving lives. Seismic acoustic listening devices increase these rates, allowing rescue teams to intervene more effectively. Detection of the Situation Under Debris: The device not only detects survivors, but also provides information about the structure of the debris. This allows rescue teams to intervene safely. Role in Rescue Operations Seismic acoustic listening devices are one of the most important parts of search and rescue operations in earthquakes and other natural disasters. In addition to reaching people under the debris, the devices allow rescue teams to perform various analyses. Thanks to high-sensitivity sensors, sound waves are accurately detected and the positions of survivors are determined. The use of these devices makes rescue operations faster and more efficient.