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墨書 Inktalez
This operation was crucial. After meticulous planning and thorough preparation, our team brought along three advanced devices that are considered industry-leading. These devices not only possess highly precise detection capabilities but also serve as key guarantees for the successful completion of this mission.
According to the detailed plan we had established beforehand, the team members quickly organized into three groups. Each group was assigned specific missions and responsibilities, tasked with searching designated areas. To ensure efficiency and safety during the operation, the groups maintained an appropriate distance of about fifty meters from each other. This way, they could avoid interfering with one another's judgments while being able to provide timely support and assistance in case of unexpected situations.
Once everything was ready, we stepped cautiously into the dense, mysterious forest with a mix of tension and caution. The surroundings were so quiet that all we could hear were our own soft breaths and the rustling of leaves underfoot. Moonlight filtered through the gaps in the branches above, casting mottled shadows on the ground. At this moment, no one had time to appreciate the beauty around us; everyone's attention was intensely focused on the task at hand.
As time passed, about an hour later, a slightly excited voice came through the walkie-talkie from one of the team members: "Report to the captain! We have detected a red object on the instrument screen! The position is not easy to capture; the target appears and disappears intermittently."
Upon hearing this, the captain made a decisive command: "Group One, head immediately to the location mentioned by the team!" The position of Group One was excellent; they quickly aimed their cameras at where the target was located and reported back via walkie-talkie: "Captain, we have a clear image here; it’s a distinct red dot, and there are no obstacles blocking our view."
As they slowly zoomed in on the camera, a surprising scene appeared before everyone’s eyes—it was indeed a humanoid figure, seemingly sitting there in a relaxed posture. Regardless of whether it was truly a missing person or not, it was at least confirmed to be human-shaped. Subsequently, Groups Two and Three quickly gathered towards this direction. At the same time, other team members began calling out loudly for the missing elderly person's name. Everyone proceeded cautiously, gradually approaching that red dot. As they got closer and focused their gaze, it became evident that this person was indeed the elderly individual who had been missing for several days! He sat alone beside a slightly raised mound, surrounded by chaotic wild grass. His head rested lightly on his arm, drooping as if he were in a state of lethargy. It seemed he had not eaten for an extended period, resulting in extreme weakness.
Seeing this situation, we acted swiftly and took a series of corresponding measures while urgently contacting and coordinating with an ambulance for support. However, due to the complex terrain in this area, moving the elderly man from his current location to a path would require considerable effort. Throughout this process, many team members' clothing unfortunately suffered small punctures from sharp thorns present along the way.
After completing this arduous yet vital mission, our entire team deeply recognized the urgency and necessity of enhancing urban search capabilities. Thus, we initiated a series of intensive training activities specifically targeting search operations, particularly focusing on training related to locating individuals. Any training course related to searching for people would invariably include one critical technique: the coordinated use of handheld infrared thermal imaging devices and drones.
Through multiple high-intensity practical training sessions and carefully designed simulations, we were pleasantly surprised to find that these two tools could achieve what could be described as a perfect synergy. When executing search missions, drones could efficiently cover vast areas with open visibility or relatively sparse vegetation due to their unique advantages; meanwhile, handheld infrared thermal imagers acted like swords piercing through blind spots that drones might struggle to reach—such as dense forests with thick foliage.
While we cannot boast that using this combination will guarantee finding every target person every time, we can confidently assure that every inch of land and every area under our responsibility will not leave any potential overlooked corners or blind spots. This significantly increased our success rate and reliability in completing search missions.
However, we cannot place all our hopes solely on advanced equipment. Especially during scorching summer days, conditions can become particularly challenging. Due to unbearable heat, surface temperatures soar to astonishing heights, resulting in numerous heat sources surrounding us. Consequently, these heat sources appear as countless red dots on instrument screens—confusing human eyes and making it difficult to discern anything clearly. Furthermore, another tricky issue arises: if a missing person has unfortunately passed away, relying solely on thermal imaging technology may prove futile. After all, once life signs are lost, human bodies no longer emit heat; thermal imaging only reacts to objects with certain temperatures and would naturally be ineffective against lifeless bodies devoid of warmth.
As time progressed and actual mission demands evolved through deeper exploration, we conducted more comprehensive and detailed studies on handheld infrared thermal imagers. During this process, we not only delved into their conventional capabilities but also actively sought to expand their potential applications. Sometimes, to meet specific needs in certain scenarios, we would carefully disassemble these devices and employ them on drones through a series of intricate operations.
With this innovative combination approach, we could conduct efficient modeling at some rescue sites. Thanks to the precise data provided by thermal imaging technology, we could clearly outline key features such as contours, shapes, and temperature distributions of objects within entire rescue areas. Simultaneously, by real-time acquiring and analyzing these data points, we could effectively monitor safety conditions at rescue sites. Whether in earthquake disaster areas or various emergency rescue scenarios, this innovative method plays an essential role in significantly enhancing both efficiency and success rates in rescue operations.
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